Sono qui presentati il New General Catalogue e l’ Index Catalogue of Nebulae and Star Clusters, entrambi nelle versioni originali (in inglese) edite da J. L. E. Dreyer.
I cataloghi sono presentati in formato testo (*.txt) e sono suddivisi in 6 segmenti ordinati per Ascensione Retta.
Nel sottostante link “Leggimi” è contenuta la legenda (in inglese) per la corretta lettura degli stessi.
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NGC 2000.0, The Complete New General Catalogue and Index Catalogue
of Nebulae and Star Clusters by J.L.E. Dreyer
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Description:
NGC 2000.0 is a modern compilation of the New General Catalogue of
Nebulae and Clusters of Stars (NGC), the Index Catalogue (IC), and the
Second Index Catalogue compiled by J. L. E. Dreyer (1888, 1895, 1908).
The new compilation of these classical catalogs is intended to meet
the needs of present-day observers by reporting positions at equinox
B2000.0 and by incorporating the corrections reported by Dreyer
himself and by a host of other astronomers who have worked with the
data and compiled lists of errata. The object types given are those
known to modern astronomy. The catalog lists object ID, object type,
positions in equinox B2000.0, source of modern data (see NGC 2000
paperback copy), constellation, object size, magnitude, and the
description of the object as given by Dreyer. The order of the new
catalog is strictly by right ascension, the NGC and IC objects being
merged into one machine-readable file.
Byte-per-byte Description of files:
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Bytes Format Units Label Explanations
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1- 5 A5 --- Name NGC or IC designation (preceded by I)
7- 9 A3 --- Type *Object classification
11- 12 I2 h RAh Right Ascension 2000 (hours)
14- 17 F4.1 min RAm Right Ascension 2000 (minutes)
20 A1 --- DE- Declination 2000 (sign)
21- 22 I2 deg DEd Declination 2000 (degrees)
24- 25 I2 arcmin DEm Declination 2000 (minutes)
27 A1 --- Source *Source of entry
30- 32 A3 --- Const Constellation
33 A1 --- l_size [<] Limit on Size
34- 38 F5.1 arcmin size ? Largest dimension
41- 44 F4.1 mag mag ? Integrated magnitude, visual or photographic
(see n_mag)
45 A1 --- n_mag [p] 'p' if mag is photographic (blue)
47- 96 A50 --- Desc *Description of the object
--------------------------------------------------------------------------------
Note on Type: the field is coded as follows:
Gx Galaxy
OC Open star cluster
Gb Globular star cluster, usually in the Milky Way Galaxy
Nb Bright emission or reflection nebula
Pl Planetary nebula
C+N Cluster associated with nebulosity
Ast Asterism or group of a few stars
Kt Knot or nebulous region in an external galaxy
*** Triple star
D* Double star
* Single star
? Uncertain type or may not exist
blank Unidentified at the place given, or type unknown
- Object called nonexistent in the RNGC (Sulentic and Tifft 1973)
PD Photographic plate defect
Note on Source: sources that have been used to correct or update
modern data in NGC 2000.0 (type, positions, magnitude, and size).
Uppercase letters denote special NGC and IC errata lists, which have
usually been accorded more weight than the source catalogues
themselves. In parentheses after each citation is the number of times
it has been used to update NGC entries (first number) and those in
the IC (second number).
A Archinal, Brent A. Version 4.0 of an unpublished list of errata to
the RNGC, dated March 19, 1987. (110,0)
a Arp, H., "Atlas of Peculiar Galaxies", 1966ApJS...14....1A (1,2)
(Catalog <VII/74>)
c Corwin, Harold G., Jr., A. de Vaucouleurs, and G. de Vaucouleurs,
"Southern Galaxy Catalogue", Austin, Texas: University of Texas
Monographs in Astronomy No. 4, 1985. (152,564)
(Catalog <VII/116>)
d Dreyer, J.L.E., New General Catalogue of Nebulae and Clusters of
Stars (1888), Index Catalogue (1895), Second Index Catalogue (1908).
London: Royal Astronomical Society, 1953. (28,2157)
D Dreyer, J.L.E., ibid. Errata on pages 237, 281-283, and 366-378.
(158,28)
F Skiff, Brian, private communication of February 27, 1988. (93,36)
h Holmberg, E., "A Study of Double and Multiple Galaxies",
Lund Annals, 6, 1937. (13,2)
k Karachentsev, I.D., "A Catalogue of Isolated Pairs of Galaxies
in the Northern Hemisphere"; also, Karachentseva, V.E.,
"A Catalog of Isolated Galaxies." Astrofiz. Issled. Izv. Spetz.
Astrofiz., 7, 3, 1972, and 8, 3, 1973. (0,4)
(Catalogs <VII/77>, <VII/82>, <VII/83>)
m Vorontsov-Velyaminov, B.A., and V.P. Arhipova,
"Morphological Catalog of Galaxies", Parts I-V.
Moscow: Moscow State University, 1962-74. (9,679)
(Catalogs <VII/62> and <VII/100>)
n Reinmuth, K., "Photographische Positionsbestimmung von NebelRecken"
Veroff der Sternwarte zu Heidelberg, several papers, 1916-40. (0,4)
o Alter, G., B. Balazs, and J. Ruprecht, Catalogue of Star Clusters
and Associations, 2nd edition. Budapest: Akademiai Kiado, 1970. (5,0)
(Catalogs <VII/5>, <VII/44> and <VII/101>)
r Sulentic, Jack W., and William G. Tifft, "The Revised New General
Catalogue of Nonstellar Astronomical Objects (RNGC)".
Tucson, Arizona:University of Arizona Press, 1973. (4016,0)
(Catalog <VII/1>)
s Hirshfeld, Alan, and Roger W. Sinnott, eds., Sky Catalogue 2000.0,
Vol.2, Cambridge, Massachusetts:
Sky Publishing Corp. and Cambridge University Press, 1985. (3098,238)
t Tully, R.B., "Nearby Galaxies Catalog". New York: Cambridge
University Press, 1988.
A preliminary version on magnetic tape (1981) was used here. (23,17)
(Catalog <VII/145>)
u Nilson P.N., Uppsala Ceneral Catalogue of Galaxies.
Uppsala: Uppsala Astronomical Observatory, 1973. (15,543)
(Catalog <VII/26>)
v de Vaucouleurs, G., A. de Vaucouleurs, and H.C. Corvin, Jr.,
Second Reference Catalogue of Bright Galaxies. Austin, Texas,
University of Texas Press, 1976.(118,206)
(Catalog <VII/112>)
x Dixon, R.S., and George Sonneborn, "A Master List of Nonstellar
Optical Astronomical Objects (MOL)". Columbus, Ohio,
Ohio State University Press, 1980.
It should be noted that most of the information for codes
a,h,k,m,n,o,u and z was extracted from the magnetic-tape
version of this catalogue.
The x code refers to IC objects identified in a literature
search by these authors. (0,526)
z Zwicky, F., E. Herzog, and P. Wild, "Catalogue of Galaxies and
Clusters of Galaxies", Vol.I. Pasadena, Calif., California Institute
of Technology, 1961. Also, successive volumes through 1968. (1,380)
(Catalog <VII/49>)
Note on Desc: description of the object, as given by Dreyer or
corrected by him, in a coded or abbreviated form. The abbreviations
and their combination are fully described in the introduction
to the published catalog.
ab about
alm almost
am among
annul annular or ring nebula
att attached
b brighter
bet between
biN binuclear
bn brightest to n side
bs brightest to s side
bp brightest to p side
bf brightest to f side
B bright
c considerably
chev chevelure
co coarse, coarsely
com cometic (cometary form)
comp companion
conn connected
cont in contact
C compressed
Cl cluster
d diameter
def defined
dif diffused
diffic difficult
dist distance, or distant
D double
e extremely, excessively
ee most extremely
er easily resolvable
exc excentric
E extended
f following (eastward)
F faint
g gradually
glob. globular
gr group
i irregular
iF irregular figure
inv involved, involving
l little (adv.); long (adj.)
L large
m much
m magnitude
M middle, or in the middle
n north
neb nebula
nebs nebulous
neby nebulosity
nf north following
np north preceding
ns north-south
nr near
N nucleus, or to a nucleus
p preceding (westward)
pf preceding-following
p pretty (adv., before F. B. L, S)
pg pretty gradually
pm pretty much
ps pretty suddenly
plan planetary nebula (same as PN)
prob probably
P poor (sparse) in stars
PN planetary nebula
r resolvable (mottled, not resolved)
rr partially resolved, some stars seen
rrr well resolved, clearly consisting of stars
R round
RR exactly round
Ri rich in stars
s suddenly (abruptly)
s south
sf south following
sp south preceding
sc scattered
sev several
st stars (pl.)
st 9... stars of 9th magnitude and fainter
st 9..13 stars of mag. 9 to 13
stell stellar, pointlike
susp suspected
S small in angular size
S* small (faint) star
trap trapezium
triangle triangle, forms a triangle with
triN trinuclear
v very
vv _very_
var variable
* a single star
*10 a star of 10th magnitude
*7-8 star of mag. 7 or 8
** double star (same as D*)
*** triple star
! remarkable
!! very much so
!!! a magnificent or otherwise interesting object00 - 04 ore
I5370 Gx 0 00.1 +32 45 m And 0.7 15. p pB, S, R, stell N
I5371 0 00.2 +32 49 d And F, vS, *15 att
7801 - 0 00.4 +50 42 r Cas Cl, pRi, pC, st 9...
I5372 Gx 0 00.4 +32 47 m And 0.7 15. p F, vS, R N
I5373 Gx 0 00.4 +32 47 m And 0.7 15. p pB, S, R, stell N
7802 Gx 0 01.1 +06 13 r Psc 14. p vF, S, R, psbM
I5374 0 01.1 +04 30 d Psc F, S, E ns, gbM, r
I5375 Gx 0 01.1 +04 31 m Psc 0.9 14. p cF, E ns, gbMN, r
7804 0 01.3 +07 45 D Psc only a F D*, not nebs
7803 Gx 0 01.4 +13 06 r Peg 14. p pF, pS, R, F* np vnr
7805 Gx 0 01.4 +31 26 s Peg 1.4 14. p eF, S, R, sbM, stellar, sp of 2
I5376 Gx 0 01.4 +34 32 u And 2.1 15. p F, S, E ns, gbM
7806 Gx 0 01.5 +31 27 s Peg 1.3 14. p eF, S, R, stellar, nf of 2
I1526 Gx 0 01.6 +11 21 z Peg 15. p F, S, bMSN
I5377 Gx 0 02.1 +16 36 u Peg 1.3 16. p vF, S, R, dif
7809 Gx 0 02.2 +02 56 r Psc 15. p eF, vS
7810 Gx 0 02.4 +12 57 r Peg 14. p pF, stellar, 2 st np in line
I1527 0 02.4 +04 07 d Psc F, R, r, vF* sf
7811 Gx 0 02.5 +03 20 r Psc 15. p vF, S, R, stellar
I5378 0 02.6 +16 37 d Peg F, pS, E ns, *15 inv
I5379 0 02.7 +16 35 d Peg F, S, lE pf, lbM, *17 close p
I5380 0 02.7 -66 11 d Tuc vlE
7812 Gx 0 02.9 -34 15 r Scl vF, S, R, am st
7813 Gx 0 03.2 -11 59 d Cet 15. p eF, vS, E 160deg , *8.5 p 49s , 2 st 9 n 8'
I5381 Gx 0 03.2 +15 58 v Peg 1.5 pF, S, lE spnf, bM, *13 nr
7814 Gx 0 03.3 +16 09 s Peg 6.3 10.5 cB, cL, E, vgbM
7815 - 0 03.4 +20 41 r Peg F, S, lE, 7817 nf
I5382 0 03.4 -65 11 d Tuc alm R, lbM
7808 Gx 0 03.5 -10 45 r Cet 14. p eF, vS, R, stell N, *8.5 sp 3'
7822 Nb 0 03.6 +68 37 s Cep 60. ! eeF, eeL
7816 Gx 0 03.8 +07 28 s Psc 1.9 14. p vF, pL, R, gbM
I5383 0 03.8 +16 00 d Peg F, S, R, bM
7817 Gx 0 04.0 +20 45 s Peg 3.7 12. p pF, cL, mE 45deg +/- , lbM
7818 Gx 0 04.2 +07 21 r Psc 15. p eeF, pS, v diffic, sf 7816
I5384 Gx 0 04.2 -11 58 m Cet 0.8 15. p eF, vS, E 160deg ; = 7813?
7819 Gx 0 04.4 +31 29 s Peg 2.0 14. p eF, L
7820 Gx 0 04.6 +05 11 r Psc 14. p pF, vS, vsmbM, *14 sp
7823 Gx 0 04.8 -62 04 c Tuc 1.4 F, S, R, gbM
I1528 0 05.1 -03 07 d Psc no description
7824 Gx 0 05.2 +06 54 r Psc 14. p pF, S, R, *10 np
7825 Gx 0 05.2 +05 12 r Psc 15. p vF, S, gbM
7826 - 0 05.2 -20 44 r Cet Cl, vP, vlC
I1529 0 05.2 -11 30 d Cet F, S, R, biN, r
7821 Gx 0 05.3 -16 29 r Cet 14. p vF, pS, iF, glbM
7827 Gx 0 05.5 +05 13 r Psc 14. p vF, S, R, *12-13 nf
7830 * 0 06.2 +08 22 A Psc eF, neb* 13m
7828 Gx 0 06.4 -13 24 v Cet eF, S, E 130deg , sbMN, *15 sf
7829 Gx 0 06.4 -13 24 v Cet only a *13 at 100deg , 20" from 7828
I5385 0 06.4 -00 04 d Psc eF (not verified)
7833 - 0 06.5 +27 38 r Peg Cl, vS, vF, 2'.5, nebs?
I5386 0 06.5 -03 43 x Psc pB, pS, mE ; = 7832
7832 Gx 0 06.6 -03 42 r Psc 13. p vF, vS, R, vgpsmbM, 2 st 9 sf; = IC 5386
7834 Gx 0 06.7 +08 21 r Psc 15. p eeF, vS
7835 Gx 0 06.8 +08 25 r Psc 15. p eF, S, R
7837 Gx 0 06.9 +08 20 r Psc 16. p eF, p of Dneb
7838 Gx 0 07.0 +08 20 r Psc 15. p eF, f of Dneb
7839 D* 0 07.0 +27 38 A Peg vF, pS, dif, r
7840 Gx 0 07.1 +08 33 A Psc eF, S
1 Gx 0 07.3 +27 43 s Peg 1.9 13. p F, S, R, bet *11 and *14
2 Gx 0 07.3 +27 41 s Peg 1.4 15. p vF, S, s of 1
3 Gx 0 07.3 +08 17 r Psc 14. p F, vS, R, alm stell
7831 Gx 0 07.3 +32 35 r And 14. p eF, vS, mE, vF* vnr
I1530 Gx 0 07.3 +32 37 v And 1.8 vF, S, iF, bM
4 Gx 0 07.4 +08 22 A Psc eF
5 Gx 0 07.8 +35 21 r And 14. p vF, vS, N = *13, 14
7836 Gx 0 08.0 +33 04 v And 1.2 eF, vS, R, bet 2 st
6 - 0 08.3 +32 30 r And eF, vS, cE; = 7831?
7 Gx 0 08.4 -29 55 v Scl 2.5 eF, cL, mE, vgvlbM
I 1 D* 0 08.4 +27 43 x Peg D*, 13 & 13, one nebs
10 Gx 0 08.6 -33 52 v Scl 2.7 F, cL, vlE, glbM
11 Gx 0 08.7 +37 26 r And 14. p vF, vS, vlE, 2 vF st inv
12 Gx 0 08.7 +04 37 s Psc 1.9 15. p eF, pL, vglbM
8 D* 0 08.8 +23 50 A Peg vF, N in n end
13 Gx 0 08.8 +33 26 s And 2.7 14. p vF, vS, S st + neb
14 Gx 0 08.8 +15 49 s Peg 3.0 12. p vF, pS, R, glbM
9 Gx 0 08.9 +23 49 s Peg 1.5 15. p F, R, *9, 10 sf
15 Gx 0 09.1 +21 36 r Peg 15. p vF, vS, R, bM
16 Gx 0 09.1 +27 44 s Peg 2.1 12.0 pB, S, R, bM
18 D* 0 09.4 +27 43 r Peg F, vS, iR, mbM, 16 p 19s
19 - 0 09.4 +32 50 r And eeF, lE, 3 vF st around
20 Gx 0 09.5 +33 19 s And 2.0 15. p F, *10 att
I1531 Gx 0 09.6 -32 17 c Scl 1.9 vF, vS, R, D* n
22 Gx 0 09.8 +27 50 r Peg 15. p vF, pS, R, lbM, r
23 Gx 0 09.9 +25 55 s Peg 2.3 12.0 3 S st + neb
24 Gx 0 09.9 -24 58 s Scl 5.5 11.5 vF, cL, mE, gbM
25 Gx 0 09.9 -57 03 r Phe vF, S, R
I1532 Gx 0 09.9 -64 22 c Tuc 1.6 2' l, mE, bM
28 Gx 0 10.3 -57 01 r Phe eF, p of 2
26 Gx 0 10.4 +25 50 s Peg 2.2 14. p vF, pL, R, 2 F st n
27 Gx 0 10.5 +29 00 r And 14. p eF, vS, E, B* nr
31 Gx 0 10.5 -57 00 r Phe eeF, S, R, f of 2
I1533 0 10.6 -07 25 d Cet eeF, vS, R, v diffic; *7.5 n, *9 s
21 Gx 0 10.7 +32 59 s And 1.4 14. p eF, S, lE
29 Gx 0 10.8 +33 21 s And 1.8 14. p pB, pL, E 0deg
30 D* 0 10.8 +21 57 r Peg neb *13
32 Ast 0 10.9 +18 47 r Peg F
33 D* 0 10.9 +03 40 F Psc eF, vS, or neb st
17 0 11.0 -12 06 D Cet vF, eS, iR, D* 2' p; = 34
I 2 Gx 0 11.0 -12 49 x Cet F, S, bM
34 Gx 0 11.1 -12 06 r Cet 13. p pF, S, R, 2 st nr
35 Gx 0 11.2 -12 00 r Cet 14. p eeF, pS, R
37 Gx 0 11.3 -56 58 r Phe eF, S, R
36 Gx 0 11.4 +06 23 s Psc 2.4 15. p vF, pS, iF
38 Gx 0 11.9 -05 36 r Psc 13. p F, S, R, mbM
I 3 Gx 0 12.1 -00 25 x Psc F, vS, iF, r
39 Gx 0 12.3 +31 03 r And 14. p vF, pS, R
41 Gx 0 12.8 +22 02 r Peg 14. p pF, S, lE, gbM
42 Gx 0 12.9 +22 06 r Peg 15. p F, vS, stell
40 Pl 0 13.0 +72 32 s Cep 0.6 11. p F, vS, R, vsmbM, *12 sp
43 Gx 0 13.0 +30 54 r And 14. p eF, *12 np 45"
44 - 0 13.1 +31 17 r And eF, vS
I 4 Gx 0 13.4 +17 29 x Peg vF, vS, R
I1534 0 13.8 +48 09 d And pF, vS, diffic, *10 nr nf
48 Gx 0 14.0 +48 14 s And 1.7 15. p eeF, pL, R, v diffic
I1535 0 14.0 +48 09 d And vF, S, 48 nf 6'
45 Gx 0 14.1 -23 11 A Cet 8.1 10.4 eF, L, vgvlbM, *9 cont s
46 * 0 14.1 +05 59 r Psc nebula
I1536 Gx 0 14.2 +48 08 m And 0.7 15. p F, S, R
49 Gx 0 14.3 +48 14 r And 15. p eeF, S, R, 2nd of 3
47 Gx 0 14.5 -07 11 r Cet 13. p vF, vS
58 0 14.5 -07 10 D Cet vF, pS, R; = 47
51 Gx 0 14.6 +48 15 s And 1.8 15. p pF, pS, R, bM
52 Gx 0 14.6 +18 33 r Peg 14. p vF, S, E
50 Gx 0 14.7 -07 20 v Cet vF
53 Gx 0 14.7 -60 20 c Tuc 2.1 eF, S, R, bM
55 Gx 0 14.9 -39 11 s Scl 32.4 8. p vB, vL, vmE, triN
54 Gx 0 15.1 -07 08 r Cet 14. p vF, pS, R, 50 sp
56 - 0 15.4 +12 26 r Psc eF, eL, diff
57 Gx 0 15.4 +17 18 r Psc 13. p F, S, R, sbM
59 Gx 0 15.5 -21 27 r Cet 13. p vF, pS, iR, gbM
60 Gx 0 16.0 -00 18 r Psc 15. p eF, vS, R, lbM
I1537 0 16.0 -39 19 d Phe eeF, vL, vmE; 55 np
61 Gx 0 16.5 -06 14 r Psc 15. p vF, S, iR, psvlbM
62 Gx 0 17.1 -13 28 r Cet 14. p F, vS, R, glbM
I 5 Gx 0 17.4 -09 33 m Cet 0.8 14. p F, neb *13
64 Gx 0 17.5 -06 51 r Cet 14. p eeF, vS, R, v diffic
63 Gx 0 17.7 +11 27 s Psc 1.9 13. p pF, S, R, sbM
I1538 ? 0 18.0 +30 04 x And eF
67 Gx 0 18.2 +30 04 s And 0.4 16. p eF, vS, R
68 Gx 0 18.3 +30 04 s And 1.5 13.0 eF, L, 3 or 4 st + neb
69 Gx 0 18.3 +30 02 v And 0.4 14.8 eF, vS, R
70 Gx 0 18.4 +30 05 s And 1.7 15. p eF, vS, R, bet 2 F st
71 Gx 0 18.4 +30 04 s And 1.8 13.0 eF, vS, R
I1539 0 18.4 +30 06 x And eF, bet 2 st 13; = 70
72 Gx 0 18.5 +30 02 s And 1.4 13.4 eF, vS, R
73 Gx 0 18.8 -15 21 r Cet 13. p vF, S, R, eF D* close f
74 Gx 0 18.9 +30 03 r And 16. p eF, S, E, last of 6
I 6 Gx 0 19.0 -03 16 m Psc 0.5 14. p F, vS, R, mbM = *14
65 Gx 0 19.1 -22 54 r Cet 15. p eF, vS, R, gbM, p of 2
I 7 0 19.1 +10 33 d Psc F, vS, R, *12.5 close
I 8 Gx 0 19.1 -03 13 m Psc 0.7 15. p vF, vS, irr E, lbM
66 Gx 0 19.2 -22 57 r Cet 14. p eF, pS, E 225deg , *9 n 1', f of 2
75 Gx 0 19.5 +06 25 r Psc 15. p vF, vS, R
76 Gx 0 19.6 +29 56 r And 14. p vF, S, bM
I 9 Gx 0 19.7 -14 07 m Cet 0.4 15. p vF, pL, R
I1540 0 19.8 +23 43 d And F, S, iF
77 0 20.0 -22 31 D Cet eF, vS, iF (*?), *9 p 3'
I1541 Gx 0 20.0 +22 01 z And 15. p F, S, R, lbM, r
I 12 Gx 0 20.3 -02 39 m Psc 0.7 16. p pF, S, E ns
78 Gx 0 20.4 +00 49 r Psc 14. p vF, S, R
I 10 Gx 0 20.4 +59 18 s Cas 5.1 10.3 F* inv in eF, vL neb
I 13 Gx 0 20.4 +07 42 u Psc 1.6 15. p vF, pL, E ns, dif
I 11 0 20.5 +56 36 d Cas vF, L, triple * on np corner
I1542 Gx 0 20.6 +22 37 m And 0.7 15. p F, dif, gbM
I1543 Gx 0 20.9 +21 53 u And 0.8 14. p F, S, R, gbMN
79 Gx 0 21.0 +22 34 r And 15. p vF, S, vlbM
80 Gx 0 21.2 +22 21 s And 2.5 12.1 F, S, R, psbM
81 Gx 0 21.2 +22 22 r And eeF, sp 83
87 Gx 0 21.2 -48 38 r Phe eF, S, R, gbM, 1st of 4
88 Gx 0 21.3 -48 39 r Phe eF, vS, R, 2nd of 4
89 Gx 0 21.3 -48 41 r Phe vF, S, R, gbM, 3rd of 4
I1544 0 21.3 +23 02 d And F, S, R, vlbM
I1545 0 21.3 +21 59 d And F, vS, R, dif, vFN
82 Gx 0 21.4 +22 26 u And 1.3 14. p eF, stellar
83 Gx 0 21.4 +22 26 s And 1.6 12.6 E, biN, 3 B st nr
85 Gx 0 21.4 +22 30 r And 15. p eeF, cL, R
84 Gx 0 21.5 +22 36 r And 17. p eF, st & neb
86 Gx 0 21.5 +22 33 r And 15. p eF, vS, lbM
92 Gx 0 21.5 -48 38 r Phe F, S, R, gbM, 4th of 4
I1546 0 21.5 +22 30 d And vF, S, v diffic
I1547 ? 0 21.6 +22 31 x And eF.pS, sbM *
91 Gx 0 21.8 +22 25 s And 2.5 15. p vF, vS, *13 sp
90 * 0 21.9 +22 25 r And vF, lE
I1548 Gx 0 21.9 +22 01 z And 16. p F, vS, R, stell
93 Gx 0 22.0 +22 25 r And 14. p vF, vS
94 Gx 0 22.2 +22 28 r And 15. p eF, vS
95 Gx 0 22.2 +10 30 s Psc 1.9 12.6 F, pL, R, gbM
96 Gx 0 22.3 +22 33 r And 17. p vF, S, vlbM
97 Gx 0 22.4 +29 44 r And 13. p F, vS, R, gbM
I 14 0 22.6 +10 29 d Psc susp neb
98 Gx 0 22.8 -45 16 c Phe 1.8 vF, pS, R, bM, r
I1549 0 23.2 +06 59 d Psc eF, D* f 46s
101 Gx 0 23.9 -32 34 r Scl 13. p pB, pL, lE, *14 f
99 Gx 0 24.0 +15 47 s Psc 1.7 14. p vF, pL, R, gbM
100 Gx 0 24.0 +16 29 v Psc 5.8 vF, pS, mE, 2' long
104 Gb 0 24.1 -72 05 s Tuc 30.9 4.0 glob. cl. !! vB, vL, vmCM
102 Gx 0 24.4 -13 57 r Cet 14. p eF, vS, R
I1550 Gx 0 24.4 +38 12 m And 0.6 15. p R, stell, vFN
106 Gx 0 24.7 -05 10 D Psc pF, vS, R, lbM
103 OC 0 25.3 +61 21 s Cas 5. 9.8 Cl, pS, pC, st 11...18
105 Gx 0 25.3 +12 53 s Psc 1.2 13.2 vF, S, R, vlbM
107 Gx 0 25.6 -08 17 F Cet F, pL, *7 sf 5'
108 Gx 0 25.9 +29 13 r And 13. p pF, pL, R, pslbM
109 Gx 0 26.2 +21 49 r And 15. p vF, S, 3 st nr
111 - 0 26.7 -02 38 r Cet vF, S, R, lbM, *8.5 p 36s , n 2'; = 113?
112 Gx 0 26.7 +31 43 r And 14. p eF, vS, R
115 Gx 0 26.8 -33 41 r Scl vF, pL, lE, D* 2' np
121 Gb 0 26.8 -71 32 s Tuc 1.5 10.6 pB, pS, lE, vgbM
113 Gx 0 27.0 -02 30 r Cet 13. p vF, S, sbM
114 Gx 0 27.1 -01 47 r Cet 15. p vF, S* in centre, p of 2
119 Gx 0 27.1 -56 59 r Phe pB, S, R, mbM
116 Gx 0 27.2 -07 42 r Cet 14. p vF
117 Gx 0 27.2 +01 19 r Cet 15. p F, vS
118 Gx 0 27.3 -01 47 r Cet 15. p vF, S* in centre, f of 2
110 OC 0 27.4 +71 23 r Cas Cl, pR, lC, st 9...12
120 Gx 0 27.5 -01 31 s Cet 1.8 15. p nebulous *
I1551 Gx 0 27.6 +08 53 u Psc 2.7 15. p F, vS, R, r
122 ? 0 27.7 -01 38 F Cet 1st of 2 vF neb 4'-5' np of *8.5
123 ? 0 27.8 -01 36 F Cet 2nd of 2 vF neb 4'-5' np of *8.5
124 Gx 0 27.9 -01 49 s Cet 1.6 14. p vF, L, dif, 2 F st np
I 16 Gx 0 27.9 -13 05 m Cet 0.5 15. p pB, R, bM
I 15 0 28.0 -00 04 d Cet vF, vS, iF, sbM
I 17 Gx 0 28.5 +02 39 z Cet 15. p pB, vS, R, stellar
I 20 Gx 0 28.5 -13 00 m Cet 0.6 14. p pB, R
I 18 Gx 0 28.6 -11 34 m Cet 0.6 15. p pF, S, iF, gbM
I 19 Gx 0 28.7 -11 38 m Cet 0.6 15. p R, S, stellar = 14m
125 Gx 0 28.8 +02 50 s Psc 2.0 12.3 vF, S, bM, D* sp
126 Gx 0 29.1 +02 49 s Psc 1.4 16. p vF, S, lE
127 Gx 0 29.2 +02 52 s Psc 1.0 14.0 vF, vS, R, p 128
128 Gx 0 29.2 +02 51 s Psc 3.4 11.6 pB, pS, lE 2deg , bM
I 21 Gx 0 29.2 -00 10 m Cet 0.4 14. p pB, vs, iF
130 Gx 0 29.3 +02 52 v Psc 0.9 14.3 vF, vS, R, f 128
131 Gx 0 29.6 -33 16 s Scl 2.1 F, pL, pmE, vgbM, p of 2
I 22 Gx 0 29.6 -09 03 m Cet 0.6 15. p F, S, lbM, r
I1552 Gx 0 29.6 +21 29 u Psc 1.1 15. p F, pL, dif
129 OC 0 29.9 +60 14 s Cas 21. 6.5 Cl, vL, pR, lC, st 9...13
132 Gx 0 30.2 +02 06 s Cet 2.0 14. p pF, cL, R, vglbM, R
134 Gx 0 30.4 -33 15 s Scl 8.1 10.1 vB, L, vmE 47deg , psbM, f of 2, *10 np 45"
I 23 0 30.9 -12 44 d Cet pB, S, R, bM
138 Gx 0 31.0 +05 10 r Psc 15. p F, eS, sbM
139 Gx 0 31.0 +05 05 r Psc 15. p eF, S
137 Gx 0 31.1 +10 11 r Psc 14. p F, iF, lbM
133 OC 0 31.2 +63 22 s Cas 7. 9. p Cl, pL, st 10..., D* inv
I 24 OC 0 31.2 +30 51 x And S, Cl, 30"-40', nebs?
I 25 Gx 0 31.2 -00 24 m Cet 0.8 15. p F, vS, irrR, vlbM, r
140 Gx 0 31.3 +30 47 r And 14. p vF, S, R, gbM
142 Gx 0 31.3 -22 37 r Cet 14. p eF, S, lE, 1st of 3 and faintest
141 Gx 0 31.4 +05 11 r Psc 15. p vF, vS, iR
143 Gx 0 31.4 -22 34 r Cet 15. p eF, S, mE, 2nd of 3
144 Gx 0 31.4 -22 39 r Cet 14. p eF, pS, R, 3rd of 3 and brightest
136 OC 0 31.5 +61 32 s Cas 1. glob. cl. , vF, S, eC
145 Gx 0 31.7 -05 09 s Cet 1.8 12.8 F, pL, vlE, vgbM, *8-9 f 5'
135 0 31.8 -13 22 D Cet vF, vS, R
I 26 0 31.8 -13 20 F Cet F, S, R, gbM; = 135
I1553 Gx 0 32.7 -25 35 m Scl 1.0 14. p vF, vmE 10deg
152 Gb 0 32.8 -73 09 r Tuc 12. p vF, L, R, vglbM
146 OC 0 33.1 +63 18 s Cas 7. 9.1 Cl, pL, lC, st 11-12, D*
I 27 0 33.1 -13 22 d Cet F, vS, lE pf, bM
I 28 0 33.1 -13 27 d Cet vF, dif, vlbM
I1554 Gx 0 33.1 -32 16 c Scl 1.6 vF, vS, eE 170deg , sbM
147 Gx 0 33.2 +48 30 s Cas 12.9 9.3 vF, vL, iR, gsmbM *11
149 Gx 0 33.7 +30 43 r And 15. p vF, vS, R, gbM *14, *12 sp
151 Gx 0 34.0 -09 42 s Cet 3.7 11.5 pF, pL, lE 90deg , vglbM
153 0 34.0 -09 42 D Cet pF, pS, R, * nr nf; = 151
154 Gx 0 34.1 -12 39 r Cet 14. p eF, vS, R
I 29 Gx 0 34.2 -02 11 m Cet 0.6 15. p vF, S, R, lbM
148 Gx 0 34.3 -31 47 s Scl 2.4 12.1 vB, S, lE 90deg , smbM *11
150 Gx 0 34.3 -27 48 s Scl 4.2 11.1 pF, pS, R
I 30 Gx 0 34.3 -02 05 m Cet 0.4 15. p vF, S, R, lbM
I 31 Gx 0 34.4 +12 17 u Psc 1.4 15. p F, E pf, dif
156 D* 0 34.6 -08 21 F Cet vS, np 157
159 Gx 0 34.6 -55 47 r Phe vF, pS, R, glbM, 3 st f
I1555 Gx 0 34.6 -30 01 c Scl 1.5 eeF, S, R, 2 st p in line
155 Gx 0 34.7 -10 46 r Cet 13. p pF, S, R
157 Gx 0 34.8 -08 24 s Cet 4.3 10.4 pB, L, E, bet 2 cB st
158 D*? 0 34.9 -08 19 F Cet vS, nf 157
I 32 Gx 0 35.0 -02 08 m Cet 0.4 15. p vF, vS, R, lbM
I 33 Gx 0 35.1 -02 08 m Cet 0.5 15. p vF vS, R, lbM
I1556 ? 0 35.1 -09 34 x Cet eeF, pS, R, v diffic
167 Gx 0 35.3 -23 22 r Cet 13. p vF, pS, iR
161 Gx 0 35.5 -02 50 r Cet 15. p eF, eS, R, nearly bet 2 st; = IC 1557
I1557 Gx 0 35.5 -02 51 m Cet 0.6 16. p eF, vS, 2 vF st close; nr 161
I 34 Gx 0 35.6 +09 08 u Psc 3.4 14. p vF, pS, lE
166 Gx 0 35.8 -13 37 r Cet 15. p eF, S, lE, *11 np
176 OC 0 35.8 -73 11 r Tuc 12. p eF, S, vlE, r, *8 nr
I1558 Gx 0 35.8 -25 22 c Scl 3.4 E 160deg , * n, perhaps spir
163 Gx 0 36.0 -10 07 s Cet 1.4 12.8 vF, vS
160 Gx 0 36.1 +23 57 s And 3.2 12.4 vF, vS, stell, *8, 17deg , 4'
162 Gx 0 36.1 +23 58 r And eF, stellar, 160 sp
164 Gx 0 36.5 +02 45 r Psc 16. p eF
165 Gx 0 36.5 -10 06 s Cet 1.6 13.2 F, L, st in centre, f of 2
168 Gx 0 36.7 -22 36 r Cet 14. p eF, S, E 30deg , *10 nf 3'
170 Gx 0 36.7 +01 51 r Cet 15. p F, S, R
169 Gx 0 36.9 +23 59 s And 3.0 13. p F, pL, D or biN, *6 nf 4'
174 Gx 0 36.9 -29 29 r Scl 14. p eF, S, vlE, am B st
I1559 Gx 0 36.9 +23 59 v And 0.9 vF, 0'.5 ssf 169
173 Gx 0 37.2 +01 56 s Cet 3.5 15. p vF, S, R, vgbM, *11 sp 80"
172 Gx 0 37.3 -22 36 v Cet 2.6 eF, S, E, *13 close sp
171 0 37.4 -19 56 F Cet vF, pL, lE, 2 pB st sf; = 175
175 Gx 0 37.4 -19 56 s Cet 2.6 12.1 pB, pL, E, gbM, R
177 Gx 0 37.5 -22 34 r Cet 13. p eF, S, E 175deg
I 35 Gx 0 37.7 +10 21 u Psc 1.3 15. p vF, S, dif, *9.5 nf
I1560 0 37.7 +02 40 d Cet eF; = 164?
179 Gx 0 37.8 -17 53 r Cet 14. p eF, eS, R, B* np
I 36 0 37.8 -15 26 d Cet F, vS, R, dif
180 Gx 0 38.0 +08 38 s Psc 2.6 14. p vF, pL, iR, * np inv
181 Gx 0 38.2 +29 28 r And 15. p eF, eS, irr, vF* att
182 Gx 0 38.2 +02 44 s Psc 2.3 12.6 vF, S, iR, vgbM
183 Gx 0 38.3 +29 30 r And 14. p pF, vS, R, gbM
184 Gx 0 38.5 +29 26 r And 15. p eF, eS
186 Gx 0 38.5 +03 09 r Psc 15. p F, S, R, lbM
I 37 Gx 0 38.5 -15 23 m Cet 0.7 15. p eF, vS, R, dif
I1561 Gx 0 38.5 -24 20 m Cet 1.3 14. p E 105deg , * n
I 38 Gx 0 38.6 -15 26 m Cet 0.6 14. p F, S, R
I1562 Gx 0 38.6 -24 17 c Cet 2.1 S, R, psbM
190 Gx 0 38.9 +07 02 s Psc 1.0 14. p vF, S, lE, sev st nr sp
185 Gx 0 39.0 +48 20 s Cas 11.5 9.2 pB, vL, iR, vgmbM, r
191 Gx 0 39.0 -09 00 s Cet 1.5 12. p pB, pL, iE 0deg
I1563 Gx 0 39.0 -09 01 v Cet 0.6 eF, stellar, 0'.6 sf 191
178 Gx 0 39.1 -14 10 s Cet 2.0 12.6 F, S, mE 0deg , bM; = IC 39
209 Gx 0 39.1 -18 38 r Cet 14. p vF, vS, R, bM
I 39 0 39.1 -14 10 x Cet pB, pl, E ns, gbM; = 178
I1564 0 39.2 +05 58 d Psc eF
192 Gx 0 39.3 +00 51 s Cet 2.3 14. p F, pS, pmE, bM
193 Gx 0 39.3 +03 20 s Psc 1.7 12.3 F, L, p of 2, *15 close sp
194 Gx 0 39.3 +03 02 s Psc 1.9 12.1 pB, S, R, vgbM
196 Gx 0 39.3 +00 54 r Cet 14. p F, pS, R, psmbM
197 Gx 0 39.4 +00 53 r Cet 15. p eF, s of 196
198 Gx 0 39.4 +02 48 s Psc 1.3 12.8 F, S, vgbM
I1565 Gx 0 39.4 +06 43 v Psc 1.7 F, S, R, gbM
I1566 Gx 0 39.4 +06 48 m Psc 0.6 15. p F, S, R, gbM, r
I 40 Gx 0 39.5 +02 26 u Cet 1.2 15. p F, S, R, gbMN = 13.5
187 Gx 0 39.6 -14 41 r Cet 13. p F, S, mE 150deg , bM
189 OC 0 39.6 +61 04 s Cas 4. 8.8 Cl, pL, R, st 11...15
195 Gx 0 39.6 -09 12 v Cet 1.3 F
199 Gx 0 39.6 +03 07 r Psc 15. p F, vS, *8 p 27s , 45" s
200 Gx 0 39.6 +02 53 s Psc 2.0 14. p pB, S, vgbM
I1567 0 39.6 +06 37 d Psc neb *
201 Gx 0 39.7 +00 51 s Cet 2.2 15. p vF, cL, E, vglbM
202 Gx 0 39.7 +03 31 r Psc 15. p eF, vS, ibM
203 Gx 0 39.7 +03 26 r Psc 15. p F, R, *9 sp 8'
I 41 0 39.7 -14 10 d Cet vF, S, dif
204 Gx 0 39.8 +03 17 r Psc 14. p F, pS, R, vgbM, f of 2
I1568 Gx 0 39.9 +06 50 m Psc 0.8 15. p F, S, R, gbM, r
207 0 40.0 -14 18 d Cet vF, S, lE, stellar
212 Gx 0 40.1 -56 10 r Phe vF, S, R, p of 2
205 Gx 0 40.4 +41 41 s And 17.4 8.0 vB, vL, mE 165deg , vgvmbM; = M110
208 Gx 0 40.4 +02 44 r Psc 15. p pF
I1569 Gx 0 40.4 +06 42 m Psc 0.2 15. p vF, vS, R, gbM
220 OC 0 40.5 -73 24 r Tuc 11. p F, iR, vgbM, 1st of several
206 C+N 0 40.6 +40 44 r And vF, vL, mE 0deg
210 Gx 0 40.6 -13 52 s Cet 5.4 10.9 B, pS, R, psbM, r, *11 p 2'
222 OC 0 40.6 -73 24 r Tuc 11. p vF, R, 2nd of several
I1570 0 40.6 +06 45 d Psc vF, vS, R, vFN
I1571 Gx 0 40.7 -00 19 u Cet 1.3 15. p F, pS, R, dif
215 Gx 0 40.8 -56 13 c Phe 1.2 F, S, R, am st, f of 2
211 * 0 41.0 +03 26 F Psc eF, S, mbMN
231 OC 0 41.0 -73 22 r Tuc 12. p i train of st and neb
I 42 Gx 0 41.1 -15 26 m Cet 0.6 15. p S, irr, v dif
213 Gx 0 41.2 +16 28 r Psc 15. p F, S, bet 2 S st
I1572 0 41.2 +16 16 d Psc eF, stell, 213 nr
216 Gx 0 41.4 -21 03 s Cet 1.8 13.3 eF, vS, lE
214 Gx 0 41.5 +25 30 s And 2.1 12.2 pF, pS, gvlbM, r
217 Gx 0 41.5 -10 02 v Cet 3.3 F, S, lE 90deg , glbM
218 Gx 0 41.8 +36 21 r And 15. p eF, vS, R, gbM
I 44 Gx 0 42.2 +00 51 m Cet 0.5 14. p eF, S, R, bet 2 st
I1573 0 42.2 -23 32 d Cet eF, eS, mE 60deg
219 Gx 0 42.3 +00 54 r Cet 15. p F, S, R, *11 sp 1'
230 Gx 0 42.4 -23 38 r Cet 15. p eF, eS, R, bMN
I 43 Gx 0 42.4 +29 38 v And 2.1 vF, S, mbM
227 Gx 0 42.6 -01 32 s Cet 2.1 13. p F, pL, lbM
221 Gx 0 42.7 +40 52 s And 7.6 8.2 ! vvB, L, R, psmbMN; = M32
223 Gx 0 42.7 +00 51 r Cet 14. p vF, pS, R; = IC 44
224 Gx 0 42.7 +41 16 s And 178. 3.5 !!! eeB, eL, vmE (Andromeda); = M31
232 Gx 0 42.7 -23 34 r Cet 14. p eF, S, R, bMN
I 45 0 42.7 +29 40 d And susp neb
226 Gx 0 42.8 +32 34 r And 14. p eF, S, R, *13 s 20"
228 Gx 0 42.8 +23 30 r And 15. p eF, S, R, fainter of 2
235 Gx 0 42.8 -23 33 r Cet 14. p eF, S, R, bMN
I 47 ? 0 42.9 -13 45 x Cet eF, eS, R, stellar
229 Gx 0 43.0 +23 29 r And 14. p vF, S, R, smaller of 2
I 46 Gx 0 43.0 +27 15 z And 15. p pB, S, R, bM
I1574 Gx 0 43.1 -22 15 c Cet 2.5 vF, vmE 0deg , gbM
225 OC 0 43.4 +61 47 s Cas 12. 7.0 Cl, L, lC, st 9...10
233 Gx 0 43.4 +30 35 r And 14. p F, vS, R, lbM
234 Gx 0 43.4 +14 20 r Psc 13. p F, pS, ilE, bM
238 Gx 0 43.4 -50 11 c Phe 1.9 eF, pL, R, gvlbM
241 - 0 43.4 -73 26 r Tuc vF, R; = 242?
236 Gx 0 43.5 +02 56 r Psc 14. p vF, pL
237 Gx 0 43.5 -00 07 s Cet 1.8 14. p vF, pS, lE, lbM
242 OC 0 43.6 -73 27 r Tuc 12. p vF, S, biN
I 48 0 43.6 -07 53 d Cet pF, S (var brightness?)
I1575 0 43.6 -04 09 d Cet eF, S, R, *10 s
188 OC 0 44. +85 20 s Cep 14. 8.1 Cl, vL, R, 150-200 st 10...18
I 49 Gx 0 44.0 +01 51 v Cet 1.9 eeF, pS, R, e diffic
I1576 Gx 0 44.2 -25 06 m Scl 0.6 15. p vF, vS, cE 135deg , bet 2 st
I1578 Gx 0 44.5 -25 04 m Scl 0.6 14. p vF, vS, vmE
239 0 44.6 -03 47 D Cet pF, pS, E 20deg , bMN, *8 f 20s
I1577 0 44.6 -08 08 d Cet pB, S, R, gbM stell N
240 Gx 0 45.1 +06 08 r Psc 15. p vF, S, R, * nr s
248 Nb 0 45.4 -73 23 r Tuc F, S, E or biN, vglbM
249 Nb 0 45.4 -73 05 r Tuc F, pL, vlE, r
I1579 Gx 0 45.6 -26 34 m Scl 0.8 15. p eF, eS, cE 15deg , gbM
244 Gx 0 45.8 -15 36 s Cet 1.3 13.3 vF, S, iR, r, *10 s 5'
243 Gx 0 45.9 +29 56 r And 14. p F, vS, R, gbM, *10 p
256 C+N 0 45.9 -73 30 r Tuc 12. p F, S, R, gbM, *9 nf 40"
245 Gx 0 46.1 -01 44 s Cet 1.4 13. p F, pS, iF, er
I1581 0 46.1 -25 54 d Scl eF, eS, E 45deg , gbM
I 50 Gx 0 46.2 -09 30 m Cet 0.6 14. p F, = neb *13
I1580 0 46.3 +29 55 d And vF, v stell
I1582 Gx 0 46.3 -24 18 m Cet 1.2 15. p eF, eS, E 45deg , sbM *
I 51 Gx 0 46.4 -13 26 m Cet 1.0 13. p pB, S, bM, r
261 Nb 0 46.5 -73 07 r Tuc F, pL, R, gbM *13
246 Pl 0 47.0 -11 53 s Cet 3.8 8. p vF, L, 4 st in dif neb
247 Gx 0 47.1 -20 46 s Cet 20.0 8.9 F, eL, vmE 172deg
I1583 0 47.2 +23 05 d And F, vS, R, stell N
250 Gx 0 47.3 +07 55 r Psc 15. p eF, vS, R, am 3 st
I1585 0 47.3 +23 03 d And F, vS, R, stell N
I1584 Gx 0 47.4 +27 49 u And 1.8 15. p eF, L, dif, r
254 Gx 0 47.5 -31 25 s Scl 2.1 11.8 vB, pS, lE, smbM, *8 nf 5'
253 Gx 0 47.6 -25 17 s Scl 25.1 7.1 !! vvB, vvL, vmE 54deg , gbM
265 Gb 0 47.6 -73 29 r Tuc 12. p F, pS, R
251 Gx 0 47.8 +19 34 r Psc 14. p vF, S, R, lbM, * inv, 2 vS st f
255 Gx 0 47.8 -11 28 s Cet 3.1 11.8 F, pS, R, gbM
I1586 Gx 0 47.9 +22 22 v And F, vS, R, gbM, r
252 Gx 0 48.0 +27 38 s And 1.8 13. p pB, S, R, pmbM, r, ** p
267 C+N 0 48.0 -73 17 r Tuc Cl, F, pL, st vS
257 Gx 0 48.1 +08 19 s Psc 2.1 14. p pL, lE, gbM, r
259 Gx 0 48.1 -02 47 v Cet 3.2 F, S, E 135deg , lbM
258 Gx 0 48.2 +27 38 r And 15. p eF, S, vF st close
264 Gx 0 48.3 -38 14 c Scl 0.9 F, S, R, vsvmbM *13
I 52 Gx 0 48.4 +04 06 u Psc 1.2 15. p vF, vS, R, gvlbM
269 Gb 0 48.5 -73 32 r Tuc 12. p vF, S, R
260 Gx 0 48.6 +27 42 s And 1.0 14. p eF, pS, lE
262 Gx 0 48.8 +31 57 s And 1.4 15. p eF, vS, R, v diffic
I1587 Gx 0 48.8 -23 34 m Cet 0.8 15. p eF, eS, alm R
263 Gx 0 48.9 -13 06 r Cet 14. p eF, vS, lE 30deg
266 Gx 0 49.8 +32 16 s Psc 3.2 13. p pB, pS, lE, psbM, r, *8 sf 4'
268 Gx 0 50.2 -05 12 s Cet 1.7 13. p vF, pS, ilE, r
I 53 0 50.5 +10 37 d Psc eeF, pS, R, others susp
270 Gx 0 50.7 -08 39 r Cet 13. p pF, vS, iR, pgbM
271 Gx 0 50.8 -01 53 s Cet 2.5 13. p pF, S, lE, psbM, *8 f 5s
273 Gx 0 50.8 -06 53 s Cet 2.6 13. p vF, vS
I 54 D* 0 50.8 -02 17 F Cet neb or S Cl, 2', bM
274 Gx 0 51.0 -07 03 s Cet 1.7 13. p pB, pS, smbM, np of 2
I1588 0 51.0 -23 33 d Cet vF, vS, cE 155deg
275 Gx 0 51.1 -07 04 s Cet 1.5 12.5 vF, S, R, sf of 2
290 OC 0 51.3 -73 09 r Tuc 12. p eF
272 OC 0 51.4 +35 50 r And Cl, L, lC
277 Gx 0 51.5 -08 35 r Cet 13. p F, pS, *11 np
I 56 Gx 0 51.5 -12 51 v Cet 1.3 vF, S, lbM
I1589 0 51.5 -34 28 d Scl eF, eS, R, like Dneb
I 55 Gx 0 51.7 +07 43 m Psc 0.5 14. p F, vS, dif, *13 close
276 Gx 0 52.1 -22 41 r Cet 14. p eF, pS, E 265deg , *8 nf is a close D*
278 Gx 0 52.1 +47 33 s Cas 2.2 10.9 cB, pL, R, 2 st 10 nr
294 Nb 0 52.1 -73 21 r Tuc vF, pL, R, vglbM, r
I1591 Gx 0 52.1 -22 41 c Cet 1.3 vF, vS, cE 95deg , bM; = 276
279 Gx 0 52.3 -02 12 s Cet 1.8 14. p vF, S, iR, bM, stellar
280 Gx 0 52.5 +24 20 r And 14. p eF, S, R, *15 f 30"
289 Gx 0 52.7 -31 12 s Scl 3.7 12. p vB, L, pmE, gbM, *11 np
281 C+N 0 52.8 +56 37 s Cas 35. 7. p F, vL, dif, S triple * on np edge
282 Gx 0 52.8 +30 37 r Psc 14. p F, S, R, lbM
288 Gb 0 52.8 -26 35 s Scl 13.8 8.1 glob. cl. , B, L, lE, st 12...16
292 Gx 0 52.8 -72 50 r Tuc Cl, F, eeL, R, st 12...18
I1590 OC 0 53.1 +56 35 x Cas Cl, vL, st sc; 281 f
283 Gx 0 53.3 -13 11 r Cet 14. p eF, S, R, 1st of 4
I1592 Gx 0 53.5 +05 46 u Psc 1.1 15. p eF, S, bet *12 and *13
I1597 Gx 0 53.5 -58 07 c Tuc 1.4 eF, eS, cE 165deg , cbM
284 Gx 0 53.6 -13 09 r Cet 15. p eF, S, R, 2nd of 4
286 Gx 0 53.6 -13 06 r Cet 14. p eF, S, R, 4th of 4
287 Gx 0 53.6 +32 29 r Psc 15. p eF, S, R; RA 1mag greater?
291 Gx 0 53.6 -08 45 r Cet 14. p vF, vS, lE, alm stellar
285 Gx 0 53.7 -13 10 r Cet eF, S, R, 3rd of 4
I1594 Gx 0 53.7 -47 39 c Phe 1.2 eF, eS, cE 130deg , stell N
I1595 Gx 0 53.8 -45 11 c Phe 1.2 eF, S, mE 10deg , stell N
299 C+N 0 54.0 -72 10 r Tuc 11. p pB, vS, R, gvlbR, r
293 Gx 0 54.3 -07 14 r Cet 14. p vF, S
I1599 Gx 0 54.5 -23 29 m Cet 0.8 15. p vF, vS, cE 100deg
I1593 0 54.7 +32 30 d Psc eF, semi-stellar
I1596 Gx 0 54.7 +21 31 u Psc 2.5 15. p F, S, E pf, gbM
I1598 Gx 0 54.7 +05 46 u Psc 1.3 15. p neb *11; *9 p 10s , 4'.5 n
303 Gx 0 54.8 -16 40 r Cet eF, vS
I 57 Gx 0 54.8 +11 50 u Psc 1.1 16. p F, vS, R, vlbM, F* close
300 Gx 0 54.9 -37 41 s Scl 20.0 9. p pB, vL, vmiE, vgpmbM
306 C+N 0 54.9 -72 13 r Tuc 12. p F, vS
297 D*? 0 55.0 -07 21 F Cet eF
298 Gx 0 55.0 -07 21 r Cet 13. p pF
I1600 Gx 0 55.0 -23 31 m Cet 0.7 15. p vF, vS, cE 95deg
I 58 Gx 0 55.1 -13 41 m Cet 0.6 15. p F, vS, R, r
295 Gx 0 55.2 +31 31 r Psc 13. p F, S, R, * 10" n, 296 nf
296 Gx 0 55.4 +31 40 r Psc 15. p F, lE, *10 nf 2'
I1601 0 55.6 -24 09 d Cet vF, vS, lE 105deg
I1602 Gx 0 55.9 -09 59 m Cet 0.7 14. p vF, S, nr 309
305 Ast 0 56.0 +12 06 A Psc Cl, S, sc st
304 Gx 0 56.1 +24 07 r And 14. p pF, S, R, svlbM
I 60 Gx 0 56.1 -13 23 m Cet 0.6 15. p F, vS, R, SN
330 OC 0 56.2 -72 29 s Tuc 2. 9.6 glob. cl. , vB, S, lE, st 13...15
301 Gx 0 56.3 -10 40 F Cet eF, S, iR, gbM, *8 p 30s
312 Gx 0 56.3 -52 47 c Phe 1.8 F, S, R, *12 f
302 * 0 56.4 -10 39 F Cet eF, vS
308 * 0 56.4 -01 47 A Cet vF, eS, 1' sf 307
307 Gx 0 56.6 -01 46 r Cet 14. p pF, S, E
309 Gx 0 56.7 -09 55 s Cet 3.1 11.8 pB, pL, *12-13 n
323 Gx 0 56.7 -52 59 c Phe 1.3 pF, S, R, bM, p of 2
I 59 Nb 0 56.7 +61 04 s Cas 10. pF, eL! (nf gamma Cas)
310 * 0 56.9 -01 46 A Cet stellar
314 Gx 0 56.9 -31 58 c Scl 1.2 eF, vS, R, pB* f 2'
319 Gx 0 57.0 -43 50 c Phe 1.1 eF, vS, R, lbM
328 Gx 0 57.0 -52 55 c Phe 2.8 vF, lE, vgbM, f of 2
I1603 Gx 0 57.0 -45 25 c Phe 1.3 eF, eS, cE 115deg , cbM
I 61 Gx 0 57.1 +07 31 u Psc 1.5 15. p pF, vS, R, vlbM
322 Gx 0 57.2 -43 44 c Phe 1.3 vF, vS, R, lbM, 3 st p
321 Gx 0 57.4 -05 02 v Cet eF, vS
311 Gx 0 57.6 +30 16 r Psc 14. p pF, vS, R, gbM
317 Gx 0 57.6 +43 47 r And 15. p eeF, pS, lE, D* close f
I1605 Gx 0 57.6 -48 54 c Phe 1.6 vF, eS, R
339 Gb 0 57.7 -74 29 s Tuc 2.2 11.9 F, L, R, vgbM
313 Gx 0 57.8 +30 21 u Psc 3.6 12. p vF, eS, 1' np 315
315 Gx 0 57.8 +30 21 s Psc 3.2 13. p pB, pL, R, gbM, *9 nf 3'
316 Gx 0 57.8 +30 21 u Psc 3.6 12. p vF, eS, stellar, 1' f 315
325 Gx 0 57.9 -05 08 r Cet 16. p vF, vS
327 Gx 0 57.9 -05 08 s Cet 1.9 13. p F, S, E
329 Gx 0 58.0 -05 04 s Cet 1.9 13. p F, E
I1604 0 58.0 -16 15 d Cet pF, vS, *7.5 np, F* nr sp (= 333?)
318 Gx 0 58.1 +30 25 r Psc 15. p vF, vS, R, bM
326 Gx 0 58.4 +26 52 s Psc 1.5 13.2 F, lE, *9-10 sf
I1606 0 58.4 -12 11 d Cet eF, pS, nearly bet *7 p and *9 nf
324 Gx 0 58.6 -40 30 r Phe (?), F, S, stellar
331 ? 0 58.6 -02 43 F Cet eF, vS, R, lbM, *12 nf 3'
I 62 Gx 0 58.7 +11 49 u Psc 1.0 15. p vF, pL, dif
320 Gx 0 58.8 -20 50 r Cet 15. p vF, pS, E 160deg , *10 n
332 Gx 0 58.8 +07 06 r Psc 15. p vF, S, R, sev st nr S
333 Gx 0 58.8 -16 29 r Cet 16. p no description
334 Gx 0 58.8 -35 08 r Scl vF, S, R, glbM, 2 st 11 s
336 Gx 0 58.8 -18 46 r Cet 12. p vF, vS, R, sbM
I1607 Gx 0 58.9 +00 36 u Cet 1.1 14. p vF, pS, R, lbM
346 C+N 0 59.1 -72 11 s Tuc 14. 10.3 B, L, viF, mbM D*, r
335 Gx 0 59.3 -18 14 c Cet 1.2 vF, pS, E, bM
I 64 Gx 0 59.4 +27 03 u Psc 1.3 16. p F, S, R, gmbM
I1608 Gx 0 59.4 -34 20 c Scl 1.7 pB, pS, R; 2 st nf, 2 np
I 63 Nb 0 59.5 +60 49 s Cas 10. pF, eL! conn with np one
I1611 0 59.7 -72 21 d Tuc vF, bM
337 Gx 0 59.8 -07 35 s Cet 2.8 11.6 pF, L, E, glbM, *10 f 21s
I1609 Gx 0 59.8 -40 20 c Phe 1.4 vF, vS, R
I1612 1 00.0 -72 23 d Tuc eF, vS
I 67 1 00.3 -06 55 d Cet vF, suspected
I 68 1 00.4 -06 57 d Cet vF, suspected
I 66 Gx 1 00.5 +30 48 u Psc 1.1 15. p vF, vS, irr
338 Gx 1 00.6 +30 39 r Psc 14. p vF, vS, iF, bM
340 Gx 1 00.6 -06 53 r Cet 14. p vF, S, E
341 Gx 1 00.8 -09 11 r Cet 13. p F, pL, R, lbM, r
342 Gx 1 00.8 -06 47 r Cet 14. p vF, vS
343 * 1 00.8 -23 14 r Cet eF, vS, iR, sbMN (*?)
348 Gx 1 00.9 -53 15 c Phe 1.1 eF, S, R
I 65 Gx 1 00.9 +47 41 s And 4.3 13. p eF, pL, mE, B st f & s
I 70 1 01.1 +00 03 d Cet vF, vS, lbM
I 71 1 01.3 -06 47 d Cet vF, suspected
345 Gx 1 01.4 -06 54 r Cet 13. p vF, vS, gbM
347 Gx 1 01.4 -06 49 r Cet 14. p vF, vS
I 69 Gx 1 01.4 +31 03 z Psc 15. p F, iF, lbM
I 72 1 01.5 -06 46 d Cet neb; *7 sf 2'
344 Gx 1 01.6 -23 16 c Cet 0.9 eF, vS, iR, sbMN (*?)
I1610 Gx 1 01.7 -15 34 m Cet 1.2 14. p pF, pS, R, *10 np
349 Gx 1 01.9 -06 49 r Cet 13. p vF, vS
350 Gx 1 02.0 -06 49 r Cet 15. p eF
351 Gx 1 02.1 -01 55 r Cet 14. p eF, pS, np of 2
352 Gx 1 02.1 -04 15 s Cet 2.7 13. p pF, S, iE, *8 f 97s
361 Gb 1 02.2 -71 33 s Tuc 1.5 11.8 vvF, pL, vlE, vgbM
353 Gx 1 02.6 -01 56 r Cet 14. p eF, pS, R, sf of 2
360 Gx 1 02.9 -65 37 c Tuc 3.3 eF, vmE 145deg , vlbM
355 Gx 1 03.2 -06 20 r Cet 15. p eF, vS
362 Gb 1 03.2 -70 51 s Tuc 12.9 6.6 glob. cl. , vB, vL, vC, vmbM st 13-14
354 Gx 1 03.3 +22 20 s Psc 0.9 14. p vF, vS, R, vS* inv, *14 close p
356 Gx 1 03.3 -07 00 r Cet 13. p vF, S, iR
371 OC 1 03.3 -72 05 s Tuc 8. Cl, F, L, R, pC, st 14...16
357 Gx 1 03.4 -06 20 s Cet 2.6 11.8 F, S, iR, sbM, *14 nf 20"
376 1 03.9 -72 49 D Tuc only a D*, pos 270deg , dist 10"
365 Gx 1 04.1 -35 07 v Scl F, S, R, glbM
I1615 Gx 1 04.1 -51 08 c Phe 1.2 eF, S, cE 140deg , cbM
I1617 Gx 1 04.3 -51 02 c Phe 1.5 eF, S, cE 130deg , cbM
359 Gx 1 04.4 -00 45 r Cet 15. p eF, vS
368 Gx 1 04.4 -43 16 r Phe eF, vS, *7-8 sp 3'
364 Gx 1 04.6 -00 51 r Cet 14. p vF, vS
I1613 Gx 1 04.8 +02 07 s Cet 12.0 9.3 F, eeL
367 ? 1 04.9 -12 09 F Cet eF, pS, E 175deg , bn, 3 st 12 np
I 73 Gx 1 04.9 +04 46 z Psc 15. p vF, pL, dif
I1616 Gx 1 04.9 -27 26 c Scl 1.7 eF, pS, 3 st in line nr
369 Gx 1 05.1 -17 45 c Cet 1.3 vF, vS, R, gbM
I1614 1 05.1 +33 13 d Psc vF, S, E 120deg , vlbM, *15 nr
358 Ast 1 05.2 +62 02 r Cas Cl, vlRi
395 1 05.3 -72 00 D Tuc group of about 10 st, no neb
I1624 1 05.3 -72 02 d Tuc vF, S, R
I 74 Gx 1 05.9 +04 05 z Psc 15. p vF, S, stellar
I1618 Gx 1 06.0 +32 25 u Psc 1.2 16. p vF, S
363 Gx 1 06.1 -16 34 r Cet 15. p eF, eS, R
I1626 1 06.1 -73 17 d Tuc vF, cS, R
378 Gx 1 06.2 -30 11 r Scl 14. p vF, S, R, gbM
377 *** 1 06.3 -20 03 F Cet vF, vS, mE, sbMN
366 OC 1 06.4 +62 14 s Cas 3. Cl, S
I1621 1 06.4 -46 43 d Phe eF, eS, mE 0deg , cbM
370 - 1 06.6 +32 25 r Psc vF, *13 s 15", dif
372 *** 1 06.7 +32 26 r Psc stellar, mbM, r
373 Gx 1 07.0 +32 18 r Psc vF, vS
374 Gx 1 07.1 +32 46 r Psc 14. p F, S, bet 2 st 15
375 Gx 1 07.1 +32 21 s Psc 1.3 16. p vF, vS
I1620 Gx 1 07.1 +13 58 u Psc 1.2 14. p F, pS, dif
I 75 Gx 1 07.2 +10 51 u Psc 1.6 15. p vF, vS, dif, vlbM
379 Gx 1 07.3 +32 31 s Psc 1.8 12.6 pF, S, R, bM
380 Gx 1 07.3 +32 29 s Psc 1.6 12.5 pF, S, R, sbM
382 Gx 1 07.4 +32 24 s Psc 0.4 14. p vF, S, R, sp of D neb
383 Gx 1 07.4 +32 25 s Psc 2.3 11.9 pF, pL, R, gbM, nf of D neb
384 Gx 1 07.4 +32 18 s Psc 1.1 13.0 pF, pS, sp of 2
385 Gx 1 07.4 +32 19 s Psc 1.5 12.9 pF, pS, R, nf of 2
406 Gx 1 07.4 -69 53 s Tuc 3.8 12. p F, vL, vglbM, bN with eE wisps 165deg
I1619 Gx 1 07.4 +33 04 z Psc 15. p F, S, R, gbMFN, bet 2 st 13
386 Gx 1 07.5 +32 22 v Psc 0.9 14.1 cF, S, R
387 Gx 1 07.5 +32 23 r Psc vF, S, R
391 Gx 1 07.5 +00 56 r Cet 14. p F, S, r
I1622 1 07.5 -17 30 d Cet vF, S, R, sp of 2
I1623 1 07.7 -17 28 d Cet B, cS, lE, nf of 2
I1625 Gx 1 07.7 -46 54 c Phe 2.1 eF, vS, R, susp
388 Gx 1 07.8 +32 19 v Psc 0.8 14.3 vF, S, R
411 1 07.9 -71 46 D Tuc cB, S, R, stellar
396 Gx 1 08.0 +04 32 A Psc eF, S, lE
390 Gx 1 08.1 +32 27 r Psc vF, vS, stellar
416 Gb 1 08.1 -72 21 s Tuc 1.1 11.0 F, pS, R, gbM
I 76 Gx 1 08.2 -04 32 m Cet 0.7 15. p F, vS, R, lbM
I1627 Gx 1 08.2 -46 06 c Phe 2.5 cF, S, eE 135deg , vmbM
381 OC 1 08.3 +61 35 s Cas 6. 9. p Cl, pC
405 D* 1 08.3 -46 40 r Phe eS, stellar, = *7
419 Gb 1 08.3 -72 53 s Tuc 2.6 10.0 pB, pL, R, gbM
I1630 Gx 1 08.3 -46 45 c Phe 1.7 eF, eS, E 60deg , susp
392 Gx 1 08.4 +33 07 r Psc 14. p F, vS, R, mbM, bet 2 st
394 Gx 1 08.4 +33 08 r Psc 15. p F, S, 50" nf 392
389 Gx 1 08.5 +39 42 r And 15. p eF, eS, R, * nr
397 Gx 1 08.5 +33 06 r Psc 15. p eF, S, R, vF* p
393 Gx 1 08.6 +39 40 r And 13. p F, vS, vlE, gbM, 4 S st nr
I 77 Gx 1 08.7 -15 25 x Cet vF, S, irr, bM
398 Gx 1 08.8 +32 30 r Psc 15. p vF, vS, stellar
I 78 Gx 1 08.8 -15 51 x Cet F, S, lbM, r
I 79 Gx 1 08.8 -15 57 v Cet 0.7 R, S, bM N = 14m
I1628 Gx 1 08.8 -28 35 c Scl 1.4 cB, pS, R, 3 st 8 nr
I1631 Gx 1 08.8 -46 29 c Phe 1.3 eF, S, R, susp
422 1 08.9 -71 46 D Tuc only 3 eF st, close, in SMC
I 80 Gx 1 08.9 -15 24 x Cet vF, S, R, gbM
399 Gx 1 09.0 +32 37 r Psc 14. p vF, S, R
400 - 1 09.0 +32 44 r Psc eF, vS, 403 f
401 - 1 09.1 +32 46 r Psc eF, stellar, 403 f
I 82 Gx 1 09.1 -16 00 x Cet F, S, gbM
402 - 1 09.2 +32 49 r Psc eF, vS, R, 403 s 3'
403 Gx 1 09.2 +32 45 s Psc 2.1 13. p vF, pS, cE, *11 s 85"
I 81 1 09.2 -01 41 D Cet eF, S, lE, * 1' sff
I1644 1 09.2 -73 12 d Tuc PN , stell
I1641 1 09.3 -71 46 x Tuc eF, eS, R; = 422
404 Gx 1 09.4 +35 43 s And 4.4 10.1 pB, cL, R, gbM, beta And sf
I1629 Gx 1 09.4 +02 34 z Cet 16. p F, vS, R, stell
409 Gx 1 09.5 -35 48 c Scl 1.5 eF, S, R, vS* nr
413 Gx 1 09.5 -02 50 r Cet 16. p eF, pS, vlE
I1633 Gx 1 09.9 -45 56 c Phe 3.0 vF, S, R, vF* f
415 Gx 1 10.2 -35 29 r Scl vF, S, R, glbM
412 - 1 10.3 -20 01 r Cet vF, eS, R, sbMN (neb?)
I 83 Gx 1 10.5 +01 41 m Cet 0.5 15. p F, S, dif, lbM
407 Gx 1 10.6 +33 07 s Psc 2.0 14. p vF, vS, sp of 2
418 Gx 1 10.6 -30 13 s Scl 2.3 13. p F, pL, R, vglbM, p of 2
I1632 1 10.7 +17 41 d Psc vF, vS, dif, *15 v close
408 Gx 1 10.9 +33 06 A Psc vF, vS, 410 f 8s
410 Gx 1 11.0 +33 09 s Psc 2.6 13. p pB, pL, nf of 2
I1637 Gx 1 11.0 -30 26 c Scl 1.8 eF, S, R, susp
417 Gx 1 11.1 -18 10 r Cet 15. p eF, eS, R
I1634 1 11.1 +17 39 d Psc F, S, R, gbM, r
I1635 1 11.1 +17 39 d Psc F, S, R, gbM, r
414 Gx 1 11.3 +33 06 r Psc 14. p vF, S, iR, mbM, 410 np
423 Gx 1 11.4 -29 13 r Scl 14. p eF, S, E, glbM, f of 2
424 Gx 1 11.5 -38 05 c Scl 2.1 vF, S, R, glbM
I 84 Gx 1 11.5 +01 39 z Cet 15. p pB, S, iF, bM
I1636 1 11.6 +33 21 d Psc F, vS, gbMN
432 Gx 1 11.8 -61 32 c Tuc 1.5 F, S, R, gbM, *12 f
I 85 1 11.8 -00 28 d Cet eF, close to *8
I1639 Gx 1 11.8 -00 39 s Cet 0.8 14. p vS, R, stell
I1649 Gx 1 11.8 -55 51 c Phe 1.6 eF, cS, E 140deg , cbM
I1640 Gx 1 11.9 -00 37 x Cet 15. p vS, R, bMN
I1655 OC 1 11.9 -71 20 x Tuc Cl, C, eF, vS
420 Gx 1 12.1 +32 06 r Psc 13. p F, pS, R, bM
421 - 1 12.1 +32 09 r Psc eF, vS
434 Gx 1 12.2 -58 15 s Tuc 1.9 13. p B, S, R, psbM
I1643 Gx 1 12.2 -00 24 x Cet 15. p F, S, R, gbM
I1638 Gx 1 12.3 +33 21 m Psc 0.4 15. p F, vS, R, gbMN, r
I1650 Gx 1 12.3 -50 24 c Phe 1.5 cF, S, mE 55deg , cbM
I1642 1 12.4 +15 45 d Psc F, S, R, lbMN
427 Gx 1 12.5 -32 03 r Scl 15. p 3 vS st with neby (?)
I1645 1 12.5 +15 44 d Psc F, S, R, dif
I1660 1 12.6 -71 45 d Tuc eF, vS, R, stell N or F* in M
I1662 OC 1 12.6 -73 27 x Tuc vF, eS; vS Cl?
I1646 Gx 1 12.7 +15 41 m Psc 0.5 15. p vF, pS, dif
426 Gx 1 12.9 -00 17 r Cet 14. p vF, vS, R
428 Gx 1 12.9 +00 59 s Cet 4.1 11.4 F, L, R, bM, er
440 Gx 1 12.9 -58 17 s Tuc 1.0 F, vS, R
425 Gx 1 13.0 +38 48 r And 13. p vF, vS, R, lbM, *11 att
429 Gx 1 13.0 -00 20 r Cet 14. p vF, vS
430 Gx 1 13.1 -00 15 r Cet 13. p F, vS, R, vsbM *
I1647 Gx 1 13.2 +38 53 z And 15. p vF, S, R, diffic
438 Gx 1 13.4 -37 56 r Scl pF, S, R, glbM
I 86 Gx 1 13.5 -16 14 x Cet F, sbM
I1651 1 13.5 +02 06 d Cet *13 with neb, chiefly nnf
I1648 1 13.7 +33 13 d Psc F, vS, R, N, r
439 Gx 1 13.8 -31 45 s Scl 13. p pB, S, R, gbM
435 Gx 1 14.0 +02 04 r Cet 15. p eF, S, E
441 Gx 1 14.0 -31 47 r Scl 14. p pF, S, R, gbM
I1657 Gx 1 14.1 -32 39 c Scl 2.1 eF, S, vmE
I1663 1 14.1 -32 39 c Scl eF, mE 350deg ; = IC 1657
431 Gx 1 14.2 +33 44 r And 14. p F, S, vsbM
I 87 Gx 1 14.3 +00 46 x Cet 15. p F, pS, R, dif
I1664 ? 1 14.3 -69 48 x Tuc 2 F st inv in eeF neb
437 Gx 1 14.4 +05 56 r Psc 14. p pF, vS, R, F* np
454 Gx 1 14.4 -55 24 c Phe 1.9 vF, S, R, bM
456 Nb 1 14.4 -73 17 s Tuc 15. pF, pL, iR, r, 1st of sev
I 88 1 14.5 +00 48 d Cet pF, S, R, vlbM
442 Gx 1 14.6 -01 01 s Cet 1.2 15. p vF, S, R, B* sf
460 C+N 1 14.8 -72 18 r Tuc F, pL, iR, gbM, r, 2nd of sev
445 Gx 1 14.9 +01 56 r Cet 15. p vF, vS
446 Gx 1 14.9 +04 11 r Psc 15. p F, vS, stellar; = IC 89
458 1 14.9 -71 33 D Tuc prob Cl, eS, close, no neb
I1652 Gx 1 15.0 +31 58 u Psc 1.4 14. p F, S, E ns, *12 v close
443 Gx 1 15.1 +33 23 r Psc 14. p F, S, R, *15 p 8s on parallel
I1653 Gx 1 15.1 +33 23 s Psc 1.1 13.5 F, vS, R, gbMN, r
I1654 Gx 1 15.2 +30 12 u Psc 1.6 14. p F, S, lE, gblM, r
433 OC 1 15.3 +60 08 s Cas 3. Cl, S, lC
448 Gx 1 15.3 -01 37 r Cet 13. p pB, vS, lE
450 Gx 1 15.5 -00 52 s Cet 3.2 12.1 vF, L
465 OC 1 15.5 -73 20 D Tuc many st, no neb, perhaps Cl
436 OC 1 15.6 +58 49 s Cas 6. 8.8 Cl, S, iF, pC
447 Gx 1 15.6 +33 04 v Psc 2.6 14.0 F, pL, bM, *11 nf
I1656 1 15.6 +33 05 x Psc neb, S* close sf, *9 sf 3'; = 447
I1658 1 15.8 +31 05 x Psc vF, pS, E, N, r; = 444
444 Gx 1 15.9 +31 05 r Psc 14. p vF, mE 135deg , lbM; = IC 1658
455 Gx 1 16.0 +05 11 r Psc 14. p F, vS, alm stell
449 Gx 1 16.1 +33 05 v Psc 0.7 14.3 vF, vS, R, vlbM, vF st inv
I 89 Gx 1 16.1 +04 18 v Psc 2.3 F, S, iF, N = 13m; 462 f; = 446?
I1659 Gx 1 16.1 +30 21 u Psc 1.6 15. p F, S, R, N, r
451 Gx 1 16.2 +33 04 r Psc 15. p vF, vS, R, vlbM; = IC 1661
I1661 1 16.2 +33 05 x Psc eF, S, R; = 451
452 Gx 1 16.3 +31 02 r Psc 14. p vF, E, *9 np, S* nf, vnr
453 *** 1 16.3 +33 05 A Psc vF, vS, R, vF st inv
I 90 Gx 1 16.5 -07 58 m Cet 0.5 14. p B, vS, sbMN
466 Gx 1 17.2 -58 55 c Tuc 2.1 vF, pS, R, gbM
461 Gx 1 17.3 -33 50 c Scl 1.2 pB, R, glbM
I1667 1 17.6 -17 07 d Cet eF, pS, R
I1665 1 17.7 +34 42 d And F, vS, R, like 2 or 3 F st in neb
459 Gx 1 18.0 +17 33 r Psc 15. p eF
462 Gx 1 18.1 +04 14 r Psc eF, vS, stellar
I1666 1 18.5 +32 28 d Psc F, pS, dif, *13 att
I 91 1 18.7 +02 33 d Cet F, S, r, N = 14m
I1668 Gx 1 18.8 +33 11 z Psc 16. p eF, vS, R, vFN
463 Gx 1 18.9 +16 19 r Psc 15. p eF, vS, R, lbM
464 Gx 1 19.0 +34 58 r And S
I 93 Gx 1 19.0 -17 04 m Cet 1.2 14. p vF, pS, lE, *8 f 14s , 1' n
I1674 1 19.0 -50 39 d Phe eF, eS, bM, 2 spir wisps
457 OC 1 19.1 +58 20 s Cas 13. 6.4 Cl, B, L, pRi, st 7, 8, 10
467 Gx 1 19.2 +03 18 s Psc 2.4 11.9 pB, pL, R, gbM
I1670 1 19.2 -16 51 d Cet vF, pS, lE, 2 st nr nf
I 95 1 19.3 -12 34 d Cet F, vS, dif, vlbM
469 Gx 1 19.4 +14 53 r Psc 15. p eF, S, R
484 Gx 1 19.6 -58 31 c Tuc 2.2 vB, S, lE, psmbM
I1671 1 19.6 -17 06 d Cet eF, vS, R, *7 nf 47s
470 Gx 1 19.7 +03 25 s Psc 3.0 11.9 pB, L, iR
468 Gx 1 19.8 +32 47 r Psc 15. p vF, eS, stellar
471 Gx 1 19.9 +14 47 r Psc 14. p neb *12
473 Gx 1 19.9 +16 33 s Psc 2.2 13. p eF, S
I 92 Gx 1 19.9 +32 46 m Psc 0.7 15. p eeF (different from 468?)
475 Gx 1 20.0 +14 51 r Psc eF, S
I 97 1 20.0 +14 51 d Psc stellar = 13.5m
474 Gx 1 20.1 +03 25 s Psc 7.9 11.1 pB, S, smbM, f of 2
I 94 1 20.1 +32 42 d Psc neb *13
I1669 Gx 1 20.1 +33 12 z Psc 16. p vF, S, dif
476 Gx 1 20.2 +16 01 r Psc 15. p eF, vS, stellar
478 Gx 1 20.2 -22 22 r Cet 15. p eF, eS, R, sbMN
482 Gx 1 20.3 -40 57 r Phe eF, lE
I 96 1 20.3 +29 40 d Psc pB, pS, vmbMN = 12m
472 Gx 1 20.5 +32 43 r Psc 14. p eF, vS, *9-10 p 14s , v diff
I1672 Gx 1 20.7 +29 42 u Psc 1.8 14. p pB, S, R, gbMN, r
I1673 1 20.8 +33 01 d Psc F, R, stell N
480 1 20.9 -09 52 F Cet eF, vS, R (neb?); = 481?
481 Gx 1 21.0 -09 12 r Cet 14. p vF, vS, R, F* np
I 98 Gx 1 21.0 -12 37 m Cet 0.6 15. p vF, vS, iF, bM
I1675 Gx 1 21.0 +34 16 u And 0.8 14. p F, S
I1676 Gx 1 21.0 +30 16 z Psc 16. p F, vS, stell N
I1678 Gx 1 21.0 +05 34 z Psc 15. p F, vS, R, stell
I1677 Gx 1 21.2 +33 14 m Psc 0.9 15. p F, pS, R, bMN
477 Gx 1 21.3 +40 29 r And 14. p vF, pS, vlE, vglbM
479 Gx 1 21.3 +03 52 r Psc 15. p eF, S, R
485 Gx 1 21.4 +07 01 s Psc 1.9 14. p cF, pL, R, *8 sp 3'.5
491 Gx 1 21.4 -34 03 s Scl 1.5 13. p B, S, vlE, bM, vS* nr
I1681 Gx 1 21.4 +00 05 x Cet 15. p F, S, R, gbM, r
487 Gx 1 21.8 -16 21 r Cet 14. p eF, vS, R
488 Gx 1 21.8 +05 15 s Psc 5.2 10.3 pB, L, R, svmbM, *8 f 10'
489 Gx 1 21.8 +09 12 r Psc 13. p pB, S, E
I1679 Gx 1 21.8 +33 28 m Psc 0.5 15. p F, S, iF, vlbM, dif
I1680 Gx 1 21.9 +33 18 m Psc 0.6 15. p F, vS, bMN
483 Gx 1 22.0 +33 32 r Psc 14. p vF, vS
486 Gx 1 22.1 +05 24 r Psc 15. p eF, eS, stell, 5' n of 488
490 Gx 1 22.1 +05 22 r Psc 15. p vF, vS, R, 8' nf 488
492 Gx 1 22.2 +05 25 r Psc 15. p eF, vS, R
493 Gx 1 22.2 +00 57 s Cet 3.8 12.5 vF, L, mE 60deg , lbM
I1682 1 22.2 +33 13 d Psc F, vS, R, stell
497 Gx 1 22.4 -00 53 s Cet 2.4 14. p eF, pS, R, vlbM, r
I 99 Gx 1 22.5 -12 57 m Cet 0.5 15. p vF, S, lbM
I1683 Gx 1 22.6 +34 27 u And 1.7 14. p F, S, E ns, gbM, r
500 Gx 1 22.7 +05 24 r Psc 15. p vF, vS, mbM, *11 nf 1'
502 Gx 1 22.8 +09 03 r Psc 14. p cB, S, R, bMN
495 Gx 1 22.9 +33 28 s Psc 1.5 13.2 vF, S, 1st of 3
505 Gx 1 22.9 +09 28 r Psc 15. p vF, vS, stellar
I 100 1 22.9 -04 39 d Cet F, vS, R, N = 12.5m
I1684 1 22.9 +33 23 d Psc F, S, R, dif
494 Gx 1 23.0 +33 11 r Psc 14. p vF, pL, E, 3 F st s
I1685 Gx 1 23.0 +33 11 m Psc 1.9 13. p F, S, R, vlbM, dif
499 Gx 1 23.2 +33 28 s Psc 2.0 12.0 pB, pL, R, 3rd of 3; = IC 1686
I1686 1 23.2 +33 26 x Psc pB, pS, lE pf, gbMN; = 499
496 Gx 1 23.3 +33 33 r Psc 14. p vF, vS, 2nd of 3
498 Gx 1 23.3 +33 30 r Psc 16. p eeF, np 499
501 Gx 1 23.4 +33 27 r Psc 15. p vF, S
509 Gx 1 23.4 +09 26 s Psc 1.7 15. p vF, S, E
I1687 Gx 1 23.4 +33 17 m Psc 0.4 16. p F, vS, R, bMN
I1688 1 23.4 +33 04 d Psc F, vS, R, bMN
503 Gx 1 23.5 +33 21 r Psc 15. p eF, eS, D* 4' sp
504 Gx 1 23.5 +33 13 r Psc 14. p vF, S
511 Gx 1 23.5 +11 17 r Psc 15. p eF, vS, S* inv, S* att
506 - 1 23.6 +33 14 r Psc vF, vS, sp 507; = 504?
507 Gx 1 23.7 +33 15 s Psc 4.3 11.2 vF, pL, R, bM, s of 2
508 Gx 1 23.7 +33 17 s Psc 1.6 12.8 vF, S, n of 2
510 Gx 1 23.7 +33 26 r Psc vF, vS, lE
513 Gx 1 23.8 +33 49 r And 13. p F, S, stellar
I1689 Gx 1 23.8 +33 04 m Psc 0.7 15. p F, vS, R, gbMN, *14 close
I1690 Gx 1 23.8 +33 10 z Psc 15. p F, vS, R, stell
526 Gx 1 23.9 -35 03 r Scl F, S, E, p of 2
512 Gx 1 24.0 +33 55 r And 14. p vF, vS
527 Gx 1 24.0 -35 06 r Scl F, S, lE, bM, f of 2
I1693 Gx 1 24.0 -01 39 x Cet eF, vS, possibly F*
514 Gx 1 24.1 +12 55 s Psc 3.5 11.9 F, L, lE, vglbM, ** f
516 Gx 1 24.1 +09 33 s Psc 1.6 14. p eF, S, v diffic, 524 f 41s
I 101 Gx 1 24.1 +09 56 u Psc 1.6 15. p vF, pL, E, dif
518 Gx 1 24.3 +09 20 s Psc 1.9 14. p F, vS, R
I 102 Gx 1 24.4 +09 54 u Psc 1.0 16. p eF, S, dif
519 Gx 1 24.5 -01 38 v Cet eeF, vS, R, v diffic
I1691 1 24.5 +33 23 d Psc pF, vS, R, dif
515 Gx 1 24.6 +33 29 r Psc 14. p pF, vS, R, np of 2
520 Gx 1 24.6 +03 48 s Psc 4.8 11.2 F, cL, E 137deg
521 Gx 1 24.6 +01 44 s Cet 3.4 13. p F, pL, R, gbM
534 Gx 1 24.6 -38 07 r Scl eeF, S, R, vgbM, 1st of 4
I 103 Gx 1 24.6 +02 02 u Cet 1.4 15. p F, vS, R
I 104 D* 1 24.6 -01 27 x Cet stellar 13m
I1692 Gx 1 24.6 +33 15 z Psc 16. p F, vS, R, gbM, r
517 Gx 1 24.7 +33 27 r Psc 13. p pF, R, stellar, sf of 2
530 Gx 1 24.7 -01 35 A Cet 1.9 14. p eF, S, mE, F* sf; = IC 106
I 105 Gx 1 24.7 +02 05 z Cet 16. p F, eS, R, lbM
I 106 1 24.7 -01 35 x Cet vF, S, dif, lbM; = 530
I 108 Gx 1 24.7 -12 38 m Cet 0.8 15. p F, pL, E ns
522 Gx 1 24.8 +10 00 s Psc 2.8 14. p eF, pL, iF; Cl + neb?
524 Gx 1 24.8 +09 32 s Psc 3.2 10.6 vB, pL, mbM, 4 S st nr
525 Gx 1 24.8 +09 42 r Psc 14. p vF, vS, *11-12 p 5s
I1694 Gx 1 24.8 +01 36 z Cet 15. p vF, S, mbM
I1696 Gx 1 24.9 -01 37 v Cet 1.4 eF, eS, 530 np
I1708 1 24.9 -71 11 d Hyi vF, vS, R, *9 sf 4'
I1695 1 25.0 +08 44 d Psc eF, pS, R, *10 att p
544 Gx 1 25.1 -38 05 r Scl eeF, S, R, vgbM, 2nd of 4
546 Gx 1 25.1 -38 03 r Scl eeF, S, R, vgbM, 3rd of 4
I1697 Gx 1 25.1 +00 27 x Cet 15. p F, vS, R, gbM
I 107 Gx 1 25.2 +14 53 u Psc 1.2 15. p vF, vS, R, * close p
I 109 Gx 1 25.2 +02 04 u Cet 1.3 15. p pB, vS, R
523 Gx 1 25.3 +34 02 s And 3.1 14. p Dneb, vF, vS, pos 90deg , dist 30"
532 Gx 1 25.3 +09 16 s Psc 2.8 14. p vF, pL, E 30deg , bM
539 Gx 1 25.3 -18 09 s Cet 1.8 14. p vF, vS, R
538 Gx 1 25.4 -01 33 s Cet 1.3 15. p eF, S, mE, F* n
I1698 1 25.4 +14 51 d Psc pB, S, iF, bMN
I1699 1 25.4 +14 57 d Psc vF, vS, R, gbM
528 Gx 1 25.5 +33 41 r And 13. p F, pL, R, lbM
533 Gx 1 25.5 +01 46 s Cet 3.7 13. p pB, pL, R, gbM
535 Gx 1 25.5 -01 25 s Cet 1.3 15. p vF, vS, 1st of 3
549 Gx 1 25.5 -38 16 c Scl 2.0 eeF, S, R, vgbM, 4th of 4
I1700 1 25.5 +14 52 d Psc pB, S, R, gbMN
529 Gx 1 25.7 +34 44 r And 13. p pB, vS, sbM, p of 2
541 Gx 1 25.7 -01 23 s Cet 2.7 12.0 F, S, R, bM
543 Gx 1 25.8 -01 18 s Cet 0.7 13.3 eF, eS
I1701 Gx 1 25.8 +18 11 u Psc 1.6 15. p F, S, dif, N 13m
I 110 1 25.9 +33 30 d Psc vF
I1702 Gx 1 25.9 +16 36 u Psc 1.5 14. p eeF, pS, lE, v diffic, bet 2 st ns
545 Gx 1 26.0 -01 20 s Cet 3.0 14. p stellar, p of Dneb
547 Gx 1 26.0 -01 21 s Cet 1.7 12.3 stellar, f of Dneb
548 Gx 1 26.0 -01 14 v Cet 1.5 eF, eS
I 111 1 26.0 +33 29 d Psc *13 with neb
I 112 Gx 1 26.0 +11 27 u Psc 0.9 14. p F, S, dif, E pf
531 Gx 1 26.3 +34 45 r And 15. p F, S, R
537 - 1 26.3 +34 05 r And stellar; = 523?
I 114 Gx 1 26.3 +09 56 u Psc 1.6 16. p eF, vS, R
536 Gx 1 26.4 +34 43 s And 3.7 13. p pB, pL, gbM, f of 2
I 113 1 26.4 +19 12 d Psc vF, 3' nf of *5
I1703 Gx 1 26.4 -01 38 v Cet 2.3 eF, S, dif
542 Gx 1 26.5 +34 41 r And 15. p eF, diffic
557 Gx 1 26.5 -01 38 F Cet 15. p eF, S, R, *10 nf; = IC 1703
550 Gx 1 26.7 +02 01 s Cet 1.7 14. p F, S, E 90deg , bM, r
I1705 1 26.7 -03 30 d Cet neb *12, FD* nf 2'
I 116 1 26.8 -04 59 d Cet F, S, R, lbM
567 Gx 1 26.9 -10 15 r Cet 14. p eF, vS, R
I 115 Gx 1 26.9 +19 13 v Psc 0.6 14.2 vF, *6 3'.5 npp
I1704 1 26.9 +14 43 d Psc pB, pS, dif, iF, gvlbM
540 Gx 1 27.1 -20 02 c Cet 1.4 vF, vS, R, sbMN
563 Gx 1 27.1 -18 38 r Cet 14. p vF, pS, lE, bMN, sev F st nr
554 Gx 1 27.2 -22 43 r Cet 15. p eF, vS, E, 1st of 3, *11 f
555 Gx 1 27.2 -22 45 r Cet 15. p eF, S, iR, 2nd of 3
556 1 27.2 -22 42 D Cet eF, vS, R, 3rd of 3
I1706 Gx 1 27.2 +14 47 v Psc 1.4 F, S, dif, vlbM
558 Gx 1 27.3 -01 58 v Cet 0.7 eF, S, E, *10 p; = IC 117
560 Gx 1 27.4 -01 55 s Cet 2.3 12.9 vF, vS, iE, p of 2
I 117 * 1 27.4 -01 52 x Cet pF, S, dif, 560 sf
551 Gx 1 27.6 +37 11 r And 13. p vF, S, E, vglbM, *13 nr
I 118 1 27.6 -05 00 d Cet vF, vS, R, lbM
552 - 1 27.8 +33 28 r Psc vS, stellar, p of 2; RA?
553 - 1 27.8 +33 28 r Psc vS, stellar, f of 2; RA?
564 Gx 1 27.8 -01 53 s Cet 1.8 12.5 vF, vS, iF, f of 2
568 Gx 1 27.9 -35 43 r Scl vF, S, R
I 119 Gx 1 27.9 -02 03 v Cet 1.6 F, E pf, dif, 564 n
I1709 Gx 1 27.9 -35 43 c Scl 2.7 eF, pS, R, v diffic; = 568
561 Gx 1 28.2 +34 19 r And 14. p eF, pL, R
565 Gx 1 28.2 -01 18 s Cet 1.6 15. p S, E (biN?)
I 120 Gx 1 28.2 -01 55 v Cet F, S, dif
I 122 1 28.2 -14 50 d Cet pB, S, bM
562 Gx 1 28.4 +48 23 s And 1.5 15. p eF, pS, R, D* nr s
I 121 Gx 1 28.4 +02 31 u Cet 1.2 14. p F, S, R, gbM
572 Gx 1 28.6 -39 18 r Scl eF, S, att to S*, B* nr
I 123 Gx 1 28.8 +02 27 m Cet 0.4 15. p F, S, R, sbM
I1707 1 28.8 +33 36 d Psc eF, dif, *13.3 close
576 Gx 1 28.9 -51 36 c Phe 1.2 F, S, R, bM, am st 11
566 Gx 1 29.0 +32 21 r Psc 14. p vF, S, R
570 Gx 1 29.0 -00 57 s Cet 2.5 14. p vF, pL, R, mbMN
574 Gx 1 29.0 -35 35 r Scl vS, D* pos 225deg inv
569 Gx 1 29.1 +11 09 r Psc 14. p eF, vS, R
I 124 * 1 29.2 -01 56 x Cet vF, vS, dif
I 125 Gx 1 29.3 -13 18 m Cet 0.4 15. p vF, vS, R, lbM
559 OC 1 29.5 +63 18 s Cas 4. 9.5 Cl, B, pL, pRi
602 C+N 1 29.6 -73 33 r Hyi B, S, R, psbM*, r
583 Gx 1 29.7 -18 19 r Cet 15. p eF, S, R
I 126 Gx 1 29.8 -01 59 x Cet 16. p eF, stellar, 557 f
I 127 Gx 1 29.8 -06 59 v Cet 2.1 F, pS, dif, *11.5 close
571 Gx 1 29.9 +32 31 r Psc 15. p vF, pS, *13-14 sp
578 Gx 1 30.5 -22 40 s Cet 4.8 10.9 B, L, pmE, gpmbM
577 Gx 1 30.7 -01 59 r Cet 14. p F
580 1 30.7 -02 00 D Cet pF, pS, R; = 577
575 Gx 1 30.8 +21 26 r Psc 14. p eF, pL, iR; = IC 1710
I1710 1 30.8 +21 26 x Psc F, pL, dif, *13.5 att; = 575
573 Gx 1 30.9 +41 16 r And 13. p vF, vS, R, gbM
I1711 Gx 1 30.9 +17 11 u Psc 2.7 15. p F, pL, E 260deg , gbM
584 Gx 1 31.3 -06 52 s Cet 3.8 10.4 vB, pL, R, mbM, p of 2; = IC 1712
I 128 Gx 1 31.3 -12 38 m Cet 0.8 14. p F, R, S, N
I1712 1 31.4 -06 52 x Cet no descr; = 584
I 130 1 31.5 -15 35 d Cet vF, S, dif
586 Gx 1 31.6 -06 54 s Cet 1.6 13.2 vF, vS, R
I 129 Gx 1 31.6 -12 41 m Cet 1.0 14. p F, pL, R, dif
579 Gx 1 31.7 +33 38 r Tri 13. p vF, pL, gbM
585 Gx 1 31.7 -00 55 r Cet 14. p vF, S, R, bM
582 Gx 1 31.9 +33 30 r Tri 13. p vF, pL, pmE, *12 p
597 Gx 1 32.2 -33 29 r Scl F, S, R, bM
593 Gx 1 32.3 -12 21 r Cet 14. p vS Cl, lE, nebulous
587 Gx 1 32.5 +35 22 r Tri 13. p vvF, S, S Cl?
I1717 1 32.5 -67 32 d Hyi eF, eS, mE 25deg , stell N
589 Gx 1 32.6 -12 02 r Cet 14. p vF, S, R, gbMN, *10 sp 2'
588 Kt 1 32.7 +30 40 r Tri F, p of 2
I1713 Gx 1 32.7 +35 20 m Tri 2.2 13. p *13, nebs ?
599 Gx 1 32.8 -12 11 r Cet 13. p F, S, iF, er
I 141 Gx 1 32.8 -14 49 m Cet 1.0 14. p pB, S, R, N 11.5 excentr
596 Gx 1 32.9 -07 02 s Cet 3.5 10.9 pB, R, bM, R, *6 f 12'
I1714 1 32.9 -13 30 d Cet eeF, S, lE, v dif, *8 n
594 Gx 1 33.0 -16 32 r Cet 14. p F, pS, E, glbM
I 138 Gx 1 33.0 -00 42 u Cet 1.4 15. p no description
600 Gx 1 33.1 -07 19 s Cet 3.5 12.4 eeF
581 OC 1 33.2 +60 42 s Cas 6. 7.4 Cl, pL, B, R, Ri, st 10...11; = M103
592 Kt 1 33.2 +30 39 r Tri F, pL, f of 2
I 131 Nb 1 33.2 +30 45 x Tri vF, close to *13.5
I 135 Nb 1 33.2 +30 28 x Tri vF
I 136 Nb 1 33.2 +30 30 x Tri eF, diffic, *10 np 3'
601 - 1 33.3 -12 12 r Cet vF, vS, R, 4' sf 599
I 132 Nb 1 33.3 +30 57 x Tri vF, D* (13, 13) close
I 133 Nb 1 33.3 +30 53 x Tri vF, S, vlb south, dif
I 134 * 1 33.4 +30 53 x Tri vF, susp, *9 n 3'
591 Gx 1 33.5 +35 41 r And 14. p eF, pS, R, lbM, B* sf
595 Kt 1 33.5 +30 42 r Tri vF, S, R, inv in M33
I1716 * 1 33.5 -12 19 F Cet eF, r, neb?
590 Gx 1 33.6 +44 56 r And 14. p F, vS, rr?
I 137 Nb 1 33.6 +30 31 x Tri vF, pL, dif
I1715 Gx 1 33.6 +12 34 u Psc 0.8 14. p F, S, R, N, r
I 139 * 1 33.7 +30 28 x Tri vF, v dif, vlbM
I 140 * 1 33.7 +30 29 x Tri vF, dif
598 Gx 1 33.9 +30 39 s Tri 62. 5.7 ! eB, eL, R, vgbMN; = M33
617 Gx 1 33.9 -09 47 r Cet 15. p eF, S, lE
I 142 Nb 1 33.9 +30 45 x Tri vF, stellar, or *13 inv
612 Gx 1 34.0 -36 30 s Scl 13.2 F, vS, R, *12 p
I 143 Nb 1 34.1 +30 47 x Tri vF, S, dif, *13 f 0'.6
607 1 34.3 -07 25 D Cet *11, *14 close s
610 - 1 34.3 -20 09 r Cet eF, vS, R, vgbM, *10 p 2'
611 - 1 34.3 -20 08 r Cet eF, vS (F*?), 30" nf 610
613 Gx 1 34.3 -29 25 s Scl 5.8 10.0 vB, vL, vmE 118deg , sbM, *10 nf
603 *** 1 34.4 +30 11 A Tri only an eF*?
604 Kt 1 34.5 +30 48 r Tri B, vS, R, vvlbM
619 Gx 1 34.8 -36 28 r Scl eeF, vS, R, p of 2
606 Gx 1 34.9 +21 26 r Psc 14. p eF, pS, R, vlbM, r?
623 Gx 1 35.0 -36 29 r Scl F, S, R, f of 2
605 Gx 1 35.1 +41 16 r And 14. p vF, vS, R, bM
615 Gx 1 35.1 -07 20 s Cet 4.0 11.5 pB, pL, ilE, gbM, r, *8 np 10'
625 Gx 1 35.1 -41 26 s Phe 3.0 12. p B, L, mE, gpmbM
643 Gb 1 35.1 -75 33 A Hyi 13. p vF, pS, R, vglbM
626 Gx 1 35.2 -39 08 r Scl pF, S, R, bM
608 Gx 1 35.4 +33 41 r Tri 14. p vF, psbM, stellar
630 Gx 1 35.6 -39 21 r Scl pF, S, R, bM
624 Gx 1 35.7 -10 00 r Cet 14. p eF, S, am vS st
614 Gx 1 35.8 +33 42 r Tri 14. p pF, psbM, stellar
616 D* 1 36.0 +33 46 r Tri neb D*, *8 np
622 Gx 1 36.0 +00 40 s Cet 2.0 14. p eF, pL, dif
618 1 36.3 +33 24 D Tri nonexistent
633 Gx 1 36.4 -37 18 r Scl pB, S, R, gbM, ** np
621 Gx 1 36.7 +35 32 r Tri 14. p vF, eS, R, bMN
628 Gx 1 36.7 +15 47 s Psc 10.2 9.2 glob. cl. , F, vL, R, vg, psmbM, rr; = M74
631 Gx 1 36.8 +05 51 r Psc 15. p vF, S, gbM
620 Gx 1 37.0 +42 20 r And 14. p eF, vS, R, lbM
627 1 37.1 +33 35 D Tri nonexistent
609 OC 1 37.2 +64 33 s Cas 3. 11.0 Cl, S, pRi, st 14...
632 Gx 1 37.3 +05 53 r Psc 13. p pB, S, R, psbM
646 Gx 1 37.4 -64 55 s Hyi vF, iR, vglbM
I1719 Gx 1 37.6 -33 55 c Scl 2.1 vF, S, R, cF, * nr nf
I 144 Gx 1 37.7 -13 19 m Cet 0.6 15. p eF, eS, stellar
634 Gx 1 38.2 +35 23 r Tri 14. p eF, eS, sev F st inv
635 - 1 38.3 -19 56 r Cet eF, vS, R
I1718 1 38.4 +33 21 d Tri F, pS, pR, *13.5 att
641 Gx 1 38.7 -42 31 r Phe F, S, R, gpmbM, p of 2
648 Gx 1 38.7 -17 50 r Cet 14. p vF, vS, vlE, sbMN
I 145 Gx 1 38.7 +00 44 m Cet 0.6 15. p F, S, dif
I 146 Gx 1 38.7 -17 50 c Cet 1.4 F, vS, R, lbM; = 648
639 Gx 1 38.9 -29 55 r Scl 15. p vF, vS, p of 2
644 Gx 1 38.9 -42 35 r Phe F, S, vlE, glbM, f of 2
642 Gx 1 39.0 -29 54 r Scl 14. p vF, pS, R, gbM, * f nr, f of 2
636 Gx 1 39.1 -07 31 s Cet 2.3 11.3 pB, vS, R, mbM, r
640 Gx 1 39.3 -09 23 r Cet 15. p eF, S, lE 170deg , lbMN, *10 s 4'
638 Gx 1 39.6 +07 14 r Psc 14. p vF, pS, R
647 Gx 1 39.8 -09 13 r Cet 14. p eF, pS, lE 160deg , bMN, *8 f 16s
649 Gx 1 40.0 -09 14 r Cet 15. p eF, S, E 0deg , bM D*?
I 147 Gx 1 40.0 -14 52 m Cet 0.8 14. p F, vS, R, vF* close
645 Gx 1 40.2 +05 44 r Psc 14. p F, pL, mE
629 - 1 40.3 +72 53 r Cas iF, 3 st + neb
I1720 Gx 1 40.4 -28 55 c Scl 1.3 eF, eS, R, B, * p
652 Gx 1 40.7 +07 59 r Psc 14. p eeF, pS, R, v diffic
I1721 Gx 1 41.4 +08 30 u Psc 1.2 14. p pB, pS, E pf, gbM, r
2573 Gx 1 42. -89 20 c Oct 3.6 13.5 F, S, R, glbM, Polarissima Australis
655 Gx 1 42.0 -13 04 r Cet 14. p eF, eS, gbMN
658 Gx 1 42.2 +12 35 s Psc 3.2 14. p pF, pS, mE, mbM
650 Pl 1 42.3 +51 34 s Per 4.8 12. p vB, p of Dneb; = M76
651 Pl 1 42.3 +51 35 d Per 12. p vB, f of Dneb; = M76
653 Gx 1 42.4 +35 39 r And 14. p vF, pL, mE, lbM, sev st inv
656 Gx 1 42.4 +26 09 r Psc 13. p F, vS, R, r?
I 148 1 42.4 +13 39 d Psc eeF, pS, v diffic, 660 sf
I 149 Gx 1 42.4 -16 18 m Cet 1.0 14. p F, pS, E pf, lbM
637 OC 1 42.9 +64 00 s Cas 4. 8.2 Cl, pS, B & vF st
660 Gx 1 43.0 +13 38 s Psc 9.1 10.8 pB, pL, E, bM, r
I 150 Gx 1 43.0 +04 12 u Psc 1.0 15. p F, S, R, dif, *10.5 near, 664 f
I1722 Gx 1 43.0 -34 11 c Scl 1.8 F, S, cE 45deg
I1723 Gx 1 43.2 +08 53 v Psc 3.5 F, pL, E 200deg , glbM
I1724 Gx 1 43.2 -34 15 c Scl 1.6 F, S, cE 175deg
657 OC 1 43.7 +55 53 r Cas Cl, pRi, st 12
664 Gx 1 43.8 +04 14 s Psc 1.8 14. p vF, S, R
I 151 1 44.0 +13 12 d Psc eF, pS, np of 2
654 OC 1 44.1 +61 53 s Cas 5. 6.5 Cl, iF, Ri, one *6-7, st 11...14
I 152 1 44.1 +13 02 d Psc eF, S, R, vF* close, sf of 2
659 OC 1 44.2 +60 42 s Cas 5. 7.9 Cl, lRi, st B
661 Gx 1 44.2 +28 42 s Tri 2.2 13. p F, S, R, bM, r
662 Gx 1 44.5 +37 41 s And 1.0 14.3 F, S, R, mbM
I 153 1 44.6 +12 38 d Psc eF, pS, R, sp of 2
665 Gx 1 44.8 +10 26 r Psc 13. p F, S, lE, bM, r
667 Gx 1 45.1 -22 56 r Cet eF, S, R, *10 np 100"
I1725 1 45.2 +21 47 d Psc F, S, pR, dif
I 154 Gx 1 45.3 +10 39 u Psc 1.3 15. p F, vS, lbM, *11.5 sp
I1726 Gx 1 45.3 +04 37 z Psc 15. p F, vS, gbM, *13.5 close
I 156 Gx 1 45.5 +10 33 u Psc 1.8 15. p pB, S, R, mbMN = *12
I 157 1 45.7 +12 52 d Psc eeF, S, R, D* p, nf of 2
I 158 1 45.9 -06 56 d Cet vF, vS, R, mbM
663 OC 1 46.0 +61 15 s Cas 16. 7.1 Cl, B, L, eRi, st pL
666 Gx 1 46.0 +34 23 r Tri 13. p vF* in eF, eS neby
668 Gx 1 46.3 +36 27 s And 2.3 14. p pF, pS, R, gbM
I 160 Gx 1 46.4 -13 15 m Cet 0.8 14. p F, stellar, 13m
I 159 Gx 1 46.5 -08 39 m Cet 0.6 16. p pB, S, R, mbM
671 Gx 1 46.9 +13 06 r Ari 14. p eF, pS, R, bet D* & *
669 Gx 1 47.2 +35 33 s Tri 3.4 13. p pF, pL, mE, gbM
670 Gx 1 47.4 +27 53 s Tri 2.5 12.1 F, S, lE
I 155 1 47.5 +59 47 d Cas vF, eL, dif
I1727 Gx 1 47.5 +27 20 s Tri 6.2 11.6 F, L, st inv, 672 nf
I1728 Gx 1 47.7 -33 36 c For 1.4 F, S, E 160deg , mbM
685 Gx 1 47.8 -52 47 s Eri 4.1 12. p F, vL, R, vgvlbM
690 Gx 1 47.8 -16 43 r Cet 14. p vF, vS, R, lbM
672 Gx 1 47.9 +27 26 s Tri 6.6 10.8 F, pL, mE 80deg
I1729 Gx 1 47.9 -26 53 c For 1.9 pB, eS, alm stell, rr?
673 Gx 1 48.4 +11 32 s Ari 2.4 13. p pF, pL, E, lbM, *11 nf 3'
692 Gx 1 48.7 -48 39 c Phe 2.4 B, S, R, gbM
I 161 1 48.7 +10 22 d Psc eeF, vS, R
I 162 Gx 1 48.9 +10 31 u Psc 1.9 15. p eeF, S, lE
675 Gx 1 49.0 +13 02 r Ari 15. p vF, S, R, lbM, sp of 2
676 Gx 1 49.0 +05 54 s Psc 4.3 11. p vF, E 161deg , sbM *9
682 Gx 1 49.0 -14 59 r Cet 13. p cF, S, R, gvlbM
686 Gx 1 49.0 -23 48 r For 13. p vF, vS, R, gbM, er, 2 st nr
677 Gx 1 49.1 +13 02 r Ari 14. p eeF, S, R, nf of 2
I 164 1 49.1 -03 55 D Cet pF, S, R, bet 2 st (S Cl?)
674 - 1 49.2 +22 20 r Ari pB, vmE, *14 f 8s ; = 697?
681 Gx 1 49.2 -10 26 s Cet 2.8 11.8 pF, cL, R, glbM, S* p 90"
I 163 Gx 1 49.3 +20 42 t Ari 1.8 14. p F, pS, R, bM
I1734 Gx 1 49.3 -32 45 c For 1.5 vF, pS, lE 100deg , bM
678 Gx 1 49.4 +22 00 s Ari 5.0 13. p pB, S, iR, mbM, p of 2
696 Gx 1 49.4 -34 55 r For F, S, R
683 Gx 1 49.6 +11 41 r Ari 15. p eF, 2 st 14 p 90"
698 Gx 1 49.6 -34 50 r For eF, S
679 Gx 1 49.7 +35 47 s And 2.3 12.4 F, stellar
680 Gx 1 49.8 +21 58 s Ari 2.9 13. p pB, S, iR, mbM, f of 2
689 Gx 1 49.9 -27 28 r For 15. p vF, pL, R, gbM
I1730 Gx 1 50.0 +21 58 m Ari 0.6 15. p F, S, R, gbM
684 Gx 1 50.2 +27 39 s Tri 3.9 13. p F, vlE, *13 f 100"; = IC 165
I 165 ? 1 50.2 +27 38 x Tri eF, S, lE, vF* close f; = 684
I1731 Gx 1 50.2 +27 12 v Tri 1.7 F, E npsf, bM, prob spir
I1739 1 50.4 -34 03 d For cF, cS, R, mbM
693 Gx 1 50.5 +06 09 s Psc 2.7 14. p pF, S, E 90deg , vglbM, *10 nf
I 168 1 50.5 -08 32 d Cet vF, stellar, *10 f 4' (707 f 1mag )
687 Gx 1 50.6 +36 21 r And 13. p vF, stellar
699 Gx 1 50.6 -12 03 r Cet 14. p eF, pS, E 105deg , bnp, curved
I 169 1 50.6 -12 41 d Cet F, S, E pf, bM, r
691 Gx 1 50.7 +21 46 s Ari 3.5 12. p F, cL, vglbM
I1733 1 50.7 +33 06 d Tri F, vS, pR, r
688 Gx 1 50.8 +35 16 r Tri 13. p vF, vS, r?
I1732 Gx 1 50.8 +35 55 u And 1.7 15. p vF, pS, mbM; eF st inv?
I1735 1 50.9 +33 06 d Tri vF, vS, R
I1736 Gx 1 50.9 +18 18 u Ari 1.4 15. p F, pS, E 210deg , glbM
694 Gx 1 51.0 +22 00 s Ari 0.8 14. p F, S, R, bet 2 st 15
701 Gx 1 51.1 -09 42 s Cet 2.5 12.2 F, pL, E, vgvlbM, r
I 167 Gx 1 51.1 +21 55 v Ari 3.0 eF, *10.5 n 4'
I1738 Gx 1 51.1 -09 47 v Cet 1.2 eF, vS, 701 p
695 Gx 1 51.2 +22 35 s Ari 0.7 14. p vS, stellar
707 Gx 1 51.2 -08 30 r Cet 14. p vF, F* in centre
697 Gx 1 51.3 +22 21 s Ari 4.7 13. p F, cL, E, mbM
702 Gx 1 51.3 -04 03 s Cet 1.5 14. p eF, vlE 0deg , *13 s 90"
I1740 1 51.3 -29 57 d For pB, eS, lE, like D*
I1737 1 51.7 +36 15 d And eF, 3 or 4 vF st in neb
706 Gx 1 51.8 +06 18 s Psc 2.2 13. p F, S, bM, *13 n 1'
I1741 Gx 1 51.9 -16 47 m Cet 0.7 14. p eF, eS; = 690?
I 170 1 52.0 -08 32 d Cet F, vS, R, stellar
700 Gx 1 52.2 +36 04 r And 15. p eF, vS, R, sp 703
711 Gx 1 52.5 +17 30 r Ari 14. p vF* in vF, vS neby
I 166 OC 1 52.5 +61 50 s Cas 5. 11.7 S Cl, nebulous?
725 Gx 1 52.6 -16 31 r Cet 14. p vF, vS, R
704 Gx 1 52.7 +36 06 r And 14. p vF, vS, R, 2nd of 4
703 Gx 1 52.8 +36 09 s And 1.5 15. p vF, vS, R, 1st of 4
705 Gx 1 52.8 +36 08 r And 14. p vF, vS, R, 3rd of 4
708 Gx 1 52.8 +36 10 s And 3.3 15. p F, pL, bM, 4th of 4
709 Gx 1 52.9 +36 13 r And 15. p vF, pS, bet 2 st, group sp
716 Gx 1 52.9 +12 32 A Ari eF, S, R, B* f
I1743 Gx 1 52.9 +12 43 v Ari 2.1 vF, pS, lbM, dif; = 716?
710 Gx 1 53.0 +36 02 r And 14. p vF, pS, 2 st s
720 Gx 1 53.0 -13 44 s Cet 4.4 10.2 cB, pL, lE, psmbM
I1745 1 53.0 -16 40 d Cet eF, eS
712 Gx 1 53.2 +36 48 r And 14. p vF, R, am pB st
715 1 53.2 -12 50 D Cet eF, S, gbMN
718 Gx 1 53.2 +04 12 s Psc 2.8 11.7 pB, S, iR, psmbM
I1742 Gx 1 53.2 +22 43 m Ari 0.7 15. p F, S, lE pf, glbM
714 Gx 1 53.6 +36 12 r And 14. p F, vS, R, 2 st 13 p and np
I1744 Gx 1 53.6 +19 50 u Ari 1.4 15. p F, S, R, glbM
719 Gx 1 53.7 +19 49 r Ari 14. p eF, R, vF* f
727 Gx 1 53.7 -35 52 r For F, S, R, bM
724 - 1 53.8 -23 52 r For vF, pL, R, gbM, S* ssp; = 723
723 Gx 1 53.9 -23 46 r Cet 13. p pF, vS, R, vgbM
717 Gx 1 54.0 +36 13 r And 14. p vF, pS, *15 sf 1'
729 D* 1 54.0 -35 49 A For eeF, S, R
745 Gx 1 54.2 -56 41 c Eri 1.5 pB, S, R, gbM
I1746 Gx 1 54.3 +04 48 v Psc 1.9 F, S, pR, gbM
754 Gx 1 54.4 -56 46 c Eri 0.7 vF, S, R, bM
756 Gx 1 54.5 -16 43 r Cet 15. p F, vS, R, bMN
721 Gx 1 54.8 +39 23 s And 2.0 13.4 eF, pL
722 Gx 1 54.8 +20 41 r Ari 14. p vF, vS, R, beta Ari n
734 Gx 1 54.8 -17 03 r Cet vF, vS, R, bMN, *11 p 11s
731 Gx 1 54.9 -09 01 s Cet 1.7 13. p eF, stellar
I 172 Nb 1 54.9 +00 49 x Cet 0.1 pB, S, R, bM
713 Gx 1 55.1 -09 05 r Cet 15. p eF, pS, E 90deg , glbMN, *14 np
728 *** 1 55.1 +04 12 r Psc suspected neb
I 171 Gx 1 55.2 +35 17 u Tri 2.5 14. p pB, pS, cE, * nf
730 * 1 55.3 +05 37 r Psc vF, very stellar
726 Gx 1 55.6 -10 49 r Cet 14. p vF, pL, iR, *9 3' f
749 Gx 1 55.6 -29 57 r For 14. p pB, S, E, bM
758 Gx 1 56.0 -03 06 r Cet vF, vS
I 173 Gx 1 56.0 +01 17 v Cet 1.2 F, pS, R, lbM
I1748 Gx 1 56.1 +17 39 u Ari 1.2 15. p vF
747 - 1 56.2 -09 28 r Cet eF, pS, lE 180deg
I1749 Gx 1 56.2 +06 45 u Psc 1.2 15. p F, S, E ns, biN, r
I 174 Gx 1 56.3 +03 46 u Psc 1.7 15. p neb *13
I 175 Nb 1 56.3 +01 20 x Cet 0.2 vF, dif, diffic
733 Gx 1 56.4 +33 04 r Tri vF, 2' p 736
741 Gx 1 56.4 +05 38 s Psc 3.2 11.3 pF, S, R, p of 2, pos 102deg
748 Gx 1 56.4 -04 28 v Cet 2.9 pF, *9 np
755 Gx 1 56.4 -09 04 v Cet 4.0 vF, pS, vlE
757 - 1 56.4 -08 55 r Cet F, S, gbMN; = 755?
I1750 Gx 1 56.4 +04 05 u Psc 1.1 15. p vF, vS, pR, N
I1751 1 56.4 +05 38 x Psc pB, pS, R, *9 np; = 741
732 Gx 1 56.5 +36 48 r And 15. p vF* in vF, vS, R neby
742 Gx 1 56.5 +05 38 s Psc 0.2 15. p vF, vS, R, sbM, f of 2
735 Gx 1 56.6 +34 11 s Tri 2.0 14. p eeF, stellar
736 Gx 1 56.7 +33 03 s Tri 2.0 12.2 pB, R, bM
737 1 56.7 +33 03 D Tri only a faint star
796 C+N 1 56.7 -74 13 r Hyi eF, vS, R, * np 25"
738 Gx 1 56.9 +33 03 r Tri 15. p neb, 75" nf 736
740 Gx 1 56.9 +33 01 s Tri 1.7 15. p F, L, cE
I 176 Gx 1 56.9 -02 01 u Cet 2.4 15. p pB, S
I1754 Gx 1 56.9 +04 02 u Psc 1.1 15. p F, S, gbM
I1758 1 56.9 -16 32 d Cet F, eS, sbM *11
739 Gx 1 57.0 +33 14 r Tri 15. p cF, vS, R, in triangle of st
I1756 1 57.0 -00 28 d Cet vF, E npsf, *13 close sf
762 Gx 1 57.1 -05 26 r Cet 13. p vF, S, lE, vglbM
I 177 1 57.1 -00 09 d Cet F, vS, R, dif
I1757 1 57.1 -00 29 d Cet eF, vS, R
764 D* 1 57.2 -16 02 F Cet eF, vS, iR, gbM
I1755 Gx 1 57.2 +14 34 u Ari 1.6 15. p F, S, dif
I1752 1 57.3 +28 37 d Tri F, vS, *14.5 att
I1753 1 57.3 +28 36 d Tri F, vS, dif, 14.5 close
763 - 1 57.4 -08 59 r Cet vF, pL, E 65deg , gbMN
750 Gx 1 57.5 +33 13 s Tri 1.6 12.2 cB, pL, R, D with 751 at 25", pos 173deg
I1760 1 57.5 -32 00 d For eF, pS, R, (decl 1deg farther s?)
751 Gx 1 57.6 +33 12 s Tri 1.3 12.5 pF, eS, R, bM, Dneb with 750
I1747 Pl 1 57.6 +63 20 s Cas 0.2 14. p PN , stell
753 Gx 1 57.7 +35 55 s And 2.9 12.4 pB, pL, R, gmbM
752 OC 1 57.8 +37 41 s And 50. 5.7 Cl, vvL, Ri, st L & sc
759 Gx 1 57.8 +36 20 s And 2.1 14. p Cl, vS, R
760 D* 1 57.8 +33 21 r Tri vF, R, 761 nf
761 Gx 1 57.8 +33 23 s Tri 1.6 15. p pF, cL, 4 F st nr
782 Gx 1 57.8 -57 46 s Eri 2.1 13. p pB, pL, lE, *12 att
I1762 Gx 1 57.8 -33 14 c For 1.7 eeF, pS, R, *7 nf
746 Gx 1 57.9 +44 56 s And 1.9 13. p vF, pS, lE, sev st nr
I1759 Gx 1 57.9 -32 59 c For 1.8 pB, vS, R, bM, *10 close sp
744 OC 1 58.4 +55 29 s Per 11. 7.9 Cl, pL, pRi, iF, st 11...13
775 Gx 1 58.5 -26 18 r For 14. p pF, S, R, glbM
743 OC 1 58.7 +60 11 s Cas 5. Cl, not Ri, D* (h 1098)
766 Gx 1 58.7 +08 20 r Psc 14. p vF, S, R, *11 at 2', pos 75deg
768 Gx 1 58.7 +00 31 r Cet 14. p eF, pS, R, *8 f 30s
765 Gx 1 58.8 +24 53 r Ari 14. p vF, vS
I1763 1 58.8 -27 47 d For eeF, S, R, *8 ssf
767 Gx 1 58.9 -09 35 r Cet 14. p eF, pS, E 160deg
I 178 1 58.9 +36 37 d And pF, N = 13m
I1761 Gx 1 58.9 +00 34 z Cet 15. p vF, vS, R, gbMN
773 Gx 1 59.0 -11 31 r Cet 14. p cF, pL, E 0deg , glbM
802 Gx 1 59.1 -67 52 c Hyi 0.7 eeF, vS, R, *13 p 100"
770 Gx 1 59.2 +18 57 s Ari 1.3 14. p vF, S, R, sp 772
772 Gx 1 59.3 +19 01 s Ari 7.1 10.3 B, cL, R, gbM, r
774 Gx 1 59.4 +14 01 r Ari 14. p vF, stellar
769 Gx 1 59.5 +30 54 r Tri 13. p vF, vS, iR, bM, F* att
I 183 Gx 1 59.6 -05 22 m Cet 1.0 15. p F, vS, R, lbM
779 Gx 1 59.7 -05 58 s Cet 4.1 11.0 cB, L, mE 162deg , mbM
795 Gx 1 59.8 -55 49 c Eri 1.5 pF, S, R, 2 st 11 nr
I 182 Gx 1 59.8 +07 25 u Psc 2.0 15. p F, pL, biN
776 Gx 1 59.9 +23 38 r Ari 13. p F, pL
I 184 Gx 1 59.9 -06 50 m Cet 1.0 14. p eF, vS
I 180 Gx 2 00.0 +23 37 z Ari 15. p vF, eS, R, stellar, sf 776
I 181 Gx 2 00.0 +23 40 z Ari 16. p eF, eS, stellar
I1767 2 00.0 -11 07 d Cet eF, pS, bet 2 st 10.5, 2 st n
781 Gx 2 00.1 +12 38 r Ari 14. p eF, stellar
I 185 Gx 2 00.1 -01 31 m Cet 0.5 16. p eF, vS, dif
777 Gx 2 00.2 +31 26 s Tri 3.0 12. p pB, pL, R, glbM
I 179 2 00.2 +38 02 D And pB, S, lE, *9.5 nf
778 Gx 2 00.3 +31 17 r Tri 14. p eF, vS, R, lbM
I 186 Gx 2 00.4 -01 33 z Cet 15. p F, double, dist 15"
I1764 Gx 2 00.4 +24 34 u Ari 1.7 14. p F, vS, R, lbM
780 Gx 2 00.5 +28 13 r Tri 14. p vF, vS, E, 3 st p
I1765 2 00.6 +31 51 x Tri S* att p; = 783
I1768 Gx 2 00.8 -25 02 c For 1.9 eeF, pS, R, 3 st 9 sf, v diffic
I1769 2 00.9 -31 55 d For eF, eS, mE 80deg
787 Gx 2 01.0 -09 00 r Cet 13. p vF, S
783 Gx 2 01.1 +31 52 s Tri 1.8 13. p eF, S, iR, vF st att; = IC 1765
788 Gx 2 01.1 -06 49 s Cet 1.8 12.3 pF, pS, R, bM
I1766 2 01.2 +31 47 x Tri no descr; = 785
784 Gx 2 01.3 +28 50 s Tri 6.2 11.8 vF, L, E (double?)
786 Gx 2 01.5 +15 38 r Ari 14. p eF, vS
790 Gx 2 01.5 -05 23 r Cet 13. p cF, cS, R, bM
813 Gx 2 01.6 -68 26 c Hyi 1.3 pF, S, R, gbM
791 Gx 2 01.7 +08 29 r Psc 15. p vF, S, *14 f 3'
785 Gx 2 01.8 +31 49 r Tri 14. p eF, eS, vF* att; = IC 1766
I 187 2 01.9 +26 28 d Tri eeF, R
I 189 Gx 2 01.9 +23 33 m Ari 0.7 15. p vF, vS, R, *13.5 close
I 188 2 02.0 +27 02 d Tri eeF, vS, R
I 190 Gx 2 02.1 +23 32 m Ari 0.3 15. p F, vS, R, mbM
I1770 2 02.2 +09 59 d Psc F, vS, R, stell
792 Gx 2 02.3 +15 42 r Ari 14. p eF, S, R, *11 75deg
799 Gx 2 02.3 -00 06 r Cet 14. p eeF, pS, R, n of 2
800 Gx 2 02.3 -00 08 r Cet 14. p eeF, S, R, s of 2
I1771 2 02.3 +09 58 d Psc F, vS, R, stell
789 Gx 2 02.5 +32 04 r Tri 14. p vF, S, lE
794 Gx 2 02.5 +18 22 r Ari 14. p vF, cS, stellar; = IC 191
I 191 2 02.5 +18 22 x Ari pB, pL, lE; = 794
I 192 Gx 2 02.5 +16 01 u Ari 1.1 15. p F, L, R, lbM
I1772 Gx 2 02.6 +07 44 m Psc 0.6 15. p F, S, slbM, *8.5 166" n
I 193 2 02.7 +11 05 d Ari eF, pS, lE, B* sf, F* f
793 - 2 02.9 +32 00 r Tri vvF, bet 2 st, sf 789
814 Gx 2 02.9 -14 38 A Cet 16. p eF, S, R, gbM
815 Gx 2 02.9 -14 42 A Cet 16. p eF, vS, R, gbM
I 194 Gx 2 03.1 +02 36 u Cet 1.7 15. p vF, vS, R, *9.5 f 15s
771 - 2 03.4 +72 25 s Cas 4.0 suspected neb* (50 Cas)
797 Gx 2 03.4 +38 07 r And 13. p vF, S, iR, sbM, * nr
798 Gx 2 03.4 +32 04 r Tri 14. p eF, vS
806 Gx 2 03.6 -09 56 r Cet 14. p eeF, S, R, v diffic, pB* n
801 Gx 2 03.7 +38 15 r And 13. p eF, pS, iR, D* close f
I 195 Gx 2 03.7 +14 42 u Ari 1.5 14. p eeF, S, R, F* s
803 Gx 2 03.8 +16 02 s Ari 3.3 12.4 vF, S, iR, glbM, *10 p 3s .5
804 Gx 2 03.9 +30 49 r Tri 14. p eeF, vS, R, lbM
I 196 Gx 2 03.9 +14 43 a Ari pF, pS, R, 3 st nr
I1774 Gx 2 03.9 +15 18 u Ari 2.1 15. p vF, dif
808 Gx 2 04.0 -23 19 v Cet 1.6 vF, pS, vlE
I1773 Gx 2 04.0 +30 49 u Tri 1.4 15. p vF, vS, gbM, r
I 197 Gx 2 04.1 +02 47 u Psc 1.0 14. p pB, S, E 225deg gbM
805 Gx 2 04.4 +28 48 r Tri 14. p eF, eS, R, 2 st 14 p
809 Gx 2 04.4 -08 43 r Cet 14. p vF, S, R
811 Gx 2 04.7 -10 06 r Cet 14. p eF, eS, R (neb?), *10 s 1'
807 Gx 2 04.8 +28 59 r Tri 14. p vF, vS, iR, bet 2 st n & sp
I1776 Gx 2 05.2 +06 06 u Psc 2.3 14. p F, pL, iR, dif
810 Gx 2 05.3 +13 14 r Ari 15. p vF, vS, R, bM
I1775 Gx 2 05.3 +13 31 m Ari 0.6 15. p F, S, dif, *13.5 nr
I 198 Gx 2 06.1 +09 17 v Psc 1.4 pB, pS, R, bM
I1777 Gx 2 06.1 +15 12 z Ari 16. p F, eS, R, stell
I 199 Gx 2 06.3 +09 13 u Psc 1.6 15. p F, S, R, bM
I1778 2 06.3 +09 13 d Psc F, S, R, gbMN
I1779 Gx 2 06.5 +03 41 z Cet 15. p F, S, R, *14 nr
822 Gx 2 06.6 -41 09 r Phe cF, vS, R, sbM, r
812 Gx 2 06.8 +44 34 s And 3.2 13. p eF, pL, E 45deg , bM
824 Gx 2 06.8 -36 28 r For F, S, R, vsvmbM *13
I1781 Gx 2 06.9 -00 31 z Cet 15. p F, vS, R, N
I1780 Gx 2 07.0 +14 44 m Ari 0.6 15. p F, S, dif, sev st 9-10 nr
823 Gx 2 07.3 -25 27 r For 14. p vF, vF D* inv
I 201 2 07.3 +09 06 d Cet vF, S, dif
I1782 Gx 2 07.3 -25 27 c For 2.2 vF, D* in neb; = 823
I 200 2 07.4 +31 10 d Tri pB, pL, R, bM
I 204 2 07.4 -01 23 d Cet no description
I 205 Gx 2 07.4 -02 06 u Cet 1.1 15. p pB, vS, irr R
I 202 Gx 2 07.5 +09 10 u Cet 1.6 15. p vF, vS, dif
I 203 2 07.5 +09 07 d Cet vF, vS, R, *10 sf
I 206 2 07.5 -07 02 d Cet pF, S, irr R
I 207 2 07.7 -06 59 d Cet pF, S, irr R
816 Gx 2 08.0 +29 15 r Tri 15. p vF, vS, iF
817 2 08.4 +17 12 D Ari 14. p eF, vS, R, 2 st nr
820 Gx 2 08.4 +14 20 r Ari 13. p F, vS, R, bM
821 Gx 2 08.4 +11 00 s Ari 3.5 10.8 pB, vS, vlE, svmbM, *10 np 1'
I 208 Gx 2 08.4 +06 23 m Cet 1.5 13. p vF, pL, dif
819 Gx 2 08.5 +29 14 r Tri 14. p pF, vS, R, *13 n
825 Gx 2 08.5 +06 19 r Cet 14. p F, S, mE
818 Gx 2 08.7 +38 47 s And 3.2 13. p pB, cL, lE, mbM
829 Gx 2 08.7 -07 47 v Cet 1.4 F, S, *11 s, 1st of 3
827 Gx 2 08.8 +07 58 r Cet 14. p vF, S, E, bM, am st
852 Gx 2 08.9 -56 44 r Eri pF, pS, R, glbM, r
830 Gx 2 09.0 -07 46 r Cet 14. p pF, vS, R, 2nd of 3
I 209 Gx 2 09.0 -07 04 h Cet 0.8 13. p pB, S, dif
833 Gx 2 09.3 -10 08 s Cet 1.9 12.7 F, S, R, 1st of 4
826 Gx 2 09.4 +30 44 r Tri 15. p eF, S, R, lbM
835 Gx 2 09.4 -10 08 s Cet 1.4 12.2 F, S, R, 2nd of 4
I 210 2 09.4 -09 40 d Cet no description
831 Gx 2 09.5 +06 06 r Cet 15. p vF, pS
838 Gx 2 09.6 -10 09 s Cet 1.7 12.8 vF, vS, R, 3rd of 4
839 Gx 2 09.7 -10 11 s Cet 1.8 13.0 vF, pS, R, 4th of 4
842 Gx 2 09.8 -07 45 v Cet 2.0 vF, vS, R, psbM, 3rd of 3
832 Gx 2 10.1 +35 32 r Tri F, vS, *9-10 sp
I1783 Gx 2 10.1 -32 56 s For 13. p pF, vS, mE ns, F* p
828 Gx 2 10.2 +39 12 s And 3.2 13. p pB, S, iR, D* f 15s
840 Gx 2 10.2 +07 50 s Cet 2.5 15. p eF, vS
844 Gx 2 10.2 +06 03 r Cet 15. p F, S
849 Gx 2 10.2 -22 19 r Cet eF, vS, R (neb?)
848 Gx 2 10.3 -10 19 s Cet 1.9 13.1 eeF, pL, v diffic, * nf
837 Gx 2 10.4 -22 26 r Cet 15. p eF, pS, mE 0deg , *10 n 1'
836 Gx 2 10.5 -22 04 r Cet 14. p eF, S, R, gbMN
834 Gx 2 11.0 +37 40 r And 13. p vF, S, lE
843 *** 2 11.1 +32 06 r Tri glob. cl. , F, S, R
I 211 Gx 2 11.1 +03 52 v Cet 2.5 F, pS, R, bM, 851 sf
850 Gx 2 11.2 -01 30 r Cet 14. p eF, eS, iF
851 Gx 2 11.2 +03 47 s Cet 1.5 15. p eF, pS, R, v diffic
841 Gx 2 11.3 +37 30 s And 2.0 13. p pB, vS, mbMN = *13-14
854 Gx 2 11.6 -35 51 r For cF, pS, lE 0deg , gbM
853 Gx 2 11.8 -09 18 r Cet 13. p F, S, E
846 Gx 2 12.2 +44 34 r And 13. p eF, vS, R, gbM
847 Gx 2 12.2 +44 34 D And vF, pL, R; = 846
845 Gx 2 12.3 +37 29 r And 14. p vF, iF, stellar
858 Gx 2 12.5 -22 27 s Cet 1.6 13. p eF, pL, R
857 Gx 2 12.6 -31 57 r For 13. p cB, S, E, psmbM
862 Gx 2 13.0 -42 04 r Phe F, vS, svmbM
856 Gx 2 13.6 -00 44 r Cet 14. p eF, S, lE, F* close f
I 212 Gx 2 13.6 +16 36 z Ari 16. p F, vS, R, stellar
859 2 13.9 -00 44 F Cet pF, pS, R, lbM; = 856
855 Gx 2 14.0 +27 53 r Tri 13. p F, S, lE 90deg , bM
I 213 Gx 2 14.0 +16 28 z Ari 15. p F, S, gbM, *13.5 close
I 214 Gx 2 14.0 +05 11 u Cet 0.9 14. p pB, S, gbM, r
I 215 Gx 2 14.2 -06 47 m Cet 1.0 15. p pB, E pf
863 Gx 2 14.6 -00 46 s Cet 1.4 14. p vF, R, bM, stellar
866 2 14.6 -00 46 F Cet pF, pS, R, lbM; = 863
885 2 14.6 -00 46 F Cet vF, pS, R, lbM; = 863
860 Gx 2 15.1 +30 47 r Tri 15. p *13 in F neb
872 Gx 2 15.4 -17 48 r Cet 14. p vF, pS, mE 0deg , gvlbM, sev F st inv
864 Gx 2 15.5 +06 00 s Cet 4.6 11.0 eF, cL, R, gbM, *12 sf att
861 Gx 2 15.8 +35 55 r Tri 15. p vF, S, D* att sp
I 216 Gx 2 15.8 -02 01 z Cet 16. p vF, eS, R, lbM
I1788 Gx 2 15.8 -31 12 s For 2.5 12.4 pF, pS, R, 2 st nf
867 2 15.9 +01 03 F Cet eF, vS, R, bM; = 875
868 Gx 2 16.0 -00 44 r Cet 15. p eF, pS, R
I1786 Gx 2 16.0 +05 09 z Cet 15. p vF, vS, R, N
865 Gx 2 16.1 +28 36 r Tri 14. p eF, eS, iR
874 2 16.1 -23 11 D Cet no neby; = D*?
I 217 2 16.2 -11 56 d Cet F, pL, E ns
I1784 Gx 2 16.2 +32 39 s Tri 1.6 13.2 F, L, E pf, gbM
I1787 2 16.2 -11 57 d Cet eF, vmE, bet 2 st pf, *8 nf
I1785 2 16.4 +32 39 d Tri F, S, R, stell
873 Gx 2 16.6 -11 20 r Cet 13. p F, pL, R, vglbM
879 Gx 2 16.8 -08 58 r Cet eF, pS, iR, bM
875 Gx 2 17.1 +01 14 r Cet 14. p vF, vS
I 218 Gx 2 17.1 +01 18 m Cet 0.7 15. p vF, S, dif, *13.5 close, 875 sf
870 Gx 2 17.2 +14 33 r Ari 16. p eF, stellar, 2 vF st sp, s of 871
871 Gx 2 17.2 +14 33 s Ari 1.3 13.5 vF, vS, E, *10 sf 5'
888 Gx 2 17.5 -59 52 c Hor 1.3 eF, S, R, 2 or 3 vF st nr
I1790 2 17.6 +12 30 d Ari F, S, dif
I1791 Gx 2 17.7 +12 29 u Ari 1.2 15. p S, R, like neb *11
878 Gx 2 17.8 -23 22 r Cet 15. p eF, vS, R
876 Gx 2 17.9 +14 31 v Ari 2.1 eF, S, R, 107" sp 877
877 Gx 2 18.0 +14 33 s Ari 2.3 11.8 pF, pL, lE, pgbM, *12 sf 1', *9 166deg , 285"
I1789 2 18.2 +32 24 d Tri F, S, iF, ?
880 Gx 2 18.4 -04 11 F Cet eF, vS, R, sbMN
I 219 2 18.6 -06 55 d Cet pB, S, stellar
881 Gx 2 18.7 -06 35 s Cet 2.9 F, pS, E, bM, 2 or 3 st nr
869 OC 2 19.0 +57 09 s Per 30. 4. p ! Cl, vvL, vRi, st 7...14
883 Gx 2 19.0 -06 45 r Cet 13. p pF, pS, vlE, bM, D* nr
I1792 Gx 2 19.0 +34 29 u Tri 1.7 15. p F, S, pR, gbM, r
889 Gx 2 19.1 -41 45 r Phe vF, vS, R, bM, *7 sf
I 220 2 19.2 -12 47 d Cet vF, dif, vlbM
887 Gx 2 19.6 -16 04 r Cet 13. p F, S, iR, pgbM
882 Gx 2 19.7 +15 49 r Ari 15. p eF, R, gbM, *16 nr
893 Gx 2 20.0 -41 23 r Phe pF, pS, R, lbM, *8 f 4'
892 Gx 2 20.7 -23 07 r Cet eF, eS, E?, neb?
897 Gx 2 21.1 -33 42 r For pB, S, R, psbM, *10 f 35"
I1794 Nb 2 21.5 +15 46 x Ari F, vS, dif, r
894 - 2 21.6 -05 30 r Cet vF, E, bM, Dneb with 895, conn
895 Gx 2 21.6 -05 31 s Cet 3.6 11.8 F, vL, iR, gbM, Dneb with 894, conn
I1793 Gx 2 21.6 +32 34 u Tri 1.8 15. p F, S, E 200deg , glbM
899 Gx 2 21.9 -20 48 s Cet 1.9 13. p pB, S, gbM, r, D* p
890 Gx 2 22.0 +33 16 s Tri 2.9 12. p B, S, R, bM, 3 F st sp
I 223 Gx 2 22.0 -20 45 c Cet 1.4 vF, S, dif, vF stell N
884 OC 2 22.4 +57 07 s Per 30. 4. p ! Cl, vL, vRi, ruby * M
902 Gx 2 22.4 -16 40 r Cet 14. p eF, vS, R
891 Gx 2 22.6 +42 21 s And 13.5 10.0 ! B, vL, vmE 22deg
905 Gx 2 22.6 -08 43 r Cet eF, eS, R, *?
I 221 Gx 2 22.7 +28 16 u Tri 2.2 14. p F, pL, R
I 222 Gx 2 22.7 +11 38 m Ari 0.6 14. p F, S, irr, N, excentr
I1796 Gx 2 22.8 -41 22 c Phe 1.5 vF, vS, R
907 Gx 2 23.0 -20 43 s Cet 1.9 13. p F, S, E 90deg , gbM
908 Gx 2 23.1 -21 14 s Cet 5.5 10.2 cB, vL, E
898 Gx 2 23.3 +41 57 s And 2.1 14. p eF, vS, lE
886 - 2 23.5 +63 47 r Cas Cl, L, lC, sc, st 9...13
900 Gx 2 23.5 +26 31 r Ari 15. p vF, vS, stellar
901 - 2 23.6 +26 34 r Ari eF, vS; = 900?
903 Gx 2 23.8 +27 22 r Ari eF, eS, R
904 Gx 2 24.0 +27 21 r Ari 15. p vF, vS, R, lbM
I 224 Gx 2 24.7 -12 34 m Cet 0.5 14. p F, S, irr R, lbM
896 Nb 2 24.8 +61 54 s Cas 27. eF, pL, iF
922 Gx 2 25.1 -24 47 s For 1.9 12.2 cF, pL, R, gpmbM
906 Gx 2 25.2 +42 06 s And 2.0 14. p eF, iE
909 Gx 2 25.4 +42 03 r And 14. p vF, vS, vS* inv
910 Gx 2 25.4 +41 50 s And 2.3 15. p vF, pS, stellar
I1797 Gx 2 25.5 +20 24 u Ari 1.2 15. p F, vS, iF, dif
915 Gx 2 25.7 +27 14 r Ari 15. p eF, vS, stellar
916 Gx 2 25.7 +27 15 r Ari 15. p eF
911 Gx 2 25.8 +41 59 r And 14. p eF, vS, R, bM
912 Gx 2 25.8 +41 47 r And 15. p F, vS, R, bM
913 Gx 2 25.8 +41 48 r And eF, vS, lbM
918 Gx 2 25.9 +18 30 s Ari 3.4 13. p pF, L, R, *10 sf 3'
914 Gx 2 26.1 +42 09 r And 14. p eF, pL, dif
917 - 2 26.1 +32 14 r Tri vF, S, R, 4 st nr (vS Cl?)
926 Gx 2 26.1 -00 20 s Cet 2.5 14. p vF, pS
919 Gx 2 26.2 +27 13 r Ari 15. p eF
I1798 2 26.3 +13 27 d Ari vF, vS, sbM *15
939 Gx 2 26.4 -44 26 r Eri vvF, S, R, gvlbM
I 225 Gx 2 26.5 +01 09 u Cet 1.8 15. p F, S, R, vlbM, *14 nf 2'
I1795 Nb 2 26.5 +62 04 x Cas 20. patch of neby
921 Gx 2 26.6 -15 50 r Cet 14. p eF, S, R, gbM
927 Gx 2 26.6 +12 09 s Ari 1.4 15. p F, S, bM
944 Gx 2 26.7 -14 30 r Cet 14. p eF, S, mE 0deg , sbM; = IC 228
I 228 Gx 2 26.7 -14 31 m Cet 0.8 14. p vS, R, gbM
924 Gx 2 26.8 +20 30 r Ari 14. p eF, vS, iR
925 Gx 2 27.3 +33 35 s Tri 9.8 10.0 cF, cL, E, vgbM, 2 st 13 np
929 Gx 2 27.3 -12 05 r Cet 15. p eF, S, E 170deg , *8.5 n 4'
I 229 2 27.4 -23 49 d Cet neb, 10m
923 Gx 2 27.6 +41 59 r And 14. p vF, S, R, gsbM
934 Gx 2 27.6 -00 14 r Cet 14. p vF, eS, PN ?
936 Gx 2 27.6 -01 09 s Cet 5.2 10.1 vB, vL, R, mbMN, p of 2
928 Gx 2 27.7 +27 14 r Ari 14. p eF, vS, stellar
I 226 Gx 2 27.7 +28 11 u Tri 2.3 16. p pF, S, R, bM, 2 F st n
920 Gx 2 27.8 +45 58 r And 15. p eF, eS, R, 1 or 2eF st nr
930 Gx 2 27.9 +20 20 r Ari 13. p eF, S, iR, vgbM, 932 sf 1'
932 Gx 2 27.9 +20 19 u Ari 1.9 14. p F, S, lE, 3 st inv
I 227 Gx 2 28.0 +28 10 u Tri 2.3 15. p F, pS, R, lbM
935 Gx 2 28.2 +19 36 r Ari 14. p pB, pS, R, * f 6s
I1801 2 28.2 +19 35 d Ari F, S, glbM, dif
931 Gx 2 28.3 +31 19 r Tri 14. p F, pL, iR
938 Gx 2 28.5 +20 17 r Ari 14. p pB, S, R, lbM, *11 sf
941 Gx 2 28.5 -01 09 s Cet 2.8 12.4 vF, cL, R, f of 2
947 Gx 2 28.5 -19 04 s Cet 2.6 12. p pB, E, gbM
945 Gx 2 28.6 -10 32 s Cet 2.5 12. p vF, L, iR, glbM
I1800 OC 2 28.6 +31 24 x Tri eF, S; eS Cl?
I1799 Gx 2 28.7 +45 58 u And 1.3 15. p vF, S, lbM, *13 p 0'.5
I1802 2 28.7 +23 07 d Ari *11 np 1'
948 Gx 2 28.8 -10 31 s Cet 1.4 14. p vF, S, R
951 Gx 2 28.8 -22 20 r Cet 15. p eF, S, E 0deg , D*?
I 230 2 28.8 -10 50 d Cet eF, S, *9.4 np 9'
954 Gx 2 28.9 -41 25 v Eri vF, pL, lE, gbM, *8 sf 3'
933 Gx 2 29.2 +45 56 r And 15. p eF, eS, R, B* nf
942 Gx 2 29.2 -10 50 s Cet 14. p vF, R, Dneb with 943, F Nucl
943 Gx 2 29.2 -10 50 v Cet vF, R, Dneb with 942, F Nucl
950 Gx 2 29.2 -11 01 r Cet 14. p eF, S, gbM
I1803 2 29.3 +23 09 d Ari stell N
940 Gx 2 29.4 +31 39 r Tri 13. p F, S, R, bM
I1804 2 29.4 +23 10 d Ari no descr
I1810 Gx 2 29.4 -43 04 c Eri 1.4 vF, R, stell N
937 Gx 2 29.5 +42 16 r And 15. p vF* slightly nebulous
I1812 Gx 2 29.5 -42 49 c Eri 2.1 vF, bM
I1806 2 29.6 +22 57 d Ari F, vS, R, bMN
I 231 Gx 2 30.0 +01 10 u Cet 1.1 15. p F, vS, R, stellar
I1807 Gx 2 30.4 +22 57 z Ari 16. p F, vS, R, lbM
963 Gx 2 30.5 -04 14 F Cet eF, S, R, gbM, r; = IC 1808
I1808 Gx 2 30.5 -04 14 m Cet 0.6 14. p F, vS, R, gbM, r
955 Gx 2 30.6 -01 07 s Cet 3.0 12.0 pB, S, E, psbM
I1811 Gx 2 30.6 -34 16 c For 1.9 eeF, S, R, 2 st p, np of 2 (sic)
946 Gx 2 30.7 +42 15 r And 14. p F, S, R, glbM
958 Gx 2 30.7 -02 57 s Cet 2.8 12.2 pF, ilE, bM
949 Gx 2 30.8 +37 08 s Tri 2.8 11.9 cB, L, E, vgbM
I1813 Gx 2 30.8 -34 13 c For 1.6 eF, eS, R, F* n, 2 st np, sf of 2 (sic)
964 Gx 2 31.1 -36 01 r For pB, pS, mE 215deg
I1814 Gx 2 31.1 -36 02 c For 2.1 pB, pS, mE; = 964
953 Gx 2 31.2 +29 36 r Tri 14. p pF, S, R, mbM
961 - 2 31.2 -06 54 r Cet eF, pS, E 230deg , *10 att
I 232 Gx 2 31.2 +01 15 u Cet 1.7 14. p vF, S, R, (= IC 231?)
952 - 2 31.3 +34 45 r Tri vF, vS, R, bM
979 Gx 2 31.5 -44 31 r Eri F, S, R, bet 2 st in par
960 Gx 2 31.6 -09 17 r Cet 14. p eF, vS, R, neb?, *9 sp
I 233 Gx 2 31.6 +02 49 z Cet 15. p pF, S, R, lbM, vF* s 1'
I1809 Gx 2 31.6 +22 55 u Ari 1.2 15. p pB, pL, E 135deg , gbM
I 234 Gx 2 31.7 -00 08 z Cet 15. p F, S, dif, r
966 Gx 2 31.8 -19 53 r Cet 14. p eF, R, *9.5 sp 1'
I1816 Gx 2 31.9 -36 40 c For 1.9 vF, S, R, 2 st nr p
967 Gx 2 32.2 -17 13 r Cet 14. p F, S, iR, gbM
959 Gx 2 32.3 +35 30 s Tri 2.2 13. p eF, pL, lE, lbM
956 OC 2 32.4 +44 39 s And 8. 9. p Cl, pRi, st 9...15
965 Gx 2 32.5 -18 39 r Cet 14. p vF, S, gbM
I1805 C+N 2 32.7 +61 27 s Cas 60. 6.5 Cl, co, eL neby extends f
962 Gx 2 32.8 +28 05 r Ari 14. p eF, S, gbMN
I 235 Gx 2 32.8 +20 39 v Ari 0.5 14.7 F, S, dif
981 Gx 2 32.9 -10 57 r Cet 14. p eF, S, gbM
I 236 2 32.9 -00 08 d Cet F, S, dif, vlbM
977 Gx 2 33.0 -10 44 r Cet 13. p eF, pS, R, vlbM, am sc st
975 Gx 2 33.2 +09 37 r Cet 14. p vF, cE
I 237 Gx 2 33.5 +01 08 m Cet 0.5 15. p F, S, R, *9.5 p
957 OC 2 33.6 +57 32 s Per 11. 7.6 Cl, pL, pRi, st 13...15
986 Gx 2 33.6 -39 02 s For 3.7 11.0 pB, L, pmE, sbM, biN
989 Gx 2 33.8 -16 30 r Cet 15. p F, vS, R, bMN
I1817 2 33.8 +11 12 d Ari F, pL, E pf, dif
976 Gx 2 34.0 +20 59 s Ari 1.7 12.4 vF, vS, 4 F st nr
968 Gx 2 34.1 +34 30 r Tri 14. p pF, pS, R, bM
969 Gx 2 34.1 +32 58 r Tri 13. p S, R, psbM, 1st of 5
I1818 2 34.1 -11 02 d Cet vF, eS, R, prob neb*
970 Gx 2 34.2 +33 00 r Tri 15. p vF, vS, R, 2nd of 5
971 Gx 2 34.2 +32 59 r Tri vF, vS, R, 3rd of 5
972 Gx 2 34.2 +29 19 s Ari 3.6 11.3 pB, cL, lE, gmbM, 3 st s
973 Gx 2 34.3 +32 31 r Tri 13. p eeF, S, mE, pB* nr sp
I1815 Gx 2 34.3 +32 26 u Tri 2.0 14. p F, S, R, gbMN
974 Gx 2 34.4 +32 59 r Tri 14. p vF, R, bM, 4th of 5
985 Gx 2 34.6 -08 47 s Cet 1.3 13.5 vF, vS, R, bMN
984 Gx 2 34.7 +23 26 r Ari 14. p vF, eS, R, bM
978 Gx 2 34.8 +32 52 r Tri 14. p pB, R, 5th of 5
983 - 2 35.0 +31 31 r Tri eF, vS, R, bM
I 238 Gx 2 35.3 +12 49 u Ari 1.8 14. p vF, vS, R, mbM
982 Gx 2 35.4 +40 57 r And 14. p F, S, nf of 2
988 Gx 2 35.4 -09 21 s Cet 4.7 11. p neb *7.5
980 Gx 2 35.5 +40 54 r And 13. p vF, pS, sp of 2
991 Gx 2 35.5 -07 09 s Cet 2.7 12. p vF, cL, iF, vlbM
I1819 Gx 2 35.7 +04 03 z Cet 15. p F, vS, R
I1822 2 35.7 -08 34 d Cet *13.5 slightly nebs
I1820 Gx 2 35.8 +06 03 z Cet 15. p F, vS, R, bMN
1025 Gx 2 36.3 -54 52 c Hor 1.2 eF, S, R, p of 2
990 Gx 2 36.4 +11 39 r Ari 14. p F, S, R, psbM
I1821 Gx 2 36.4 +13 46 z Ari 15. p pF, S, gbM, dif
I 239 Gx 2 36.5 +38 58 s And 4.6 11.2 vF spiral, F stellar N
1031 Gx 2 36.6 -54 52 c Hor 2.2 F, S, R, gbM, *11 s 2'
993 Gx 2 36.7 +02 03 u Cet 1.1 15. p eF, vS
994 2 36.7 +02 03 F Cet eeF, pS, R, vF*; = 993
987 Gx 2 36.8 +33 19 r Tri 13. p F, S, vlE, bM, r, 2 st 14 np
992 Gx 2 37.2 +21 06 D Ari 13. p pF, pS, mE, * s
997 Gx 2 37.2 +07 18 r Cet 14. p F, S
998 Gx 2 37.2 +07 26 r Cet 15. p vF
1006 2 37.4 -11 02 F Cet eeF, pS, R, lbM; = 1010
1010 Gx 2 37.5 -11 02 r Cet 14. p eF, S, R
1004 Gx 2 37.6 +01 57 r Cet 14. p pF, vS, R, vmbM, *11 p 2s
1011 Gx 2 37.6 -11 01 r Cet 15. p eF, S, R, lbM
1007 Gx 2 37.8 +02 08 r Cet 15. p eF, stellar
1013 Gx 2 37.8 -11 31 r Cet 14. p eeF, vS, R, bet 2 dist D st
1014 - 2 37.8 -09 32 r Cet eF, eS, iR, p of 2
1017 Gx 2 37.8 -11 01 r Cet 14. p eeF, vS, R, v diffic
1008 Gx 2 37.9 +02 04 r Cet 15. p vF, eS, stellar
I 241 Gx 2 37.9 +02 20 u Cet 1.2 14. p vF, pS, R, stell N
1018 Gx 2 38.0 -09 34 r Cet 15. p eF, vS, E 180deg , f of 2
1037 Gx 2 38.0 -01 51 r Cet 14. p eeF, vS, mE, v diffic
1015 Gx 2 38.1 -01 19 s Cet 3.5 12. p vF, S
1034 Gx 2 38.2 -15 49 r Cet 14. p vF, vS, lE, lbM, 2 st 11-12 p 20s
1009 Gx 2 38.3 +02 18 r Cet 15. p eeF, pS, R, *9 sf
1016 Gx 2 38.3 +02 08 s Cet 2.8 13. p F, S, R, psbM
1019 Gx 2 38.4 +01 55 s Cet 1.2 15. p vF, S, lE
995 Gx 2 38.5 +41 32 r And 15. p vF, vS
1022 Gx 2 38.5 -06 40 s Cet 2.5 11.4 cB, pL, R, mbM, *11 nf 2'
I 242 Gx 2 38.5 -06 55 m Cet 0.9 15. p eF, eS, vF* close
I 243 Gx 2 38.5 -06 55 m Cet 0.9 15. p vF, vS, R, bM
I1823 Gx 2 38.6 +32 04 u Tri 2.3 15. p F, S, iF, dif
996 Gx 2 38.7 +41 39 r And 14. p vF, vS
1020 Gx 2 38.7 +02 13 r Cet 15. p eF, vS
999 Gx 2 38.8 +41 40 r And 14. p eF
1021 Gx 2 38.8 +02 12 r Cet 15. p eF, S
1000 Gx 2 38.9 +41 27 r And 15. p vvF, pS, dif
1002 Gx 2 38.9 +34 37 r Tri 14. p vF, vS, iR, bMN
I 245 Gx 2 38.9 -14 18 m Cet 0.7 14. p pB, S, R, lbM
I1825 Gx 2 38.9 +09 06 u Cet 1.4 15. p F, S, R, gbMN
I 240 2 39.1 +41 44 d Per vF, pS
I1826 Gx 2 39.1 -27 27 c For 1.7 pB, cS, R, *8 nr p; = IC 1830
I1830 Gx 2 39.1 -27 27 s For 1.8 12.8 vF, S, susp, eF* 1'.5 sp
1001 Gx 2 39.2 +41 40 r Per 14. p vF, vS
1024 Gx 2 39.2 +10 51 s Ari 4.7 14. p pF, S, lE, bM, *11 nf 1'
1003 Gx 2 39.3 +40 52 s Per 5.4 11.5 pF, L, E 90deg +/- , mbM, r
1012 Gx 2 39.3 +30 09 s Ari 2.9 13. p F, pS, iR, bM, st inv
1026 Gx 2 39.3 +06 32 r Cet 14. p pF, S, R, psbM
1032 Gx 2 39.4 +01 06 s Cet 3.6 13. p pB, S, vlE, bM, 3 st trap
I 244 Gx 2 39.4 +02 43 m Cet 0.6 15. p vF, vS, dif
1005 Gx 2 39.5 +41 29 r Per 14. p vF, vS
1028 Gx 2 39.5 +10 50 r Ari 15. p eF
1029 Gx 2 39.5 +10 47 r Ari 14. p F, S, mE
1035 Gx 2 39.5 -08 08 s Cet 2.2 13. p pF, L, mE, r, *17 att sf
1049 Gb 2 39.7 -34 17 r For pB, S, R, stellar
I1827 Gx 2 39.7 +01 33 u Cet 1.2 14. p F, S, fan-shape, *13.5 close s
1030 Gx 2 39.9 +18 01 r Ari 14. p vF, iE
1033 Gx 2 40.1 -08 48 r Cet 14. p eF, pL, iE 190deg , sbMN
1038 Gx 2 40.1 +01 30 r Cet 14. p eF, pS, R, lbM
I 247 Gx 2 40.1 -11 44 m Cet 1.2 14. p pB, S, R
1041 Gx 2 40.3 -05 28 r Cet 14. p pF, pS, iR, bM
1023 Gx 2 40.4 +39 04 s Per 8.7 9.5 vB, vL, vmE, vvmbM
1042 Gx 2 40.4 -08 26 s Cet 4.7 10.9 eeF, L, R, np of 2
1045 Gx 2 40.4 -11 18 r Cet 13. p F, S, R, bM
I1828 Gx 2 40.4 +19 18 u Ari 1.6 13. p F, S, iF, gbMN
1036 Gx 2 40.5 +19 18 s Ari 2.0 13. p F, S, R, lbM
1047 Gx 2 40.5 -08 09 s Cet 1.5 15. p eeF, pS, R, v diffic
I 246 2 40.5 +02 29 D Cet eef, vF, R, 2 eF st nr
1048 Gx 2 40.6 -08 33 s Cet 1.3 14. p eeF, pS, R, sf of 2
1043 Gx 2 40.7 +01 20 r Cet 15. p eeF, S, R, v diffic
I1829 2 40.7 +19 19 d Ari vF, vS, dif, r
I 250 Gx 2 40.9 -13 19 m Cet 0.8 15. p vF, pS, iF
1044 Gx 2 41.1 +08 44 s Cet 0.6 13.2 vF, vS, p of 2, *10 p
1051 Gx 2 41.1 -06 56 t Cet 1.9 eF, lE npsf, * att np; = IC 249
1052 Gx 2 41.1 -08 15 s Cet 2.9 10.6 B, pL, R, mbM *12
I 249 Gx 2 41.1 -06 56 t Cet 1.9 pB, vS, R, dif, 1051 f
1046 Gx 2 41.2 +08 43 v Cet eF, vS, f of 2
I 251 Gx 2 41.2 -14 58 m Cet 0.4 15. p F, S, lbM
I1824 OC 2 41.3 +61 37 x Cas Cl, st F, perhaps F neby p extends to it
I 248 Gx 2 41.4 +17 48 u Ari 1.3 14. p vF
I1833 Gx 2 41.6 -28 10 c For 1.6 eeF, S, R, 3 D st nf
I 252 2 41.7 -14 51 d Cet F, S, bM
1055 Gx 2 41.8 +00 26 s Cet 7.6 10.6 pF, cL, iE 80deg , bM, *11 n 1'
I1832 Gx 2 41.9 +19 02 m Ari 0.4 15. p F, iF or lE ns, bMN
1039 OC 2 42.0 +42 47 s Per 35. 5.2 Cl, B, vL, lC, sc st 9; = M34
1065 Gx 2 42.1 -15 06 r Cet 14. p eeF, pS, * nr s, *7.5 p; = IC 254
I 253 Gx 2 42.1 -15 03 m Cet 0.3 14. p pB, iF, bM
I 254 Gx 2 42.1 -15 05 m Cet 0.5 14. p vF, eS, R, 1065 close
1040 - 2 42.2 +41 30 r Per F, S, bM; = 1053?
1054 Gx 2 42.2 +18 12 r Ari 14. p vF, vS, lE
1063 Gx 2 42.2 -05 34 v Cet 1.6 vF, pS, iR, r?
1064 Gx 2 42.2 -09 22 r Cet 14. p eF, S, R
1050 Gx 2 42.5 +34 46 r Per 13. p F, S, *18 inv n
1059 D* 2 42.6 +18 01 D Ari nonexistent
1027 OC 2 42.7 +61 33 s Cas 20. 6.7 Cl, L, sc st, one 10m
1068 Gx 2 42.7 -00 01 s Cet 6.9 8.8 vB, pL, iR, sbMrrN; = M77
1069 Gx 2 42.8 -08 18 r Cet 14. p eeF, pS, R, *8.5 nr f
I1834 2 42.8 +03 07 d Cet F, pS, pR, glbM
1056 Gx 2 42.9 +28 33 r Ari 13. p F, S, R, psbM
1057 Gx 2 43.0 +32 29 r Tri 15. p vF, double
1071 Gx 2 43.0 -08 46 r Cet 15. p eF, vS, E 0deg , bet 2 st
1053 Gx 2 43.2 +41 30 r Per 14. p vF, vS, lE, 3 or 4 st in line nr
1060 Gx 2 43.2 +32 24 r Tri 13. p F, pL, R, lbM, *7.5 f 46s , 3' s
1061 Gx 2 43.2 +32 27 r Tri 15. p vF, S, R, bM
1070 Gx 2 43.3 +04 58 r Cet 13. p pF, S, iR, gbM
I1836 Gx 2 43.3 +03 06 m Cet 15. p F, S, R, vlbM
1058 Gx 2 43.5 +37 21 s Per 3.0 11.5 pF, cL, R, glbM
1072 Gx 2 43.5 +00 18 s Cet 1.7 14. p eF, vS, R, sev vF st inv
I1837 2 43.5 +00 07 x Cet F, vS, R, gbM, r; = 1072
1062 Gx 2 43.7 +32 30 r Tri 15. p eeF
1073 Gx 2 43.7 +01 23 s Cet 4.9 11.0 vF, L, lbM, er
1074 Gx 2 43.7 -16 18 r Cet 14. p eF, vS, R
1075 Gx 2 43.7 -16 11 r Cet 15. p vF, vS, bMN
1076 Gx 2 43.7 -14 45 r Cet 13. p vF, pS, R, B* f 22s
1079 Gx 2 43.7 -29 00 s For 3.1 11.4 B, pL, pmE, sbM
1066 Gx 2 43.8 +32 27 r Tri 15. p vF, pL, R, lbM, s of 2
1067 Gx 2 43.8 +32 31 s Tri 1.3 15. p eF, S, n of 2
1096 Gx 2 43.8 -59 55 c Hor 2.3 F, pS, R, glbM
I1835 2 43.8 +14 53 d Ari F, S, R, dif
I1840 Gx 2 43.8 -15 42 m Cet 0.6 15. p vF, vS, mbM, 1081 nf
I1831 2 44.1 +63 36 d Cas vF, eeL
1078 Gx 2 44.2 -09 26 r Cet 15. p eF, eS, R; = 1064?
I1838 Gx 2 44.7 +19 27 m Ari 0.6 16. p F, vS, R, sbM *14
I1839 Gx 2 44.8 +15 15 u Ari 1.1 15. p vF, S, R, dif
1098 Gx 2 44.9 -17 38 D Eri 14. p F, vS, R, bMN, 1st of 3
I1845 2 44.9 -27 57 d For eeF, S, R, D * np
1080 Gx 2 45.2 -04 43 v Cet 1.4 vF, pS, iR
1081 Gx 2 45.2 -15 35 r Eri 13. p eF, pS, R
1099 Gx 2 45.3 -17 43 D Eri 13. p F, pS, lE, bMN, 2nd of 3
1091 2 45.4 -17 33 D Eri vF, vS, R, sbMN
I1842 Gx 2 45.4 +11 28 z Ari 16. p F, vS, R, glbM
I1843 Gx 2 45.4 +02 53 u Cet 1.7 14. p F, pL, E pf, dif
1100 Gx 2 45.6 -17 41 D Eri 13. p F, vS, lE, bMN, 3rd of 3
I1841 Gx 2 45.6 +18 56 z Ari 15. p F, vS, R, gvlbM
1082 Gx 2 45.7 -08 13 r Eri 15. p eeF, pS, lE
1092 Gx 2 45.7 -17 32 r Eri 14. p vF, vS, R, sbMN, b of 2
1083 Gx 2 45.8 -15 20 A Eri 14. p eeF, pS, mE, sp of 2
I1844 Gx 2 45.8 +03 15 m Cet 0.7 15. p F, pF, E pf, dif
1084 Gx 2 46.0 -07 35 s Eri 2.9 10.6 vB, pL, E, gpmbM
1077 Gx 2 46.1 +40 05 r Per 16. p vF, pL, E
1097 Gx 2 46.3 -30 17 s For 9.3 9.3 vB, L, vmE 151deg , vbMN
1085 Gx 2 46.4 +03 37 s Cet 1.7 14. p F, S, R, lbM, bet 2 st
1087 Gx 2 46.4 -00 30 s Cet 3.5 11.0 pB, cL, lE, mbM
1089 Gx 2 46.4 -15 04 A Eri 14. p eeF, S, R, nf of 2
1090 Gx 2 46.6 -00 15 s Cet 3.8 11.9 vF, pL, iR, bM
1088 Gx 2 47.0 +16 11 r Ari 15. p vF, S, iF
1102 Gx 2 47.1 -22 14 r Eri 14. p eF, vS, R
I 255 Gx 2 47.1 +16 16 m Ari 0.6 16. p vF, vS, R, *12 f 5s
1094 Gx 2 47.5 -00 17 s Cet 1.4 14. p vF, S, R, 2 S st p
1095 Gx 2 47.6 +04 38 r Cet 14. p eF, pS, R
I1846 Gx 2 47.7 +13 15 u Ari 1.1 15. p F, S, glbM
1086 Gx 2 47.9 +41 15 r Per 13. p vF, pS, D* nr
I1847 Gx 2 47.9 +14 30 z Ari 16. p F, S, iF, r
1103 Gx 2 48.0 -13 57 r Eri 13. p eeF, S, E, *15 inv, *11 f
I1853 Gx 2 48.0 -13 59 m Eri 0.8 14. p eF, vS, 1103 f 2s , 2' n
1093 Gx 2 48.2 +34 25 r Tri 14. p eF, vS
I1849 2 48.2 +09 22 d Cet F, vS, R, stell
1101 Gx 2 48.3 +04 34 r Cet 15. p vF, eS, R, bM, *13 p
1119 2 48.3 -18 01 D Eri F, eS, R (F*?)
1104 Gx 2 48.6 -00 16 s Cet 1.3 15. p vF, vS, r, *14 s
1108 Gx 2 48.6 -07 58 r Eri eF, pS, R
I1850 2 48.7 +13 14 d Ari F, S, dif
I1859 Gx 2 48.8 -31 11 m For 1.2 14. p pF, pS, R, 2nd of 3
I1856 Gx 2 48.9 -00 46 v Cet 1.3 F, S, E 200deg , gbMN
I1852 Gx 2 49.0 +13 13 u Ari 1.3 15. p F, pS, R, gbM
1109 Gx 2 49.1 +13 15 r Ari 15. p vF
I 261 2 49.1 -14 28 F Eri F, pL; = 1120
I1858 Gx 2 49.1 -31 17 c For 1.7 vF, pS, R, 1st of 3
1114 Gx 2 49.2 -17 00 r Eri 13. p pF, pL, pmE, glbM
1120 Gx 2 49.2 -14 27 r Eri 14. p vF, S, R, bM
1107 Gx 2 49.3 +08 06 r Cet 14. p F, vS, R
1110 Gx 2 49.3 -07 51 t Eri 2.7 eF, pL, E 348deg
I1854 Gx 2 49.3 +19 18 v Ari F, vS, R, bMN
I1855 2 49.3 +13 22 d Ari F, pL, D ns, biN
I1860 Gx 2 49.6 -31 11 c For 1.9 pF, pS, lE, 3rd of 3
1111 Gx 2 49.7 +13 08 r Ari F, vS, stellar
I1857 Gx 2 49.7 +14 37 u Ari 1.0 15. p F, S, R, glbM
I 256 Gx 2 49.8 +46 59 u Per 2.5 14. p cF, lE, S, 1st of 3
I 258 Gx 2 49.8 +41 03 u Per 1.7 16. p vF, vlbM, *9.5 f 2'
I 257 2 49.9 +46 59 d Per eF, pS, R, v diffic, 2nd of 3
1112 - 2 50.0 +13 13 r Ari F, pS
1118 Gx 2 50.0 -12 09 r Eri 14. p eF, vS, E pf
I 259 2 50.1 +41 04 d Per vF, double, dist 17"
1113 - 2 50.2 +13 18 r Ari vF
1115 Gx 2 50.5 +13 15 r Ari 15. p vF
1106 Gx 2 50.6 +41 41 r Per 13. p vF, vS, vF* att s
1116 Gx 2 50.6 +13 19 r Ari 15. p vF
I 263 2 50.6 -00 07 d Cet vF, vS, R, N = 14m
1121 Gx 2 50.8 -01 44 r Eri 13. p F, mE
1135 Gx 2 50.8 -54 56 c Hor 0.8 F, R, gbM
1136 Gx 2 50.9 -55 04 v Hor 1.7 F, R, gbM
I 264 2 50.9 -00 10 d Cet vF, eS, R, stellar
I 260 Gx 2 51.1 +46 57 u Per 1.8 15. p eeF, pS, 2 F st nr, 3rd of 3
I1848 C+N 2 51.2 +60 26 s Cas 60. 6.5 Cl, st F, extends 8mag f, in F neby
1117 Gx 2 51.3 +13 11 r Ari 15. p close to a S*
1124 Gx 2 51.6 -25 42 r For 15. p eF, eS, iR, gbM, *9 nf 1'
I 262 Gx 2 51.7 +42 50 u Per 2.3 15. p eeF, pS, R, bet 2 st, v diffic
1125 Gx 2 51.8 -16 38 r Eri 13. p vF, S, lE, gbM
I1851 ? 2 51.8 +58 19 x Cas *6.2, neb att sp, 5' l
I1862 Gx 2 52.0 -33 20 c For 3.2 eeF, vS, lE, v diffic, *7 sf
1105 Gx 2 52.4 -15 42 r Eri 15. p vF, vS, R
1126 Gx 2 52.4 -01 18 r Eri 15. p eeF, S, R, 1132 f
1128 - 2 52.6 +06 03 r Cet eF, S, lE, 2 F st close p
1133 Gx 2 52.7 -08 47 r Eri 15. p vF, vS, lE 45deg , 2 st np, nf
1122 Gx 2 52.8 +42 12 r Per 13. p vF, pS, R, * nr n
1123 - 2 52.8 +42 13 r Per cF, S, iR, vgbM, r; = 1122?
1127 Gx 2 52.9 +13 15 r Ari 15. p vF
1132 Gx 2 52.9 -01 16 r Eri 14. p eF, pL, gbM, *8 f
1139 Gx 2 52.9 -14 31 r Eri 15. p vF, S, R, gbMN
I1864 2 53.2 -34 12 d For eF, S, R
I1861 2 53.3 +25 29 d Ari F, pS, R, vgbM
1134 Gx 2 53.6 +13 00 s Ari 2.5 13. p F, S, iR, r
I 267 Gx 2 53.8 +12 50 v Ari 2.2 vF, pS, dif, 1134 np
1137 Gx 2 54.0 +02 57 r Cet 13. p vF, pS, R, lbM
1130 Gx 2 54.4 +41 37 r Per 13. p eF, eS
1129 Gx 2 54.5 +41 35 r Per 14. p cF, pS, iR, vglbM, D or F* sp
1131 Gx 2 54.6 +41 34 r Per 15. p eF, eS
1140 Gx 2 54.6 -10 02 s Eri 1.4 12.5 pB, S, R, stellar
1145 Gx 2 54.6 -18 38 r Eri 13. p F, pL, pmE, 2 S st f
I 265 Gx 2 54.7 +41 40 z Per 16. p eeF, eS, R
I1863 Gx 2 54.9 +08 47 z Cet 16. p F, vS, R, gbMN
I1866 Gx 2 54.9 -15 38 m Eri 0.4 14. p vF, eS, alm stell
I 266 Gx 2 55.0 +42 14 m Per 0.3 15. p eF, eS, R
1143 Gx 2 55.1 -00 10 s Cet 1.1 13.5 eF, S, R, p of 2
1141 2 55.2 +00 28 F Cet vF, S, p of Dneb; prob = 1143
1142 2 55.2 +00 28 F Cet pF, S, R, f of Dneb; prob = 1144
1144 Gx 2 55.2 -00 11 s Cet 0.9 13.3 eF, S, R, f of 2
1147 - 2 55.3 -09 07 r Eri eF, vS, E 0deg , *9.5 f 6'
I 268 Gx 2 55.4 -14 06 m Eri 0.6 15. p vF, vS, irr R, lbM
I 269 Gx 2 55.4 -14 04 m Eri 1.0 15. p eF, vS, dif
I1865 Gx 2 55.4 +08 49 u Cet 1.6 15. p F, vS, R, gbM, r
I 270 Gx 2 55.7 -14 12 m Eri 1.2 14. p pB, vS, R
I1867 Gx 2 55.9 +09 18 u Cet 2.2 15. p F, S, pR, gbM
I 271 Gx 2 56.0 -12 00 m Eri 0.8 15. p vF, S, R
I 272 Gx 2 56.1 -14 11 m Eri 0.9 15. p vF, S, iF
I1868 2 56.1 +09 21 d Cet F, vS, R, stell
1138 Gx 2 56.5 +43 03 r Per 14. p vF, vS, R, gbM, 2 S st triangle
1181 2 57.0 -15 02 D Eri eF, vS, R, bMN
1148 Gx 2 57.1 -07 42 r Eri 15. p eF, pS, R, v diffic, np of 2
1150 Gx 2 57.1 -15 03 r Eri 15. p vF, S, R, sbMN
1151 Gx 2 57.1 -15 00 r Eri eF, S, R (neb?), nr 1150
1180 2 57.1 -15 00 D Eri eF, vS, R, bMN
I 273 Gx 2 57.1 +02 47 u Cet 1.8 14. p F, pS, lE 235deg , bM
1158 Gx 2 57.3 -14 23 r Eri 15. p eF, S, R, sbMN
1149 Gx 2 57.4 -00 18 r Cet 15. p vF, vS, R, bM, S* p 30"
1146 - 2 57.5 +46 27 r Per Cl, vS, vF + neb
1152 Gx 2 57.6 -07 47 r Eri 15. p eeF, S, R, v diffic, sf of 2, * s
I1870 Gx 2 57.9 -02 21 t Eri 2.9 vF, R, vgbM, v diffic
1153 Gx 2 58.1 +03 22 r Cet 13. p F, vS, ilE, sbM, er
1154 Gx 2 58.1 -10 21 r Eri 14. p eF, S, lbM, sp of 2
I1869 Gx 2 58.1 +05 50 z Cet 16. p F, eS, like neb D*
1155 Gx 2 58.2 -10 20 r Eri 14. p eF, S, lbM, nf of 2
1157 Gx 2 58.2 -15 07 r Eri eF, pS, E 0deg , sbMN
1165 Gx 2 58.7 -32 07 v For 3.1 vF, pL, E, vlbM
I 276 Gx 2 58.7 -15 41 m Eri 2.0 14. p pB, S, mbM
1162 Gx 2 58.9 -12 24 r Eri 13. p F, R, glbM, stellar
1156 Gx 2 59.7 +25 14 s Ari 3.1 11.7 pB, cL, pmE 0deg , bet 2 st
I 277 Gx 2 59.8 +02 46 v Cet 1.6 pB, pS, R, N = 12.5
I 274 3 00.1 +44 13 d Per eeF, pS, R, v diffic
1163 Gx 3 00.3 -17 09 v Eri 3.4 vF, pS, mE 75deg
1166 Gx 3 00.6 +11 51 r Ari 15. p eF, S
1159 Gx 3 00.7 +43 10 r Per 14. p vF, S, R, vlbM
1168 Gx 3 00.8 +11 47 r Ari 15. p eF
I 275 3 00.9 +44 21 d Per eeF, pS, R, bet 2 st
1160 Gx 3 01.2 +44 58 s Per 1.6 13. p F, E
1161 Gx 3 01.2 +44 55 s Per 3.1 13. p F, pS, lE, sbM
I 279 Gx 3 01.2 +16 13 z Ari 15. p vF, vS, R, dif
I 278 Gx 3 01.5 +37 47 u Per 2.3 15. p vF, *10 p 95", F* 12" sp
1172 Gx 3 01.6 -14 50 s Eri 2.2 12.0 pF, pL, R, psbM
1167 Gx 3 01.7 +35 12 s Per 3.1 12.3 vF, pL, R, spmbM
1164 Gx 3 01.9 +42 36 r Per 14. p eF, vS
1205 3 02.4 -09 40 D Eri eF, pS, E 25deg , *9.5 3' sp; = 1182
1170 - 3 02.5 +27 04 r Ari eL, dif
1179 Gx 3 02.6 -18 54 s Eri 4.6 12. p eF, pS, gbM, *12 f 1'
1187 Gx 3 02.6 -22 52 s Eri 5.0 11. p pF, cL, pmE, gbM *16, r
1185 Gx 3 03.0 -09 08 r Eri 15. p eF, pS, E 15deg
I1877 Gx 3 03.2 -50 31 c Hor 3.0 eF, vS, E 170deg , prob neb
I 280 Ast 3 03.3 +42 21 x Per eF, pS, R
1189 Gx 3 03.4 -15 37 r Eri 14. p eF, vS, R, p 1209
1195 Gx 3 03.4 -12 02 r Eri 14. p eF, eS, *12 sf, 1196 sf
1182 Gx 3 03.5 -09 40 r Eri eF, pS, E 120deg , *10 sp 2'.5
1190 Gx 3 03.5 -15 39 r Eri 15. p eF, vS, R, p 1209
1196 Gx 3 03.5 -12 05 r Eri 14. p vF, sp of 2
1169 Gx 3 03.6 +46 23 s Per 4.4 11.7 pF, pS, iF, sbM
1191 Gx 3 03.6 -15 40 r Eri 15. p eF, vS, R, p 1209
1199 Gx 3 03.6 -15 37 s Eri 2.2 11.5 cB, pS, iR, smbM
1188 3 03.7 -15 30 D Eri eF, vS, R, p 1209
1192 Gx 3 03.7 -15 40 r Eri 15. p eF, vS, R, p 1209
I1878 3 03.7 -52 06 d Hor eeF, eS, cE 5deg , prob neb
1194 Gx 3 03.8 -01 05 r Cet 14. p F, S, R, glbM
1200 Gx 3 03.8 -11 59 r Eri 13. p pF, cL, iR, bM, nf of 2
I1873 3 03.8 +09 31 d Cet F, S, E 200deg
I 283 Gx 3 03.9 -00 12 m Cet 0.4 15. p pB, eS, R
I1875 Gx 3 03.9 -39 26 c For 1.8 eF, pS, R, FD* sf in line
I1879 3 03.9 -52 06 d Hor eeF, eS, mE 135deg , stell N
1171 Gx 3 04.0 +43 24 s Per 3.2 13. p vF, pL, iF
1201 Gx 3 04.1 -26 04 s For 4.4 10.6 cB, pS, vlE, r, S* nr
I 285 Gx 3 04.1 -12 01 m Eri 1.0 15. p F, vS, dif, 1200 p
1173 - 3 04.2 +41 22 r Per eF, vS, stellar Nucl
1175 Gx 3 04.5 +42 20 s Per 2.5 12.8 F, cL, E
1176 - 3 04.5 +41 23 r Per *13 in vF neb
I 281 3 04.5 +42 21 x Per eeF, vS, * close n, 1175 nr; = 1177
I1876 Gx 3 04.5 -27 26 s For 0.7 14.4 eeF, S, R, F* nr sf
1177 Gx 3 04.6 +42 22 r Per 15. p vF, S, R, nf 1175; = IC 281
1178 - 3 04.6 +41 18 r Per *13 in vF neb (?)
1204 Gx 3 04.6 -12 20 r Eri 15. p eF, E 45deg , r, sev st inv
I1872 OC 3 04.6 +42 49 x Per Cl
1183 - 3 04.7 +41 22 r Per *13 inv in neb
I 286 3 04.8 -06 29 d Eri vF
1202 Gx 3 04.9 -06 29 r Eri eF, S, 2 st 4' nf
I 287 3 05.0 -12 05 d Eri F, vS, R, stellar
1203 Gx 3 05.2 -14 22 r Eri 15. p vF, S, R, bMN (neb?)
I 282 3 05.2 +41 51 d Per eF, S, R, bet 2 st nr
1174 3 05.5 +42 49 D Per pF, pS, lE, pB* close p; prob = 1186
1186 Gx 3 05.5 +42 50 s Per 3.3 13. p F* with neb appendages
1193 OC 3 05.8 +44 23 s Per 2. 13. p F, cL, er
1209 Gx 3 06.0 -15 37 s Eri 2.6 11.4 B, S, cE, psbM
1206 Gx 3 06.1 -08 50 F Eri eF, vS, vlE 0deg
1197 - 3 06.2 +44 04 r Per pF, pS, cE, sev vF st nr
1198 Gx 3 06.2 +41 52 r Per 14. p neb *11
1208 Gx 3 06.2 -09 32 r Eri 14. p pB, S, lE 80deg +/- , lbM
1217 Gx 3 06.2 -39 01 r For pF, S, R, psbM
I 284 Gx 3 06.2 +42 23 s Per 4.9 13. p eeF, pL, lE, D* np, bet 2 st
I1871 ? 3 06.4 +60 41 x Cas 4. *9.3 nebs, chiefly f
I1874 Gx 3 06.4 +36 00 m Per 0.9 14. p F, vS, vlbM, dif
1244 Gx 3 06.5 -66 47 c Hor 2.0 F, S, pmE, gbM
I1880 Gx 3 06.5 -09 43 m Eri 1.0 15. p eF, S, *9 f 8s
I1885 Gx 3 06.7 -32 52 c For 1.5 vF, vS, mE 140deg , gbM
1210 Gx 3 06.8 -25 42 r For 13. p eF, vS, iR, gbMN
1211 Gx 3 06.9 -00 47 r Cet 13. p pB, vS, R, mbMN = *9-10
1214 Gx 3 06.9 -09 32 r Eri 14. p F, pS, iR, 1208 p
1246 Gx 3 07.0 -66 56 c Hor 1.5 pF, S, R, glbM
1215 Gx 3 07.1 -09 35 r Eri 14. p eF, vS, R
1216 Gx 3 07.3 -09 36 r Eri 15. p eF, S, stellar, 3rd of 3
I 291 Gx 3 07.4 -12 37 m Eri 0.8 14. p F, S, R, bM
I 288 OC 3 07.5 +42 22 x Per vF, vS, R, 2 st nf; S Cl?
I1882 Gx 3 07.8 +03 09 u Cet 1.0 15. p F, pL, E 210deg
I1886 Gx 3 08.0 -04 24 m Eri 0.3 15. p vF, S, vmbM, *13 s 1'.2
I1896 3 08.0 -54 14 d Hor eeF, eS, cE 10deg , stell N
1221 Gx 3 08.1 -04 15 r Eri 15. p eF, vS, E 170deg , * s
1207 Gx 3 08.2 +38 23 r Per 13. p cF, vS, R, psb in npp end
1228 Gx 3 08.2 -22 55 r Eri 14. p eF, eS, R, gbM, p of 2
1229 Gx 3 08.2 -22 58 s Eri 1.9 14. p eF, eS, R, gbM, f of 2
1223 3 08.3 -04 09 D Eri eF, S, R, gbMN, p of 2
1230 Gx 3 08.3 -23 00 r Eri 15. p *12 in eF neb
1218 Gx 3 08.4 +04 07 s Cet 1.3 12.8 pF, pS, R
I1892 Gx 3 08.4 -23 03 c Eri 1.9 vF, L, nr 1230
1219 Gx 3 08.5 +02 09 r Cet 13. p F, pL, R
1212 Gx 3 08.6 +40 51 r Per eF, S, R, Algol nr
1225 3 08.8 -04 06 D Eri eF, vS, R, f of 2
1222 Gx 3 08.9 -02 58 s Eri 1.3 14. p vF* in pF, S, R neb
1213 Gx 3 09.2 +38 39 r Per 15. p eF, lE, * close n, diffic
I1881 Gx 3 09.2 +38 38 u Per 3.0 16. p vF, pS, v dif (= 1213?)
1231 - 3 09.6 -15 35 r Eri eF, pL, E (neb?)
1234 Gx 3 09.6 -07 51 r Eri 15. p eF, S, iR, * or st inv
I1895 Gx 3 09.6 -25 15 c For 1.8 eeF, pS, 2 st close p
I 290 Gx 3 09.7 +40 59 u Per 1.2 15. p eeF, S, R
I1883 Gx 3 09.7 +40 54 u Per 1.1 16. p S, R, vgbM
I1884 3 09.7 +40 59 d Per S, E npsf, diffic, *12 close f
1232 Gx 3 09.8 -20 35 s Eri 7.8 9.9 pB, cL, R, gbM, r
I1890 Gx 3 10.0 +19 13 m Ari 0.2 15. p pB, pL, iF, N, r
1249 Gx 3 10.1 -53 21 s Hor 5.2 12. p B, L, vmE 80deg , vgbM
I1887 3 10.2 +40 45 d Per *12 close sf
I1891 3 10.2 +19 36 d Ari vF, S, bM, dif
I 289 Pl 3 10.3 +61 19 s Cas 0.6 12. p pB, pL, R, bet 2 vF st
I 292 Gx 3 10.3 +40 46 v Per 1.2 eF, pS, R, * s, bet 2 st
I1893 3 10.3 +19 37 d Ari ef, vS, diffic
I1898 Gx 3 10.3 -22 24 c Eri 3.2 neb line at 60deg , susp
1252 3 10.5 -58 08 r Hor Cl of 18 or 20 st
I1894 Gx 3 10.5 +19 36 z Ari 16. p F, S, vlbM, dif
1237 D* 3 10.7 -08 40 F Eri vF, S, E 170deg ; D*?
I1897 Gx 3 10.8 -10 49 m Eri 0.5 14. p eF, vS, nr 1238
1238 Gx 3 10.9 -10 45 r Eri 14. p vF, pS, R, 1247 nf
I 293 Gx 3 10.9 +41 07 m Per 0.2 15. p eF, S, R
I 294 3 10.9 +40 38 d Per vF, pS, irr R
1239 Gx 3 11.0 -02 31 r Eri 15. p eF, stellar (RA 30s greater?)
I 295 3 11.0 +40 37 d Per eF, pS, R
I 299 3 11.0 -13 07 d Eri vF, vS, R, lbM
I1888 3 11.0 +41 08 d Per vF, S
I1889 3 11.0 +40 37 d Per F, R, vgbM
1226 Gx 3 11.1 +35 24 r Per 14. p F, vS, R, bM
I 296 Gx 3 11.1 +40 37 u Per 2.8 16. p eF, pS, irr R, F D* p
1227 Gx 3 11.2 +35 20 r Per 15. p vF, vS
1224 Gx 3 11.3 +41 22 s Per 1.7 16. p eF, vS, R
1241 Gx 3 11.3 -08 55 s Eri 3.0 13. p F, pL, R, vglbM, *9 n
1242 Gx 3 11.3 -08 54 s Eri 1.3 14. p vF, S
I 298 Gx 3 11.3 +01 19 v Cet F, pL, 2 B points inv
1243 Gx 3 11.4 -08 57 h Eri 0.4 14. p F, vS, R
1236 Gx 3 11.6 +10 49 r Ari 15. p eF, vS, R
1220 OC 3 11.7 +53 20 s Per 2. 12. p Cl, vS, st vF
I1899 3 11.8 -25 19 d For eeF, S, R, 2 F st sp in line
1247 Gx 3 12.2 -10 29 s Eri 3.6 13. p F, pL, E 80deg
1261 Gb 3 12.3 -55 13 s Hor 6.9 8.4 glob. cl. , B, L, R, rr
1233 Gx 3 12.5 +39 19 s Per 2.1 13.2 F, vS, R, diff
I 303 3 12.7 -11 42 d Eri eF, eS, stellar
1235 *** 3 12.8 +38 56 r Per vF, S, lE
1248 Gx 3 12.8 -05 13 s Eri 1.3 14. p cF, S, lE, bM, *9 n 5'
I 302 Gx 3 12.8 +04 42 v Cet 2.1 pF, pS, R, vSN
1240 * 3 12.9 +30 34 r Ari eF, vS; vS st?
I 306 3 13.0 -11 43 d Eri eF, S, R, diffic
I1903 3 13.1 -50 36 d Hor 2 F neb, E
I 297 D* 3 13.3 +42 06 x Per eeF, pS, R, v diffic, F* sp
1255 Gx 3 13.5 -25 44 s For 4.1 11.1 F, pL, F* close p
I 307 Gx 3 13.8 -00 13 u Cet 1.9 15. p pB, vS, r
1256 Gx 3 13.9 -21 58 r Eri 14. p F, S, E, alm stell, *8 np
1258 Gx 3 13.9 -21 45 r Eri 13. p eF, pS, vlE, 12' n of 1256
1251 D* 3 14.1 +01 28 F Cet F
1253 Gx 3 14.1 -02 49 s Eri 4.8 12. p *12 with neb f, 90" l
I 300 Gx 3 14.3 +42 25 x Per eF, S, R, *9 sp, np of 2
1254 Gx 3 14.4 +02 42 r Cet 15. p F, vS, stellar
1245 OC 3 14.7 +47 15 s Per 10. 8.4 Cl, pL, Ri, C, iR, st 12...15
I 301 Gx 3 14.8 +42 13 x Per eF, pS, R, sf of 2
I 304 Gx 3 15.0 +37 54 u Per 1.3 15. p vF, * 76" sf, np of 2
I1904 Gx 3 15.0 -30 43 c For 1.8 eF, vS, mE 80deg , stell N
I 305 Gx 3 15.1 +37 51 m Per 1.0 15. p vF, * 49" nf
I1908 Gx 3 15.1 -54 49 c Hor 1.6 vF, vS, spir branch
1250 Gx 3 15.4 +41 21 s Per 2.7 14. p vF, vS, R
1262 Gx 3 15.7 -15 52 r Eri 14. p eF, pS, iR, sbMN
1263 Gx 3 15.8 -15 06 r Eri 15. p vF, S, lE, sbM
1266 Gx 3 16.0 -02 24 r Eri 14. p vF, pS, *13 sp 2'
I1900 Gx 3 16.0 +37 08 m Per 0.6 15. p F, S, pR, gbMN
I 309 Gx 3 16.1 +40 48 v Per 1.0 eeF, pS, R, bet 2 st
I1901 3 16.1 +37 07 d Per F, vS, R, gbMN
I1906 Gx 3 16.1 -34 22 c For 1.5 vF, vS, vmE 60deg , gbM
I1902 Gx 3 16.2 +37 11 z Per 16. p F, vS, R, sbM *14
I 308 Gx 3 16.3 +41 11 x Per eF, pS, iR, r?
1257 Gx 3 16.4 +41 31 r Per 14. p stellar neb
1184 Gx 3 16.6 +80 48 s Cep 3.0 13. p F, pL, mE
I 310 Gx 3 16.7 +41 20 v Per 1.6 vF, pS, R, 1259 and 1260 near
I 311 Gx 3 16.8 +40 01 u Per 1.9 16. p eF, pS, iR, bet 2 st, vF* v close f
I1912 3 16.8 -50 39 d Hor S, E ns
1259 Gx 3 17.0 +41 21 r Per 15. p vF, S, R, vlbM
1288 Gx 3 17.2 -32 35 s For 2.3 12.1 vF, L, R, vglbM, cE ns
1269 3 17.3 -41 06 c Eri vB, R, gmbM; = 1291
1291 Gx 3 17.3 -41 08 s Eri 10.5 8.5 glob. cl. , vB, pL, R, mbM, er
I1909 Gx 3 17.3 -33 41 c For 1.3 vF, vS, cE 45deg , stell N
1260 Gx 3 17.5 +41 24 s Per 1.7 14. p vF, S, R
1284 Gx 3 17.6 -10 18 r Eri 14. p eF, vS, 2 st s
1285 Gx 3 17.8 -07 20 r Eri 14. p pF, S
1286 Gx 3 17.8 -07 39 r Eri 15. p eF, eS, R, 4 B st s
1264 Gx 3 17.9 +41 26 r Per 15. p vF, S, vlbM
1280 Gx 3 18.0 -00 10 r Cet 14. p vF, vS, R, gbM, r
I1910 3 18.0 -21 26 d Eri 2 eF, eS, neb susp
I 312 Gx 3 18.1 +41 45 v Per 1.5 eeF, pS, R, nearly bet 2 st
1292 Gx 3 18.2 -27 37 s For 3.2 13. p F, pS, lE, vgbM, S D* nr
1265 Gx 3 18.3 +41 52 s Per 2.1 15. p vF, vS, mbM
1313 Gx 3 18.3 -66 30 s Ret 8.5 9. p pB, L, E, vgbM, r
1287 Gx 3 18.6 -02 45 r Eri vF, vS, iR
1267 Gx 3 18.7 +41 28 s Per 1.4 15. p F, vS, R, stell
1268 Gx 3 18.8 +41 29 s Per 1.2 15. p eF, S, lE, com
I 314 Gx 3 18.8 -01 58 u Eri 2.1 14. p *13 in vF, S neb
I1905 *** 3 18.8 +41 22 x Per Cl, S, vF; neb?
1289 Gx 3 18.9 -01 59 r Eri 14. p vF, S, R, 4 st f; = IC 314
1296 Gx 3 18.9 -13 04 r Eri 14. p eF, vS, R
1270 Gx 3 19.0 +41 28 s Per 1.1 12.9 vF, S, R
I 317 Gx 3 19.0 -12 45 m Eri 0.8 14. p vF, pL, R
I 315 Gx 3 19.1 +04 02 z Cet 15. p vF, S, dif, vlbM
1271 Gx 3 19.2 +41 21 s Per 16. p vF, vS
1297 Gx 3 19.2 -19 06 s Eri 2.3 13. p F, pS
1272 Gx 3 19.3 +41 29 s Per 2.5 15. p F, S, R
1273 Gx 3 19.4 +41 32 s Per 1.4 12.9 vF, vS
1290 3 19.4 -13 59 D Eri eF, eS
I1914 Gx 3 19.4 -49 36 c Hor 3.8 spiral?
I1913 Gx 3 19.6 -32 28 c For 1.7 vF, vS, mE 155deg , cbM
1274 Gx 3 19.7 +41 33 s Per 0.6 15. p vF, vS
1300 Gx 3 19.7 -19 25 s Eri 6.5 10.4 cB, vL, vmE, psvmbM
I1915 3 19.7 -50 42 d Hor E ns
1275 Gx 3 19.8 +41 31 s Per 2.6 11.6 F, S
1277 Gx 3 19.8 +41 34 s Per 0.8 13.5 vF, vS, np 1278
1276 Gx 3 19.9 +41 33 r Per vF, vS
1278 Gx 3 19.9 +41 33 s Per 1.7 12.6 pB, pS, R, bM
1302 Gx 3 19.9 -26 04 s For 4.4 11. p S, R, psvmbM, *9 np 1'
I1907 Gx 3 19.9 +41 33 x Per vF, S, vmbM
1279 Gx 3 20.1 +41 28 r Per vF, vS
1281 Gx 3 20.1 +41 38 s Per 0.7 13.5 vF, S, *11 p 1'
1295 3 20.1 -14 00 D Eri eF, vS, gbMN, *10 f 3'
1299 Gx 3 20.1 -06 17 r Eri 14. p vF, S, vlE, gbM, er
1311 Gx 3 20.1 -52 10 r Hor F, pL, mE 37deg , gbM
1282 Gx 3 20.2 +41 22 s Per 1.7 14. p vF, S, lbMN
1298 Gx 3 20.2 -02 06 s Eri 1.5 14. p F, pS, R, *13 sp
1283 Gx 3 20.3 +41 24 s Per 1.3 16. p vF, S, vlbM
I1916 3 20.3 -49 03 d Hor F, S, R, 2 st sp
1301 Gx 3 20.5 -18 45 r Eri 13. p vF, mE 135deg
1303 Gx 3 20.7 -07 25 r Eri 15. p vF, sev st inv
I 318 Gx 3 20.8 -14 34 m Eri 0.8 14. p F, S, dif, lbM
I1911 3 20.8 +35 18 d Per neb, not well seen
1304 Gx 3 21.0 -04 35 r Eri 14. p eF, vS
1306 Gx 3 21.0 -25 31 c For 1.4 vF, vS, gbM, *10.5 f 4'
1310 Gx 3 21.0 -37 08 s For 2.3 glob. cl. , vF, pL, R, vgvlbM
I 313 Gx 3 21.0 +41 54 v Per 1.6 eeF, vS, R, close D* nr s
1305 Gx 3 21.4 -02 19 s Eri 1.9 15. p pB, pS, R, *16 att
I 316 Gx 3 21.4 +41 56 x Per eeF, pS, R
1293 Gx 3 21.6 +41 24 s Per 1.1 15. p vF, R, bM, np of 2
1294 Gx 3 21.7 +41 22 s Per 1.8 13.1 vF, R, bM, sf of 2
1309 Gx 3 22.1 -15 24 s Eri 2.3 11.6 cB, cL, iR, gbM, *8 sp 4'
1307 - 3 22.2 -04 33 r Eri eF, vS, R, *9.5 nf
I1917 3 22.2 -53 12 d Hor E ns
1308 Gx 3 22.5 -02 45 r Eri 15. p eF, S, iF, am 3 or 4 st
1314 Gx 3 22.6 -04 11 r Eri 15. p *10 with eF, cL, E neb s
1316 Gx 3 22.7 -37 12 s For 7.1 8.9 vB, cL, vlE, vsvmbMN
1317 Gx 3 22.8 -37 06 s For 3.2 11.0 pB, pS, psbM
1318 - 3 22.8 -37 07 r For F; = 1317
1315 Gx 3 23.1 -21 23 s Eri 1.8 13. p pB, S, R, gbM
I 319 Gx 3 23.4 +41 24 x Per stellar, = 13m
1312 D* 3 23.7 +01 11 F Tau F
1319 Gx 3 23.9 -21 32 s Eri 1.3 14. p F, S, R, bM, p of 2
1326 Gx 3 23.9 -36 28 s For 4.0 10.5 PN ? pS, vsvmbMN
I1920 3 24.2 -52 43 d Hor stellar
1325 Gx 3 24.4 -21 33 s Eri 4.6 11.6 F, mE 239deg , com, *9.5 att
I 321 Gx 3 24.5 -15 00 m Eri 0.4 15. p pB, vS, R
1327 - 3 24.7 -25 40 r For eF, vS, 3 vF st close (no neb)
I1921 3 24.7 -50 42 d Hor stellar
I1922 3 24.7 -50 44 d Hor stellar
1320 Gx 3 24.8 -03 01 s Eri 1.9 14. p F, S, R, bM
I1923 3 24.8 -50 34 d Hor stellar
1321 Gx 3 24.9 -03 00 r Eri 14. p F, S, E pf, D or biN
1322 Gx 3 25.0 -02 54 r Eri 15. p vF, vS, R, bM
1323 Gx 3 25.0 -02 49 r Eri eF, eS, *13 sp 25" +/-
1324 Gx 3 25.0 -05 45 r Eri 14. p vF, pS, pmE
I1924 3 25.0 -51 41 d Hor E, stellar
I1926 3 25.2 -51 41 d Hor E, stell
I1927 3 25.2 -51 43 d Hor vF
I1925 3 25.3 -51 15 d Hor E npsf, stell
I1929 3 25.5 -51 15 d Hor E npsf
1328 Gx 3 25.6 -04 08 r Eri vF, eS, R, bMN
I1933 Gx 3 25.7 -52 47 s Hor 2.5 13. p lE spnf
1329 Gx 3 25.9 -17 37 r Eri 14. p F, pS, R, glbM
I 322 Gx 3 25.9 +03 40 z Tau 15. p vF, pL, vlbM, diffic
I1932 3 25.9 -51 20 d Hor E ns
I 320 Gx 3 26.0 +40 47 x Per eF, pS, R, vF* close p
I1919 Gx 3 26.0 -32 54 c For 2.0 eF, pS, lE, sev st n
I1918 Gx 3 26.2 +04 32 z Tau 15. p F, S, glbM, dif
I1935 Gx 3 26.2 -50 01 c Hor 1.3 stell, E, spir?
1332 Gx 3 26.3 -21 20 s Eri 4.6 10.3 vB, S, E 114deg , smbMN
I1936 3 26.4 -51 19 d Hor stell, E npsf
1331 Gx 3 26.5 -21 21 s Eri 1.1 14. p vF, vS; = IC 324
I 324 Gx 3 26.5 -21 21 c Eri 0.9 F, pS, dif, bM; = 1331
1336 Gx 3 26.6 -35 44 r For vF, S, vlE, gbM
I1937 3 26.8 -48 42 d Hor vF, vS, R, bM
I1938 3 27.2 -53 01 d Hor perhaps D*
I1928 Gx 3 27.5 -21 34 c Eri 1.5 vF, vS, mE 20deg , cbM
I1940 3 27.7 -52 08 d Hor bM
I1939 3 27.8 -51 04 d Hor E pf
1341 Gx 3 28.0 -37 09 s For 1.6 13. p F, S, mE 140deg , *12 sf
I1942 3 28.0 -52 40 d Hor stell, E ns
1337 Gx 3 28.1 -08 23 s Eri 6.8 11.7 eF, vL, mE ns
1339 Gx 3 28.1 -32 17 s For 2.3 13. p cB, pS, R, psbM, D* p
1340 - 3 28.3 -30 54 D For nonexistent; = 1344
1344 Gx 3 28.3 -31 04 s For 3.9 10.3 cB, pL, iR, vgbM
I1930 3 28.8 +04 24 d Tau F, S, R, gbM, *8 p 3s , s 1'.6
I1931 Gx 3 28.8 +01 43 m Tau 0.8 14. p vF, dif
1338 Gx 3 29.0 -12 10 r Eri 13. p vF, S, iR, lbM, r
1330 Gx 3 29.3 +41 22 r Per 15. p vF st in vF, S neb
1333 Nb 3 29.3 +31 25 s Per 9. F, L, *10 nf
I1945 3 29.3 -52 38 d Hor stell
1345 Gx 3 29.4 -17 48 s Eri 1.4 13.7 vF, S, R, pslbM
I1946 3 29.4 -52 37 d Hor stell
I 323 3 29.5 +41 52 d Per eF, pS, R, p of 2
1347 Gx 3 29.7 -22 16 r Eri 13. p eF, pS, E 130deg , sbMN
I1944 3 29.7 -48 00 d Hor eF, eS, lE 20deg
1334 Gx 3 30.1 +41 50 r Per 15. p eF, pL, lbM
1346 Gx 3 30.1 -05 33 r Eri 15. p eF, eS, R, bM, *13 p
1335 Gx 3 30.4 +41 35 r Per 15. p vF * in vF, eS neb
1351 Gx 3 30.5 -34 52 s For 1.8 13. p pB, pS, R, psbM
I1947 3 30.6 -50 19 d Hor stell
1356 Gx 3 30.7 -50 17 r Hor vF, pL, iR, gbM, * nr
I 326 Gx 3 30.7 -14 26 m Eri 0.4 15. p vF, pL, E ns
I 325 3 30.8 -07 03 d Eri vF, S, R, vlbM
I1948 3 30.9 -47 58 d Hor eeF, S, R
I1949 3 31.0 -47 59 d Hor cF, vS, spir, cbM
1350 Gx 3 31.1 -33 38 s For 4.3 10.5 B, L, mE, vmbMRN
I 327 Gx 3 31.1 -14 43 m Eri 0.6 15. p eF, vS, dif, v diffic
I1950 Gx 3 31.1 -50 26 c Hor 1.3 E npsf
I1951 3 31.1 -53 08 d Hor E spnf
I 328 Gx 3 31.2 -14 40 m Eri 0.5 14. p vF, eS, R
1349 Gx 3 31.4 +04 22 r Tau 15. p eeF, S, R, bet 2 st
I1934 Gx 3 31.4 +42 48 u Per 1.3 16. p eF, pS, lbM, *12 dist 34"
I1955 3 31.4 -57 13 d Ret eF, vS, R
1352 Gx 3 31.5 -19 16 r Eri 15. p eF, pslbM, diff, *8 sf
1342 OC 3 31.6 +37 20 s Per 14. 6.7 Cl, vL, ab 60 st
I1954 Gx 3 31.6 -51 55 s Hor 3.6 12. p F, pL, R, spir
1353 Gx 3 32.1 -20 49 s Eri 3.4 11.4 pB, cL, iE, mbM
I 329 Gx 3 32.1 +00 16 z Tau 15. p F, vS, R, lbM
I 330 Gx 3 32.2 +00 21 u Tau 1.0 15. p F, vS, R, lbM
I1941 3 32.2 +24 26 d Tau vF, S, vmE 0deg (prob neb)
I1957 3 32.2 -52 27 d Hor E spnf
1354 Gx 3 32.4 -15 13 r Eri 14. p vF, S, lE, glbM
I 331 Gx 3 32.4 +00 17 z Tau 15. p *13 in neb
I1960 Gx 3 32.6 -57 12 c Ret 1.2 eF, eS, R
I 332 Gx 3 32.7 +01 23 z Tau 15. p F, vS, R, sbM
I1958 3 32.8 -51 27 d Hor stell
1357 Gx 3 33.2 -13 40 t Eri 2.4 13. p pF, pL, R, lbM, *9 nf
I1959 Gx 3 33.2 -50 25 c Hor 2.5 E npsf
I1965 Gx 3 33.2 -56 33 c Ret 1.3 eF, vS, R, cbM
1360 Pl 3 33.3 -25 51 s For 6.5 *8 in B, L neb, E ns
1355 Gx 3 33.4 -05 00 s Eri 1.8 13.1 pF, S
I1952 Gx 3 33.4 -23 43 c Eri 2.4 cF, S, vmE 140deg , * 1' sf
1365 Gx 3 33.6 -36 08 s For 9.8 9.5 !! vB, vL, mE, rN
I1961 3 33.6 -48 57 d Hor eF, vS, cE 20deg
I1964 3 33.6 -53 10 d Ret E pf
1358 Gx 3 33.7 -05 05 s Eri 2.8 12.1 vF, S, bet 2 st
I1953 Gx 3 33.7 -21 29 s Eri 2.8 12. p vF, cL, spir or annular
1348 OC 3 33.8 +51 26 r Per Cl, lRi, st L
1359 Gx 3 33.8 -19 29 s Eri 1.9 12.2 F, L, R, vglbM
1362 Gx 3 33.8 -20 17 r Eri 14. p vF, S, R
1366 Gx 3 33.9 -31 12 s For 2.7 13. p vF, S, iF, lbM
I 333 3 34.0 -05 07 d Eri eF, *8.8 nf 4'
1369 - 3 34.1 -36 17 r For F
I1966 3 34.1 -51 19 d Hor stell
1361 Gx 3 34.2 -06 15 r Eri eF, eS, gbMN
1367 - 3 34.7 -24 56 r For vF; = 1371
I1968 3 34.7 -50 38 d Hor stell
1363 Gx 3 34.8 -09 50 r Eri vF, S, R, *7 sp 3'.5, sp of 2
1364 Gx 3 35.0 -09 50 r Eri vF, S, vlE, nf of 2
1368 Gx 3 35.0 -15 38 r Eri 15. p vF, vS, R, lbM
1371 Gx 3 35.0 -24 56 s For 5.4 11. p pB, pL, vlE, psbM
1373 Gx 3 35.1 -35 11 r For eF, vS, p of 3
1370 Gx 3 35.2 -20 22 r Eri 14. p vF, S, R, bet 2 st 14
1375 Gx 3 35.2 -35 16 s For 1.9 B, S, lE, pmbM, 3rd of 3
1374 Gx 3 35.3 -35 14 s For 1.8 12. p vB, pL, lE, gmbM, 2nd of 3
I 335 Gx 3 35.5 -34 27 c For 3.0 pF, pS, eE pf
I1963 Gx 3 35.5 -34 27 c For 3.0 pB, S, eE 90deg ; = IC 335
I1956 Gx 3 35.6 +05 05 u Tau 1.4 16. p F, S, E 200deg , 2 vF Nuclei
I1962 Gx 3 35.6 -21 17 c Eri 2.3 eF, S, mE 175deg , gbM
1378 D* 3 35.9 -35 12 r For F
I1971 3 36.0 -52 38 d Hor E pf
1379 Gx 3 36.1 -35 27 s For 2.0 12. p glob. cl. , B, pL, R, gpmbM
I1969 3 36.2 -45 11 d Hor eF, vS, cE 50deg , cbM
I1972 3 36.4 -52 01 d Hor E
I1973 3 36.4 -51 59 d Hor E
1380 Gx 3 36.5 -34 59 s For 4.9 11. p vB, L, R, psbM
I1970 Gx 3 36.5 -43 57 c Hor 3.3 eF, vS, eE 75deg
1381 Gx 3 36.6 -35 18 s For 2.9 12. p F
1377 Gx 3 36.7 -20 54 r Eri 14. p F, S, R, gbM
I1974 3 36.7 -49 34 d Hor E npsf
I1979 3 36.7 -57 56 d Ret eeF, eS, vmE 20deg
1392 Gx 3 36.8 -36 16 r Eri vF, pS, R
1386 Gx 3 36.9 -36 00 s Eri 3.5 12. p F
1372 Gx 3 37.0 -15 53 r Eri vF, vS, R, glbM
1387 Gx 3 37.0 -35 31 s For 2.4 12. p glob. cl. , vB, pL, R, gmbM
I1980 Gx 3 37.0 -57 58 c Ret 1.2 eF, cS, vmE 25deg
1376 Gx 3 37.1 -05 03 s Eri 2.0 13. p eF, pL, iR, bM, r
1382 Gx 3 37.1 -35 12 c For 2.1 F
I 337 3 37.1 -06 43 d Eri eeF, pL, 3 st nr
I1978 Gx 3 37.1 -50 09 c Hor 1.2 E ns
1389 Gx 3 37.2 -35 45 s Eri 2.1 13. p F
I1976 3 37.2 -47 26 d Hor eF, eS, R
1385 Gx 3 37.5 -24 30 s For 3.0 11.2 pB, pS, R, gpmbM
1383 Gx 3 37.6 -18 20 r Eri 14. p pF, S, R, psmbM
I 338 Gx 3 37.6 +03 08 z Tau 15. p vF, S, dif, vF* close
I1967 Gx 3 37.7 +03 17 m Tau 0.8 14. p vF, S, R, *13 nr
I1982 Gx 3 37.7 -57 47 c Ret 1.4 cF, eS, R
1343 Gx 3 37.8 +72 34 s Cas 2.8 12.3 F, vS, iR, gbM, D* vnr
1390 Gx 3 37.9 -19 00 r Eri 15. p vF, pS, E 260deg
1396 - 3 38.1 -35 40 r Eri F
I 339 * 3 38.1 -18 23 x Eri eF, eS, stell N
I 336 3 38.2 +23 28 d Tau vF, eeL, v dif
1388 Gx 3 38.3 -15 53 r Eri vF, vS, R, lbM
1391 3 38.5 -18 21 D Eri eF, S, R, gbMN
1395 Gx 3 38.5 -23 02 s Eri 3.2 11. p B, pS, E, psmbM
1399 Gx 3 38.5 -35 27 s For 3.2 9.9 glob. cl. , vB, pL, psbM, rr
1393 Gx 3 38.6 -18 26 s Eri 1.8 14. p F, S, R, glbM
I1943 Gx 3 38.7 -44 06 c Hor 2.1 pB, S, R; = 1411
1411 Gx 3 38.8 -44 05 s Hor 2.8 12. p B, pS, R, smbM
1398 Gx 3 38.9 -26 20 s For 6.6 9.7 cB, cL, R, vmbM
1404 Gx 3 38.9 -35 35 s For 2.5 10.3 vB, pL, R, psmbM
1394 Gx 3 39.1 -18 17 s Eri 1.5 14. p vF, vS, E 170deg , sbMN
I1975 3 39.1 -15 30 d Eri eF, vS, v diffic, nr 1405
1384 Gx 3 39.2 +15 50 r Tau 15. p neb *13
1403 Gx 3 39.3 -22 23 r Eri 14. p vF, eS, neb*
1401 Gx 3 39.4 -22 44 s Eri 2.8 13. p vF, vS, R
1402 Gx 3 39.4 -18 31 r Eri 15. p eF, vS, R
1406 Gx 3 39.4 -31 19 s For 3.9 13. p F, cL, vmE, vglbM, *7 np
1408 - 3 39.4 -35 31 r For F
1400 Gx 3 39.5 -18 41 s Eri 1.9 11.1 cB, pS, R, psmbM
I 340 Gx 3 39.5 -13 07 m Eri 1.4 15. p F, pS, E pf, *14 at end
1397 Gx 3 39.6 -04 40 r Eri 14. p vF, vS, lE
I1984 3 39.9 -47 05 d Hor eeF, eS, mE 150deg
I 343 Gx 3 40.1 -18 27 c Eri 1.8 eF, vS, lE 90deg , dif
1405 Gx 3 40.2 -15 30 r Eri 16. p eF, pL, mE 150deg , glbM, F st inv
1407 Gx 3 40.2 -18 35 s Eri 2.5 9.8 vB, L, R, svmbMN
I1987 Gx 3 40.2 -55 03 c Ret 1.5 eF, vS, R
1413 Gx 3 40.3 -15 35 r Eri eF, vS, R, lbM
I1981 Gx 3 40.5 -26 52 c For 1.9 eF, eS, lE, * close nf; = 1412
1412 - 3 40.6 -26 13 r For F, S, E, gbM, * sf 2'
1419 Gx 3 40.6 -37 31 r Eri pF, pS, R, psbM
I1986 3 40.6 -45 22 d Hor eF, eS, cE 135deg
I1977 Gx 3 40.8 +17 45 u Tau 1.7 15. p F, S, R, dif, *13.5 nr
I1983 Gx 3 40.9 -22 34 c Eri 4.0 vF, pS, R
1415 Gx 3 41.0 -22 34 s Eri 3.6 12. p pB, S, lE, pglbM, * sf
1416 Gx 3 41.0 -22 43 s Eri 1.5 14. p eF, S, R, *8.6 n 2'
1409 Gx 3 41.2 -01 17 s Tau 1.3 15. p eF, stellar or lE
1410 Gx 3 41.2 -01 17 v Tau makes Dneb with 1409, pos 0deg
I 341 3 41.2 +21 57 d Tau vF, eeL, v dif
I 345 Gx 3 41.2 -18 19 m Eri 0.4 15. p eF, vS, iR, gbM
1414 3 41.5 -21 41 D Eri eF, pS, mE 0deg , bMN
1422 Gx 3 41.5 -21 41 s Eri 2.1 13. p eF, pS, E 80deg
I 344 Gx 3 41.5 -04 39 x Eri eeF, pL, R, 1417 f
I 346 Gx 3 41.7 -18 16 c Eri 1.9 eF, pL, E 80deg , dif
I1989 Gx 3 41.9 -50 57 c Hor 1.2 stell
1417 Gx 3 42.0 -04 42 s Eri 2.8 12.0 pF, pL, lE, lbM, * sf
1433 Gx 3 42.0 -47 13 s Hor 6.8 10.0 vB, L, pmE, vsvmbM *10
1425 Gx 3 42.2 -29 54 s For 5.4 12. p F, pL, iR, gbM
1418 Gx 3 42.3 -04 44 s Eri 1.5 15. p vF, S, E, *11 sf 1'
1427 Gx 3 42.3 -35 25 s For 2.8 12. p pF, S, R, psmbM
1428 Gx 3 42.4 -35 10 s For 1.8 F
1421 Gx 3 42.5 -13 29 s Eri 3.6 11.4 F, cL, mE 0deg , r
I 347 Gx 3 42.5 -04 17 m Eri 0.7 13. p eF, vS, R, stellar
1423 Gx 3 42.6 -06 22 r Eri 15. p eeF, S, R, v diffic
1420 *** 3 42.7 -05 51 F Eri F, vS, *13 p
1426 Gx 3 42.8 -22 07 s Eri 2.1 11.4 pF, S, lE, bM
I1988 3 42.8 -39 53 d Eri eF, pL, R, 2 st nr f, 2 st np
1424 Gx 3 43.2 -04 44 s Eri 2.1 15. p vF, *10-11 np
1430 - 3 43.4 -18 14 r Eri eF, S, E 20deg , sbMN
1436 Gx 3 43.6 -35 51 c Eri glob. cl. , vB, pmE, pgbM; = 1437
1437 Gx 3 43.6 -35 52 s Eri 2.9 12. p F, vL, R, glbM
1429 * 3 44.0 -04 43 r Eri eF, vS, E 0deg , gbMN, f of 2
1434 - 3 44.4 -09 41 r Eri eF, S, R, *8.5 f 25s , n 3'
1448 Gx 3 44.5 -44 39 s Hor 8.1 11. p pB, L, vmE 222deg ; = 1457
1457 Gx 3 44.5 -44 38 D Hor pF, pL, eE 42deg , vgpmbM; = 1448
1466 Gb 3 44.5 -71 41 s Hyi 2.3 11.4 pF, pS, iR, glbM, *7 f
I 348 C+N 3 44.5 +32 17 s Per 10. 7.3 pB, vL, vgbM
1431 Gx 3 44.6 +02 51 r Tau 15. p eF, pL, iR
I1985 3 44.6 +32 10 d Per *8 in F, eL neb
I 350 Gx 3 44.7 -11 49 m Eri 0.8 14. p F, S, R, v dif
I1991 3 44.7 -51 33 d Hor stell, E spnf
1439 Gx 3 44.8 -21 55 s Eri 2.3 12. p F, pS, gpmbM
1445 Gx 3 44.9 -09 50 r Eri vF, S, R, *9 np 2'
I1997 Gx 3 44.9 -59 08 c Ret 1.3 eF, vS, R, cbM, stell N
1440 Gx 3 45.0 -18 16 s Eri 2.3 13. p pB, pS, R, smbM *13
1442 Gx 3 45.0 -18 16 c Eri pB, vS, bM; = 1440
I1996 3 45.0 -57 20 d Ret eeF, eS, eE 95deg
I1992 3 45.1 -51 01 d Hor stell
I 334 Gx 3 45.2 +76 38 s Cam 6.0 12. p pB, S, *13 inv sf
1438 Gx 3 45.4 -23 01 v Eri 2.6 eF, mE, N, *10 f 1'
1452 Gx 3 45.4 -18 38 s Eri 1.7 13. p F, R, lbM, hazy *
1455 Gx 3 45.4 -18 38 c Eri 2.6 vF, S, lE 30deg , sbMN; = 1452
1450 Gx 3 45.6 -09 13 r Eri eF, pS, R (D, dist 0'.4?)
1441 Gx 3 45.7 -04 06 s Eri 1.5 12.9 vF, S, iE, *12 f
1443 * 3 45.7 -04 01 F Eri vF, nf 1441
1432 Nb 3 45.8 +24 22 s Tau 30. eF, vL, dif (Maia, in Pleiades)
1447 Gx 3 45.8 -08 59 r Eri vF, S, R, neb? *7-8 f 3'
I1994 3 45.8 -51 40 d Hor E ns
1454 - 3 45.9 -20 41 r Eri vF, eS, R, (*?), *9.5 sp 3'
1446 Gx 3 46.0 -04 04 m Eri 0.4 14. p eF, f 1441
1449 Gx 3 46.0 -04 08 s Eri 1.1 13.5 vF, vS, vlE
1435 Nb 3 46.1 +23 47 s Tau 30. vF, vL, dif (Merope)
1451 Gx 3 46.1 -04 04 s Eri 0.7 13.3 vF, vS, lE
1460 Gx 3 46.1 -36 41 r Eri F, S, R, * att
1463 Gx 3 46.2 -59 48 r Ret cF, S, R, glbM, am 7 B st
I 349 Nb 3 46.3 +23 56 s Tau eF, vS, pos 165deg , dist 36" from Merope
1453 Gx 3 46.4 -03 58 s Eri 2.1 11.6 pB, S, R, *17 in M
I 342 Gx 3 46.8 +68 06 s Cam 17.8 9. p pB, vS, *12 close n
1458 - 3 47.0 -18 15 D Eri nonexistent
1459 Gx 3 47.0 -25 31 r For 14. p eF, pS, gbM
I1993 Gx 3 47.1 -33 43 c For 2.5 eF, L, cE, *7.5 att, v diffic
1473 Gx 3 47.4 -68 12 r Hyi cF, pL, R, gvlbM
I 351 Pl 3 47.5 +35 03 s Per 0.1 12. p plan = *10, *9 p 14s , 2' s
I1990 3 47.5 +24 37 d Tau vL, mE pf, 15' l
I 352 3 47.6 -08 44 d Eri F, vS, R, bM
I1999 3 47.7 -56 57 d Ret eeF, vS, cE 140deg
1456 - 3 48.2 +22 34 r Tau D* 10-12, comp nebulous at 130deg , 9"
1461 Gx 3 48.5 -16 24 s Eri 3.3 11.7 pB, S, lE, mbMN
I2000 Gx 3 49.1 -48 52 c Hor 3.8 cB, L, eE 80deg , vmbM
1444 OC 3 49.4 +52 40 s Per 4. 6.6 Cl of ab 30 st 12...14
1462 Gx 3 50.3 +06 59 r Tau 15. p vF, S, vlE
I1995 3 50.3 +25 35 d Tau *6 in eF, eeL neb
I2001 3 50.9 -48 38 d Hor eF, vS, R, 3 st nr
1464 Gx 3 51.4 -15 25 r Eri pF, S, R, 2 st nr
I1998 Gx 3 51.5 +01 11 z Tau 16. p F, S, R, bMN
I2004 3 51.8 -49 25 d Hor eF, S
1467 Gx 3 51.9 -08 51 r Eri 15. p eF, vS, R, *9 s 4'
I2010 Gx 3 52.0 -59 56 c Ret 1.2 eF, S, E 70deg
I2051 Gx 3 52.0 -83 50 c Men 2.6 ! vF, vS, stell N ellipt ring
1476 Gx 3 52.1 -44 32 c Hor 1.7 cF, S, E 90deg , gbM
1468 Gx 3 52.2 -06 21 r Eri 15. p vF, vS, R, bM
1470 Gx 3 52.2 -09 01 r Eri 15. p eF, S, E 0deg
I2011 3 52.5 -57 29 d Ret eeF, vS, R
1483 Gx 3 52.7 -47 29 v Hor cF, pL, R, vglbM
I2012 3 52.8 -58 38 d Ret eeF, eS, cE ns
1471 - 3 53.1 -15 24 r Eri vF, vS, E 45deg ; = 1464?
I 354 3 53.3 +23 25 d Tau vF, eeL, v dif
1490 Gx 3 53.5 -66 02 r Ret pB, S, vlE, pmbM
1465 Gx 3 53.6 +32 28 r Per 15. p pF, pS, R, pB* nr p
I2009 Gx 3 53.6 -48 59 c Hor 1.9 eF, S
1472 Gx 3 53.7 -08 35 r Eri vF, eS, stell N, 1st of 3
I 355 3 53.8 +20 00 d Tau vF, S, R, dif
1477 Gx 3 54.0 -08 35 r Eri eF, vS, 2nd of 3
1475 - 3 54.1 -08 07 r Eri eF, eS, R, *14 np 4'
1478 Gx 3 54.1 -08 34 r Eri eF, vS, 3rd of 3
I2006 Gx 3 54.1 -35 59 s Eri 2.3 12. p pB, S, R, * nr nf, D* sp
1474 Gx 3 54.2 -10 25 r Eri 14. p vF, S, R
1484 Gx 3 54.2 -37 00 r Eri vF, L, E, vgvlbM
1479 - 3 54.4 -10 12 r Eri eF, S, E, p of 2
1481 Gx 3 54.4 -20 25 r Eri 15. p eF, S, R, 2 B st f, p of 2
I2002 Gx 3 54.4 +10 43 u Tau 1.4 15. p F, E ns, dif, *14 n
1480 3 54.5 -10 16 d Eri eF, S, iR, f of 2, *10 f 30s
1482 Gx 3 54.7 -20 30 s Eri 1.5 14. p F, S, vlE, 2 st 10 nr, f of 2
I 353 Nb 3 55.0 +25 29 s Tau 180. vF, eeL, v dif
I2007 Gx 3 55.4 -28 10 c Eri 1.8 eF, S, R, F* att nf
I2008 3 55.4 -28 10 c Eri eF, vS, eF* v close nf; = IC 2007
I2014 Gx 3 55.4 -56 45 c Ret 1.4 eeF, vS, R
1487 Gx 3 55.8 -42 22 s Eri 2.0 12. p pB, pL, R, gbM, 2 st triangle
1486 Gx 3 56.3 -21 49 r Eri 15. p eF, vS, R
I2003 Pl 3 56.4 +33 52 s Per 0.1 13. p pB, eS, lE ns, *13 n 4", *12 sp 18"
1503 Gx 3 56.5 -66 02 r Ret eF, pS, R, *10 np
I2013 3 56.7 -17 06 d Eri cB, cL, mE 170deg , cbM, susp
I2017 Gx 3 56.7 -59 24 c Ret 1.3 eF, vS, R
1493 Gx 3 57.5 -46 12 s Hor 2.6 12. p F, cL, R, vglbM
1520 OC 3 57.5 -76 50 A Men Cl, pL, lRi, st 9-10
1489 Gx 3 57.6 -19 14 r Eri 14. p eF, pS, E 190deg
I2005 Gx 3 57.6 +36 48 z Per 16. p F, vS, R, stell
1494 Gx 3 57.7 -48 54 s Hor 2.6 12. p F, L, R, vgvlbM, 3 st n
I2018 Gx 3 57.9 -52 47 c Dor 1.2 eF, vS, R
I2015 3 58.0 -40 27 d Hor eF, S, R, bM, susp
1488 Gx 3 58.1 +18 34 r Tau 15. p *12 inv in neb
1492 Gx 3 58.1 -35 27 r Eri vF, vS, R
1500 Gx 3 58.2 -52 19 r Dor F, vS, R, pmbM, *8 np
1495 Gx 3 58.4 -44 28 c Hor 2.9 eF, S, lE 90deg , vgvlbM
I2022 3 58.7 -59 02 d Ret eeF, eS, mE 5deg , cbM
I2020 3 59.0 -54 03 d Ret eF, vS, R
I2021 3 59.4 -52 40 d Dor eF, vS, R
1511 Gx 3 59.5 -67 38 s Hyi 3.3 12. p pB, pS, mE 121deg .5, gbM
I2023 3 59.7 -52 41 d Dor eF, vS, R
I2024 Gx 4 00.1 -53 22 c Ret 1.1 eF, vS, cE 35deg
1506 Gx 4 00.4 -52 34 r Dor eeeF, S, R, bet 2 st 12 & 13
I2025 Gx 4 00.4 -53 04 c Ret 1.1 eF, vS, cE 135deg
1469 Gx 4 00.5 +68 35 s Cam 2.3 15. p vF, vS, R, B* nr
1498 - 4 00.5 -12 01 r Eri Cl, S, C
1499 Nb 4 00.7 +36 37 s Per 145. vF, vL, E ns, dif
I2028 Gx 4 01.3 -52 42 c Dor 1.1 cF, vS, R
I2029 Gx 4 01.3 -52 48 c Dor 1.3 eF, vS, R
I2016 Gx 4 01.9 +20 13 z Tau 16. p eF, vS, *15 s 30"
I2019 Gx 4 02.0 +05 38 u Tau 1.1 15. p F, S, R, stell, r
1497 Gx 4 02.1 +23 08 r Tau 14. p eF, vS, iR, mbM
1504 Gx 4 02.5 -09 19 r Eri 15. p eF, S, R, gbM
1505 Gx 4 02.7 -09 18 r Eri 15. p eF, S, R, gbM
1491 Nb 4 03.4 +51 19 s Per 3. vB, S, iF, bM, r, * inv
1510 Gx 4 03.5 -43 25 s Hor 1.0 13.0 F, pL, R, vgmbM
I 358 Gx 4 03.7 +19 53 u Tau 1.4 15. p vS, dif, lbM
I 357 Gx 4 03.8 +22 09 u Tau 1.3 14. p F, S, R, N = 13.5
1512 Gx 4 03.9 -43 21 s Hor 4.0 10.6 eF ring , B, cL, R, bM
I2026 4 03.9 -11 11 d Eri vF, vS, stell
1509 Gx 4 04.0 -11 12 r Eri 15. p vF, vS, lE, F* nr p
1515 Gx 4 04.1 -54 06 s Dor 5.4 11.0 B, L, vmE 10deg , bM
1496 OC 4 04.4 +52 37 s Per 6. 10. p Cl, segment of a ring
1507 Gx 4 04.5 -02 11 s Eri 3.4 12.2 vF, pL, mE, vlbM, er
I2030 4 04.9 -19 14 d Eri cF, vS, eE 135deg , susp
1485 Gx 4 05.1 +71 00 s Cam 2.4 14. p eF, pS, R
1526 Gx 4 05.2 -65 50 r Ret eF, vS, R, glbM
1508 Gx 4 05.8 +25 24 r Tau 15. p vF, vS, R, bM, r
I2031 4 05.9 -05 37 d Eri eF, vS, dif, lbM, *11 nf 3'
1522 Gx 4 06.1 -52 40 r Dor eF, vS, R, vlbM
1523 Ast 4 06.2 -54 06 D Dor only 3 vF st (not a neb)
I2034 Gx 4 06.6 -57 58 c Ret 1.2 eeF, vS, cE 115deg
I2027 Gx 4 06.7 +37 07 u Per 1.2 16. p F, vS, R, vlbM
1518 Gx 4 06.8 -21 11 s Eri 3.0 11.8 B, L, pmE, gbM, *8 sp
1501 Pl 4 07.0 +60 55 s Cam 0.9 13. p PN , pB, pS, vlE, 1' diam
I2032 Gx 4 07.1 -55 20 c Dor 1.5 eF, vS, R
1529 Gx 4 07.2 -62 54 r Ret vF, S, R, gbM
I2033 Gx 4 07.2 -53 41 c Dor 1.3 eF, vS, cE 130deg
I2054 4 07.2 -78 15 d Men eeF, eS, vF* 1' nf, susp
1502 OC 4 07.7 +62 20 s Cam 8. 5.7 Cl, pRi, cC, iF
I 356 Gx 4 07.8 +69 49 s Cam 5.2 11. p pF, pL, bM, *8.5 4' n
1516 Gx 4 08.1 -08 53 r Eri 15. p eeF, S, E, psmbM, er
1519 Gx 4 08.1 -17 12 s Eri 2.0 13. p vF, S, lE, vS* inv
1521 Gx 4 08.3 -21 03 s Eri 2.9 11.4 pB, R, bM
I2037 Gx 4 08.3 -58 45 c Ret 1.5 eF, vS, eE 90deg , cbM
1527 Gx 4 08.4 -47 53 s Hor 3.4 12. p pB, pS, E 77deg , vsmbMRN
1534 Gx 4 08.8 -62 47 r Ret F, S, R, vS* 3/4deg sf
I2038 Gx 4 08.9 -56 00 c Dor 1.7 eF, vS, eE 145deg
I2035 Gx 4 09.0 -45 31 s Hor 12. p F, vS, R
I2039 Gx 4 09.0 -56 01 c Dor 1.3 eF, vS, R
1514 Pl 4 09.2 +30 47 s Tau 1.9 10. p *9 in neb 3' diam
1517 Gx 4 09.3 +08 39 r Tau 14. p vF, vS, R, r, *9-10 sf
1533 Gx 4 09.9 -56 07 s Dor 2.9 10.9 vB, vL, R, smbM, 2 st 10 nf
1513 OC 4 10.0 +49 31 s Per 9. 8.4 Cl, L, vRi, pC, st vL
I2036 4 10.0 -39 42 d Hor eeF, pS, R, v diffic, *9 f
1524 - 4 10.3 -08 48 r Eri eF, pS, R, gbM, Dneb with 1525
1525 - 4 10.3 -08 48 r Eri eF, pS, R, gbM, at 340deg , 0'.5 from 1524
1536 Gx 4 11.0 -56 29 s Ret 2.0 13. p vF, R, pL, vlbM
I2043 Gx 4 11.2 -53 41 c Dor 1.3 eF, vS, eE 5deg , vmbM
I2044 4 11.2 -54 31 d Dor eF, vS, R
I2046 4 11.4 -54 40 d Dor vF, vS, R
I2042 4 11.7 -47 16 d Hor *9 in neb 1' diam
1531 Gx 4 12.0 -32 51 s Eri 1.3 12.1 pB, pL, R, bM, np of 2
1532 Gx 4 12.1 -32 52 s Eri 5.6 11. p B, vL, vmE 32deg , psmbM
I2049 Gx 4 12.1 -58 33 c Ret 1.1 eF, vS, R
I2041 Gx 4 12.6 -32 49 c Eri 1.5 eF, vS, R, *10 close s
1543 Gx 4 12.8 -57 44 s Ret 3.9 10.6 B, pL, E, smbMN = *11
I 360 Nb 4 13.0 +25 38 s Tau 180. vF, eeL, v dif
I2040 Gx 4 13.0 -32 33 c Eri 1.6 vF, vS, R, rr?, 1531-32 s
1557 - 4 13.3 -70 25 r Hyi Cl, vlC, ab 20 sc st
1537 Gx 4 13.7 -31 39 s Eri 12. p vB, pS, lE, psvmbM
I2050 Gx 4 13.9 -53 29 c Dor 1.4 F, vS, cE 60deg
1535 Pl 4 14.2 -12 44 s Eri 0.7 10. p PN , vB, S, R, pS, vsbM, r
I2048 ? 4 14.3 -33 07 x Eri eeF, eS, B* f, v diffic
1546 Gx 4 14.6 -56 04 s Dor 3.2 11.6 pB, lE, gbMEN, ** p
I2045 4 14.6 -13 10 d Eri eF, eS, alm stell, nr 1538
1538 Gx 4 14.7 -13 12 r Eri 15. p eF, vS, R, gbM
I2047 4 14.9 -13 11 d Eri eF, eS, diffic, nr 1538
I2052 4 15.0 -54 20 d Dor vF, vS, mE
1540 Gx 4 15.2 -28 29 c Eri 1.2 vF, vS, E, gvlbM, r
1528 OC 4 15.4 +51 14 s Per 24. 6.4 Cl, B, vRi, cC
1549 Gx 4 15.7 -55 36 s Dor 3.7 9.9 B, pS, R
I2053 4 15.8 -49 22 d Dor eF, S, cE 140deg , susp
1553 Gx 4 16.2 -55 47 s Dor 4.1 9.5 vB, pS, R, gmbM, am 3 st; a Dneb
I2056 Gx 4 16.5 -60 13 s Ret 1.9 12. p F, pL, R, bM
I 362 Gx 4 16.7 -12 13 m Eri 0.3 14. p pB, vS, bM
1541 Gx 4 17.0 +00 50 r Tau 15. p vF, S
1542 Gx 4 17.2 +04 48 r Tau 15. p vF, S, E
1547 4 17.2 -17 53 D Eri pF, pS, iR, Cl
1559 Gx 4 17.6 -62 47 s Ret 3.3 10.5 vB, vL, mE, vgpmbM, *14 att n
1556 Gx 4 17.7 -50 10 D Dor cF, S, E 165deg , vglbM
I2055 4 17.8 -48 55 d Dor F, S, cE ns, susp
I2058 Gx 4 17.9 -55 56 c Dor 2.7 cB, cL, eE 10deg
I2060 Gx 4 17.9 -56 37 c Ret 1.3 F, S, bM
I 363 4 18.9 +03 03 d Tau eF, *9 nf 3'
1539 Gx 4 19.0 +26 51 r Tau 15. p vF, vS, gbM
I 359 Nb 4 19.0 +28 12 s Tau 15. eeF, pL, R
I 361 OC 4 19.0 +58 18 s Cam 6. 11.7 F, L (neb Cl?)
I 364 Gx 4 19.1 +03 10 z Tau 15. p vF, vS, R, sbM
I 365 Gx 4 19.2 +03 20 m Tau 0.6 14. p pB, S, iF, sbM
1558 Gx 4 19.3 -45 02 v Hor pF, S, E, gbM
1550 Gx 4 19.6 +02 26 r Tau 14. p vF, S, R, *13 nr
1551 - 4 19.6 +01 25 r Tau F, vS, R, probably = 1550
I 366 4 19.6 +02 21 d Tau eF, 3' sf of 1550
1566 Gx 4 20.0 -54 56 s Dor 7.6 9.4 B, vL, VG, svmbM, 15s d in RA
1552 Gx 4 20.3 -00 40 r Eri 14. p cF, pS, lE, vgbM, *11 sp
I2059 Gx 4 20.4 -31 44 c Eri 1.4 eeF, pL, R
I 367 Gx 4 20.6 -14 47 m Eri 0.3 15. p pB, pL, dif
1545 OC 4 20.9 +50 15 s Per 18. 6.2 Cl, pRi, lC, st L
1548 OC 4 21.0 +36 56 r Per Cl, vL, lRi, lC, st 10...12
1567 Gx 4 21.1 -48 15 c Cae 1.2 F, S, R, bM
I2065 Gx 4 21.5 -55 56 c Dor 1.2 vF, vS, vmE 45deg , pmbM
1562 Gx 4 21.7 -15 45 r Eri vF, eS, R, glbM
1554 Nb 4 21.8 +19 32 s Tau !!! var, S, R, Nn = *13
I2057 Gx 4 21.9 +04 03 z Tau 15. p pB, pS, R, gbM, r
1574 Gx 4 22.0 -56 58 s Ret 2.0 10.5 pB, S, R, pgbM, 2 S st sf
1570 Gx 4 22.1 -43 38 c Cae F, S, R, gbM; = 1571
1571 Gx 4 22.2 -43 38 r Cae vF, S, R, gbM, ** nf
1572 Gx 4 22.6 -40 36 r Cae pF, S, R, *13 nf 1'
I 368 Gx 4 22.7 -12 37 m Eri 0.8 14. p eS, R, bM
1555 Nb 4 22.9 +19 32 r Tau !!! vF, S, variable
1563 4 22.9 -15 44 D Eri eF, vS, R, lbM, D with 1564
1564 Gx 4 22.9 -15 44 r Eri eF, vS, R, lbM, D with 1563
I2063 4 22.9 -15 44 F Eri eF, vS, nr 1561-65
1561 Gx 4 23.0 -15 51 r Eri 15. p vF, vS, lE 170deg , glbM, *8 p 6s
1530 Gx 4 23.4 +75 18 s Cam 4.9 12. p pB, L
1565 Gx 4 23.4 -15 45 r Eri 15. p eF, pS, lE
I 369 Gx 4 23.5 -11 47 m Eri 0.5 15. p F, S, R, stellar
I2064 4 23.5 -15 41 d Eri susp, nf 1565
I2066 4 23.5 -54 45 d Dor eeF, vS, R
1578 Gx 4 23.8 -51 35 r Dor pF, S, R, bM
I2061 4 24.0 +21 05 d Tau F, cS, R, susp
I 370 Gx 4 24.1 -09 23 m Eri 1.2 14. p eF, S, dif
1568 Gx 4 24.4 -00 45 r Eri 15. p eF, vS, R, nearly bet 2 st
I2070 Gx 4 24.6 -57 59 c Dor 1.7 vF, vS, cbM
1581 Gx 4 24.7 -54 56 r Dor F, S, E, glbM
I2069 4 25.9 -48 12 d Cae eeF, S, R, susp
1576 Gx 4 26.2 -03 37 r Eri 15. p eF, bM, bet 2 st
I2071 4 26.2 -53 08 d Dor eeF, vS, cE 80deg
1575 Gx 4 26.3 -10 07 D Eri 13. p vF, pS, R, *9.5 s 2'; = 1577
1577 Gx 4 26.3 -10 07 D Eri 13. p vF, pL, R, lbM, * nr s
I2068 Gx 4 26.6 -42 06 c Cae 1.3 eF, pL, R, 1585 f
I2073 Gx 4 26.6 -53 11 c Dor 1.4 vF, vS, eE 60deg , stell N
I2072 4 26.9 -48 22 d Cae cF, S, R, susp
1585 Gx 4 27.5 -42 09 r Cae pF, S, R, gbM, *12 288deg
1596 Gx 4 27.6 -55 02 s Dor 3.9 11.0 B, pL, mE 15deg , smbM, p of 2
1602 Gx 4 27.9 -55 03 v Dor eF, pL, lE, f of 2
1584 Gx 4 28.1 -17 32 r Eri F, eS, R, sbMN
I2076 4 28.1 -48 13 d Cae vF, vS, cE 130deg , susp
1580 Gx 4 28.2 -05 11 r Eri 14. p vF, vS, R, r
1583 Gx 4 28.3 -17 37 r Eri 15. p F, vS, R, sbMN
1595 Gx 4 28.4 -47 49 c Cae 1.5 vF, S, R, bM
I2079 Gx 4 28.5 -53 44 c Dor 1.3 eF, vS, E 130deg
1598 Gx 4 28.6 -47 47 c Cae 1.6 F, S, R, bM
I2081 Gx 4 29.0 -53 37 c Dor 1.5 eF, vS, R, bet 2 F st
I2082 Gx 4 29.1 -53 50 s Dor 12.8 cF, S, R
1629 OC 4 29.3 -71 50 r Hyi vF, pL, R, glbM
1591 Gx 4 29.4 -26 44 r Eri 13. p pF, pS, R, gbM
1592 4 29.6 -26 58 D Eri only F st
I 372 ? 4 30.1 -05 01 n Eri F, vS, R, lbM
1579 Nb 4 30.2 +35 16 s Per 12. pB, vL, iR, mbM, *8 350deg , 2'
I 371 4 30.2 -00 33 d Eri stellar, eS (neb?)
1586 Gx 4 30.7 -00 19 r Eri 14. p vF, iF, vlbM, bet ** & *14
1587 Gx 4 30.7 +00 40 s Tau 2.0 13. p F, pS, R, r, p of Dneb
I 373 Gx 4 30.7 -04 52 m Eri 1.0 15. p F, vS, R, mbM
I2083 Gx 4 30.7 -53 59 c Dor 1.1 eF, vS, R
1569 Gx 4 30.8 +64 51 s Cam 2.9 11.2 pB, S, lE, BNM, *9.5 n 1'
1588 Gx 4 30.8 +00 39 s Tau 1.8 14. p F, vS, R, r, f of Dneb
1589 Gx 4 30.8 +00 51 s Tau 3.1 14. p F, pL, lE 132deg , * 42deg , 80"
1594 Gx 4 30.8 -05 48 r Eri 14. p vF, pS
I2067 4 30.8 +35 27 d Per vF, R, *15 inv n, *17 close np
I2075 Gx 4 31.0 -05 48 v Eri 2.0 eF, pL, vlbM
I 375 4 31.1 -12 58 d Eri vF, dif, lbM
I 376 Gx 4 31.1 -12 27 m Eri 0.8 14. p F, iF
1590 Gx 4 31.2 +07 37 s Tau 1.3 15. p F, S, *12 nf
1597 Gx 4 31.2 -11 17 r Eri 15. p eF, vS, R, gbM
I 377 4 31.3 -12 27 d Eri F, iF
I2074 OC 4 31.3 +07 42 x Tau vF, S, st inv; S Cl?
I2085 Gx 4 31.4 -54 25 c Dor 2.4 eF, vS, eE 110deg
I 378 4 31.5 -12 18 d Eri * strongly nebs
1599 Gx 4 31.6 -04 35 s Eri 1.1 15. p vF, vS, R, vlbM
I2086 4 31.6 -53 38 d Dor eeF, vS, R
1600 Gx 4 31.7 -05 05 s Eri 2.5 11.1 pB, pL, R, gmbM
1603 Gx 4 31.7 -05 06 r Eri 15. p vF, vS
1617 Gx 4 31.7 -54 36 s Dor 4.7 10.4 B, L, mE 106deg , vg, vsmbMN 5"
I 380 Gx 4 31.7 -12 56 m Eri 0.6 15. p vF, bM
1601 Gx 4 31.8 -05 06 s Eri 1.0 13.8 vF, vS
1593 Gx 4 31.9 +00 34 A Tau vF; = 1608
1604 Gx 4 31.9 -05 22 r Eri 14. p eF, S, R, bet * & D*
1608 Gx 4 31.9 +00 35 r Tau 15. p pF, cS, *12 2' n; = IC 2077
I 379 Gx 4 31.9 -07 15 m Eri 0.9 15. p vF, S, R, dif
I2078 4 31.9 -04 41 d Eri eF, pS
1582 OC 4 32.0 +43 51 s Per 37. 7. p Cl, vL, pRi, lC, st L
1607 Gx 4 32.0 -04 27 r Eri 15. p F, S, R, lbM
1606 Gx 4 32.1 -05 02 v Eri eF
I2077 4 32.1 +00 34 x Tau F, vS, gbMN; = 1608
I2084 4 32.1 -48 17 d Cae F, S, R, susp
I2080 4 32.3 -05 45 d Eri eF, vS, 1594 p about 90s , 3' s
I 374 Gx 4 32.5 +16 38 z Tau 16. p F, S, R, mbM
1609 Gx 4 32.6 -04 22 r Eri 15. p vF, eS, *17 45" n
I2089 4 32.6 -75 33 d Men eeF, vS, R, F* 1' f, susp
1616 Gx 4 32.7 -43 43 r Cae F, S, E, vglbM
1560 Gx 4 32.8 +71 53 s Cam 9.8 11.5 vF, L, E, *9.3 sp
I2062 Gx 4 32.8 +71 54 t Cam 8.8 12. p eF; = 1560
1611 Gx 4 33.0 -04 17 r Eri 15. p eF, S, E 90deg +/-
1612 Gx 4 33.1 -04 10 r Eri 15. p vF, vS, R, gmbM
1613 Gx 4 33.3 -04 15 r Eri 15. p F, vS, R, mbM
1614 Gx 4 34.0 -08 35 s Eri 1.3 12.9 pF, S, R, lbM
1610 Gx 4 34.1 -04 42 r Eri eF, vS, R, bMN
1623 Gx 4 34.9 -13 31 r Eri eF, vS, R, gbMN
1573 Gx 4 35.0 +73 15 s Cam 2.2 14. p vF, S, *9.5 f
1605 OC 4 35.0 +45 15 s Per 5. 10.7 Cl, vF, pS, C, st eS
1615 Gx 4 36.0 +19 57 s Tau 1.6 15. p vF, vS, R, lbM, vS* inv
1618 Gx 4 36.1 -03 09 s Eri 2.8 12.6 F, S, iF, lbM, 2 st sf
1641 OC 4 36.1 -65 46 r Dor Cl, pL, pRi, pmC, st 11...16
1619 - 4 36.2 -04 50 r Eri eeF, S, R; nonexistent?
1621 Gx 4 36.3 -04 58 r Eri 14. p eF, S, R, lbM
1620 Gx 4 36.6 -00 09 s Eri 3.0 14. p vF, pL, mE 140deg , B** nf
1622 Gx 4 36.6 -03 11 s Eri 3.9 12.3 vF, S, *20 p 5s , 1618 p
1625 Gx 4 37.1 -03 18 s Eri 2.7 12.4 vF, E 141deg , sbM, F* att np, *6 p 48s
1626 - 4 37.2 -05 00 r Eri eF, vS, R, *8 np
1630 Gx 4 37.3 -18 54 r Eri eF, eS, R
1627 Gx 4 37.5 -04 51 r Eri 13. p eF, pL, R, 2 st sf, s of 2
1628 Gx 4 37.5 -04 42 r Eri 14. p vF, pS, mE ns, n of 2
1651 Gb 4 37.5 -70 35 r Men pF, L, vlE, vglbM
1632 Gx 4 37.9 -09 31 r Eri 13. p eF, vS, R
I 382 Gx 4 37.9 -09 31 m Eri 2.0 13. p pB, pL, R, SN
1644 Gb 4 38.0 -66 12 r Dor 13. p F, S, R, gbM
1649 - 4 38.1 -68 49 r Dor F, pS, R, gbM; = 1652?
1652 Gb 4 38.1 -68 40 r Dor vF, S, R, glbM
1631 Gx 4 38.4 -20 40 r Eri 14. p vF, S
I 383 4 39.0 +09 54 d Tau vF, S, dif, *11.5 f
I 384 4 39.3 -07 50 d Eri F, eS, R, *11 n
I 385 4 39.5 -07 06 d Eri vF, vS, R, dif
I2103 Gx 4 39.8 -76 50 c Men 1.7 cF, vS, eE 80deg , stell N
1633 Gx 4 40.0 +07 21 r Tau 14. p eF, S, R, *8 sp, p of Dneb
1634 Gx 4 40.0 +07 20 r Tau 15. p eF, vS, f of Dneb
I 386 4 40.0 -09 27 d Eri vF, vS, vlbM
I2087 Nb 4 40.0 +25 44 s Tau 4. eeF, in hole of eL neby
1635 Gx 4 40.1 -00 33 s Eri 1.7 14. p F, S, R, bM, *11 nf 12s
1624 C+N 4 40.4 +50 27 s Per 5. 10.4 F, cL, iF, 6 or 7 st + neb
1636 Gx 4 40.7 -08 36 r Eri 14. p vF, pS, R, vgbM, r, * nf 1'
1639 *** 4 40.9 -17 00 D Eri only 3 st 12.5 forming equilateral triangle
1637 Gx 4 41.5 -02 51 s Eri 3.3 10.9 cB, L, R, vgbM
1638 Gx 4 41.6 -01 49 s Eri 2.5 12.1 F, pL, lE
I 387 Gx 4 41.7 -07 05 v Eri 1.5 eF, pL, v dif, diffic
I 388 Gx 4 42.0 -07 18 m Eri 0.4 15. p vF, v dif, S* inv
I 389 Gx 4 42.0 -07 18 m Eri 0.4 15. p F, S, R, stellar
I 390 Gx 4 42.1 -07 13 m Eri 0.7 15. p vF, vS, R
1640 Gx 4 42.2 -20 26 s Eri 2.8 11.7 vF, pS, E 40deg , gbM
1673 OC 4 42.4 -69 51 r Men vF, S, att to *10
1642 Gx 4 42.9 +00 37 s Tau 2.0 14. p F, R, cometary, triangle with 2 st 18 f
1669 Gx 4 43.0 -65 48 r Dor eF, S, R
1643 Gx 4 43.6 -05 17 r Eri 14. p F, vS, iR, bM
1676 OC 4 43.7 -68 50 r Dor vF, pL, iR, r
I2088 4 43.7 +27 16 d Tau eeL, 3deg long
1645 Gx 4 44.0 -05 26 r Eri 14. p vF, pS, R (1643 np)
1658 Gx 4 44.0 -41 27 r Cae F, pS, pmE, glbM
1660 Gx 4 44.2 -41 29 r Cae vF, S, lE, glbM
1646 Gx 4 44.3 -08 33 r Eri 14. p F, vS, iR, bM, *7 np
I 381 Gx 4 44.4 +75 39 s Cam 3.4 14. p F, S, bM, *12 np
1648 Gx 4 44.5 -08 29 r Eri 16. p eeF, pS, v diffic, 1646 sp
I2090 4 44.7 -34 00 d Cae vF, pS, R, 3 st sp
1841 Gb 4 45. -84 00 r Men 12. p pF, L, iR, vsbM, r
1650 Gx 4 45.1 -15 51 r Eri 14. p vF, pS, E 0deg , bMN
1672 Gx 4 45.7 -59 15 s Dor 4.8 11. p B, L, smbMN
1653 Gx 4 45.8 -02 25 s Eri 2.0 13. p F, cS, R, lbM
1654 Gx 4 45.8 -02 06 s Eri 1.0 14. p F, S, R, lbM, r? p of 2
1656 Gx 4 45.8 -05 08 r Eri 14. p L, stell N in F neb E npsf
1647 OC 4 46.0 +19 04 s Tau 45. 6.4 Cl, vL, st L, sc
1668 Gx 4 46.1 -44 43 r Cae eF, R, att to *14
1655 4 46.2 +20 56 D Tau hazy *
1657 Gx 4 46.2 -02 04 r Eri 15. p fainter but larger than 1654
I 392 Gx 4 46.4 +03 30 u Ori 1.5 15. p pB, S, R, N = 12.5
1659 Gx 4 46.5 -04 47 s Eri 1.7 12.5 pF, pS, iE 90deg +/- , bM
I2091 Ast 4 46.6 -04 41 x Eri F, stell N
I2092 D* 4 46.8 -04 57 x Eri S, spiral, stell N
1661 Gx 4 47.2 -02 03 r Ori 14. p vF, vS, bM
1693 OC 4 47.5 -69 21 r Dor F, S, R
1695 OC 4 47.6 -69 24 r Dor F, S, R
I2093 D* 4 47.6 -02 43 F Ori vF, stell
I 393 Gx 4 47.9 -15 32 m Eri 0.3 15. p F, vS, iF, lbM
1696 OC 4 48.0 -68 16 r Dor vF, E, vlbM
1665 Gx 4 48.2 -05 25 r Eri 14. p eF, pL, R, lbM
1688 Gx 4 48.4 -59 48 s Dor 2.4 12. p pB, pL, iR, pgmbM
I2094 4 48.4 -05 22 d Eri spiral, F stell N
1662 OC 4 48.5 +10 56 s Ori 20. 6.4 Cl of L & S sc st
1666 Gx 4 48.5 -06 34 s Eri 1.3 14. p vF, pS, R
1663 OC 4 48.6 +13 10 r Ori Cl, lRi, st L & S
1667 Gx 4 48.6 -06 19 s Eri 1.5 12.1 pF, pS, R, r?
1680 Gx 4 48.6 -47 49 c Pic 1.3 vF, S, R, r or st inv
1697 OC 4 48.6 -68 32 r Dor glob. cl. , pB, L, R, rr
I2095 Gx 4 48.7 -05 08 m Eri 1.3 15. p F, S, E spnf, spiral?
I 394 ? 4 48.9 -06 17 x Eri vF, dif (vS Cl?)
1702 OC 4 49.3 -69 51 r Men Cl, vF, S
1698 Nb 4 49.4 -69 10 r Dor pB, pS, R, glbM
I2105 Nb 4 49.4 -69 12 x Dor PN , stellar
I 395 4 49.6 +00 15 D Ori eF, vS, R, F* close f
I2096 *** 4 49.6 -04 59 F Eri S, E, spiral, stell N
1704 OC 4 49.7 -69 45 r Dor F, pS, lE, r
1670 Gx 4 49.9 -02 44 r Ori 14. p vF, vS
1679 Gx 4 50.0 -31 59 t Cae 3.2 vB, L, iR, 4 st inv
1671 - 4 50.3 -00 46 r Ori pF, pS, R
I2097 4 50.3 -05 05 d Eri F, E npsf, spiral, lbM
1711 OC 4 50.5 -70 00 r Men 10. p glob. cl. , B, S, iR, rrr, st 14
I2098 Gx 4 50.7 -05 26 m Eri 2.0 14. p F, spiral, lbM
1677 Gx 4 50.8 -04 52 r Eri 15. p pF, pL, lE
I2099 Gx 4 50.8 -04 54 m Eri 0.6 15. p S, mbMN
1664 OC 4 51.1 +43 42 s Aur 18. 7.6 Cl, lRi, lC, pL
I2100 D* 4 51.2 -04 50 F Eri vF, S, lE stell
1687 Gx 4 51.3 -33 56 r Cae vF, S, R, vglbM
1712 C+N 4 51.3 -69 28 r Dor Cl, pB, S
I2101 Gx 4 51.6 -06 15 m Eri 1.5 14. p F, E npsf, bM, prob spir
1678 Gx 4 51.7 -02 38 r Ori 14. p vF, S
1681 Gx 4 51.7 -05 49 r Eri 13. p vF, S, R, vlbM
I2102 Gx 4 51.9 -04 58 m Eri 1.1 15. p vF, lbM, prob spir
I2111 Nb 4 51.9 -69 24 x Dor PN , stellar
1714 Nb 4 52.1 -66 56 r Dor vB, S, E or biN, bM, sp of 2
1715 Nb 4 52.1 -66 55 r Dor vF, S, R, sbM, 2 st nr, nf of 2
1718 OC 4 52.2 -67 04 r Dor F, pS, R, vglbM
1722 C+N 4 52.2 -69 24 r Dor Cl, pF, S, R, 2nd of 3
1727 C+N 4 52.2 -69 21 r Dor Cl, pB, pS, pmE, st 12
1682 Gx 4 52.3 -03 06 r Ori 14. p vF, vS, 1684 f 12s +/- , *9 s 4'.5
1683 Gx 4 52.3 -03 01 r Ori vF, R
1674 - 4 52.4 +23 54 r Tau 1st of 2 F neb in same field
1675 - 4 52.4 +23 54 r Tau 2nd of 2 F neb in same field
1684 Gx 4 52.5 -03 06 r Ori 13. p pF, pS, R, bM, *9, 225deg +/-
1706 Gx 4 52.5 -62 59 c Dor 1.4 F, pS, R, vglbM
1685 Gx 4 52.6 -02 57 r Ori 14. p F
1686 Gx 4 52.8 -15 22 r Eri 14. p eF, vS, mE 30deg
1703 Gx 4 52.8 -59 45 v Dor 3.2 F, L, R, vglbM, ** att
1732 OC 4 52.9 -68 40 r Dor S, R, close ** in M
1736 Nb 4 53.1 -68 04 r Dor B, R, r
1734 OC 4 53.3 -68 47 r Dor pB, L, R, gmbM
1731 C+N 4 53.4 -66 56 r Dor Cl, pL, lRi, lC, st 10...15
1689 - 4 53.6 -06 20 r Eri pB, pS, lE; = 1667?
1733 OC 4 53.9 -66 41 r Dor eF, pS, R, gbM
1735 C+N 4 53.9 -67 07 r Dor pF, pS, R, 2 st att
1743 C+N 4 54.0 -69 12 r Dor B, pL, R, gbM, r, 2nd of 4
1705 Gx 4 54.2 -53 22 s Pic 1.8 12.3 pF, S, R, pmbM
1751 Gb 4 54.2 -69 49 r Men eF, pL, iR
1690 Gx 4 54.3 +01 38 s Ori 1.3 14. p vF, vS, am vS st, L* sp
1737 C+N 4 54.3 -69 12 r Dor vF, S, 1st of 4
1745 C+N 4 54.3 -69 12 r Dor F, S, 3rd of 4
1748 C+N 4 54.4 -69 12 r Dor pB, vS, R, 4th of 4
1754 Gb 4 54.4 -70 27 r Men F, S, R, *13 att, 135deg
1691 Gx 4 54.6 +03 15 r Ori 13. p F, S, *11 inv
1749 OC 4 54.6 -68 12 r Dor vF, R, p of 2
1756 OC 4 54.6 -69 15 r Dor vF, S, R
I2114 4 54.6 -69 12 x Dor PN , stellar; = 1748
1747 C+N 4 54.9 -67 11 r Dor Cl, pS, lRi, st vS
1755 OC 4 55.0 -68 11 s Dor 2. 9.9 vB, pL, R, gbM, f of 2
1694 Gx 4 55.2 -04 39 r Eri 15. p vF, vS, R, sbM
1692 Gx 4 55.4 -20 34 c Lep 1.3 eF, vS, R
1701 Gx 4 55.8 -29 53 r Cae 14. p F, S, vlE, glbM, *10 75" sf
1766 OC 4 55.8 -70 14 r Men cF, S, gbM
1777 OC 4 55.8 -74 17 r Men eF, E, ** 9 att, f
1764 OC 4 56.2 -67 41 r Dor vF, S, R
1767 C+N 4 56.3 -69 24 r Dor no descr (in LMC)
1761 C+N 4 56.4 -66 30 r Dor Cl, L, mC, ** 9m
1760 C+N 4 56.5 -66 32 r Dor vF, S, 3 vS st inv
I2104 Gx 4 56.5 -15 47 v Lep 2.2 F, E, gbM
I2106 Gx 4 56.6 -28 30 c Cae 2.0 eeF, pL, D* 24s f
1768 OC 4 56.7 -68 15 r Dor F, S, R, gbM
1772 C+N 4 56.7 -69 34 r Dor pB, pS, iR, rr
1763 Nb 4 56.8 -66 24 s Dor 25. vB, vL, vimE
1775 OC 4 56.8 -70 26 r Men eF, pL, iR
1700 Gx 4 56.9 -04 52 s Eri 2.9 11.0 cB, S, mbM*
1699 Gx 4 57.0 -04 45 s Eri 1.1 15. p eeF, pS, R, bet 2 st, n of 1700
1770 C+N 4 57.0 -68 25 r Dor 9. p Cl + neb, pL, pRi, st 11...18
I2115 Nb 4 57.1 -66 24 x Dor PN , stellar
I2117 Nb 4 57.2 -68 27 x Dor PN , stellar
1710 Gx 4 57.3 -15 18 D Lep 14. p vF, vS, R, bMN, *13 inv
I2108 Gx 4 57.3 -15 17 m Lep 1.2 14. p vF, pS, R, mbM, *9.5 sf 1'.3
I 391 Gx 4 57.4 +78 11 s Cam 1.7 12.7 F, S, R
I2116 Nb 4 57.4 -66 25 x Dor PN , stellar
1782 C+N 4 57.6 -69 23 r Dor glob. cl. , pB, S, R, pmbM, rr
1769 C+N 4 57.7 -66 28 r Dor B, L, iR, vsmbM ** 10
1774 OC 4 57.8 -67 15 r Dor 10. p B, S, R, smbM, ** + neb
1789 OC 4 57.8 -71 54 r Men vF, pS, R, vglbM
I 396 Gx 4 58.0 +68 19 s Cam 3.0 13. p F, S, R, bMN, FD* sf
I 398 Gx 4 58.2 -07 47 v Eri 1.5 eF, pL, E 5deg , dif
1773 C+N 4 58.3 -66 21 r Dor pF, pL, iR, 2 or 3 B st nr
I2107 ? 4 58.3 +08 15 x Ori Cl, vF, vS, R
1716 Gx 4 58.4 -20 24 r Lep 14. p pF, pL, R, glbM
1765 Gx 4 58.4 -62 02 r Dor cF, S, R, glbM
1776 OC 4 58.4 -66 26 r Dor vF, S, R, gbM
1785 - 4 58.6 -68 52 r Dor no descr, in LMC
1709 Gx 4 58.8 -00 29 r Ori 15. p vF, vS, np 1713
1707 - 4 58.9 +08 14 r Ori S, R, rrr; = IC 2107
1713 Gx 4 58.9 -00 30 r Ori 14. p F, S, R, bM
1771 Gx 4 58.9 -63 18 v Dor vF, mE, glbM, *7-8 np
1783 Gb 4 58.9 -66 00 r Dor 11. p cB, L, R, vgpmbM, r
1791 Nb 4 59.0 -70 10 r Men eF, S, R
I2109 4 59.0 -00 19 d Ori vF*, nebs?
I2110 4 59.0 -00 19 d Ori vF*, nebs?
1786 Gb 4 59.1 -67 45 s Dor 1.2 10.1 vB, pS, lE, vsvmbM *9
1787 OC 4 59.1 -65 44 r Dor Cl, vL, pRi
1717 * 4 59.2 -00 15 A Ori np 1719 (F*?)
1721 Gx 4 59.2 -11 08 r Eri 13. p vF, vS, R
1720 Gx 4 59.3 -07 52 s Eri 1.8 13. p pF, pL, lbM, 1726 nr
1725 Gx 4 59.3 -11 08 D Eri 13. p eF, vS, R
1723 Gx 4 59.4 -10 59 s Eri 3.7 12. p F, bet 2 st 9-10 n & s, 3rd * f
1728 Gx 4 59.4 -11 08 D Eri 13. p vF, vS, R
1793 OC 4 59.4 -69 33 r Dor F, S, R, glbM
1795 Gb 4 59.5 -69 48 r Dor F, pL, lE
1719 Gx 4 59.6 -00 16 r Ori 14. p pF, S, iR, pslbM
1730 Gx 4 59.6 -15 50 s Lep 3.0 13. p F, pS, lE, bet 2 F st
I2113 Gx 4 59.6 -15 50 m Lep 2.3 13. p no descr
1726 Gx 4 59.7 -07 45 s Eri 1.4 12.1 F, R, *13, s 05 - 08 ore
1744 Gx 5 00.0 -26 01 s Lep 6.8 11.2 F, vL, vmE, vgvlbM 1729 Gx 5 00.1 -03 21 r Ori 13. p vF, pL, 2 B st vnr 1801 OC 5 00.5 -69 38 r Dor F, pL, R, vglbM, p of 2 I2112 Gx 5 00.5 +04 23 z Ori 15. p vF, pS, dif 1759 Gx 5 00.8 -38 43 r Cae vF, pL, vglbM 1804 OC 5 00.9 -69 05 r Dor F, S, R, bM I 397 5 01.1 +40 26 d Aur F, S 1741 Gx 5 01.6 -04 16 s Eri 1.7 13.4 vF, vS, vS excent pt inv; = IC 339 1738 Gx 5 01.7 -18 11 r Lep 13. p vF, S, E 45deg 1739 Gx 5 01.7 -18 12 r Lep 14. p eF, vS, lE, in field with 1738 1742 * 5 01.7 -03 18 F Ori vF, vS, 3s .6 f 1740 I 399 Gx 5 01.8 -04 18 s Eri 14.5 vF, vS, sf of 1741 1740 Gx 5 01.9 -03 18 r Ori 15. p eF, vS, *12 sp 1806 Gb 5 01.9 -67 59 r Dor 11. p pB, L, gbM 1809 Gx 5 02.0 -69 34 r Dor pF, S, R, gbM, 2nd of 2 1752 Gx 5 02.1 -08 14 s Eri 2.6 13. p F, pL, pmE, 2 or 3 st 11 nf 1805 OC 5 02.2 -66 06 r Dor 10. p B, vS, vsmbM, st + neb 1815 OC 5 02.3 -70 37 r Men F, vS, R, vlbM, am st 1753 Gx 5 02.4 -03 21 r Ori 15. p eeF, pS, R, sf 1740 1708 - 5 02.6 +52 53 r Cam Cl, vL, pRi, lC, st L & S 1757 - 5 02.6 -04 44 r Eri vL dif neb in zigzags?? 1813 OC 5 02.6 -70 19 r Men vF, S, R, r 1796 Gx 5 02.7 -61 08 s Dor 2.0 13. p pF, pS, pmE, vglbM 1544 Gx 5 03. +86 13 r Cep 14. p vF, vS 1810 OC 5 03.1 -66 22 r Dor cF, S, R, lbM, glob. cl. f 1724 OC 5 03.5 +49 30 o Aur 10. p Cl, vS, st + neb? 1823 OC 5 03.5 -70 21 r Men Cl, pF, L, iF, st 12...15 1746 OC 5 03.6 +23 49 s Tau 42. 6. p Cl, P 1762 Gx 5 03.6 +01 34 r Ori 13. p vF, vS I 400 5 03.7 -15 46 d Lep eF, eS 1814 C+N 5 03.8 -67 17 r Dor 9. p vF, R, s of 2 in Cl 1816 C+N 5 03.8 -67 17 r Dor 9. p vF, R, 2nd neb in Cl 1820 OC 5 03.8 -67 17 r Dor 9. p Cl, pL, Ri, C, iF 1750 OC 5 03.9 +23 39 s Tau Cl, st L, vc sc 1825 OC 5 04.1 -68 55 r Dor no descr, in LMC 1828 OC 5 04.1 -69 23 r Dor F, S, R, 1st of 3 1818 OC 5 04.2 -66 24 s Dor 3. 9.8 glob. cl. , vB, pL, R, vmC, rr 1833 C+N 5 04.3 -70 43 r Men vF, pL, 1st of sev I 401 5 04.3 -10 05 d Eri vF, vS, R, vSN 1758 OC 5 04.4 +23 46 r Tau Cl, pC, st L and S 1830 OC 5 04.5 -69 20 r Dor F, pS, R, 2nd of 3 1829 C+N 5 04.7 -68 03 r Dor 8. p F, pL, R, r 1837 C+N 5 04.7 -70 42 r Men Cl, L, Ri, st sc 1822 OC 5 05.0 -66 12 r Dor vF, S, p of 2 1792 Gx 5 05.2 -37 59 s Col 4.0 10.2 vB, vL, mE 314deg , glbM, rr 1835 Gb 5 05.2 -69 24 s Dor 1.2 9.8 cB, S, R, gmbM, 3rd of 3 1779 Gx 5 05.3 -09 09 s Eri 2.6 13. p pB, S, R, gpmbM 1834 *** 5 05.3 -69 13 r Dor plan? B, eS, lE 1836 OC 5 05.3 -68 37 r Dor st + neb, 1st of sev 1784 Gx 5 05.4 -11 52 s Lep 4.2 11.8 pB, pL, vlE, vgbM, am st 1803 Gx 5 05.4 -49 34 c Pic 1.1 F, S, R, vglbM, *11 sf; neb? 1826 OC 5 05.4 -66 13 r Dor vF, S, f of 2 1838 OC 5 05.9 -68 27 r Dor Cl, L, vlC 1839 C+N 5 05.9 -68 37 r Dor st + neb, pB, iF, 2nd of sev 1831 OC 5 06.1 -64 55 r Dor 11. p B, L, R, glbM, r 1845 OC 5 06.3 -70 28 r Men Cl, vlCM, st 9, 11...16 I 402 5 06.3 -09 08 d Eri eF, pL, iR, dif 1780 Gx 5 06.4 -19 29 r Lep 15. p eF, eS, gbM 1800 Gx 5 06.4 -31 57 s Col 1.6 12.6 pB, pmE, gpmbM, *13 f 1840 OC 5 06.4 -71 49 r Men F, R, bM, r 1788 Nb 5 06.9 -03 21 s Ori 8. B, cL, R, bM *** ; *10 inv in the neby 1824 Gx 5 06.9 -59 43 r Dor vF, pL, vmE 162deg 1847 OC 5 06.9 -68 59 r Dor B, S, lE, ** in M I2118 Nb 5 06.9 -07 13 s Eri 180. F, eL, iF, 1779 inv s 1842 OC 5 07.1 -67 16 r Dor vvF, R, p of 2 1844 OC 5 07.2 -67 19 r Dor pF, pL, R, gbM, f of 2 I2119 5 07.2 -20 21 F Lep eeF, pS, v diffic, 2 st 12.5 nr 1848 C+N 5 07.3 -71 11 r Men Cl, vlC, st 9... 1846 Gb 5 07.6 -67 28 r Dor 11. p pB, cL, R, vglbM, r 1797 Gx 5 07.7 -08 02 r Eri 15. p eeF, S, R, vF* np 1799 Gx 5 07.7 -07 58 r Eri 15. p vF, vS, vlE 1808 Gx 5 07.7 -37 31 s Col 7.2 9.9 B, L, E, psbM 1781 5 07.9 -18 10 D Lep eF, vS, stellar; = 1794 1794 Gx 5 07.9 -18 10 D Lep 14. p vF, eS, gbM 1778 OC 5 08.1 +37 03 s Aur 7. 7.7 Cl, pC, lRi, iF, st L 1850 OC 5 08.5 -68 46 s Dor 3. 9.3 glob. cl. ! vB, L, lE, vmCM, rr 1811 Gx 5 08.7 -29 17 r Col 15. p cF, S, lE, p of 2 1812 Gx 5 08.9 -29 16 r Col 14. p F, S, R, glbM, f of 2 1852 C+N 5 09.0 -67 47 r Dor F, pL, R, vglbM 1854 OC 5 09.1 -68 51 r Dor 10. p glob. cl. , cB, S, R, gbM, 2nd of 3 1849 OC 5 09.2 -66 18 r Dor vF, S, lE, glbM 1855 - 5 09.4 -68 51 r Dor Cl, vB, L, R, st 12; = 1854? 1856 OC 5 09.4 -69 08 r Dor 10. p B, pL, R, gbM, 12s diam RA 1858 C+N 5 09.7 -68 54 r Dor B, L, iE, biN, Cl + neb 1827 Gx 5 10.1 -36 58 t Col 3.4 vF, vmE, long ray, *11 inv 1861 OC 5 10.1 -70 46 r Men eF, pL, R, gvlbM 1802 - 5 10.2 +24 06 r Tau Cl, st c sc 1860 OC 5 10.4 -68 46 r Dor F, pL, R, vgbM 1807 OC 5 10.7 +16 32 s Tau 17. 7.0 Cl, pRi, st L & S 1790 - 5 11.3 +52 04 r Aur Cl, group of 8 or 9 st 10 1859 OC 5 11.4 -65 13 r Dor F, S, R, vgbM, *7 nf 6' 1863 OC 5 11.4 -68 47 r Dor vB, vS, R, r or stellar 1798 - 5 11.6 +47 40 r Aur S, Cl or Cl + neb 1819 Gx 5 11.7 +05 12 r Ori 13. p vF, S, R 1821 Gx 5 11.7 -15 07 r Lep 14. p vF, vS, lE 1817 OC 5 12.1 +16 42 s Tau 16. 7.7 Cl, L, Ri, lC, st 11...14 1832 Gx 5 12.1 -15 41 s Lep 2.8 11.4 pB, iR, mbM, c* nf 1' 1862 OC 5 12.2 -66 08 r Dor pF, L, iR, vgbM, r 1865 OC 5 12.2 -68 47 r Dor vF, pL, R, vglbM 1853 Gx 5 12.3 -57 24 c Dor 2.0 F, S, mE 45deg , vgvlbM, *11 nf 1864 OC 5 12.5 -67 38 r Dor F, pS, iR, bM, r or stellar 1878 OC 5 12.6 -70 28 r Men vF, lE, gvlbM, R 1870 OC 5 13.0 -69 08 r Dor B, S, R, glbM 1872 C+N 5 13.0 -69 20 r Dor pB, R, gbM, 1st of group 1874 C+N 5 13.2 -69 23 r Dor neb and Cl, biN 1876 C+N 5 13.2 -69 23 r Dor pB, iR, biN, 2nd in group 1877 C+N 5 13.2 -69 23 r Dor vF, 3rd of group in Cl 1881 C+N 5 13.2 -69 21 r Dor vF, ** p I 404 Gx 5 13.3 +09 45 z Ori 16. p vF, vS, stellar, *13 close 1866 OC 5 13.5 -65 28 s Dor 5. 9.8 vB, L, R, vgmbM, r 1867 OC 5 13.5 -66 17 r Dor eF, pL, R 1880 C+N 5 13.6 -69 23 r Dor 4th of group in Cl 1871 C+N 5 13.7 -67 28 r Dor Cl, lRi, 2nd of sev 1873 C+N 5 13.7 -67 20 r Dor Cl, 3rd of sev 1869 C+N 5 13.8 -67 23 r Dor Cl, L, pRi, st sc 1890 OC 5 13.9 -72 04 r Men vF, S, R, glbM 1843 Gx 5 14.1 -10 38 t Ori 1.8 F, S, R, lbM 1851 Gb 5 14.1 -40 03 s Col 11.0 7.3 glob. cl. ! vB, vL, R, vsvvbM, rrr 1868 Gb 5 14.5 -63 57 r Dor pB, pL, R, vglbM 1885 OC 5 15.0 -68 58 r Dor pB, vS, R, bM 1882 OC 5 15.2 -66 07 r Dor pF, R, vgvlbM, r I 403 5 15.3 +39 58 d Aur eF, eS, R 1894 OC 5 15.7 -69 27 r Dor F, pL, R, sbM, r, st inv 1887 OC 5 15.8 -66 18 r Dor vF, vS, R, * p 25" 1884 - 5 15.9 -66 10 r Dor eF, pL I 405 Nb 5 16.2 +34 16 s Aur 30. *6.7 with pB, vL neb 1898 Gb 5 16.7 -69 36 r Dor 11. p F, pS, R 1895 Nb 5 16.9 -67 19 r Dor pF, pL, R, gvlbM 1892 Gx 5 17.1 -64 57 r Dor cF, pL, E 90deg +/- , vglbM 1903 OC 5 17.2 -69 18 r Dor 12. p vB, S, R, gmbM 1897 OC 5 17.4 -67 26 r Dor eF, S, R 1916 OC 5 17.5 -69 22 r Dor B, S, R, vgvmbM, r 1914 C+N 5 17.6 -71 14 r Men F, L, iE I 407 5 17.7 -15 31 d Lep F, lE ns 1899 Nb 5 17.8 -67 53 r Dor F, pS, R, vglbM, 3 st 10 p 1901 OC 5 17.8 -68 26 r Dor Cl, bM, lRi, st 7... I 406 OC 5 17.8 +39 53 x Aur eF, neb or eS neb Cl I 408 5 17.9 -25 05 d Lep vF, pS, E, *8.5 south 5' 1902 OC 5 18.1 -66 37 r Dor glob. cl. , pB, pL, R, pmbM, rr 1910 OC 5 18.1 -69 13 s Dor 1. Cl, L, pRi, iR, st 11...16 1905 OC 5 18.2 -67 15 r Dor F, S, R, r I2120 Pl 5 18.2 +37 36 s Aur 0.8 eF 1913 OC 5 18.4 -69 33 r Dor no descr, in LMC 1900 OC 5 19.0 -63 02 r Dor F, pL, lE, vgvlbM, *7 np 1917 Gb 5 19.0 -69 00 r Dor vF, L, R, vglbM I2122 Gx 5 19.0 -37 05 c Col 2.0 pB, eS, R, 3 st nf 1918 C+N 5 19.1 -69 39 r Dor no descr, in LMC 1911 - 5 19.2 -66 46 r Dor F, R, gbM, am st 1921 Nb 5 19.3 -69 48 r Dor vF, pS, lE, r 1915 - 5 19.6 -66 48 r Dor eF, pL I 409 Gx 5 19.6 +03 18 m Ori 0.6 15. p pB, R, biN? 1922 OC 5 19.7 -69 29 r Dor no descr, in LMC 1956 Gx 5 19.7 -77 45 r Men vF, hazy * inv in neb I2121 Gx 5 19.7 -25 04 c Lep 2.1 eef, S, R, v diffic, *7 p 14s , 3'.6 s 1879 Gx 5 19.8 -32 09 s Col 2.2 13. p vF, L, R, vgvlbM, *12 p 1919 C+N 5 20.0 -66 55 r Dor Cl, eF, L, iR, mC, rr 1857 OC 5 20.2 +39 21 s Aur 6. 7.0 Cl, pRi, pC, st 7... I 411 Gx 5 20.3 -25 20 m Lep 0.5 15. p vF, vS, R, 2 others in field 1926 OC 5 20.5 -69 30 r Dor pB, pL, iR, r, in dif n 1920 Nb 5 20.6 -66 48 r Dor pB, pL, R, vgbM 1928 OC 5 20.8 -69 29 r Dor pF, pL, R, gbM 1923 C+N 5 21.0 -65 30 r Dor vF, pS, R 1891 - 5 21.3 -35 44 r Col Cl, L, sc, ** taken I 415 5 21.3 -15 33 d Lep vF, vS, R, dif 1938 OC 5 21.4 -69 55 r Men pB, pS, R, glbM, D with 1939, pos 339deg 1939 OC 5 21.4 -69 56 r Men F, S, R, glbM, D with 1938 1929 C+N 5 21.6 -67 56 d Dor F, p of group 1875 Gx 5 21.8 +06 41 s Ori 15. p eF, S, R 1886 Gx 5 21.8 -23 49 c Lep 2.6 vF, pL, E 240deg , *9 p 11s , 0'.9 s 1925 C+N 5 21.8 -65 48 r Dor Cl, vlRi, lC, st 10 1934 C+N 5 21.8 -67 56 r Dor 2nd neb of group 1935 C+N 5 21.9 -67 58 r Dor pF, S, R, 3rd of group; = IC 2126 1944 OC 5 21.9 -72 30 r Men pB, pL, R, bM I 412 Gx 5 21.9 +03 29 u Ori 1.6 14. p vF, vS, stellar, IC 413 at pos 115deg , dist 36" I 414 Gx 5 21.9 +03 20 m Ori 0.4 15. p eF, *9 sf 2' I2123 5 21.9 +03 30 d Ori vS, R, mbM, S* close n I2124 5 21.9 +03 30 d Ori vS, R, mbM, S* close n I2126 5 21.9 -67 57 x Dor PN , stellar; = 1935 I2127 5 21.9 -67 58 x Dor PN stellar; = 1936 I 413 Gx 5 22.0 +03 29 u Ori 1.2 14. p eF, vS, stellar 1936 C+N 5 22.1 -67 59 r Dor !, pB, S, R, 4th of group; = IC 2127 1933 OC 5 22.2 -66 09 D Dor eF, R, stellar, D with 1932 1937 C+N 5 22.3 -67 55 r Dor vF, pL, follows a group 1932 OC 5 22.4 -66 09 D Dor pB, S, R, smbM, D with 1933, pos 260deg , 80" 1888 Gx 5 22.5 -11 30 s Lep 3.0 12.0 pB, pL, R, r 1889 Gx 5 22.5 -11 29 s Lep 0.8 14. p makes a close Dneb with 1888 1940 OC 5 22.6 -67 12 r Dor pB, vS, R, bM, 2 st 9 & 10 f 2012 Gx 5 22.6 -79 51 c Men 1.5 vF, S, lE, bM, 2 st 9 nf I 410 C+N 5 22.6 +33 31 s Aur 40. dif, many st inv 1893 OC 5 22.7 +33 24 s Aur 11. 7.5 Cl, L, Ri, lC 1943 C+N 5 22.7 -70 10 r Men 12. p pF, pS, iR, vglbM, *15 at 191deg , 60" I2128 Nb 5 22.8 -68 03 x Dor Cl, few st and neb (in LMC) I2134 5 23.0 -75 27 d Men cF, vS 1941 Nb 5 23.1 -66 23 r Dor vS, neb + st I 416 Gx 5 23.9 -17 16 c Lep 1.7 F, S, gbM I2125 5 24.4 -26 59 d Lep eeF, vS, R, v diffic 1904 Gb 5 24.5 -24 33 s Lep 8.7 8.0 glob. cl. , pL, eRi, eC, rrr; = M79 1950 OC 5 24.5 -69 57 r Men the 1st of a group of 7! 1942 OC 5 24.7 -63 56 r Dor eF, stell, *14 + neb 1906 5 24.8 -15 58 D Lep eF, pS, E 0deg , glbM 1946 OC 5 25.1 -66 25 r Dor pF, R, gbM, r 1949 Nb 5 25.1 -68 29 r Dor pB, S, R, psbM 1896 - 5 25.4 +20 10 r Tau Cl, vL, Ri, vlC, st 9...12 1945 Nb 5 25.4 -66 21 r Dor eeeF, vvL, irr dif 1953 Gb 5 25.4 -68 48 r Dor pB, S, R, glbM 1948 C+N 5 25.5 -66 15 r Dor Cl, cL, Ri, st 13 1958 OC 5 25.5 -69 50 r Dor F, pL, iR, vgbM, 2nd of group! 1959 OC 5 25.8 -69 56 r Men F, vL, vgbM, 3rd of group! 1883 OC 5 25.9 +46 33 s Aur 3. 12. p Cl, vF, pRi, pC, iF 1909 - 5 25.9 -08 08 r Ori eL, strongly susp (2deg in decl) 1930 Gx 5 25.9 -46 44 r Pic pF, S, R, bM, 4 B st p 1951 OC 5 25.9 -66 36 r Dor 10. p B, lE, sbM ** 10 & 11 1908 - 5 26.0 -02 32 r Ori v diffused neb susp 1955 C+N 5 26.1 -67 29 r Dor 9. p Cl, Ri, 2nd of sev 1962 C+N 5 26.5 -68 47 r Dor 8. p vF, pL, R, 1st of 4! 1965 C+N 5 26.5 -68 47 r Dor 8. p F, S, 2nd of 4! 1967 OC 5 26.5 -69 04 r Dor no descr, in LMC 1969 OC 5 26.5 -69 49 r Dor F, S, 4th of gr of 7 1970 C+N 5 26.5 -68 47 r Dor 8. p 4th of 4 1971 OC 5 26.7 -69 51 r Dor 5th of gr of 7 1972 OC 5 26.7 -69 49 r Dor 6th of gr of 7! D, a vS neb np 1947 Gx 5 26.8 -63 46 s Dor 3.0 10.8 pB, L, R, glbM, *9 np 1966 Nb 5 26.8 -68 49 s Dor 13. pB, R, pslbM, 3rd of 4, in pL, irr Cl 1968 C+N 5 27.2 -67 26 r Dor 9. p Cl, Ri, 3rd of sev 1987 Gb 5 27.2 -70 46 r Men 12. p F, L, iR, 3 st p 2000 OC 5 27.4 -71 55 r Men F, pL, R, vlbM 1983 C+N 5 27.5 -68 57 r Dor 8. p Cl, vL, pRi, iF 1984 C+N 5 27.5 -69 06 r Dor Cl, place of ** 1986 OC 5 27.5 -69 58 r Men 11. p B, pL, R, gbM I 418 Pl 5 27.5 -12 42 s Lep 0.2 11. p plan = *9.2 (gaseous sp) 1924 Gx 5 27.9 -05 19 r Ori 13. p vF, pL, iR, st nr 1974 C+N 5 27.9 -67 24 r Dor 9. p Cl, L, irr 1907 OC 5 28.0 +35 19 s Aur 7. 8.2 Cl, pRi, pC, R, st 9...12 I 417 Nb 5 28.1 +34 26 s Aur 13. vL, dif, *6 inv 1994 OC 5 28.2 -69 07 r Dor Cl, eS, st 11...16 1978 Gb 5 28.6 -66 14 s Dor 2.7 9.9 vB, vL, lE, vgpmbM 1912 OC 5 28.7 +35 50 s Aur 21. 6.4 Cl, B, vL, vRi, iF, st L & S; = M38 1927 - 5 28.7 -08 23 r Ori diffused nebulosity 1991 - 5 29.0 -67 26 r Dor Cl, 4th of sev 2001 C+N 5 29.1 -68 44 r Dor Cl, st 13m 2005 OC 5 30.0 -69 44 r Dor no description, in LMC 2002 OC 5 30.2 -66 52 r Dor vB, S, R, ** + neb in vLCl 1997 OC 5 30.5 -63 12 r Dor eF, cS, R 2004 OC 5 30.6 -67 17 s Dor 9.8 glob. cl. , B, pL, pRi, C, st 12 2010 OC 5 30.6 -70 49 r Men F, cL, R, vglbM 2018 Nb 5 30.6 -71 04 s Men 25. pB, pL, R, pglbM, *10 p inv 2003 OC 5 30.7 -66 27 r Dor B, S, stellar, r 2009 OC 5 30.8 -69 09 r Dor pF, pS, R, glbM, in Cl I 419 5 31.0 +30 09 d Aur pB, L, mE 2006 OC 5 31.2 -66 57 r Dor Cl, eL, vRi, vBvSNM I2129 5 31.3 -23 04 d Lep eeF, pS, R, *7 ssf 1931 C+N 5 31.4 +34 15 s Aur 3. 11.3 vB, L, R, B*** in M 2016 OC 5 31.5 -69 56 r Men F, vL, iR, gbM 2019 Gb 5 31.7 -70 10 r Men 11. p B, pL, gbM I2130 Gx 5 31.8 -23 09 c Lep 2.2 eF, pL, R, *7.5 nf 2015 C+N 5 31.9 -69 13 r Dor Cl, vL, Ri, vlC 2011 C+N 5 32.1 -67 31 r Dor 9. p vB, S, R, psmbM 2014 C+N 5 32.2 -67 40 r Dor 8. p Cl, pL, pC, iF, st 9...15 I 421 5 32.2 -08 05 d Ori vF, L I 420 5 32.3 -04 30 d Ori vF, spp *9 (not verified) I 422 5 32.3 -17 13 d Lep pB, vS, R, sbM I2131 5 32.3 -17 13 d Lep pB, vS, R 1995 D* 5 32.5 -48 42 A Pic eeF, R, bM, diffic, p of 2 I2132 Gx 5 32.5 -13 55 m Lep 1.3 14. p vF, S 1954 Gx 5 32.8 -14 04 s Lep 4.1 13. p vF, S, R, smbM 1957 Gx 5 32.9 -14 07 A Lep eF, pS, R, bMN, *15 inv 2020 Nb 5 33.1 -67 42 r Dor F, vL, vlE, vglbM 2025 OC 5 33.1 -71 44 r Men vB, vS, lE, gmbM, r I2142 5 33.1 -78 00 d Men eF, vS, lE 25deg , lbM I2135 Gx 5 33.2 -36 24 c Col 2.5 eeF, eS, eE, v diffic I2136 Gx 5 33.2 -36 24 c Col 2.5 eF, pS, eE; = IC 2135 I2140 OC 5 33.2 -75 22 x Men eF, vS; eS Cl? 1963 Gx 5 33.3 -36 25 t Col 3.5 Cl, st 8...11 1998 Gx 5 33.3 -48 41 A Pic vF, R, gbM, st s, f of 2 1964 Gx 5 33.4 -21 57 s Lep 6.2 10.8 F, L, R, vsvmbM *12, 3 st inv 2021 C+N 5 33.4 -67 26 r Dor vF, S, R, in pLCl I 423 Nb 5 33.4 -00 37 s Ori 6. vF, L, oval ring 2028 OC 5 33.7 -69 56 r Men vF 2031 OC 5 33.7 -70 59 r Men glob. cl. , B, pL, R, gbM, rr I 424 5 33.7 -00 19 d Ori vF, L, brightest f 1979 Gx 5 33.8 -23 19 r Lep 13. p vF, vS, stellar; = IC 2137 I2137 5 34.3 -23 20 d Lep eF, vS, R, *8 f 10s , 1979 nr I2138 Gx 5 34.3 -23 33 m Lep 1.0 14. p eF, S, 2 st inv 0'.5 apart, *7 p 1989 Gx 5 34.4 -30 48 c Col 1.8 vF, S, R, lbM, st nr 2036 OC 5 34.4 -70 04 r Men vF, pL, R, gbM 1952 Nb 5 34.5 +22 01 s Tau 6. 8.4 vB, vL, E 135deg +/- , vglbM, r; = M1 1992 Gx 5 34.5 -30 56 r Col 15. p eeF, vS 2033 C+N 5 34.5 -69 44 r Dor Cl, in LMC 2038 OC 5 34.5 -70 33 r Men pB, S, R, gbM, *9 np 5' 2037 C+N 5 34.7 -69 45 r Dor Cl, in LMC 2007 Gx 5 35.0 -50 56 r Pic eF, pL, R 1973 Nb 5 35.1 -04 44 s Ori 5. *8-9 inv in neb (1977) 2008 Gx 5 35.1 -50 59 r Pic eF, pL, R, vlbM 2027 C+N 5 35.1 -66 55 r Dor Cl, vL, Ri, st 9...11 1981 OC 5 35.2 -04 26 s Ori 25. 4.6 Cl, vB, lRi, st L, sc 2048 Nb 5 35.2 -69 46 s Dor 18. vF, L, pmE 2032 C+N 5 35.3 -67 34 r Dor B, L, E, 2nd of 3 2035 C+N 5 35.3 -67 34 r Dor B, L, R, bM, 3rd of 3 2046 OC 5 35.3 -70 14 r Men vF, R, gbM, 1st of 7 I2139 *** 5 35.3 -17 56 F Lep Cl, vvS (12'), looks nebs 1975 Nb 5 35.4 -04 41 s Ori 10. B** inv in neb (1977) 1976 Nb 5 35.4 -05 27 s Ori 66. 4. !!! theta1 Ori and the great neb; = M42 1980 Nb 5 35.4 -05 54 s Ori 14. vF, vvL, 44 Ori inv 2029 C+N 5 35.4 -67 33 r Dor pB, pL, R, gbM, in cLCl 2030 C+N 5 35.4 -66 01 r Dor pB, L, iR, gbM, 1st of 3 1977 Nb 5 35.5 -04 52 s Ori 20. !!, 42 Ori and neb 1993 Gx 5 35.5 -17 49 r Lep 14. p eF, vS, stellar 1982 Nb 5 35.6 -05 16 s Ori 20. 9. ! vB, vL, R with tail, mbM *8-9; = M43 2047 OC 5 35.6 -70 11 r Men F, S, lE, 2nd of 7 2034 C+N 5 35.7 -66 56 r Dor Cl, vL, Ri 2042 C+N 5 35.8 -68 54 r Dor Cl, vL, Ri, st 12...15 2044 C+N 5 35.9 -69 11 r Dor Cl, in LMC 1960 OC 5 36.1 +34 08 s Aur 12. 6.0 Cl, B, vL, vRi, lC, st 9...11 sc; = M36 2040 C+N 5 36.1 -67 33 r Dor F, L, iR, glbM, r 1990 Nb 5 36.2 -01 12 s Ori 50. !!!, eL, E, epsilon Ori inv p 2043 - 5 36.2 -70 05 r Men S, E group of F st inv in F neby 2051 OC 5 36.2 -71 00 r Men pB, S, R, gbM 2041 OC 5 36.4 -66 58 r Dor 10. p B, S, R, vglbM 1999 Nb 5 36.5 -06 42 s Ori 16. *10-11 inv in neb 2050 C+N 5 36.5 -69 22 r Dor Cl + neb, mC, iF, st vS 2056 OC 5 36.5 -70 40 r Men pB, R, bM, p of 2, *9 bet 2058 OC 5 36.6 -70 08 r Men 12. p vB, pL, R, gbM, 4th of 7 I 427 5 36.6 -06 40 d Ori L, prob conn with Great Neb I 428 5 36.6 -06 31 d Ori L, prob conn with Great Neb 2057 OC 5 36.7 -70 15 r Men pF, S, R, gbM, 3rd of 7 2059 OC 5 36.7 -70 06 r Men vF, 5th of 7 I 426 Nb 5 36.8 -00 15 s Ori 5. vF, 5' diam 2055 C+N 5 37.0 -69 24 r Dor Cl, vL, Ri, st 10...15 I 425 5 37.1 +32 26 d Aur F, vvL 2052 Nb 5 37.3 -69 45 r Dor eF, vvS, vglbM 2053 OC 5 37.3 -67 24 r Dor F, pL, lE, gbM 2065 OC 5 37.3 -70 13 r Men 11. p B, R, 6th of 7 1988 * 5 37.5 +21 14 r Tau !!!, variable (?) 2066 OC 5 37.5 -70 10 r Men vF, vS, E, 7th of 7 2060 C+N 5 37.6 -69 10 r Dor neb, no descrip, in LMC 1985 Nb 5 37.7 +32 00 A Aur cF, S, R, psbM I2146 OC 5 37.8 -74 46 x Men Cl, vF, bet 2 st 2072 OC 5 38.1 -70 14 r Men vF, S 1996 - 5 38.2 +25 49 r Tau Cl, L, lC, lRi 2075 C+N 5 38.2 -70 40 r Men B, R, bM, rr, f of 2 I 429 5 38.3 -07 03 d Ori vF, vS, R (inv in f one?) 2069 Nb 5 38.5 -69 05 r Dor F, L, E I 430 Nb 5 38.5 -07 05 s Ori 11. neb band 10' l, np *5 2070 C+N 5 38.6 -69 05 s Dor 40. 8.2 !!! vB, vL, looped 2074 C+N 5 38.9 -69 29 d Dor pB, pL, mE, 5 st inv I2148 5 39.2 -75 31 d Men vF, vS, bM 2017 - 5 39.4 -17 51 r Lep Cl of L st 2077 C+N 5 39.6 -69 40 d Dor 15. F, R, p of Dneb 2078 C+N 5 39.6 -69 45 d Dor neb, np of gr of 7 2079 C+N 5 39.6 -69 47 d Dor neb, sp of gr of 7 2080 C+N 5 39.7 -69 39 d Dor B, R, f of Dneb 2083 C+N 5 39.9 -69 45 r Dor neb, nf of gr of 7 2084 C+N 5 39.9 -69 45 r Dor neb, sf of gr of 7 2062 OC 5 40.0 -66 53 r Dor vF, pS, E, glbM, 2 st 10 s 2081 C+N 5 40.1 -69 24 r Dor Cl, vF, mC, st + neb 2085 C+N 5 40.2 -69 39 r Dor vF, R, *10 vnr I 431 Nb 5 40.3 -01 27 s Ori 5. neb *8.6 2086 C+N 5 40.4 -69 39 r Dor B, pS, R, lbM, *10 p I2145 Nb 5 40.4 -69 40 x Dor PN , stellar I 433 Gx 5 40.5 -11 38 m Lep 0.4 14. p F, S, dif, gbM 2088 OC 5 40.8 -69 28 r Dor vF, S, R 2091 OC 5 40.9 -69 26 r Dor vF, S, mE, glbM; D? I 432 Nb 5 40.9 -01 29 s Ori 8. neb, lE, *8.4 inv 2144 Gx 5 41.0 -82 07 c Men 1.6 F, pS, iR, bM I 434 Nb 5 41.0 -02 24 s Ori 60. neb, 60' l, south from zeta Ori 2092 OC 5 41.5 -69 13 r Dor vF, pL, R, rr 2093 C+N 5 41.5 -68 55 r Dor vF, S, R 2023 Nb 5 41.6 -02 14 s Ori 10. B* in M of L, lE neb 2103 C+N 5 41.6 -71 20 r Men pB, L, pmE, gbM *13 2082 Gx 5 41.8 -64 18 s Dor 1.6 13. p pF, L, R, glbM 2024 Nb 5 41.9 -01 51 d Ori 30. ! irr, B, vvL, black sp incl 2100 OC 5 42.0 -69 14 s Dor 2. 9.6 glob. cl. , B, pL, irr R, rr 1961 Gx 5 42.1 +69 23 s Cam 4.3 11.1 cF, pL, iF, mbM, er, * inv; (decl?) 2022 Pl 5 42.1 +09 05 s Ori 0.3 12. p PN , pB, vS, vlE 2094 OC 5 42.1 -68 21 r Dor vF, S, R 2096 OC 5 42.2 -68 28 r Dor neb, no descrip, in LMC 2102 OC 5 42.2 -69 29 r Dor neb, no descrip, in LMC I2133 ? 5 42.2 +69 23 x Cam vF, pL, *13 sf 0'.7 I2141 5 42.3 -51 02 d Pic F, vS, R, bM 2098 C+N 5 42.5 -68 16 r Dor glob. cl. , B, S, rr 2095 OC 5 42.7 -67 19 r Dor Cl, F, cS, irr I 435 Nb 5 43.0 -02 19 s Ori 5. neb, *8.5 2026 - 5 43.1 +20 07 r Tau Cl, lRi, lC, st pL 2107 OC 5 43.2 -70 37 r Men 11. p pB, pS, R, gbM 2049 Gx 5 43.4 -30 06 r Col 14. p vF, S, R, bM 2108 Gb 5 43.8 -69 12 r Dor eF, pL, lE 2061 - 5 43.9 -33 57 r Col Cl, L, lC, st 13 2039 - 5 44.1 +08 38 r Ori Cl, vL, lRi, lC 2097 OC 5 44.1 -62 47 r Dor vF, pS, iR, pslbM *16 2105 OC 5 44.2 -66 25 r Dor F, pS, R, gbM 2087 Gx 5 44.3 -55 32 c Pic 1.1 eF, pS, R, vlbM 2013 - 5 44.4 +55 48 r Aur Cl, vlRi, st 11 2109 C+N 5 44.4 -68 32 r Dor F, pS, R, vglbM 2111 OC 5 44.7 -70 57 r Men vF, S, R, gbM 2045 5 45.0 +12 53 d Tau *8-9 with F neb 2054 Ast 5 45.2 -10 05 D Ori only 3 S st and no neb 2113 C+N 5 45.5 -69 45 r Dor Cl, F, S, iF, vlC, rr 2114 OC 5 45.8 -68 03 r Dor eF, pL, iR 2073 Gx 5 45.9 -21 59 r Lep 13. p eF, vS, R, gbM 2064 Nb 5 46.3 +00 00 s Ori 12. eF, vS, *9-10 np 4' 2101 Gx 5 46.4 -52 05 A Pic 1.9 eF, pS, R, 3 st 10 sp 2067 Nb 5 46.5 +00 06 s Ori 8. F, pL, M78 s 2068 Nb 5 46.7 +00 03 s Ori 8. 8. B, L, wisp, gmbN, 3 st inv, r; = M78 2063 - 5 46.8 +08 48 r Ori Cl, poor, S sc st 2076 Gx 5 46.8 -16 46 r Lep 14. p vF, pS, iE, bM 2116 OC 5 46.9 -68 32 r Dor F, S, R, *11 p I2143 Gx 5 46.9 -18 44 c Lep 2.5 eF, pS, vmE 45deg , 3 st sf 2090 Gx 5 47.0 -34 14 s Col 4.5 12. p B, pL, iR, gbM, stell N, cE 10deg 2104 Gx 5 47.1 -51 33 c Pic 2.0 pB, pS, R, glbM 2071 Nb 5 47.2 +00 18 s Ori 4. D* (10 & 14m) with vF, L chev 2118 OC 5 47.2 -69 09 r Dor glob. cl. , vB, vS, vsmbM, rr 2117 OC 5 47.3 -67 28 r Dor F, pL, iR, vlbM, rrr 2089 Gx 5 47.8 -17 36 r Lep 14. p vF, eS, stellar I2147 5 47.8 -30 30 d Col eeF, pS, R, F* np 2121 Gb 5 48.0 -71 28 s Men 1.8 11.2 vF, cL, vgbM 2122 C+N 5 48.7 -70 04 r Men Cl, pB, iF, gvmCM, st 15 2134 OC 5 50.1 -71 07 r Men 11. p glob. cl. , B, pL, R, gmbM, r I2144 5 50.2 +23 52 d Tau pF, eS, *12 nnp 2', *12 s 1' 2120 Gb 5 50.6 -63 41 r Dor cF, pL, R, vglbM 2106 Gx 5 50.7 -21 35 r Lep 13. p vF, S, vlE, gbM 2125 OC 5 50.7 -69 29 r Dor vF, pS, R, gbM 2127 OC 5 51.1 -69 22 r Dor pB, vS, R, gmbM 2115 Gx 5 51.3 -50 35 c Pic 1.2 eeF, vS, 3 st 10 sp I2150 Gx 5 51.3 -38 19 c Col 2.3 eeF, S, vmE, v diffic, 3 st s 2133 Gb 5 51.4 -71 11 r Men F, pL, R, gpmbM I 437 5 51.6 -12 34 d Lep vF, vS, R, dif 2123 OC 5 51.7 -65 19 r Dor pB, vS, R, gbM 2130 OC 5 52.1 -67 20 r Dor F, pS, R, glbM 2110 Gx 5 52.2 -07 27 F Ori 14. p eF, cS, lE, pslbM, er 2099 OC 5 52.4 +32 33 s Aur 24. 5.6 Cl, Ri, pCM, st L & S; = M37 I2151 Gx 5 52.6 -17 47 c Lep 2.1 eF, pS, nr IC 438 2136 OC 5 52.8 -69 30 r Dor 10. p glob. cl. , pB, R, gmbM, rr, st 14...16 I 438 Gx 5 53.0 -17 53 c Lep 3.2 eeF, pS, E ns, 2 st p 2135 OC 5 53.1 -67 26 r Dor F, pS, R, r, am st 2137 OC 5 53.2 -69 29 r Dor vF, S, R, f of 2 I 436 5 53.7 +38 38 d Aur eF 2112 OC 5 53.9 +00 24 s Ori 11. 9. p Cl, pL, lRi, pC, st S 2140 OC 5 54.0 -68 36 r Dor pF, pS, iR, bM 2138 OC 5 54.5 -65 50 r Dor eF, S, R 2145 OC 5 54.5 -70 55 r Men F, lE, r 2132 Ast 5 55.2 -59 55 A Pic Cl, vlC, st L & S I2160 Gx 5 55.5 -76 55 c Men 1.9 vF, vS, stell N 2161 Gb 5 55.6 -74 21 r Men F, pL, R, gpmbM 2150 Gx 5 55.9 -69 34 r Dor F, vS, R, vsmbM, stellar 2147 C+N 5 56.0 -68 12 r Dor eF, S, R, bM 2151 OC 5 56.3 -69 01 r Dor F, pS, R, bM I2149 Pl 5 56.3 +46 07 s Aur 0.1 11. p PN , stellar I 439 5 56.6 +32 02 d Aur eeL, eE 150deg +/- I2161 5 57.2 -75 08 d Men eF, vS, bM, susp 2157 OC 5 57.3 -69 11 r Dor 10. p glob. cl. , vB, S, R, vgvmbM, rr 2119 Gx 5 57.4 +11 57 r Ori F, vS, R, bM 2153 OC 5 57.5 -66 24 r Dor eeF, lE, *16 att 2154 Gb 5 57.5 -67 15 r Dor F, pL, R, vglbM 2156 OC 5 57.6 -68 27 r Dor pB, S, R, gbM, 1st of 3 2124 Gx 5 57.9 -20 04 r Lep 13. p F, S, E, r 2159 OC 5 57.9 -68 38 r Dor pF, S, R, gbM, *15 att nf I2152 Gx 5 57.9 -23 11 c Lep 1.9 pB, pS, R, sev B st f 2160 OC 5 58.0 -68 17 r Dor pF, pS, R, gbM 2173 Gb 5 58.1 -72 59 r Men pF, pL, R, gmbM 2155 Gb 5 58.4 -65 28 r Dor F, pL, R, vglbM 2171 Gx 5 58.6 -70 41 r Men eF, L, R, glbM 2131 Gx 5 58.7 -26 38 r Lep vF, pS, R, gbM 2148 Gx 5 58.7 -59 07 r Pic eF, S, R, *12 vnr 2164 OC 5 58.7 -68 31 r Dor 10. p glob. cl. , vB, R, mCM, rr 2166 OC 5 59.3 -67 56 r Dor F, S, R, gbM 2172 OC 5 59.9 -68 38 r Dor F, cL, R, lbM I2153 Gx 6 00.1 -33 55 c Col 2.5 eF, vS, susp 2162 Gb 6 00.5 -63 45 r Dor F, pL, R, vglbM 2190 Gb 6 00.8 -74 43 r Men vF, pL, R, glbM I2155 6 00.8 -34 01 d Col eF, vS, R, susp 2152 Gx 6 00.9 -50 44 c Pic 1.3 eeF, R, *15 att 2129 OC 6 01.0 +23 18 s Gem 7. 6.7 Cl, pL, 40 or 50 st 8...15 2177 OC 6 01.0 -67 43 r Dor F, vS, iR, lbM, r 2139 Gx 6 01.1 -23 40 s Lep 2.2 11.7 F, S; = IC 2154 I2154 Gx 6 01.1 -23 40 c Lep 3.3 pF, pS, R, * nf, 2 st np; = 2139 2176 OC 6 01.4 -66 51 r Dor eeF, pL, R, gbM 2142 - 6 01.9 -10 36 r Mon * (3 Mon) inv in pL, F, neb 2181 OC 6 02.6 -65 15 r Dor vF, S, R I 441 Gx 6 02.7 -12 30 m Lep 1.1 14. p eF, vS, diffic, vF* close 2178 Gx 6 02.8 -63 46 c Pic 1.0 eF, vS, R 2126 OC 6 03.0 +49 54 s Aur 6. 10. p Cl, not Ri, *7 n 2143 - 6 03.0 +05 43 r Ori Cl, L, pRi, vlC, st 10 2141 OC 6 03.1 +10 26 s Ori 10. 9.4 F, pS, dif 2149 Nb 6 03.5 -09 44 s Mon 3. F, *12 inv 2187 Gx 6 03.9 -69 34 r Dor pB, pS, R, gbM, Dneb (comp vF, R, glbM) 2128 Gx 6 04.7 +57 39 r Cam 13. p vF, vS, vlE 2199 Gx 6 04.7 -73 24 r Men F, vS, R, bM 2203 OC 6 04.7 -75 26 r Men F Cl I2156 OC 6 04.8 +24 09 x Gem Cl, nebs? I2157 OC 6 05.0 +24 00 s Gem 7. 8.4 Cl, S I2158 Gx 6 05.3 -27 51 c Col 1.6 vF, pS, lE, brush, * att nf 2197 OC 6 05.9 -67 05 r Dor vF, pS, R, gbM 2193 Gb 6 06.2 -65 05 r Dor F, iF, glbM, 2 or 3 st inv 2167 - 6 06.9 -06 12 r Mon nebulous *7, am 3 st I2164 Gx 6 06.9 -75 22 c Men 1.3 eF, eeS, R, stell N 2158 OC 6 07.5 +24 06 s Gem 5. 8.6 Cl, pS, mC, vRi, irr triangle st eS 2170 Nb 6 07.5 -06 24 s Mon 2. *9 in vF, pL neb, E 170deg 2163 6 07.8 +18 40 D Ori eF, E, dif, *11 att s 2179 Gx 6 08.0 -21 45 s Lep 1.5 12.5 F, pS, bet 2 st, glbM 2169 OC 6 08.4 +13 57 s Ori 7. 5.9 Cl, S, lRi, pmC, ** (ADS 4728) 2191 Gx 6 08.4 -52 31 c Car 1.9 pB, vS, E, vsbM, *9 p 5s 2209 Gb 6 08.7 -73 51 r Men vF, cL, R, gvlbM 2168 OC 6 08.9 +24 20 s Gem 28. 5.1 Cl, vL, cRi, pC, st 9...16; = M35 2182 Nb 6 09.5 -06 20 s Mon 3. pB** , L* neb, E 90deg +/- 2180 - 6 09.6 +04 43 r Ori Cl, pRi, lC, st L and S 2174 Nb 6 09.7 +20 30 s Ori 40. eF, bet 3 vF st 2175 OC 6 09.8 +20 19 s Ori 18. 6.8 *8 in neb I2159 Nb 6 09.9 +20 24 x Ori vF, vL, dif 2188 Gx 6 10.1 -34 06 s Col 3.7 11.8 pF, pL, vmE, gvlbM 2205 Gx 6 10.6 -62 32 c Pic 1.4 pF, S, R, bM 2213 Gb 6 10.7 -71 33 r Men vF, S, R, glbM, *** p 2183 Nb 6 10.8 -06 13 s Mon 1. eF, S, lE, *11-12 sp 2184 OC 6 10.9 -03 31 F Ori Cl, L, vlC 2165 - 6 11.1 +51 41 r Aur Cl, pL, poor, st 11 2185 Nb 6 11.1 -06 13 s Mon 3. *11 and 4 S st in vF, L neb 2210 Gb 6 11.5 -69 08 s Dor 1.7 10.2 vB, pL, R, mbM, r 2186 OC 6 12.2 +05 27 s Ori 4. 8.7 Cl, pL, pRi, pC, st L and S 2196 Gx 6 12.2 -21 48 s Lep 2.8 11.2 pF, pS, vlE, pmbM, st nr 2189 - 6 12.3 +01 08 r Ori 2 clusters nr 2 st 9-10 & 10-11 2214 OC 6 12.8 -68 16 r Dor 11. p B, pS, lE, gbM, rrr I2162 Nb 6 12.9 +17 59 s Ori 15. vF, pL, R, *10 inv p 2200 Gx 6 13.4 -43 39 r Pup eF, pS, R, vlbM 2201 Gx 6 13.4 -43 41 r Pup eF, S, R, pslbM 2194 OC 6 13.8 +12 48 s Ori 10. 8.5 Cl, L, Ri, gvmCM 2198 - 6 13.9 +01 00 r Ori Cl, bet 2 st 9-10 & 10-11 2195 Nb 6 14.4 +17 39 s Ori F, S, 2 S st inv, *10 n 31" 2192 OC 6 15.2 +39 51 s Aur 6. 11. p Cl, cL, C, iF, st vS 2204 OC 6 15.7 -18 39 s CMa 13. 8.6 Cl, L, pRi, lC 2206 Gx 6 16.0 -26 46 s CMa 2.3 13. p F, pS, vlE, pslbM 2207 Gx 6 16.4 -21 22 s CMa 4.3 10.7 pB, pL, mE 87deg , pslbMRN, biN, ring surr I2163 Gx 6 16.5 -21 23 c CMa eF, pS, 2207 p 7s 2202 - 6 16.9 +05 59 r Ori ** chief of Cl I 443 Nb 6 16.9 +22 47 s Gem 50. F, narrow, curved 2211 Gx 6 18.4 -18 34 r CMa 14. p vF, pS, E 45deg , bMN 2212 Gx 6 18.5 -18 33 r CMa 14. p eF, vS, R, in field with 2211 2146 Gx 6 18.7 +78 21 s Cam 6.0 10.5 pB, 2' l, lE I 440 Gx 6 18.9 +80 04 u Cam 2.1 14. p vF, S 2221 Gx 6 20.2 -57 35 c Pic 1.5 vF, lE, vgbM, p of 2 2222 Gx 6 20.3 -57 32 c Pic 1.1 vF, lE, vgvlbM, f of 2 2231 Gb 6 20.4 -67 32 r Dor F, pL, R, gvlbM, ** f I 444 Nb 6 20.4 +23 16 s Gem 8. neb, *9.5 inv 2215 OC 6 21.0 -07 17 s Mon 11. 8.4 Cl, cL, pRi, pC, st 11...15 2228 Gx 6 21.2 -64 27 r Dor F, S, R, glbM 2229 Gx 6 21.3 -64 58 r Dor eF, vS, R, 1st of 3 2230 Gx 6 21.4 -65 00 r Dor eF, S, lE, 2nd of 3 2216 Gx 6 21.6 -22 05 r CMa 14. p vF, pL, R, vglbM 2217 Gx 6 21.7 -27 14 s CMa 4.8 10.4 vB, S, R, psmbM, r 2233 Gx 6 21.7 -65 03 r Dor eF, S, 3rd of 3 I2165 Pl 6 21.7 -12 59 s CMa 0.1 13. p PN , stellar 2220 Ast 6 21.8 -44 46 A Pup Cl, B, P, st 8... 2235 Gx 6 22.3 -64 57 r Dor vF, S, R, *12 nr 2208 Gx 6 22.5 +51 55 r Aur 14. p pF, pS, lE 2241 OC 6 22.7 -68 57 r Dor vF, pL, R, glbM 2219 - 6 23.4 -04 41 r Mon Cl, P, vlC, st 6, 11...12 2223 Gx 6 24.6 -22 50 s CMa 3.3 11.4 F, pL, R, vglbM, 2 st inv 2218 - 6 24.7 +19 20 r Gem F Cl 2227 Gx 6 25.9 -21 59 s CMa 2.3 14. p eF, R, ** p 270deg , 90" 2249 Gb 6 25.9 -68 48 r Dor pB, pL, R, vgbM, ** p 2225 OC 6 26.6 -09 39 F Mon Cl, P, lCM, st 12...15 2232 OC 6 26.6 -04 45 s Mon 30. 3.9 B* (10 Mon) + Cl 2226 - 6 26.7 -09 39 r Mon S, v diffic, *10 close s I2166 Gx 6 27.0 +59 05 s Lyn 2.9 13. p neb; F* p 1', D* f 3' 2224 - 6 27.6 +12 38 r Gem Cl, pC, with neb? 2234 - 6 29.3 +16 41 r Gem Cl, eL, pRi, lC, st L & S 2236 OC 6 29.7 +06 50 s Mon 7. 8.5 Cl, pRi, pC, st 10, 12...15 2243 OC 6 29.8 -31 17 s CMa 5. 9.4 F Cl, st 9...11 2237 Nb 6 30.3 +05 03 d Mon pB, vvL, dif, part of eL nebs ring ar 2239 2257 Gb 6 30.4 -64 19 s Dor 3.4 13.5 F, cL, R, vglbM, r, 17s d 2238 C+N 6 30.6 +05 01 D Mon S* in neby, part of eL nebs ring ar 2239 2239 OC 6 31.0 +04 57 s Mon 16. *8 in L, P, B Cl I 446 Nb 6 31.0 +10 27 s Mon 5. neb *10; = IC 2167 I 447 6 31.2 +10 02 x Mon vF, eeL, dif; = IC 2167 I2169 Nb 6 31.2 +09 54 s Mon 25. F, L, dif, sev st 9-10 inv I2167 6 31.3 +10 27 d Mon *9.5 in F, L neb 2244 OC 6 32.4 +04 52 s Mon 24. 4.8 Cl, beautiful, st sc (12 Mon) 2246 Nb 6 32.4 +05 07 r Mon eeF, L, irr R, e diffic 2245 Nb 6 32.7 +10 10 s Mon 5. pL, com, mbN sf alm *, *7-8 nf I 448 Nb 6 32.7 +07 19 s Mon 15. neby, np *5 2250 OC 6 32.8 -05 02 s Mon 8. 9. p Cl, pRi, lC, iF, st 8, 12...14 2240 - 6 32.9 +35 12 r Aur Cl, pL, P, vlC, st 7, 10...15 2247 Nb 6 33.2 +10 20 s Mon 4. neb* in eF, eL neby, nf 2245 I2168 OC 6 33.8 +44 41 x Aur Cl, S, F neby 2242 Pl 6 34.0 +44 46 A Aur 14. p eeF, vS, R, F* nf 2255 Gx 6 34.0 -34 47 r Col eF, S, lE, vlbM I2170 6 34.1 +44 42 d Aur eF, S, r, *13 spp 0'.8 2248 - 6 34.6 +26 19 r Gem small cluster 2251 OC 6 34.7 +08 22 s Mon 10. 7.3 Cl, vL, E, Ri, lC 2252 OC 6 35.0 +05 23 s Mon 20. 8. p Cl, vL, pRi, lC, st S 2254 OC 6 36.0 +07 40 s Mon 4. 9.7 Cl, S, pC, iF, st 11...13 I 442 Gx 6 36.5 +82 58 u Cam 1.4 14. p F, S, R, mbM I 445 Gx 6 37.3 +67 51 u Cam 1.2 14. p eF, S, R, B* sf 2260 - 6 38.1 -01 28 r Mon Cl, vL, P, vlC, st L & S 2262 OC 6 38.4 +01 11 s Mon 4. 11. p Cl, vC, iR, bM, st eS 2263 Gx 6 38.4 -24 49 r CMa 13. p pF, lE, bet 2 vS st, pslbM 2259 OC 6 38.6 +10 53 s Mon 5. 11. p Cl, cRi, eC, iF, st eS 2261 Nb 6 39.2 +08 44 s Mon 2. B, vmE 330deg , N com = *11 2267 Gx 6 40.8 -32 29 r CMa 14. p two neb close together 2264 C+N 6 41.1 +09 53 s Mon 60. 3.9 eL neb, 3deg diam, densest 12' sp 15 Mon 2265 - 6 41.5 +11 56 r Gem Cl, P, 30 or 40 st 12...13 2253 OC 6 42.4 +66 20 A Cam vF, st eS 2272 Gx 6 42.7 -27 27 s CMa 2.1 11.9 pF, pS, vlE, bM, r 2271 Gx 6 42.8 -23 28 r CMa 14. p pF, S, R, gbM, am st 2266 OC 6 43.2 +26 58 s Gem 7. 10. p Cl, pS, eC, Ri, st 11...15 2269 OC 6 43.9 +04 34 s Mon 4. 10.0 Cl, vmC, not Ri, st vS 2270 - 6 43.9 +03 26 r Mon Cl, lC, not Ri 2297 Gx 6 44.4 -63 43 c Pic 1.6 vF, S, R, vglbM I2171 Gx 6 44.4 -17 56 c CMa 1.8 F, 3 st 10 around 2280 Gx 6 44.8 -27 38 s CMa 5.6 12. p pF, pL, lE, gbM I 449 Gx 6 45.7 +71 21 v Cam 2.0 pF, S, R, bM, bet 2 D st 2283 Gx 6 45.9 -18 14 r CMa 13. p 3 or 4 S st + neb 2282 Nb 6 46.9 +01 19 s Mon 3. *10 in F, R neby I2172 6 46.9 +01 20 d Mon neb* 2287 OC 6 47.0 -20 44 s CMa 38. 4.5 Cl, vL, B, lC, st 8...; = M41 2256 Gx 6 47.2 +74 14 s Cam 2.6 14. p F, R, *9.5 3' sf 2274 Gx 6 47.2 +33 34 r Gem 13. p F, S, bM 2275 Gx 6 47.2 +33 36 r Gem 14. p eF, vS 2295 Gx 6 47.3 -26 44 r CMa 14. p eF, S, R, bet st, Dneb f 2286 OC 6 47.6 -03 10 s Mon 15. 7.5 Cl, L, C, ab 100 st 9...15 2292 Gx 6 47.6 -26 45 r CMa 14. p eF, R, gbM, D with 2293, am st 2293 Gx 6 47.7 -26 45 r CMa 13. p pB, R, gbM, D with 2292, am st 2258 Gx 6 47.8 +74 29 s Cam 2.6 13. p F, 2 st 10-11 f 2277 - 6 47.8 +33 26 r Gem Cl, vS, lRi 2278 - 6 48.3 +33 24 r Gem vF, vS; = 2274? 2279 - 6 48.4 +33 24 r Gem vF, vS, stellar Nucl; = 2275? 2296 Gx 6 48.6 -16 55 r CMa 13. p vF, vS, R; = IC 452 2305 Gx 6 48.6 -64 16 c Vol 2.0 vF, vS, R, 2 st triangle I 452 Gx 6 48.6 -16 54 c CMa *13.5 in S neby; = 2296 2307 Gx 6 48.8 -64 20 c Vol 1.6 vF, pS, vlE 90deg 2298 Gb 6 49.0 -36 00 s Pup 6.8 9.4 glob. cl. , B, pL, iR, gbM, rr 2284 - 6 49.1 +33 13 r Gem F, r I 453 * 6 49.1 -17 02 F CMa 2 or 3 st close? 2281 OC 6 49.3 +41 04 s Aur 15. 5.4 Cl, pRi, vlC, st pL 2285 - 6 49.4 +33 21 r Gem eF, eS, r? 2273 Gx 6 50.1 +60 51 s Lyn 3.5 12. p F, S, iR, r? 2288 Gx 6 50.7 +33 26 A Gem 14. p eF, vS 2289 Gx 6 50.7 +33 27 A Gem 15. p cF, S, R I2173 6 50.8 +33 26 x Gem eF, neb*, 2288 close, *12 nnp 1'; = 2291 2290 Gx 6 51.0 +33 26 s Gem 1.5 15. p F, S, gbM 2291 Gx 6 51.0 +33 32 s Gem 1.3 16. p eF, vS; = IC 2173 2299 - 6 51.1 -07 00 r Mon Cl of 30 or 40 st I 454 6 51.1 +12 54 D Gem eeF, S, e diffic, one or 2 st inv 2294 Gx 6 51.2 +33 32 s Gem 1.1 15. p eeF 2301 OC 6 51.8 +00 28 s Mon 12. 6.0 Cl, Ri, L, iF, st L & S 2302 OC 6 51.9 -07 04 s Mon 3. 8.9 Cl, L, P, lC I 450 Gx 6 52.2 +74 26 v Cam 1.3 vF, S I 451 Gx 6 52.9 +74 29 v Cam 1.6 vF, S 2310 Gx 6 54.0 -40 52 s Pup 5.0 12. p pB, pL, vmE 45deg , pslbM 2306 - 6 54.6 -07 11 r Mon Cl, P, vlC 2304 OC 6 55.0 +18 01 s Gem 5. 10. p Cl, pL, Ri, mC, st vS 2303 Gx 6 56.2 +45 30 r Aur 14. p eF, vS, R, sev st nr 2309 OC 6 56.2 -07 12 s Mon 3. 11. p Cl, pL, pRi, mC, st 13 2311 OC 6 57.8 -04 35 s Mon 7. 10. p Cl, lC, not Ri 2313 Nb 6 58.0 -07 57 F Mon F, vS, R 2308 Gx 6 58.6 +45 13 r Lyn 14. p eF, vS, vF* inv 2312 - 6 58.8 +10 16 r Mon Cl, P 2317 - 6 58.8 -07 46 r Mon close Dneb with 2316 2318 OC 6 59.5 -13 42 F CMa Cl, L, sc st 8...9 2316 Nb 6 59.7 -07 46 s Mon 4. pF, S, R, r, S st inv I2175 6 59.7 +35 17 d Gem eF, pL, r, nebs? I 456 Gx 7 00.3 -30 10 c CMa 2.3 vF, pS, R, B st nf and np 2319 - 7 01.1 +03 04 r Mon Cl of v sc st 8, 9... 2315 Gx 7 02.5 +50 36 r Lyn 14. p eF 2328 Gx 7 02.5 -42 03 r Pup vF, S, vlE, bM, am st 2325 Gx 7 02.7 -28 42 s CMa 2.3 11.2 pB, pL, lE, gbM 2348 7 03.1 -67 23 r Vol Cl, P, lC, 30 st +/- 2323 OC 7 03.2 -08 20 s Mon 16. 5.9 ! Cl, vL, Ri, pC, E, st 12...16; = M50 2324 OC 7 04.2 +01 03 s Mon 8. 8.4 Cl, L, Ri, cC, st 12...16 2327 Nb 7 04.3 -11 18 r CMa pB** inv in S, vF, neb I2177 Nb 7 05.1 -10 42 s Mon 120. pB, eL, iR, v dif 2320 Gx 7 05.6 +50 36 r Lyn 14. p pB, S, iR, gbM, *8 at 120deg 2321 Gx 7 05.9 +50 46 r Lyn 15. p vF, 12'n of 2320 2322 Gx 7 05.9 +50 31 r Lyn 14. p vF, vS, lE 2335 OC 7 06.6 -10 05 s Mon 12. 7.2 Cl, L, lC 2331 OC 7 07.2 +27 21 s Gem 18. 9. p Cl, L, vlC, S Cl inv I2176 Gx 7 07.5 +32 28 m Gem 0.4 15. p vF, vS, R, stell I2178 Gx 7 07.6 +32 31 z Gem 16. p vF, vS, R, bMN 2338 Ast 7 07.7 -05 37 F Mon Cl, vlC 2339 Gx 7 08.3 +18 47 s Gem 2.8 11.6 pB, pL, R, glbM 2343 OC 7 08.3 -10 39 s Mon 7. 6.7 Cl, cL, P, lC 2345 OC 7 08.3 -13 10 s CMa 12. 7.7 Cl, pL, pRi, gbM, st 10...14 2326 Gx 7 08.4 +50 44 r Lyn 14. p vF, pL, iR, psmbM, st p 2333 Gx 7 08.4 +35 11 r Gem 14. p vF, S, R, bM I 466 Nb 7 08.6 -04 19 s Mon 1. *11.5 in vF neb I2174 Gx 7 09.1 +75 21 v Cam 1.2 eF, S, bM 2329 Gx 7 09.2 +48 37 s Lyn 1.6 14. p vF, vS, stellar 2341 Gx 7 09.3 +20 35 s Gem 1.1 14. p vF, vS 2342 Gx 7 09.4 +20 38 s Gem 1.6 13. p pF, S, lE, vlbM 2346 Pl 7 09.4 -00 48 s Mon 0.9 *10 att with S, vF, neb I 457 Gx 7 09.4 +50 09 m Lyn 0.3 16. p eF, sp 2332 2330 Gx 7 09.5 +50 12 r Lyn 14. p vF, vS, v stellar 2332 Gx 7 09.5 +50 11 r Lyn 14. p F, S, R, psbM 2334 - 7 09.9 +50 12 r Lyn vF, bet 2 st 12 2349 - 7 10.0 -08 37 r Mon Cl, cL, P, cC 2337 Gx 7 10.2 +44 27 s Lyn 2.6 13. p eF, S, E 2314 Gx 7 10.5 +75 20 s Cam 2.1 11.9 vF, S, R I 458 Gx 7 10.5 +50 06 u Lyn 1.0 14. p F, bM I 459 7 10.6 +50 11 d Lyn eF I 460 Gx 7 10.7 +50 13 m Lyn 0.4 16. p vF (not seen at Birr) I 461 Gx 7 10.7 +50 05 m Lyn 0.6 16. p vF, 3 F st f I 463 Gx 7 10.9 +50 08 z Lyn 15. p eF 2340 Gx 7 11.0 +50 10 r Lyn 14. p pF, S, R, glbM, r I 462 7 11.0 +50 11 d Lyn vF (not seen at Birr) I 464 Gx 7 11.0 +50 09 m Lyn 0.6 15. p F I2180 Gx 7 11.3 +26 23 u Gem 1.2 15. p F, S, iF, dif I 465 Gx 7 11.5 +50 15 m Lyn 0.8 15. p F 2344 Gx 7 12.5 +47 10 s Lyn 2.0 12.1 pB, pS, R, lbM 2350 Gx 7 13.2 +12 15 r CMi 14. p eF, eS, iR I2181 Gx 7 13.2 +19 00 u Gem 1.0 15. p F, S, R, stell 2351 7 13.5 -10 29 F Mon Cl, lC, ** taken 2352 - 7 13.6 -24 06 r CMa Cl, pRi, pC 2268 Gx 7 14. +84 23 s Cam 3.4 11.5 pF, pL, lE I2182 7 14.2 +18 57 d Gem vF, vS, dif, *12 att 2354 OC 7 14.3 -25 44 s CMa 20. 6.5 Cl, cRi, lC 2353 OC 7 14.6 -10 18 s Mon 20. 7.1 Cl, L, lC, one vB* I2179 Gx 7 15.5 +64 56 s Cam 1.0 12.6 *13 in vF, vS neb (= 2347?) 2347 Gx 7 16.1 +64 43 s Cam 2.0 12.5 vF, S, R, lbM 2369 Gx 7 16.6 -62 21 s Car 4.6 13. p pB, pL, iE, glbM 2358 - 7 16.8 -17 03 r CMa Cl, P, lC 2355 OC 7 16.9 +13 47 s Gem 9. 10. p Cl, pS, pRi, mC, st 15...16 I2183 7 16.9 -20 25 d CMa wisp 2' ns, 3 st n, susp 2356 - 7 17.1 +13 58 r Gem Cl, lC I 468 Nb 7 17.5 -13 09 s CMa 20. vF neby, perhaps 2 or 3 st inv 2357 Gx 7 17.6 +23 22 s Gem 4.5 14. p eF, L, mE, bM, F st inv 2360 OC 7 17.8 -15 37 s CMa 13. 7.2 Cl, vL, Ri, pC, st 9...12 2361 D*? 7 18.4 -13 13 F CMa vvF, vS; part of 2359 2359 Nb 7 18.6 -13 12 s CMa 8. !!, vF, vvL, viF 2362 C+N 7 18.8 -24 57 s CMa 8. 4.1 Cl, pL, Ri (30 CMa) 2381 Gx 7 20.0 -63 04 c Car 1.6 vF, vS, R, am st 2367 OC 7 20.1 -21 56 s CMa 4. 7.9 Cl, S, P, lC 2364 OC 7 20.8 -07 34 F Mon Cl, pC, st pL, bifid 2368 OC 7 21.0 -10 23 s Mon 5. 12. p Cl, S, pRi, st 15 2397 Gx 7 21.3 -69 00 s Vol 2.2 13. p pB, cL, cE 117deg , lbM 2365 Gx 7 22.5 +22 04 r Gem 14. p vF, pS, R, psbM I2186 7 22.7 +21 32 d Gem F, S, R, gbM, r I2187 7 22.7 +21 29 d Gem F, S, R, dif, *11.5 vnr I2188 7 22.7 +21 30 d Gem F, S, dif, FN I2185 Gx 7 23.2 +32 30 m Gem 0.5 15. p F, S, R I 470 7 23.5 +46 05 d Lyn eF, eS, stellar 2380 Gx 7 23.9 -27 31 r CMa 13. p pF, pS, R, vsmbM, am st 2382 7 23.9 -27 32 D CMa pF, S, R, bM; = 2380 2374 OC 7 24.0 -13 16 s CMa 19. 8.0 Cl, vL, pRi, lC, st L 2383 OC 7 24.8 -20 56 s CMa 6. 8.4 Cl, pS, pmC, st 12 2377 Gx 7 24.9 -09 40 s Mon 1.8 15. p eF, vS* inv, *11 s 2370 Gx 7 25.0 +23 47 r Gem 14. p eF, vS, E I2189 7 25.0 +08 55 d CMi PN stell 2384 OC 7 25.1 -21 02 s CMa 3. 7.4 Cl, lC, bifid, ** 2371 Pl 7 25.6 +29 29 s Gem 0.9 13. p B, S, R, bMN, p of Dneb 2372 Pl 7 25.6 +29 30 d Gem pB, S, R, bMN, f of Dneb 2373 Gx 7 26.5 +33 48 r Gem 14. p eF, vS 2376 Gx 7 26.6 +23 04 r Gem 14. p eF, vS 2276 Gx 7 27. +85 45 s Cep 2.6 11.4 F, 60", lbM 2336 Gx 7 27.1 +80 11 s Cam 6.9 10.5 pB, pL, R, 2 st 11 nr 2375 Gx 7 27.1 +33 49 r Gem 14. p eF, vS, 2379 f 17s , 1' s 2395 OC 7 27.1 +13 35 s Gem 12. 8.0 Cl, pRi, C 2378 - 7 27.4 +33 50 r Gem 2 vF close st in eF neb, 2379 f 2s , 1' s 2379 Gx 7 27.4 +33 49 s Gem 1.1 13.5 vF, vS I2202 Gx 7 27.9 -67 34 c Vol 2.1 eF, eS, R 2396 OC 7 28.1 -11 44 s Pup 10. 7. p Cl, vL, vlC I2200 Gx 7 28.3 -62 22 c Car 1.1 eF, eS, eE 65deg , bet 2 st, susp 2385 Gx 7 28.4 +33 50 r Gem 15. p vF, vS, R, bM I2195 7 28.4 -51 15 d Car cB, S, R, bM, susp 2386 *** 7 28.6 +33 46 r Gem stellar 2394 - 7 28.6 +07 02 r CMi Cl, L, P, vlC, st L 2363 Gx 7 28.7 +69 04 A Cam neb* or vFvS, 2366 sf 2388 Gx 7 28.8 +33 49 r Gem 14. p vF, S, R, bM 2366 Gx 7 28.9 +69 13 s Cam 7.6 10.9 vF, pL, mbM, vS* inv, curved tails 2387 Gx 7 29.0 +36 52 r Aur 15. p pB, S, stellar 2390 * 7 29.0 +33 50 r Gem vF 2389 Gx 7 29.1 +33 51 s Gem 2.1 12.8 vF, S, R, psbM 2391 - 7 29.2 +33 49 r Gem eF 2392 Pl 7 29.2 +20 55 s Gem 0.7 10. p B, S, R, *9 M, *8 nf 100" 2401 OC 7 29.4 -13 58 s Pup 2. 13. p Cl, S, cRi, cC, st vS I2184 Gx 7 29.4 +72 08 v Cam 1.3 vF, S, stell, r 2399 *** 7 29.9 -00 13 F CMi 1st of 2 F neb (vS clusters?) I2190 7 29.9 +37 31 d Aur F, pS, dif 2393 Gx 7 30.0 +34 01 r Gem 15. p eF, pS, lE, dif, r? 2400 *** 7 30.0 -00 13 F CMi 2nd of 2 F neb (vS clusters?) I 467 Gx 7 30.0 +79 52 s Cam 3.5 12. p vF, pS, ssF of 2336 2417 Gx 7 30.1 -62 15 v Car 2.2 vF, L, R, gbM, r 2398 Gx 7 30.3 +24 29 r Gem 15. p vF, eS, bM, Dneb? I2191 Gx 7 30.3 +24 18 m Gem 0.7 15. p F, vS, R, stell 2402 Gx 7 30.8 +09 39 r CMi 15. p eF, S, R, lbM, * inv 2409 - 7 31.6 -17 11 r Pup Cl, S but B, st 8...10 2406 Gx 7 31.9 +18 18 r Gem 15. p eF, eS, vSN? 2407 Gx 7 31.9 +18 21 r Gem 15. p eF, eS, vSN? 2300 Gx 7 32. +85 43 s Cep 3.1 11.0 pB, pL, lE, bM 2405 Gx 7 32.2 +25 55 r Gem 14. p vF, S, iR 2413 - 7 33.3 -13 06 r Pup Cl, vL, P, vlC 2414 OC 7 33.3 -15 27 s Pup 4. 7.9 Cl, P, lC, st 9... I2192 7 33.3 +31 22 d Gem F, vS, R, *14 nearly in cont I2193 7 33.3 +31 27 d Gem close p *10 (= IC 2192?) I2194 Gx 7 33.7 +31 19 m Gem 1.0 15. p F, S, R, gbM, r I2196 Gx 7 34.1 +31 24 u Gem 1.5 14. p F, S, pR, gbM, r, 3 st 2' p I2198 Gx 7 34.1 +23 58 z Gem 15. p F, S, R, gbM, r I2197 Gx 7 34.3 +31 24 m Gem 0.5 14. p vvF 2412 - 7 34.4 +08 33 r CMi vF, *8 f 59s , 1'.5 s, *13 s 10" 2411 Gx 7 34.6 +18 17 r Gem 14. p *14 slightly nebs 2434 Gx 7 34.9 -69 17 s Vol 2.5 11.2 pB, S, R, pmbM, 3 st 11 n I2199 7 34.9 +31 13 d Gem F, S I 455 Gx 7 35. +85 33 u Cep 1.2 14. p vF, eS, sf 2300 2410 Gx 7 35.0 +32 50 r Gem 14. p eF, vS, sev vF st inv, 1' long, gbM, r 2416 Gx 7 35.7 +11 37 r CMi 14. p eF, S I2201 Gx 7 36.2 +33 07 u Gem 1.3 15. p F, vS, R, gbM, r 2421 OC 7 36.3 -20 37 s Pup 10. 8.3 Cl, L, cRi, st 11...13 2443 - 7 36.3 -69 32 r Vol pL, vF, R, D with 42, D* inv M 2442 Gx 7 36.4 -69 32 s Vol 6.0 11. p Cl, vF, R, D with 43, D* inv M 2418 Gx 7 36.5 +17 54 r Gem 13. p vF, eS, bM 2427 Gx 7 36.5 -47 38 s Pup 5.6 11.6 eF, L, pmE, gmbM, 2 st inv 2422 OC 7 36.6 -14 30 s Pup 30. 4.4 Cl, B, vL, pRi, st L and S; = M47 2403 Gx 7 36.9 +65 36 s Cam 17.8 8.4 !! cB, eL, vmE, vgmbMN 2415 Gx 7 36.9 +35 15 s Lyn 1.0 12.4 pB, cS, R, vgvlbM, r, alm PN 2404 Kt 7 37.1 +65 42 A Cam vF, vS 2423 OC 7 37.1 -13 52 s Pup 19. 6.7 Cl, vL, Ri, pC, st vS 2419 Gb 7 38.1 +38 53 s Lyn 4.1 10.4 pB, pL, lE 90deg , vgbM, *7-8 267deg , 4' dist 2425 OC 7 38.3 -14 52 s Pup 3. Cl, P, S, st vS 2420 OC 7 38.5 +21 34 s Gem 10. 8.3 Cl, cL, Ri, C, st 11...18 2428 - 7 39.2 -16 31 r Pup Cl, vL, vlC 2430 - 7 39.4 -16 21 r Pup Cl, vL, vlC 2408 Ast 7 40.5 +71 39 A Cam Cl, vlC I2203 Gx 7 40.6 +34 13 u Gem 1.2 14. p F, S, R, gbM, r 2424 Gx 7 40.7 +39 14 s Lyn 4.0 12.6 vF, pS, mE, lbM, r? 2439 OC 7 40.8 -31 39 s Pup 10. 6.9 Cl, B, pRi, pL, lC, st 9, 12...14 2432 OC 7 40.9 -19 05 s Pup 8. 10. p Cl, pL, pC, E 0deg , st L and S I2204 Gx 7 41.2 +34 13 u Gem 1.1 15. p F, vS, R, eFN, r 2437 OC 7 41.8 -14 49 s Pup 27. 6.1 !, Cl, vB, vRi, vL, inv PN ; = M46 2438 Pl 7 41.8 -14 44 s Pup 1.1 10. p PN , pB, pS, vlE, r, 3s .75 d 2440 Pl 7 41.9 -18 13 s Pup 0.5 11. p PN , cB, not v well def I 473 7 42.4 +09 15 d CMi neb *14, 2433 nf 2433 Gx 7 43.0 +09 19 r CMi eF, *15, 90" sp 2426 Gx 7 43.2 +52 49 r Lyn 14. p cF, R, vgbM, r, *8 p I 471 Gx 7 43.6 +49 39 u Lyn 0.8 14. p eF, pS, R, np of 2 2429 Gx 7 43.7 +52 21 r Lyn 14. p pF, pS, vmE, *12 att I 472 Gx 7 43.8 +49 36 u Lyn 1.9 14. p eeF, pS, R, sf of 2 2435 Gx 7 44.2 +31 38 r Gem 13. p F, S, lbM 2447 OC 7 44.6 -23 52 s Pup 22. 6.2 Cl, L, pRi, lC, st 8...13; = M93 2448 - 7 44.6 -24 41 r Pup Cl of 18 or 20 st 11...13 2466 Gx 7 45.2 -71 24 v Vol 1.5 vF, S, R, lbM 2431 Gx 7 45.3 +53 04 r Lyn 14. p eF, vS, R, bM 2451 OC 7 45.4 -37 58 s Pup 45. 2.8 Cl, vvL, vlC, one *4.5 I2206 7 45.8 -34 22 d Pup PN , stell, 9.5m 2436 * 7 46.1 +52 04 r Lyn vF, vS, R, bM I 474 7 46.1 +26 29 d Gem pB, vS, dif 2444 Gx 7 46.9 +39 02 s Lyn 2.3 12.9 vF, mbM 2445 Gx 7 46.9 +39 01 s Lyn 2.1 13.0 vF, mbM, S* att s I2205 Gx 7 46.9 +26 53 z Gem 15. p F, vS, neb D* I 475 Gx 7 47.2 +30 31 m Gem 0.5 15. p vF, vS, dif 2449 Gx 7 47.3 +26 55 r Gem 14. p eF, eS, R, bM, r I 476 Gx 7 47.3 +26 57 z Gem 15. p vS, vF, lbM, diffic 2452 Pl 7 47.4 -27 20 s Pup 0.3 13. p PN , F, S, lE, am 60 st 2450 Gx 7 47.5 +27 00 r Gem 15. p eF, vS, S* inv 2453 OC 7 47.8 -27 14 s Pup 5. 8.3 Cl, S, pRi, pC 2446 Gx 7 48.7 +54 36 r Lyn 14. p F, am 4 st 2455 OC 7 49.0 -21 18 s Pup 8. 10. p Cl, cL, pRi, lC, st 12 I2207 Gx 7 49.8 +33 57 u Gem 2.0 15. p vF, vS, dif, *15 vnr 2454 Gx 7 50.5 +16 22 r Gem 14. p vF, eS, R, bM 2459 7 52.0 +09 33 D CMi only a couple of F st I 477 Gx 7 52.1 +23 28 z Gem 15. p F, pL, R, dif 2441 Gx 7 52.2 +73 02 s Cam 2.2 12.2 vF, pS 2477 OC 7 52.3 -38 33 s Pup 27. 5.8 !, Cl, B, Ri, L, lC, st 12 I2208 7 52.5 +27 30 d Gem F, S, R, dif 2467 C+N 7 52.6 -26 23 s Pup 16. 7. p pB, vL, R, er, *8 M I 478 Gx 7 53.7 +26 29 z Gem 15. p vF, vS, dif 2456 Gx 7 54.1 +55 29 r Lyn 14. p vF, R, vgbM 2470 Gx 7 54.3 +04 27 s CMi 2.2 14. p eF, S, lE, bet 2 st I 479 Gx 7 54.4 +27 00 z Gem 15. p pF, vS, R 2457 Gx 7 54.7 +55 32 r Lyn 15. p F, pL, R, 2456 sp 2478 - 7 54.7 -15 25 r Pup cluster 2482 OC 7 54.9 -24 18 s Pup 12. 7.3 Cl, L, cRi, vlC 2479 OC 7 55.1 -17 43 s Pup 7. 10. p Cl, pL, pRi, pC, st S I 480 7 55.3 +26 47 d Gem vF, pL, E ns, dif 2458 Gx 7 55.4 +56 43 r Lyn vF, *12 close 2483 OC 7 55.9 -27 56 s Pup 10. 7.6 Cl, L, lC 2502 Gx 7 55.9 -52 18 c Car 2.1 pF, S, R, vgpmbM I 469 Gx 7 56. +85 10 v Cep 2.3 F, S, E, sf 2300 2461 Gx 7 56.0 +56 41 r Lyn 15. p *13 slightly nebulous 2489 OC 7 56.2 -30 04 s Pup 8. 7.9 Cl, pL, cRi, pC, st 11...13 I2209 Gx 7 56.2 +60 18 s Cam 1.1 13.8 vF, S, lbM 2462 Gx 7 56.7 +56 39 r Lyn 14. p vF, vS, vlbM 2476 Gx 7 56.7 +39 56 r Lyn 13. p vS* in eF, S neb 2485 Gx 7 56.7 +07 29 r CMi 13. p neb *12 I2220 Nb 7 56.8 -59 07 x Car !! L, E, spiral, * inv 2460 Gx 7 56.9 +60 21 s Cam 2.9 11.7 F, S, R, S* in centre 2463 Gx 7 57.1 +56 40 r Lyn 15. p eF, R I2210 Gx 7 57.1 +56 40 z Lyn 15. p eF, stell, *13 np 2464 Gx 7 57.2 +56 41 m Lyn 0.4 15. p pS Cl, st eF, nebulous 2480 Gx 7 57.2 +23 47 r Gem 15. p vF, E np sf, close np 2481 2481 Gx 7 57.3 +23 46 r Gem 13. p F, S, lE, bM, er 2465 - 7 57.7 +56 45 r Lyn *, nebulous? I2211 Gx 7 57.7 +32 34 u Gem 0.8 14. p pB, S, R, FN, r 2474 Gx 7 57.9 +52 51 s Lyn 0.6 14. p F, pS, E?, bM vS*? L* nf 2486 Gx 7 57.9 +25 09 r Gem 14. p vF, S, psbM 2468 Gx 7 58.0 +56 22 s Lyn 1.3 15. p F, R, bM 2475 Gx 7 58.0 +52 51 s Lyn 0.8 14. p makes a Dneb with 2474 2469 Gx 7 58.1 +56 41 s Lyn 1.1 13. p F, vS, R, *9 sf 2471 * 7 58.3 +56 45 r Lyn *13, slightly nebulous 2487 Gx 7 58.3 +25 08 s Gem 2.8 14. p vF, S, gbM 2516 OC 7 58.3 -60 52 s Car 30. 3.8 Cl, vB, vL, pRi, st 7...13 2473 - 7 58.4 +56 41 r Lyn 1 of 10 neb, in line with 2463, 69; = 2472? 2491 Gx 7 58.4 +07 59 r CMi 15. p only a few st 14, v diffic, *10 p 2484 Gx 7 58.5 +37 47 s Lyn 1.6 15. p vF, vS, R, bM, r? 2472 Gx 7 58.6 +56 42 r Lyn 15. p 1 of 10 neb, in line with 2463, 2469 2496 Gx 7 58.6 +08 02 r CMi 15. p vF, pS, R, lbM, *11 3s p 2501 Gx 7 58.6 -14 22 r Pup 14. p cF, S, vlE 90deg , glbM, am st 2499 Gx 7 58.8 +07 30 r CMi 15. p eF, pS, iR I 481 Gx 7 59.0 +24 09 u Gem 1.1 15. p vF, vS, dif I2212 Gx 7 59.0 +32 37 m Gem 0.5 15. p F, pL, vlbM, dif I2213 Gx 7 59.0 +27 28 m Gem 0.7 15. p F, S, R, lbMN 2490 Gx 7 59.2 +27 05 r Gem 15. p vF, S, R, *13 1' f, p of 2 2494 Gx 7 59.2 -00 38 r Mon 14. p F, S, lE; = IC 487 I 487 7 59.2 -00 40 x Mon eeF, vS, E 110deg ; = 2494 2492 Gx 7 59.4 +27 02 r Gem 14. p vF, S, R, bM, f of 2 I2216 7 59.5 +05 36 d CMi vF, eS, sbM 2498 Gx 7 59.6 +24 58 r Gem 14. p vF, vS, R, bMN I2215 OC 7 59.6 +24 55 x Gem Cl, vS, 30" 2504 Gx 7 59.8 +05 37 r CMi 14. p vF, S, R I 482 Gx 7 59.8 +25 21 m Gem 0.6 15. p vF, S, dif, diffic I 483 7 59.9 +25 55 d Gem F, S, bM, F* nf I 484 Gx 7 59.9 +26 40 z Gem 15. p F, vS, R, bM I2214 Gx 7 59.9 +33 18 u Lyn 0.8 14. p pB, S, R, gbMN 2506 OC 8 00.2 -10 47 s Mon 7. 7.6 Cl, pL, vRi, C, st 11...20 I 485 Gx 8 00.3 +26 42 u Gem 1.4 15. p vF, vS, R, sbM I 486 Gx 8 00.3 +26 37 u Gem 1.0 15. p F, S, dif, gbM 2493 Gx 8 00.4 +39 50 s Lyn 2.5 13. p cB, S, R, sbM 2495 Gx 8 00.6 +39 50 v Lyn 0.4 follows 2493 2' or 3', eF, vS 2503 Gx 8 00.6 +22 24 r Cnc 15. p eF, S, glbM 2509 OC 8 00.7 -19 04 s Pup 8. 9. p Cl, B, pRi, lC, st S I 488 8 00.8 +25 54 d Cnc vF, S, dif, *13 sp I2217 Gx 8 00.8 +27 30 u Cnc 0.6 14. p F, pS, R, dif, r 2507 Gx 8 01.6 +15 43 s Cnc 2.5 14. p pB, pL, iR, vgbM, er, * at 232deg , 80" I 489 8 01.6 +26 00 D Cnc vF, vS, sbM I2218 Gx 8 01.6 +24 26 z Cnc 16. p F, S, R, *14 vnr 2488 Gx 8 01.8 +56 34 r Lyn 14. p vF, vS, R, glbM 2500 Gx 8 01.9 +50 44 s Lyn 2.9 11.6 F, L, R, vgbM, r, am st 2508 Gx 8 02.0 +08 34 r CMi 14. p F, vS, vlE, 2 st p 2510 Gx 8 02.2 +09 29 r CMi 14. p no description 2497 Gx 8 02.3 +56 57 r Lyn 14. p eF, vS 2511 Gx 8 02.3 +09 24 r CMi 15. p eF, 2513 nf 2513 Gx 8 02.5 +09 25 r Cnc 13. p F, S, R, psmbM, r 2520 8 02.5 -28 11 A Pup Cl, B, pRi, pC; = 2527 I2219 Gx 8 02.6 +27 27 u Cnc 1.5 14. p F, pS, E 135deg , gbM, r 2514 Gx 8 02.8 +15 49 s Cnc 1.4 14. p eF, pS, irrR, dif 2517 Gx 8 02.8 -12 19 s Pup 0.8 12.3 F, vS, R, bet 3 st 13-14 2512 Gx 8 03.1 +23 24 s Cnc 1.7 14. p vF, S, iR I 490 Gx 8 03.3 +25 48 z Cnc 16. p eF, eS, S* f 2515 8 03.4 +20 11 d Cnc vF, cometic I 491 Gx 8 03.8 +26 32 z Cnc 15. p vF, eS, R 2505 Gx 8 04.0 +53 34 r Lyn 14. p eF, vS I2221 8 05.1 +37 27 d Lyn vF, vS, R, diffic I2222 8 05.2 +37 29 d Lyn F, S, R, dif, r 2527 OC 8 05.3 -28 10 s Pup 22. 6.5 Cl, vL, pRi, lC, st 10...15 2525 Gx 8 05.6 -11 26 s Pup 2.9 11.6 cF, pL, R, vgvlbM, am st I 492 Gx 8 05.7 +26 10 v Cnc 1.3 pB, vgbM, E ns, *13.5 sf I2223 8 05.8 +37 28 d Lyn F, S, R, dif I2224 8 05.8 +37 28 d Lyn vF, vS, R, vlbM, diffic 2522 Gx 8 06.1 +17 43 r Cnc 14. p vF, vS, E, psbM I2226 Gx 8 06.2 +12 32 v Cnc 1.4 F, S I 494 Gx 8 06.4 +01 02 u CMi 1.4 14. p vF, pS, bM I2225 8 06.4 +35 56 d Lyn F, pS, gbM, r 2526 Gx 8 06.9 +08 01 r Cnc 14. p vF, S, mE 2533 OC 8 07.0 -29 54 s Pup 4. 7.6 Cl, pL, Ri, C, st 9, 13...14 I2228 Gx 8 07.1 +08 02 m Cnc 0.4 15. p eF, S, r 2518 Gx 8 07.3 +51 09 r Lyn 14. p 1st of 2 neb, F, L, R, gbM I2227 8 07.3 +36 02 d Lyn F, vS, gbMN, r, *13.5 vnr 2528 Gx 8 07.4 +39 13 r Lyn 13. p F, S, R, bM I 493 8 07.4 +25 06 d Cnc pB, E ns 2529 Gx 8 07.8 +17 50 r Cnc 14. p eF (suspected) 2530 8 07.9 +17 49 d Cnc eF, lE, vS* n 2519 8 08.0 +51 07 d Lyn F, L, R, gbM, 42s f 2518 2531 8 08.0 +17 49 d Cnc vF 2524 Gx 8 08.1 +39 10 r Lyn 13. p vF, S I 495 Gx 8 08.3 +09 00 z Cnc 15. p vF, vS, R, gvlbM 2521 Gx 8 08.8 +57 46 s Lyn 1.5 14. p pF, pL, R, psbM, *9 np 3' I 498 Gx 8 09.4 +05 16 u CMi 1.4 15. p F, pS, R I 496 Gx 8 09.7 +25 52 m Cnc 0.3 15. p pF, S, E pf, lbM I2229 8 09.7 +25 53 d Cnc F, S, R, lbMN, r I 497 Gx 8 10.1 +24 53 m Cnc 0.5 15. p F, S, R, lbM 2532 Gx 8 10.2 +33 57 s Lyn 2.2 12.4 pB, pL, R, vglbM, r, 2 st nf 2539 OC 8 10.7 -12 50 s Pup 22. 6.5 Cl, vL, Ri, lC, st 11...13 2547 OC 8 10.7 -49 16 s Vel 20. 4.7 Cl, B, L, lC, st 7...16 I2230 Gx 8 10.9 +25 41 z Cnc 16. p F, vS, dif I2231 Gx 8 11.0 +05 05 u CMi 2.0 15. p F, vS, R, dif, *14 att 2535 Gx 8 11.2 +25 12 s Cnc 3.0 12.6 eF, vS, R 2536 Gx 8 11.3 +25 11 s Cnc 0.9 14.1 vF, vS, R 2542 - 8 11.3 -12 56 r Pup nebulous *5 2538 Gx 8 11.4 +03 37 r CMi 14. p vF, vS, R, mbM 2546 OC 8 12.4 -37 38 s Pup 41. 6.3 Cl, B, L, lC, iE, st 9...12 I 500 Gx 8 12.6 -16 03 m Pup 0.7 15. p vF, dif, vF* att 2540 Gx 8 12.8 +26 21 r Cnc 14. p vF, pL, iR, bM, r 2534 Gx 8 12.9 +55 40 s Lyn 1.7 14. p pF, pL, R, psbM, *8 164deg I2232 8 12.9 +36 15 x Lyn F, pS, R, gbMN; = 2543 2543 Gx 8 13.0 +36 15 s Lyn 2.5 13. p F, pL, iR, vgbM, D* nr; = IC 2232 2537 Gx 8 13.2 +46 00 s Lyn 1.7 11.7 glob. cl. , pB, pL, R, rrr, st 20 I2235 8 13.6 +24 05 d Cnc pB, S, E 135deg , dif I2236 8 13.6 +24 03 d Cnc pB, E 0deg , dif 2548 OC 8 13.8 -05 48 s Hya 54. 5.8 Cl, vL, pRi, pmC, st 9...13; = M48 I2234 8 13.9 +35 30 d Lyn pF, vS, dif, vFN I2233 Gx 8 14.0 +45 44 s Lyn 4.7 13.0 pB, L, E np sf; 2537 np I2237 8 14.1 +24 41 d Cnc vF, pS, p dif I2238 8 14.1 +24 40 d Cnc pF, S, dif I2239 Gx 8 14.1 +23 52 m Cnc 1.0 15. p pB, S, R, stell N 2545 Gx 8 14.2 +21 21 s Cnc 2.2 12.4 F, S, lE 45deg , *8 np 4' 2541 Gx 8 14.7 +49 04 s Lyn 6.6 11.8 F, L, E, vgbM I2240 8 14.8 +24 28 d Cnc vF, S, E 155deg , dif 2523 Gx 8 15.0 +73 35 s Cam 3.0 12.0 pB, pL, lE, lbM, * nr I2241 8 15.1 +24 08 d Cnc pB, S, dif I2242 8 15.2 +24 08 d Cnc pF, S, dif I2243 8 15.3 +23 58 d Cnc F, S, dif, biN I2244 8 15.4 +24 33 d Cnc vF, S, E 0deg I2245 8 15.5 +24 32 d Cnc vF, S, iF I2246 8 16.0 +23 51 d Cnc pB, S, dif, bf I2247 8 16.1 +24 12 d Cnc pF, E 135deg , biN I2248 Gx 8 16.1 +23 08 m Cnc 0.4 15. p pB, pL, E 90deg , Nn I2250 8 16.5 +23 38 d Cnc F, S, dif I2253 Gx 8 16.5 +21 25 z Cnc 15. p F, vS, R, stell I2249 8 16.6 +24 30 d Cnc F, vS, iF, att* sp I2251 8 16.7 +23 57 d Cnc pF, pS, dif I2252 8 16.7 +24 42 d Cnc pF, S, R I2254 Gx 8 16.7 +24 47 z Cnc 15. p F, S, R, stell, *13.5 vnr I2255 8 16.7 +23 27 d Cnc vF, pL, N I2256 Gx 8 16.8 +24 11 m Cnc 0.6 15. p B, pS, E 205deg 2559 Gx 8 17.1 -27 28 t Pup 5.6 F, pL, gmbM, am 60 st I2257 8 17.2 +23 39 d Cnc F, S, lbM I2258 8 17.3 +23 35 d Cnc pF, S, mE 0deg , biN I2259 8 17.3 +23 34 d Cnc vF, S, dif, diffic I2262 ? 8 17.4 +18 27 x Cnc pB, S, B* nf I2260 8 17.5 +24 40 d Cnc pF, S, R, dif I2261 8 17.6 +23 31 d Cnc vF, mE 45deg , B* 1' f 2553 Gx 8 17.7 +20 54 r Cnc 15. p vF, S, glbM I2263 8 17.7 +23 35 d Cnc vF, S, E 0deg , vlbM I2266 ? 8 17.7 +18 25 x Cnc pB, vS, mE, B* att I2264 8 17.8 +23 43 d Cnc pB, S, stell N I2265 8 17.8 +24 12 d Cnc pF, vS, R, dif 2554 Gx 8 17.9 +23 28 s Cnc 3.4 14. p F, S, R, mbM, r 2555 Gx 8 18.0 +00 44 r Hya 13. p vF, cS, iF, 3 S st inv? 2568 OC 8 18.0 -37 06 r Pup vF, pL, F* inv I2267 Gx 8 18.0 +24 44 u Cnc 2.3 15. p pB, mE 137deg I2270 ? 8 18.0 +19 06 x Cnc pB, S, * vnr np I2268 Gx 8 18.1 +24 48 z Cnc 15. p pF, S, R, glbM I2272 ? 8 18.1 +18 44 x Cnc vF, vS, gbM, * att I2269 Gx 8 18.2 +23 03 z Cnc 16. p pF, S, E 25deg I2273 ? 8 18.2 +18 24 x Cnc pF, S, bM I2274 *** 8 18.2 +18 40 x Cnc pB neb*, 2 spir branches I2275 ? 8 18.2 +18 25 x Cnc pB, S, gbM I2271 Gx 8 18.4 +24 31 z Cnc 15. p pB, S, bM I2276 ? 8 18.5 +18 29 x Cnc iF, conn with IC 2278, 80 I2277 ? 8 18.5 +18 39 x Cnc pF, vS, iF 2564 Gx 8 18.6 -21 49 r Pup vF, S, R, gbM, am many st 2567 OC 8 18.6 -30 38 s Pup 10. 7.4 Cl, pL, pRi, lC, iR, st 11...14 I2278 ? 8 18.6 +18 28 x Cnc iF, conn with IC 2276, 80 I2279 ? 8 18.6 +18 34 x Cnc F, S, dif 2566 Gx 8 18.7 -25 29 s Pup 3.1 15. p vF, cL, er, vS neb or neb *11 with *12 close I2280 ? 8 18.7 +18 27 x Cnc pF, iF, conn with IC 2276, 78 I 501 Gx 8 18.8 +24 32 z Cnc 15. p F, R, lbM I2311 Gx 8 18.8 -25 22 c Pup 2.2 pB, vS, R, lbM, 6' n of 2566 2571 OC 8 18.9 -29 44 s Pup 13. 7.0 Cl, vL, cRi, lC, st 9... I2281 ? 8 18.9 +18 55 x Cnc * att 51deg , spir br 2549 Gx 8 19.0 +57 48 s Lyn 4.2 11.1 pB, S, mE 0deg , psmbM I2284 ? 8 19.0 +18 36 x Cnc F, S, dif, stell N, * vnr sf I2285 8 19.1 +18 55 d Cnc pF, S, curved N, conn with IC 2281 I2286 8 19.1 +18 57 d Cnc pB, vS, E 50deg I2287 8 19.1 +19 24 d Cnc vF, pS, lbM, dif I2289 ? 8 19.1 +18 32 x Cnc pF, S, iF 2556 Gx 8 19.2 +20 55 r Cnc 15. p vF, vS 2557 Gx 8 19.2 +21 27 s Cnc 1.4 15. p eF, eS, R, lbM 2552 Gx 8 19.3 +50 01 s Lyn 3.2 12.2 eF, cL, lE 45deg I2282 8 19.3 +24 48 d Cnc pF, L, dif, * sf I2283 8 19.3 +24 47 d Cnc pF, pS, R, *9 f 4s .6, 35" s I2288 Gx 8 19.3 +23 46 m Cnc 0.3 15. p F, S, E 90deg , bM, dif I2290 ? 8 19.3 +19 19 x Cnc pF, pS, dif, others nr I2291 ? 8 19.3 +18 30 x Cnc vF, S, mE 125deg , gbM 2558 Gx 8 19.4 +20 30 r Cnc 14. p vF, S, R, sbM, stellar I2292 8 19.4 +19 34 d Cnc pF, vS, E 135deg , bM I2294 8 19.4 +18 59 d Cnc pF, vS, iF I2295 8 19.4 +18 25 d Cnc F, vS, E 90deg , vF stell N, B* sf I2296 8 19.5 +18 54 d Cnc pF, vS, iF, vlbM 2561 Gx 8 19.6 +04 39 r Hya 14. p vF, S, R, 2 st triangle I2293 Gx 8 19.6 +21 23 m Cnc 0.8 15. p F, pS, dif 2565 Gx 8 19.8 +22 02 s Cnc 1.9 14. p F, biN 2560 Gx 8 19.9 +20 59 s Cnc 1.7 15. p F, pL I2297 8 20.1 +18 23 d Cnc pB, S, others nr I2298 8 20.1 +18 24 d Cnc pF, S, iF, Ns, * close nf I2299 8 20.2 +19 20 d Cnc F, vME 60deg I2300 8 20.2 +18 25 d Cnc F, pS, iF, arms n and p I2301 8 20.2 +18 26 d Cnc vF, S, mE, exc N, * sf I2302 8 20.3 +19 21 d Cnc F, vS, R, vlbM I2303 8 20.3 +19 25 d Cnc F, vS, mE 0deg 2562 Gx 8 20.4 +21 08 s Cnc 1.4 12.9 vF, cS, R 2563 Gx 8 20.6 +21 04 s Cnc 2.3 12.3 cF, S, R, bM I2304 8 20.6 +19 26 d Cnc B, vS, neb* I2305 8 20.7 +19 27 d Cnc vF, S, N I2306 8 20.7 +19 07 d Cnc F, vS, R, bM I2307 8 20.7 +19 26 d Cnc pB, pS, dif, E 0deg 2574 Gx 8 20.8 -08 57 r Hya 14. p eF, pS, rr, *7.5 nf 5' I2309 Gx 8 20.8 +18 23 z Cnc 16. p vF, pS, E 165deg I2310 8 20.8 +18 28 d Cnc pB, pS, mE 40deg , curved mbM I2308 Gx 8 20.9 +19 21 m Cnc 0.3 16. p pB, vS, iF, bM I2312 8 20.9 +18 31 d Cnc vF, S, E 45deg , dif, vlbM I2313 8 20.9 +18 31 d Cnc vF, vS, vF stell N 2579 C+N 8 21.1 -36 11 s Pup 10. 7.5 D* in pS neb, am 70 st I2314 8 21.1 +18 46 d Cnc F, S, spir, vlbM I2315 8 21.2 +18 55 d Cnc F, vS, R, dif, N I2316 8 21.3 +19 46 d Cnc pB, S, R, exc stell N 2572 Gx 8 21.4 +19 08 r Cnc 15. p eF, vS, iF, *13 att 2578 Gx 8 21.4 -13 19 s Pup 2.4 12.4 F, vlE, gbM, r, am 50 st I2317 8 21.4 +18 51 d Cnc F, vS, dif, vF stell N I2327 Gx 8 21.4 +03 10 u Hya 1.5 14. p F, S, dif 2569 Gx 8 21.5 +20 52 r Cnc 15. p vF, cE, 3 vS st f 2570 Gx 8 21.5 +20 55 r Cnc 15. p eeF, L, R, n of 2 I2318 8 21.5 +18 37 d Cnc F, vS, N 2580 OC 8 21.6 -30 19 s Pup 8. 10. p Cl, cL, pRi, pC, R, st 12 I2319 8 21.6 +18 29 d Cnc F, S, R I2320 8 21.6 +18 40 d Cnc F, vS, N 2544 Gx 8 21.7 +73 59 s Cam 1.1 12. p eeF, pS, R, sev B st around I2321 8 21.7 +18 28 d Cnc pB, vS, R I2322 8 21.7 +18 29 d Cnc F, S, dif I2323 8 21.7 +18 37 d Cnc pF, S, R I 502 Gx 8 22.0 +08 45 k Cnc 0.4 15. p F, vS, dif I2324 8 22.0 +19 12 d Cnc pF, S, mE 155deg , sev N I2325 8 22.1 +18 55 d Cnc vF, pL, iF, F* att f I 503 Gx 8 22.2 +03 15 u Hya 1.1 14. p vF, S, lE I2326 8 22.2 +19 01 d Cnc vF, mE 90deg , dif, sev N I2328 8 22.3 +19 37 d Cnc pB, pS, mE 65deg I2329 Gx 8 22.4 +19 24 u Cnc 2.2 15. p pF, pS, mE 110deg , stell N I2330 8 22.4 +18 51 d Cnc B, vS, stell, 2 spir branches I 504 Gx 8 22.6 +04 15 u Hya 1.1 14. p vF, pS, R, 4 st f I2331 8 22.6 +19 41 d Cnc vF, pL, R, dif 2577 Gx 8 22.7 +22 33 s Cnc 2.1 13. p F, S, iF, r I2332 8 22.7 +19 55 d Cnc pB, vS, R, stell N, F* att s 2575 Gx 8 22.8 +24 17 s Cnc 2.5 14. p eF, pL, iR, sev F st inv 2576 Gx 8 22.9 +25 44 r Cnc 15. p eF, eS, stellar I2333 8 23.0 +19 05 d Cnc F, S, R, N I2334 8 23.0 +18 37 d Cnc pF, S, R I2335 8 23.1 +19 25 d Cnc F, pS, vlbM, dif, biN 2583 Gx 8 23.2 -05 01 s Hya 0.7 13.5 vF, S, R, sbMN, 1st of 4 2584 Gx 8 23.2 -05 00 r Hya 14. p vF, S, R, 2nd of 4 2588 OC 8 23.2 -32 59 s Pup 2. 12. p Cl, F, S, R, gbM, st 15 I 505 Gx 8 23.3 +04 22 u Hya 1.4 15. p eF, S, R, lbM I2336 8 23.3 +18 32 d Cnc vF, vS, R I2337 8 23.3 +18 32 d Cnc F, vS, R 2585 Gx 8 23.4 -04 56 r Hya 14. p vF, S, R, 3rd of 4 I 506 Gx 8 23.4 +04 18 m Hya 0.4 15. p eeF, eS, R, v diffic 2587 OC 8 23.5 -29 30 s Pup 9. 9. p Cl, pmCM, iF, st 9...13 I2342 8 23.5 +18 35 d Cnc pB, S, R, *12 att 112deg I2338 Gx 8 23.6 +21 20 v Cnc 0.6 F, vS, bMN I2339 Gx 8 23.6 +21 20 v Cnc 1.2 F, S, R, bMN I2340 Gx 8 23.6 +18 44 m Cnc 0.8 15. p pF, pS, dif, bMN I2341 Gx 8 23.7 +21 26 v Cnc 1.6 F, S, R, bMN I2343 8 23.9 +19 01 d Cnc F, pS, lbM, dif I2344 8 23.9 +18 39 d Cnc pF, pS, R, lbM I2345 8 24.1 +19 57 d Cnc F, S, E 90deg , att B* sp I2346 8 24.2 +19 42 d Cnc vF, S, R, bM, 2nd vnr sf I2347 8 24.2 +18 46 d Cnc vF, S, iF, dif I2367 Gx 8 24.2 -18 46 c Pup 2.3 pB, S I2349 8 24.3 +19 00 d Cnc pF, L, lbM, dif 2586 *** 8 24.4 -04 56 F Hya 15. p eF, pS, R, 4th of 4 (neb?) I2348 Gx 8 24.4 +20 32 m Cnc 0.6 16. p F, pS, mE 45deg , bM 2581 Gx 8 24.5 +18 35 r Cnc 14. p vF, vS, R, vF* inv, F* att 2589 - 8 24.5 -08 46 r Hya pF, pS, lE; nonexistent? I2350 8 24.5 +19 33 d Cnc vF, S, gbMN, B* s 2550 Gx 8 24.6 +74 01 s Cam 1.2 13. p eeF, pS, cE I2351 Gx 8 24.6 +18 36 u Cnc 1.1 14. p pF, pS, iF, F stell N, 2581 f I2353 8 24.6 +18 39 d Cnc pB, S, R, spir br I2352 8 24.7 +19 36 d Cnc F, S, lbM, S neb f I2354 8 24.7 +18 40 d Cnc vF, vS, dif, vFN 2551 Gx 8 24.8 +73 25 s Cam 1.9 12.0 vF, S, F* in centre I2355 8 24.9 +20 28 d Cnc pB, S, R, stell N I2356 8 25.0 +19 30 d Cnc F, vS, mE, lbM 2590 Gx 8 25.1 -00 36 r Hya 14. p F* inv in vF, vS, lE neb I2357 8 25.1 +19 31 d Cnc pF, S, R, dif, stell N I2358 8 25.1 +19 30 d Cnc F, S, E 135deg , FN, vS neb f I2360 8 25.2 +19 27 d Cnc F, S, dif, vFN exc 2582 Gx 8 25.3 +20 20 s Cnc 1.3 14. p vF, pS, R, glbM, * p 75"; = IC 2359 I2359 Gx 8 25.3 +20 20 u Cnc 1.1 14. p F, vS, E 160deg , stell N exc nf 2601 Gx 8 25.5 -68 07 v Vol 2.0 F, pS, R, gbM I 507 ? 8 25.6 -00 27 x Hya eeF, pS, vlE, bet 2 st I2361 Gx 8 25.7 +27 53 u Cnc 1.7 15. p F, pS, lE ns, gbM, r I2362 8 25.7 +19 57 d Cnc pF, pL, dif, bet 4 B st I2363 Gx 8 25.8 +19 27 v Cnc pF, pL, dif I2364 8 25.9 +19 46 d Cnc pF, S, R, bM I2368 8 26.0 +19 53 d Cnc pF, vS, bMNE 170deg I2365 8 26.3 +27 52 d Cnc pB, vS, R, stell I2366 Gx 8 26.3 +27 50 u Cnc 1.4 15. p pB, vS, R, bMN I2369 8 26.3 +20 14 d Cnc pB, S, R, stell N I2375 8 26.3 -13 18 d Pup F, vS, E 90deg , 1st of 3 I2370 8 26.4 +19 38 d Cnc pB, vS, iF, N I2377 8 26.4 -13 18 d Pup eF, vS, 2nd of 3 I2379 8 26.4 -13 18 d Pup vF, vS, 3rd of 3 I2371 8 26.6 +19 48 d Cnc pB, S, lE 90deg I2372 8 26.7 +19 53 d Cnc F, S, lE 135deg , B* sf 2593 Gx 8 26.8 +17 22 r Cnc 15. p eF, vS I2373 Gx 8 26.9 +20 22 u Cnc 1.4 15. p F, S, dif, exc N 2592 Gx 8 27.1 +25 58 r Cnc 13. p pF, S, R, vsbM * 2594 Gx 8 27.3 +25 52 r Cnc 15. p eF 2596 Gx 8 27.4 +17 17 r Cnc 14. p vF, S, lE 2595 Gx 8 27.7 +21 29 s Cnc 3.1 14. p vF, pL, iF, R, D* sp 2' I2374 8 28.3 +30 26 d Cnc pF, S, R, dif, *11.5 close I 508 Gx 8 28.4 +25 07 z Cnc 15. p F, L, R I2376 8 28.4 +30 24 d Cnc F, vS, R, *14 close I2381 8 28.4 +19 47 d Cnc pF, S, R bM, dif I2378 Gx 8 28.5 +30 26 v Cnc 0.9 F, S, R, glbM, r I2380 Gx 8 28.6 +30 25 m Cnc 0.4 15. p F, S, R, lbM, r I2382 Gx 8 28.7 +22 04 m Cnc 0.4 15. p F, S, R, r, *12.5 close 2609 OC 8 29.5 -61 06 A Car Cl, pS, lRi, lC I2383 Gx 8 29.6 +30 41 z Cnc 16. p F, vS, R, bMN 2597 Gx 8 30.0 +21 30 u Cnc 1.4 15. p eF, vS 2598 Gx 8 30.0 +21 29 s Cnc 1.3 13.7 F, S I 509 Gx 8 32.0 +24 00 v Cnc 1.9 vF, pL, dif, lbM I 510 Gx 8 32.1 -02 10 u Hya 1.1 15. p F, vS, R, dif 2599 Gx 8 32.2 +22 34 s Cnc 2.4 13. p vF, S, stellar I 513 Gx 8 33.0 -12 21 m Hya 0.6 14. p F, S, dif, r 2604 Gx 8 33.3 +29 33 r Cnc 13. p vF, pL, R, lbM, r, D* nr 2610 Pl 8 33.4 -16 09 s Hya 0.6 14. p F, S, att to *13, *7 nf 2613 Gx 8 33.4 -22 58 s Pyx 7.2 10.4 cB, L, vmE 110deg 2612 Gx 8 33.8 -13 09 s Hya 3.2 13. p F, S, E, psbM, bet 2 st 2607 Gx 8 33.9 +26 59 r Cnc 15. p eF I2384 Gx 8 34.5 +32 26 m Cnc 0.4 16. p F, S, R, stell 2615 Gx 8 34.6 -02 32 r Hya 13. p F, pS, lE, lbM, F* inv r 2600 Gx 8 34.8 +52 44 r UMa 15. p no description I2386 8 34.8 +25 49 d Cnc eF, L, e dif I2385 Gx 8 35.1 +37 17 m Lyn 0.6 15. p F, S, R, dif, r 2602 Gx 8 35.2 +52 50 r UMa 15. p eF, S, R, * 95deg 2608 Gx 8 35.3 +28 28 s Cnc 2.5 12.1 F, vlE, mbM, r 2605 - 8 35.4 +52 51 r UMa F, S, lbM I 514 Gx 8 35.4 -02 03 z Hya 15. p vF, E ns 2603 Gx 8 35.5 +52 47 r UMa 15. p eF, vS 2611 Gx 8 35.5 +25 02 r Cnc 15. p vF, S, pmE, gbM I 515 Gx 8 35.5 -01 54 u Hya 1.2 16. p vF, vS, dif, 2616 nf 2616 Gx 8 35.6 -01 51 s Hya 1.3 12.6 vF, S, R, * nr nf 2626 Nb 8 35.6 -40 40 s Vel 5. *9 inv in pB, pL, R neb 2606 Gx 8 35.7 +52 48 r UMa 15. p cF, S, R, * 310deg 2617 Gx 8 35.7 -04 03 r Hya 15. p eF, vS, 2 vF st inv I 516 Gx 8 35.8 -01 52 z Hya 16. p vF, vS, dif, 2616 p 2618 Gx 8 36.2 +00 42 D Hya 14. p eF, pL, iF I 517 Gx 8 36.3 -02 04 z Hya 15. p vF, S, iF I 518 OC 8 37.1 +00 41 x Hya vF (vS Cl?) 2627 OC 8 37.3 -29 57 s Pyx 11. 8. p Cl, cL, pRi, pC, st 11...13 2591 Gx 8 37.4 +78 02 s Cam 3.2 13. p F, S, E, lbM 2640 Gx 8 37.4 -55 07 c Car 2.5 pB, S, R, 3 or 4 vS st p nr 2620 Gx 8 37.5 +24 57 r Cnc 15. p F, S, E 2619 Gx 8 37.6 +28 43 r Cnc 13. p F, pS, R, bM, r 2621 Gx 8 37.7 +25 00 r Cnc 15. p vF, S, R 2624 Gx 8 38.1 +19 44 r Cnc 14. p eF 2622 Gx 8 38.3 +24 55 r Cnc 15. p F, S, R 2623 Gx 8 38.4 +25 45 s Cnc 0.6 13.8 vF, vS, R, bM, r 2625 Gx 8 38.4 +19 42 s Cnc 0.4 eF, vS 2635 OC 8 38.5 -34 46 s Pyx 3. 11.2 Cl, pmC, irr triangle, st 13... I2387 Gx 8 38.6 +30 47 u Cnc 1.2 15. p F, pS, E ns, gbM 2645 - 8 38.9 -46 13 r Vel Cl, S, st L and S I2388 Gx 8 40.0 +19 38 z Cnc 16. p eF, S, dif (FN?); *10 n 90" 2632 OC 8 40.1 +19 59 s Cnc 95. 3.1 Praesepe; = M44 I2391 OC 8 40.2 -53 04 s Vel 50. 2.5 Cl, co, incl *3.7 (o Vel) 2628 Gx 8 40.5 +23 33 r Cnc 14. p eF, S I 519 Gx 8 40.6 +02 36 z Hya 15. p vF, vS, R, diffic, *14 close 2642 Gx 8 40.7 -04 07 s Hya 2.3 13. p vF, pL, gbM, 2 B st s, one f I 511 Gx 8 40.8 +73 29 v Cam 1.7 vF, S, cE, 2 st sf 2637 Gx 8 41.1 +19 42 r Cnc eeF, vS I2395 OC 8 41.1 -48 12 s Vel 8. 4.6 Cl, co 2644 Gx 8 41.5 +04 59 r Hya 13. p vF, pL, irr oval, sev S points 2643 Gx 8 41.7 +19 43 r Cnc eF neb* I2390 Gx 8 41.8 +19 42 z Cnc 16. p iF, gbM, *10 sf 1'.5, *12 nf 1' 2660 OC 8 42.2 -47 09 s Vel 4. 8.8 Cl, pS, mC, iR, gbM, st 13...15 2638 Gx 8 42.4 +37 13 r Lyn 13. p vF, vS, iF 2647 Gx 8 42.6 +19 40 r Cnc 15. p neb* 2659 OC 8 42.6 -44 57 s Vel 3. 8.6 Cl, L, Ri, pmE, st 11...14 2648 Gx 8 42.7 +14 17 s Cnc 3.6 13. p F, S, vlE 135deg , psbM 2614 Gx 8 42.8 +72 59 s UMa 2.8 14. p eF, pS, R 2652 - 8 43.3 -03 37 D Hya F, pS, E 50deg , gbM, stell N, *9 sp 50"; place? 2658 OC 8 43.4 -32 39 s Pyx 12. 9. p Cl, pS, lRi, lC, iF, st 12-13 2639 Gx 8 43.6 +50 12 s UMa 2.0 11.8 cB, S, E 130deg , psmbM 2651 Gx 8 44.0 +11 47 r Cnc 15. p eF, S, E 2649 Gx 8 44.1 +34 43 s Lyn 1.9 13. p F, L, R, r I2392 Gx 8 44.5 +18 17 x Cnc pB, pS, E 180deg , vlbM 2669 OC 8 44.9 -52 58 s Vel 12. 6.1 Cl, L, P, lC, st 10...13 2663 Gx 8 45.1 -33 48 v Pyx pF, pS, lE 2630 Gx 8 45.4 +73 02 r UMa 16. p 1st of 2 vF, vS, vnr 2629 2657 Gx 8 45.4 +09 40 r Cnc 14. p vF, vS, iR, F* att f 2670 OC 8 45.5 -48 47 s Vel 9. 7.8 Cl, pL, P, lC, st 13... 2662 Gx 8 45.7 -15 08 r Hya 15. p vF, vS, R, bM, *15 nr I 499 Gx 8 46. +85 43 m Cam 1.9 14. p pF, S, mbM, * nf 2661 Gx 8 46.0 +12 38 r Cnc 14. p eF, cL, R, lbM 2665 Gx 8 46.0 -19 17 r Hya 13. p F, S, R, gbMN 2671 OC 8 46.2 -41 53 s Vel 4. 12. p Cl, pRi, lCM, st 12...13 I2403 8 46.2 -15 21 d Hya vF, eS, lE I2396 D* 8 46.7 +17 39 x Cnc vF, vS I2397 ? 8 46.7 +17 40 x Cnc F, vS, R I2398 Gx 8 46.7 +17 45 x Cnc pB, S, R, bM I 521 8 46.8 +02 33 d Hya neb *13 I2393 Gx 8 46.8 +28 11 u Cnc 1.4 15. p F, S, R, N, r 2631 Gx 8 47.1 +73 00 m UMa 0.8 14. p 2nd of 2 vF, vS, vnr 2629 I2394 Gx 8 47.1 +28 16 u Cnc 1.7 15. p F, S, R, gbM 2629 Gx 8 47.2 +72 59 s UMa 2.6 13. p vF, S, stellar 2664 - 8 47.2 +12 36 r Cnc Cl, st 9...10 2656 Gx 8 47.8 +53 52 s UMa 1.5 13.3 eF, psbM I2399 Gx 8 47.8 +18 54 x Cnc vF, pL, E 190deg , bs I2389 Gx 8 48.0 +73 32 s Cam 1.7 13.4 vF, S, lbM I2400 Gx 8 48.0 +38 06 m Lyn 0.6 15. p F, S, stell 2633 Gx 8 48.1 +74 06 s Cam 2.6 11.9 F, S, lE 2641 Gx 8 48.1 +72 54 r UMa 15. p vF, S, stellar I2401 Gx 8 48.1 +37 45 u Lyn 1.3 15. p F, S, R, N, r I2402 Gx 8 48.1 +31 49 m Cnc 0.4 15. p F, S, R, gbMN, r I2404 Gx 8 48.1 +29 30 z Cnc 15. p F, S, R, sbMN I2406 Gx 8 48.1 +17 42 x Cnc B, pS, E 165deg I2407 Gx 8 48.1 +17 37 x Cnc pB, pS, mE 80deg 2674 - 8 48.2 -14 17 r Hya eF, S; nonexistent? 2667 Gx 8 48.3 +19 01 r Cnc 15. p eF; = IC 2410 I2408 * 8 48.3 +19 02 x Cnc pF, vS, R 2634 Gx 8 48.4 +73 58 s Cam 2.2 13. p F, S, lE 2636 Gx 8 48.4 +73 40 s Cam 0.5 14. p vF, S, 2 st 11-12 f I2409 Gx 8 48.4 +18 20 x Cnc pB, pL, bM, *15 p I2410 Gx 8 48.5 +19 01 x Cnc pB, S, E 90deg , stell N I2411 Gx 8 48.5 +19 03 x Cnc vF, S, E 235deg I2405 Gx 8 48.7 +37 14 m Lyn 0.4 15. p F, S, R, gbM 2654 Gx 8 49.2 +60 13 s UMa 4.3 11.8 pF, S, F* in M, F* close sp 2672 Gx 8 49.3 +19 04 s Cnc 2.6 11.6 pB, pL, iR, mbM 2668 Gx 8 49.4 +36 41 r Lyn 15. p vF, vS, R, r 2673 Gx 8 49.4 +19 04 s Cnc 1.4 12.9 vF, vS, close f 2672 I2412 D* 8 49.4 +18 33 x Cnc pB, S, R, N, *14 np I2413 D* 8 49.5 +18 45 x Cnc pF, vS, FN I2414 Gx 8 49.8 +18 48 x Cnc pF, vS, R, vlbM 2650 Gx 8 50.0 +70 18 s UMa 1.9 14. p pB, pL, iF, er 2666 - 8 50.0 +47 03 r UMa Cl, lC 2677 Gx 8 50.0 +19 00 r Cnc 15. p eF, vS, rr (vS Cl) I2415 *** 8 50.0 +18 39 x Cnc F, vS, E 65deg , FN 2678 - 8 50.2 +11 20 r Cnc Cl, vlC, P 2646 Gx 8 50.4 +73 28 s Cam 1.7 12.0 vF, S, 2 F st 2'.5 sf 2682 OC 8 50.4 +11 49 s Cnc 30. 6.9 ! Cl, vB, vL, eRi, lC, st 10...15; = M67 I2416 D* 8 50.5 +18 34 x Cnc pB, S, R I2417 Gx 8 51.2 +18 48 x Cnc B, S, R, stell N I2418 Gx 8 51.4 +17 57 x Cnc vF, pL, R, 2nd vnr sf 2676 Gx 8 51.5 +47 33 s UMa 1.5 14. p eeF, pS, R, 4 pB st nf 2679 Gx 8 51.5 +30 52 r Cnc 14. p pF, pS, R, bM, D with 2680 2680 Gx 8 51.5 +30 52 r Cnc 14. p vF, vS, R, bM, D with 2679 I2420 Gx 8 51.5 +03 05 z Hya 15. p F, S, gbMN 2675 Gx 8 51.9 +53 36 r UMa 14. p vF, R, *15 p 12s I2419 * 8 52.2 +18 06 x Cnc F, pS, E 0deg , dif 2683 Gx 8 52.7 +33 25 s Lyn 9.3 9.7 vB, vL, vmE 39deg , gmbM 2690 Gx 8 52.7 -02 37 r Hya 14. p pF, S, E I 523 Gx 8 53.2 +09 09 u Cnc 1.4 15. p F, S, R, dif 2681 Gx 8 53.5 +51 19 s UMa 3.8 10.3 vB, vL, vg, vsmbM *10 2714 Gx 8 53.5 -59 13 t Car eF, S, R, pslbM I 520 Gx 8 53.7 +73 29 s Cam 2.3 13. p pB, pL, bM, * nr 2696 - 8 54.4 -04 59 r Hya eF, vS, stellar I2421 Gx 8 54.4 +32 41 v Cnc 2.6 vF, pS, dif, diffic I2422 Gx 8 54.4 +20 14 m Cnc 0.4 16. p pF, S, R, dif, *14 close 2695 Gx 8 54.5 -03 05 r Hya 13. p pF, cS, R I 522 Gx 8 54.5 +57 10 u UMa 1.0 14. p pF, pS, R, bM (2 eF st inv?) 2684 Gx 8 54.8 +49 08 r UMa 13. p F, pL, R, gbM, 4 S st nr 2691 Gx 8 54.8 +39 32 s Lyn 1.6 14. p pF, vS, mbM I2423 Gx 8 54.8 +20 14 u Cnc 1.1 15. p F, S, R, dif 2686 Gx 8 54.9 +49 08 r UMa 16. p vF, vS, D or * close f 2687 Gx 8 55.0 +49 09 r UMa 17. p vS 2697 Gx 8 55.1 -03 00 r Hya 13. p vF, vS, R 2689 Gx 8 55.2 +49 09 r UMa vvF, S 2688 Gx 8 55.3 +49 06 r UMa 16. p vvF, S 2653 Ast 8 55.6 +78 25 r Cam vF, vS, F* close n, 2655 s 2655 Gx 8 55.6 +78 13 s Cam 5.1 10.1 vB, cL, lE 90deg , gsvmbM 2685 Gx 8 55.6 +58 44 s UMa 5.2 11.1 pF, R, F* in centre 2698 Gx 8 55.6 -03 11 s Hya 1.8 13. p vF, pS, R, *9 np 4' 2700 - 8 55.7 -05 06 r Hya eF, vS, 1' n of 2699 I2425 * 8 55.8 -03 24 F Hya eF, neb? 2699 Gx 8 55.9 -03 09 r Hya 13. p vF, S, R, *15 np 2702 * 8 55.9 -03 03 F Hya vF, vS, 4' nf 2699 2703 D* 8 55.9 -03 17 F Hya eF, lE, doubtful 2705 * 8 56.0 -03 00 F Hya vF, vS, 3 st 14 f, nf 2708 Gx 8 56.1 -03 22 s Hya 3.0 14. p pF, pS, E, 2 st nr 2707 * 8 56.2 -03 04 F Hya eF, S 2706 Gx 8 56.3 -02 35 r Hya 14. p vF, pS, mE, * nr f 2709 Gx 8 56.3 -03 16 r Hya 15. p vF, pS, lE, nnf 2708 I2424 8 56.8 +39 23 x Lyn vF, S, lbM; = 2704 2704 Gx 8 56.9 +39 22 r Lyn 14. p vF, vS; = IC 2424? 2692 Gx 8 57.0 +52 04 s UMa 1.5 14. p vF, S, R, psbM 2693 Gx 8 57.0 +51 21 s UMa 2.2 11.7 pB, lE, psmbM 2694 Gx 8 57.0 +51 20 v UMa 0.3 14.3 vF, vS, 1's of 2693 2717 Gx 8 57.0 -24 40 r Pyx 14. p pF, S, R, vgpmbM 2711 Gx 8 57.3 +17 17 r Cnc 14. p vF, S, R 2713 Gx 8 57.3 +02 55 s Hya 3.9 11.7 pB, iR, mbM 2716 Gx 8 57.6 +03 05 s Hya 1.8 12.4 F, S, R, mbM I 524 8 58.2 -19 11 d Hya vF, vS, R, vF N? I2426 Gx 8 58.5 +02 54 m Hya 0.3 15. p F, vS, R, stell 2722 Gx 8 58.8 -03 43 v Hya vF, vS, stellar 2718 Gx 8 58.9 +06 18 s Hya 2.5 13. p F, pL, E, am 3 st 2721 Gx 8 58.9 -04 46 s Hya 2.6 13. p cF, pL, R, vgbM 2701 Gx 8 59.1 +53 46 s UMa 2.1 12.4 pB, fan-shaped, *11 att 2720 Gx 8 59.2 +11 10 r Cnc 14. p F, S, R, bM 2712 Gx 8 59.5 +44 55 s Lyn 2.9 12.0 pB, L, E, vgbM *18 2710 Gx 8 59.8 +55 41 r UMa 14. p vF, S
09 - 11 ore
2723 Gx 9 00.2 +03 11 s Hya 1.3 15. p F, S, R 2719 Gx 9 00.3 +35 44 s Lyn 1.3 14. p vF, S, E 110deg , 2 vF st inv 2736 Gx 9 00.4 -45 54 r Vel ! eeF, vL, vvmE 19deg 2724 Gx 9 01.0 +35 46 r Lyn 15. p eF, S, stellar I2427 Gx 9 01.0 +37 52 z Lyn 16. p F, vS, R, bM 2725 Gx 9 01.1 +11 05 r Cnc 14. p F, pL, p of 2 2727 - 9 01.1 -03 23 r Hya vF, L, R, bM I 525 Gx 9 01.3 -01 52 u Hya 1.0 15. p F, S, E ns 2729 Gx 9 01.5 +03 43 r Hya 14. p vF, vS, R 2728 Gx 9 01.8 +11 04 r Cnc 15. p vF, pL, lE, f of 2 2731 Gx 9 02.1 +08 18 r Cnc 14. p F, vS, R 2733 - 9 02.1 -03 44 r Hya eF, R 2730 Gx 9 02.3 +16 50 r Cnc 13. p vF, L, R 2735 Gx 9 02.6 +25 56 s Cnc 1.2 14. p S* inv in vF, vS neb, E pf I 526 Gx 9 02.6 +10 50 m Cnc 0.7 15. p F, S, R 2734 Gx 9 03.0 +16 50 r Cnc eF, vS, R I2428 Gx 9 03.2 +30 35 u Cnc 1.9 15. p F, pS, E pf, glbM I2429 Gx 9 03.8 +29 18 m Cnc 0.4 15. p F, vS, R, bMN 2737 Gx 9 03.9 +21 54 r Cnc 15. p vF, vS, D with 2738 2738 Gx 9 03.9 +21 58 r Cnc 14. p pB, S, iF, D with 2737 I 512 Gx 9 04. +85 30 s Cam 3.6 12. p F, S, R, gbM 2741 - 9 04.3 +18 16 r Cnc vF, p of 2 I2430 Gx 9 04.5 +27 57 u Cnc 1.1 14. p F, S, R, gbM, r I2431 Gx 9 04.5 +14 36 u Cnc 0.6 14. p F, S, R, N, r 2745 Gx 9 04.6 +18 15 r Cnc 15. p eF, vS, stell, f of 2 I2432 Gx 9 04.6 +05 31 z Hya 15. p F, vS, R, dif 2744 Gx 9 04.7 +18 28 s Cnc 1.8 13.4 vF, S, R, r, D* nr 2726 Gx 9 04.9 +59 56 s UMa 1.5 13. p cF, pS, iR, er 2743 Gx 9 05.0 +25 00 r Cnc 14. p eF, S, R, vlbM 2754 Gx 9 05.0 -19 05 r Hya eF, S, R, 1st of 3 2747 Gx 9 05.3 +18 26 r Cnc 15. p vF, vS, stellar 2749 Gx 9 05.4 +18 19 s Cnc 2.0 12.0 pF, S, R, bMN = *15 2758 Gx 9 05.4 -19 03 r Hya 14. p eF, S, E 0deg , 3rd of 3 I2436 D* 9 05.4 -19 10 F Hya eF, S, stell, susp 2751 Gx 9 05.5 +18 15 r Cnc 15. p eF, eS, stellar 2757 D* 9 05.5 -19 02 F Hya eF, 2nd of 3; only a D*, dist 12" I2433 Gx 9 05.5 +22 37 m Cnc 0.8 15. p F, lE pf, dif I2437 Gx 9 05.5 -19 12 c Hya 2.4 F, vS, R, 10' s of 2754, 57, 58 2750 Gx 9 05.7 +25 26 s Cnc 2.3 12. p vF, cL, R, bMN, 2 c st p 2752 Gx 9 05.7 +18 20 s Cnc 2.0 15. p pF, pL, vmE, gbM 2739 Gx 9 06.0 +51 45 r UMa 15. p vF, S, R, np 2740 2746 Gx 9 06.0 +35 22 r Lyn 14. p eF, S, R, vglbM, *12 nnp 50" 2740 Gx 9 06.1 +51 44 r UMa 15. p vF, pS, R 2763 Gx 9 06.8 -15 30 s Hya 2.3 12.1 vF, pS, bM, S* 30" n I2435 Gx 9 06.8 +26 16 u Cnc 1.0 15. p F, S, R, gbM, r I2448 Pl 9 07.1 -69 57 s Car 0.1 12. p PN , stell 2753 Gx 9 07.2 +25 20 r Cnc 15. p vF, vS, *14 np 40" I2434 Gx 9 07.2 +37 12 u Lyn 1.9 14. p F, pS, lbM, r 2761 Gx 9 07.5 +18 26 r Cnc 15. p vF, S 2742 Gx 9 07.6 +60 29 s UMa 3.1 11.7 cB, cL, E 90deg , er 2765 Gx 9 07.6 +03 23 s Hya 2.3 13. p vF, pL, E, gbM, er 2772 Gx 9 07.7 -23 37 r Pyx 15. p eF, lE, lbM 2755 Gx 9 07.9 +41 43 r Lyn 14. p vF, S, iF, lbM, r 2715 Gx 9 08.1 +78 05 s Cam 5.0 11.4 pB, L, E 2764 Gx 9 08.3 +21 27 s Cnc 1.7 12.7 cF, vS, R, er, bet 2 pB st 2759 Gx 9 08.6 +37 37 r Lyn 14. p vF, cS, R I2439 Gx 9 08.6 +32 35 z Cnc 15. p F, S, dif, r 2766 Gx 9 08.8 +29 52 r Cnc 14. p vF, vS, iF, bM 2756 Gx 9 09.0 +53 51 s UMa 1.9 13. p pB, pS, E, vgbM 2788 Gx 9 09.0 -67 56 v Car vF, vS, mE 105deg I 528 Gx 9 09.4 +15 48 u Cnc 1.7 15. p pB, vS, R, N = 13m 2770 Gx 9 09.6 +33 07 s Lyn 3.7 12. p F, L, mE 150deg , r, 2 st n 2773 Gx 9 09.6 +07 11 r Cnc 14. p vF, S, lE I 527 Gx 9 09.6 +37 35 u Lyn 1.9 15. p eeF, pL, R, e diffic 2762 Gx 9 09.8 +50 26 r UMa 15. p vvF, S, R, 1st of 4 I2441 9 10.0 +22 52 d Cnc F, S, R, glbM, D? 2767 Gx 9 10.1 +50 25 r UMa 14. p vF, sbM *15, 2nd of 4 I2442 9 10.1 +22 51 d Cnc vF, vS, R, vlbM 2775 Gx 9 10.3 +07 02 s Cnc 4.5 10.3 cB, cL, R, vgvsmbM, r 2769 Gx 9 10.4 +50 27 r UMa 14. p pF, S, E, pslbM, 3rd of 4 2771 Gx 9 10.5 +50 24 r UMa 14. p vF, S, lE, 4th of 4 2774 Gx 9 10.6 +18 42 r Cnc 15. p vF, S, R, am 5 S st 2777 Gx 9 10.7 +07 12 s Cnc 1.0 14. p F, S 2781 Gx 9 11.5 -14 49 s Hya 3.9 11.5 B, S, vlE, psmbM I2443 Gx 9 11.5 +28 49 m Cnc 0.6 15. p F, S, R, gbMN 2768 Gx 9 11.6 +60 02 s UMa 6.3 10.0 cB, cL, lE, psbMLBN 2808 Gb 9 12.0 -64 52 s Car 13.8 6.3 ! glob. cl. , vL, eRi, vgeCM, 45s d, st 13...15 2776 Gx 9 12.2 +44 57 s Lyn 2.9 11.6 pB, L, R, vgbM, r 2778 Gx 9 12.3 +35 01 s Lyn 1.5 13. p pB, S, R, psmbM 2779 Gx 9 12.3 +35 03 r Lyn 15. p eF, vS, 92" nf 2778 2784 Gx 9 12.3 -24 10 s Hya 5.1 10.1 B, L, mE 64deg , gmbM 2792 Pl 9 12.4 -42 26 s Vel 0.2 14. p ! PN , pB = *9, vS, R, am st 2780 Gx 9 12.7 +34 55 s Lyn 1.0 14. p vF, S, R, S D* p I2444 Gx 9 12.8 +30 14 m Cnc 0.9 15. p F, vS, R, stell I2445 Gx 9 13.2 +31 48 u Cnc 1.0 15. p F, S, R, dif, r 2732 Gx 9 13.4 +79 11 s Cam 2.3 11.9 pB, S, E 45deg , *13 nf I2446 Gx 9 13.5 +28 58 u Cnc 1.7 15. p F, S, E 130deg , bMN, r I2447 9 13.5 +28 45 d Cnc F, S, R, gbMN 2783 Gx 9 13.6 +29 59 r Cnc 14. p vF, vS, R, 2 pB st sp 2748 Gx 9 13.7 +76 29 s Cam 3.1 11.7 pB, pL, E, vglbM 2836 Gx 9 13.7 -69 20 v Car F, pS, R, glbM 2786 - 9 14.0 +12 09 r Cnc vF, vS, mbM 2822 Gx 9 14.0 -69 38 s Car 2.1 12. p pF, vS, R, glbM I2438 OC 9 14.0 +73 26 x Cam Cl, 5 or 6 st 13... within 1'.5 2782 Gx 9 14.1 +40 07 s Lyn 3.8 11.5 cB, R, mbMBN 2789 Gx 9 15.0 +29 44 r Cnc 14. p pF, S, R, gbM 2790 Gx 9 15.0 +19 43 r Cnc 14. p vF, S, R, lbM 2791 Gx 9 15.0 +17 36 r Cnc 15. p F, R 2785 Gx 9 15.2 +40 55 r Lyn 15. p eF, pS, iE, sev eF st inv I2449 9 15.2 +30 00 d Cnc vF, vS, lbM I 530 Gx 9 15.3 +11 53 u Cnc 2.1 14. p pB, S, E pf I2440 9 15.5 +73 28 d Cam vF, stell (13m), neb? 2842 Gx 9 15.6 -63 04 t Car F, vS, bet 2 st 2760 - 9 15.7 +76 23 r Cam vF, S, R, nearly bet *8 & *9 I2450 9 15.7 +25 27 d Cnc F, S, gbM, r I2451 Gx 9 15.7 +23 29 z Cnc 16. p F, S, R, gbMN I2453 Gx 9 15.8 +20 56 z Cnc 15. p F, S, R, gbM, r I2452 Gx 9 15.9 +23 27 z Cnc 16. p F, S, R, gbMN 2794 Gx 9 16.0 +17 36 r Cnc 14. p eF, vS, sp of 2 2818 OC 9 16.0 -36 37 s Pyx 9. 8.2 ! glob. cl. , pB, pL, R, vglbM, in L Cl I2454 Gx 9 16.0 +17 49 u Cnc 1.2 14. p F, vS, gbMN 2795 Gx 9 16.1 +17 38 r Cnc 14. p eF, vS, nf of 2 2811 Gx 9 16.2 -16 19 s Hya 2.7 11.3 pB, pS, E, psmbM 2815 Gx 9 16.3 -23 38 s Hya 3.5 13. p F, S, lE, gbM 2797 Gx 9 16.4 +17 44 r Cnc 14. p eF, sev st nr 2796 Gx 9 16.7 +30 55 r Cnc 14. p eF, S, R, lbM 2801 Gx 9 16.7 +19 56 r Cnc 15. p eF, pL 2802 Gx 9 16.7 +18 58 r Cnc 14. p vF, S, R, r, np of 2 2803 Gx 9 16.7 +18 58 r Cnc 14. p vF, S, R, r, sf of 2 2793 Gx 9 16.8 +34 26 s Lyn 1.3 14. p vF, S, R, D* p 5s , n 5' 2804 Gx 9 16.8 +20 12 r Cnc 14. p vF, S, R 2821 Gx 9 16.8 -26 49 r Pyx 14. p eF, *11 att I2455 9 16.8 +20 07 d Cnc F, R, gbMN, r 2806 Gx 9 17.0 +20 03 r Cnc 15. p vF, stellar, p 2809 2807 Gx 9 17.0 +20 02 r Cnc 15. p vF, vS, 2809 f 7s , n 2' 2809 Gx 9 17.1 +20 04 r Cnc 14. p vF, S, R I2457 Gx 9 17.1 +20 05 m Cnc 1.2 14. p F, S, R, dif 2817 Gx 9 17.3 -04 44 r Hya 13. p vF, pS, R 2798 Gx 9 17.4 +42 00 s Lyn 2.8 12.3 pB, S, stellar 2799 Gx 9 17.5 +42 00 s Lyn 1.9 14. p F, cL, vmE, f 2798 I2456 9 17.5 +34 47 d Lyn F, S, dif, r 2812 Gx 9 17.6 +19 55 r Cnc 15. p eF 2813 Gx 9 17.7 +19 54 r Cnc 15. p F 2835 Gx 9 17.9 -22 21 s Hya 6.3 11. p F, *10 inv f, bet 2 st 9 I 531 Gx 9 17.9 -00 17 u Hya 1.8 15. p F, vS, E pf, lbM 2819 Gx 9 18.2 +16 13 r Cnc 14. p pB, vS, R 2837 Gx 9 18.4 -16 30 h Hya 0.3 14. p eF, R, bM, * f 8s .5 I 529 Gx 9 18.5 +73 46 s Cam 3.7 13. p pF, pL, E 2800 Gx 9 18.6 +52 31 r UMa 14. p vF, S, lE, * att, * inv 2845 Gx 9 18.6 -38 00 r Vel vF, S, R, *12 att sf 2824 Gx 9 19.0 +26 16 s Cnc 1.3 14. p Cl, S, st F, vC I 532 ? 9 19.0 -16 46 x Hya pB, pL, E pf, bM I2459 9 19.1 +34 53 d Lyn eF, vS, diffic 2827 Gx 9 19.2 +33 52 r Lyn 15. p vF, vS, R, 1st of 3 2787 Gx 9 19.3 +69 12 s UMa 3.4 10.8 B, pL, lE 90deg , mbM, r, vS* sf inv 2823 Gx 9 19.3 +34 00 s Lyn 1.0 16. p vF, S, R 2849 OC 9 19.3 -40 31 r Vel eF, cL, R, vglbM, rr I2460 ? 9 19.3 +33 51 x Lyn F, vS, E pf, stell N 2825 Gx 9 19.4 +33 44 s Lyn 1.1 16. p F, pS, lE, bM 2826 Gx 9 19.4 +33 37 s Lyn 1.8 15. p vF, vS, R, 2825 n 7' 2828 Gx 9 19.5 +33 53 r Lyn 15. p vF, vS, R, 2nd of 3 2829 Gx 9 19.5 +33 40 r Lyn eF, vS, R, nf 2826 2830 Gx 9 19.7 +33 44 A Lyn 1.3 15. p F, S, lE, bM, 1st of 3 2831 Gx 9 19.7 +33 44 A Lyn 0.8 13.6 F, vS, R, 2nd of 3 2832 Gx 9 19.8 +33 44 A Lyn 3.3 11.5 cB, cL, E, 3rd of 3 2833 Gx 9 19.9 +33 56 r Lyn 15. p F, pS, R, 3rd of 3 in line 2846 9 19.9 -14 41 D Hya vS Cl (neb?), *10 sf 4' I2461 Gx 9 19.9 +37 10 u Lyn 2.7 15. p F, vS, vlbM 2834 Gx 9 20.0 +33 43 r Lyn 15. p vF, S, R, bM 2847 Gx 9 20.1 -16 31 h Hya 0.4 15. p vF, S, inv in 2848, np 2848 Gx 9 20.2 -16 32 s Hya 2.7 12.1 vF, cL, E 45deg , glbM, *11 nf 3' 2805 Gx 9 20.3 +64 06 s UMa 6.3 11.3 vF, L, R, mbM 2843 Gx 9 20.4 +18 57 r Cnc S* and neb I 533 9 20.4 -04 00 d Hya eF, S, dif 2839 Gx 9 20.6 +33 40 r Lyn 15. p vF, S, R 2851 Gx 9 20.6 -16 28 r Hya 15. p eF, pS, mE, f 2848 2838 Gx 9 20.7 +39 19 r Lyn 14. p vF, vS, R 2840 Gx 9 20.8 +35 23 r Lyn 15. p cF, S, R, *10 np 2' 2850 Gx 9 21.0 -04 55 r Hya vF, vS, R, mbM 2816 - 9 21.1 +60 27 r UMa F, pmE 2814 Gx 9 21.2 +64 15 s UMa 1.4 13.8 F, S, iF, 1st of 2 I 534 Gx 9 21.2 +03 09 u Hya 1.9 15. p vF, S, dif 2867 Pl 9 21.4 -58 19 s Car 0.2 10. p !! PN = *8, vS, R, *15, 59deg , 13" 2855 Gx 9 21.5 -11 55 s Hya 2.7 11.6 pB, pL, R, gmbMN I2458 Gx 9 21.6 +64 14 s UMa 0.4 15. p eF, S, dif close to 2820 2820 Gx 9 21.8 +64 16 s UMa 4.3 12.8 F, S, E, 2nd of 2 2844 Gx 9 21.8 +40 09 s Lyn 1.9 12.9 cF, cS 2841 Gx 9 22.0 +50 58 s UMa 8.1 9.3 vB, L, vmE 151deg , vsmbM = *10 2866 - 9 22.0 -51 05 r Vel Cl, lC 2810 Gx 9 22.1 +71 50 s UMa 2.0 13. p F, cS, bM I 535 Gx 9 22.2 -01 03 z Hya 16. p F, vS, R 2858 Gx 9 22.9 +03 09 r Hya 14. p vF, S, mbM I2462 9 22.9 +22 41 d Leo vF, S, dif, r I2463 Gx 9 23.0 +22 37 z Leo 16. p F, S, R, gbM, r I2469 Gx 9 23.0 -32 27 c Pyx 5.1 pF, cS, mE, *10 sp nr 2852 Gx 9 23.2 +40 10 s Lyn 1.2 14. p vF, cS, R, *10 p 2', 1st of 2 2853 Gx 9 23.3 +40 12 s Lyn 2.0 14. p vF, S, vgbM, 2nd of 2 2887 Gx 9 23.3 -63 49 t Car F, S, R, pmbM, B* nr 2868 9 23.4 -10 25 D Hya eF, S, R, 10s p 2869 I2464 Gx 9 23.4 +22 35 m Leo 0.6 15. p pF, S, R, gbM, r 2865 Gx 9 23.5 -23 10 s Hya 2.0 11.4 B, S, R, gbM 2861 Gx 9 23.6 +02 08 r Hya 14. p pF, S, iR, *14 f 2863 Gx 9 23.6 -10 24 r Hya 13. p cF, S, E, bet 2 st 12, 16 2869 9 23.6 -10 26 D Hya eF, pS, E 170deg , gbM, bet 2 F st; = 2863 I2465 9 23.6 +24 27 d Leo F, S, dif I2466 Gx 9 23.7 +24 31 z Leo 15. p vF, vS, dif, *13.5 att 2854 Gx 9 24.0 +49 13 r UMa 14. p cF, cS, vlE, pglbM 2856 Gx 9 24.2 +49 15 r UMa 14. p cF, cS, lE, bM 2864 Gx 9 24.2 +05 57 r Hya 15. p vF, pL, lE 2859 Gx 9 24.3 +34 31 s LMi 4.8 10.7 vB, pL, R, smbM 2857 Gx 9 24.5 +49 21 s UMa 2.4 14. p vF, pL, 4 st p I 536 Gx 9 24.6 +25 07 u Leo 1.2 15. p F, S, R, lbM 2860 Gx 9 24.9 +41 04 r Lyn 15. p vF, vS, R, gbM 2862 Gx 9 24.9 +26 46 r Leo 14. p F, S, E, bM I2467 9 24.9 +38 20 d LMi F, vS, R, gbMN I2468 9 25.0 +38 20 d LMi vS, R, sbM *15 I2470 9 25.0 +03 23 d Hya F, pS, iF, E 135deg , r 2876 Gx 9 25.2 -06 43 r Hya 14. p F, S, sev vF st inv 2883 Gx 9 25.2 -34 05 v Pyx vF, S, vglbM, rrr, st 15 I2471 Gx 9 25.2 -06 50 m Hya 0.7 14. p vF, 2 or 3 st in neb; = 2876? 2879 *** 9 25.4 -11 40 F Hya vF, vS, R, lbM I 537 Gx 9 25.4 -12 23 m Hya 1.0 14. p neb *14 2871 9 25.7 +11 27 D Leo eF, 2872 sf 1' 2872 Gx 9 25.7 +11 26 s Leo 2.1 13. p pF, pS, R, bM 2874 Gx 9 25.8 +11 26 s Leo 2.5 14. p vF, pL, mE 2875 Gx 9 25.8 +11 26 h Leo 0.5 15. p eF, nf 2874 2877 Gx 9 25.8 +02 13 r Hya 14. p vF, S, vlE 2878 Gx 9 25.8 +02 05 r Hya 15. p vF, S, vlE 2873 Gx 9 25.9 +11 27 r Leo 15. p vF, vS, R, n of E neb 2881 Gx 9 25.9 -11 59 r Hya 14. p eF, pS, 2 st 9.5 & 10.5 sf 2915 Gx 9 26.2 -76 38 s Cha 1.5 12.6 pF, pL, R, gbM 2888 Gx 9 26.3 -28 02 s Pyx 0.8 12.5 cF, S, R, gmbM 2884 Gx 9 26.4 -11 33 s Hya 2.6 13. p F, S, r? 2882 Gx 9 26.5 +07 56 r Leo 13. p F, pL, E 2886 *** 9 26.5 -21 46 F Hya eeF, pL I2472 Gx 9 26.5 +21 23 z Leo 15. p F, S, R, dif 2890 Gx 9 26.6 -14 32 r Hya 15. p eF, S, R, bMN 2891 Gx 9 26.8 -24 49 r Pyx 14. p F, S, R, bM I2484 9 26.8 -42 51 d Vel pB, S, R, *7 nf, D* p 2899 Pl 9 27.0 -56 06 s Vel 2.0 F, pL, R, gmbM, am 80 st I2482 Gx 9 27.0 -12 06 m Hya 2.0 13. p F, vS, *10 p 7s , 0'.8 n 2889 Gx 9 27.2 -11 38 s Hya 2.0 11.8 pF, pS, vlE, vglbM, r I2474 9 27.2 +23 02 d Leo *13 in vS neb, IC 538 f I2485 9 27.2 -39 17 d Ant eF, vS, R, st in neb, susp I 538 Gx 9 27.4 +23 01 m Leo 0.5 *13 in vF neb; = 2885? I2473 Gx 9 27.4 +30 26 u Leo 1.6 15. p F, pS, R, glbM I2481 Gx 9 27.4 +03 56 u Hya 0.9 14. p F, S, E 150deg , gbM, r I2488 OC 9 27.6 -56 59 s Vel 15. 7. p Cl, co 2870 Gx 9 27.8 +57 23 s UMa 2.6 14. p cF, S, E, vglbM I2475 Nb 9 27.9 +29 48 x Leo 0.5 F, vS, R, lbM I2476 Gx 9 27.9 +29 59 v Leo 1.7 F, S, R, bM I2477 9 27.9 +29 42 d Leo F, S, gbM, r I2478 Nb 9 27.9 +30 01 x Leo 0.1 F, S, R, N I2479 Nb 9 28.1 +30 00 x Leo 0.3 F, S, R, vlbM I2480 Nb 9 28.2 +29 43 x Leo 0.2 F, vS, lE pf, gbM, r I 539 Gx 9 29.1 -02 33 u Hya 1.2 14. p pB, S, R, gbM, r 2894 Gx 9 29.4 +07 43 r Leo 13. p vF, E, er, 2 or 3 st inv I2483 Gx 9 29.5 +31 00 z Leo 16. p F, S, R, lbM 2880 Gx 9 29.6 +62 30 s UMa 2.6 11.6 B, cS, R, mbM, am st 2885 Gx 9 29.6 +22 57 r Leo eF, vS, E 90deg 2897 Gx 9 29.8 +02 12 r Hya eF, S 2898 Gx 9 29.8 +02 03 r Hya 15. p vF, vS, lE 2904 Gx 9 30.2 -30 23 r Ant 13. p F, S, lE, psbM I 540 Gx 9 30.2 +07 54 u Leo 1.4 15. p F, S, dif I2487 Gx 9 30.2 +20 06 v Leo 2.0 F, L, mE 160deg 2893 Gx 9 30.3 +29 32 s Leo 1.4 13. p vF, S, R, vsbM *12 2896 Gx 9 30.3 +23 39 r Leo 15. p F, vS, R, *17 att 2900 Gx 9 30.3 +04 08 r Hya 14. p eeF, pL, R I2486 Gx 9 30.3 +26 39 u Leo 1.1 15. p vF, cS, dif 2910 OC 9 30.4 -52 54 s Vel 5. 7.2 Cl, cL, pRi, pC, st 10...14 I 541 9 30.5 -04 15 d Hya eeF, pS, R, *10 s 2902 Gx 9 30.9 -14 44 s Hya 1.3 13. p vF, vS, stellar; = IC 543 I 543 Gx 9 30.9 -14 44 t Hya 1.2 13. p vF, pL, E, dif I 542 Gx 9 31.2 -13 10 m Hya 1.0 15. p F, vS, E pf, lbM I2489 9 31.2 -05 53 d Hya pF, R 2907 Gx 9 31.6 -16 44 s Hya 1.9 13. p pF, S, lE, mb sf 2903 Gx 9 32.2 +21 30 s Leo 12.6 8.9 cB, vL, E, gmbM, r, sp of 2 2905 Gx 9 32.2 +21 31 u Leo 13.3 10. p vF, cL, R, psbM, r, nf of 2 2906 Gx 9 32.2 +08 27 s Leo 1.6 13. p F, pS, lE, gbM 2895 Gx 9 32.4 +57 29 r UMa 14. p vF, vS, R, vgbM, D* 7' s 2901 - 9 32.4 +31 07 r Leo no description 2892 Gx 9 32.9 +67 37 s UMa 1.7 14. p pF, pS, R, lbM I2490 Nb 9 33.1 +29 55 x Leo 0.3 F, S, gbM I2492 9 33.2 -37 54 d Ant cF, vS, R, B* 1' np, susp 2912 Gx 9 33.7 +10 09 r Leo eF, 2911 sp 2925 OC 9 33.7 -53 26 s Vel 12. 8. p Cl, pRi, pC, D* taken 2911 Gx 9 33.8 +10 09 s Leo 4.3 11.6 F, pL, R, gbM, p of 2 2913 Gx 9 34.0 +09 28 r Leo 14. p vF, pL, iR 2914 Gx 9 34.0 +10 07 s Leo 1.2 13.1 vF, S, R, bMN, f of 2 2920 Gx 9 34.3 -20 51 r Hya eF, S, R, p of 2 2917 Gx 9 34.5 -02 30 r Hya 14. p pF, S, mbM 2921 Gx 9 34.7 -20 57 r Hya 13. p vF, pS, lE, vglbM, f of 2 2919 Gx 9 34.8 +10 17 s Leo 1.9 14. p F, pS I 546 Gx 9 34.9 -16 23 m Hya 0.6 14. p F, vS, iF, 2924 f 2916 Gx 9 35.0 +21 42 s Leo 2.6 12.0 F, S, vlE 2924 Gx 9 35.2 -16 24 s Hya 1.6 13. p pB, S, R I2491 Gx 9 35.2 +34 44 u LMi 1.1 15. p F, S, R, gbM, r 2932 - 9 35.3 -46 57 r Vel Cl, eL, vRi, st L and S 2918 Gx 9 35.8 +31 42 r Leo 13. p vF, cS, R, sbMN I 544 Gx 9 35.9 +24 54 m Leo 0.7 15. p vF, dif, diffic 2923 Gx 9 36.0 +16 45 r Leo 15. p vF I 545 Gx 9 36.1 +24 57 m Leo 0.4 15. p F, E pf, F* f I2494 9 36.1 -12 26 d Hya pB, pL, R, 2 st nr f I 547 Gx 9 36.2 -12 25 m Hya 1.2 13. p pB, S, R, lbM I2493 Gx 9 36.3 +37 23 m LMi 0.5 15. p F, vS, stell 2935 Gx 9 36.7 -21 08 s Hya 3.5 12. p pB, pS, vlE, gmbM 2922 Gx 9 36.8 +37 41 r LMi 14. p vF, S, iR, lbM, r 2927 Gx 9 37.2 +23 35 r Leo 14. p F, pL, R, lbM 2928 Gx 9 37.3 +16 58 r Leo 15. p vF, S, R, bM 2929 Gx 9 37.4 +23 09 r Leo 14. p eF, vS, lE, vlbM, 1st of 3 2926 Gx 9 37.5 +32 50 r Leo 14. p vF 2930 Gx 9 37.5 +23 12 r Leo 14. p eF, S, 2nd of 3 2931 Gx 9 37.6 +23 14 r Leo 15. p eF, vS, 3rd of 3 2945 Gx 9 37.6 -22 02 r Hya 14. p F, S, R, glbM, 2 or 3 S st nr 2936 Gx 9 37.7 +02 44 s Hya 1.7 13.1 vF, iR 2937 Gx 9 37.7 +02 44 s Hya 1.0 13.6 F, S, like a neb* 2933 Gx 9 38.0 +17 01 r Leo 15. p F, vS, lE, sp of 2 2934 Gx 9 38.0 +17 01 r Leo 15. p eF, nf of 2 2973 Gx 9 38.0 -30 08 r Ant eF, pS, *8 f 2939 Gx 9 38.1 +09 31 s Leo 2.7 14. p vF, S, vlE, bM, triangle st nf 2940 Gx 9 38.1 +09 36 s Leo 1.3 15. p vF, S, 5' n of 2939 I2495 Gx 9 38.2 +28 03 m Leo 0.7 15. p F, cS, R, gbMN 2938 Gx 9 38.3 +76 19 r Dra 14. p eF, S, iF, D* f 3' I 548 Gx 9 38.3 +09 26 z Leo 15. p F, vS, ibM, 2939 np 2941 Gx 9 38.4 +17 03 r Leo 15. p eF, vS, lE, p of 2 2947 - 9 38.4 -12 26 r Hya eF, pL, iR, gbM 2943 Gx 9 38.6 +17 02 r Leo 14. p F, S, iR, bM, f of 2 I2504 9 38.6 -69 05 d Car eF, vS, eE 170deg , lbM, susp I2496 Gx 9 38.7 +34 43 z LMi 15. p F, vS, R, r I2501 Pl 9 38.8 -60 05 s Car 0.4 11. p PN , stell 2948 Gx 9 38.9 +06 57 r Leo 14. p vF, pL, vgbM 2942 Gx 9 39.1 +34 00 s LMi 2.2 13. p F, pL, vlE 0deg , vglbM 2946 Gx 9 39.1 +17 01 r Leo 15. p vF, S, E 2944 Gx 9 39.3 +32 19 s Leo 1.3 15. p F, vS, lbM 2952 - 9 39.3 -10 09 r Hya eF, pS, iR, sbM, *9.5 f 30s 2956 Gx 9 39.3 -19 06 r Hya vF, vS, R, *9.5 sf 4' 2951 Gx 9 39.7 -00 14 r Hya 15. p pF, S, E 2949 Gx 9 40.0 +16 47 r Leo 15. p vF, double? 2972 OC 9 40.3 -50 20 s Vel 4. 9.9 Cl, S, lRi, pC, st 13 2953 - 9 40.4 +14 50 r Leo eeF, suspected 2954 Gx 9 40.5 +14 55 r Leo 13. p vF, S, R, n of 2 I 550 Gx 9 40.5 -06 56 m Hya 0.6 14. p F, eS, stellar 2958 Gx 9 40.6 +11 53 r Leo 14. p vF, pS, R, vlbM 2960 Gx 9 40.6 +03 34 r Hya 13. p vF, R, gbM I 549 9 40.7 +03 59 d Hya vF, S, iF, bM I 553 Gx 9 40.7 -05 26 x Hya vF, vS, R, dif 2962 Gx 9 40.9 +05 10 s Hya 3.3 11.7 F, vS, vlE, psbM I 551 Gx 9 40.9 +06 56 u Leo 0.9 14. p F, vS, R, N = 13m I2497 9 41.1 +34 42 d LMi vF, vS, R, r 2975 Gx 9 41.2 -16 39 r Hya eeF, S, R, gbM 2955 Gx 9 41.3 +35 53 s LMi 1.8 12.7 cF, pS, iR, glbM, r I 552 Gx 9 41.3 +10 38 u Leo 1.1 14. p F, vS, stell N = 14m I2498 Gx 9 41.3 +28 06 z Leo 15. p F, S, E ns, r; biN? I2499 9 41.4 +27 54 d Leo F, vS, dif, v diffic 2969 Gx 9 41.8 -08 37 r Sex 13. p vF, pS, iR, vglbM I 554 9 41.8 +12 26 d Leo eeF, eS, alm stell I 555 Gx 9 41.9 +12 17 u Leo 1.3 14. p pB, vS, R, bM 2967 Gx 9 42.1 +00 20 s Sex 3.0 11.6 pF, pL, R, vglbM 2966 Gx 9 42.2 +04 40 r Sex 14. p vF* in vF, lE neb, F* p 30" I2500 ? 9 42.3 +36 20 x LMi vF, pS, R, mbM 2982 - 9 42.4 -44 12 r Vel Cl, P, E, st 10...11 2950 Gx 9 42.6 +58 51 s UMa 3.2 11.0 B, pS, R, vgvmbMN 2974 Gx 9 42.6 -03 42 s Sex 3.4 10.8 B, cS, iR, bM, *9 sp 43" 2964 Gx 9 42.9 +31 51 s Leo 3.0 11.3 B, vL, lE, vgbM, sp of 3 2979 Gx 9 43.1 -10 23 r Sex 14. p pF, pS, vlE, psbM 2965 Gx 9 43.2 +36 14 r LMi 14. p eF, vS, R, bM, r 2968 Gx 9 43.2 +31 56 s Leo 2.2 11.8 pB, pL, lE, vglbM, 2nd of 3 2980 Gx 9 43.2 -09 37 s Sex 1.8 13. p vF, pS, lE 0deg , vglbM I2502 9 43.2 +33 08 d LMi F, S, R, gbM, diffic I2503 9 43.2 +33 11 d LMi vF, vS, dif, v diffic 2978 Gx 9 43.3 -09 45 s Sex 1.2 14. p eF, S, R, 2980 n 10' 2908 Gx 9 43.5 +79 41 r Dra 14. p eF, vS 2970 Gx 9 43.5 +31 59 s Leo 1.0 14. p F, nf of 3 2984 Gx 9 43.6 +11 04 r Leo 14. p eF, vS, R, bM; = IC 556 2971 Gx 9 43.7 +36 10 r LMi 15. p eF, pS, iR, vlbM 2983 Gx 9 43.7 -20 29 s Hya 2.6 11.7 F, pS, R, bM, r, stellar I 556 Gx 9 43.7 +11 04 u Leo 0.9 14. p F, vS, R, N = 14m 2977 Gx 9 43.8 +74 52 s Dra 1.7 13. p cB, pL, iF 2909 Gx 9 44.0 +65 59 r UMa 14. p eF, S, psbM 2995 - 9 44.1 -54 47 r Vel Cl, P, lC I 557 Gx 9 44.1 +10 59 m Leo 0.5 15. p F, vS, R, vlbM 2986 Gx 9 44.3 -21 17 s Hya 2.5 10.9 pB, pS, iR, mbM I2507 Gx 9 44.6 -31 47 c Ant 1.7 vF, S, R, *12.5 nr nf, *9 np I 559 Gx 9 44.7 +09 37 m Leo 0.8 15. p F, pS, R, dif 2981 Gx 9 45.0 +31 06 r Leo 15. p vF I 558 Gx 9 45.0 +29 27 m Leo 0.9 15. p F, R, bM 2959 Gx 9 45.1 +68 36 s UMa 1.5 14. p F, pL, R, vglbM, st n I2505 9 45.1 +27 16 d Leo F, S, R, vlbM 2999 - 9 45.2 -50 26 r Vel Cl, S, lRi, iF, st 12...15 I2506 9 45.2 +27 15 d Leo F, S, R, glbM, r 2961 Gx 9 45.4 +68 36 v UMa 0.9 cF, S, lE, nf 2959 2989 Gx 9 45.4 -18 23 s Hya 1.4 13. p F, R, gbM, D* f 2987 Gx 9 45.6 +04 56 r Sex 14. p eF, S, iF, sev vF st inv 2997 Gx 9 45.6 -31 11 s Ant 8.1 11. p ! vF, vL, vgvsbMN 4", 19s .5 d 2992 Gx 9 45.7 -14 20 s Hya 4.1 11.9 cF, S, R, bM, stellar, p of 2 2993 Gx 9 45.8 -14 22 s Hya 1.6 12.6 cF, S, R, bM, stellar, f of 2 I 560 Gx 9 45.9 -00 16 u Sex 1.5 15. p F, S, dif, *10 near I 561 Gx 9 46.0 +03 08 m Sex 0.4 15. p pF, dif I 562 Gx 9 46.1 -03 58 v Sex 1.5 vF, pL, E ns, gbM 2990 Gx 9 46.3 +05 43 s Sex 1.3 12.8 F, pS, lE 90deg 3001 Gx 9 46.3 -30 26 s Ant 3.1 13. p F, S, R, *12 att 320deg I 563 Gx 9 46.3 +03 03 v Sex 1.1 pB, S, dif, gbM I 564 Gx 9 46.4 +03 04 v Sex 1.9 pB, pL, E pf 2996 Gx 9 46.5 -21 36 r Hya 14. p vF, S, *9 f 1' 2988 Gx 9 46.8 +22 01 r Leo 14. p eF, p 2991 2991 Gx 9 46.8 +22 01 r Leo 14. p F, vS, bM, sp of 2 I2509 * 9 46.9 +05 43 x Sex eF, neb? I2508 Gx 9 47.1 +33 30 z LMi 16. p F, vS, R, dif, r 2994 Gx 9 47.2 +22 06 r Leo 14. p F, S, R, bM, nf of 2 2976 Gx 9 47.3 +67 55 s UMa 4.9 10.2 B, vL, mE 152deg , st inv 3007 Gx 9 47.6 -06 26 r Sex 15. p eF, S, iR, lbM, r I2510 Gx 9 47.7 -32 50 c Ant 1.5 eF, vS, cE 140deg , bM, susp 2963 Gx 9 47.8 +72 58 s Dra 1.4 14. p vF, vS, R, bM I 565 Gx 9 47.8 +15 51 u Leo 1.7 15. p F, S, dif 2957 Gx 9 47.9 +72 58 r Dra 15. p eF, *13 nr 3003 Gx 9 48.6 +33 25 s LMi 5.9 11.7 ! cB, L, vmE 90deg 2998 Gx 9 48.7 +44 05 s UMa 3.0 13. p pF, pL, E 51deg , bMN, r 3029 Gx 9 48.7 -08 03 r Sex pF, pS, R 3033 OC 9 48.8 -56 25 s Vel 5. 8.8 Cl, pL, pRi, iF, st 11...12 3002 Gx 9 49.0 +44 03 r UMa 16. p eeF, vS 3000 D* 9 49.1 +44 08 r UMa vF, S, iR, r 3017 Gx 9 49.1 -02 50 r Sex 14. p eF, vS, *11 np 3' 3004 D* 9 49.2 +44 07 r UMa eF, suspected 3005 Gx 9 49.2 +44 08 r UMa 16. p vF, pS, E nnp ssf 3014 Gx 9 49.2 -04 44 r Sex 14. p eF, pL, p of 2 3006 Gx 9 49.3 +44 01 r UMa 15. p vF, S, stellar 3036 OC 9 49.3 -62 41 A Car Cl, cL, lC 3015 Gx 9 49.4 +01 08 r Sex 14. p F, vS, alm stellar I2511 Gx 9 49.4 -32 51 c Ant 3.1 pB, pS, eE, *7 np, np of 2 I2512 Gx 9 49.4 -32 51 c Ant 3.1 eeF, pS, mE, bet 2 st, sf of 2; = IC 2511 3025 Gx 9 49.5 -21 45 r Hya 15. p eF, vS, R, *9 s 3008 Gx 9 49.6 +44 05 r UMa 15. p pF, S, E, *13-14 p 1' 3011 Gx 9 49.7 +32 13 s Leo 1.2 14. p eeF, eS, stellar 3016 Gx 9 49.7 +12 42 r Leo 13. p vF, S, R, p of 2 3018 Gx 9 49.7 +00 37 r Sex 14. p vF, vS, bM 3012 Gx 9 49.8 +34 42 r LMi 15. p vF, pL, R, com 3022 Gx 9 49.8 -05 09 r Sex 14. p F, R, vglbM, f of 2 3023 Gx 9 49.9 +00 37 s Sex 3.1 13. p pF, pL, iR, lbM, dif 3028 Gx 9 49.9 -19 10 r Hya F, S, R, lbM 3019 Gx 9 50.0 +12 44 r Leo 15. p eF, f of 2 I 566 Gx 9 50.0 -00 14 z Sex 15. p vF, vS, R, bM I2513 Gx 9 50.0 -32 53 c Ant 3.0 eeF, eS, R, D* nr sf, sp of 2; = IC 2514 I2514 Gx 9 50.0 -32 53 c Ant 3.0 eeF, eS, 3 F st nr f, nf of 2 3013 Gx 9 50.1 +33 34 r LMi 15. p pF, pS, R, bM, 3021 f 3020 Gx 9 50.1 +12 49 s Leo 3.2 13. p eF, pS, lE 0deg , r 3009 Gx 9 50.2 +44 18 r UMa 14. p pF, R, bM, r, p of 2 3030 Gx 9 50.2 -12 14 r Hya 15. p eF, vS, R, bM 3059 Gx 9 50.2 -73 55 s Car 3.2 12. p F, L, iR, glbM, S* inv 2985 Gx 9 50.4 +72 17 s UMa 4.3 10.5 vB, cL, R, psmbM, * inv f 3024 Gx 9 50.5 +12 46 s Leo 2.2 14. p eF, pL, E, r I 567 9 50.5 +12 49 d Leo vF, suspected, 2' from 3024 3010 Gx 9 50.6 +44 20 r UMa 14. p F, psbM, rr, f of 2 3026 Gx 9 50.9 +28 33 s Leo 2.2 13. p eeF, pS, lE, v diffic 3021 Gx 9 51.0 +33 33 s LMi 1.7 13. p pB, pS, vlE, mbM, *10, 140deg I 568 Gx 9 51.1 +15 44 u Leo 1.5 15. p F, pL, E pf, gbM 3038 Gx 9 51.3 -32 45 s Ant 2.6 13. p pB, pS, R 3037 Gx 9 51.4 -27 02 r Hya 14. p F, pS, R, lbM I 569 Gx 9 51.5 +10 55 m Leo 0.2 15. p vF, dif, vlbM 3035 Gx 9 51.8 -06 49 r Sex 13. p pF, pL, R, sev vF st inv I 570 Gx 9 51.8 +15 46 z Leo 16. p pF, S, R, gbM 3032 Gx 9 52.1 +29 14 s Leo 2.5 11.9 F, S, sbM *12, bet 2 B st 3039 Gx 9 52.5 +02 09 s Sex 1.3 14. p vF, S, iR I 571 Gx 9 52.5 +15 46 m Leo 0.3 15. p pB, S, R, N = 12.5 I 572 Gx 9 52.5 +15 50 m Leo 0.4 15. p F, S, R, gbM I2517 9 52.7 -33 44 d Ant eeF, S, R, susp 3040 Gx 9 53.0 +19 26 r Leo 14. p vF, vS, bM, r 3041 Gx 9 53.1 +16 41 s Leo 3.7 11.5 glob. cl. , F, L, R, vglbM, rr, 2 B st sp 3045 Gx 9 53.2 -18 39 r Hya 14. p vF, pS, R, lbM, sp of 2 3046 * 9 53.3 -27 19 r Ant pF, R, sp of 2 3042 Gx 9 53.4 +00 42 r Sex 14. p pB, S, vlE, gbM 3058 Gx 9 53.5 -12 30 r Hya 15. p eF, pL, D or biN, pos 210deg , dist 20"; = IC 573 I 573 Gx 9 53.6 -12 31 m Hya 1.2 15. p eF, vS, R, vS* close 3044 Gx 9 53.7 +01 35 s Sex 4.8 12.0 vF, vL, vmE 122deg 3051 Gx 9 53.8 -27 17 r Ant 14. p pF, S, R, gbM, nf of 2 3050 - 9 54.3 -10 22 r Sex vF, pS, vlE, gbMN I 574 Gx 9 54.4 -06 58 m Sex 0.5 15. p pB, S, R, mbM, * 12s 3052 Gx 9 54.5 -18 38 s Hya 2.1 13. p F, pL, R, glbM, nf of 2 3054 Gx 9 54.5 -25 42 s Hya 3.9 12. p pB, L, irr oblong 3056 Gx 9 54.5 -28 18 s Ant 2.0 13. p pB, S, R, vgmbM, *11 att 204deg 3047 Gx 9 54.6 -01 18 r Sex 14. p vF, S, R I 575 Gx 9 54.6 -06 51 a Sex F, S, R, gbM I2515 Gx 9 54.6 +37 24 u LMi 1.1 15. p F, cS, E ns, r, biN? 3049 Gx 9 54.8 +09 16 r Leo 13. p vF, vS, F* vnr I2516 Gx 9 54.8 +37 41 z LMi 15. p F, S, R, gbM 3048 Gx 9 55.0 +16 28 r Leo 15. p eF I 576 Gx 9 55.1 +11 02 z Leo 15. p vF, vS, R I2522 Gx 9 55.2 -33 08 s Ant 2.8 13. p vF, cL, R, *8 n, susp I2523 Gx 9 55.2 -33 13 c Ant 1.6 vF, vS, cE 20deg , susp 3055 Gx 9 55.3 +04 16 s Sex 2.2 12.1 F, pL, vlE, vgbM, rr, *7 f 92s 3031 Gx 9 55.6 +69 04 s UMa 25.7 6.9 ! eB, eL, E 156deg , gsvmbMBN; = M81 3053 Gx 9 55.6 +16 26 r Leo 13. p vF, S, vlE, gbM 3064 Gx 9 55.6 -06 22 r Sex 14. p eF, vS, E 45deg 3027 Gx 9 55.7 +72 12 s UMa 4.7 12. p vF, vL, lE, r 3034 Gx 9 55.8 +69 41 s UMa 11.2 8.4 vB, vL, vmE (ray); = M82 I2518 Gx 9 56.0 +37 09 z LMi 16. p F, S, R, lbM I2519 Gx 9 56.0 +34 02 z LMi 16. p F, vS, R, dif I 577 Gx 9 56.1 +10 30 u Leo 0.7 14. p F, vS, iF, F* n 3043 Gx 9 56.2 +59 18 s UMa 2.0 14. p cF, pS, lE, vgbM, *10 n 7' 3061 Gx 9 56.2 +75 52 s Dra 2.0 14. p vF, pL, r I 578 Gx 9 56.3 +10 29 u Leo 1.3 15. p F, vS, R, lbM 3060 Gx 9 56.4 +16 51 r Leo 14. p vF, cS, vlE, er I2520 Gx 9 56.4 +27 14 u Leo 0.7 14. p F, vS, R, gbMN, r 3062 Gx 9 56.6 +01 26 r Sex 15. p vF, vS, alm stellar I 579 9 56.6 -14 09 d Hya pF, pS, R I2526 Gx 9 57.1 -32 15 c Ant 1.9 vF, S, R, *7.5 nf I2521 Gx 9 57.3 +34 01 m LMi 0.5 15. p F, S, dif I2524 Gx 9 57.5 +33 37 s LMi 0.7 15. p F, vS, R, stell 3072 Gx 9 57.6 -19 21 r Hya 13. p vF, pS, lE, glbM 3076 Gx 9 57.7 -18 11 r Hya 14. p eF, S, R 3069 Gx 9 57.9 +10 27 r Leo 15. p vF, vS; = IC 580 3070 Gx 9 58.0 +10 22 r Leo 13. p pB, pS, R, gmbMN, am 3 st I 580 Gx 9 58.0 +10 27 m Leo 0.6 15. p pF, vS, iF I 581 Gx 9 58.2 +15 56 u Leo 1.1 15. p pB, S, dif, N = 13 inv 3067 Gx 9 58.4 +32 22 s Leo 2.5 11.7 pB, pL, E 106deg , gbM, *9, 74deg , 4' 3078 Gx 9 58.4 -26 56 s Hya 1.9 11.1 pB, S, R, mbM I2525 Gx 9 58.4 +37 06 z LMi 16. p F, S, R, gbM 3068 Gx 9 58.5 +28 53 r Leo 15. p eeF, eS, stellar (?) 3071 Gx 9 58.9 +31 37 r Leo 15. p neb *13 3082 Gx 9 58.9 -30 20 r Ant 14. p vF, S, R, D* att 3075 Gx 9 59.0 +14 25 r Leo 14. p vvF, *14 att, *11 f 3084 Gx 9 59.0 -27 08 r Ant 14. p vF, S, R, *13 att sf I 582 Gx 9 59.0 +17 49 u Leo 1.1 15. p pB, S, iF, gbm I 583 Gx 9 59.1 +17 50 u Leo 1.0 15. p F, vS, gbM I 584 Gx 9 59.1 +10 22 m Leo 0.3 15. p eF, S, R, dif, 3070 p I2528 Gx 9 59.1 -27 08 c Ant 2.0 eeF, eS, R, v diffic, eF D* s; = 3084 3087 Gx 9 59.2 -34 13 s Ant 1.9 13. p pB, S, R, pmbM, bet 2 st 3081 Gx 9 59.5 -22 50 s Hya 2.2 12. p vF, cS, lbM, triangle S st np; = IC 2529 I2529 Gx 9 59.5 -22 50 c Hya 2.3 eeF, eS, eF* att; = 3081 3085 Gx 9 59.6 -19 29 r Hya 14. p vF, S, mE 90deg 3089 Gx 9 59.6 -28 20 s Ant 1.9 13. p pF, pS, R, vS st inv 3074 Gx 9 59.7 +35 24 s LMi 2.5 15. p vF, pL, iR, vgvlbM I 585 Gx 9 59.7 +13 02 n Leo 0.2 15. p *13 in eF, S neb 3080 Gx 9 59.9 +13 03 r Leo 14. p vF 3083 Gx 9 59.9 -02 52 r Sex 14. p eF, S, E I 586 Gx 9 59.9 -06 55 m Sex 0.4 15. p F, vS, mottled I2531 Gx 9 59.9 -29 37 c Ant 6.3 eeF, pS, cE, 4 st n, nf, D* np 3095 Gx 10 00.1 -31 33 s Ant 3.2 13. p F, L, E, vgvlbM I2527 Gx 10 00.1 +38 10 z LMi 15. p F, vS, R, N I2532 Gx 10 00.1 -34 14 c Ant 1.8 cB, S, stell N 3086 Gx 10 00.2 -02 58 r Sex 14. p eF, S, iR 3091 Gx 10 00.2 -19 38 s Hya 2.2 13. p pB, pS, iR, bM, p of 2 I2533 Gx 10 00.5 -31 15 c Ant 1.7 cB, S, R 3090 Gx 10 00.6 -02 57 r Sex 14. p vF, vS 3096 Gx 10 00.7 -19 39 r Hya 15. p eF, R, lbM, f of 2 3100 Gx 10 00.7 -31 40 s Ant 2.8 13. p pB, pS, R, gpmbM 3103 Gx 10 00.7 -31 40 D Ant eF, pL, R; = 3100 3105 OC 10 00.8 -54 46 s Vel 2. 9.7 Cl, C, lE, st 13...16 3073 Gx 10 00.9 +55 37 s UMa 1.5 13. p vF, S, vglbM 3092 Gx 10 00.9 -03 00 r Sex 14. p eF, S 3093 Gx 10 01.0 -02 57 r Sex 15. p eF, vS 3088 Gx 10 01.1 +22 24 r Leo 15. p vF, S 3094 Gx 10 01.5 +15 47 r Leo 13. p F, bM, *9 0'.5 sf I2530 Gx 10 01.5 +37 12 z LMi 15. p F, vS, stell I2534 Gx 10 01.5 -34 07 c Ant 2.8 cB, S, R 3063 D* 10 01.6 +72 08 r UMa F, pS, R 3101 Gx 10 01.7 -02 59 r Sex 15. p eF 3065 Gx 10 01.9 +72 10 s UMa 2.0 12.0 pF, vS, R, bM, *11 nr 3079 Gx 10 02.0 +55 41 s UMa 7.6 10.6 vB, L, mE 135deg 3066 Gx 10 02.2 +72 07 s UMa 1.2 12.9 vF, vS, vglbM I 588 Gx 10 02.2 +03 03 u Sex 1.1 15. p F, S, R, mottled 3098 Gx 10 02.3 +24 43 s Leo 2.6 12.0 pB, S, E 85deg , psbMN 3108 Gx 10 02.6 -31 41 r Ant 13. p F, S, R, glbM 3099 Gx 10 02.7 +32 42 r LMi 15. p eF, S 3114 OC 10 02.7 -60 07 s Car 35. 4.2 Cl, eL, lC, B, st 9...14 I 587 10 03.0 -02 24 F Sex F, pL, R 3109 Gx 10 03.1 -26 09 s Hya 14.5 10. p cF, vL, vmE 82deg , lbM 3077 Gx 10 03.3 +68 44 s UMa 4.6 9.9 cB, cL, mbM, R with ray 3107 Gx 10 03.3 +13 38 d Leo 13. p pF, pL, iR, *8, 148deg , 112" I2536 Gx 10 03.5 -33 57 c Ant 1.9 F, S, E 50deg , cbM 3149 Gx 10 03.8 -80 25 c Cha 2.1 F, S, lE, vlbM, *15 inv 3104 Gx 10 03.9 +40 45 s LMi 3.2 13. p eF, pL, E, vF* inv 3106 Gx 10 03.9 +31 11 r LMi 14. p F, S, R, sbM I2537 Gx 10 03.9 -27 34 s Ant 2.7 12.2 eeF, L, cE I2538 Gx 10 03.9 -34 48 c Ant 1.6 vF, vS, R, cbM 3112 Gx 10 04.0 -20 46 r Hya eF, eS, R; neb? 3110 Gx 10 04.1 -06 28 r Sex 13. p F, vS, iR, r 3097 - 10 04.3 +60 08 r UMa neb*? 2' np 3102 I2539 Gx 10 04.3 -31 22 c Ant 1.7 cF, vS, cE 30deg , vmbM 3113 Gx 10 04.4 -28 27 s Ant 3.2 14. p eF, L, triangle 2 st 8m I 589 10 04.4 -05 41 d Sex vF, vS, biN? I2535 Gx 10 04.5 +38 03 m LMi 0.7 14. p pB, pS, E 110deg , gbM, r 3102 Gx 10 04.6 +60 07 r UMa 14. p vF, vS, R, bM, *11, 142deg 3115 Gx 10 05.2 -07 43 s Sex 8.3 9.2 vB, L, vmE 46deg , vgsmbMEN 3120 Gx 10 05.4 -34 13 r Ant F, pS, R, gbM 3057 Gx 10 05.6 +80 17 s Dra 2.5 14. p eF, pL, vlbM, 2 S st s 3136 Gx 10 05.8 -67 23 s Car 2.5 11.0 pB, pS, R, gbM, *13 n I2541 Gx 10 05.8 -17 27 m Hya 1.2 14. p F, eE 5deg , vmbM 3128 Gx 10 05.9 -16 07 r Hya 14. p eF, pL, mE 170deg , lbM I 590 Gx 10 05.9 +00 38 u Sex 1.1 14. p F, dif; neb D*? 3111 Gx 10 06.2 +47 16 r UMa 14. p pB, S, R, smbM *12 3117 Gx 10 06.2 +02 54 r Sex 14. p vF, vS, R, S* inv 3127 Gx 10 06.3 -16 07 r Hya 14. p eF, pL, mE 45deg 3122 Gx 10 06.5 -06 32 r Sex F, S, lE, er 3116 Gx 10 06.6 +31 06 r LMi 15. p neb *13 3119 Gx 10 06.6 +14 19 r Leo 15. p vF 3125 Gx 10 06.6 -29 56 s Ant 1.5 13. p cF, S, R, vgbM I2545 10 06.6 -33 51 d Ant eF, eS, cE 25deg , 2 st 3124 Gx 10 06.7 -19 13 s Hya 3.2 12. p F, pL, R, lbM, D* s 3121 Gx 10 06.8 +14 23 r Leo 14. p pF, pL, glbM, *9.5 np I2540 Gx 10 06.9 +31 28 m LMi 0.8 15. p F, vS, R, gbMN 3123 - 10 07.0 +00 04 r Sex neb, no description 3132 Pl 10 07.0 -40 26 s Vel 0.8 8. p !! PN , vB, vL, lE *9 M, 4s d I2546 10 07.1 -33 15 d Ant vF, vS, R, bet 2 st 3133 Gx 10 07.2 -11 57 r Hya eF, vS, R 3118 Gx 10 07.3 +33 02 r LMi 14. p S group of vF st in vF neb I 591 Gx 10 07.5 +12 16 s Leo 1.4 14. p pF, S, R I 592 Gx 10 07.9 -02 30 u Sex 1.0 14. p F, S, R, dif I2542 10 07.9 +34 10 d LMi F, pS, glbM I2548 Gx 10 07.9 -35 14 c Ant 2.4 eF, vS, R, bM, dif 3126 Gx 10 08.2 +31 52 r LMi 13. p F, S, lE, N = *15 3130 Gx 10 08.2 +09 59 r Leo 14. p eF, S, psbM, *5 sf I 593 Gx 10 08.3 -02 32 u Sex 0.8 14. p F, S, R, gbM 3129 - 10 08.4 +18 25 r Leo eF, cS, vlE, r I2543 Gx 10 08.4 +37 50 z LMi 16. p F, S, R, N, r I2544 Gx 10 08.4 +33 21 z LMi 15. p F, S, dif I 594 Gx 10 08.6 -00 40 u Sex 1.1 15. p F, S, R, gbM, r 3131 Gx 10 08.7 +18 15 r Leo 14. p pB, pS, pmE, gbM I2554 Gx 10 08.9 -67 02 c Car 2.7 cF, S, cE 10deg , N, spir 3138 Gx 10 09.1 -11 58 r Hya 15. p eF, vS, R, 1st of 2 3137 Gx 10 09.2 -29 04 t Ant 6.8 vF, S, lE 3141 - 10 09.3 -16 38 r Hya eF, S, R, 2nd of 2 I2553 Pl 10 09.3 -62 37 s Car 0.2 13. p PN , stellar 3134 - 10 09.5 +12 20 r Leo vF, disc 3140 Gx 10 09.5 -16 37 s Hya 1.4 14. p eF, pS, R, sbMN, 1st of 2 3195 Pl 10 09.5 -80 52 s Cha 0.6 ! PN , pB, S, lE, 13s d, 3 S st nr I 595 Gx 10 09.7 +11 00 z Leo 15. p F, vS, R, lbM 3139 Gx 10 10.1 -11 47 r Hya 15. p eF, vS, R, 2nd of 2 3142 Gx 10 10.1 -08 29 r Sex 14. p F, R 3143 Gx 10 10.1 -12 35 s Hya 0.9 14. p F, S I2547 10 10.1 +36 31 d LMi F, S, R, dif 3145 Gx 10 10.2 -12 26 s Hya 3.3 12. p F, pL, mE, vgslbM, lambda Hya np I 597 10 10.2 -06 54 d Sex F, vS, R I2549 10 10.2 +36 28 d LMi F, S, R, gvlbM I2550 Gx 10 10.4 +27 57 u LMi 1.1 15. p F, cS, R, dif I 596 Gx 10 10.6 +10 02 m Leo 0.8 15. p F, S, dif I2551 Gx 10 10.7 +24 25 u Leo 1.3 15. p F, vS, R, stell I2552 Gx 10 10.8 -34 51 c Ant 1.8 cB, S, R, bM 3135 Gx 10 10.9 +45 58 r UMa 14. p F, S, R, gbM 3146 Gx 10 11.2 -20 52 r Hya 13. p eF, S, R, gbM I2555 Gx 10 11.7 -31 39 c Ant 2.4 eF, vS, eE 45deg , cbM; = 3157 3157 Gx 10 11.8 -31 38 A Ant vF, pS, E, *8-9 sp I2556 Gx 10 12.6 -34 44 c Ant 2.1 eF, S, stell N 3156 Gx 10 12.7 +03 08 s Sex 2.1 13. p F, cS, R, psbM, *9-10 sf 2' 3153 Gx 10 12.9 +12 40 s Leo 2.3 13. p eF, pL, vlE, r, st inv 3154 Gx 10 13.1 +17 03 r Leo 14. p F, S, R, lbM I 598 10 13.1 +43 14 d UMa vF, vS, R, bM, alm stell I 599 Gx 10 13.3 -05 38 m Sex 1.0 14. p pF, S, vlbM 3148 Gx 10 13.4 +50 28 r UMa 16. p *7 in photosphere 2' or 3' d 3150 Gx 10 13.4 +38 41 r LMi 15. p vF, S 3151 Gx 10 13.5 +38 37 s LMi 1.0 15. p vF, vS 3162 Gx 10 13.5 +22 44 s Leo 3.1 11.6 pF, cL, R, vglbM, r, S* inv 3165 Gx 10 13.5 +03 23 s Sex 1.6 15. p vF, mE 0deg , 1st of 3 3152 Gx 10 13.6 +38 50 v LMi 1.0 eF, vS, iR, eF* close sp 3158 Gx 10 13.8 +38 46 s LMi 2.3 11.8 cB, cS, R, psbM, r 3166 Gx 10 13.8 +03 26 s Sex 5.2 10.6 B, pS, R, psmbM, 2nd of 3 3159 Gx 10 13.9 +38 39 s LMi 1.3 13.4 vF, vS, stellar 3160 Gx 10 13.9 +38 52 r LMi 15. p vF, vS, lE 3161 Gx 10 14.0 +38 39 v LMi 1.0 vF, vS 3163 Gx 10 14.1 +38 39 s LMi 1.4 13.1 F, S, R, gbM 3169 Gx 10 14.2 +03 28 s Sex 4.8 10.5 B, pL, vlE, pgmbM, *11, 78deg , 80", 3rd of 3 3197 Gx 10 14.4 +77 49 r Dra 14. p vF, vS (place??) 3173 Gx 10 14.5 -27 41 r Ant 14. p eF, S, R, 2 B st f 3167 - 10 14.6 +29 36 r LMi F, S; vS Cl of vF st? 3175 Gx 10 14.7 -28 52 s Ant 4.8 11.3 cB, L, mE 51deg , vglbM I2558 Gx 10 14.7 -34 20 c Ant 1.6 cF, vS, cE 10deg , cbM I2559 Gx 10 14.8 -34 04 c Ant 1.8 eF, S, lE 10deg , cbM 3164 Gx 10 15.2 +56 41 r UMa 14. p eF, S, R, vglbM 3176 - 10 15.3 -19 01 r Hya eF, pS, iR; neb? 3144 Gx 10 15.5 +74 13 s Dra 1.4 14. p vF, S, R, *13 att f 3171 Gx 10 15.6 -20 39 F Hya eF, S, R, gbM 3170 - 10 16.1 +46 36 r UMa F, S, R 3178 Gx 10 16.1 -15 47 r Hya 13. p pB, pL, gpmbM I2557 Gx 10 16.1 +38 05 m LMi 0.3 15. p vF, vS, R I2560 Gx 10 16.3 -33 34 c Ant 4.1 eF, pS, am 4 st 3168 Gx 10 16.4 +60 14 r UMa 14. p F, psbM, stellar, *7-8 np 5' 3177 Gx 10 16.6 +21 07 s Leo 1.7 12.3 cF, S, R, psbM 3147 Gx 10 16.9 +73 24 s Dra 4.0 10.7 vB, L, R, vgvsvmbM 3199 Nb 10 17.1 -57 55 s Car 22. ! vB, vL, falcate, D* inv I 600 Gx 10 17.2 -03 30 t Sex 2.3 F, pS, R, gbM 3155 Gx 10 17.6 +74 21 r Dra 14. p vF, S, R 3185 Gx 10 17.6 +21 41 s Leo 2.3 12.2 pF, pL, gmbM 3186 Gx 10 17.6 +06 57 r Leo 15. p pF, vS, gbM, sev F st nr 3201 Gb 10 17.6 -46 25 s Vel 18.2 6.8 glob. cl. , vL, iR, lCM, st 13...16 3187 Gx 10 17.8 +21 52 s Leo 3.3 13.1 vF, E 3211 Pl 10 17.8 -62 40 s Car 0.2 12. p plan = *10, R, am 150 st 3179 Gx 10 18.0 +41 06 r UMa 14. p S, R, bMN, in line with 2 st 3180 - 10 18.1 +41 25 r UMa vF, E, connected with 3184 3190 Gx 10 18.1 +21 50 s Leo 4.6 11.0 B, pS, E, psbMN 3181 - 10 18.2 +41 24 r UMa vF, E, connected with 3184 3189 Gx 10 18.2 +21 50 u Leo 4.5 12. p vvF, mE, parallel to 3190 I 601 Gx 10 18.2 +07 02 m Leo 0.6 15. p vF, vS, dif, sbM 3184 Gx 10 18.3 +41 25 s UMa 6.9 9.8 pB, vL, R, vgbM I 602 Gx 10 18.3 +07 03 v Leo 1.1 pB, S, E ns 3193 Gx 10 18.4 +21 54 s Leo 2.8 10.9 B, S, vlE, pslbM, *9.5 354deg , 80" 3200 Gx 10 18.6 -17 59 s Hya 4.8 12. p pB, E 160deg , bMN 3196 Gx 10 18.8 +27 40 r Leo 15. p eeF, pS, lE I2562 Gx 10 18.8 +16 08 m Leo 0.6 15. p F, S, gbM, dif I2563 Gx 10 18.9 -32 36 c Ant 1.6 eF, vS, eE 110deg , eF* s 3192 Gx 10 19.0 +46 27 A UMa eF, vS; = 3191 3191 Gx 10 19.1 +46 28 s UMa 0.8 14. p F, S, R, bM I2561 Gx 10 19.1 +34 40 u LMi 1.1 15. p F, S, E 200deg , gbM I 603 Gx 10 19.4 -05 39 m Sex 0.4 14. p F, vS, R, N = 13.5 3182 Gx 10 19.5 +58 12 s UMa 2.3 13. p cB, cL, iR, vgbM 3203 Gx 10 19.6 -26 42 s Hya 3.0 13. p pB, S, cE, gbM 3188 Gx 10 19.7 +57 25 s UMa 1.1 15. p vF, pL, r 3208 Gx 10 19.7 -25 51 s Hya 1.9 14. p eF, pL, iR, gbM 3198 Gx 10 19.9 +45 33 s UMa 8.3 10.4 pB, vL, mE 45deg , vgbM 3204 Gx 10 20.2 +27 49 r Leo 15. p eF, pL, gbM 3202 Gx 10 20.5 +43 01 s UMa 1.4 14. p cF, S, R, vgbM, 1st of 3 3209 Gx 10 20.6 +25 29 r Leo 14. p F, S, R, has a * 3174 - 10 20.8 +75 09 r Dra cF, S, stellar, S* f nr; = 3144? 3205 Gx 10 20.8 +42 57 r UMa 14. p cF, S, R, vgbM, 2nd of 3 3207 Gx 10 21.0 +42 58 r UMa 14. p cF, S, R, stellar, 3rd of 3 3213 Gx 10 21.3 +19 39 s Leo 1.2 14. p vF, vS, R, r I2565 Gx 10 21.3 +27 56 v LMi F, vS, R, stell 3217 - 10 21.4 +10 53 r Leo vF disc I2564 10 21.4 +36 27 d LMi F, S, R, gbM stell N 3223 Gx 10 21.6 -34 16 s Ant 4.1 12. p pB, vL, vlE, pslbMN; = IC 2571 3224 Gx 10 21.6 -34 42 r Ant vF, pS, R, vgmbM I2570 Gx 10 21.6 -33 37 c Ant 1.3 eF, eS, mE 150deg , 3 st sf I2571 Gx 10 21.6 -34 16 c Ant 4.3 vF, cS, R, mbM, *9 f 9s ; = 3223 3216 Gx 10 21.7 +23 54 r Leo 15. p vF, pS, R, bM 3183 Gx 10 21.8 +74 10 s Dra 2.5 13. p F, pL, E, lbM 3206 Gx 10 21.8 +56 56 s UMa 3.0 12. p pB, cL, E, vglbM 3228 OC 10 21.8 -51 43 s Vel 18. 6.0 Cl, 9 L and a few S st 3233 Gx 10 22.0 -22 16 r Hya 14. p eF, pL, iF, stell N I2567 Gx 10 22.0 +24 39 m Leo 0.7 16. p F, vS, R, r 3221 Gx 10 22.3 +21 34 s Leo 3.3 14. p eF, mE, ray I 605 Gx 10 22.4 +01 12 u Sex 0.7 14. p f, S, R, gbM I2566 Gx 10 22.4 +36 36 m LMi 0.7 15. p F, S, R, gbM, r I2568 10 22.5 +36 38 d LMi F, S, R, N, r 3222 Gx 10 22.6 +19 53 s Leo 1.3 12.8 F, lbM, rr; biN? 3219 Gx 10 22.7 +38 34 r LMi 15. p eF, S, R, lbM I2569 10 22.9 +24 36 d Leo R, vS, R, stell 3194 - 10 23.0 +74 47 r Dra vF, vS; = 3155? 3214 Gx 10 23.1 +57 02 s UMa 1.0 15. p cB, vS, R, sbM, 5' p 3220 3226 Gx 10 23.4 +19 54 s Leo 2.8 11.4 pB, cL, R, D with 3227, pos 159deg , 138" 3229 D* 10 23.4 +00 04 A Sex F 3227 Gx 10 23.5 +19 52 s Leo 5.6 10.8 pB, cL, R, D with 3226 I 606 Gx 10 23.5 +10 58 m Leo 0.4 15. p vF, vS, R, dif I2573 Gx 10 23.5 -35 27 c Ant 1.5 eF, vS, eE 0deg 3220 Gx 10 23.7 +57 02 s UMa 1.6 14. p pF, cL, E 92deg , *9 f 9'.5 3230 Gx 10 23.7 +12 33 r Leo 14. p pF, pS, sbM *14, *9-10 s 19" I 604 10 23.8 +57 02 d UMa eeF, vS, vmE (sev eF st in line?) I 607 Gx 10 24.2 +16 45 u Leo 1.5 15. p eeF, pS, R, v diffic, * sp 3232 Gx 10 24.3 +28 01 r LMi 15. p eF, *11 p 150", ls, p of 2 3241 Gx 10 24.3 -32 29 s Ant 1.5 12.7 F, pmE, glbM, *11 np I 608 Gx 10 24.3 -06 02 m Sex 0.7 15. p F, S, R 3240 Gx 10 24.5 -21 47 r Hya 14. p eF, S, R, * nr 3242 Pl 10 24.8 -18 38 s Hya 20.8 9. p ! PN , vB, lE 147deg , 45" d, blue 3234 10 24.9 +27 01 D Leo pB, pS, R, psbM 3235 Gx 10 24.9 +28 01 r LMi 14. p F, S, f of 2 I2572 Gx 10 25.0 +28 06 u LMi 1.0 16. p pF, S, iF 3225 Gx 10 25.1 +58 09 s UMa 2.3 13. p cF, pL, lE, vgbM 3239 Gx 10 25.1 +17 10 s Leo 5.2 12. p vF, *9 inv nr M I2575 10 25.4 -32 39 d Ant eF, vS, R 3244 Gx 10 25.5 -39 50 v Ant 1.9 vF, *11 n 90" I 609 Gx 10 25.5 -02 13 u Sex 1.6 14. p F, pL, R 3237 Gx 10 25.8 +39 39 r UMa 14. p vF, vS, R, pgbM 3247 C+N 10 25.9 -57 56 s Car 7. 7.6 st inv in neb I2576 10 26.0 -32 55 d Ant F, S, R 3249 Gx 10 26.3 -34 58 r Ant eF, pL, R, vgvlbM 3243 Gx 10 26.4 -02 38 r Sex 14. p vF, S, lE, bet 2 st 3218 - 10 26.5 +74 39 r Dra cB, cL, er (place??) 3250 Gx 10 26.5 -39 57 s Ant 3.2 11.0 pB, pL, R, vgpsbM, *13, 45deg 3255 OC 10 26.5 -60 40 s Car 2. 11.0 Cl, pS, vC, st 15 I 610 Gx 10 26.5 +20 14 v Leo 2.1 eeF, pS, cE, e diffic; = IC 611 I 611 Gx 10 26.5 +20 14 x Leo eF, S, lE 3231 - 10 26.7 +66 48 r UMa Cl, cL, P, lC, st 10...12 3238 Gx 10 26.7 +57 14 s UMa 1.6 14. p F, S, R, pslbM 3246 Gx 10 26.7 +03 52 s Sex 2.3 13. p eF, S, R, 2 st triangle, *6, 300deg , 8' 3236 Gx 10 26.8 +61 16 r UMa 15. p eF, vS, psbM, 2 st 11-12 f I 614 Gx 10 26.9 -03 27 m Sex 0.7 15. p vF, dif I 612 Gx 10 27.1 +11 03 m Leo 0.3 15. p F, vS, dif, vlbM I 613 Gx 10 27.1 +11 01 m Leo 0.3 15. p F, vS, R 3210 Gx 10 27.2 +79 51 a Dra stellar, 1st of 3 in line, 1' apart 3245 Gx 10 27.3 +28 30 s LMi 3.2 10.8 vB, pL, E 0deg , smbMEN I 615 Gx 10 27.3 +11 05 u Leo 1.4 15. p vF, S, R I2578 Gx 10 27.4 -33 53 c Ant 1.4 eF, vS, eE 135deg I2581 OC 10 27.4 -57 38 s Car 8. 4.3 Cl, around *5.4m 3248 Gx 10 27.8 +22 50 r Leo 14. p pB, S, R, psbM 3256 Gx 10 27.8 -43 54 s Vel 3.5 11.3 cB, S, R, gmbM I2577 Gx 10 28.0 +32 46 m LMi 0.5 15. p F, cS, r, *12 nr 3212 Gx 10 28.1 +79 47 r Dra 14. p vF, S, 2nd of 3 I2580 Gx 10 28.3 -31 31 c Ant 2.1 cB, S, bM I2574 Gx 10 28.4 +68 25 s UMa 12.3 10.6 vF, vL, iF 3253 Gx 10 28.5 +12 42 s Leo 1.4 14. p vF, pS, R 3257 Gx 10 28.8 -35 40 s Ant 1.1 vF, vS, R, psbM, 1st of 4 3258 Gx 10 28.9 -35 36 s Ant 1.8 11.7 cF, S, R, pslbM, 2nd of 4 3215 Gx 10 29.0 +79 46 r Dra 14. p vF, S, 3rd of 3 3261 Gx 10 29.0 -44 39 s Vel 4.1 12. p F, S, R, am st 3260 Gx 10 29.1 -35 36 s Ant 1.3 vvF, vS, R, pslbM, 3rd of 4 3262 Gx 10 29.2 -44 10 v Vel 1.2 eF, S, R I2582 Gx 10 29.2 -30 21 c Ant 1.5 bM, indistinct (corner of plate) 3251 Gx 10 29.3 +26 05 r Leo 14. p vF, pL, 3 B st sp; = IC 2579 3254 Gx 10 29.3 +29 30 s LMi 5.1 11.5 cB, L, mE 45deg , psmbMN 3263 Gx 10 29.3 -44 08 v Vel 3.6 F, S, mE 280deg , psbM I2579 10 29.3 +26 07 x Leo pB, pL, E 260deg , bM; = 3251? 3267 Gx 10 29.8 -35 19 s Ant 2.4 13. p eF, vS, R, 1st of 4 I2584 Gx 10 29.9 -34 55 c Ant 1.5 cB, bM 3268 Gx 10 30.0 -35 20 s Ant 2.0 11.8 F, S, R, 2nd of 4 3269 Gx 10 30.0 -35 13 s Ant 3.1 13. p F, S, R, bM, 3rd of 4 I2585 Gx 10 30.4 -35 22 c Ant 2.7 cB, bM; = 3271 3271 Gx 10 30.5 -35 22 s Ant 2.3 11.7 pF, S, E, pmbM, 4th of 4 3273 Gx 10 30.5 -35 37 s Ant 2.3 13. p vF, vS, R, pslbM, 4th of 4 3275 Gx 10 30.9 -36 44 s Ant 2.8 12. p F, L, vlE, pslbM I2586 Gx 10 31.0 -28 43 c Hya 1.6 pF, vS, R, 4 st nr sp I2587 Gx 10 31.0 -34 34 c Ant 2.4 cB, bM 3265 Gx 10 31.1 +28 48 s LMi 1.2 14. p pF, S, R, psbM, * sf 3276 Gx 10 31.1 -39 57 r Ant F, S, *8 p I2583 Gx 10 31.2 +26 03 m Leo 0.3 15. p F, vS, R, stell 3270 Gx 10 31.5 +24 51 r Leo 14. p cF, vS, E, glbM 3278 Gx 10 31.6 -39 57 r Ant F, S, R, D* nf I2588 Gx 10 31.8 -30 23 c Ant 1.5 eeF, pL, R, D* nr sf 3281 Gx 10 31.9 -34 51 s Ant 3.3 11.7 eF, pL, E, glbM I2589 10 32.1 -24 03 d Hya eeF, eS, v diffic, *13 sf, *9 p 1' 3272 Gx 10 32.2 +28 27 r LMi F, vS, iR, 3277 nf 3274 Gx 10 32.3 +27 40 s Leo 2.2 12.8 F, pL, R, glbM, D* f 3282 Gx 10 32.3 -22 18 r Hya 14. p eF* in eF, vS neb, bet 2 st 3264 Gx 10 32.4 +56 05 s UMa 3.4 13. p eF, bet 2 S st 3259 Gx 10 32.6 +65 03 s UMa 2.3 13. p F, S, R, gbM 3280 Gx 10 32.6 -12 39 r Hya 16. p F, biN 3295 Gx 10 32.7 -12 38 D Hya eF, pL, bM, D or st inv; = 3280 3296 Gx 10 32.7 -12 43 r Hya eF, pS, R, bM I 616 Gx 10 32.8 +15 52 u Leo 1.1 15. p F, pS, R I 617 Gx 10 32.8 -12 38 m Hya 0.1 16. p vF, vS, R, bM I 618 10 32.8 -12 44 d Hya F, S, E pf, lbM 3277 Gx 10 32.9 +28 31 s LMi 2.0 11.7 cB, cS, R, pgmbM 3283 10 32.9 -46 05 r Vel pF, S, R, gbM 3266 Gx 10 33.3 +64 45 s UMa 1.7 14. p cF, vS, R, psmbM * I 621 Gx 10 33.3 +02 40 z Sex 15. p F, S, R I 619 10 33.5 +12 33 d Leo eeF, S, R, 3 F st f I 620 Gx 10 33.5 +11 53 z Leo 15. p vF, vS 3285 Gx 10 33.6 -27 27 s Hya 2.5 13. p pB, S, lE, gbM, 1st of 9 3289 Gx 10 34.2 -35 20 s Ant 2.2 eF, vS, R I2596 Gx 10 34.2 -73 14 c Car 1.4 eF, pS, bM 3252 Gx 10 34.4 +73 46 s Dra 2.1 14. p eF, pS, mE, r 3279 Gx 10 34.6 +11 12 r Leo 14. p F, mE I 622 Gx 10 34.6 +11 11 u Leo 2.9 14. p vF, pS, E, * 9s 3287 Gx 10 34.8 +21 39 s Leo 2.2 13. p F, pL, D* p 24s , s 4' 3290 Gx 10 35.1 -17 16 s Hya 1.4 14. p eF, S, lE 0deg , gbM, B* n 6' I2592 Gx 10 35.1 -43 42 c Vel 1.9 F, pL, cE 15deg , spir?; = 3366 3366 Gx 10 35.2 -43 41 r Vel F, E, gbM, *6-7 vnr 3297 - 10 35.4 -12 42 r Hya eF, S, iR I 623 Gx 10 35.4 +03 33 u Sex 1.1 15. p F, S, R 3292 Gx 10 35.6 -06 11 r Sex 14. p vF, vS, lE 3293 C+N 10 35.8 -58 14 s Car 40. 4.7 Cl, B, Ri, pL 3302 Gx 10 35.8 -32 22 r Ant 14. p eF, S, R 3284 * 10 36.0 +58 32 r UMa eF, vS 3291 Gx 10 36.1 +37 15 h LMi 1.0 14. p *13 inv in vF neb I2594 Gx 10 36.1 -24 19 c Hya 2.2 eF, pS, R, bet 2 wide D st 3286 Gx 10 36.3 +58 37 r UMa 14. p vF, pS, R, pslbM 3294 Gx 10 36.3 +37 20 s LMi 3.3 11.7 cB, L, mE 135deg , glbM 3305 Gx 10 36.3 -27 10 s Hya 14. p vF, S, R, 2nd of 9 3307 Gx 10 36.3 -27 32 s Hya 1.0 16. p eeF, 3rd of 9 I 624 Gx 10 36.3 -08 21 v Sex 3.3 F, vS, R I2590 Gx 10 36.3 +26 58 u Leo 1.1 15. p F, S, R, gbM, *12 close I2593 10 36.3 -12 43 d Hya eF, cS; *? 3288 Gx 10 36.4 +58 33 s UMa 1.2 15. p eF, cS, R, vglbM 3299 Gx 10 36.4 +12 42 s Leo 2.1 13. p eF, cL, R, vgbM, r 3308 Gx 10 36.4 -27 26 s Hya 2.0 12.2 F, S, R, 4th of 9 I 625 10 36.5 -23 55 d Hya eF, pL, E 110deg , dif 3300 Gx 10 36.6 +14 10 s Leo 2.1 13. p cF, cS, R, pmbM, r, am B st 3309 Gx 10 36.6 -27 31 s Hya 1.9 11.9 B, L, R, p of Dneb, 5th of 9 I2591 Gx 10 36.6 +35 02 u LMi 1.5 14. p F, cS, E 200deg 3311 Gx 10 36.7 -27 32 s Hya 2.5 11.6 B, L, R, f of Dneb, 6th of 9 3301 Gx 10 36.9 +21 53 s Leo 3.6 11.4 cB, S, lE 53deg , psbM, r 3760 10 36.9 +21 53 D Leo B, pS, mbMN = *13, *11 p 4s , s 175"; = 3301 3312 Gx 10 37.0 -27 34 s Hya 3.6 12. p cF, E, gbM, 7th of 9; = IC 629 I 626 Gx 10 37.0 -07 01 m Sex 14. p F, S, R, r I 629 Gx 10 37.0 -27 34 c Hya 3.0 vF, vS st inv, Cl?; = 3312 3303 Gx 10 37.1 +18 08 s Leo 3.0 15. p vF, vS, vlE, glbM, r 3298 Gx 10 37.2 +50 06 r UMa 15. p vF, pS, iE 3306 Gx 10 37.2 +12 39 s Leo 1.5 14. p F, S, R 3314 Gx 10 37.2 -27 41 s Hya 2.0 14. p 8th of 9 neb 3315 10 37.3 -27 46 A Hya vF, pL, iR, gvlbM, * 1' np; = 3314 3318 Gx 10 37.3 -41 38 s Vel 2.6 12. p cF, pL, pmE, lbM 3324 C+N 10 37.3 -58 38 s Car 16. 6.7 pB, vvL, iF, D* inv I 627 Gx 10 37.3 -03 22 m Sex 0.4 14. p F, S, r 3317 Gx 10 37.4 -27 29 m Hya 0.6 14. p neb*, 5' n of 3316 I2599 10 37.4 -58 37 d Car *8.5 in neb, 3324 f 6s , 6' s 3313 Gx 10 37.5 -25 19 r Hya 13. p eF, pS, iR, gbMN, *15 s 3" 3304 Gx 10 37.6 +37 27 s LMi 1.7 14. p vF, cS, psbM, er 3316 Gx 10 37.6 -27 36 s Hya 1.2 15. p F, S, R, bM, 9th of 9 I 628 Gx 10 37.6 +05 35 u Sex 1.0 15. p vF, vS, iF I2595 10 37.6 -11 07 d Sex cB, eS, R, alm stell I2597 Gx 10 37.8 -27 05 c Hya 3.0 pB, pS, D* nr p I 630 Gx 10 38.5 -07 10 m Sex 13. p F, eS, stellar, *9.5 sp 1'.5 3330 OC 10 38.6 -54 09 s Vel 7. 7.4 Cl, P, st 9... 3310 Gx 10 38.7 +53 30 s UMa 3.6 10.9 cB, pL, R, vg, vsmbMN 15" 3321 Gx 10 38.8 -11 39 t Hya 2.7 eF, pS, mE 160deg , * np end 3322 10 38.8 -11 39 D Hya F, iF, * p; = 3321 3331 Gx 10 39.0 -23 49 D Hya 14. p vF, S, vlE 0deg I 631 10 39.0 -07 03 d Sex vF, vS, dif 3319 Gx 10 39.2 +41 41 s UMa 6.8 11.3 cF, L, iE, mb, s of M I 632 Gx 10 39.2 -00 25 u Sex 1.0 15. p F, S, R, gbM 3325 Gx 10 39.3 -00 13 r Sex 14. p F, vS, vS* inv I 633 Gx 10 39.4 -00 24 u Sex 0.6 14. p vF, vS, R, SN 3326 Gx 10 39.5 +05 06 r Sex 14. p vF, eS, stellar 3320 Gx 10 39.6 +47 24 s UMa 2.2 13. p F, pS, mE, *10 nf 3335 Gx 10 39.6 -23 56 r Hya 14. p vF, S, iR, gbM 3323 Gx 10 39.7 +25 19 r LMi 14. p vF, vS, R, lbM 3328 10 39.7 +09 13 D Leo vS Cl, not nebs I2598 Gx 10 39.7 +26 44 z LMi 15. p F, S, R, N, r 3333 Gx 10 39.9 -36 03 v Ant eF, vS, mE, *15 att 3327 Gx 10 40.0 +24 05 r LMi 14. p vF, S, R, gbM, vS* att 3336 Gx 10 40.3 -27 46 r Hya 13. p vF, pL, lE, glbM 3332 Gx 10 40.4 +09 11 r Leo 13. p vF, S, lE 130deg I 634 Gx 10 40.9 +05 59 u Sex 1.3 15. p vF, S, r 3334 Gx 10 41.4 +37 18 r LMi 14. p cF, vS, R, bM I 635 Gx 10 41.7 +15 39 u Leo 1.3 15. p F, S, R, gbM 3337 Gx 10 41.8 +04 59 r Sex 15. p eF, vS, alm stellar I 636 Gx 10 41.9 +04 20 u Sex 1.1 15. p vF, vS, r 3338 Gx 10 42.1 +13 45 s Leo 5.5 10.8 F, cL, E, vgbM, *7 p 10s 3339 * 10 42.2 -00 22 A Sex eF, stellar 3340 Gx 10 42.3 -00 23 A Sex 13. p F, S, R 3436 Gx 10 42.4 +07 56 r Leo eS I 637 Gx 10 42.4 +15 20 z Leo 15. p F, vS, in line w 3 st 3341 Gx 10 42.6 +05 02 r Sex 15. p vF, vS 3342 * 10 42.7 +09 26 r Leo eF, eS 3347 Gx 10 42.8 -36 22 s Ant 4.4 13. p pF, S, mE 0deg +/- , vsvmbM, 1st of 3 3354 Gx 10 43.1 -36 22 s Ant 14. p F, S, vlE, psbM, 2nd of 3 I2602 OC 10 43.2 -64 24 s Car 50. 1.9 Cl, co, incl theta Car 3344 Gx 10 43.5 +24 55 s LMi 6.9 10.0 cB, L, gbM, * inv, 2 st f 3355 - 10 43.5 -23 12 r Hya neb, no description 3345 D* 10 43.6 +11 59 r Leo eeF (if anything) 3358 Gx 10 43.6 -36 23 s Ant 3.8 13. p cF, vS, vlE, vS* att, 3rd of 3 3346 Gx 10 43.7 +14 52 s Leo 2.8 12. p cF, vL, R, vgvlbM, er 3349 Gx 10 43.8 +06 45 r Leo 15. p eF, vS 3372 Nb 10 43.8 -59 52 s Car 120. ! great neb, eta Car I 638 Gx 10 43.8 +15 53 z Leo 15. p F, vS, R 3351 Gx 10 44.0 +11 42 s Leo 7.4 9.7 B, L, R, pgmbMN; = M95 3356 Gx 10 44.2 +06 45 r Leo 13. p vF, pS, R, bM, *9 s 150" +/- 3352 Gx 10 44.3 +22 22 r Leo 14. p pB, S, R, bMN 3360 10 44.3 -11 36 D Sex vF, R, pair with 3361 3350 Gx 10 44.4 +30 43 r LMi 15. p eF, vS, 2 st 9-10 s 3357 Gx 10 44.4 +14 05 s Leo 1.9 15. p F, S, mbM 3361 10 44.4 -11 37 D Sex mE 160deg , brighter than 3360 3329 Gx 10 44.7 +76 49 s Dra 2.1 13. p pB, S, lE, psmbM 3362 Gx 10 44.8 +06 36 r Leo 13. p vF, pS, R, lbM, r 3363 Gx 10 45.3 +22 04 r Leo 14. p F, pS, iR, lbM, r 3353 Gx 10 45.4 +55 58 s UMa 1.5 12.7 F, cS, R, pgbM, * s 90" I 639 Gx 10 45.9 +16 56 m Leo 0.7 15. p eF, S, mE ns, *10 nf 5' 3343 Gx 10 46.1 +73 21 s Dra 1.6 15. p pF, S, R, gbM 3365 Gx 10 46.3 +01 49 s Sex 4.7 13. p eF, L, eE 159deg , vgvlbM 3359 Gx 10 46.6 +63 13 s UMa 6.8 10.5 pB, L, E 0deg , glbM 3367 Gx 10 46.6 +13 45 s Leo 2.3 11.5 pB, cL, iR, vglbM, r, 1st of 3 3378 Gx 10 46.6 -40 01 r Ant cF, S, R, glbM 3369 Gx 10 46.7 -25 15 r Hya 15. p eF, vS, R I2600 Gx 10 46.7 +72 19 m UMa 0.4 16. p eF, S, v dif 3368 Gx 10 46.8 +11 49 s Leo 7.1 9.2 vB, vL, lE, vsvmbM, r; = M96 I 640 10 46.8 +34 45 d LMi vF, pS, E, D ? 3371 * 10 47.0 +13 48 r Leo eF, R, 2nd of 3 3375 Gx 10 47.0 -09 57 r Sex 13. p F, S, R, gmbM 3370 Gx 10 47.1 +17 16 s Leo 3.1 12. p cB, pL, vlE, gbM, r I2601 Gx 10 47.1 +72 18 z UMa 15. p eF, pS, sev eF st inv 3348 Gx 10 47.2 +72 50 s UMa 2.2 11.2 B, S, ilE, psbM, *11 282deg , 21s 3373 * 10 47.2 +13 40 r Leo F, R, 3rd of 3 3383 Gx 10 47.3 -24 27 r Hya 13. p F, pL, iR, glbM 3376 Gx 10 47.4 +06 03 r Sex 14. p vF, S 3377 Gx 10 47.7 +13 59 s Leo 4.4 10.2 vB, cL, lE, svmbMBN 3379 Gx 10 47.8 +12 35 s Leo 4.5 9.3 vB, cL, R, psbM, r; = M105 I 641 10 47.8 +34 40 d LMi vS, pS, dif 3374 Gx 10 47.9 +43 10 r UMa 14. p vF, cS, iR 3390 Gx 10 48.1 -31 32 s Hya 4.0 12.2 F, S, pmE 0deg 3450 Gx 10 48.1 -20 51 s Hya 2.7 14. p vF, L, R, vglbM, r I 642 Gx 10 48.1 +18 11 u Leo 1.6 14. p vF, pS, lE, 2 st f 3380 Gx 10 48.2 +28 36 s LMi 1.9 14. p pB, pS, R, sbM 3385 Gx 10 48.2 +04 55 r Sex 13. p vF, S, R, s of 2 3386 Gx 10 48.2 +05 00 r Sex 15. p vF, S, lE, bM, n of 2 3387 Gx 10 48.2 +05 00 r Sex 15. p eF, eS 3384 Gx 10 48.3 +12 38 s Leo 5.9 10.0 vB, L, R, psmbM, 2nd of 3 3388 - 10 48.3 +08 36 r Leo F, R 3393 Gx 10 48.3 -25 10 r Hya 13. p F, S, R, psbM, 2 st 10 f 3381 Gx 10 48.4 +34 42 s LMi 2.4 13. p pF, cL, iR, vglbM, 1st of 3 I2603 * 10 48.4 +32 56 x LMi vF, pL, biN or D pf, bf 3364 Gx 10 48.5 +72 25 s UMa 1.9 14. p vF, L, R, vgbM, r, D* sf 3382 - 10 48.5 +36 44 r LMi F, S, iR; S Cl? 3389 Gx 10 48.5 +12 32 s Leo 2.7 11.8 F, L, E pf, vglbM, 3rd of 3 3391 Gx 10 48.9 +14 13 r Leo 13. p F, S, R, bet 2 st, nr 3399 Gx 10 49.4 +16 13 r Leo 14. p F, vS I 643 Gx 10 49.4 +12 13 z Leo 15. p pF, S, E ns, lbM I2604 Gx 10 49.4 +32 47 v LMi 1.4 F, cS, dif 3405 Gx 10 49.7 +16 14 r Leo 14. p F, eS, alm stell, close to S* 3395 Gx 10 49.8 +32 59 s LMi 1.9 12.1 cB, pS, ilE, 1st of 2 I2605 ? 10 49.8 +32 58 x LMi eF, S, 0'.3 ssp 3395 3396 Gx 10 49.9 +32 59 s LMi 2.8 12.2 pB, pS, ilE, 2nd of 2 3402 Gx 10 50.0 -12 40 r Hya F, R 3420 Gx 10 50.1 -17 15 r Hya 14. p eF, vS, R, pgbMN, *8.5 s 6' 3409 Gx 10 50.2 -17 03 r Hya 15. p eF, S, E 200deg , 2 vF st inv I 645 10 50.2 -06 03 d Sex F, S, R 3404 Gx 10 50.3 -12 07 s Hya 2.6 14. p pB, vL, E pf; = IC 2609? 3411 Gx 10 50.3 -12 51 r Hya 13. p F, S, R, lbM I2606 Gx 10 50.3 +37 57 z LMi 15. p F, S, E ns, dif I2607 Gx 10 50.3 +38 00 m LMi 0.7 15. p vF, vS, vlbM, diffic I2608 Gx 10 50.3 +32 46 x LMi F, vS, R, *14 att I2609 10 50.3 -12 06 x Hya vf, S, bM; = 3404 3401 - 10 50.4 +05 48 r Sex eF (not verified) 3394 Gx 10 50.6 +65 43 r UMa 13. p cF, S, lE, vgbM I 647 10 50.6 -12 52 d Hya eF, vS, dif, 3411 p I 650 10 50.7 -13 27 d Hya pF, vS, R 3400 Gx 10 50.8 +28 28 s LMi 1.4 14. p pF, S, R, bM 3421 Gx 10 50.8 -12 27 r Hya 14. p F, R 3412 Gx 10 50.9 +13 25 s Leo 3.6 10.6 B, S, lE 135deg +/- , smbMN 3429 Gx 10 50.9 +09 15 r Leo pF, R I 649 Gx 10 50.9 +01 11 m Sex 0.6 15. p F, S, lbM, *10.5 sp 3392 Gx 10 51.0 +65 46 r UMa 15. p vF, S, psbM, st nr 3417 Gx 10 51.0 +08 29 r Leo 15. p eF, vS, alm stell I 648 Gx 10 51.0 +12 17 m Leo 0.8 15. p eF, vS, vF* inv, diffic I 651 Gx 10 51.0 -02 08 v Sex 0.8 pB, pS, gbM, r I 652 10 51.0 -12 38 d Hya F, vS, R, bM 3422 Gx 10 51.1 -12 24 r Hya 15. p F, R, only susp 3423 Gx 10 51.2 +05 50 s Sex 3.9 11.2 F, vL, R, vgbM, rr 3431 Gx 10 51.2 -17 01 r Crt 14. p eF, S, E 130deg , gbM 3413 Gx 10 51.3 +32 46 s LMi 2.4 13. p F, S 3414 Gx 10 51.3 +27 59 s LMi 3.6 10.8 B, pL, R, mbM 3418 Gx 10 51.3 +28 07 u LMi 1.2 14. p cF, S, R, bM 3419 Gx 10 51.3 +13 57 s Leo 1.1 13. p F, vS, R, alm stell, S* vnr 3425 Gx 10 51.4 +08 34 r Leo 14. p eF, eS, R 3427 Gx 10 51.4 +08 18 r Leo 14. p neb, no descr 3428 Gx 10 51.4 +09 17 r Leo 14. p vF, S, lE, glbM 3398 Gx 10 51.5 +55 23 v UMa 1.3 vF, S, E, er I 644 Gx 10 51.5 +55 23 x UMa eeF, pS, lE, B* sf, sp of 2 3426 Gx 10 51.6 +18 28 r Leo 14. p pF, S, R, D* n I 646 Gx 10 51.6 +55 28 x UMa eeF, pS, R, nf of 2 3415 Gx 10 51.7 +43 43 s UMa 2.4 13. p pB, S, vlE, stell, 3 S st nr 3416 Gx 10 51.7 +43 46 r UMa 15. p eF (F*?), n of 3415 3406 Gx 10 51.8 +51 02 r UMa 13. p pB, R, pgbM 3424 Gx 10 51.8 +32 54 s LMi 3.0 13. p pF, pL, lE, sp of 3 3410 Gx 10 51.9 +51 01 r UMa 15. p F, pS, dif, 2' sf 3406 3434 Gx 10 52.0 +03 48 r Leo 13. p F, pS, R, vglbM 3433 Gx 10 52.1 +10 09 s Leo 3.5 12. p vF, vL, R, vgbM 3446 OC 10 52.1 -45 09 A Vel Cl, pL, P, lC, iF, st 9...13 3408 Gx 10 52.2 +58 26 s UMa 1.0 14. p vF, cS, R, 2 pB st s 3430 Gx 10 52.2 +32 57 s LMi 3.9 11.5 pB, L, iE, gbM, 2nd of 3 I 653 Gx 10 52.2 -00 33 u Leo 2.3 14. p F, S, R, dif I2610 ? 10 52.2 +33 04 x LMi vF, S, lbM, * 25" p 3407 Gx 10 52.3 +61 23 s UMa 1.7 15. p vF, vS, R, vS* nr 3438 Gx 10 52.4 +10 34 r Leo 14. p vF, eS, alm stell 3439 Gx 10 52.4 +08 34 r Leo 15. p eeF, vS, alm stell 3432 Gx 10 52.5 +36 37 s LMi 6.2 11.3 pB, pL, vmE 40deg , ** close sp 3441 Gx 10 52.5 +07 14 r Leo 14. p pB 3437 Gx 10 52.6 +22 56 s Leo 2.6 13. p pB, pL, lE 120deg , gbM I2611 * 10 52.7 +10 07 x Leo eF 3449 Gx 10 52.9 -32 56 s Ant 2.6 13. p F, S, R, *6-7 sf 3443 Gx 10 53.0 +17 34 s Leo 2.5 14. p eeF, vS, R 3444 Gx 10 53.0 +10 13 v Leo 1.2 eF, vS, pmE 3442 Gx 10 53.1 +33 55 s LMi 0.7 13. p F, vS, R, mbM, r? 3447 Gx 10 53.4 +16 46 s Leo 3.8 13. p eF, vL, vgvlbM, B ** sp I2612 Gx 10 53.6 +32 46 x LMi F, S, R, dif 3453 Gx 10 53.7 -21 47 r Hya F, S, R, bM 3403 Gx 10 53.9 +73 41 s Dra 3.1 13. p pF, L, iE, vgbM 3440 Gx 10 53.9 +57 07 s UMa 2.3 14. p vF, S, lE I 654 10 53.9 -11 44 d Crt vF, S, diffic 3452 Gx 10 54.1 -11 24 r Crt 15. p eF, R, n of S* 3456 Gx 10 54.1 -16 02 s Crt 2.1 13. p eF, att to *12 f 3397 - 10 54.2 +77 17 r Dra cB, vS, iF; = 3329? I2613 10 54.3 +32 58 x LMi B, pL, E 200deg , gmbM dif N; = 3430 3451 Gx 10 54.4 +27 14 r LMi 13. p F, pL, vlE, vlbM I 655 Nb 10 54.4 -00 22 x Leo 1. eF, iF 3454 Gx 10 54.5 +17 21 s Leo 2.2 14. p pF, lE, np of 2 3455 Gx 10 54.5 +17 17 s Leo 2.8 13. p pF, S, E, gbM, r, sf of 2 3445 Gx 10 54.6 +56 59 s UMa 1.6 12.4 cB, pL, iR, vglbM, *10 nf 2' 3448 Gx 10 54.7 +54 19 s UMa 5.4 11.7 B, pL, mE 67deg , gbM 3457 Gx 10 54.7 +17 37 r Leo 13. p 2 or 3 S st and neb 3459 Gx 10 54.7 -17 04 r Crt 14. p vF, S, E, gbM 3464 Gx 10 54.7 -21 04 s Hya 2.8 13. p eF, pL, E 125deg 3435 Gx 10 54.8 +61 18 r UMa 14. p cF, pS, lE, vgbM 3460 10 54.8 +17 36 A Leo pB, R, no * nr; = 3457 3461 Gx 10 54.9 +17 39 r Leo F neb 5' nf 3460 3463 Gx 10 55.1 -26 07 r Hya 14. p F, S, R, glbM I 656 OC 10 55.1 +17 36 x Leo vS, Cl, neb? 3462 Gx 10 55.3 +07 42 r Leo 13. p vF, vS, vlE, psbM 3458 Gx 10 56.0 +57 07 s UMa 1.7 13. p vB, vS, R, stellar 3466 Gx 10 56.3 +09 45 s Leo 1.3 15. p vF, *9 90deg , p of 2 3467 Gx 10 56.7 +09 46 r Leo 14. p vF, R, vsmbM *12, f of 2 3469 Gx 10 56.9 -14 18 r Crt 14. p eeF, S 3472 - 10 57.3 -19 38 r Crt eF, S, R, gbM 3468 Gx 10 57.4 +40 57 r UMa 14. p F, eS, R, bM I 657 10 57.9 -04 54 d Leo F, pS, lE ns 3473 Gx 10 58.0 +17 07 r Leo 15. p vF, E, bet 2 st 3474 Gx 10 58.1 +17 05 r Leo 15. p vF, pS, R, s of 3473 3476 Gx 10 58.1 +09 17 r Leo 15. p eF, vS, alm stell I 659 10 58.1 -06 16 d Leo F, S, R, bM 3477 Gx 10 58.2 +09 13 r Leo 15. p eeF, eS, stell 3475 Gx 10 58.3 +24 14 r Leo 14. p vF, R, gbM, *13 1' n (2' s?) I 658 Gx 10 58.3 +08 15 m Leo 0.3 15. p F, vS, R, stellar I 660 Gx 10 58.5 +01 23 z Leo 16. p vF, S, r 3482 Gx 10 58.6 -46 35 c Vel 2.0 eF, S, R, gbM 3470 Gx 10 58.7 +59 31 s UMa 1.7 14. p vF, S, R, vgbM 3479 Gx 10 58.9 -14 58 r Crt 13. p eF, pS, E 90deg , gbMN 3480 - 10 58.9 +09 21 r Leo S, stellar I 661 Gx 10 58.9 +01 40 z Leo 16. p eF, vS, R, diffic 3483 Gx 10 59.0 -28 28 r Hya 13. p pF, S, R, bM, am st 3471 Gx 10 59.1 +61 32 s UMa 2.0 13. p vF, S, R, bM 3465 Gx 10 59.3 +75 12 r Dra 14. p eF, pL, R, vglbM, ** nf I 662 Gx 10 59.4 +01 36 z Leo 16. p vF, SN, diffic 3478 Gx 10 59.5 +46 07 s UMa 2.8 13. p eF, S, R 3481 Gx 10 59.5 -07 31 r Crt 14. p eF, vS, rr, prob vF Cl, *9 5' sf 3496 OC 10 59.8 -60 20 s Car 9. 8.2 Cl, pL, pRi, lC, st 13 3490 Gx 10 59.9 +09 22 r Leo 15. p vF, S 3485 Gx 11 00.0 +14 50 s Leo 2.5 13. p F, L, R, glbM, r 3489 Gx 11 00.3 +13 54 s Leo 3.7 10.3 vB, pL, lE 80deg +/- , smbMN I2621 Pl 11 00.3 -65 15 s Car 0.1 PN , stell, 10.5m 3486 Gx 11 00.4 +28 58 s LMi 6.9 10.3 cB, cL, R, gmbM I 665 11 00.5 -13 52 d Crt F, vS, R, bM 3491 Gx 11 00.6 +12 10 r Leo 14. p eF, cS, R, bMN I 663 Gx 11 00.6 +10 27 z Leo 16. p eF, vS, R, 2 st s, 1st of 4 3487 Gx 11 00.7 +17 35 r Leo 14. p eeF, pS, R, v diffic I 664 Gx 11 00.7 +10 33 m Leo 1.0 15. p eF, vS, R, lbM, 3492 f 3492 Gx 11 00.9 +10 30 r Leo 14. p pF, S, *9.5 p 20s , 1' s 3494 - 11 01.2 +03 43 r Leo vS, 3495 6' s 3495 Gx 11 01.3 +03 38 s Leo 4.6 13. p vF, pL, mE 3503 Nb 11 01.3 -59 51 s Car 3. 3 S st 10 in vF neb I 666 Gx 11 01.3 +10 29 z Leo 15. p eF, vS, iF, 4th of 4 3488 Gx 11 01.4 +57 41 s UMa 2.0 14. p eF or cB, vlE, pS, *13 s att 3497 - 11 01.4 -19 28 r Crt vF, vS, iR, glbM; = 3528? 3493 Gx 11 01.5 +27 44 r LMi 15. p vF, R, bM, * sp I2614 11 01.6 +38 48 d UMa vF, vS, R 3500 Gx 11 01.7 +75 13 A Dra 15. p vF & eF, Dneb, v near 3498 *** 11 01.9 +14 23 r Leo eF, pL I2615 11 02.0 +37 56 d UMa F, vS, R, lbM I2618 11 02.0 +27 46 d LMi vS neb? 3502 Gx 11 02.1 -14 08 r Crt 14. p eF, pL, iR, glbM I2616 Gx 11 02.2 +38 46 m UMa 0.2 15. p F, S, R, gbM, r I2617 Gx 11 02.2 +38 39 m UMa 0.8 15. p F, S, R, FN I2619 Gx 11 02.2 +37 57 z UMa 16. p F, vS, R stell I2620 Gx 11 02.3 +38 30 u UMa 1.1 15. p F, S, R, N, r 3505 - 11 02.7 -15 29 r Crt pF, S, R, glbM, *14 nr 3523 Gx 11 02.8 +75 08 r Dra 14. p F, pL, lbM (place doubtful) 3501 Gx 11 02.9 +17 59 s Leo 3.7 13. p vF, mE ns, gbM, 3' long 3508 Gx 11 02.9 -16 18 r Crt 14. p F, S, bM, * 0'.5 nf 3484 - 11 03.0 +75 49 r Dra very doubtful object 3499 Gx 11 03.2 +56 13 s UMa 1.0 14. p vF, vS, stellar 3504 Gx 11 03.2 +27 58 s LMi 2.7 11.1 B, L, E, mbMN, rr, p of 2 3506 Gx 11 03.2 +11 05 s Leo 1.3 13. p vF, cS, R, vgvlbM 3511 Gx 11 03.4 -23 05 s Crt 5.4 12. p vF, vL, mE 3507 Gx 11 03.5 +18 08 s Leo 3.5 11. p cF, pL, R, sbMS *, *9 att 25deg I2622 11 03.5 -16 14 d Crt eeF, eS, like D* 3510 Gx 11 03.7 +28 53 s LMi 3.8 12.9 F, L, cE, *7, 310deg , 8' 3513 Gx 11 03.8 -23 15 s Crt 2.8 12. p vF, vL, mE I2623 11 03.8 -20 06 d Crt vF, vS 3514 Gx 11 03.9 -18 49 r Crt 13. p vF, pL, R, vgvlbM 3512 Gx 11 04.0 +28 02 s LMi 1.7 12.4 F, pS, R, pgbM, f of 2 3519 - 11 04.0 -61 22 r Car Cl, pRi, pC 3518 Gx 11 04.3 -06 28 r Leo eF, eS, lE 3509 Gx 11 04.4 +04 50 s Leo 2.3 14. p eF, S, lE? 3515 Gx 11 04.6 +28 14 s LMi 1.1 15. p vF, S, R, sev eF st inv 3520 Ast 11 05.5 -17 56 F Crt eF, vS, iR, gbM, sev vF st inv 3517 Gx 11 05.6 +56 31 s UMa 1.2 14. p eF, S, R, vgbM 3521 Gx 11 05.8 -00 02 s Leo 9.5 8.9 cB, cL, mE 140deg +/- , vsmbMN 3525 - 11 06.4 -19 27 r Crt F, pS, gbMN 3532 OC 11 06.4 -58 40 s Car 55. 3.0 !!, Cl, eL, R, lC, st 8...12 3524 Gx 11 06.5 +11 24 r Leo 13. p F, S, lE, psbM, 2 st np in line I 667 Gx 11 06.5 +15 05 z Leo 15. p vF, vS, R, vlbM 3522 Gx 11 06.6 +20 04 r Leo 14. p pF, vS, lE I 668 Gx 11 06.6 +15 02 m Leo 0.6 15. p vF, vS, R, bM 3516 Gx 11 06.8 +72 34 s UMa 2.3 11.6 pB, vS, iR, psmbM * 3531 11 06.9 +07 10 D Leo E 50deg , *11 at sp end; = 3526 3526 Gx 11 07.0 +07 10 r Leo 13. p eF, vmE 50deg +/- 3533 Gx 11 07.2 -37 10 v Cen 2.6 eeF, vS* att 3527 Gx 11 07.3 +28 32 r UMa 15. p eF, S, *10 p 60" 3528 Gx 11 07.3 -19 28 c Crt 3.0 F, S, R, pslbM, p of 2 3529 Gx 11 07.3 -19 33 c Crt 1.5 eF, S, R, vlbM, f of 2 I 669 Gx 11 07.3 +06 18 u Leo 1.6 14. p pB, vS, R, sbM I2624 Gx 11 07.3 -19 28 c Crt 3.0 cB, pS, R, n of 2; = 3528 I2625 Gx 11 07.3 -19 33 c Crt 1.5 eeF, vS, R, s of 2; = 3529 I 670 Gx 11 07.4 +06 43 u Leo 1.3 15. p F, pS, R, bM I 671 Gx 11 07.6 +00 47 u Leo 1.6 15. p vF, pS, R I 672 Gx 11 08.0 -12 29 m Crt 0.5 15. p vF, vS 3535 Gx 11 08.5 +04 50 r Leo 14. p cF, vS, R, bM, r 3537 Gx 11 08.6 -10 26 r Crt 14. p vF, S, vF st inv 3530 Gx 11 08.7 +57 14 r UMa 14. p vF, S, R, pgbM 3534 Gx 11 08.7 +26 36 r Leo 15. p vF, *9 np 3' 3536 Gx 11 08.8 +28 29 r UMa 15. p F, S, R, bM 3541 Gx 11 08.8 -10 56 r Crt 15. p nebulous * I2626 Gx 11 09.0 +26 55 z Leo 16. p F, vS, dif, diffic 3539 Gx 11 09.1 +28 40 r UMa 15. p eF 3540 Gx 11 09.3 +36 01 r UMa 14. p vF, R, psbM, *7 p 7' I 673 11 09.5 -00 05 d Leo vF, vS, E pf, r 3551 Gx 11 09.6 +21 43 r Leo 15. p eeF, vS, R, sp of 2 3555 Gx 11 09.7 +21 44 r Leo 15. p vF, R, nf of 2 3546 Gx 11 09.8 -13 23 r Crt 14. p neb* 12, *12 2' nf I2631 11 09.8 -76 37 d Cha *9 in L neb 3547 Gx 11 09.9 +10 43 s Leo 2.2 12.8 F, S, lE, vlbM 3565 - 11 09.9 -20 02 r Crt vF, vS, R, gbMN, 1st of 2 3566 - 11 09.9 -20 02 r Crt eeF, eS, R, gbM, 2nd of 2 I2627 Gx 11 09.9 -23 44 s Crt 2.7 12.0 eF, L, R, stell N 3542 Gx 11 10.0 +36 57 r UMa 15. p vF, S, irrR, lbM, r 3557 Gx 11 10.0 -37 32 s Cen 4.0 10.4 B, S, R, pgmbM, 1st of 3 3545 Gx 11 10.2 +36 58 r UMa 15. p vF, vS, irrR, lbM, r 3548 - 11 10.4 +36 02 r UMa eF, S, *8, p; = 3540? 3572 C+N 11 10.4 -60 14 s Car 20. 6.6 Cl, pRi, lC 3550 Gx 11 10.6 +28 46 s UMa 1.4 14. p F (var?), S, R, bM, *9 f 1', 1st of 4 3552 Gx 11 10.6 +28 42 r UMa 15. p eF, vS, 2nd of 4 3553 Gx 11 10.6 +28 42 r UMa 15. p eF, vS, forms Dneb with 3552 3564 Gx 11 10.6 -37 33 s Cen 2.1 12.2 pF, S, R, bM, 2nd of 3 3554 Gx 11 10.7 +28 40 r UMa 15. p vF, pS, R, bM, 3rd of 4 3559 Gx 11 10.7 +12 01 s Leo 1.5 14. p eF, pS, lE, r 3560 * 11 10.7 +11 11 r Leo F, S, R, gbM I 675 11 10.7 +03 41 d Leo pB, pL, E ns, biN? 3543 Gx 11 10.8 +61 22 r UMa 15. p eF, vS, E 0deg +/- , r 3568 Gx 11 10.8 -37 27 v Cen 2.4 vF, pL, R, * inv, 3 B st nr, 3rd of 3 3549 Gx 11 10.9 +53 23 s UMa 3.2 12. p cB, cL, cE 160deg 3558 Gx 11 10.9 +28 33 s UMa 1.3 15. p pF, S I 674 Gx 11 11.1 +43 38 u UMa 1.8 14. p pF, R, bM, D* sf 3561 Gx 11 11.2 +28 43 s UMa 1.1 15. p vF, pL, 4th of 4 3567 Gx 11 11.3 +05 50 r Leo 14. p eF, R, sbM, r 3573 Gx 11 11.3 -36 51 r Cen eF, S, R, glbM, 3 st 11 f 3563 Gx 11 11.4 +26 58 s Leo 1.4 15. p pF, pL, *8 2' n 3538 - 11 11.5 +75 34 r Dra vF, pL, *17 nr 3544 Gx 11 11.5 -18 17 c Crt vF, L, mE 95deg , bM; = 3571 3556 Gx 11 11.5 +55 40 s UMa 8.3 10.1 cB, vL, vmE 79deg , pbM, r; = M108 3571 Gx 11 11.5 -18 17 s Crt 3.3 13. p pF, pL, iF, bM I2628 Gx 11 11.6 +12 08 z Leo 15. p pF, pS, R, bM, spir 3576 Nb 11 11.8 -61 23 d Car 20. F, lE, 1st of 6 3579 Nb 11 11.9 -61 14 d Car F, lE, sbM, 2nd of 6 3569 Gx 11 12.1 +35 27 r UMa 14. p F, vS, stell 3570 Gx 11 12.1 +27 35 s Leo 1.3 15. p vF, vS, R, bM 3581 Nb 11 12.1 -61 18 r Car *12 with fan-shaped neb att, 3rd of 6 3574 Gx 11 12.2 +27 37 v Leo 0.5 eF 3582 Nb 11 12.3 -61 16 r Car B, bM*, 4th of 6 3584 Nb 11 12.4 -61 12 r Car F, L, E 0deg , bM, 5th of 6 3586 Nb 11 12.6 -61 21 r Car eF, S, E 160deg +/- , 6th of 6 I2629 11 12.6 +12 06 d Leo F, S, R, bM I 676 Gx 11 12.7 +09 04 u Leo 2.2 13. p vF, pS, lE, bet 2 dist st I2630 11 12.7 +12 19 d Leo F, vS, R, spir 3578 - 11 12.8 -15 57 r Crt doubtful object, probably a neb 3562 Gx 11 12.9 +72 53 r Dra 13. p pF, pS, lE, gbM, *15, 22deg , 70" 3590 OC 11 12.9 -60 47 s Car 4. 8.2 Cl, pRi, C, E 3575 - 11 13.1 +22 40 r Leo pB, pL, R, *11 p I2632 11 13.1 +11 40 d Leo F, S, R, bM I2633 11 13.2 +11 36 d Leo F, cS, iF 3580 Gx 11 13.3 +03 40 r Leo 14. p vF, *14 f 3585 Gx 11 13.3 -26 45 s Hya 2.9 10.0 B, pL, E, vsmbMN, 2 B st triangle I2634 Gx 11 13.5 +10 30 m Leo 0.4 15. p cB, cS, R, gbM I2635 11 13.5 +11 28 d Leo F, S, stell N I2636 11 13.6 +11 27 d Leo F, S, bM 3577 Gx 11 13.8 +48 16 s UMa 1.7 15. p eF, vS, p of 2 I2637 Gx 11 13.8 +09 36 u Leo 0.9 14. p pB, cS, R, bM I 677 Gx 11 13.9 +12 19 u Leo 1.6 14. p F, pL, gbM I2638 Gx 11 13.9 +10 34 u Leo 1.1 15. p cB, pS, E 100deg , bM I2639 11 13.9 +09 39 d Leo F, S, R, bM, spir 3588 Gx 11 14.0 +20 24 r Leo 15. p vF, cS, 4s f delta Leo (& 8' s) 3591 Gx 11 14.1 -14 04 r Crt 14. p vF, S, iR, lbM I 678 Gx 11 14.1 +06 35 m Leo 0.2 15. p F, S, r, N = 13.5 I2640 11 14.1 +11 00 d Leo F, S, iF 3583 Gx 11 14.2 +48 19 s UMa 2.8 12. p pB, pL, R, vgmbM I2641 11 14.2 +09 24 d Leo F, S, iF I2642 11 14.2 +10 16 d Leo vF, vS, R, bM, spir 3592 Gx 11 14.4 +17 16 s Leo 2.0 15. p eF, S, pmE 60deg I2643 11 14.5 +10 08 d Leo cF, S, R, bM I2644 11 14.5 +10 46 d Leo F, S, R I2645 Gx 11 14.5 +11 54 z Leo 16. p pF, S, R, bM 3593 Gx 11 14.6 +12 49 s Leo 5.8 11.0 B, cL, E 90deg +/- , psmbM 3597 Gx 11 14.6 -23 43 r Crt 13. p vF, pS, R, bM I2646 11 14.6 +12 32 d Leo vF, vS, iF I2647 11 14.7 +12 09 d Leo eF, pL, iF I2648 Gx 11 14.7 +10 14 z Leo 16. p cF, cS, R, bM 3587 Pl 11 14.8 +55 01 s UMa 3.2 11.2 !!, PN , vB, vL, R, vvg, vsbM, 150" d; = M97 I2649 Gx 11 14.8 +11 08 m Leo 0.6 15. p pB, S, R, bM, spir I2650 11 14.9 +13 51 d Leo F, S, bM, iF I2651 11 14.9 +12 15 d Leo F, S, R, bM I2652 11 14.9 +12 27 d Leo vF, S, R, bM, spir I2653 11 14.9 +10 33 d Leo vF, S, R 3596 Gx 11 15.1 +14 47 s Leo 4.2 12. p pF, L, R, glbM 3603 C+N 11 15.1 -61 15 s Car 12. 9.1 glob. cl. and neb, st 15...18 I2654 11 15.1 +12 30 d Leo vF, S, E 120deg I2655 11 15.1 +12 10 d Leo eF, S, iF I2656 11 15.1 +12 23 d Leo vF, S, iF, E 120deg 3589 Gx 11 15.2 +60 42 s UMa 1.7 15. p vF, L, E, vgbM, in triangle of L st 3598 Gx 11 15.2 +17 16 r Leo 13. p F, vS, stell, * n I2657 11 15.2 +13 42 d Leo F, pL, dif, bet 2 st I2658 * 11 15.2 +13 00 x Leo vF, cS, R, bM 3595 Gx 11 15.4 +47 27 s UMa 1.7 13. p vF, vS, vlE, stellar, cB* n 3599 Gx 11 15.4 +18 07 s Leo 2.8 11.9 B, pS, R, pgmbM 3601 Gx 11 15.5 +05 07 r Leo 14. p vF, pS, alm stell I2659 * 11 15.5 +12 53 x Leo F, vS, R, bM, spir I2660 11 15.5 +12 26 d Leo vF, S I2661 Gx 11 15.5 +13 37 z Leo 15. p F, pS, E 100deg , bM I2662 * 11 15.5 +12 46 x Leo F, vS, R, bM I2668 Gx 11 15.5 -14 11 m Crt 1.0 14. p eF, S I2663 * 11 15.6 +12 36 x Leo pB, vS, R, sbM * I2664 * 11 15.6 +12 34 x Leo F, vS, lE 80deg , bM I2665 11 15.7 +11 43 d Leo vF, pL, iF, N, 2 st 13 att I2666 Gx 11 15.7 +13 47 m Leo 0.7 15. p cB, cS, E 20deg , bM I2667 11 15.7 +12 07 d Leo F, vS, R, bM, spir 3600 Gx 11 15.8 +41 36 s UMa 4.3 12. p pF, S, lE 0deg +/- , vgbM 3602 Gx 11 15.8 +17 25 r Leo 15. p eeF, vS, alm stell I2669 11 15.9 +13 26 d Leo F, S, E 50deg , bM I2670 11 16.0 +11 47 d Leo F, vS, R, bM, spir 3594 Gx 11 16.1 +55 42 r UMa 15. p vF, vS, stellar 3620 Gx 11 16.1 -76 13 c Cha 2.8 F, pS, pmE, gbM I2671 11 16.1 +13 08 d Leo F, vS, R, bM I2672 11 16.1 +10 10 d Leo F, vS, R, bM I2673 11 16.1 +10 10 d Leo F, pL, iF, N, *11 f 1' 3606 Gx 11 16.2 -33 49 r Hya eF, S, R, gbM I2674 Gx 11 16.2 +11 03 u Leo 1.4 15. p F, pS, R, bM, spir I2675 11 16.2 +12 15 d Leo F, vS, R 3604 - 11 16.3 +04 31 r Leo pB, S, lE, mbM; = 3611? I2676 11 16.3 +09 50 d Leo F, S, iF, *11 sf 0'.5 I2677 11 16.3 +12 13 d Leo F, vS, R, bM, in L, E neby I2678 11 16.4 +11 57 d Leo F, vS, E 110deg , bM I2679 11 16.4 +12 01 d Leo F, S, R, bM, spir, *13 sp 20" I2680 11 16.4 +09 49 d Leo cF, S, iF, N, *11 np I 679 11 16.6 -13 58 d Crt F, S, R, sbM I2681 Gx 11 16.6 +11 12 z Leo 15. p cB, vS I2682 11 16.6 +09 25 d Leo pF, S, E, bM 3605 Gx 11 16.8 +18 01 s Leo 1.7 13. p F, S, R, sp of 3 3607 Gx 11 16.9 +18 03 s Leo 3.7 10.0 vB, L, R, vmbM, 2nd of 3 I2683 11 16.9 +12 06 d Leo F, pL, iF, N 3608 Gx 11 17.0 +18 09 s Leo 3.0 11.0 B, pL, R, psbM, 3rd of 3 I2684 Gx 11 17.0 +13 06 z Leo 15. p F, pS, R, bM I2685 11 17.0 +10 06 d Leo F, vS, R, sbM *14 I2686 11 17.1 +12 57 d Leo F, S, iF, att *14 sf I2687 11 17.2 +10 10 d Leo vF, vS, R, bM, spir I2688 11 17.3 +13 29 d Leo vF, S, E 30deg , bM I2689 11 17.3 +12 58 d Leo F, S, E 40deg I2690 11 17.4 +12 59 d Leo vF, S, iF, diffic I2691 11 17.4 +12 02 d Leo F, S, R, mbM 3611 Gx 11 17.5 +04 33 s Leo 2.4 12.2 pF, cS, iR, psmbM, *10 np 3' I2692 11 17.6 +10 46 d Leo F, vS I2693 11 17.6 +13 33 d Leo vF, S, R, bM I2694 Gx 11 17.6 +13 23 z Leo 15. p pB, S, E 90deg , bM 3609 Gx 11 17.8 +26 38 r Leo 14. p pF, S, bM 3617 Gx 11 17.8 -26 07 r Hya 13. p F, S, R, gbM I2695 11 17.8 +13 44 d Leo F, S, R, bM I2696 11 17.8 +12 45 d Leo F, vS, R, bM I2697 11 17.9 +13 24 d Leo F, S, iF, N, bet 2 st I2698 11 17.9 +11 53 d Leo F, pS, iF, biN I2699 11 17.9 +11 55 d Leo F, eS, R, bM I2700 11 17.9 +12 03 d Leo vF, vS, iF, N I2714 OC 11 17.9 -62 42 s Car 12. 8. p Cl, pC 3615 Gx 11 18.0 +23 24 r Leo 14. p cF, vS, smbM, stellar, p of 2 I 680 Gx 11 18.0 -01 56 m Leo 0.6 15. p F, S, R, gbM I2701 11 18.0 +11 07 d Leo F, vS, iF I2702 11 18.0 +09 25 d Leo vF, S, E I2703 Gx 11 18.1 +17 39 x Leo vF, S I2704 Gx 11 18.1 +12 28 z Leo 15. p F, S, E 70deg , bM I2705 11 18.1 +11 54 d Leo eF, eS, R, bM, diffic 3612 Gx 11 18.2 +26 38 r Leo 15. p pL, dif, *10-11 nf 2' 3616 - 11 18.2 +14 44 r Leo eF, pL; nonexistent? 3614 Gx 11 18.3 +45 45 s UMa 4.6 12. p F, pL, lE 90deg +/- , glbM, r 3621 Gx 11 18.3 -32 49 s Hya 10.0 10. p cB, vL, E 160deg , am 4 st 3610 Gx 11 18.4 +58 47 s UMa 3.2 10.8 vB, pS, lE 90deg +/- , vsvmbMSN 3618 Gx 11 18.5 +23 29 r Leo 14. p vF, S, f of 2 I2706 11 18.5 +12 33 d Leo F, vS, E 60deg , bM I2707 11 18.5 +09 29 d Leo F, vS, R, bM, spir, *13 sf 3613 Gx 11 18.6 +58 00 s UMa 3.6 12. p vB, cL, mE 305deg , smbMN I 681 11 18.6 -12 09 d Crt vF, S, iF, diffic I2708 Gx 11 18.6 +12 43 z Leo 15. p pB, vS, R, bM I2709 11 18.7 +12 34 d Leo eF, pL, iF, *13 n 3624 Gx 11 18.8 +07 32 r Leo 14. p eF I2710 11 18.8 +13 34 d Leo B, vS, R, bM I2711 11 18.8 +13 44 d Leo F, vS, R, bM 3623 Gx 11 18.9 +13 05 s Leo 10.0 9.3 B, vL, mE 165deg +/- , gbMBN; = M65 I2712 11 18.9 +09 38 d Leo F, vS, R, bM I2713 11 19.2 +12 10 d Leo cF, vS, R, bM I2715 11 19.2 +11 57 d Leo vF, S, iF I2716 11 19.3 +11 42 d Leo vF, S, iF I2717 11 19.3 +12 03 d Leo vF, vS, R, bM, diffic 3619 Gx 11 19.4 +57 46 s UMa 3.1 13. p cB, cL, R, vgmbM I2718 11 19.4 +12 01 d Leo F, vS, iF I2719 11 19.5 +12 04 d Leo vF, S, iF, N I2720 11 19.6 +12 05 d Leo cF, vS, R, bM I2721 11 19.7 +12 09 d Leo eF, pS, dif I2722 11 19.7 +13 58 d Leo F, S, iF I2723 11 19.8 +12 02 d Leo F, vS, E 200deg , diffic I2724 11 19.8 +10 43 d Leo cF, vF, R, bM, *13 p 20" I2725 11 20.0 +13 26 d Leo vF, S, iF, diffic I2726 * 11 20.0 +13 25 x Leo vF, vS, iF, diffic I2727 11 20.0 +12 02 d Leo F, vS, iF, N, diffic 3626 Gx 11 20.1 +18 21 s Leo 3.1 10.9 B, S, vlE, sbM I2728 * 11 20.1 +13 25 x Leo vF, S, iF, N, diffic I2729 11 20.1 +13 25 d Leo vF, S, iF, diffic I2730 11 20.1 +12 22 d Leo F, eS, E 90deg , bM 3622 Gx 11 20.2 +67 15 r UMa 13. p pB, S, R, gbM 3627 Gx 11 20.2 +12 59 s Leo 8.7 9.0 B, vL, mE 150deg , mbM, 2 st np; = M66 I2731 * 11 20.2 +13 34 x Leo F, S, R, bM, spir I2732 11 20.2 +12 24 d Leo vF, S, R, bM 3628 Gx 11 20.3 +13 36 s Leo 14.8 9.5 pB, vL, vmE 102deg 3630 Gx 11 20.3 +02 58 s Leo 2.3 13. p pB, S, R, smbMN 3638 Gx 11 20.3 -08 06 r Crt 15. p eF, vS, 2 st 10 f 3633 Gx 11 20.4 +03 35 s Leo 1.4 14. p vF, S, R, 2 st nr 3636 Gx 11 20.4 -10 17 s Crt 1.1 13. p F, vS, R, lbM, *7 f, p of 2 I2733 D* 11 20.4 +13 52 x Leo vF, cS, iF, N, *14 n I2734 11 20.4 +12 27 d Leo F, S, iF, N 3625 Gx 11 20.5 +57 47 s UMa 2.2 14. p F, S, lE 135deg +/- 3629 Gx 11 20.5 +26 58 s Leo 2.2 13. p cF, L, R, vgvlbM 3632 - 11 20.5 +18 09 r Leo pB, * inv; = 3626? 3634 Gx 11 20.6 -09 01 r Crt 15. p eF, eS, R, bMN, D with 3635, 85deg , dist 0'.4 3635 Gx 11 20.6 -09 01 r Crt 16. p eF, eS, R, bMN, D with 3634 3637 Gx 11 20.7 -10 16 s Crt 1.7 13. p F, vS, R, psbM, *7 p, f of 2 I2736 11 20.9 +12 25 d Leo vF, S, iF, N 3631 Gx 11 21.0 +53 10 s UMa 4.6 10.4 pB, L, R, svmbMrN I2735 Gx 11 21.0 +34 21 u UMa 1.2 15. p pB, cS, E pF, N, r 3640 Gx 11 21.1 +03 14 s Leo 4.1 10.3 B, pL, R, psbM I2737 11 21.1 +14 18 d Leo F, cS, R, bM 3641 Gx 11 21.2 +03 12 s Leo 1.1 14. p F, vS, alm stell, 3640 2' n I 682 11 21.2 +20 13 d Leo eF, eS, R, vF* close np I2739 11 21.2 +11 55 d Leo F, vS, annular? I2738 Gx 11 21.3 +34 22 v UMa 0.6 F, S, R, gbMN I2740 11 21.3 +08 45 d Leo vF, S, dif, diffic I2741 11 21.3 +09 09 d Leo vF, pS, iF, sev N I2742 11 21.3 +10 27 d Leo F, S, iF 3643 Gx 11 21.4 +03 01 s Leo 1.1 15. p eF, vS I 683 Gx 11 21.4 +02 45 x Leo neb object 13.5m I2743 11 21.4 +08 42 d Leo F, vS, R, bM, spir 3639 Gx 11 21.5 +18 28 r Leo 14. p pF, S, R, vlbM, 15' f 3626 3644 Gx 11 21.5 +02 49 r Leo 15. p vF, vS; = IC 684 I2745 Gx 11 21.5 +13 26 z Leo 15. p pB, Sp, E 70deg , bM, *12 att sf 3645 Gx 11 21.6 +02 59 r Leo 15. p pB, S, E, bM 3647 Gx 11 21.6 +02 54 r Leo 15. p eF neb* I 684 11 21.6 +02 50 x Leo F, S, ** sp 0'.5; = 3644 I2746 11 21.6 +11 44 d Leo F, vS, R, bM 3646 Gx 11 21.7 +20 10 s Leo 3.9 11.2 cF, cL, lE, gbM, sp of 2 I2744 Gx 11 21.7 +34 22 m UMa 0.4 15. p F, S, gbM, r I2747 11 21.7 +08 48 d Leo vF, vS, iF, 2 st p I2748 11 21.7 +08 48 d Leo F, vS, iF I2749 Gx 11 21.7 +08 35 z Leo 16. p F, S, dif (D*?) I2750 11 21.9 +09 40 d Leo vF, vS, iF I2752 Nb 11 22.0 +14 08 x Leo 0.3 F, S, R, bM I2753 11 22.0 +09 53 d Leo cF, vS, R, bM I2754 Nb 11 22.0 +14 09 x Leo 0.5 F, S, iF, N, diffic I2755 * 11 22.0 +13 48 x Leo F, vS, R, bM I2756 11 22.0 +09 58 d Leo vF, vS, E 120deg , bM I2757 Gx 11 22.0 +08 24 z Leo 15. p F, S, iF, N I2758 Gx 11 22.0 +07 49 z Leo 15. p F, cS, R, bM, diffic I 685 Gx 11 22.1 +17 45 x Leo eeF, pS, R, * nf I2751 Gx 11 22.1 +34 23 z UMa 16. p F, S, R, 2 st 15 inv 3649 Gx 11 22.2 +20 13 s Leo 1.6 15. p vF, pS, R, gbM, nf of 2 I2759 11 22.2 +24 19 d Leo cF, stell, *13 npp 2'.5 I2760 11 22.2 +12 40 d Leo vF, S, R, bM 3642 Gx 11 22.3 +59 05 s UMa 5.8 11.1 pB, pL, R, vgbM I2761 Nb 11 22.3 +14 11 x Leo 0.1 F, S, R, bM, diffic I2762 Gx 11 22.3 +12 44 z Leo 15. p cF, pS, mE 150deg , bM, *12 p I2763 11 22.3 +13 04 d Leo cF, pS, E 95deg , long N 3651 Gx 11 22.4 +24 18 r Leo 14. p cF, vS, R, bM, np of 2 I2765 Nb 11 22.4 +14 13 x Leo 0.1 vF, vS, iF, N I2766 11 22.4 +12 54 d Leo vF, S, iF I2767 11 22.4 +13 05 d Leo vF, vS, iF I2768 11 22.4 +12 32 d Leo vF, vS, iF, N I2769 Nb 11 22.4 +14 12 x Leo 0.1 F, cS, R, bM I2770 11 22.4 +09 13 d Leo F, S, iF 3653 Gx 11 22.5 +24 16 r Leo 15. p vF, vS, sf of 2 I2771 11 22.5 +12 31 d Leo vF, vS, iF, N, diffic I2772 11 22.5 +13 36 d Leo vF, eS, iF, N 3648 Gx 11 22.6 +39 53 r UMa 13. p pB, S, pmE, bMN = close ** ? 3650 Gx 11 22.6 +20 42 s Leo 1.9 15. p eF, S, R, bet 2 st 3652 Gx 11 22.6 +37 46 s UMa 2.4 13. p pF, cL, lE, vgbM I2773 11 22.6 +13 34 d Leo vF, S, viF, diffic I2774 11 22.6 +12 31 d Leo vF, vS, iF, N, diffic I2775 11 22.7 +12 31 d Leo vF, vS, iF, N, diffic I2776 11 22.7 +13 20 d Leo pF, pS, R, bM, spir I2777 Gx 11 22.7 +12 02 z Leo 15. p pF, vS, R, bM I2778 11 22.7 +12 31 d Leo vF, vS, iF, N, diffic I2779 11 22.8 +13 21 d Leo cF, eS, R I2780 11 22.8 +10 09 d Leo F, vS, R, bM, *15 n 15" I2781 11 22.8 +12 21 d Leo F, vS, iF, fainter one 2' nf 3655 Gx 11 22.9 +16 35 s Leo 1.6 11.6 pB, pS, iR, bM, r I2782 Gx 11 22.9 +13 27 u Leo 1.1 15. p cF, cS, R, bM I2783 11 22.9 +08 53 d Leo F, vS, R, bM, spir I 686 Gx 11 23.1 +05 39 z Leo 15. p eF, vS, R, v diffic I2784 11 23.2 +13 07 d Leo pB, eS, R, bM, *13 p 20" I2785 11 23.3 +13 23 d Leo pF, S, R, bM I2786 11 23.3 +13 23 d Leo cF, S, E 110deg , bM I2787 Gx 11 23.3 +13 39 u Leo 1.0 15. p cF, S, R, bM I2788 11 23.4 +12 42 d Leo vF, S, R I2789 D* 11 23.5 +14 11 x Leo pB, S, R, bM 3656 Gx 11 23.6 +53 51 s UMa 1.7 13. p pB, S, R, vgbM, *12 p 3660 Gx 11 23.6 -08 40 s Crt 2.8 13. p F, pL, iR, vgbM I 689 11 23.6 -13 50 x Crt eF, vS, r, dif; = 3661 I2790 11 23.6 +09 33 d Leo vF, S, iF I2791 11 23.6 +12 54 d Leo vF, vS, iF, diffic 3661 Gx 11 23.7 -13 48 r Crt 14. p F, S, R, stellar, p of 2; = IC 689 I 688 11 23.7 -09 48 d Crt eF, vS, R I2792 11 23.7 +11 24 d Leo F, S, R 3659 Gx 11 23.8 +17 49 s Leo 2.1 13. p cF, S, lE, r 3662 Gx 11 23.8 -01 06 s Leo 1.6 14. p vF, S, att to *13 I2793 11 23.8 +09 27 d Leo vF, S, iF, diffic 3657 Gx 11 23.9 +52 55 s UMa 1.8 12. p cF, vS, R, stellar 3658 Gx 11 24.0 +38 34 s UMa 2.1 13. p F, S, R, svmbMN = *14 3663 Gx 11 24.0 -12 17 r Crt 13. p eF, fan shaped, * close 3654 Gx 11 24.1 +69 26 r UMa 13. p F, S, lE 15deg +/- I2794 11 24.1 +12 48 d Leo F, eS, R, bM I2795 11 24.1 +12 08 d Leo F, vS, R I2796 11 24.1 +09 21 d Leo vF, S, iF 3667 Gx 11 24.3 -13 49 r Crt 13. p pF, pL, iR, vlbM I 687 Gx 11 24.3 +47 51 m UMa 0.7 15. p eF, eS, R, stell N, F* f I 690 11 24.3 -08 21 d Crt pB, S, R, N = 12m 3664 Gx 11 24.4 +03 20 s Leo 2.0 13. p pF, biN 3666 Gx 11 24.4 +11 21 s Leo 4.2 12. p F, E 90deg +/- , *6 f 34s , 5' n I2797 11 24.4 +11 42 d Leo F, vS, R, bM I2798 11 24.4 +12 25 d Leo vF, S, iF, N, diffic I2799 Nb 11 24.4 +13 51 x Leo 0.4 F, S, iF, N I2800 11 24.5 +12 12 d Leo vF, S, R, bM I2801 11 24.5 +10 11 d Leo F, S, R, bM, spir I2802 11 24.5 +12 13 d Leo vF, vS, iF, N, v diffic I2803 11 24.6 +09 51 d Leo F, vS, E 70deg 3665 Gx 11 24.7 +38 46 s UMa 3.2 10.8 cB, cL, iR, pgmbM 3670 Gx 11 24.7 +23 57 r Leo 14. p vF, vS, R I2804 Gx 11 24.9 +13 13 m Leo 0.8 15. p pB, cS, E 10deg , exc N 3672 Gx 11 25.0 -09 48 s Crt 4.1 11. p pB, L, E 0deg +/- , gbM I2805 * 11 25.0 +14 01 x Leo vF, S, R, bM, diffic 3673 Gx 11 25.2 -26 44 s Hya 3.5 12. p F, vL, gvlbM, *7 s 6' I2806 11 25.3 +09 39 d Leo vF, S, iF; annular? I2807 11 25.3 +11 32 d Leo F, S, iF, *14 att p 3669 Gx 11 25.4 +57 43 s UMa 2.3 13. p vF, pL, pmE 135deg +/- , er 3668 Gx 11 25.5 +63 27 r UMa 13. p F, pS, iR, gbM, *9 np I2808 11 25.5 +09 08 d Leo vF, vS, R, bM, spir 3676 - 11 25.6 -10 37 r Crt eF, vS, R, 2 st 10 nf, sf I2809 11 25.6 +08 32 d Leo F, S, R, bM; spir? 3680 OC 11 25.7 -43 15 s Cen 12. 7.6 Cl, cL, pRi, lC, st 10...14 3671 Gx 11 25.8 +60 29 r UMa 15. p vF, vS, 2 vS st inv I2810 Nb 11 25.8 +14 40 x Leo 1. pF, pS, R, bM, *14 sf I2811 11 25.8 +09 10 d Leo F, S, iF, *14 f 30" I 692 Gx 11 25.9 +09 59 u Leo 0.8 14. p F, vS, R, *12 sf 2' I2812 11 25.9 +11 32 d Leo F, S, E 10deg 3675 Gx 11 26.1 +43 35 s UMa 5.9 11. p vB, cL, vmE 0deg +/- , vsmbMN, many st p I2813 11 26.1 +11 15 d Leo F, vS, R, bM, spir I2814 11 26.1 +09 40 d Leo pF, vS, R, bM, *14 nf 30" 3678 Gx 11 26.2 +27 53 r Leo 14. p vF, S, R, psbM, *12 nf 3679 Gx 11 26.2 -05 35 r Leo 15. p eF, cL, R, r (v near vB*) 3685 - 11 26.2 +04 08 r Leo eF, vS 3677 Gx 11 26.3 +46 58 s UMa 2.0 14. p eF, S, R, vsbM *, 2 st 11 nf I2815 11 26.3 +12 48 d Leo F, eS, R, bM I2816 11 26.3 +10 38 d Leo cF, vS, R, bM, spir I2817 11 26.3 +09 09 d Leo F, vS, iF, N 3674 Gx 11 26.4 +57 03 s UMa 2.0 13. p pF, iF I2820 11 26.4 +10 14 d Leo pF, vS, *16 att n 3681 Gx 11 26.5 +16 52 s Leo 2.5 11.7 B, pS, R, bM I2818 11 26.5 +12 55 d Leo F, vS, R, bM I2819 Gx 11 26.5 +13 51 z Leo 16. p cF, S, E 60deg , bM I2821 11 26.6 +13 58 d Leo F, S I2822 Gx 11 26.6 +11 26 u Leo 1.7 15. p F, pL, E 110deg , bM, *14 s I 691 Gx 11 26.7 +59 09 s UMa 0.7 14. p pF, pS, R, 2 st nr I2823 Gx 11 26.7 +12 50 z Leo 15. p pF, S, E 20deg , biN? I 693 Gx 11 26.8 -05 00 m Leo 0.6 15. p F, pS, R, gbM, r I2825 11 27.0 +08 27 d Leo F, S, iF, N, *15 att sf I2764 Gx 11 27.1 -28 59 c Hya 1.7 pB, pS, R, *10 nr nf, *7 f I2824 11 27.1 +14 05 d Leo pF, S, R, bM I2826 Gx 11 27.1 +13 14 z Leo 15. p pF, cS, N 3684 Gx 11 27.2 +17 02 s Leo 3.2 11.7 pB, pL, E, vgbM I2827 11 27.2 +11 31 d Leo F, eS, *14 sf I2828 Gx 11 27.2 +08 43 m Leo 1.0 15. p pF, cS, E 65deg , bM 2 st p I2829 Gx 11 27.2 +10 18 z Leo 15. p cF, vS, R, bM, spir, *12 s I2830 Gx 11 27.4 +07 48 z Leo 15. p F, S, R, bM I2831 11 27.4 +08 59 d Leo F, vS, R I2832 11 27.4 +13 59 d Leo pF, S, R, bM I2833 11 27.4 +13 36 d Leo vF, S, iF, diffic, *14 att(?) np 3683 Gx 11 27.5 +56 53 s UMa 2.0 13. p cB, pL, E I2834 11 27.5 +13 34 d Leo vF, S, iF, diffic, other neb att f I2835 11 27.5 +12 09 d Leo cF, vS, R, bM, *14 f I2836 11 27.6 +09 05 d Leo F, vS, neb *15 n 1' 3682 Gx 11 27.7 +66 35 s Dra 2.0 13. p cB, S, iR, spmbMN 3686 Gx 11 27.7 +17 13 s Leo 3.3 11.4 pB, L, vlE, vgbM, r I2837 11 27.7 +10 19 d Leo cF, vS, R, bM, spir I2884 11 27.7 -79 44 d Cha eeF, eS, cE 145deg , susp 3688 Gx 11 27.8 -09 10 r Crt 15. p eF, eS, lE 0deg , gbM I2838 11 27.8 +14 01 d Leo F, S I2839 11 27.8 +10 49 d Leo vF, S, iF I2840 11 27.8 +13 26 d Leo vF, S, iF, N I2841 11 27.8 +12 36 d Leo F, vS, R, bM, diffic I2842 11 27.8 +09 39 d Leo vF, S, iF 3687 Gx 11 28.0 +29 31 s UMa 2.0 13. p pB, pS, R, lbM, r 3699 Pl 11 28.0 -59 57 s Cen 1.1 B, pL, iR, pgpmbM I 695 11 28.0 -11 43 d Crt eF, S, v diffic I2843 Gx 11 28.0 +13 11 z Leo 15. p F, cS, R, bM, diffic, *8.7 f 2' I2844 11 28.0 +11 27 d Leo F, S, iF I2845 11 28.0 +12 32 d Leo F, vS, iF, N I2846 Gx 11 28.0 +11 09 m Leo 0.8 15. p pB, vS, R, bM, *12 f I2847 11 28.1 +13 56 d Leo vF, vS, iF, diffic 3689 Gx 11 28.2 +25 40 s Leo 1.6 12.3 pB, pL, lE, bM 3691 Gx 11 28.2 +16 55 s Leo 1.3 14. p F, pS, lE, r 3693 Gx 11 28.2 -13 10 r Crt 13. p cF, S, E, gbM I2848 11 28.2 +13 02 d Leo vF, S, iF I2849 11 28.2 +09 06 d Leo pF, vS, R, bM I2850 11 28.2 +09 04 d Leo pB, S, E 120deg , bM, *13 sf I2852 11 28.2 +09 48 d Leo F, vS, R, bM, spir; neb*? I2856 Gx 11 28.2 -12 53 m Crt 0.7 14. p vF, vS, cE 30deg , cbM, susp I2851 11 28.3 +11 24 d Leo F, S I2853 Gx 11 28.3 +09 08 u Leo 1.0 15. p pB, pS, E 160deg , bM I2854 11 28.3 +08 58 d Leo F, vS, R, bM, spir 3692 Gx 11 28.4 +09 24 s Leo 3.3 13. p F, mE, r I2855 11 28.4 +09 41 d Leo F, vS, iF, N 3690 Gx 11 28.5 +58 33 s UMa 2.4 12. p pB, pS, vlE 80deg +/- , pgbM, S st sf nr I 694 Gx 11 28.5 +58 34 v UMa 1.2 vS, forms Dneb with 3690 I2857 11 28.5 +09 06 d Leo F, pL, mE 160deg , bM I 696 Gx 11 28.6 +09 05 u Leo 1.0 14. p vF, pS, R, vlbM I 697 Gx 11 28.6 -01 37 z Leo 15. p F, S, R, gbM I2858 11 28.6 +13 40 d Leo F, S, R, bM 3697 Gx 11 28.7 +20 48 r Leo 14. p eF, vS, E 90deg I2859 11 28.7 +09 07 d Leo cF, vS, R, bM I2860 11 28.7 +14 02 d Leo vF, S, iF, N I2862 11 28.7 +10 08 d Leo F, S, iF 3696 Gx 11 28.8 -11 15 r Crt eF, eS, R, bMN 3694 Gx 11 28.9 +35 24 s UMa 1.0 13. p cF, S, R, mbM I2863 11 28.9 +09 06 d Leo pF, vS, E 110deg , bM 3698 - 11 29.0 +35 40 r UMa eF, vS I 698 Gx 11 29.0 +09 06 u Leo 1.0 14. p F, vS, R, bM I2861 Gx 11 29.0 +38 51 m UMa 0.2 14. p F, S, R, dif I2864 11 29.0 +12 22 d Leo F, vS, iF I2865 * 11 29.0 +09 07 x Leo vF, S, dif I2866 * 11 29.0 +09 03 x Leo vS, vF, iF I2867 11 29.0 +09 05 d Leo cF, S, iF, v diffic, *14 np I2872 Nb 11 29.0 -62 57 s Cen 12. vL, mE, bM I 699 Gx 11 29.1 +08 59 u Leo 1.3 15. p F, vS, lE ns I2868 11 29.1 +09 06 x Leo vF, S, iF, N; = IC 698 I2869 11 29.1 +09 01 d Leo vF, S, R, bM, spir I2870 Gx 11 29.1 +11 52 u Leo 1.4 18. p F, pL, dif, diffic 3695 Gx 11 29.2 +35 35 r UMa 15. p eF, pS, 3694 4' s I 700 Gx 11 29.3 +20 33 m Leo 0.8 15. p pS, R, lbM I2871 Gx 11 29.3 +08 36 m Leo 0.7 15. p F, cS, E 85deg 3701 Gx 11 29.4 +24 05 r Leo 14. p pF, pL, lE 3711 Gx 11 29.4 -11 04 r Crt 15. p eF, vS, *9 s 4' 3700 Gx 11 29.5 +35 31 r UMa 15. p eF, 3694 p I2873 Gx 11 29.5 +13 12 m Leo 0.6 15. p pF, cS, E 5deg , bM I2874 OC 11 29.5 +10 38 x Leo F, pS, iF; Cl? 3703 - 11 29.6 -08 37 r Crt eF, vS, gbMN I2875 11 29.6 +12 59 d Leo F, vS, R, bM, *9 sp I2876 11 29.6 +09 01 d Leo vF, S, dif I2877 Gx 11 29.6 +12 51 z Leo 16. p F, S, R, lbM I2878 11 29.6 +09 58 d Leo pF, vS, iF, N 3706 Gx 11 29.7 -36 25 s Cen 2.9 12. p pB, cS, R, psmbM I2879 11 29.7 +09 01 d Leo vF, S, dif I2880 11 29.9 +13 12 d Leo pF, vS, R, bM I2881 11 29.9 +12 31 d Leo F, vS 3704 Gx 11 30.0 -11 30 r Crt 14. p vF, pS, *9-10 2' ssf 3705 Gx 11 30.1 +09 17 s Leo 5.0 11. p pF, pL, R, vsmbM, r 3707 - 11 30.1 -11 32 r Crt vF, S, *15 (neb?) 2s f 3702 Gx 11 30.2 -08 52 r Crt 15. p eF, eS, R, glbM I2882 11 30.2 +11 59 d Leo vF, S, R, bM, diffic I2883 11 30.3 +10 55 d Leo F, vS, R, bM I2885 11 30.4 +09 46 d Leo F, vS, R, bM, spir I2886 11 30.4 +11 34 d Leo F, vS, R, bM, spir, *12 sf I2887 Gx 11 30.5 +09 23 z Leo 15. p F, pS, E, curved, *10 nf 1' I2888 11 30.6 +09 55 d Leo pF, vS, E 130deg I2889 11 30.6 -13 05 d Crt eF, vS, cE 165deg , bM, susp 3708 - 11 30.7 -03 13 r Leo vF, S, R, gbM 3709 - 11 30.7 -03 15 r Leo eF, eS I 701 Gx 11 30.8 +20 28 v Leo 0.7 eF, vS, R, 2 pB st sf I2890 11 30.8 +13 11 d Leo vF, S, iF, N I2891 11 30.8 +12 41 d Leo F, S, iF, N, diffic I2892 11 30.8 +10 35 d Leo F, vS, iF I 702 11 30.9 -04 56 d Leo F, vS, R, N = 13.5 I2893 Gx 11 30.9 +13 23 z Leo 16. p F, eS, E 345deg 3710 Gx 11 31.0 +22 46 r Leo 14. p F, S, *7-8 nf 5' I2894 Gx 11 31.0 +13 13 z Leo 16. p vF, cS, R, bM I2895 11 31.0 +09 59 d Leo F, vS, R, bM 3712 Gx 11 31.1 +28 34 r UMa 15. p F, vS, R, smbM I2896 11 31.2 +12 21 d Leo pB, vS, annular? I2897 11 31.3 +11 33 d Leo cF, vS, R, bM, *14 p I2898 11 31.3 +13 20 d Leo vF, S, iF, *14 nf I2899 11 31.3 +10 38 d Leo F, S, E 350deg ; st? 3715 Gx 11 31.5 -14 12 r Crt 13. p pF, S, R, vgvlbM 3717 Gx 11 31.5 -30 19 s Hya 5.8 12. p pB, S, mE, *13 att I2900 11 31.5 +13 10 d Leo vF, S, R, bM I2901 11 31.5 +12 42 d Leo F, S, iF, N 3713 Gx 11 31.6 +28 09 r Leo 14. p F, cS, R, sbMN I2902 11 31.6 +14 13 d Leo F, S, R, bM, diffic 3716 Gx 11 31.7 +03 30 r Leo 14. p vF, vS I2903 11 31.7 +12 38 d Leo F, vS, iF, N I2904 11 31.7 +13 11 d Leo FN in vF, dif neb 3714 Gx 11 31.8 +28 22 r UMa 14. p F, S, R, psbM I 703 11 31.8 -11 36 d Crt eeF, S, R, p of 2 I2905 11 31.8 +09 06 d Leo vF, S, R, bM, *14 nf I2906 11 31.8 +13 08 d Leo F, vS, R, bM I2907 11 31.8 +09 54 d Leo vF, S, iF, N I2908 11 31.8 +12 56 d Leo vF, S, iF, *13 sp I2909 11 31.8 +11 28 d Leo vF, S, R, vlbM I2913 Gx 11 31.8 -30 25 m Hya 0.4 14. p B, pS, R, sf 3717 I 704 11 31.9 -11 33 d Crt eF, vS (close D?), f of 2 I2910 Gx 11 31.9 -09 45 m Crt 0.3 15. p vF, vS, sbM *13 I2911 11 32.1 +12 59 d Leo vF, cS, iF, other nf I2912 11 32.1 +11 43 d Leo F, S, R, bM, diffic 3719 Gx 11 32.2 +00 49 s Leo 2.0 14. p vF, np of 2 I2914 Gx 11 32.2 +13 30 z Leo 15. p F, S, R, bM I2915 11 32.3 +14 29 d Leo F, cS, R, bM I2916 11 32.3 +11 41 d Leo F, S, R, bM I2917 11 32.3 +10 57 d Leo vF, pS, iF 3720 Gx 11 32.4 +00 48 s Leo 1.1 13.3 vF, sf of 2 3723 Gx 11 32.4 -09 58 r Crt 14. p F, S, R I2918 11 32.4 +13 15 d Leo vF, S, E 100deg , bM 3718 Gx 11 32.6 +53 04 s UMa 8.7 10.5 pB, vL, R, vglbM I2919 11 32.6 +14 11 d Leo pF, cS, R, bM I2920 11 32.8 +12 34 d Leo F, vS, iF, N I2921 11 32.8 +10 18 d Leo cF, S, R, bM, spir I 705 Gx 11 32.9 +50 14 m UMa 0.3 15. p eeF, vS, R I2922 11 32.9 +12 55 d Leo pB, vS, R, bM I2923 11 32.9 +13 10 d Leo vF, cS, iF, N, diffic, *10 sf I2924 11 32.9 +09 01 d Leo vF, S, iF, N, *11 nf I 706 Gx 11 33.1 -13 22 m Crt 1.2 15. p eF, vS, lbM I2926 11 33.1 +12 26 d Leo pF, vS, R, stell N, spir I2927 11 33.1 +13 05 d Leo vF, vS, iF 3728 Gx 11 33.2 +24 27 r Leo 14. p F, S, R, bM I2925 11 33.2 +34 16 d UMa F, S, R, gbM, biN 3726 Gx 11 33.3 +47 02 s UMa 6.0 10.4 pB, vL, lE 0deg , vsmbM *15, *11 n I2928 Gx 11 33.5 +34 18 u UMa 1.2 15. p F, cS, R, gbMN I2929 11 33.5 +12 08 d Leo F, pS, dif I 707 Gx 11 33.6 +21 22 u Leo 0.6 14. p pF, pS, bM 3725 Gx 11 33.7 +61 53 s UMa 1.4 14. p cF, S, R, gvlbM, r 3727 Gx 11 33.7 -13 52 r Crt eF, eS, R, gbMN, *11 sf 1' I2930 Gx 11 33.7 +10 05 z Leo 16. p F, cS, E 60deg , bM 3729 Gx 11 33.8 +53 08 s UMa 3.1 11.4 pB, pL, lE 0deg +/- , gbM, *12 nr I2931 11 33.8 +12 28 d Leo F, cS, N; neb*(?) 15m np 20" I 708 Gx 11 33.9 +49 03 u UMa 1.7 14. p eF, S, R, 1st of 4 I2932 11 33.9 +10 33 d Leo pB, S, R, bM 3731 Gx 11 34.2 +12 32 r Leo 14. p vF, vS, R 3732 Gx 11 34.2 -09 51 s Crt 1.3 13. p F, S, R, psbM, *14 sp 225deg I 709 Gx 11 34.2 +49 02 z UMa 15. p eeF, S, R, 2nd of 4 I2933 Gx 11 34.2 +34 18 u UMa 1.4 15. p F, cS, E ns, gbMN I2934 Gx 11 34.3 +13 20 m Leo 0.6 15. p F, S, iF, *14 nf 0'.5 3721 Gx 11 34.4 -09 35 r Crt 15. p eF, eS, R, gbM I 710 Gx 11 34.4 +25 51 z Leo 16. p F, vS, R, lbM 3722 Gx 11 34.5 -09 39 r Crt 16. p eF, vS, R, sbMN, 1st of 2 3724 Gx 11 34.5 -09 41 r Crt 15. p eF, vS, R, sbMN, 2nd of 2 3730 Gx 11 34.7 -09 37 r Crt eF, S, lE 140deg , glbnM 3734 Gx 11 34.7 -14 06 r Crt 14. p eF, S, R, gbM I 711 Gx 11 34.7 +48 57 z UMa 15. p eeF, pS, R, F, * close sp I 712 Gx 11 34.8 +49 04 v UMa 1.6 eF, S, R, pB, * nf I 713 11 34.8 +16 51 d Leo eF, susp, 3' nnf from *6 I2935 11 34.8 +10 15 d Leo cF, cS, E 130deg , bM I2936 11 34.9 +13 01 d Leo F, S, R, bM 3733 Gx 11 35.0 +54 51 s UMa 4.8 12. p eF, S, iR, *6 sf I2937 11 35.1 +10 06 d Leo F, S, R, bM 3742 Gx 11 35.4 -37 56 r Cen pF, pL, vlE, glbM 3736 Gx 11 35.6 +73 28 r Dra 15. p vF, vS, R 3737 Gx 11 35.6 +54 57 s UMa 1.3 14. p vF, stellar 3739 Gx 11 35.6 +25 04 r Leo 15. p vF, bet 2 st 12 I2938 Gx 11 35.6 +13 41 z Leo 15. p cF, pS I2939 11 35.6 +10 42 d Leo cF, S, R, bM 3738 Gx 11 35.8 +54 31 s UMa 2.6 11.7 pB, pL, bM 3743 Gx 11 35.8 +21 44 r Leo 15. p F, S, R, *9 1' sf 3744 Gx 11 35.8 +23 00 r Leo 15. p eF, S, R, lbM 3749 Gx 11 35.8 -37 59 r Cen F, cS, lE, gvlbM 3735 Gx 11 36.0 +70 32 s Dra 4.2 12. p pB, L, mE 130deg , mbM 3741 Gx 11 36.0 +45 18 r UMa 14. p vF, S, R, vgbM I2940 D* 11 36.0 +21 46 x Leo eF, susp (not seen at Birr) 3766 OC 11 36.1 -61 37 s Cen 12. 5.3 Cl, pL, pRi, pC, st 8...13 3777 Gx 11 36.1 -12 34 r Crt 14. p eF, pS, iR, gbM, S* or neb f 3740 Gx 11 36.2 +59 59 r UMa 15. p vF, vS, R, vgbM I2941 Gx 11 36.2 +10 03 m Leo 0.8 15. p F, pL R, bM, spir I2942 11 36.2 +11 49 d Leo cF, cS, R, bM 3758 Gx 11 36.4 +21 36 r Leo 15. p pB, S, R, bM, *8.5 3' f 3763 Gx 11 36.4 -09 50 r Crt 13. p F, dif, sp 7 st; = IC 714? I 714 11 36.5 -09 51 d Crt vF, pS, lE 170deg , gbMN 3755 Gx 11 36.6 +36 25 s UMa 3.2 13. p eF, pL, pmE, gbM I2944 C+N 11 36.6 -63 02 s Cen 75. 4.5 *3.4 in eL neb I2943 Gx 11 36.7 +54 51 v UMa 0.4 14.8 pF, S 3756 Gx 11 36.8 +54 18 s UMa 4.4 11.5 pF, L, lE 3761 Gx 11 36.8 +23 00 r Leo 15. p vF, S, R, bM 3759 Gx 11 36.9 +54 49 s UMa 1.5 14. p F, S, iR, *11 nr 3764 Gx 11 36.9 +17 54 r Leo 15. p F, S, R I 715 11 36.9 -08 22 d Crt F, pS, R 3757 Gx 11 37.1 +58 26 r UMa 13. p vF, R, stellar, vS* 1 d sf 3765 Gx 11 37.1 +24 07 r Leo 15. p vF, S, R I2945 Gx 11 37.1 +12 55 u Leo 1.2 15. p pF, pS 3768 Gx 11 37.2 +17 51 r Leo 13. p vF, eS, stellar 3767 Gx 11 37.3 +16 53 r Leo 14. p vF, S, bM 3747 - 11 37.5 +74 59 r Dra eF, S, place doubtful 3762 Gx 11 37.5 +61 46 r UMa 13. p F, vlE, gbM I2946 Gx 11 37.5 +32 14 z UMa 15. p F, S, R, gvlbM I2947 Gx 11 37.5 +31 22 m UMa 0.6 15. p F, cS, R, gbM, r 3752 11 37.6 +75 17 d Dra pB, pL 3745 Gx 11 37.7 +22 01 s Leo 0.4 pB, pS, R 3746 Gx 11 37.7 +22 00 s Leo 1.3 15. p pB, pS, R 3769 Gx 11 37.7 +47 54 s UMa 3.2 12. p pB, S, pmE 3748 Gx 11 37.8 +22 02 s Leo 0.8 pB, pS, R 3772 Gx 11 37.8 +22 42 r Leo 14. p vF, S, E, r 3750 Gx 11 37.9 +21 58 s Leo 0.9 pB, R, cbM, 1st of 3 in line 3751 Gx 11 37.9 +21 56 s Leo 0.4 15. p F, L, E 45deg 3753 Gx 11 37.9 +21 59 s Leo 2.0 15. p pB, pL, 2nd of 3 in line 3754 Gx 11 37.9 +21 59 s Leo 0.4 vF, R, 3rd of 3 in line 3770 Gx 11 38.0 +59 37 r UMa 13. p pF, S, R, gbM, r 3789 Gx 11 38.1 -09 36 F Crt 16. p eF, vS, E 0deg , gbM 3773 Gx 11 38.2 +12 07 s Leo 1.6 13. p cF, cS, R, psbM 3775 Gx 11 38.3 -10 37 r Crt 15. p pB, bMN 3776 Gx 11 38.3 -03 20 r Vir eF, vS 3771 Gx 11 38.4 -09 20 r Crt vF, eS, R, *10 p 15s 3778 Gx 11 38.4 -50 43 c Cen 1.4 eF, S, R, am 50 S st 3774 Gx 11 38.6 -08 59 r Crt 15. p eF, vS, E 75deg , *9 np 3' I2948 Nb 11 38.8 -63 32 x Cen 60. eeL 3779 11 38.9 -10 37 D Crt eeF 3781 Gx 11 39.0 +26 22 r Leo 15. p vF, vS, R, bM 3783 Gx 11 39.0 -37 45 s Cen 1.9 13. p cB, R, sbMN *, *9 sf I 716 Gx 11 39.1 -00 13 u Vir 1.7 15. p vF, S, lbM 3782 Gx 11 39.3 +46 31 s UMa 1.7 13. p F, S, att to *15, another * inv 3780 Gx 11 39.4 +56 16 s UMa 3.1 12. p pF, L, vlE, vgbM, r 3784 Gx 11 39.4 +26 20 r Leo 15. p vF, vS, R, gmbM 3793 Gx 11 39.4 +31 52 r UMa 15. p vS, f 3788 I 717 ? 11 39.4 -10 39 x Crt eF, pS, E pf, dif 3785 Gx 11 39.5 +26 19 r Leo 15. p vF, eS, R, bM 3794 Gx 11 39.6 +55 11 r UMa 15. p cF, pS, vS* vnr 3786 Gx 11 39.7 +31 55 s UMa 2.4 13. p pB, pL, E 57deg , gbM, p of 2 3787 Gx 11 39.7 +20 29 r Leo 14. p vF, vS, R, *15 p 3788 Gx 11 39.7 +31 56 s UMa 2.2 13. p cB, pL, pmE 177deg , pgbM 3790 Gx 11 39.8 +17 43 r Leo 14. p cF, vS, pmE, sbM, 2 S st f, 1st of 3 3791 Gx 11 39.8 -09 23 r Crt 14. p vF, vS, R, gbM, *8 s 6' 3792 - 11 39.8 +05 00 r Vir vF, dif I 718 Gx 11 39.9 +08 52 u Vir 1.2 15. p vF, S 3795 Gx 11 40.1 +58 37 s UMa 2.4 14. p vF, S, mE 3797 Gx 11 40.1 +31 54 h UMa 0.2 15. p vS, f 3788 3798 Gx 11 40.2 +24 43 r Leo 14. p F, cS, lE, stellar, r 3799 Gx 11 40.2 +15 20 s Leo 0.9 14. p cF, R, p of 2 3800 Gx 11 40.2 +15 21 s Leo 2.1 13. p F, pS, E, pglbM, r, f of 2 3801 Gx 11 40.3 +17 44 s Leo 3.2 12.1 pF, pL, R, bM, r, 2nd of 3 3802 Gx 11 40.3 +17 46 s Leo 1.4 13.6 vF, pS, r, 2 vB st p, 3rd of 3 3803 Gx 11 40.3 +17 49 r Leo vF, S, R I 719 Gx 11 40.3 +09 00 s Vir 1.7 14. p F, pL, lE 45deg , bM 3796 Gx 11 40.6 +60 18 r UMa 13. p F, cS, R, mbM 3808 Gx 11 40.7 +22 27 s Leo 0.7 11.9 vF, vS 3805 Gx 11 40.8 +20 22 r Leo 14. p cB, cS, R, bM, r 3806 Gx 11 40.8 +17 48 r Leo 14. p F, pL, *9-10 s 5' 3807 Gx 11 40.8 +17 47 u Leo 1.5 15. p vF, S, R (vF*?) 3804 Gx 11 40.9 +56 12 s UMa 2.4 13. p pB, E I2949 11 40.9 -46 29 d Cen no descr 3810 Gx 11 41.0 +11 28 s Leo 4.3 10.8 B, L, vlE 3812 Gx 11 41.1 +24 51 r Leo 14. p cF, vS, R, 1st of 3, *6 sf 3' 3809 Gx 11 41.3 +59 54 r UMa 13. p pB, S, R, glbM 3811 Gx 11 41.3 +47 42 s UMa 2.4 13. p F, S, vlE, glbM 3813 Gx 11 41.3 +36 33 s UMa 2.3 11.7 cB, pL, pmE 83deg , bM 3814 Gx 11 41.5 +24 49 r Leo 15. p vS, nebs*, p 3815 I2950 Gx 11 41.6 +37 58 z UMa 15. p F, cS, lE pf, gbM, r 3815 Gx 11 41.7 +24 49 r Leo 14. p cF, S, 3rd of 3 3816 Gx 11 41.8 +20 07 r Leo 13. p F, S, bM 3817 Gx 11 41.9 +10 19 r Leo 14. p F, 1st of 4 3818 Gx 11 42.0 -06 09 s Vir 2.1 11.8 F, pS, R, psbM 3819 Gx 11 42.1 +10 22 r Leo 15. p vF, 2nd of 4 3820 Gx 11 42.1 +10 24 r Leo 15. p eF, vS, 3819 s 3821 Gx 11 42.2 +20 20 r Leo 14. p vF, cS, R, bM, bet 2 st 3822 Gx 11 42.2 +10 17 r Vir 13. p pF, pS, 3rd of 4 3823 Gx 11 42.2 -13 51 r Crt 14. p F, cS, lE, pslbM I 720 Gx 11 42.3 +08 46 m Vir 1.0 15. p F, S, R 3825 Gx 11 42.4 +10 17 r Vir 14. p pF, pS, 4th of 4 3826 Gx 11 42.4 +26 30 r Leo 14. p pF, S, R, psbM, stellar I 721 Gx 11 42.5 -08 22 m Crt 1.1 15. p pF, pL, E pf 3827 Gx 11 42.6 +18 51 r Leo 13. p F, S, lbM I 722 11 42.6 +09 04 d Vir eF, vS, *10 nf 2' 3824 Gx 11 42.8 +52 47 s UMa 1.6 15. p vF, cS, pmE 3828 Gx 11 42.9 +16 30 r Leo 15. p vF, S, dif 3901 Gx 11 43.0 +77 24 r Cam 14. p pF, pL, r; place doubtful I 723 11 43.0 -08 19 d Crt pB, S, N = 12.5, r 3830 Gx 11 43.2 +26 35 r Leo 14. p eF 3831 Gx 11 43.2 -12 52 r Crt 14. p F, vS, R, bM I 724 11 43.4 +09 02 d Vir F, lE 45deg , S, bM I2951 Gx 11 43.4 +19 44 u Leo 1.4 15. p *14 in neb 3829 Gx 11 43.5 +52 43 s UMa 1.2 15. p vF, vS 3832 Gx 11 43.5 +22 44 r Leo 14. p vF, pL, 2 suspected neb nr 3833 Gx 11 43.5 +10 10 r Vir 14. p eF, pS 3836 Gx 11 43.5 -16 48 r Crt 13. p F, S, F* close n I 725 Gx 11 43.5 -01 40 z Vir 15. p F, vS, lE ns, *11 n 1' 3834 Gx 11 43.6 +19 05 v Leo 1.9 vF, vS, slbMN *13 3848 Gx 11 43.7 +10 16 r Vir 15. p eF, vS I 726 11 43.8 +33 18 d UMa vF, pL, R 3837 Gx 11 43.9 +19 54 r Leo 14. p cF, S, R, 1st of 5 3839 Gx 11 43.9 +10 48 r Leo 13. p vF, S, R, lbM 3840 Gx 11 43.9 +20 05 r Leo 14. p F, S, lE 3843 Gx 11 43.9 +07 56 r Vir 14. p F, E sp nf, *11 p 3841 Gx 11 44.0 +19 59 r Leo 15. p cF, S, R, 2nd of 5 3842 Gx 11 44.0 +19 57 s Leo 1.2 13. p F, S, R, vglbM, 3rd of 5 3844 Gx 11 44.0 +20 02 r Leo 15. p vF, pS, lE 3835 Gx 11 44.1 +60 07 s UMa 2.0 13. p pB, E, gbM, ** 8 sf 5' 3845 Gx 11 44.1 +20 00 r Leo 15. p vF, pS, 4th of 5 3838 Gx 11 44.2 +57 57 s UMa 1.7 13. p pB, cS, E, psbM *12 3847 11 44.2 +33 21 D UMa F, S, R, psbM 3849 - 11 44.2 +03 10 r Vir F, S, F* 2' ssp 3851 Gx 11 44.3 +19 59 r Leo 15. p eF, vS, R, 5th of 5 3855 11 44.3 +33 20 D UMa eF, vS I2952 11 44.3 +33 20 d UMa pF, S, dif, vlbM 3852 - 11 44.4 +10 18 r Vir eF, vS; = 3848? 3853 Gx 11 44.4 +16 34 r Leo 13. p S, R, bM 3856 11 44.4 +33 20 D UMa vF, R, bM I2953 11 44.4 +33 20 d UMa F, cS, dif, vlbM 3846 Gx 11 44.5 +55 40 s UMa 1.2 15. p F, pL, R, vgbM 3854 - 11 44.5 -09 22 r Crt eF, vS, lE 70deg , bMN I 727 Gx 11 44.5 +10 46 u Leo 1.6 15. p vF, eS, R, 3839 p 3860 Gx 11 44.6 +19 49 r Leo 14. p vF, vS, r 3857 Gx 11 44.8 +19 33 r Leo 15. p vF, vS, mbM 3861 Gx 11 44.8 +20 00 r Leo 14. p F, S, R, bM 3858 Gx 11 44.9 -09 16 m Crt 1.9 13. p eF, eS, R, gbM, *9.5 p 3s 3859 Gx 11 44.9 +19 28 r Leo 15. p eF, vS, R, lbM, r? 3865 Gx 11 44.9 -09 14 s Crt 2.3 13. p F, pL, dif I 728 Gx 11 44.9 -01 36 u Vir 1.3 15. p vF, S, R 3862 Gx 11 45.1 +19 36 s Leo 1.6 12.6 vF, vS, R, *17 n 3863 Gx 11 45.1 +08 29 r Vir 14. p vF, 2' l, mE 70deg , glbM I2955 Gx 11 45.1 +19 36 u Leo 1.3 14. p eF, close to 3862 3864 Gx 11 45.2 +19 24 r Leo 15. p eF, vS, R I 729 Gx 11 45.2 +33 19 z UMa 15. p F, pS, R I2954 Gx 11 45.2 +26 46 u Leo 1.3 15. p F, S, R, gbM, stell I2956 Gx 11 45.2 +26 46 u Leo 1.3 15. p pF, cS, lbM 3866 Gx 11 45.3 -09 20 r Crt 14. p sf 3865, not so L 3867 Gx 11 45.4 +19 24 r Leo 14. p F, S, irrR, mbM, s of 2 3868 Gx 11 45.4 +19 27 r Leo 15. p vF, vS, R, mbM, n of 2 3876 Gx 11 45.4 +09 11 D Vir 13. p vF, r 3850 Gx 11 45.6 +55 53 s UMa 2.3 14. p eF, pL, lE I 730 Gx 11 45.6 +03 13 m Vir 0.6 15. p F, vS, R, gbM, R I2957 11 45.6 +33 18 d UMa F, S, R, *14 nr f 3873 Gx 11 45.7 +19 47 r Leo 14. p vF, pS, lE, 3875 sf I2958 Gx 11 45.7 +33 09 m UMa 0.5 16. p F, S, dif 3869 Gx 11 45.8 +10 50 r Leo 13. p F, S, iR, psbM 3872 Gx 11 45.8 +13 46 s Leo 2.2 11.7 B, S, R, smbM * 3874 D* 11 45.8 +08 33 r Vir vF, vS, suspected 3875 Gx 11 45.8 +19 46 r Leo 15. p vF, vS, r 3870 Gx 11 45.9 +50 12 s UMa 1.3 13. p cF, cS, R, psbM I 731 11 46.0 +49 34 d UMa vF, vS, R I 732 Gx 11 46.0 +20 26 h Leo 0.4 15. p vF, v dif I 733 11 46.0 -08 10 d Crt F, vS, R, gbM, r 3877 Gx 11 46.1 +47 30 s UMa 5.4 12. p B, L, mE 37deg 3882 Gx 11 46.1 -56 22 A Cen vF, lE, 2 st inv I2959 Gx 11 46.1 +33 06 u UMa 1.1 15. p vF, S, R, r 3871 Gx 11 46.2 +33 05 D UMa 15. p eF, R, gbM, 1st of 4 3878 Gx 11 46.2 +33 12 r UMa 15. p vF, R, 2nd of 4 3884 Gx 11 46.2 +20 25 r Leo 14. p cF, S, iR, gbM, r, *7 sp 6' I 734 Gx 11 46.2 -08 17 m Crt 0.8 16. p F, S, dif 3880 Gx 11 46.3 +33 10 r UMa 15. p vF, R, gbM, 3rd of 4 I2960 Gx 11 46.3 +34 59 z UMa 16. p F, S, dif, vlbM 3881 Gx 11 46.5 +33 07 r UMa 15. p vF, R, gbM, 4th of 4 3883 Gx 11 46.8 +20 42 r Leo 14. p vF, cL 3885 Gx 11 46.8 -27 55 s Hya 1.7 13. p cF, vS, vlE, bM, vF* sf 3879 Gx 11 46.9 +69 24 r Dra 13. p F, pL, mE 105deg +/- 3886 Gx 11 47.1 +19 51 r Leo 14. p F 3887 Gx 11 47.1 -16 51 s Crt 3.3 11.0 pB, L, iR, vgpmbM 3888 Gx 11 47.6 +55 58 s UMa 1.8 13. p pB, S, lE, pgbM I2961 Gx 11 47.8 +31 21 z UMa 15. p F, S, R, lbM 3889 Gx 11 47.9 +56 02 A UMa 16. p vF, vS, 5' nf 3888 3891 Gx 11 48.0 +30 23 r UMa 13. p pB, S, bM 3892 Gx 11 48.0 -10 58 s Crt 2.8 12. p pB, pL, R, gbM, r I 735 11 48.2 +10 13 d Vir eF, S, iF I 736 Gx 11 48.4 +12 43 m Leo 0.4 15. p vF, eS, R I 737 Gx 11 48.5 +12 43 m Leo 0.6 15. p vF, eS, R, N = 14 3893 Gx 11 48.6 +48 43 s UMa 4.4 11. p B, pL, R, mbM 3894 Gx 11 48.8 +59 25 s UMa 2.4 13. p B, pL, iR, pgmbM, p of 2 3896 Gx 11 48.9 +48 41 s UMa 1.7 14. p F, vS I 738 11 48.9 -04 41 d Vir F, S, R, N = 14m 3897 Gx 11 49.0 +35 01 s UMa 2.1 14. p F, S, R, bM 3895 Gx 11 49.1 +59 26 s UMa 1.4 14. p pF, pL, vlE, gbM, f of 2 3903 Gx 11 49.1 -37 30 r Cen pB, cS, vlE, lbM 3905 Gx 11 49.1 -09 44 s Crt 1.8 vF, L, dif I2962 11 49.1 -12 19 d Crt eF, cL, iR, 2 st n, f 3898 Gx 11 49.2 +56 05 s UMa 4.4 10.8 B, pL, lE, svmbM 3899 - 11 49.2 +26 28 r Leo pB, R, smbM; = 3912? 3900 Gx 11 49.2 +27 01 s Leo 3.5 11.4 B, pL, vlE 0deg +/- , bMN 3904 Gx 11 49.2 -29 17 s Hya 2.2 11.0 pB, S, R, mbM 3902 Gx 11 49.3 +26 07 s Leo 1.8 14. p F, pS, lE, vglbM 3890 Gx 11 49.4 +74 20 r Dra 14. p vF, S, R, bM 3911 Gx 11 49.4 +24 57 r Leo 15. p vF, S, p of 2 I2963 Gx 11 49.4 -05 07 m Vir 1.1 14. p v diffic, *12 npp 20" 3907 Gx 11 49.5 -01 04 r Vir 14. p eF, S, psbM 3909 OC 11 49.6 -48 15 A Cen Cl, vL, lC, st 9...14 3906 Gx 11 49.7 +48 26 s UMa 1.9 14. p eF, pL I2964 11 49.8 +12 02 d Leo eeF, eF * 3s f, 3' s 3908 Gx 11 49.9 +12 11 r Leo F, vS, R, mbM 3172 Gx 11 50. +89 07 s UMi 0.7 13.6 vF, R, gbM, *11 s 2', Polarissima Borealis 3910 Gx 11 50.0 +21 22 r Leo 14. p S, R, mbM, *10-11 n 50" 3912 Gx 11 50.1 +26 29 s Leo 1.7 13. p F, pL, R, pgbM 3920 Gx 11 50.1 +24 57 r Leo 14. p neb, f of 2 3918 Pl 11 50.3 -57 11 s Cen 0.2 8. p PN , !, S, R, blue, = *7, d = 1s .5 I 739 11 50.4 +23 49 d Leo vF, S, R, *10.5 f I2966 Nb 11 50.4 -64 54 s Mus 3. pL, bM I 741 Gx 11 50.5 -04 49 m Vir 0.5 15. p pB, S, R, sbMN = 12m 3913 Gx 11 50.6 +55 21 s UMa 2.6 13. p F, E 3914 Gx 11 50.6 +06 35 r Vir 14. p F, vS, R, lbM, *13 np 80" 3915 - 11 50.6 -05 08 r Vir eF, eS, bet 2 st 3919 Gx 11 50.6 +20 01 r Leo 14. p F, S, R I 740 Gx 11 50.6 +55 21 t UMa 2.7 13. p eeF, pL, iR, 3916 s; = 3913 3916 Gx 11 50.8 +55 09 s UMa 1.8 15. p eF, R, gbM 3917 Gx 11 50.8 +51 50 s UMa 4.9 12. p F, L, vmE, vgbM I2967 Gx 11 50.8 +30 52 m UMa 0.3 15. p pB, vS, stell N 3960 OC 11 50.9 -55 42 s Cen 7. 8.3 Cl, pL, pRi, gpmbM, st 13 3923 Gx 11 51.0 -28 48 s Hya 2.9 10.1 B, pL, lE, gmbM, r, vS* sp inv I 742 Gx 11 51.0 +20 48 u Leo 1.3 15. p eeF, pS, R, pB* sp 3921 Gx 11 51.1 +55 05 s UMa 2.2 13. p pF, S, R, pspmbM 3922 Gx 11 51.2 +50 11 r UMa 14. p vF, vS 3931 Gx 11 51.2 +52 00 s UMa 1.4 15. p eF, S 3925 Gx 11 51.3 +21 55 r Leo 15. p vF, vS 3942 Gx 11 51.4 -11 24 r Crt 14. p eF, pS, E 160deg , gvlbM 3926 Gx 11 51.5 +22 03 r Leo 14. p eF, eS, vlE, er, st nr 3927 - 11 51.6 +28 09 r Leo pF, pS 3929 Gx 11 51.7 +21 01 r Leo 14. p Cl, S, st F, vC 3928 Gx 11 51.8 +48 41 s UMa 1.8 13. p pF, S, R, pspmbM 3930 Gx 11 51.8 +38 01 s UMa 3.8 12. p eF, cL, iF, glbM, *7 (Grb 1830) f 3933 Gx 11 52.0 +16 49 r Leo 14. p pF, lE 3934 Gx 11 52.2 +16 52 r Leo 15. p eF, R 3936 Gx 11 52.3 -26 54 s Hya 4.0 13. p vF, cL, vmE 59deg 3935 Gx 11 52.4 +32 25 r UMa 14. p pF, S, lE, psbM 3932 Gx 11 52.5 +48 28 r UMa 15. p vF, v diffic, 3928 np 3924 Gx 11 52.6 +50 01 s UMa 1.9 15. p pB, S, iF, bM I2968 Gx 11 52.6 +20 36 m Leo 0.4 14. p eF, vS, 3937 f 12s I2969 Gx 11 52.6 -03 52 F Vir eF, pS, R, B* f 55s , np of 2 3937 Gx 11 52.7 +20 39 r Leo 14. p vF, cS, R; = IC 2968 3940 Gx 11 52.7 +21 01 r Leo 14. p vF, cS, R 3938 Gx 11 52.8 +44 07 s UMa 5.4 10.4 B, vL, R, bMpBN, er 3941 Gx 11 52.9 +36 59 s UMa 3.8 11. p vB, pL, R, smbM *9 3943 Gx 11 52.9 +20 30 r Leo 14. p pF, pS, E, *8 p 24s 3944 Gx 11 53.1 +26 14 r Leo 14. p pF, pS, R, psbM 3939 - 11 53.2 +75 07 r Dra eF, vS, R (place doubtful) 3945 Gx 11 53.2 +60 41 s UMa 5.5 10.6 B, pL, R, gmbM, r, *12 sp I2970 *** 11 53.2 -23 07 x Crt pB, S, R, 3955 f 3946 Gx 11 53.4 +21 03 r Leo 15. p vF, vlbM, dif 3947 Gx 11 53.4 +20 45 s Leo 1.6 14. p F, pS, iE, lbM, ** p 3948 Gx 11 53.4 +20 59 m Leo 0.5 15. p vF, stellar I 743 11 53.4 -13 16 d Crt F, S, dif I2971 Gx 11 53.5 +30 41 z UMa 16. p F, S, R, psbM 3949 Gx 11 53.7 +47 52 s UMa 3.0 11.0 cB, pL, pmE, vgbM 3950 Gx 11 53.7 +47 56 r UMa 15. p eF, 2'.6 n of 3949 3951 Gx 11 53.7 +23 24 r Leo 14. p vF, cS, vlE 3952 Gx 11 53.7 -04 00 s Vir 1.5 13. p cF, cS, lE 90deg +/- , bM, r 3954 Gx 11 53.7 +20 54 r Leo 14. p eF, R I2972 Gx 11 53.7 -03 59 m Vir 0.9 14. p vF, pS, R, 2 B st n, np, sf of 2 3953 Gx 11 53.8 +52 20 s UMa 6.6 10.1 cB, L, E 0deg +/- , vsbMLrN I2973 Gx 11 53.8 +33 21 u UMa 1.5 14. p F, cS, dif I2974 Gx 11 53.9 -05 09 v Vir 2.8 eeF, vS, lE 3955 Gx 11 54.0 -23 10 s Crt 3.2 11.9 cF, S, E 170deg +/- , lbs 3956 Gx 11 54.0 -20 34 s Crt 3.5 13. p cF, pL, pmE 57deg 3957 Gx 11 54.0 -19 34 s Crt 3.5 13. p F, S, E, r I2965 Gx 11 54.0 -19 34 c Crt 2.5 B, S, vmE, ray; = 3957 I 744 Gx 11 54.1 +23 12 z Leo 16. p eF, vS, v diffic I2975 11 54.2 -05 47 d Vir eeF, vS, lE, 3 B st in line n, circle of st n I 745 Gx 11 54.3 +00 08 s Vir 0.7 14. p F, vS, stellar, N = 14 I2976 11 54.5 -02 43 d Vir vF, vS, R, vF* nr nf 3958 Gx 11 54.6 +58 22 s UMa 1.6 13. p pF, pS, pmE, vgbM 3959 Gx 11 54.6 -07 44 r Crt 14. p vF, S, bet 2 vF st 3962 Gx 11 54.7 -13 58 s Crt 2.9 10.6 cB, pL, iR, gmbM, triangle 2 st 3964 Gx 11 54.8 +28 16 r Leo 15. p vF, S, E, *10 nf att 3961 Gx 11 55.0 +69 20 r Dra 14. p eF, vS 3963 Gx 11 55.0 +58 30 s UMa 2.8 12. p pF, cL, R, vg, sbM 3965 - 11 55.1 -10 52 r Crt eF, eS, R, bMN, *9.5 np 4' 3969 Gx 11 55.1 -18 56 r Crt 14. p eF, vS, gbMN, *8.5 nearly n 3967 Gx 11 55.2 -07 50 r Crt 15. p vF, S, F* close p I2977 Gx 11 55.2 -37 42 c Cen 2.0 eF, vS, *7 sp 3970 Gx 11 55.3 -12 02 r Crt 14. p F, S, R, psbM, p of 2 3968 Gx 11 55.5 +11 58 s Leo 3.0 13. p pB, L, iR, bM, *10, 65deg , 3' 3971 Gx 11 55.6 +30 00 r UMa 14. p pF, vS, R, bM 3973 Gx 11 55.6 +12 01 r Leo 15. p eF, eS, *10 1' sf (requires verification) I 746 Gx 11 55.6 +25 53 u Leo 1.3 14. p F, pS, R 3966 Gx 11 55.7 +32 12 r UMa 14. p F, pL, lE, bM, *12 p 3974 Gx 11 55.7 -12 00 r Crt 14. p vF, S, R, bM, f of 2 3972 Gx 11 55.8 +55 19 s UMa 4.0 13. p pB, E 3975 Gx 11 55.9 +60 32 s UMa 0.8 15. p vF, vS, 3978 f 17s 3976 Gx 11 56.0 +06 45 s Vir 3.9 12. p B, pL, cE 30deg , vsmbMN 3977 Gx 11 56.1 +55 24 s UMa 1.7 13. p F, S 3979 Gx 11 56.1 -02 42 r Vir 14. p pF, *11-12 nf 3980 Gx 11 56.1 +55 23 u UMa 1.8 15. p eF, pL, E, D* nr 3981 Gx 11 56.1 -19 54 s Crt 3.9 12. p vF, pL, iF 3978 Gx 11 56.2 +60 31 s UMa 1.8 15. p cF, S, lE, bM, *8, 90deg , 6' 3983 Gx 11 56.4 +23 53 r Leo 15. p cF, cS, R, psbM I2978 Gx 11 56.4 +32 01 u UMa 1.1 15. p vF, S, v dif 3982 Gx 11 56.5 +55 08 s UMa 2.5 12. p B, pL, R, g, sbM disc 3985 Gx 11 56.7 +48 20 s UMa 1.2 13. p vF, cS, another suspected 3986 Gx 11 56.7 +32 01 s UMa 3.1 14. p pF, S, pmE 90deg +/- , *11 nr I2979 11 56.9 +33 09 d UMa F, S, R, lbM, r I 747 11 57.1 -08 18 d Vir F, vS, R, stellar 3987 Gx 11 57.3 +25 12 s Leo 2.5 14. p F, mE 3988 Gx 11 57.4 +27 53 r Leo 14. p vF, S, R, bM *, p of 2 3989 Gx 11 57.4 +25 14 r Leo 15. p eF, vS, R 3991 Gx 11 57.5 +32 20 s UMa 1.4 13.2 F, S, lE, 1st of 3 I 748 Gx 11 57.5 +07 28 m Vir 0.3 15. p F, vS, R, sbMN = 13 I2980 Gx 11 57.5 -73 41 c Mus 2.0 eeF, eS, R, cbM 3990 Gx 11 57.6 +55 28 s UMa 1.7 12.6 pF, S, lE, pslbM 3992 Gx 11 57.6 +53 23 s UMa 7.6 9.8 cB, vL, pmE, sbMBrN; = M109 3993 Gx 11 57.6 +25 15 s Leo 1.9 15. p vF, pS, E, 3 st nr 3994 Gx 11 57.6 +32 17 s UMa 1.1 12.7 pB, vS, 2nd of 3 3995 Gx 11 57.7 +32 18 s UMa 2.8 12.6 F, pL, iR, bM, 3rd of 3 3984 Gx 11 57.8 +29 03 r UMa 15. p eF, S, R, bM 3996 Gx 11 57.8 +14 19 r Leo 14. p vF, pL, R, 2 st f 3997 Gx 11 57.8 +25 16 s Leo 1.8 14. p pF, vS, E 25deg , bet 2 st I2981 11 57.8 +33 11 d UMa F, S, R, gvlbM I2982 11 57.8 +27 49 d Leo vF, stell, *10 nr 3998 Gx 11 57.9 +55 27 s UMa 3.1 10.6 cB, pS, R, vg, smbM 4000 Gx 11 58.0 +25 09 r Leo 15. p vF, vS, lE, *8 2' f, 4005 is sf 4002 Gx 11 58.0 +23 13 r Leo 14. p vF, vS, R, n of 2 4003 Gx 11 58.0 +23 08 r Leo 15. p vF, vS, R, s of 2 4001 Gx 11 58.1 +47 20 r UMa 15. p S, R, 7' np 4010 4004 Gx 11 58.1 +27 53 s Leo 2.2 14. p F, vS, R, *12 near 4005 Gx 11 58.2 +25 08 r Leo 14. p pF, vS, mbM, *7 np 2' 4006 Gx 11 58.2 -02 05 r Vir 14. p F, S, R, bM, *11 nf; = IC 2983 4007 11 58.2 +25 08 A Leo eF, vS; = 4005 4008 Gx 11 58.3 +28 12 s Leo 2.5 12.0 pB, pS, E, psbM, * inv n I2983 * 11 58.3 -02 05 F Vir eF 3999 Gx 11 58.4 +25 09 r Leo 15. p vF, S 4009 Gx 11 58.4 +25 13 r Leo vF, eS 4011 Gx 11 58.4 +25 07 r Leo 15. p vF, vS, *12 np 4016 Gx 11 58.4 +27 31 s Leo 1.5 15. p vF 4012 Gx 11 58.5 +10 02 r Vir 14. p vF, S, lE 4013 Gx 11 58.5 +43 57 s UMa 5.2 12. p B, cL, mE 62deg , vsvmbM *10 4024 Gx 11 58.5 -18 21 s Crv 2.3 13. p F, vS, iF, bM 4010 Gx 11 58.6 +47 16 s UMa 4.2 13. p F, pL, mE, vglbM 4014 Gx 11 58.6 +16 11 r Com 13. p pB, pS, R, psbM I 749 Gx 11 58.6 +42 44 s UMa 2.5 12.2 pB, L, R, lbM 4015 Gx 11 58.7 +25 03 r Com 14. p F, vS, E, mbM 4017 Gx 11 58.7 +27 26 s Com 1.8 13. p F, L, E, gbfM 4018 Gx 11 58.7 +25 20 r Com 14. p mE np sf, 2 st s 4019 - 11 58.9 +14 13 r Com eF, *9 sf 5' 4020 Gx 11 58.9 +30 25 s UMa 2.1 13. p pB, pL, E 20deg , biN I 750 Gx 11 58.9 +42 43 s UMa 2.9 11.8 pB, L, lE 35deg , bM I 751 Gx 11 58.9 +42 34 v UMa 1.5 pF, pL, lE 45deg , mbM 4021 Gx 11 59.0 +25 06 r Com 15. p F, S, vlE 4022 Gx 11 59.0 +25 14 r Com 14. p pF, vS, stellar 4023 Gx 11 59.1 +25 00 r Com 14. p pF, pL, dif I2984 11 59.1 +30 42 d UMa F, cS, R, vlbM 4025 Gx 11 59.2 +37 48 s UMa 3.3 15. p eF, pL, R I 753 Gx 11 59.2 -00 30 u Vir 0.6 14. p pB, vS, R, vmbM, *11 nf I2985 11 59.2 +30 44 d UMa pF, S, dif I 752 Gx 11 59.3 +42 33 z UMa 15. p vF, S, iR, *13 nf 1'.5 4026 Gx 11 59.4 +50 58 s UMa 5.1 12. p vB, cL, mE 176deg , vsvmbMBN I 754 Gx 11 59.4 -01 38 u Vir 0.9 14. p F, S, R, sbM 4027 Gx 11 59.5 -19 16 s Crv 3.0 11.1 glob. cl. , pF, pL, R, rr, st 16 I2986 Gx 11 59.8 +30 52 m UMa 0.6 15. p F, vS, R, N, r 4028 - 11 59.9 +16 14 r Com vF, vS, vlE, r
12 - 13 ore
4029 Gx 12 00.1 +08 12 r Vir 14. p vF, vS, lE, stellar N 4030 Gx 12 00.4 -01 06 s Vir 4.3 12. p cB, L, vlE, psmbM, B st nr 4031 Gx 12 00.5 +31 57 r UMa 14. p eF, vS, *17 vnr south 4035 Gx 12 00.5 -15 57 v Crv 1.4 eF, pL, *9 45deg +/- 4032 Gx 12 00.6 +20 04 s Com 2.1 13. p pF, pL, R, gbM, *12 nf 4033 Gx 12 00.6 -17 51 s Crv 2.5 13. p pB, S, lE, bM I 755 Gx 12 01.2 +14 06 v Com 2.7 eeF, S, E, bet 2 st 4036 Gx 12 01.4 +61 54 s UMa 4.5 10.6 vB, vL, E 4037 Gx 12 01.4 +13 24 s Com 2.7 13. p eF, pL, R, r 4034 Gx 12 01.5 +69 19 r Dra eF, S, iF, gvlbM 4038 Gx 12 01.9 -18 52 s Crv 2.6 10.7 pB, cL, R, vgbM 4039 Gx 12 01.9 -18 53 s Crv 3.2 13. p pF, pL 4052 OC 12 01.9 -63 12 s Cru 8. 9. p Cl, pRi, lC 4040 Gx 12 02.2 +17 50 r Com 15. p eF, pS, R, 3 st nr 4041 Gx 12 02.2 +62 08 s UMa 2.8 11.1 B, cL, R, g, psvmbMrN 4042 - 12 02.4 +20 09 r Com vF, vS; = 4032? 4043 Gx 12 02.4 +04 21 r Vir 14. p pF, S, R, psbM, ** f 30s 4044 Gx 12 02.5 -00 11 r Vir 14. p cF, cS, R, bM 4045 Gx 12 02.7 +01 59 s Vir 2.8 11.8 pF, L, R, sbM, * sf 4046 - 12 02.8 +01 45 r Vir F, pS, triangle 2 F st; = 4045? 4047 Gx 12 02.9 +48 38 s UMa 1.5 13. p pB, pS, R 4048 Gx 12 02.9 +18 01 r Com 14. p vF, vS, R, psbM 4050 Gx 12 02.9 -16 22 s Crv 3.1 12. p F, cL, iR, lbM 4049 Gx 12 03.0 +18 46 r Com 14. p eF, pS, R, glbM I 756 Gx 12 03.0 +04 50 u Vir 2.1 15. p vF, pL 4051 Gx 12 03.2 +44 32 s UMa 5.0 10.3 B, vL, E, vgvsmbM *11 4053 Gx 12 03.2 +19 44 r Com 14. p F, vS, vlE, alm stell 4054 Gx 12 03.2 +57 54 r UMa 15. p eF, S I 757 D* 12 03.4 +52 39 x UMa 13. p susp, close to *12 I2987 Gx 12 03.4 +38 49 v UMa F, S, N, dif 4055 - 12 03.7 +21 04 r Com pB (decl very doubtful) I2988 12 03.7 +03 24 d Vir eF, r, *11.5 sf 2'.7 4058 Gx 12 03.8 +03 34 r Vir 14. p vF, pS, R, bM 4059 - 12 03.9 +21 19 r Com pB (decl very doubtful) 4056 Gx 12 04.0 +20 19 r Com eF, vS 4068 Gx 12 04.0 +52 35 s UMa 3.2 13. p pF, S, stellar 4060 Gx 12 04.1 +20 21 r Com 15. p eF 4061 Gx 12 04.1 +20 13 s Com 1.5 14. p vF, S, R, p of Dneb, pos 80deg 4062 Gx 12 04.1 +31 54 s UMa 4.3 11.2 pB, vL, mE 97deg , vgbM 4063 Gx 12 04.1 +01 52 r Vir 15. p eF, vS, B pts inv 4064 Gx 12 04.2 +18 27 s Com 4.5 11.5 B, E, gbM 4065 Gx 12 04.2 +20 13 s Com 1.5 14. p pF, R, f of Dneb 4066 Gx 12 04.2 +20 22 r Com 14. p pB 4067 Gx 12 04.2 +10 51 s Vir 1.5 13. p F, pS, R, gbM 4069 Gx 12 04.2 +20 20 r Com vF, vS 4070 Gx 12 04.2 +20 26 r Com 14. p F, vS 4071 Pl 12 04.2 -67 18 s Mus 1.3 vF, vS, R, bM*, am st I 758 Gx 12 04.2 +62 30 s UMa 2.0 13. p eeF, pS, R, bet 2 distant st 4072 Gx 12 04.3 +20 13 r Com 15. p eF, sf 4061, 4062, 4065 4073 Gx 12 04.5 +01 54 s Vir 2.5 13. p F, pS, R, pgbM, np of 2 4074 Gx 12 04.6 +20 20 r Com 15. p eF, vS 4076 Gx 12 04.6 +20 12 r Com 14. p vF, vS 4081 Gx 12 04.6 +64 26 s UMa 1.8 14. p F, S, mE, D* nr 4075 Gx 12 04.7 +02 05 r Vir 14. p F, S, R 4077 Gx 12 04.7 +01 48 r Vir 14. p cF, cS, vlE, bM, sf of 2 I2989 Gx 12 04.7 +01 47 u Vir 1.1 14. p vF, S, bM or 2 or 3 eF st inv I2990 Gx 12 04.7 +11 02 m Vir 0.6 15. p eF, R, poss PN 4078 Gx 12 04.8 +10 36 r Vir 14. p F, vS, R, glbM 4079 Gx 12 04.8 -02 23 s Vir 2.4 14. p F, L, R, *10 n 1' 4080 Gx 12 05.0 +27 00 r Com 14. p cF, pS, E, gbM I2991 12 05.1 +10 37 d Vir eF, S, E 10deg , bet 4082 and 83 I 759 12 05.2 +20 15 d Com pB, pL, E pf I2992 12 05.2 +30 21 d UMa F, S, R, gbMN, r I2993 12 05.2 +32 52 d UMa F, S, N, dif, r 4057 Gx 12 05.3 +20 19 r Com pB (decl very doubtful) 4082 Gx 12 05.3 +10 41 r Vir 15. p vF, vS, lE, lbM 4083 Gx 12 05.3 +10 37 r Vir 15. p eF, vS 4084 Gx 12 05.3 +21 14 r Com 15. p F, S 4085 Gx 12 05.4 +50 21 s UMa 2.8 12.3 B, pL, pmE 78deg , vsbM 4086 Gx 12 05.5 +20 15 r Com 15. p F, pS, R 4090 Gx 12 05.5 +20 19 r Com 15. p vF, vS, *15 f 1'; = IC 2997 I2994 Gx 12 05.5 +12 41 z Vir 16. p eF, R, bM 4087 Gx 12 05.6 -26 33 r Hya 13. p pB, S, R, bM 4088 Gx 12 05.6 +50 33 s UMa 5.8 10.5 B, cL, E 55deg , lbM 4089 Gx 12 05.6 +20 34 r Com 15. p vF, S, R, p of 2 4091 Gx 12 05.7 +20 34 r Com 15. p vF, S, R, f of 2 I2995 Gx 12 05.8 -27 56 s Hya 3.1 13. p vF, L, cE 120deg , *8 f I2997 12 05.8 +20 17 d Com eF, *12 sf 2'; = 4090? 4092 Gx 12 05.9 +20 30 r Com 14. p F, pS, R, *11 np 4093 Gx 12 05.9 +20 33 r Com 15. p eF, vS 4094 Gx 12 05.9 -14 32 s Crv 4.2 12. p eF, L, pmE, vgbM, 2 st 11 nr I 760 Gx 12 05.9 -29 18 c Hya 1.6 F, S, R, bM, E 150deg ? I2996 Gx 12 05.9 -30 00 m Hya 0.8 14. p F, vS, E 20deg , * sp I2998 12 05.9 +20 45 d Com vF, others near I2999 Gx 12 05.9 +31 21 z UMa 16. p vF, vS, N 4095 Gx 12 06.0 +20 35 r Com 14. p vF, vS 4096 Gx 12 06.0 +47 29 s UMa 6.5 10.6 pB, vL, mE 32deg I 761 Gx 12 06.0 -12 40 m Crv 0.6 15. p neb *14 4097 Gx 12 06.1 +36 52 r UMa 14. p eF, vS, R, stellar, *10 sp 2' 4098 Gx 12 06.1 +20 37 r Com 14. p eF, eS, R, bM 4099 - 12 06.1 +20 39 r Com eF, eS I3000 12 06.1 -29 41 d Hya F, indistinct (defect?) 4100 Gx 12 06.2 +49 35 s UMa 5.2 12. p pB, vL, vmE 161deg , vgvlbM 4101 Gx 12 06.2 +25 34 r Com 14. p eF, vS, R, vgbM I3001 Gx 12 06.2 +33 31 m UMa 0.7 15. p F, S, R, gbM 4102 Gx 12 06.4 +52 43 s UMa 3.2 12. p B, pS, R, bMBN, *12 sp, vnr 4104 Gx 12 06.6 +28 10 s Com 3.0 14. p pB, pS, lE, bM 4103 OC 12 06.7 -61 15 s Cru 7. 7. p Cl, pL, pC, iR, st 10...14 4105 Gx 12 06.7 -29 46 s Hya 2.4 12. p pF, pS, R, psbM, r, p of 2 4107 12 06.7 +10 36 D Vir pB, S, lE, *10-11 np 4106 Gx 12 06.8 -29 46 s Hya 1.9 11.4 pF, pS, R, pgbM, f of 2 4108 Gx 12 06.8 +67 10 s Dra 1.9 13. p B, S, R, gbM 4109 Gx 12 06.9 +43 00 s CVn 0.8 15. p vF, 4111 nnf 6' 4110 Gx 12 07.1 +18 32 r Com 14. p F, S 4111 Gx 12 07.1 +43 04 s CVn 4.8 10.8 vB, pS, mE 151deg 4112 Gx 12 07.1 -40 11 r Cen F, S, vlE, glbM, 3 B st nr I3002 Gx 12 07.1 +33 22 m CVn 0.5 15. p F, cS, R, gbM, r I3003 12 07.1 +32 51 d Com F, S, dif, N, r 4113 - 12 07.2 +34 00 r CVn eF; nonexistent? 4114 Gx 12 07.2 -14 11 s Crv 2.3 13. p cF, S, iR, gbM 4115 - 12 07.2 +14 25 r Com eF, suspected 4122 Gx 12 07.2 +33 00 r Com 15. p eF, vS, R, mbM I3004 Gx 12 07.2 +13 14 m Vir 0.9 16. p R, bM, mag 15 I3005 Gx 12 07.2 -30 01 c Hya 2.2 F, S, eE 160deg , stell N I3006 12 07.4 +12 59 d Vir R, bM, mag 15 I3007 Gx 12 07.4 +31 21 z Com 15. p vF, vS, diffic 4116 Gx 12 07.6 +02 42 s Vir 3.8 11.9 vF, E (hook shape), sp of 2 4117 Gx 12 07.8 +43 08 s CVn 2.8 14. p vF, vS 4118 Gx 12 07.9 +43 07 s CVn 0.9 16. p eF, vS, 1' s of 4117 4119 - 12 07.9 +09 33 r Vir lE; nonexistent? 4121 Gx 12 07.9 +65 07 s Dra 0.6 14. p F, vS, lE, r I3010 Gx 12 07.9 -30 20 c Hya 1.9 eF, cS, R, 2 st 10 sf 8' I3008 Gx 12 08.0 +13 33 m Com 0.8 15. p R, bM, mag 13.5 I3009 ? 12 08.0 +12 39 x Vir pB, cS 4125 Gx 12 08.1 +65 11 s Dra 5.1 9.8 pB, pL, cE, mbM I 762 Gx 12 08.1 +25 45 m Com 0.6 15. p pB, S, R, N = 12m 4123 Gx 12 08.2 +02 53 s Vir 4.5 11.2 cF, vL, E 90deg +/- , bMN 4124 Gx 12 08.2 +10 23 s Vir 4.6 12. p pB, pL, mE 118deg , bM, r; = IC 3011 I 763 Gx 12 08.2 +25 49 m Com 0.8 15. p F, vS, N = 13m I3011 Gx 12 08.2 +10 22 t Vir 3.8 12. p pF, pS, E 110deg ; = 4124 4127 Gx 12 08.4 +76 48 s Cam 2.3 13. p F, pL, vlE, glbM 4120 Gx 12 08.5 +69 33 s Dra 1.9 14. p eF, vS, E 4128 Gx 12 08.5 +68 46 s Dra 2.8 13. p cB, lE, bM I3012 Gx 12 08.5 +11 10 z Vir 15. p R, PN ?, mag 15 I3013 Gx 12 08.5 +10 01 m Vir 0.8 15. p bM, mag 15 I3014 Gx 12 08.5 +38 49 u CVn 1.1 14. p pB, cS, R, gbM, r 4133 Gx 12 08.6 +74 56 r Dra 13. p pB, cL, R, gmbM 4126 Gx 12 08.7 +16 09 r Com 14. p vF, S, R, pslbM, bet 2 vS st 4131 Gx 12 08.7 +29 18 s Com 1.6 14. p cF, S, R, 1st of 3 4129 Gx 12 08.9 -09 02 s Vir 2.6 12.6 F, pL, pmE 95deg +/- , vglbM 4130 - 12 08.9 -04 00 r Vir pE, lbM, *13 p 5' 4132 Gx 12 09.0 +29 14 s Com 1.1 15. p cF, S, iR, 2nd of 3 I3015 Gx 12 09.0 -31 31 c Hya 3.0 pB, mE 45deg , *10.5 sf 1' 4134 Gx 12 09.2 +29 11 r Com 14. p pF, pL, lE, 3rd of 3 4135 Gx 12 09.2 +44 00 s CVn 1.0 15. p vF, pS, R, 2 F st inv 4136 Gx 12 09.3 +29 56 s Com 4.1 12. p F, vL, vgmbM 4137 Gx 12 09.3 +44 06 s CVn 1.2 15. p vF, pS, R, l fainter than 4135 I3016 Gx 12 09.4 +11 25 z Vir 16. p S, R, bM I3017 12 09.4 +13 36 d Com R, bM, dif, mag 14.5 I3019 Gx 12 09.4 +14 00 x Com R, bM, dif, mag 14.5 4138 Gx 12 09.5 +43 41 s CVn 2.9 12. p B, pL, lE, vgbM, * np 4142 Gx 12 09.5 +53 06 s UMa 2.3 14. p vF, S, iF, vglbM, er I3018 ? 12 09.5 +14 04 x Com R, lbM, mag 13.5 4139 - 12 09.6 +01 49 r Vir F, S, diffic, p of Dneb 4143 Gx 12 09.6 +42 32 s CVn 2.9 12. p cB, R, vg, vsbMN I3020 12 09.6 +14 13 d Com R, bM, mag 14 4140 - 12 09.7 +01 48 r Vir F, S, diffic, f of Dneb 4141 Gx 12 09.7 +58 51 r UMa 14. p vF, pS, lE, gbM, r I3022 Gx 12 09.9 +38 43 m CVn 0.2 14. p pB, pS, gbM 4144 Gx 12 10.0 +46 27 s UMa 5.9 12. p pF, cL, vmE 109deg , vgbM 4145 Gx 12 10.0 +39 53 s CVn 5.8 11.0 B, vL, vglbM I3021 Gx 12 10.0 +13 01 u Vir 1.8 15. p R, bM, v dif, mag 14.5 4147 Gb 12 10.1 +18 33 s Com 4.0 10.3 glob. cl. , vB, pL, R, gbM, rrr 4148 Gx 12 10.1 +35 52 s CVn 1.8 15. p F, S, *12 sf I3023 12 10.1 +14 21 d Com R, bM, dif, mag 15 I 764 Gx 12 10.2 -29 44 s Hya 4.8 12. p eF, pL, E ns, lbM 4146 Gx 12 10.3 +26 26 s Com 1.6 14. p vF, pS I3024 Gx 12 10.3 +12 18 u Vir 1.2 15. p R, bM, mag 13.5 4149 Gx 12 10.4 +58 19 r UMa 14. p F, S, E I3025 Gx 12 10.4 +10 11 m Vir 0.4 15. p S, E, bM 4151 Gx 12 10.5 +39 24 s CVn 5.9 10.4 vB, S, R, vsmbMBN, p of 2 I 765 D* 12 10.5 +16 08 x Com vF, susp 6' n of 4152 I3027 ? 12 10.5 +14 11 x Com bM, mag 14 I3028 12 10.5 +11 45 d Vir bM, mag 15 4150 Gx 12 10.6 +30 24 s Com 2.5 11.7 B, S, R, pgmbM 4152 Gx 12 10.6 +16 02 s Com 2.3 12.0 pB, pL, R, pgmbM, r I3026 * 12 10.6 -29 56 x Hya vF, vS, mE 40deg , bet 2 st 4154 * 12 10.7 +58 21 r UMa vF, S, E 90deg +/- 4159 Gx 12 10.7 +76 09 r Dra 14. p eF, pS, R, triangle 2 st 4153 - 12 10.8 +18 22 r Com B, pL, E, bM 4155 Gx 12 10.8 +19 03 r Com 14. p eF, vS 4156 Gx 12 10.8 +39 28 s CVn 1.5 13.0 pF, S, E, vgbM, f of 2 I3029 Gx 12 10.8 +13 19 u Com 1.5 15. p E 35deg , mag 13.5 I 766 Gx 12 10.9 -12 40 m Crv 1.2 14. p pB, E ns, sbMN = 14m 4157 Gx 12 11.1 +50 29 s UMa 6.9 12. p pF, cL, vmE 60deg +/- (double?) I 767 Gx 12 11.1 +12 05 m Vir 0.6 15. p F, vS, stell, N = 14m I3030 12 11.1 +14 08 d Com R, bM, mag 14 I3031 12 11.1 +13 18 d Vir vF, wisp at 35deg I3032 Gx 12 11.1 +14 16 z Com 15. p R, bM, mag 13.5 I3033 Gx 12 11.1 +13 35 u Com 1.2 15. p bM, wisps ns 0'.5, mag 13.5 4158 Gx 12 11.2 +20 11 s Com 2.0 13. p F, pS, lE, bM, pB* sf 4161 Gx 12 11.4 +57 44 r UMa 13. p F, S, R 4160 - 12 11.6 +43 45 r CVn neb *13 4162 Gx 12 11.9 +24 07 s Com 2.5 11.5 B, L, iE, bM I 768 Gx 12 11.9 +12 08 u Vir 1.6 15. p vF, pS, R, gbM I3034 12 11.9 +14 11 d Com vF, E, bM 4164 Gx 12 12.1 +13 12 r Vir 15. p vF, 2'-3' s of 4165 4163 Gx 12 12.2 +36 10 s CVn 1.9 13. p vF, pL, vlE, r 4165 Gx 12 12.2 +13 15 s Vir 1.5 13.6 eF, *10 np, 4168 f; = IC 3035 4166 Gx 12 12.2 +17 46 r Com 14. p vF, S 4167 - 12 12.2 +36 31 r CVn F, pL, R, vgbM, ** s; = 4163? 4169 Gx 12 12.2 +29 10 s Com 2.1 13. p F, S, 1st of 4 4172 Gx 12 12.2 +56 11 r UMa 14. p F, S, lE, gbM I3035 12 12.2 +13 15 x Vir F, cS; = 4165 I3036 Gx 12 12.2 +12 28 u Vir 1.8 15. p vF, spir 4168 Gx 12 12.3 +13 12 s Vir 2.8 11.3 pB, pL, iF, psbM, r, * inv 4170 Gx 12 12.3 +29 12 D Com 13. p eF, vnr 4169, 4173-5 4171 Gx 12 12.3 +29 12 u Com 5.1 14. p eF, vnr 4169, 4173-5 4173 Gx 12 12.3 +29 11 s Com 4.8 13. p F, S, 2nd of 4 4174 Gx 12 12.4 +29 08 s Com 0.8 14. p F, S, 3rd of 4 I3037 Gx 12 12.4 +09 59 z Vir 15. p R, PN ?, mag 16 4175 Gx 12 12.5 +29 09 s Com 2.0 14. p F, eS, 4th of 4 I 769 Gx 12 12.5 +12 07 s Vir 2.5 13. p vF, pS, vlbM I3039 Gx 12 12.5 +12 18 m Vir 1.0 15. p S, R, bM I3038 Gx 12 12.6 +11 20 z Vir 16. p R, bM, PN ?, mag 16 4176 Gx 12 12.7 -09 08 r Vir eF, vS, R, slbM, *10 I3040 Gx 12 12.7 +11 04 m Vir 0.6 16. p R, PN ?, mag 16 I3041 12 12.7 +12 44 d Vir S, E 4177 Gx 12 12.8 -14 00 r Crv 13. p vF, pL, R, vgbM 4178 Gx 12 12.8 +10 52 s Vir 5.0 11.4 vF, vL, E 45deg +/- , *7 f; = IC 3042 I3042 12 12.8 +10 52 x Vir pF, cL; = 4178 I3043 12 12.8 +10 00 d Vir cS, E ns, mag 15 I3044 Gx 12 12.8 +13 59 v Com 2.1 F, stell 4179 Gx 12 12.9 +01 18 s Vir 4.2 10.9 pB, pS, pmE 135deg +/- , bMN I 770 12 13.0 -04 33 d Vir vF, vS, R, *13.5 n 1' I3045 ? 12 13.0 +12 47 x Vir pF, cS, Ns = 10.5m 4180 Gx 12 13.1 +07 02 s Vir 1.8 13. p pF, S, lE 0deg +/- , r I3046 Gx 12 13.1 +12 55 u Vir 1.2 15. p vF, pS, spir 4183 Gx 12 13.3 +43 42 s CVn 5.0 13. p vF, cL, mE 170deg +/- I3047 12 13.3 +12 58 d Vir R, bM, mag 14.5 4181 Gx 12 13.4 +50 46 r CVn 14. p eF, S, stellar 4182 - 12 13.4 +04 03 r Vir vS (vS Cl?) 4185 Gx 12 13.4 +28 31 r Com 13. p cF, L, R, gbM 4187 Gx 12 13.4 +50 44 r CVn 14. p pB, S, lE I3048 D* 12 13.4 +13 04 x Vir F, S; *13? I3049 Gx 12 13.5 +14 29 u Com 1.1 16. p R, PN ?, mag 16 4184 - 12 13.6 -62 42 r Cru Cl, mC, st eS 4190 Gx 12 13.7 +36 38 s CVn 1.7 13. p cF, pS, R, vglbM, r I3050 Gx 12 13.7 +13 26 t Com 2.0 13. p pB, cL, gbM; = 4189 4189 Gx 12 13.8 +13 26 s Com 2.5 11.7 F, L, lE, vglbM, r; = IC 3050 4192 Gx 12 13.8 +14 54 s Com 9.5 10.1 B, vL, vmE 152deg , vsvmbM; = M98 4191 Gx 12 13.9 +07 12 r Vir 14. p cF, R, bM, near S* 4193 Gx 12 13.9 +13 10 s Vir 2.3 12.4 vF, pL, E, vgbM; = IC 3051 I3051 12 13.9 +13 10 x Vir pB, pS; = 4193 I3052 12 13.9 +12 40 d Vir R, PN ?, mag 16.5 I3053 12 14.0 +14 12 d Com R, bM, PN ?, mag 16 4186 Gx 12 14.1 +14 44 s Com 1.4 14. p pF, S, R, sp M98 4188 Gx 12 14.2 -12 33 r Crv 14. p eF, pS 4194 Gx 12 14.2 +54 32 s UMa 2.5 12.4 pB, vS, vsbM *12 4195 Gx 12 14.2 +59 37 r UMa 15. p eF 4198 Gx 12 14.3 +56 01 r UMa 14. p pF, pS, lE, gbM I3054 12 14.3 +13 31 d Com R, PN ?, mag 16.5 4196 Gx 12 14.4 +28 25 s Com 1.6 14. p pB, S, R, vsmbM * I3055 12 14.4 +12 04 d Vir bM, mag 15 4197 Gx 12 14.6 +05 48 s Vir 3.5 13. p pF, pmE, vgbM I3056 ? 12 14.6 +13 47 x Com pL, vmE 50deg 4201 Gx 12 14.7 -11 34 r Vir 14. p eF, eS, R, bMN 4199 Gx 12 14.8 +59 54 r UMa 15. p vF, S 4200 Gx 12 14.8 +12 11 r Vir 14. p cF, lE, lbM 4205 Gx 12 14.9 +63 48 r Dra 14. p pB, pS, R, *12 f, ln I3058 12 14.9 +14 04 d Com R, PN ?, mag 16 I3059 Gx 12 14.9 +13 28 v Com 1.7 vF, spir, doubtful I3057 12 15.0 -44 29 d Cen cF, S, R (defect?) I3060 Gx 12 15.0 +12 31 m Vir 0.3 15. p vF, S, lE 0deg ; *14? 4203 Gx 12 15.1 +33 12 s Com 3.6 10.7 vB, S, R, psmbM I3061 Gx 12 15.1 +14 02 s Com 2.3 13.6 F, pL, spir I3062 Gx 12 15.1 +13 35 m Com 1.0 15. p F, S I3063 Gx 12 15.1 +12 00 u Vir 1.0 15. p bM, mag 14.5 4204 Gx 12 15.2 +20 39 s Com 4.2 13. p vF, cL, iR, vgbM I 771 Gx 12 15.2 +13 11 z Vir 15. p vF, S, R, * 3' south I 772 Gx 12 15.2 +23 57 z Com 15. p vF, vS, stell I3064 Gx 12 15.2 +13 01 t Vir 5.3 13. p cF, cL, E 5deg ; = 4206 I3065 Nb 12 15.2 +14 26 x Com 0.5 R, PN ?, mag 14 I3067 Gx 12 15.2 +23 57 z Com 15. p vF, vS, stell 4206 Gx 12 15.3 +13 02 s Vir 5.2 12.1 F, vmE 4210 Gx 12 15.3 +65 59 s Dra 2.2 13. p pF, pS, R, vgbM I3066 Gx 12 15.3 +13 28 u Com 1.0 15. p pL, E 160deg , spir 4208 12 15.4 +13 54 D Com nonexistent I3068 12 15.4 +11 30 d Vir bM, mag 16 I3069 12 15.4 +10 10 d Vir bM, mag 15.5 I3070 * 12 15.4 +13 02 x Vir vF, vS 4207 Gx 12 15.5 +09 35 s Vir 1.8 13. p pF, pS, lE, *14 np 4209 - 12 15.5 +28 31 r Com F, pS I3071 ? 12 15.5 +09 33 x Vir eF, eS 4211 Gx 12 15.6 +28 11 s Com 1.4 14. p vF, eS, mbM 4214 Gx 12 15.6 +36 20 s CVn 7.9 9.7 cB, cL, iE, biN I3072 ? 12 15.6 +09 33 x Vir eF, eS, ? I3073 Gx 12 15.6 +13 36 u Com 1.0 16. p bM, mag 16 4212 Gx 12 15.7 +13 54 s Com 3.0 11.2 B, L, E 107deg , g, sbM, r 4213 Gx 12 15.7 +23 59 r Com 14. p cF, vS, R I3074 Gx 12 15.7 +10 41 s Vir 2.3 14. p cF, pL, E 170deg 4217 Gx 12 15.8 +47 06 s CVn 5.5 12. p pF, L, mE 45deg , ** n, p of 2 4218 Gx 12 15.8 +48 08 s CVn 1.2 13. p vF, vS I3075 Gx 12 15.8 +23 35 m Com 0.7 15. p F, vS, R, stell 4215 Gx 12 15.9 +06 24 s Vir 1.9 13. p B, pS, E, sbM *11 4216 Gx 12 15.9 +13 09 s Vir 8.3 10.0 vB, vL, vmE 17deg , sbMN 4221 Gx 12 16.0 +66 14 s Dra 2.3 14. p pB, S, R, psbM I3076 ? 12 16.1 +09 05 x Vir vF, vS I3077 Nb 12 16.1 +14 24 x Com 0.2 bM, mag 15 I3078 12 16.1 +12 39 d Vir bM, mag 14 I3079 Gx 12 16.1 +11 31 z Vir 15. p bM, mag 14 4220 Gx 12 16.2 +47 53 s CVn 4.1 12. p cB, pL, pmE 134deg , psbM I3080 Nb 12 16.2 +14 13 x Com 0.3 bM, mag 14 I3081 12 16.2 +12 40 d Vir bM, mag 15 I3082 12 16.2 +23 51 d Com vF, vS, dif, *5 n 6' I3084 Gx 12 16.3 +23 54 m Com 0.4 16. p F, vS, R, dif 4219 Gx 12 16.4 -43 20 s Cen 4.5 12. p pF, pL, pmE, vglbM 4222 Gx 12 16.4 +13 19 s Com 3.3 14. p vF, pS, R 4226 Gx 12 16.4 +47 02 s CVn 1.3 14. p F, S, lE, f of 2 I3083 ? 12 16.4 +12 35 x Vir bM, mag 15 I3085 * 12 16.4 +09 28 x Vir cF, vS, = *13 I3089 Gx 12 16.4 +23 49 m Com 0.4 16. p vF, S, vlbM, dif 4223 - 12 16.5 +06 42 r Vir pF, pL, R, r; = 4241? 4227 Gx 12 16.5 +33 31 s CVn 1.8 14. p F, vS, vlE, psbM, sp of 2 I3086 ? 12 16.5 +09 01 x Vir eF, vS I3087 D* 12 16.5 +13 17 x Vir F, S, eE 30deg , neb? I3088 * 12 16.5 +09 28 x Vir vF, vS, = *14 I3090 D* 12 16.5 +09 26 x Vir vF, vS 4224 Gx 12 16.6 +07 28 s Vir 2.4 11.8 pB, pS, lE, gbM, r 4228 - 12 16.6 +36 20 r CVn vF, L, R, gbM; = 4214? I3091 D* 12 16.6 +13 59 x Com bM, mag 14 I3092 12 16.6 +10 03 d Vir bM, mag 15.5 4225 Gx 12 16.7 -12 18 r Crv 14. p F, eS, R, * 170deg , 60" 4229 Gx 12 16.7 +33 34 r CVn 14. p cF, vS, lE, psbM, nf of 2 4236 Gx 12 16.7 +69 28 s Dra 18.6 9.7 vF, eL, mE 160deg +/- , vgbM I3093 Nb 12 16.7 +14 17 x Com bM, mag 14 4231 Gx 12 16.8 +47 27 s CVn 1.4 15. p vF, vS, n of Dneb 4232 Gx 12 16.8 +47 26 s CVn 1.5 15. p vF, vS, s of Dneb 4238 Gx 12 16.9 +63 25 s Dra 1.9 14. p vF, pS, iR, vglbM I3094 Gx 12 16.9 +13 37 u Com 0.6 14. p F, S, bM I3095 Gx 12 16.9 +23 56 m Com 0.5 16. p pF, S, vlE pf, bM, *5 p 35s , 1' s I3096 Nb 12 16.9 +14 31 x Com 1. bM, mag 14.5 I3097 Gx 12 17.0 +09 24 z Vir 15. p vF, S, lbM 4233 Gx 12 17.1 +07 37 s Vir 2.3 11.9 pF, R, vsbMSN I3099 Gx 12 17.1 +12 27 u Vir 2.1 15. p vF, pL, lE 0deg 4234 Gx 12 17.2 +03 41 s Vir 1.3 12.9 pB, L, R, gbM 4235 Gx 12 17.2 +07 11 s Vir 4.3 11.6 pB, pL, pmE, bM, p of 2 4237 Gx 12 17.2 +15 19 s Com 2.3 11.7 pB, pL, lE, vgbM, r I3098 12 17.2 +07 12 x Vir pF, pS, E 45deg ; = 4235 I3100 12 17.2 +12 15 d Vir bM, wisps 45deg ?, mag 14.5 4230 OC 12 17.3 -55 08 s Cen 6. 9. p Cl, F, pL, iF, st 13...15 4239 Gx 12 17.3 +16 32 r Com 13. p F, pL, R I3101 Gx 12 17.3 +11 56 z Vir 15. p bM, mag 15 4240 Gx 12 17.4 -09 56 r Vir 14. p pB, S, *12 sp 0'.5 4241 Gx 12 17.4 +06 41 s Vir 2.5 12.0 vF, L, vgbM, *7 s; = IC 3102 4250 Gx 12 17.4 +70 48 s Dra 2.7 13. p pB, S, R, pgbM I3102 12 17.4 +06 41 x Vir pF, pS, *?; = 4241 4242 Gx 12 17.5 +45 37 s CVn 4.8 11.0 vF, cL, iR, vgbM, r 4244 Gx 12 17.5 +37 49 s CVn 16.2 10.2 pB, vL, eE 43deg , vgbM I3103 * 12 17.5 +09 22 x Vir vF, vS, stell 4243 - 12 17.6 -11 19 r Vir pB, eS, pB* close p 4245 Gx 12 17.6 +29 36 s Com 3.3 11.4 cB, pL, vlE, smbM, r I3105 Gx 12 17.6 +12 23 u Vir 1.8 15. p vF, pS, E 40deg I3110 12 17.7 +37 23 d CVn vF, S, dif 4248 Gx 12 17.8 +47 25 s CVn 3.0 12.6 vF, S, pmE, psbM I3106 12 17.8 +09 37 d Vir vF, vS, E 95deg I3107 Gx 12 17.8 +10 50 u Vir 1.5 14. p F, vS, lE, mbM I3108 12 17.8 +13 21 d Com R, bM, mag 14 I3109 12 17.8 +13 08 d Vir bM, mag 14 I3111 Gx 12 17.8 +08 26 z Vir 15. p eF, S? I3112 Gx 12 17.8 +26 01 v Com 1.3 F, S, iF, N I3114 ? 12 17.9 +09 08 x Vir cF, vS, stell 4246 Gx 12 18.0 +07 11 s Vir 2.5 12.7 eF 4247 Gx 12 18.0 +07 16 s Vir 0.7 15. p F, S, R, bM, 6' n of 4246 4249 Gx 12 18.0 +05 36 r Vir 15. p F I3113 12 18.0 +07 11 x Vir cF, pL, E; = 4246 I3115 Gx 12 18.0 +06 39 s Vir 1.7 13.1 vF, pL, E I3116 12 18.0 +25 05 d Com vF, cS, R, bM 4251 Gx 12 18.1 +28 10 s Com 4.2 12. p vB, S, E, vsvmbMN, *6-7 f 90s I 773 Gx 12 18.1 +06 08 v Vir 1.8 F, vS, dif, 2 vF st inv I3117 ? 12 18.1 +09 04 x Vir eF, S, E 30deg I3119 Gx 12 18.1 +24 41 z Com 15. p pF, cS, R, bM 4202 Gx 12 18.2 -01 04 F Vir 14. p F, irr, cometary, F* 1' nf I3118 Gx 12 18.2 +09 30 u Vir 1.6 15. p vF, cS, lE, dif I3122 Gx 12 18.3 +25 13 u Com 1.5 15. p pF, pL, E 150deg , pLN 4253 Gx 12 18.4 +29 49 s Com 1.1 14. p vF, vS, R I3120 12 18.4 +13 42 d Com R, bM, mag 14.5 I3121 12 18.4 +13 14 d Vir eF, lE, mag 15 I3123 * 12 18.4 +08 04 x Vir neb, or * I3125 12 18.4 +24 22 d Com F, S, R, bM 4252 Gx 12 18.5 +05 34 s Vir 1.5 15. p F, E I3124 * 12 18.5 +09 35 x Vir cF, S, = *13 I3127 Gx 12 18.5 +11 51 m Vir 0.6 16. p R, bM, mag 16 I3126 12 18.6 +13 48 d Com R, bM, mag 15 4256 Gx 12 18.7 +65 54 s Dra 4.6 12. p pB, L, cE 38deg , bMBN I3128 12 18.7 +11 43 d Vir lE, D?, mag 14.5 I3129 * 12 18.7 +09 36 x Vir vF, eS, = *14 4254 Gx 12 18.8 +14 25 s Com 5.4 9.8 !! B, L, R, gbM, r, 3-branched spiral; = M99 I 774 12 18.8 -06 46 d Vir F, vS, R, gbM I3104 Gx 12 18.8 -79 44 c Cha 4.7 eeF, cS, or vS Cl, *12 sp 0'.5 I3130 ? 12 18.8 +08 14 x Vir eF, pS, mE 140deg , ? I3131 Gx 12 18.8 +07 51 m Vir 0.6 15. p vF, S I3132 12 18.8 +07 52 x Vir vF, S, stell; = IC 3131 I 775 Gx 12 18.9 +12 55 s Vir 1.4 13.3 vF, S, stell, N I3133 ? 12 18.9 +07 39 x Vir eF, S, dif I3134 Gx 12 18.9 +08 58 z Vir 15. p vF, vS, E 0deg I3135 12 18.9 +27 30 d Com vF, S, iF I3141 Gx 12 18.9 +24 11 z Com 16. p F, S, R, bM 4255 Gx 12 19.0 +04 48 r Vir 13. p S, pmbM 4258 Gx 12 19.0 +47 18 s CVn 18.2 8.3 vB, vL, vmE 0deg , sbMBN; = M106 I 776 Gx 12 19.0 +08 51 s Vir 2.1 14. p F, pL, R I3136 Gx 12 19.0 +06 11 v Vir 1.2 F I3137 12 19.0 +12 27 d Vir pL, E 45deg I3138 12 19.0 +12 25 d Vir R, bM, mag 15.5 I3139 * 12 19.0 +09 08 x Vir eF, vS I3140 12 19.0 +27 08 d Com vF, pS, iF, dif 4257 Gx 12 19.1 +05 44 s Vir 1.2 15. p vF, pS, R, *18 s 2' I3142 Nb 12 19.1 +13 59 x Com R, bM, mag 14.5 I3143 Gx 12 19.1 +27 18 z Com 16. p vF, S, R I3144 12 19.2 +25 18 d Com vF, S, R, bM I3145 12 19.2 +24 18 d Com F, S, R, bM I3146 12 19.2 +25 43 d Com eF, S, iF I3147 12 19.3 +12 01 d Vir vF, vS, stell I3148 Gx 12 19.3 +07 52 m Vir 0.8 15. p vF, S I3149 Gx 12 19.3 +12 18 m Vir 0.5 16. p vF, vS 4259 Gx 12 19.4 +05 23 s Vir 1.1 13.6 F, pS, R 4260 Gx 12 19.4 +06 06 s Vir 2.6 11.8 pB, E, psbM 4261 Gx 12 19.4 +05 49 s Vir 3.9 10.3 pB, pS, R, gbM I 777 Gx 12 19.4 +28 18 u Com 1.3 14. p vF I 778 12 19.4 +56 00 d UMa eF, pS, r, bet 2 st 4262 Gx 12 19.5 +14 53 s Com 2.2 11.5 B, S, R, r I3150 ? 12 19.5 +07 48 x Vir vF, S I3151 12 19.5 +09 24 d Vir R, bM, mag 13.5 4264 Gx 12 19.6 +05 51 s Vir 1.1 12.9 F, pS, R, gbM 4271 Gx 12 19.6 +56 45 r UMa 13. p pB, pL, iF I3152 Gx 12 19.6 -26 09 c Hya 2.0 pB, S, R, 4 st sf, *8 np I3153 Gx 12 19.6 +05 23 z Vir 15. p vF, S, 4273 f I3154 12 19.6 +25 35 d Com F, S, R, bM 4263 Gx 12 19.7 -12 15 D Crv 14. p vF, pL, iF; = 4265 4265 Gx 12 19.7 -12 15 D Crv 14. p vF, pS, R 4266 Gx 12 19.7 +05 32 s Vir 2.1 15. p pF I3156 Gx 12 19.7 +09 09 m Vir 0.6 15. p vF, vS I3157 Gx 12 19.7 +12 25 z Vir 15. p R, bM, mag 14 4267 Gx 12 19.8 +12 48 s Vir 3.5 10.9 pB, vS, R, vsmbM 4268 Gx 12 19.8 +05 17 s Vir 1.6 12.7 pF, S, 2nd of 6 neb 4269 Gx 12 19.8 +06 01 s Vir 1.5 14. p pF, S, R, *9 f 1s .7, n 85" 4270 Gx 12 19.8 +05 28 s Vir 2.2 12.2 pB, S, R 4272 Gx 12 19.8 +30 20 z Com 14. p cF, S, iR, gmbM 4274 Gx 12 19.8 +29 37 s Com 6.9 10.4 vB, vL, E 90deg , mbMN I 779 12 19.8 +29 53 d Com F I3155 Gx 12 19.8 +06 00 v Vir 1.1 cF, S, sbM; vF st inv? I3158 * 12 19.8 +09 18 x Vir eF, cS, ?? 4273 Gx 12 19.9 +05 21 s Vir 2.3 11.9 pB, L, E, gbM 4275 Gx 12 19.9 +27 37 s Com 1.0 13. p F, S, vlE, gbM, *15 nr I 780 Gx 12 19.9 +25 46 u Com 1.3 14. p pB, S, R, N = 12.5m I3159 12 19.9 +11 39 d Vir R, mbM, mag 15 I3166 12 19.9 +60 42 d UMa eeF, S, p of 2 I3160 * 12 20.0 +09 06 x Vir eF, cS I3161 D* 12 20.0 +09 00 x Vir eF, vS, *?, conn w f one I3162 D* 12 20.0 +09 00 x Vir eF, vS, *?, conn w p one I3163 D* 12 20.0 +09 15 x Vir neb or *? I3165 Gx 12 20.0 +27 58 u Com 2.0 15. p F, cS, iF, lbM 4277 Gx 12 20.1 +05 21 s Vir 0.9 13.5 vF, eS 4278 Gx 12 20.1 +29 17 s Com 3.6 10.2 vB, pL, R, mbM, r, 1st of 3 I 781 Nb 12 20.1 +14 58 x Com 1. vF, S, dif I3164 12 20.1 +24 57 d Com eF, S, iF; D*? 4276 Gx 12 20.2 +07 42 r Vir 14. p pF, pL 4284 Gx 12 20.2 +58 06 r UMa 14. p cF, lE, p of 2 I3167 Gx 12 20.2 +09 32 z Vir 15. p vF, vS, lE 65deg , bM 4283 Gx 12 20.3 +29 19 s Com 1.4 12.0 B, S, R, bM, 2nd of 3 4291 Gx 12 20.3 +75 22 s Dra 2.2 12. p pB, vS, R, lbM, 3 st f I3168 Gx 12 20.3 +27 55 z Com 16. p F, cS, E 45deg , bM I3171 Gx 12 20.3 +25 32 m Com 0.3 15. p pB, S, R, bM 4279 Gx 12 20.4 -11 40 r Vir 14. p eeF, vS, R 4280 - 12 20.4 -11 41 r Vir eF, vS, R 4281 Gx 12 20.4 +05 23 s Vir 3.1 11.3 B, vL, R, pgbM 4282 Gx 12 20.4 +05 35 r Vir 14. p pF I3169 12 20.4 +26 36 d Com vF, vS, R, bM I3170 Gx 12 20.4 +09 25 m Vir 0.4 15. p F, S, R, bM I3172 12 20.4 +27 49 d Com vF, S, iF I3174 Gx 12 20.4 +10 14 z Vir 16. p eF, vS, *13 att sp I3175 Gx 12 20.4 +09 50 z Vir 15. p R, bM, mag 13 I3180 12 20.4 +60 42 d UMa vF, pL, R, *7.5 s, f of 2 I3173 Gx 12 20.5 +11 20 z Vir 16. p R, bM, mag 13 I3176 12 20.5 +25 31 d Com vF, vS, R, bM 4288 Gx 12 20.6 +46 17 s CVn 2.3 13. p vF, pS, R, vgbM, r I3177 12 20.6 +14 07 d Com L, vmE 45deg , 2'.5 l I3178 12 20.6 +26 10 d Com F, vS, iF, N I3179 12 20.6 +26 10 d Com F, vS, iF, N 4285 Gx 12 20.7 -11 39 r Vir 14. p eeF, pS, R 4286 Gx 12 20.7 +29 21 s Com 1.9 15. p vF, 3rd of 3; = IC 3181 I3181 12 20.7 +29 21 x Com pF, pL, lE 150deg ; = 4286 I3184 Gx 12 20.7 +24 55 z Com 16. p pF, cS, E 40deg , bM 4287 Gx 12 20.8 +05 39 r Vir 15. p pF 4290 Gx 12 20.8 +58 06 s UMa 2.5 12. p pB, L, R, gmbM I3182 *** 12 20.8 +12 44 x Vir vF, S, biN I3183 * 12 20.8 +06 41 x Vir vF, cS, st? I3185 12 20.9 +25 26 d Com F, vS, R, bM I3186 Gx 12 20.9 +24 40 m Com 0.4 15. p pB, S, R, bM I3187 Gx 12 20.9 +11 10 z Vir 16. p vlE, bM, mag 14.5 I3188 Gx 12 20.9 +11 01 m Vir 0.4 15. p R, bM, mag 13.5 I3189 12 20.9 +25 26 d Com F, vS, R, bM I3193 Gx 12 20.9 +27 54 m Com 0.8 16. p F, S, iF; D*? 4289 Gx 12 21.0 +03 43 s Vir 3.9 14. p vF, S, *8.5 12s f I3190 * 12 21.0 +09 34 x Vir eF, eS I3191 ? 12 21.1 +07 42 x Vir vF, vS, R I3192 12 21.1 +11 44 d Vir lbM, PN ?, mag 15 4293 Gx 12 21.2 +18 23 s Com 6.0 11. p F, vL, E, lbM, r 4295 Gx 12 21.2 +28 09 v Com vF, S I3194 12 21.2 +25 08 d Com F, vS, R, bM 4292 Gx 12 21.3 +04 36 s Vir 2.1 14. p F, S, R, vglbM, *9 np 72" 4294 Gx 12 21.3 +11 31 s Vir 3.1 12.1 F, L, mE 135deg +/- , biN, p of 2 I3195 12 21.3 +25 48 d Com vF, S, iF I3197 12 21.4 +25 27 d Com F, vS, R, bM 4296 Gx 12 21.5 +06 40 r Vir 14. p vF, vS 4297 Gx 12 21.5 +06 40 r Vir 14. p eF, eS 4298 Gx 12 21.5 +14 36 s Com 3.2 11.4 F, L, E, vgbM, p of 2 I3196 12 21.5 +11 44 d Vir bM, mag 14 I3198 12 21.5 +26 22 d Com eF, S, iF 4301 Gx 12 21.6 +04 47 s Vir 1.4 15. p F, E, 10' nf 4292 I 782 Gx 12 21.6 +05 45 m Vir 0.6 15. p eF, S, R I 783 Gx 12 21.6 +15 45 s Com 1.5 13.6 eF, S, R I3200 12 21.6 +26 46 d Com vF, S, iF, N 4299 Gx 12 21.7 +11 30 s Vir 1.7 12.5 F, L, lE, vgbM, f of 2 4300 Gx 12 21.7 +05 23 r Vir 14. p F, lE, vgbM 4302 Gx 12 21.7 +14 36 s Com 5.2 11.6 L, vmE 177deg , f of 2 4319 Gx 12 21.7 +75 19 s Dra 3.1 12. p pB, pS, vlE, sbM I3199 Gx 12 21.7 +10 36 u Vir 1.1 15. p R, bM, mag 14 I3201 12 21.7 +25 43 d Com vF, S, R, bM I3202 12 21.7 +27 03 d Com eF, S, iF I3203 Gx 12 21.7 +25 53 u Com 1.5 16. p pF, S, E 150deg I3204 12 21.8 +24 15 d Com F, S, E I3205 12 21.8 +26 20 d Com cF, S, iF, N I3206 12 21.8 +26 22 d Com cF, S, iF, N 4303 Gx 12 21.9 +04 28 s Vir 6.0 9.7 vB, vL, vsbM*, biN; = M61 4308 Gx 12 21.9 +30 03 s Com 1.0 14. p vF, S, vF st inv, np 4314 I3207 12 21.9 +24 21 d Com F, S, E 100deg I3208 12 22.0 +11 57 d Vir F, pL, vmE 70deg I3210 Gx 12 22.0 +28 26 z Com 15. p F, S, R, bM, spir 4305 Gx 12 22.1 +12 44 s Vir 2.2 12.6 vF, R 4306 Gx 12 22.1 +12 47 s Vir 1.6 14. p vF, pL, R, 4305 sp 4307 Gx 12 22.1 +09 02 s Vir 3.7 13. p pF, L, mE, 3 knots I3209 Gx 12 22.1 +11 45 z Vir 15. p pL, E 140deg , sbM *, spir I3211 Gx 12 22.1 +08 59 u Vir 1.1 15. p eF, S I3212 Gx 12 22.1 +28 11 z Com 16. p F, S, R, glbM I3213 Gx 12 22.1 +23 52 z Com 16. p pF, S, R, bM, *12 att np I3215 Gx 12 22.1 +26 03 u Com 2.0 16. p vF, pS, E 95deg , bM 4304 Gx 12 22.2 -33 29 s Hya 2.4 12.0 vF, vL, R, vgvlbM, r 4309 Gx 12 22.2 +07 09 s Vir 2.0 14. p F, S, *11 f 12s I3214 12 22.2 +27 14 d Com vF, vS, R, bM I3216 12 22.2 +25 17 d Com F, vS, R, bM I3217 12 22.2 +26 23 d Com cF, S, R, bM, spir I3218 Gx 12 22.2 +06 55 m Vir 0.6 16. p vF, pL, biN? I3219 12 22.3 +25 57 d Com eF, vS, R, bM, spir I3221 12 22.3 +25 17 d Com eF, S, iF, v diffic I3222 Gx 12 22.3 +28 50 u Com 1.1 16. p F, cS, dif 4310 Gx 12 22.4 +29 12 s Com 2.6 13. p F, cL, lE, n of 2 4311 Gx 12 22.4 +29 12 u Com 2.3 13. p F, s of 2 4331 Gx 12 22.4 +76 11 s Dra 2.0 15. p eF, E 0deg +/- I3220 12 22.4 +10 35 d Vir R, bM, mag 14.5 4312 Gx 12 22.5 +15 32 s Com 4.7 11.8 pB, cL, E, gbM I3223 * 12 22.5 +09 29 x Vir vF, pS, am 3 vF st 4313 Gx 12 22.6 +11 48 s Vir 3.9 13. p vF, L, E 135deg +/- , r 4314 Gx 12 22.6 +29 53 s Com 4.8 10.5 cB, L, E 150deg +/- , sbM, * np 4317 * 12 22.6 +31 03 r Com F, S I 784 12 22.6 -04 39 D Vir vF, pL, mE, pB* s I3224 12 22.6 +12 09 d Vir R, bM, mag 14.5 I3225 12 22.6 +06 41 d Vir F, S; st? I3226 12 22.6 +26 04 d Com vF, vS, bM *, spir I3227 12 22.6 +24 05 d Com F, S, iF 4315 - 12 22.7 +09 19 r Vir vF, vS 4318 Gx 12 22.7 +08 12 s Vir 0.9 14. p eF, *8 n 5' 4345 * 12 22.7 +75 20 r Dra F, pL, gbM I3228 12 22.7 +24 20 d Com F, vS, E 150deg , bM I3229 12 22.7 +06 41 d Vir eF, cS, dif, ? I3230 12 22.7 +27 45 d Com F, vS, iF I3231 12 22.7 +24 49 d Com pF, S, iF, bM 4316 Gx 12 22.8 +09 21 r Vir 14. p vF, S, mE, 2 knots 4332 Gx 12 22.8 +65 51 s Dra 2.3 13. p pF, S, vlE, vgbM I3232 12 22.8 +24 26 d Com F, eS, neb* 4321 Gx 12 22.9 +15 49 s Com 6.9 9.4 !! pF, vL, R, vg, psbMrN, 2-br spir; = M100 4323 - 12 22.9 +15 54 r Com 2nd of 2, vF, n of M100; = 4322? I3233 12 22.9 +12 34 d Vir R, bM, mag 15 I3234 12 22.9 +28 07 d Com F, S, R, bM 4322 Gx 12 23.0 +15 54 s Com 1.3 13.9 1st of 2, vF, n of M100 4335 Gx 12 23.0 +58 27 s UMa 2.2 14. p pB, S, E, gbM I 785 Gx 12 23.0 -13 14 m Crv 0.8 15. p F, vS, R, stell I3235 12 23.0 +13 32 d Com lE, bM, mag 15 I3236 12 23.0 +10 05 d Vir R, bM, mag 14 I3237 12 23.0 +28 30 d Com F, cS, iF, eFN, att *14 sp 4320 Gx 12 23.1 +10 33 r Vir 15. p F, vS, sp of 2 4324 Gx 12 23.1 +05 15 s Vir 2.5 13. p pB, R or lE, bM 4338 Gx 12 23.1 +28 55 r Com 15. p vF, lE, com; = IC 3247 I3238 Gx 12 23.1 +14 25 m Com 0.6 15. p R, bM, 14m I3239 Gx 12 23.1 +11 43 z Vir 16. p E, lbM, mag 15 I3241 12 23.1 +26 54 d Com F, vS, R, bM 4325 Gx 12 23.2 +10 38 r Vir 15. p vF, vS, iR, nf of 2 4326 Gx 12 23.2 +06 04 s Vir 1.7 14. p vF, S, R, bM, 1st of 3 4327 - 12 23.2 +15 47 r Com vF, s of 4328 I 786 Gx 12 23.2 -13 13 m Crv 1.0 15. p vF, eS, R, stell I3240 12 23.2 +10 20 d Vir R, bM, mag 15 I3242 12 23.2 +26 15 d Com vF, S, iF I3243 Gx 12 23.2 +27 45 z Com 16. p F, S, iF, dif I3244 Gx 12 23.2 +14 23 v Com 0.7 R, bM, mag 14 4328 Gx 12 23.3 +15 48 s Com 1.5 13.5 F, S, R, r 4330 Gx 12 23.3 +11 23 r Vir 14. p vF, L, mE I3245 ? 12 23.3 +09 07 x Vir vF, pL, bM; defect? I3246 12 23.3 +13 03 d Vir eF, pL, vmE 145deg , ? I3247 Gx 12 23.3 +28 53 u Com 2.4 16. p pF, pS, E 170deg , bM I3248 12 23.3 +25 33 d Com eeF, S, R, bM I3249 12 23.3 +25 27 d Com eeF, S, iF I3250 12 23.3 +25 38 d Com eeF, S, R, bM I3251 12 23.3 +25 39 d Com eeF, S, R, bM 4329 Gx 12 23.4 -12 34 s Crv 1.2 14. p vF, vS, R, bMN 4333 Gx 12 23.4 +06 02 s Vir 1.1 14. p F, pS, R, bM, 2nd of 3 4334 Gx 12 23.4 +07 28 s Vir 2.4 14. p pF, S, R, * vnr I3252 OC 12 23.4 +28 37 x Com F, S, iF; Cl? 4346 Gx 12 23.5 +47 00 s CVn 3.5 12. p vF, S, mE 100deg +/- , vsmbMBN 4363 Gx 12 23.5 +74 57 s Dra 1.5 15. p eF, pL, iF I3254 12 23.5 +19 27 x Com B, S, R, PN ; = 4336 4336 Gx 12 23.6 +19 27 r Com 13. p vF, pL, iR, biN? 4339 Gx 12 23.6 +06 05 s Vir 2.3 11.4 B, pL, R, bM, 3rd of 3 4340 Gx 12 23.6 +16 43 s Com 4.1 11.0 pB, S, R, psbM 4342 Gx 12 23.6 +07 03 t Vir 1.1 14. p eF, vS, R; = IC 3256 4344 Gx 12 23.6 +17 32 s Com 1.9 13. p vF, pS, R, vglbM, triangle 2 st I3255 Gx 12 23.6 +09 37 z Vir 15. p R, bM, mag 13 4343 Gx 12 23.7 +06 57 s Vir 2.8 12.1 pF, S, E; D? I3253 Gx 12 23.7 -34 38 s Cen 3.3 12. p eF, vL, mE 20deg , lbM I3256 Gx 12 23.7 +07 03 s Vir 1.4 12.6 *12 in S neb (= 4341 or 42?) I3257 ? 12 23.7 +07 16 x Vir eF I3258 Gx 12 23.7 +12 28 s Vir 1.9 14. p cF, cS, R, exc N s I3259 Gx 12 23.8 +07 11 s Vir 1.8 13.6 F, cS, R, bM I3262 OC 12 23.8 +27 24 x Com F, S, iF, Cl? I3263 Gx 12 23.8 +28 12 m Com 0.6 15. p pF, S, R, bM, spir, 2nd sp att 4337 OC 12 23.9 -58 08 s Cru 4. 8.9 Cl, pRi, lC, st 12...14 4347 - 12 23.9 -03 14 r Vir no description 4348 Gx 12 23.9 -03 27 s Vir 3.5 13. p F, pL, E 70deg +/- , vlbM I3260 Gx 12 23.9 +07 07 s Vir 1.9 13.3 F, cS, R, bM I3261 12 23.9 +11 28 d Vir pS, F* M, spir, doubtful I3264 12 23.9 +25 34 d Com vF, S, R, bM 4341 Gx 12 24.0 +07 07 r Vir 14. p eF, vS, R; = IC 3260 4350 Gx 12 24.0 +16 42 s Com 3.2 11.1 cB, vS, mE, vsbM 4351 Gx 12 24.0 +12 12 s Vir 2.0 12.7 F, pL, iR, bM 4353 Gx 12 24.0 +07 47 s Vir 1.3 14. p no description; = IC 3266 4357 Gx 12 24.0 +48 46 s CVn 3.8 14. p F, pS, gbM; = 4381? 4358 Gx 12 24.0 +58 24 r UMa 14. p cF, cS, lE 4364 Gx 12 24.0 +58 24 r UMa 14. p cF, cS, R I3265 ? 12 24.0 +07 48 x Vir pF, S, N; *? I3266 12 24.0 +07 47 x Vir cF, S, biN, st?; = 4353 4352 Gx 12 24.1 +11 13 s Vir 1.9 12.7 cF, cS, lE 4354 - 12 24.1 +12 12 r Vir eeF, pL, v diffic; = 4351? I3267 Gx 12 24.1 +07 03 s Vir 1.1 13.5 pF, cS, R I3268 Gx 12 24.1 +06 36 s Vir 0.7 14. p pB, *? I3269 12 24.1 +27 26 d Com eF, S, iF I3270 12 24.1 +27 35 d Com vF, vS, iF 4355 - 12 24.2 -01 00 r Vir eF, S, R 4359 Gx 12 24.2 +31 31 s Com 3.5 13. p cF, pmE 90deg , vlbM 4362 Gx 12 24.2 +58 22 r UMa 15. p vF, cS, R, r I3271 Gx 12 24.2 +07 57 u Vir 1.1 15. p eF, pS, dif, ?? I3272 12 24.2 +23 18 d Com vF, S, iF, *13 att n I3276 12 24.2 +25 49 d Com vF, vS, R, bM 4356 Gx 12 24.3 +08 33 r Vir 14. p vF; = IC 3273 4360 Gx 12 24.3 +09 17 s Vir 1.7 13. p F, F st inv, *9.5 np I3273 12 24.3 +08 32 x Vir cF, pL, E 48deg , *10.5 inv; = 4356 I3274 Gx 12 24.3 +09 17 u Vir 1.4 14. p eF, vS, ? I3275 12 24.3 +10 25 d Vir R, bM, mag 14.5 I3277 12 24.3 +25 34 d Com eF, cS, dif I3278 12 24.3 +27 25 d Com vF, S, iF, N I3279 * 12 24.4 +12 51 x Vir pF, S; 2 st? I3280 Gx 12 24.4 +13 14 m Vir 0.7 15. p S, R, bM, mag 15.5 4349 OC 12 24.5 -61 54 s Cru 16. 7.4 Cl, vB, vL, lC, st 12...14 4361 Pl 12 24.5 -18 48 s Crv 1.8 10. p vB, L, R, vsmbMN, r 4365 Gx 12 24.5 +07 19 s Vir 6.2 11. p cB, pL, vlE, gl, smbM 4386 Gx 12 24.5 +75 32 s Dra 3.0 12. p pB, cL, lE, psmbM I3281 ? 12 24.5 +07 49 x Vir pB, pS, N, stell I3282 12 24.5 +25 40 d Com eF, vS, R, bM I3283 12 24.5 +27 13 d Com vF, S, R, bM, spir 4367 - 12 24.6 +12 11 r Vir vF, S, R 4369 Gx 12 24.6 +39 23 s CVn 2.5 12. p cB, S, R, mbMN, r I3284 12 24.6 +10 49 d Vir vS, R, bM, mag 14 I3285 12 24.6 +24 52 d Com vF, vS, R, bM, in dif neb E 25deg I3286 12 24.6 +23 45 d Com S, pR I3287 12 24.6 +24 36 d Com eF, cS, iF, in dif neby 4368 - 12 24.7 +10 36 r Vir vF, vS I3288 12 24.7 +24 57 d Com vF, vS, R, bM I3292 Gx 12 24.8 +18 11 z Com 15. p F, vS, R, bM I3294 12 24.8 +25 36 d Com eF, cS, dif I3295 12 24.8 +28 42 d Com cF, S, R, bM 4370 Gx 12 24.9 +07 27 s Vir 1.6 14. p pF, pS, lE, bM 4371 Gx 12 24.9 +11 42 s Vir 3.9 10.8 B, pS, R, gbM I3291 12 24.9 +12 00 d Vir R, bM, mag 14 I3293 12 24.9 +17 26 d Com F, eS, R, PN 4366 ? 12 25.0 +07 27 A Vir eF; evidently not 4370 4375 Gx 12 25.0 +28 33 s Com 1.6 14. p F, S, R, bM, * nf 90" I3289 Gx 12 25.0 -26 02 m Hya 0.8 14. p eF, vS, R, v diffic, *7 nf, *8 np I3296 Gx 12 25.0 +24 23 z Com 16. p cF, neb *13, *13 sp I3297 12 25.0 +26 46 d Com vF, pL, R, bM, spir I3298 12 25.0 +17 02 d Com S, E 150deg , bM I3300 Gx 12 25.0 +25 57 u Com 1.1 15. p pF, pS, E 80deg , bM 4374 Gx 12 25.1 +12 53 s Vir 5.0 9.3 vB, pL, R, psbM, r; = M84 4381 - 12 25.1 +48 50 r CVn F, S; = 4357? I3299 12 25.1 +27 23 d Com vF, vS, R, bM, spir 4377 Gx 12 25.2 +14 46 s Com 1.8 11.8 B, S, R, smbM 4379 Gx 12 25.2 +15 36 s Com 2.1 11.7 pS, R, psbMN 4384 Gx 12 25.2 +54 30 s UMa 1.5 13. p cF, S, iR 4392 Gx 12 25.2 +45 52 r CVn 14. p cF, S, R, vgbM I3290 Gx 12 25.2 -39 47 c Cen 1.6 pF, vS, R, * att, 4373 f I3301 12 25.2 +14 09 d Com vF, vS, R I3302 12 25.2 +25 53 d Com eF, vS, iF I3303 Gx 12 25.2 +12 43 v Vir 1.4 vF, vS I3304 12 25.2 +25 25 d Com eF, S, R I3305 Gx 12 25.2 +11 50 u Vir 1.1 15. p vlE, bM, mag 15 I3306 12 25.2 +27 24 d Com vF, vS, iF, N 4373 Gx 12 25.3 -39 45 s Cen 3.2 11.1 pB, S, R, pgvmbM 4376 Gx 12 25.3 +04 56 r Vir 14. p F, S 4378 Gx 12 25.3 +04 55 s Vir 3.3 12. p B, S, *8-9 sf 3' 4391 Gx 12 25.3 +64 56 s Dra 1.4 14. p cF, S, R, sbM, *** sp I3308 Gx 12 25.3 +26 42 u Com 1.5 15. p F, cS, E 70deg , bM 4380 Gx 12 25.4 +10 01 s Vir 3.7 12. p vF, pL, R, lbM 4382 Gx 12 25.4 +18 11 s Com 7.1 9.2 vB, pL, R, bM, * np; = M85 4383 Gx 12 25.4 +16 28 s Com 2.2 13. p eS, stellar or neb* 11-12 I3307 * 12 25.4 +14 09 x Com R, bM, mag 15 I3309 Gx 12 25.4 +28 23 u Com 1.4 16. p F, pS, R, bM, spir I 787 Gx 12 25.5 +16 06 m Com 1.0 15. p eF, pS, R, B* n, 4405 f I3310 * 12 25.5 +15 40 x Com vF, S, dif, sbM I3311 Gx 12 25.5 +12 15 u Vir 2.1 15. p vF, cS, mE 135deg I3312 12 25.5 +23 35 d Com eF, S, R, bM, v diffic I3313 12 25.5 +15 50 d Com F, vS, R, PN , IC 3310 ssp I3314 12 25.5 +23 35 d Com vF, S, R, bM 4389 Gx 12 25.6 +45 41 s CVn 2.7 12. p pB, pL, iE, vglbM I3316 12 25.6 +26 10 d Com eF, vS, bM; neb? I3317 12 25.6 +25 21 d Com eF, S, E 4385 Gx 12 25.7 +00 34 s Vir 2.3 12.4 vF, vS, alm stell 4387 Gx 12 25.7 +12 49 s Vir 1.9 12.0 pF, vS, R, *13 90" np, np of 2 I3315 12 25.7 +12 18 d Vir E, bM, mag 15 4372 Gb 12 25.8 -72 40 s Mus 18.6 7.8 glob. cl. , pF, L, R, st 12...16 4388 Gx 12 25.8 +12 40 s Vir 5.1 11.1 vF, E, sf of 2 4390 Gx 12 25.8 +10 27 s Vir 1.8 13. p vF, pL, R; = IC 3319-20 4393 Gx 12 25.8 +27 33 s Com 3.3 13. p vF, vL, iF, B* p; = IC 3323, IC 3329 4395 Gx 12 25.8 +33 33 s CVn 12.9 10.2 eF, vL, np of Dneb I3318 * 12 25.8 +09 46 x Vir pB, S; = *10.5 I3319 12 25.8 +10 23 x Vir pF, pS; = 4390 I3320 12 25.8 +10 27 x Vir pF, pS, iF, FN; = 4390 I3321 12 25.8 +26 05 d Com vF, vS, R; D*? I3323 Gx 12 25.8 +27 33 t Com 3.1 13. p cF, vS, R, bM, neb* att I3324 12 25.8 +26 44 d Com cF, vS, R, bM, spir I3325 12 25.8 +23 54 d Com F, S 4394 Gx 12 25.9 +18 13 s Com 3.9 10.9 pB, lE, bM 4399 - 12 25.9 +33 34 r CVn vF, forms trapezium with 4395, 4400, 4401 4400 - 12 25.9 +33 34 r CVn vF 4401 - 12 25.9 +33 31 r CVn vF, vL, pslbM, sf of Dneb I3322 Gx 12 25.9 +07 33 v Vir 2.5 cF, pS, mE 130deg I3326 12 25.9 +23 46 d Com F, S, iF I3328 Gx 12 25.9 +10 03 m Vir 0.6 15. p vF, vS, bM I3329 12 25.9 +27 34 d Com vF, S, iF, att 4393 I3330 Gx 12 25.9 +30 51 v Com 1.4 F, cS, E pf, gbM 4396 Gx 12 26.0 +15 40 s Com 3.5 13. p vF, pL, mE 4397 *** 12 26.0 +18 19 r Com vF, S, 4394 sp I3327 Gx 12 26.0 +14 52 z Com 15. p bM, mag 15 I3331 Gx 12 26.0 +11 48 m Vir 0.2 15. p eF, cS, E 78deg , bM 4398 * 12 26.1 +10 42 r Vir F, pS, 4390 p 14s , 14' s 4402 Gx 12 26.1 +13 07 s Vir 4.1 11.7 F, L, mE 90deg 4405 Gx 12 26.1 +16 11 s Com 2.0 13. p pF, S, R, vsbM, r; = IC 788? I 788 12 26.1 +16 12 x Com pB, pL, R, 4405 south; = 4405? I3332 12 26.1 +25 17 d Com vF, vS, iF, N 4406 Gx 12 26.2 +12 57 s Vir 7.4 9.2 vB, L, R, gbMN, r; = M86 4408 Gx 12 26.2 +27 53 r Com 15. p F, S, r I3333 * 12 26.2 +13 08 x Vir vF, vS; *14? I3334 12 26.2 +28 28 d Com vF, pS, R, bM 4403 Gx 12 26.3 -07 41 r Vir 14. p vF, vS, E 4407 - 12 26.3 +12 39 r Vir f of 2 neb; = 4413? I 789 Gx 12 26.3 +07 27 x Vir 15. p F, vS, R, N = 14m, vF* close I3335 12 26.3 +26 08 d Com eF, vS, R, bM; neb? I3336 Gx 12 26.3 +26 49 z Com 15. p pB, vS, R, bM 4404 Gx 12 26.4 -07 41 r Vir 14. p vF, vS, E 4414 Gx 12 26.4 +31 13 s Com 3.6 10.3 vB, L, E, g, vsmbM * I3337 12 26.4 +25 19 d Com eF, vS, R, bM, spir I3338 12 26.4 +25 53 d Com F, vS, R, bM, spir I3341 12 26.4 +27 45 d Com vF, cS, dif 4409 - 12 26.5 +02 30 r Vir vF, pS, r; = 4420? 4410 Gx 12 26.5 +09 01 s Vir 1.3 14. p pF, vL, R, gbM 4411 Gx 12 26.5 +08 52 s Vir 2.2 12.8 vF, L, 2'.5; = IC 3339 4413 Gx 12 26.5 +12 37 s Vir 2.5 13. p cF, S, gbM, 2 st n, np I 790 Gx 12 26.5 +09 01 m Vir 0.5 15. p vF, vS, f 4410 I3339 12 26.5 +08 52 x Vir *11 with neb nf; = 4411 I3340 Gx 12 26.5 +16 50 m Com 0.7 15. p vS, E 200deg I3342 12 26.5 +27 08 d Com vF, vS, R, spir, sbM * I3344 Gx 12 26.5 +13 34 m Com 0.5 15. p R, bM, mag 14.5 I3345 12 26.5 +24 22 d Com eF, S, iF 4412 Gx 12 26.6 +03 58 s Vir 1.5 13. p F, pL, R, gbM, r 4415 Gx 12 26.6 +08 25 s Vir 1.5 14. p eF, pS I3343 ? 12 26.6 +08 53 x Vir eF, vS, ?? I3348 12 26.6 +25 37 d Com eF, vS, iF I3346 12 26.7 +11 21 d Vir eS, R, bM, mag 15.5 I3347 12 26.7 +10 53 d Vir R, bM, mag 15 I3349 Gx 12 26.7 +12 27 z Vir 15. p vS, R, lbM, mag 15 I3351 12 26.7 +27 36 d Com eF, S, iF I3353 12 26.7 +27 55 d Com eF, S, iF 4416 Gx 12 26.8 +07 56 r Vir 13. p vF, L, R, *7 sp 5' 4417 Gx 12 26.8 +09 35 s Vir 3.6 11.2 F, pL, E, lbp I3350 * 12 26.8 +09 27 x Vir *10.5 with neb sp I3352 ? 12 26.8 +08 45 x Vir F, pS, E I3355 Gx 12 26.8 +13 11 v Vir 1.3 eF, pS, E 168deg I3356 Gx 12 26.8 +11 34 t Vir 1.4 15. p R, bM, mag 16 I3357 Gx 12 26.8 +09 45 z Vir 15. p R, bM, mag 15 I3360 12 26.8 +26 03 d Com eF, vS, iF 4418 Gx 12 26.9 -00 51 r Vir 14. p F or vF, S or cL, R or mE, * nr 4419 Gx 12 26.9 +15 03 s Com 3.4 11.1 B, pmE 135deg +/- , sbM I3354 * 12 26.9 +12 06 x Vir eF, S, ? I3358 Gx 12 26.9 +11 39 u Vir 1.2 15. p vF, S I3359 12 26.9 +23 30 d Com F, S, iF, N, *14 np I3362 12 26.9 +26 41 d Com F, vS, bM, spir 4420 Gx 12 27.0 +02 30 s Vir 2.2 13. p F, pL, lE, r; = 4409? 4421 Gx 12 27.0 +15 28 s Com 2.7 11.6 pB, pL, pgbM, B* np I 791 Gx 12 27.0 +22 38 u Com 1.2 14. p BN = 12m I3361 12 27.0 +10 38 d Vir R, bM, mag 15.5 I3363 Gx 12 27.0 +12 33 z Vir 15. p E, bM, mag 15 4423 Gx 12 27.1 +05 52 s Vir 2.3 14. p vF, vS, E I 792 Gx 12 27.1 +16 20 u Com 1.8 15. p F, S, gbM I3364 12 27.1 +25 34 d Com vF, vS, R, bM I3365 Gx 12 27.1 +15 54 s Com 1.9 14. p pL, vmE 240deg 4424 Gx 12 27.2 +09 25 s Vir 3.7 11.6 F, pL, iR, bM 4425 Gx 12 27.2 +12 44 s Vir 3.4 11.9 pF, S, R, bM 4426 D* 12 27.2 +27 51 r Com Cl, F, S 4427 D* 12 27.2 +27 51 r Com vF; 2 or 3 F st in neb? I3367 Gx 12 27.2 +26 57 z Com 16. p F, vS, R, att 2nd np 4422 Gx 12 27.3 -05 49 r Vir 14. p F, vS, R, psbM, 2 S st nr 4441 Gx 12 27.3 +64 48 s Dra 4.7 14. p pB, S, iR, bM I3366 ? 12 27.3 +09 25 x Vir vF, vS I3368 12 27.3 +16 25 d Com vS, vlE, PN I3369 12 27.3 +16 02 d Com vF, bM, mag 14 I3371 Gx 12 27.3 +10 52 u Vir 1.9 15. p F, pL, vmE 225deg 4429 Gx 12 27.4 +11 07 s Vir 5.5 10.2 B, L, cE, psbM, *10 nf 4430 Gx 12 27.4 +06 15 s Vir 2.7 12. p cF, L, R, gbM I3372 12 27.4 +25 17 d Com vF, vS, bM, spir 4428 Gx 12 27.5 -08 10 s Vir 1.9 13. p vF, pL 4431 Gx 12 27.5 +12 18 s Vir 2.0 12.8 vF, vS, cE, gbM 4434 Gx 12 27.5 +08 09 s Vir 1.6 13. p pF, vS I3373 12 27.5 +25 27 d Com F, cS, iF I3374 Gx 12 27.5 +09 59 z Vir 16. p R, bM, mag 15.5 4432 Gx 12 27.6 +06 14 r Vir 15. p 2 st in eF neb 4433 Gx 12 27.6 -08 17 s Vir 2.3 13. p pF, pL, lE I3370 Gx 12 27.6 -39 20 s Cen 2.8 11.1 pB, pL, R, *8.5 p 4' 4435 Gx 12 27.7 +13 05 s Vir 3.0 10.9 vB, cL, R, np of 2 4436 Gx 12 27.7 +12 19 s Vir 1.9 13.1 cF, S, gbM I3375 12 27.7 +27 22 d Com F, vS, R, att *14 sp 4438 Gx 12 27.8 +13 01 s Vir 9.3 10.1 B, cL, vlE, r, sf of 2 4456 Gx 12 27.8 -30 07 r Hya 15. p eeF, vS, *13 att I3376 Gx 12 27.8 +26 59 u Com 1.8 14. p pB, S, R, bM 4440 Gx 12 27.9 +12 18 s Vir 2.0 11.8 B, pS, R, bM, r I3377 12 27.9 +24 56 d Com pF, vS, R, bM I 793 12 28.0 +09 26 x Vir eF, S, mE, 3 others in field; = 4445 4442 Gx 12 28.1 +09 48 s Vir 4.6 10.5 vB, pL, R, smbM 4443 * 12 28.1 +13 08 r Vir F, S I 794 Gx 12 28.1 +12 06 v Vir 1.7 F, S, E pF, bM I3378 12 28.1 +17 18 d Com 1st of 2 neb, 1'apart, mag 15.5 I3379 12 28.1 +17 18 d Com 2nd of 2 neb, 1'apart, mag 15.5 I3380 12 28.1 +26 40 d Com F, vS, bM, spir 4446 Gx 12 28.2 +13 55 r Com 15. p eeF, pS, R 4448 Gx 12 28.2 +28 37 s Com 4.0 11.1 B, L, E 90deg , sbM 4449 Gx 12 28.2 +44 06 s CVn 5.1 9.4 vB, cL, mE, D or bifid, rrr, *9 f 5' I3382 Gx 12 28.2 +13 33 u Com 1.0 16. p F, pS, mE 150deg I3383 Gx 12 28.2 +10 17 m Vir 0.7 15. p R, bM, mag 15 I3384 12 28.2 +25 05 d Com eF, vS, iF I3385 12 28.2 +25 26 d Com eF, pS, R, bM, dif 4445 Gx 12 28.3 +09 26 s Vir 2.8 12.8 vF, pL, mE; = IC 793 4447 Gx 12 28.3 +13 54 r Com 15. p eeF, pS, R I3381 Gx 12 28.3 +11 47 v Vir 1.5 eF, vS, stell I3387 12 28.3 +28 00 d Com vF, S, viF 4439 OC 12 28.4 -60 06 s Cru 4. 8.4 Cl, S, st 11...12 I3386 12 28.4 +13 11 d Vir vF, cS, E 90deg I3388 Gx 12 28.4 +12 49 z Vir 15. p vS, R, lbM, mag 15 I3389 12 28.4 +27 51 d Com vF, S, iF I3391 Gx 12 28.4 +18 24 u Com 1.1 14. p cS, vlE, sbMF*; spir? 4450 Gx 12 28.5 +17 05 s Com 4.8 10.1 B, L, R, gvmbM *, r, B* sp I 795 Gx 12 28.5 +23 18 z Com 15. p pB, S, stellar, 13m I3390 12 28.5 +24 49 d Com vF, vS, R, bM 4444 Gx 12 28.6 -43 16 t Cen 1.6 eF, L, R, vgbM 4451 Gx 12 28.7 +09 16 s Vir 1.5 12.5 pB, pS, R, bM, *13 s 4452 Gx 12 28.7 +11 45 s Vir 2.4 12.4 pB, S, vmE 4453 Gx 12 28.7 +06 30 v Vir 0.6 F, pS, bM, r 4455 Gx 12 28.7 +22 49 s Com 2.8 13. p F, L, E, gbM, 2 B st nf I3392 Gx 12 28.7 +15 00 v Com 2.4 B, L, mE 225deg , mbM I3393 Gx 12 28.7 +12 55 v Vir 1.4 S, E 125deg , bM, mag 14 I3395 12 28.7 +25 02 d Com vF, vS, R, bM I3396 12 28.7 +25 03 d Com vF, vS, R, bM, others n 4454 Gx 12 28.8 -01 56 s Vir 2.2 12.1 F, L, R, gbM, er 4460 Gx 12 28.8 +44 52 s CVn 4.4 12. p B, pL, E 123deg , psbM I3394 Gx 12 28.8 +26 47 m Com 0.4 16. p F, S, bM, spir I3397 12 28.8 +25 44 d Com F, S, v iF 4484 Gx 12 28.9 -11 39 r Vir 14. p pF, S, R, gbM I3399 12 28.9 +25 42 d Com vF, vS, R, bM 4457 Gx 12 29.0 +03 34 s Vir 3.0 10.8 cB, pS, R, smbMN 4458 Gx 12 29.0 +13 15 s Vir 1.9 12.1 pB, S, R, bM, p of 2 4459 Gx 12 29.0 +13 59 s Com 3.8 10.4 pB, pL, iR, bM, r, *8 sf 2' 4461 Gx 12 29.0 +13 11 s Vir 3.7 11.2 pF, S, R, bM, f of 2 I3398 * 12 29.0 +13 34 x Com cF, vS I3400 ? 12 29.0 +09 24 x Vir cB, cS, = *10 I3401 12 29.0 +26 28 d Com vF, vS, R I3402 Gx 12 29.0 +28 51 u Com 1.0 16. p vF, cL, E 10deg , * np, conn? I3403 Gx 12 29.0 +24 38 z Com 16. p cF, S, pR, bM I3405 12 29.0 +37 44 d CVn F, S, R, vlbM I3407 Gx 12 29.0 +27 47 u Com 1.2 15. p cF, cS, E 150deg , bM; spir? I3406 Gx 12 29.1 +27 38 m Com 0.5 16. p cF, S, bM, spir I3410 Gx 12 29.1 +19 00 z Com 16. p bM, mag 15.5 I3404 ? 12 29.2 +07 09 x Vir cB, cS, R, mbM I3411 12 29.2 +24 35 d Com eF, S, iF, neby sf 4462 Gx 12 29.3 -23 10 s Crv 3.7 12. p pB, pS, E 130deg , sbM I3408 * 12 29.3 +11 53 x Vir B, stell; *9.5? I3412 Gx 12 29.3 +09 59 z Vir 15. p eF, cS 4464 Gx 12 29.4 +08 10 s Vir 1.1 12.7 F, vS, R, pgbM 4465 Gx 12 29.4 +08 02 r Vir 15. p vF, v dif I 796 Gx 12 29.4 +16 24 u Com 1.4 14. p F, S, E ns, r I3409 Gx 12 29.4 +14 46 m Com 0.6 17. p bM, mag 15 I3413 Gx 12 29.4 +11 26 v Vir 1.6 vF, vS, R, bM I3414 Gx 12 29.4 +06 46 v Vir 1.7 cF, cS, mbM I3415 12 29.4 +26 46 d Com F, vS, bM, spir; neb*? 4466 Gx 12 29.5 +07 42 s Vir 1.4 15. p vF, pS, iR 4467 Gx 12 29.5 +08 00 v Vir 0.7 14.5 vF, vS, lE 4468 Gx 12 29.5 +14 03 s Com 1.5 13.0 F, cL 4469 Gx 12 29.5 +08 45 s Vir 3.9 12. p pF, pL, mE, bM, r 4470 Gx 12 29.6 +07 49 s Vir 1.5 13. p F, pL, iR, bM; = IC 3417 I3416 Gx 12 29.6 +10 47 m Vir 0.1 15. p S, mE 250deg I3421 OC 12 29.6 +26 14 x Com Cl, F, cS, R, bM 4471 Gx 12 29.7 +07 55 h Vir 0.2 15. p vF, vS I3417 * 12 29.7 +07 52 x Vir eF, vS, ?* I3418 Gx 12 29.7 +11 24 v Vir 1.5 vF, wisp I3419 12 29.7 +15 02 d Com vF, R, mag 16 I3420 * 12 29.7 +13 27 x Com vF, S, R, ?? I3422 12 29.7 +14 42 d Com bM, mag 15 I3424 12 29.7 +24 24 d Com eF, pS, iF 4472 Gx 12 29.8 +08 00 s Vir 8.9 8.4 vB, L, R, mbM, r; = M49 4473 Gx 12 29.8 +13 26 s Com 4.5 10.2 pB 4475 Gx 12 29.8 +27 15 s Com 2.1 15. p eF, pL, R 4481 Gx 12 29.8 +64 03 r Dra 15. p pF, vS, R, *13 att I3423 ? 12 29.8 +13 40 x Com vF, vS 4474 Gx 12 29.9 +14 04 s Com 2.3 11.8 pF, R, r I3425 Gx 12 29.9 +10 36 u Vir 1.9 15. p bM, mag 14 4463 OC 12 30.0 -64 48 s Mus 5. 7.2 Cl, P, vlC 4476 Gx 12 30.0 +12 21 s Vir 1.9 12.3 F, S, R, bM, 1st of 3 4477 Gx 12 30.0 +13 38 s Com 4.0 10.4 pB, cL I3426 * 12 30.0 +13 36 x Com vF, vS I3427 Gx 12 30.1 +10 46 x Vir 14. p F, vS, exc Nf I3428 12 30.1 +23 40 d Com F, S, R, bM I3429 12 30.1 +23 33 d Com vF, S, iF, N 4482 Gx 12 30.2 +10 47 r Vir 14. p eF, pL; = IC 3427 I3430 Gx 12 30.2 +09 04 u Vir 1.2 15. p eF, cS, dif 4478 Gx 12 30.3 +12 20 s Vir 2.0 11.2 pB, S, R, psbM, 2nd of 3 4479 Gx 12 30.3 +13 35 s Com 1.8 12.5 pB, pL 4480 Gx 12 30.4 +04 15 s Vir 2.6 12.4 pF, pS, E, bs I3431 * 12 30.4 +11 35 x Vir vS, R I3432 Gx 12 30.4 +14 10 m Com 0.6 15. p B, S, R I3433 12 30.4 +17 18 d Com bM, mag 14.5 4485 Gx 12 30.5 +41 42 s CVn 2.4 12.0 B, pS, iR, np of 2 I3434 Gx 12 30.5 +18 48 z Com 15. p bM, mag 15 I3436 Gx 12 30.5 +19 39 m Com 0.4 15. p bM, mag 14 4490 Gx 12 30.6 +41 38 s CVn 5.9 9.8 vB, vL, mE 130deg , r, sf of 2 I3435 Gx 12 30.6 +15 07 u Com 1.2 16. p S, mE 135deg , sbM 4483 Gx 12 30.7 +09 01 s Vir 1.8 13. p pB, pS, R, bM 4486 Gx 12 30.8 +12 24 s Vir 7.2 8.6 vB, vL, R, mbM, 3rd of 3; = M87 4489 Gx 12 30.8 +16 45 s Com 2.2 13. p pF, cS, R, gbM I3437 Gx 12 30.8 +11 20 z Vir 15. p bM, mag 15 4488 Gx 12 30.9 +08 22 s Vir 3.6 13. p vF, vS, lE 4491 Gx 12 31.0 +11 29 s Vir 1.9 12.5 F, L, R 4492 Gx 12 31.0 +08 05 s Vir 2.0 12.5 pF, pL, vglbM, 2 st nr; = IC 3438 I3438 12 31.0 +08 05 x Vir cF, S, FN; = 4492 I3439 12 31.0 +25 34 d Com vF, cS, iF, sev N 4487 Gx 12 31.1 -08 03 s Vir 4.1 11. p F, vL, er I3440 12 31.1 +12 02 d Vir eF, pS, lE 30deg 4493 Gx 12 31.2 +00 37 r Vir 15. p vF, vS, iR I3441 Gx 12 31.2 +28 51 m Com 0.4 15. p F, S, bM, spir I3444 12 31.2 +27 33 d Com vF, vS, bM, spir 4495 Gx 12 31.3 +29 09 r Com 14. p pF, cS, R, pslbM I3442 Gx 12 31.3 +14 07 v Com 1.5 F, vS, R, lbM I3443 Gx 12 31.3 +12 19 m Vir 0.2 16. p bM, mag 15.5 I3445 12 31.3 +12 44 d Vir F, eS, R I3446 Gx 12 31.3 +11 29 z Vir 15. p bM, mag 14 4494 Gx 12 31.4 +25 47 s Com 4.8 9.9 vB, pL, R, vsmbMN 4500 Gx 12 31.4 +57 58 s UMa 1.9 13. p B, cS, E, pgbM, *9 f 50" I3447 * 12 31.4 +10 40 x Vir F, eS, R I3448 12 31.4 +17 12 d Com vF, vlE I3449 D* 12 31.4 +25 55 x Com eF, vS, bM, spir I3450 Gx 12 31.4 +26 48 x Com vF, vS, spir, ? (4494 sp) I3451 Gx 12 31.4 +28 51 m Com 0.5 15. p F, S, bM, spir 4497 Gx 12 31.5 +11 37 s Vir 2.3 12.6 vF or pF; = IC 3452 I3452 12 31.5 +11 37 x Vir pF, pS, E 100deg ; = 4497 I3453 Gx 12 31.5 +14 51 s Com 1.2 15. p F, S, E 160deg , lbM 4496 Gx 12 31.6 +03 56 s Vir 3.9 12. p F, cL, biN or Dneb I3454 Gx 12 31.6 +27 30 u Com 1.3 16. p F, S, iF, dif, att *11 n 4498 Gx 12 31.7 +16 51 s Com 3.2 13. p vF, pL, E; biN? 4510 Gx 12 31.7 +64 15 r Dra 14. p Cl, vS, st F, mC I3455 ? 12 31.7 +25 47 x Com eF, S, iF I3456 12 31.7 +28 21 d Com vF, pS, iF I3458 12 31.7 +28 09 d Com F, S, bM, spir 4529 Gx 12 31.8 +20 30 r Com 15. p eF, L I3460 12 31.8 +27 23 d Com F, S, iF 4513 Gx 12 31.9 +66 20 r Dra 14. p F, R (vS Cl?) I 797 Gx 12 31.9 +15 07 u Com 1.2 14. p F, S, R, gbM I3457 Gx 12 31.9 +12 39 v Vir 1.6 S, R, lbM I3459 Gx 12 31.9 +12 10 u Vir 1.2 15. p vF, pS, dif 4501 Gx 12 32.0 +14 25 s Com 6.9 9.5 B, vL, vmE; = M88 I3461 Gx 12 32.0 +11 53 m Vir 0.6 15. p vF, vS I3462 12 32.0 +15 18 d Com vF, eS, R I3464 * 12 32.0 +26 00 x Com eF, vS, bM, spir 4499 Gx 12 32.1 -39 58 r Cen vF, L, R, vglbM 4502 Gx 12 32.1 +16 42 r Com 15. p vF, S 4503 Gx 12 32.1 +11 11 s Vir 3.5 11.1 pB, S, R, gbM I3463 D* 12 32.1 +12 19 x Vir vF, cS, E 40deg 4506 Gx 12 32.2 +13 25 s Com 1.6 14. p cF, pmE 90deg +/- , gbM, *9 p 8s 4511 Gx 12 32.2 +56 29 r UMa 14. p pF, vS, iR, vgbM I3465 12 32.2 +12 04 d Vir bM, mag 16 I3466 12 32.2 +11 48 d Vir bM, mag 15 I3469 12 32.2 +25 48 d Com eF, S, E 50deg 4504 Gx 12 32.3 -07 34 s Vir 4.0 12. p pB, cL, iE, gvlbM, er 4505 - 12 32.3 +03 59 r Vir vF, cL, r, f of 2; = 4496? I3467 12 32.3 +11 47 d Vir cS, vmE 255deg , sbM * I3468 Gx 12 32.3 +10 14 x Vir bM, mag 13.5 I3471 Gx 12 32.3 +16 01 m Com 0.7 16. p F, vS, R I3472 12 32.3 +24 44 d Com eF, S, iF I3473 Gx 12 32.3 +18 14 u Com 1.1 15. p S, R, lbM 4508 - 12 32.4 +05 50 r Vir vS, R, sbM *13 I3470 Gx 12 32.4 +11 15 x Vir bM, mag 13.5 4514 Gx 12 32.5 +29 44 r Com 14. p eF, vS, R, bM I 798 Gx 12 32.5 +15 24 z Com 15. p vF, eS, R 4512 Gx 12 32.6 +63 54 r Dra 14. p pB, S, R, psbM I3474 Gx 12 32.6 +02 40 v Vir 2.2 pF, E spnf, dif, *17 np, B* sf I3477 * 12 32.6 +26 03 x Com vF, vF, bM, spir I3475 Gx 12 32.7 +12 46 s Vir 2.6 13.3 vF, pS, R, dif I3476 Gx 12 32.7 +14 03 s Com 2.2 12.7 pF, pL, lbM I3478 Gx 12 32.7 +14 12 v Com 1.3 vF, vS, bM I3479 12 32.7 +25 24 d Com vF, vS, iF I3480 12 32.7 +26 50 d Com vF, S, E 90deg , bM 4437 12 32.8 +00 07 A Vir F, eE 75deg , *10 nf, place that of *; = 4517 4517 Gx 12 32.8 +00 07 s Vir 10.2 10.5 cB, vL, vmE 89deg , pB* in cont 4521 Gx 12 32.8 +63 57 r Dra 13. p pB, S, pmE, pgbM, *10 p 12s I3481 Gx 12 32.9 +11 24 s Vir 0.7 14.0 bM, mag 13 I3568 Pl 12 32.9 +82 33 s Cam 0.1 12. p PN or neb *9.5; *13 p 15" 4515 Gx 12 33.0 +16 15 s Com 1.6 13. p F, vS, bM * I3482 12 33.0 +27 50 d Com vF, S, bM, spir 4509 Gx 12 33.1 +32 06 s CVn 1.1 14. p vF, S, R, lbM 4516 Gx 12 33.1 +14 34 s Com 1.9 14. p F, pS, R, r I3484 Gx 12 33.1 +17 24 m Com 0.6 15. p S, R, bM I3488 Gx 12 33.1 +26 21 x Com F, S, R, bM 4518 Gx 12 33.2 +07 51 r Vir 15. p F, S, R, bM I3483 Gx 12 33.2 +11 21 s Vir 0.5 15.0 bM, mag 14 I3485 * 12 33.2 +09 13 x Vir eF, S; ? I3486 12 33.2 +12 52 d Vir F, S, R, dif I3487 12 33.2 +09 24 d Vir vF, vS I3489 Gx 12 33.2 +12 14 m Vir 0.6 15. p bM, mag 13 I3490 Gx 12 33.2 +10 55 z Vir 0.6 16. p vF, S, vmE 240deg I3491 Gx 12 33.2 +27 06 x Com F, S, iF I3492 Gx 12 33.2 +12 51 s Vir 15. p sbM, prob spiral I3494 Gx 12 33.2 +27 35 x Com vF, vS, neb*, *15 np I3493 * 12 33.4 +09 23 x Vir eF, vS 4519 Gx 12 33.5 +08 39 s Vir 3.1 11.7 F, pL, R, bM, r I3495 Gx 12 33.5 +26 47 x Com vF, cS, iF, diffic I3496 Gx 12 33.5 +26 44 x Com vF, cS, iF, *15 np I3497 12 33.5 +25 29 d Com vF, vS, R, bM I3498 * 12 33.5 +26 44 x Com vF, S, iF 4522 Gx 12 33.7 +09 10 s Vir 3.7 13. p eF, pL, lE, vlbM I 799 12 33.7 -07 24 x Vir eF, eS, R (eF* att p?); = 4520 I3499 Gx 12 33.7 +10 59 s Vir 1.6 13.3 cS, E (wisps) 130deg , bM I3502 Gx 12 33.7 +26 37 x Com eF, S, iF 4520 Gx 12 33.8 -07 23 s Vir vF, S, 2 vS st inv 4523 Gx 12 33.8 +15 10 s Com 2.6 14. p Cl + neb, close to a ** 4524 Gx 12 33.8 -12 01 r Crv 14. p vF, iF, bM 4525 Gx 12 33.8 +30 17 s Com 2.9 13. p F, pL, iR, bM 4530 - 12 33.8 +41 21 r CVn nebulous * 4 mag ??? (8 CVn) I 801 Gx 12 33.8 +52 15 u CVn 1.2 15. p eeF, S, R, * close n I3500 Gx 12 33.8 +13 58 z Com 15. p S, E 90deg , sbM * I3501 Gx 12 33.8 +13 19 m Com 0.6 15. p F, S, R, bMN I3503 12 33.8 +37 47 d CVn eF, vS, bMN I 800 Gx 12 33.9 +15 21 v Com 1.7 F, S, R, gbM 4526 Gx 12 34.0 +07 42 s Vir 7.2 9.6 vB, vL, mE 120deg +/- , psmbM, bet 2 st 7m 4527 Gx 12 34.1 +02 39 s Vir 6.3 10.4 pB, L, pmE 69deg , mbM 4528 Gx 12 34.1 +11 19 s Vir 1.8 11.7 pF, cS, R, bM, *9 f 30s 4534 Gx 12 34.1 +35 31 s CVn 3.0 12. p cF, L, lE, vglbM, r I3504 ? 12 34.1 +06 53 x Vir eF, vS, nr *10 I3505 Gx 12 34.1 +15 57 m Com 0.8 15. p F, S, E I3507 12 34.1 +25 22 d Com vF, vS, iF I3508 Gx 12 34.1 +26 40 x Com cF, S, bM, spir I3506 12 34.2 +12 44 d Vir vF, R I3511 ? 12 34.2 +27 21 x Com vF, S, iF, N I3512 ? 12 34.2 +27 22 x Com vF, S, iF, N I3513 ? 12 34.2 +27 20 x Com vF, S, iF, N 4531 Gx 12 34.3 +13 05 s Vir 3.0 13. p F, pL, R, vgbM 4532 Gx 12 34.3 +06 28 s Vir 2.9 11.9 pB, pL, pmE, vgbM, r 4535 Gx 12 34.3 +08 12 s Vir 6.8 9.8 pF, vL, r, spiral neb I3509 Gx 12 34.3 +12 04 z Vir 15. p bM, mag 14 I3510 Gx 12 34.3 +11 04 u Vir 1.1 15. p eF, bM, mag 15, *10 nf I3514 D* 12 34.3 +26 42 x Com vF, vS, bM, spir I3515 12 34.3 +27 52 d Com F, S, iF I3516 Gx 12 34.3 +27 27 x Com vF, S, iF, N 4533 Gx 12 34.4 +02 20 s Vir 2.0 15. p F, 4536 sf 4536 Gx 12 34.5 +02 11 s Vir 7.4 10.4 B, vL, mE 110deg , sbM, er I3517 Gx 12 34.5 +09 09 u Vir 1.5 15. p eF, pS, mE 28deg ; ? I3518 Gx 12 34.5 +09 37 u Vir 1.3 15. p cS, mE 210deg , bM I3519 ? 12 34.5 +15 34 x Com vF, vS, R I3520 Gx 12 34.5 +13 30 z Com 15. p vF, R 4539 Gx 12 34.6 +18 12 s Com 3.5 12.0 pB, pmE 4545 Gx 12 34.6 +63 31 s Dra 2.8 13. p F, L, iR, vgbM, S* nf I3521 Gx 12 34.6 +07 09 x Vir pF, cS, E 45deg , bM 4538 Gx 12 34.7 +03 20 r Vir 15. p eF, vS, nearly R I3523 12 34.7 +14 01 d Com vF, R I3524 D* 12 34.7 +14 14 x Com cF, S; *12.5? I3526 12 34.7 +25 41 d Com F, vS, R, bM I3527 D* 12 34.7 +26 09 x Com F, vS, R, bM * 4540 Gx 12 34.8 +15 33 s Com 2.0 12. p F, pS, bM, r 4542 Gx 12 34.8 +50 50 r CVn 15. p eF, pL, R 4547 Gx 12 34.8 +58 56 r UMa 15. p vF, pS, E, vgbM, *9 f 2', p of 2 4549 Gx 12 34.8 +58 56 r UMa 15. p eF, pS, E, f of 2 I3522 Gx 12 34.8 +15 13 v Com 1.5 vF, S, mE 90deg I3525 12 34.8 +10 10 d Vir vF, R I3529 12 34.8 +25 42 d Com F, vS, R, bM I3530 Gx 12 34.8 +17 48 z Com 15. p F, vS, R I3528 Gx 12 34.9 +15 34 v Com 0.7 bM, mag 14 I3531 Gx 12 34.9 +26 38 x Com vF, vS, bM, spir I3532 12 35.0 +25 53 d Com vF, vS, bM, spir I3533 Gx 12 35.0 +25 46 z Com 16. p pF, vS, R, bM 4537 Gx 12 35.2 +50 50 r CVn 16. p eeF, S, R, nearly bet 2 st 4541 Gx 12 35.2 -00 13 s Vir 1.8 14. p F, S, R, gbM I3534 12 35.2 +15 00 d Com vF, cS, R I3535 12 35.2 +25 44 d Com F, vS, R, bM I3536 Gx 12 35.2 +26 32 x Com vF, S, iF I3538 * 12 35.2 +26 14 x Com eF, S, iF I3539 12 35.3 +23 59 d Com eF, S, R, bM, *13 sp 4543 Gx 12 35.4 +06 07 r Vir 14. p pF, cS, R, bM 4548 Gx 12 35.4 +14 30 s Com 5.4 10.2 B, L, lE, lbM; = M91 I3537 D* 12 35.4 +07 39 x Vir vF, S, ? I3540 Gx 12 35.4 +12 45 m Vir 0.4 15. p vS, R, sev condens I3541 12 35.4 +23 58 d Com eF, S, R 4546 Gx 12 35.5 -03 48 s Vir 3.5 10.3 vB, cL, pmE 78deg , vsmbMN 4550 Gx 12 35.5 +12 13 s Vir 3.5 11.6 pB, S, vlE, sp of 2 4507 Gx 12 35.6 -39 55 s Cen 2.3 13. p pB, S, R, psmbM *16 4544 Gx 12 35.6 +03 02 s Vir 2.1 14. p vF, S, R, bet 2 st 4551 Gx 12 35.6 +12 16 s Vir 2.0 11.9 pB, S, R, bM, nf of 2 4562 Gx 12 35.6 +25 51 s Com 2.5 14. p S, sp 4565 4552 Gx 12 35.7 +12 33 s Vir 4.2 9.8 pB, pS, R, gmbM; = M89 4554 - 12 35.7 +11 11 r Vir vF 4555 Gx 12 35.7 +26 31 s Com 1.7 14. p B, pS, iR, vsmbM *12 I3543 Gx 12 35.7 +26 17 v Com 1.1 vF, S, lE 150deg I3545 12 35.7 +26 31 x Com pB, S, R, bM; = 4555 I3546 Gx 12 35.7 +26 13 x Com F, S, lE 150deg 4556 Gx 12 35.8 +26 54 s Com 1.5 14. p F, pL 4558 Gx 12 35.8 +27 01 r Com 15. p vF, nf of 2 (or 3?); = IC 3556 I 802 Nb 12 35.8 +74 15 x Dra 1. vF, S, stellar I3542 12 35.8 +11 40 d Vir bM, mag 14.5 I3544 D* 12 35.8 +14 18 x Com cF, vS; *12.5? I3547 D* 12 35.8 +26 20 x Com vF, vS, iF I3549 * 12 35.8 +26 24 x Com vF, vS, bM, spir 4563 Gx 12 35.9 +26 59 r Com 15. p F, vS, R, mbM 4566 Gx 12 35.9 +54 13 s UMa 1.5 14. p pF, S, iR, gbM 4572 Gx 12 35.9 +74 15 r Dra 15. p eF, S I3548 12 35.9 +10 57 d Vir vF, eS, R I3550 12 35.9 +27 56 d Com N inv in 4559 I3551 12 35.9 +27 58 d Com N inv in 4559 I3552 12 35.9 +28 00 d Com N inv in 4559 I3553 ? 12 35.9 +26 12 x Com vF, vS, R, bM I3554 12 35.9 +27 56 d Com N inv in 4559 (2s p, 1'.8 s) I3555 12 35.9 +28 00 d Com N inv in 4559 (1s .5 p, 2'.0 n) 4559 Gx 12 36.0 +27 58 s Com 10.5 9.9 vB, vL, mE 150deg , gbM, 3 st f I3556 Gx 12 36.0 +26 58 x Com F, S, R, bM 4553 Gx 12 36.1 -39 27 v Cen 2.1 F, vlE, glbM 4557 Gx 12 36.1 +26 57 r Com 15. p nebulous * 4560 - 12 36.1 +07 41 r Vir cB, pL, R, gbM 4561 Gx 12 36.1 +19 20 s Com 1.5 13. p pB, pL, vlE, lbM, r; = IC 3569 I3557 Gx 12 36.1 +16 38 m Com 0.7 15. p bM, mag 15.5 I3559 Gx 12 36.1 +26 59 x Com vF, vS, R, bM I3560 Gx 12 36.1 +27 05 x Com vF, vS, R, bM I3561 Gx 12 36.1 +26 54 x Com cF, vS, R, bM * I3563 12 36.1 +27 56 d Com N inv in 4559 I3569 Gx 12 36.1 +19 19 t Com 1.3 13. p cS, spir, 2 br, F* M, F* inv; = 4561 I3558 12 36.2 +11 51 d Vir D; F, R, dist 12" n & s I3562 Gx 12 36.2 +09 55 z Vir 16. p E 220deg I3564 12 36.2 +27 56 d Com N inv in 4559 I3565 Gx 12 36.2 +26 45 x Com vF, S, E 148deg ; st? 4565 Gx 12 36.3 +25 59 s Com 16.2 9.6 B, eL, eE 135deg , vsbMN = *10-11 I3566 ? 12 36.3 +11 09 x Vir com, R with tail 1' at 110deg I3570 12 36.3 +24 05 d Com eF, S, iF, *13 np I3571 Gx 12 36.3 +26 05 x Com eF, S, iF, others nr 4564 Gx 12 36.4 +11 26 s Vir 3.1 11.1 pB, S, lE, psbM I3567 Gx 12 36.4 +13 36 z Com 15. p F, vS, R, bM 4567 Gx 12 36.5 +11 15 s Vir 3.0 11.3 vF, L, np of Dneb (4568 at 160deg +/- ) I3572 * 12 36.5 +11 37 x Vir eF, vS, ?? I3573 12 36.5 +11 46 d Vir F, vS, R I3574 12 36.5 +12 24 d Vir vF, vS; *14? I3575 12 36.5 +13 45 d Com vF, vS, R I3579 * 12 36.5 +26 06 x Com eF, S, iF, others nr I3582 Gx 12 36.5 +26 12 v Com 0.5 F, vS, com, bM, others nr 4568 Gx 12 36.6 +11 14 s Vir 4.6 10.8 vF, L, sf of Dneb I3576 Gx 12 36.6 +06 37 s Vir 3.0 14. p F, pS, dif I3577 D* 12 36.6 +11 54 x Vir vF, pS, dif, *13 inv nf I3578 Gx 12 36.6 +11 06 u Vir 1.0 15. p S, E 125deg I3580 12 36.6 +18 17 d Com F, vS, R I3581 Gx 12 36.6 +24 24 m Com 0.4 15. p pB, S, E 50deg , bM I3583 Gx 12 36.7 +13 15 s Vir 2.2 14. p vmE, *13 att sf, 2 st 12 nr I3585 Gx 12 36.7 +26 50 v Com 1.4 cF, S, neb* 4569 Gx 12 36.8 +13 10 s Vir 9.5 9.5 pL, bMN; = M90 I3584 * 12 36.8 +12 14 x Vir vF, vS; *14? I3587 Gx 12 36.8 +27 33 u Com 1.5 16. p vF, S, lE 120deg , *15 nf 4570 Gx 12 36.9 +07 15 s Vir 4.1 10.9 cB, pS, mE 0deg +/- , sbMrN 4571 Gx 12 36.9 +14 13 s Com 3.8 11.3 vF, L, E, vgbM, *9 nf nr; = IC 3588 I3586 Gx 12 36.9 +12 32 m Vir 0.6 15. p vF, cS, dif I3588 ? 12 36.9 +14 13 x Com cF, pL, lbM I3590 12 36.9 +27 17 d Com vF, S, viF I3592 Gx 12 36.9 +27 53 u Com 1.3 15. p pF, S, lE 140deg I3594 * 12 36.9 +26 07 x Com eF, vS, iF I3589 12 37.0 +06 56 d Vir vF, S, R, stell I3591 12 37.0 +06 56 d Vir F, pS, nr *14 I3593 Gx 12 37.0 +27 46 m Com 0.4 15. p pF, S, iF, N I3595 12 37.1 +23 47 d Com eF, S, iF I3596 D* 12 37.3 +26 31 x Com vF, S, iF, nr D* 4589 Gx 12 37.4 +74 12 s Dra 3.0 12. p cB, L, lE, pgmbM I3597 12 37.4 +23 52 d Com eF, S, R I3598 Gx 12 37.4 +28 12 v Com 1.7 pF, vS, sbM *, *15 nf 100" 4577 - 12 37.5 +06 04 r Vir vF, vS; = 4543? 4578 Gx 12 37.5 +09 33 s Vir 3.6 11.4 pF, pS, R, sbMN, * np 4576 Gx 12 37.6 +04 22 s Vir 1.4 13.5 F, *7 sf I3600 Gx 12 37.6 +27 08 v Com 0.6 F, vS, neb* 4573 Gx 12 37.7 -43 37 r Cen vF, S, *10 n 30" 4574 Gx 12 37.7 -35 30 r Cen vF, L, lE, vglbM 4579 Gx 12 37.7 +11 49 s Vir 5.4 9.8 B, L, iR, vmbM, r; = M58 I3599 Gx 12 37.7 +26 42 v Com cF, S, R, bM 4580 Gx 12 37.8 +05 22 s Vir 2.4 13. p pB, L, vgbM I3601 PD 12 37.8 +15 12 x Com bM, mag 15 4575 Gx 12 37.9 -40 32 s Cen 2.2 13. p F, S, pmE, 2 st p 4583 Gx 12 38.0 +33 28 r CVn 14. p cF, S, lE, bM 4585 Gx 12 38.1 +28 57 r Com 14. p vF, eS I3602 Gx 12 38.1 +10 05 z Vir 15. p F, eS, R, lbM 4581 Gx 12 38.2 +01 28 r Vir 13. p F, S, bM, stell N 4582 * 12 38.2 +00 11 F Vir *12 in F neb I3603 12 38.2 +15 32 d Com eF, bM, mag 15 4584 Gx 12 38.3 +13 07 s Vir 1.5 14. p vF, S, R I3605 12 38.3 +19 31 d Com vF, vS, R I3604 12 38.4 +11 43 d Vir F, vS, R, lbM I3606 12 38.4 +12 36 d Vir F, vlE 4586 Gx 12 38.5 +04 19 s Vir 4.4 11.6 pB, L, E, psbM I3607 ? 12 38.5 +10 22 x Vir F, eS, R I3609 Gx 12 38.5 +14 22 z Com 15. p B, vS, R; PN ? 4587 Gx 12 38.6 +02 40 r Vir 14. p F, pS, mbM I3608 Gx 12 38.6 +10 29 u Vir 3.5 15. p vS, R, wisps pf, 1' each 4588 Gx 12 38.8 +06 46 r Vir 15. p vF, eS I3610 12 38.8 +26 52 d Com eF, S, viF I3614 12 39.0 +26 18 d Com eF, pS, gbM, spir I3615 Gx 12 39.0 +18 11 u Com 1.3 15. p S, E 185deg , bM I3611 Gx 12 39.1 +13 22 x Com pF, cS, E 130deg I3612 12 39.1 +14 43 d Com B, vS, R; PN ? I3613 12 39.1 +13 44 d Com F, eS, R, lbM I3616 ? 12 39.2 +14 44 x Com bM, mag 14 I3618 Gx 12 39.2 +26 41 v Com F, vS, R, bM 4591 Gx 12 39.3 +06 01 r Vir 14. p vF, cS 4592 Gx 12 39.3 -00 32 s Vir 4.6 12. p F, L, E 90deg +/- , vgbM I3619 12 39.3 +24 08 d Com vF, cS, E 160deg , bM I3620 Gx 12 39.3 +27 55 v Com F, S, iF, bM, sev neb st nr I3617 Gx 12 39.4 +07 58 s Vir 1.1 15. p vF, S I3623 Gx 12 39.4 +27 07 v Com cF, S, R, bM 4590 Gb 12 39.5 -26 45 s Hya 12.0 8.2 glob. cl. , L, eRi, vC, iR, rrr, st 12; = M68 I3621 12 39.5 +15 29 d Com bM, mag 14 I3622 12 39.5 +15 25 d Com vF, S, R I3626 Gx 12 39.5 +25 41 z Com 16. p vF, S, bM, spir I3627 12 39.5 +27 30 d Com F, S, iF, N I 803 Gx 12 39.6 +16 36 m Com 0.7 15. p eF, S, v diffic I3624 12 39.6 +11 59 d Vir F, S, E 180deg 4593 Gx 12 39.7 -05 21 s Vir 4.0 12. p pB, cL, E, sbMN = * I3625 12 39.7 +10 58 d Vir vF, R I3628 12 39.7 +26 15 d Com eF, S, R I3629 12 39.8 +13 31 d Com S, mE 245deg , lbM I3630 12 39.8 +25 26 d Com vF, vS, lE; D*? I3631 Gx 12 39.8 +12 59 x Vir 14. p bM, mag 13 4595 Gx 12 39.9 +15 18 s Com 1.8 13. p pF, pL, R, gbM 4596 Gx 12 39.9 +10 11 s Vir 3.9 10.5 B, pS, R, gmbM, r, 3 st f 4594 Gx 12 40.0 -11 37 s Vir 8.9 8.3 !, vB, vL, eE 92deg , vsmbMN; = M104 4605 Gx 12 40.0 +61 37 s UMa 5.5 11. p B, L, vmE 118deg , glbM I3632 12 40.0 +26 41 d Com eF, cS, iF 4597 Gx 12 40.2 -05 48 s Vir 3.6 12. p F, vL, bM I3633 Gx 12 40.2 +09 53 z Vir 15. p vS, PN , lbM I3634 12 40.2 +09 50 d Vir vF, R, dif I3635 Gx 12 40.2 +12 53 u Vir 1.2 15. p F, vS, R, bM I3636 12 40.2 +22 04 d Com eF, vS, E 0deg , bM 4598 Gx 12 40.3 +08 23 r Vir 14. p eF, L, R, vlbM I3637 Gx 12 40.3 +14 43 z Com 16. p vF, vS, R, dif I3638 Gx 12 40.3 +10 31 m Vir 0.6 15. p B, S, R, lbM 4600 Gx 12 40.4 +03 08 r Vir 13. p F, S, R, 2 st 8 f I3640 12 40.4 +26 31 d Com vF, R neb 30" np IC 3641 I3641 12 40.4 +26 31 d Com F, S, bM, spir I3642 12 40.4 +26 44 d Com vF, cS, iF, dif 4599 Gx 12 40.5 +01 11 r Vir 13. p vF, vS I3645 Gx 12 40.5 +26 32 v Com 0.7 F, vS, R, bM I3646 Gx 12 40.5 +26 31 v Com 1.3 F, S, E 65deg , bM 4602 Gx 12 40.6 -05 08 s Vir 3.6 12. p F, L, E, vglbM I3644 12 40.6 +26 30 d Com vF, S, iF 4604 - 12 40.7 -05 09 r Vir no description I3643 12 40.7 +12 24 d Vir F, vlE I3650 Gx 12 40.7 +26 30 m Com 0.8 15. p eF, vS, bM, spir 4601 Gx 12 40.8 -40 54 v Cen 2.2 eF, L, R, pslbM, p of 2 I3649 12 40.8 +21 06 d Com F, vS, iF, N I3651 Gx 12 40.8 +26 44 v Com 1.3 pF, cS, R, spir 4603 Gx 12 40.9 -40 59 s Cen 3.8 12. p F, L, R, vgbM, r I3639 Gx 12 40.9 -36 45 c Cen 1.4 pF, pS, *12.5 ssp I3647 ? 12 40.9 +10 28 x Vir F, cS, mE 135deg I3648 ? 12 40.9 +12 59 x Vir eF, S; ?? 4606 Gx 12 41.0 +11 55 s Vir 2.8 11.9 vF, pS, E, 2 or 3 vS st inv I3652 Gx 12 41.0 +11 11 u Vir 1.0 15. p S, R, mbM 4617 Gx 12 41.1 +50 26 s CVn 3.1 14. p pF, S, iR, er 4607 Gx 12 41.2 +11 53 s Vir 3.2 12.9 F, mE, 3' or 4' f 4606 4608 Gx 12 41.2 +10 09 s Vir 3.2 11.1 pB, pL, R, psbM, r, *12 np 1' I3653 Gx 12 41.2 +11 24 x Vir 15. p bM, mag 13 I3654 12 41.2 +22 35 d Com F, S, iF, N I3655 12 41.2 +20 40 d Com vF, vS, iF, *16 inv, other neb nr I3656 12 41.2 +22 36 d Com F, S, iF, N I 804 Gx 12 41.3 -05 01 x Vir vF, vS, R I 805 12 41.3 +13 44 x Com vF, pL, R, 2 st n & nf; = 4611 I3657 12 41.3 +21 41 d Com vF, vS, N; neb*? I3658 Gx 12 41.3 +14 42 z Com 15. p F, S, E 240deg 4610 - 12 41.4 +07 43 r Vir F, vL; = 4470? 4613 Gx 12 41.4 +26 05 r Com 15. p vF, S, lE, 1st of 3 4614 Gx 12 41.4 +26 02 r Com 14. p F, S, R, *12 np, 2nd of 3 4611 Gx 12 41.5 +13 44 r Com 15. p eF, S, lE, bet 2 vF st; = IC 805 4612 Gx 12 41.5 +07 19 s Vir 2.2 13. p pB, S, R, psmbM 4615 Gx 12 41.5 +26 04 r Com 14. p F, pL, E, 3rd of 3 4618 Gx 12 41.5 +41 09 s CVn 4.4 10.8 B, L, E, mbM, curved branch n I3659 12 41.5 +22 56 d Com cF, S, E 50deg I3667 12 41.5 +41 09 d CVn cB, pL, E 55deg , bM I3668 12 41.5 +41 08 d CVn pF, pS, iF, N I3660 12 41.6 +21 06 d Com F, vS, iF, N I3661 12 41.6 +22 30 d Com cF, S, iF, N I3662 Gx 12 41.6 +23 25 m Com 0.6 15. p F, S, R, bM, spir I3669 12 41.6 +41 08 d CVn F, pS, iF, N 4619 Gx 12 41.7 +35 04 s CVn 1.5 14. p F, pS, R, lbM, *8-9 f I3663 12 41.7 +12 14 d Vir F, S, R, dif I3664 12 41.7 +19 57 d Com vF, vS, iF, N 4648 Gx 12 41.8 +74 25 s Dra 2.2 13. p pB, cS, R, gbM, ** p I3665 Gx 12 41.8 +11 30 u Vir 1.0 15. p F, S, R, dif I3671 Gx 12 41.8 +23 31 m Com 0.5 15. p cF, cS, lE 230deg , bM 4625 Gx 12 41.9 +41 16 s CVn 2.4 12.3 pF, S, R I 808 OC 12 41.9 +19 57 x Com S nebs Cl I3666 12 41.9 +07 51 d Vir eF, vS, ? I3670 12 41.9 +11 45 d Vir vS, R, bM I3675 Gx 12 41.9 +41 17 t CVn 2.0 13. p pB, pL, iF, N; = 4625 4620 Gx 12 42.0 +12 57 s Vir 2.0 13. p vF, S, R, vgbM 4621 Gx 12 42.0 +11 39 s Vir 5.1 9.8 B, pL, lE, vsvmbM, 2 st p; = M59 4627 Gx 12 42.0 +32 34 s CVn 2.7 12.3 F, S, R, np of 2 I3680 12 42.0 +39 06 d CVn F, S, iF, N I3681 12 42.0 +39 05 d CVn cF, vS, E 135deg , bM, *13 sp 4631 Gx 12 42.1 +32 32 s CVn 15.1 9.3 !, vB, vL, eE 70deg +/- , bMN, *12 att n I 809 Gx 12 42.1 +11 45 u Vir 1.1 15. p eF, pS, R, M59 s I 810 Gx 12 42.1 +12 36 u Vir 1.7 15. p eF, pS, mE I3672 Gx 12 42.1 +11 45 x Vir vF, vS, R, stell; IC 809 n I3673 12 42.1 +21 08 d Com F, vS, iF, N I3674 12 42.1 +22 31 d Com pF, S, exc N, *11 sp I3687 Gx 12 42.1 +38 30 s CVn 3.5 13. p vF, cL, dif, sev N 4623 Gx 12 42.2 +07 41 s Vir 2.6 13. p cF, pL, E, pslbM, r I 806 Gx 12 42.2 -17 20 m Crv 0.6 15. p eF, eS, R, *12 close I3676 * 12 42.2 +13 33 x Com vF, vS; *13? I3677 12 42.2 +20 53 d Com F, vS, iF, N I3678 12 42.2 +20 53 d Com vF, vS, iF, N I3679 12 42.2 +22 49 d Com F, S, iF, N 4609 OC 12 42.3 -62 58 s Cru 5. 6.9 Cl, pL, pC, cE, st 10 4616 Gx 12 42.3 -40 39 s Cen 1.6 eF, vS, R, * att nf, p of 2 4624 - 12 42.3 +03 04 r Vir B, E; = 4636? I 807 Gx 12 42.3 -17 22 m Crv 0.3 15. p pF, vS, R, gbM I3682 12 42.3 +20 52 d Com F, vS, iF, N I3683 12 42.3 +20 52 d Com F, vS, iF, N 4626 Gx 12 42.4 -07 02 r Vir 14. p vF, cS, lE, glbM 4628 Gx 12 42.4 -06 57 r Vir 14. p cF, S, E, gbM I3684 12 42.4 +11 43 d Vir vF, vS, R 4630 Gx 12 42.5 +03 58 s Vir 1.7 13. p cF, S, R, lbM 4632 Gx 12 42.5 -00 05 s Vir 3.2 12. p pB, L, E 45deg +/- I3685 12 42.5 +06 52 d Vir vF, pL 4622 Gx 12 42.6 -40 45 s Cen 2.1 pF, S, R, pslbM, f of 2 4629 D* 12 42.6 -01 21 F Vir pB, pL, E, lbM; biN? 4633 Gx 12 42.6 +14 21 s Com 2.1 13.2 eeF, pS, F* close p, 4634 s; = IC 3688 4635 Gx 12 42.6 +19 57 s Com 2.0 13. p vF, L, vglbM I3686 Gx 12 42.6 +10 34 m Vir 1.5 16. p F, S, R I3688 12 42.6 +14 22 x Com cF, pS; = 4633 I3689 12 42.6 +20 51 d Com F, vS, iF, N 4634 Gx 12 42.7 +14 18 s Com 2.4 12.4 vF, L, mE 135deg +/- , vgbM 4644 Gx 12 42.7 +55 09 s UMa 1.8 14.0 vF, S, R, gbM 4636 Gx 12 42.8 +02 41 s Vir 6.2 9.6 B, L, iR, vgvmbM, r 4638 Gx 12 42.8 +11 26 s Vir 2.8 11.3 F, R, gbM I3690 Gx 12 42.8 +10 22 u Vir 1.3 15. p B, vS, R I3691 12 42.8 +22 47 d Com F, S, iF, N 4637 Gx 12 42.9 +11 26 s Vir 1.5 15. p cB, S, like a *10; makes a Dneb with 4638? 4639 Gx 12 42.9 +13 15 s Vir 2.9 11.5 pB, S, E, r, *12 sf 1' 4646 Gx 12 42.9 +54 51 s UMa 0.7 14. p F, S, 4 vS st sp I3692 Gx 12 42.9 +21 00 u Com 1.0 15. p pF, S, bM, spir I3693 12 43.0 +10 40 d Vir F, vS, R, lbM I3697 Gx 12 43.0 +39 50 m CVn 0.7 17. p vF, S, N; neb*? 4640 Gx 12 43.1 +12 18 r Vir 15. p eF, pL, lE, * nr p I3694 Gx 12 43.1 +11 13 m Vir 0.7 15. p bM, mag 13.5 I3695 12 43.1 +22 45 d Com vF, vS, iF, N 4641 Gx 12 43.2 +11 03 r Vir 15. p eF, pL, R, F* nr f I3696 12 43.2 +19 56 d Com vF, vS, iF, N 4642 Gx 12 43.3 -00 39 s Vir 2.0 14. p vF, cS, E 4643 Gx 12 43.3 +01 59 s Vir 3.4 10.6 cB, pS, lE, mbM 4652 Gx 12 43.3 +58 58 r UMa 15. p pF, pL, gbM, 2 B st 6' np I3698 Gx 12 43.3 +11 13 m Vir 0.5 15. p S, R, mbM I3699 12 43.3 +19 00 d Com F, S, iF, N, 3 st n, np I3700 12 43.3 +19 16 d Com F, S, dif I3703 12 43.4 +37 59 d CVn F, vS, iF, N, 2 st 11 sf 4647 Gx 12 43.5 +11 35 s Vir 3.0 11.4 pF, pL, lE 115deg +/- , np of Dneb I3701 12 43.5 +11 02 d Vir F, vS, R, dif I3702 Gx 12 43.5 +10 53 z Vir 15. p B, vS, R I3707 12 43.5 +37 59 d CVn pF, vS, bM* 4655 Gx 12 43.6 +41 02 r CVn 15. p vF, vS, stellar, *15 f 4649 Gx 12 43.7 +11 33 s Vir 7.2 8.8 vB, pL, R, f of Dneb; = M60 4651 Gx 12 43.7 +16 24 s Com 3.8 10.7 cB, L, E 90deg , gbM, r I3704 Gx 12 43.7 +10 47 u Vir 1.3 15. p F, pL, mE 225deg I3705 12 43.7 +19 20 d Com eF, S, iF I3706 * 12 43.8 +09 14 x Vir vF, cS, dif 4653 Gx 12 43.9 -00 34 s Vir 2.6 12.3 vF, pL I3708 12 43.9 +13 08 x Vir pB, cL, E; = 4654 4654 Gx 12 44.0 +13 08 s Vir 4.7 10.5 F, vL, pmE (D?), 3 st nr; = IC 3708 4656 Gx 12 44.0 +32 10 s CVn 13.8 10.4 !, pB, L, vmE 34deg , sp of 2 I3709 Gx 12 44.0 +09 04 z Vir 15. p vF, cS, dif I3710 Gx 12 44.1 +12 08 x Vir vF, cS, R, dif I3713 Gx 12 44.1 +41 10 m CVn 0.6 15. p F, pS, dif, *13 sf 1' 4645 Gx 12 44.2 -41 45 s Cen 2.2 13. p pB, S, psbM 4657 Gx 12 44.2 +32 12 v CVn 1.2 !, pF, L, E 90deg +/- , nf of 2 I3711 12 44.2 +11 10 d Vir vF, vS, R, dif 4650 Gx 12 44.3 -40 44 s Cen vF, R, bM, r I3712 ? 12 44.3 +10 22 x Vir vF, pS, E 42deg ; ? I3714 Gx 12 44.4 +10 11 m Vir 0.8 16. p S, R I3715 12 44.4 +19 51 d Com vF, vS, iF, N I3717 Gx 12 44.4 +39 30 m CVn 0.6 16. p F, cS, E 150deg , bM, *15 np 4659 Gx 12 44.5 +13 31 s Com 1.8 13. p F, cS, R, bM, r 4660 Gx 12 44.5 +11 11 s Vir 2.8 11.0 vB, S, vsvmbMN 4662 Gx 12 44.5 +37 07 s CVn 2.5 14. p pF, pL, R, gbM, r I3723 Gx 12 44.5 +40 44 v CVn 0.4 pF, vS, R, bM 4658 Gx 12 44.6 -10 05 s Vir 2.2 13. p vF, L, E, *16 att, *9 p I3726 Gx 12 44.7 +40 42 u CVn 1.7 16. p F, cS, E 145deg , bM 4663 Gx 12 44.8 -10 12 s Vir 1.4 14. p vF, S, *13-14 f; = IC 811 4669 Gx 12 44.8 +54 53 s UMa 1.7 15. p F, E; r? I 811 12 44.8 -10 12 x Vir nebs *13, sf 4658; = 4663 I3716 12 44.8 +08 06 d Vir vF, vS, sp of 2 I3718 Gx 12 44.8 +12 21 v Vir 3.0 F, pS, E 90deg I3719 12 44.8 +08 06 d Vir eF, vS, ??, nf of 2 I3720 Gx 12 44.8 +12 04 v Vir 2.8 eF, S, dif I3721 12 44.8 +18 45 d Com bM, mag 13.5 I 812 12 44.9 -04 26 d Vir pB, S, R, N = 13m I3722 * 12 44.9 +11 47 x Vir vF, vS, = *13 I3724 Gx 12 44.9 +10 17 z Vir 16. p S, R I3725 12 44.9 +18 45 x Com pF, cS, E, bM; = IC 3721 I3729 Gx 12 44.9 +39 20 m CVn 0.2 16. p F, vS, iF, N, neb st np 4664 12 45.1 +03 03 A Vir pB, 2 S st in M, S* p; = 4665 4665 Gx 12 45.1 +03 03 s Vir 4.2 12. p B, pL, iR, mbM, *10 sp 4666 Gx 12 45.1 -00 28 s Vir 4.5 10.8 B, vL, mE 45deg +/- , psbM I3727 Gx 12 45.1 +10 54 u Vir 1.6 16. p F, S, R, lbM I3728 12 45.1 +20 58 d Com vF, vS, iF, N I3730 Gx 12 45.1 +21 11 v Com 0.4 14.6 pB, vS, R, bM, in dif neb 4661 Gx 12 45.2 -40 49 c Cen 1.1 F, pL, R, gbM I 813 Gx 12 45.2 +23 03 u Com 1.1 14. p F, pS, iR, bM I3731 12 45.2 +12 25 d Vir bM, mag 14.5 I3732 12 45.2 +10 18 d Vir vS, R I3734 12 45.2 +23 02 d Com *15 in dif neb; IC 813 f 0'.5 4667 - 12 45.3 +11 26 r Vir B, S, R, psbM; nonexistent? 4670 Gx 12 45.3 +27 08 s Com 1.8 12.7 pF, cS, R, bM, r, p of 2 I3733 12 45.3 +06 58 d Vir eF, S, = *14 I3735 Gx 12 45.3 +13 42 m Com 0.4 15. p F, S, R I3736 Gx 12 45.3 +21 31 m Com 0.5 16. p pF, vS, E 155deg , bM I3737 12 45.3 +21 58 d Com F, vS, iF, N I3738 12 45.4 +19 14 d Com neb *15 4668 Gx 12 45.5 -00 32 s Vir 1.4 13.1 vF, S, iF I3739 ? 12 45.5 +13 00 x Vir cF, cS, biN I3740 Gx 12 45.5 +20 49 z Com 16. p pF, cS, E 0deg , bM I3742 Gx 12 45.5 +13 20 v Com 1.9 pL, mE 225deg , bM 4673 Gx 12 45.6 +27 04 s Com 1.2 14. p F, vS, R, sbM *10, f of 2 4675 Gx 12 45.6 +54 44 s UMa 1.6 15. p cF, S, lE I 814 12 45.6 -08 06 d Vir pB, vS, R, r I3741 12 45.6 +19 12 d Com neb *16 I3745 Gx 12 45.6 +19 10 m Com 0.3 15. p pF, vS, R, bM I3746 Gx 12 45.6 +37 49 z CVn 16. p F, S, iF, N I3747 12 45.6 +37 58 d CVn F, vS, iF, N I3751 Gx 12 45.6 +37 49 z CVn 16. p F, vS, iF, N, neb *15 p I3743 * 12 45.7 +11 06 x Vir vF, S I3744 12 45.7 +19 30 d Com F, vS, iF, N 4671 Gx 12 45.8 -07 04 r Vir 14. p pF, S, R, psmbM I3748 12 45.8 +19 26 d Com vF, vS, iF, N I3749 12 45.9 +19 32 d Com vF, eS, bM, spir I3758 Gx 12 45.9 +40 47 z CVn 15. p pF, S, neb* I3750 12 46.0 +19 06 d Com eF, eS, iF, N I3757 12 46.0 +38 31 d CVn pF, S, iF, *13 inv 4674 Gx 12 46.1 -08 39 s Vir 1.9 15. p vF, cS, R, glbM 4676 Gx 12 46.1 +30 44 s Com 2.8 14. p vF, pmE; biN? I3752 12 46.1 +19 01 d Com vF, vS, iF, neb *14 np 1', *10 np 1'.5 I3753 12 46.1 +19 07 d Com eF, S, E, *14 conn p I3755 12 46.1 +19 09 d Com F, vS, iF, N I3754 Gx 12 46.2 +08 21 u Vir 1.4 15. p F, S 4672 Gx 12 46.3 -41 43 v Cen 1.9 eF, S, R, vgbM I3756 Gx 12 46.3 +11 53 m Vir 0.3 15. p bM, mag 15 I3759 12 46.3 +20 47 d Com vF, vS, iF, N, *15 sf 20" I 815 Gx 12 46.4 +11 53 m Vir 0.4 15. p F, vS, *14 inv I3760 12 46.4 +11 52 x Vir bM, mag 14; = IC 815 I3761 12 46.5 +20 17 d Com vF, vS, R, bM, *12 sp I 818 Gx 12 46.6 +29 44 v Com 1.3 vS, R, bM, *12 nf 2'.5 I3762 12 46.6 +22 15 d Com vF, S, iF, in gr of neb I3765 12 46.6 +38 34 d CVn vF, S, iF, N 4678 - 12 46.7 -04 35 r Vir eF, eS, R (neb?), * 2s f 4686 Gx 12 46.7 +54 33 s UMa 2.3 14. p pF, vS, vmE, vsmbM I 816 Gx 12 46.7 +09 51 u Vir 1.0 15. p eeF, vS, R, D* nf, np of 2 I3768 12 46.7 +40 36 d CVn vF, S, iF, N I3763 12 46.8 +21 59 d Com F, S, iF I3769 12 46.8 +40 28 d CVn F, vS, iF, N 4680 Gx 12 46.9 -11 37 r Vir 13. p eF, S, 1 or 2 st inv I 817 Gx 12 46.9 +09 52 m Vir 0.3 15. p eeF, vS, R, sf of 2 I3766 12 46.9 +19 07 d Com vF, vS, R, bM I3771 12 46.9 +39 10 d CVn vF, S, dif I3774 Gx 12 46.9 +36 17 u CVn 1.1 16. p F, cS, iF, N 4677 Gx 12 47.0 -41 35 s Cen 2.9 12.7 eF, lE, vgbM I3764 12 47.0 +09 51 x Vir vF, cS; = IC 816 I3767 12 47.0 +10 10 d Vir vF, bM, mag 16 I3778 Gx 12 47.0 +40 37 z CVn 16. p pF, S, R, bM 4685 Gx 12 47.1 +19 28 r Com 14. p F, S, R, sbM*, rr 4693 Gx 12 47.1 +71 12 r Dra 14. p vF, plE I3772 Gx 12 47.1 +36 34 m CVn 0.6 16. p pF, cS, iF, N I3780 12 47.1 +40 14 d CVn F, vS, bM, spir I 819 12 47.2 +30 44 d Com vF, vS, np & conn with IC 820 I 820 12 47.2 +30 43 x Com Dneb with IC 819 and brighter; = 4676 I3773 Gx 12 47.2 +10 13 u Vir 2.1 14. p vF, S, bM I3776 12 47.2 +22 29 d Com F, S, iF 4682 Gx 12 47.3 -10 04 s Vir 2.8 13. p cF, L, E 45deg +/- , gvlbM 4684 Gx 12 47.3 -02 43 s Vir 2.9 13. p B, pL, pmE 25deg I3770 12 47.3 +09 12 d Vir cF, cS, E 30deg ; ? I3775 12 47.3 +11 44 d Vir vF, bM, mag 16 I3779 Gx 12 47.3 +12 10 z Vir 15. p bM, mag 15 I3782 12 47.3 +40 23 d CVn F, vS, R, bM 4687 Gx 12 47.4 +35 21 s CVn 1.2 14. p vF, vS, R, psbM I 821 Gx 12 47.4 +29 48 v Com 1.4 R, pL, glbM, 2 st ssf I3777 12 47.4 +09 09 d Vir F, S I3781 12 47.4 +22 34 d Com vF, pS, iF, 2 st n and p I3783 Gx 12 47.4 +40 34 m CVn 0.6 14. p pF, S, iF, N 4679 Gx 12 47.5 -39 34 s Cen 2.3 13. p eeF, pL, R 4681 Gx 12 47.5 -43 20 r Cen pF, S, R, gbM 4695 Gx 12 47.5 +54 23 s UMa 1.3 15. p eF, pS, vlE, mbMN I3791 12 47.5 +54 27 d UMa eeF, S, cE I3786 12 47.6 +39 03 d CVn vF, S, iF, p dif 4683 Gx 12 47.7 -41 32 s Cen 2.1 12.9 eF, pS, R, vgbM, S* sp I3787 12 47.7 +40 37 d CVn F, vS, iF, N 4688 Gx 12 47.8 +04 20 s Vir 3.3 13. p eF, pL, *9-10 p 10s 4689 Gx 12 47.8 +13 46 s Com 4.0 10.9 pB, vL, E, vglbM, r I 822 Gx 12 47.8 +30 05 m Com 0.4 16. p F, eS, bM I 823 ? 12 47.8 +27 12 x Com susp, 2' s of 4692 4690 Gx 12 47.9 -01 38 r Vir 14. p vF, S 4692 Gx 12 47.9 +27 13 s Com 1.4 14. p F, cS, R, bM; = IC 823 I3784 12 47.9 +19 23 d Com F, vS, E 70deg , bM I3785 12 47.9 +19 17 d Com vF, vS, iF, N I3788 Gx 12 48.1 +18 52 m Com 0.5 17. p F, S, R, *7 sp 2' I3789 12 48.1 +20 12 d Com F, cS, bM, spir, *13 sp 0'.5 I3795 Gx 12 48.1 +40 43 m CVn 0.5 16. p F, S, iF, N 4691 Gx 12 48.2 -03 20 s Vir 3.2 11.2 pB, pL, E 90deg +/- , mbM 4694 Gx 12 48.2 +10 59 s Vir 3.6 12. p pF, S, vlE I3790 * 12 48.2 +11 07 x Vir eF, vS, ?? I3793 12 48.2 +19 09 d Com vF, vS, iF, N I3792 ? 12 48.3 +11 05 x Vir vF, S 4698 Gx 12 48.4 +08 29 s Vir 4.3 10.7 cB, pL, iR, bM, r 4707 Gx 12 48.4 +51 10 s CVn 2.3 14. p S, stellar I3794 12 48.4 +19 10 d Com F, spir, sbM * I3796 12 48.5 +20 02 d Com vF, eS, R, bM, D* 13 np I3800 12 48.5 +36 35 d CVn F, S, iF, N 4697 Gx 12 48.6 -05 48 s Vir 6.0 9.3 vB, L, lE 45deg +/- , smbMN I3797 ? 12 48.6 +11 36 x Vir F, pS, vmE, lbM I3798 12 48.7 +09 14 d Vir F, S I3802 12 48.7 +38 15 d CVn F, vS, R bM I3805 12 48.7 +38 15 d CVn gr of eF neb and st 4696 Gx 12 48.8 -41 19 s Cen 3.5 10.7 pB, L, R, gbM, r 4704 Gx 12 48.8 +41 55 s CVn 1.2 15. p cF, S, R, gbM I3804 Gx 12 48.8 +35 20 v CVn 1.6 pF, pL, E 40deg , bM; = 4711 4711 Gx 12 48.9 +35 21 r CVn 14. p F, S, E, glbM, er; = IC 3804 I3806 Gx 12 48.9 +14 54 v Com 1.7 vS, R, bM, mag 13.5 4699 Gx 12 49.0 -08 40 s Vir 3.5 9.6 vB, R, vmbMrN, r 4702 Gx 12 49.0 +27 11 r Com 15. p pF, S, viF I3799 Gx 12 49.0 -14 23 m Crv 2.5 14. p vF, pL, vmE 210deg , 1st of 7 I3801 ? 12 49.0 +10 57 x Vir cB, pS, stell I3808 Gx 12 49.0 +40 36 m CVn 0.6 15. p pF, S, iF, N, *14 f 0'.5 4700 Gx 12 49.1 -11 25 s Vir 3.0 12. p F, L, mE 40deg , vlbM, B* p I3803 12 49.1 +10 38 d Vir eF, pL, ? I3809 12 49.1 +36 29 d CVn pF, S, iF, N I3810 12 49.1 +40 39 d CVn cF, cS, iF, N 4701 Gx 12 49.2 +03 23 s Vir 3.0 12.4 F, S 4703 Gx 12 49.3 -09 07 s Vir 2.8 15. p eF, cS, pmE 4705 Gx 12 49.4 -05 12 s Vir 3.0 14. p cF, pL, lE I3811 12 49.4 +21 28 d Com F, eS, iF, N I3807 12 49.5 -04 24 d Vir eeF, L, mE, *7 sf I3814 12 49.5 +20 03 d Com vF, vS, E 110deg 4710 Gx 12 49.6 +15 10 s Com 5.1 11.0 cB, pL, vmE 28deg , sbMN 4712 Gx 12 49.6 +25 28 s Com 2.6 13.0 vF, pL I3815 12 49.6 +19 16 d Com vF, vS, R I3816 Gx 12 49.6 +37 15 m CVn 0.5 15. p pF, vS, R 4708 Gx 12 49.7 -11 06 s Vir 1.6 14. p eF, S I 824 Gx 12 49.7 -04 34 m Vir 0.5 15. p pB, pL, E pf, biN I3817 12 49.7 +22 50 d Com neb *15 I3820 12 49.7 +37 07 d CVn vF, vS, iF, N I3823 12 49.7 +40 53 d CVn vF, vS, iF, N 4715 Gx 12 49.8 +27 49 s Com 2.0 15. p F, S, R I3818 12 49.8 +21 45 d Com vF, S, iF, *14 p 4706 Gx 12 49.9 -41 17 s Cen 2.2 12.7 vF, vS, R, psbM I3812 Gx 12 49.9 -06 42 m Vir 0.8 15. p eeF, eS, cE 15deg 4713 Gx 12 50.0 +05 19 s Vir 2.8 11.8 pB, L, vlE, glbM I3813 Gx 12 50.0 -25 55 c Hya 1.5 eF, S, E, *8 nf I3821 12 50.0 +20 58 d Com vF, vS, iF, N 4709 Gx 12 50.1 -41 23 s Cen 2.7 pB, cS, R, gbM 4719 Gx 12 50.1 +33 09 s CVn 1.8 14. p vF, stellar 4732 Gx 12 50.1 +52 52 r UMa 15. p F, S, vsmbM 4750 Gx 12 50.1 +72 52 s Dra 2.3 12. p pB, L, R, vg, vsbM 4721 Gx 12 50.2 +27 20 r Com 15. p vF, vS; r? 4714 Gx 12 50.3 -13 18 r Crv 14. p F, pS, R, gbM I 825 12 50.3 -05 23 d Vir eeF, pS, R, nearly bet 2 st I3819 12 50.3 -14 23 d Crv eF, vS, 2nd of 7 4725 Gx 12 50.4 +25 30 s Com 11.0 9.2 vB, vL, E, vg, vsvmbMeBN I3822 Gx 12 50.4 -14 19 m Crv 1.1 15. p eF, vS, 3rd of 7 I3828 D* 12 50.4 +37 57 x CVn F, vS, iF; neb*? 4716 Gx 12 50.5 -09 26 r Vir 15. p np part of Dneb, smbM 4718 Gx 12 50.5 -05 17 s Vir 2.1 15. p eF, vS, bet 2 st 4728 Gx 12 50.5 +27 26 v Com 1.1 eF, eS I3824 12 50.5 -14 26 d Crv eF, vS, 4th of 7 4717 Gx 12 50.6 -09 26 r Vir 15. p sf 4716 & fainter I3825 12 50.6 -14 30 d Crv eeF, vS, *14?, 5th of 7 4720 Gx 12 50.7 -04 07 r Vir 15. p eF, S, bM I3826 Gx 12 50.7 -09 00 m Vir 0.6 15. p vF, vS, mbM I3827 Gx 12 50.8 -14 29 m Crv 0.8 14. p F, vS, R, *11 s 0'.6; 6th of 7 I3832 12 50.8 +39 49 d CVn F, S, iF, p dif 4724 Gx 12 50.9 -14 20 s Crv 1.5 15. p F, vS, R, stellar, np of 2 4736 Gx 12 50.9 +41 07 s CVn 11.0 8.2 vB, L, iR, vsvmbMBN, r; = M94 4737 Gx 12 50.9 +34 09 r CVn 15. p eF, vS, pmE 4741 Gx 12 50.9 +47 40 r CVn 14. p vF, S, R, psbM I3830 12 50.9 +19 50 d Com vF, eS, bM, spir I3835 12 50.9 +40 12 d CVn vF, vS, iF, N 4727 Gx 12 51.0 -14 20 s Crv 1.6 13. p F, pL, R, lbM, sf of 2 4731 Gx 12 51.0 -06 24 s Vir 6.5 11. p vF, pL, E 4735 Gx 12 51.0 +28 56 s Com 0.7 15. p vF, vlbM 4723 Gx 12 51.1 -13 15 r Crv 15. p 2nd of 2, vF, vS, f 4714; nonexistent? 4733 Gx 12 51.1 +10 55 s Vir 2.3 13. p cF, pL, lE, r, *12 p 4738 Gx 12 51.1 +28 48 s Com 2.3 15. p vF, E 30deg , vlbM I3836 12 51.1 +40 11 d CVn vF, vS, iF, N 4734 Gx 12 51.2 +04 52 s Vir 1.2 14. p vF, vS, R 4749 Gx 12 51.2 +71 38 s Dra 1.9 14. p vF, cL, E 135deg +/- I 830 Gx 12 51.2 +53 41 m UMa 0.8 14. p vF, vS, lE, stellar 4745 Gx 12 51.3 +27 26 v Com 0.7 eF, *6 n I 826 Gx 12 51.3 +31 04 m Com 0.6 15. p F, pS, R, gbM I3831 Gx 12 51.3 -14 34 m Crv 1.4 14. p F, vS, R, bM, 7th of 7 4722 Gx 12 51.5 -13 19 r Crv 13. p vF, vS, f 4714, with *11 4s f; = IC 3833 4726 Gx 12 51.5 -14 13 r Crv 14. p vF, 4' n of Dneb; = IC 3834 4740 Gx 12 51.5 -14 13 D Crv pF, pS, R, mbM; = 4726 I3833 Gx 12 51.5 -13 19 m Crv 1.8 13. p vF, S, iF, bM I3834 Gx 12 51.5 -14 13 m Crv 0.7 14. p vF, lbM, *13 p 0'.8 I3837 12 51.5 +19 43 d Com eF, vS, bM, spir 4739 Gx 12 51.6 -08 25 s Vir 1.7 14. p F, pL, lE, pglbM I3842 12 51.6 +40 22 d CVn vF, cS, dif; neb* np 0'.5 I3843 12 51.7 +39 00 d CVn F, vS, mE 160deg , am 3 st 4729 Gx 12 51.8 -41 08 c Cen 1.3 neb, 1st of 3, p & a little s of 4744 4742 Gx 12 51.8 -10 27 s Vir 2.3 11.1 pB, vS, vbMN = *11, *10 sf 4747 Gx 12 51.8 +25 47 s Com 3.6 12.4 F, pL, lE I3839 12 51.8 +20 25 d Com vF, S, bM, spir I3840 12 51.8 +21 44 d Com vF, S, iF, * inv sp I3841 12 51.8 +22 21 d Com vF, vS, iF, ? 4746 Gx 12 51.9 +12 05 s Vir 2.5 13. p pB, mE, r 4730 Gx 12 52.0 -41 09 c Cen 1.2 2nd of 3 I 827 Gx 12 52.0 +16 17 u Com 1.0 15. p vF, S, E pf, dif I3838 12 52.0 -14 28 d Crv vF, S, lbM, *13 s 0'.8 I3844 12 52.1 +39 49 d CVn vF, S, iF, N 4748 Gx 12 52.2 -13 24 r Crv F, vS, iR, gbM I3829 Gx 12 52.2 -29 50 c Hya 2.3 B, S, lE, *9 sf I3845 12 52.2 +38 37 d CVn vF, S, iF, N 4743 Gx 12 52.3 -41 24 s Cen F, R, gbM 4752 * 12 52.3 +13 29 r Com vF, S, E, r 4754 Gx 12 52.3 +11 19 s Vir 4.7 10.6 B, pL, R, psbM, p of 2 I 828 12 52.3 -08 08 d Vir F, vS, R, N = 13.5m 4744 Gx 12 52.4 -41 04 s Cen F, L, E, gbM, 3rd of 3 4753 Gx 12 52.4 -01 12 s Vir 5.4 9.9 cB, L, vlE, vglbM I 829 Gx 12 52.4 -15 31 m Crv 0.4 15. p neb *13 I3847 12 52.6 +22 04 d Com vF.vS, iF, neb *15 sp I3849 12 52.6 +40 46 d CVn vF, vS, iF, N, *14 nf 4758 Gx 12 52.7 +15 51 s Com 3.2 14. p vF, pL, E? I 831 Gx 12 52.7 +26 29 x Com 15. p F, S, R, bM I3846 12 52.7 +13 39 d Com B, pS, N = *9.2 I3848 12 52.7 +21 25 d Com vF, vS, E 120deg I3850 Gx 12 52.7 +40 06 m CVn 0.9 15. p pF, vS, iF, N 4757 Gx 12 52.8 -10 19 s Vir 1.8 15. p vF 4751 Gx 12 52.9 -42 40 r Cen B, pS, R, vg, vsmbM 4756 Gx 12 52.9 -15 25 s Crv 2.0 13. p vF, pS, r 4762 Gx 12 52.9 +11 14 s Vir 8.7 10.2 pB, vmE 31deg , 3 B st s, f of 2 4759 Gx 12 53.1 -09 11 r Vir 15. p pL, double, *10 2' sp 4760 Gx 12 53.1 -10 30 s Vir 1.8 13. p pB, R 4761 Gx 12 53.1 -09 11 r Vir 14. p eF, eS, 1' f Dneb 4759 4766 Gx 12 53.1 -10 23 s Vir 1.6 15. p vF I3851 12 53.1 +21 55 d Com vF, vS, iF, ?, *12 s I3852 Gx 12 53.1 +35 47 u CVn 1.4 16. p F, pS, E 60deg , bM 4764 Gx 12 53.2 -09 11 r Vir 16. p eF, eS, sf Dneb 4759 4765 Gx 12 53.2 +04 28 s Vir 1.4 13. p F, cS, R, gbM 4774 Gx 12 53.2 +36 49 s CVn 0.6 14.4 eF, cS, R, bM I3853 12 53.2 +38 50 d CVn eF, S, p dif I3854 12 53.2 +40 51 d CVn vF, pL, dif, diffic, *15 f 4768 * 12 53.3 -09 32 F Vir vF, vS, p 4770 on parallel 4769 D* 12 53.3 -09 32 F Vir vF, vS, p 4770 on parallel 4763 Gx 12 53.4 -17 00 s Crv 1.7 13. p vF, S, lbM 4771 Gx 12 53.4 +01 16 s Vir 4.0 13. p F, pL, mE, *9 p 90deg I3855 12 53.4 +36 47 d CVn pF, eS, R, bM 4770 Gx 12 53.5 -09 31 r Vir 14. p vF, vS 4772 Gx 12 53.5 +02 10 s Vir 3.3 13. p pF, pS, R, mbM 4785 Gx 12 53.5 -48 46 r Cen vF, S, R, glbM 4755 OC 12 53.6 -60 20 s Cru 10. 4.2 Cl, vL, st vB (kappa Cru) 4773 Gx 12 53.6 -08 38 s Vir 2.0 15. p vF, S 4775 Gx 12 53.8 -06 37 s Vir 2.2 12. p F, cL, R, vglbM, r 4779 Gx 12 53.8 +09 44 s Vir 2.3 13. p vF, pL, R, r I 832 Gx 12 53.8 +26 27 v Com F, S, R, bM, D* nf I3856 12 53.8 +20 06 d Com vF, S, iF, *15 inv p I3862 Gx 12 53.8 +36 06 u CVn 1.0 16. p vF, pS, dif, *15 att 4767 Gx 12 53.9 -39 43 s Cen 2.6 13. p B, pS, lE, mbM I3857 12 53.9 +19 36 d Com eF, vS, R, bM, 2 eF st nr I3858 12 53.9 +20 47 d Com F, vS, R, bM, neb *14 & *13 sp I3861 12 53.9 +38 17 d CVn F, eS; neb*? I3863 12 53.9 +38 29 d CVn F, S, iF, *14 att 4777 Gx 12 54.0 -08 47 s Vir 2.3 15. p vF, S 4776 - 12 54.1 -09 13 r Vir F, S, R, vlbM, p of Dneb 4778 - 12 54.1 -09 12 r Vir vF, S, R, vlbM, f of Dneb 4780 Gx 12 54.1 -08 37 s Vir 2.1 14. p vF, f 4773 and 4777 4787 Gx 12 54.1 +27 04 r Com 15. p vF, vS, 4789 f I3860 12 54.1 +19 18 d Com vF, vS, R, bM 4788 Gx 12 54.2 +27 19 r Com 15. p vF, S I3864 12 54.2 +18 57 d Com vF, vS, iF, *14 s 30"; many other neb about I3865 12 54.2 +18 52 d Com vF, vS, R, bM 4789 Gx 12 54.3 +27 04 s Com 1.7 12.0 F, R, *9 att 1' n I3866 OC 12 54.3 +22 22 x Com vF, S, iF, N; Cl? I3867 12 54.3 +18 56 d Com vF, S, iF, N I3868 12 54.3 +19 00 d Com vF, vS, iF, N 4781 Gx 12 54.4 -10 32 s Vir 3.5 12. p cB, vL, mE I3859 OC 12 54.4 -09 06 x Vir vF; eF Cl? I3869 12 54.4 +18 58 d Com vF, vS, iF, N I3870 12 54.4 +22 23 d Com vF, S, iF, p dif I3871 12 54.4 +18 56 d Com vF, vS, R, bM 4786 Gx 12 54.5 -06 52 s Vir 2.0 13. p pB, pS, mbM, r I3872 12 54.5 +18 58 d Com vF, vS, iF, N I3873 12 54.5 +18 53 d Com vF, vS, iF, N I3878 12 54.5 +40 04 d CVn vF, vS, bM, spir I3879 Gx 12 54.5 +38 38 m CVn 0.6 16. p F, S, R, bM 4782 Gx 12 54.6 -12 34 s Crv 1.5 11.7 pF, pS, R, mbM, p of Dneb 4783 Gx 12 54.6 -12 33 s Crv 1.7 11.8 pF, pS, R, mbM, f of Dneb 4784 Gx 12 54.6 -10 37 s Vir 1.8 15. p eF, eS 4793 Gx 12 54.6 +28 56 s Com 2.9 11.7 pB, pS, lE, *8 nf 1' 4800 Gx 12 54.6 +46 32 s CVn 1.8 12. p pB, cS, R, psbM, *14 p 4801 Gx 12 54.6 +53 06 r UMa 15. p eF, S, lE I3874 12 54.6 +18 57 d Com vF, vS, iF, *15 sf 20" I3875 12 54.6 +22 02 d Com vF, S, iF, N, *14 p I3885 12 54.7 +37 09 d CVn F, S, R, neb* I3887 12 54.7 +40 18 d CVn vF, vS, iF, N I3888 Gx 12 54.7 +39 34 m CVn 0.9 16. p F, S, lE 60deg , N 4791 Gx 12 54.8 +08 03 r Vir 15. p eF, vS, lE, vlbM 4809 Gx 12 54.8 +02 39 s Vir 1.9 14. p F, Dneb with 4810, E perpendicular to each other 4810 Gx 12 54.8 +02 38 s Vir 0.8 15. p F, Dneb with 4809 I3876 12 54.8 +19 01 d Com vF, vS, R, bM I3877 12 54.8 +19 18 d Com pF, cL, E 20deg , bM I3880 12 54.8 +22 30 d Com vF, S, viF I3881 Gx 12 54.8 +19 11 s Com 3.9 13. p vF, vS, R, bM I3890 12 54.8 +37 11 d CVn vF, S, iF, N 4790 Gx 12 54.9 -10 15 s Vir 1.8 13. p pF, pS, iR 4797 - 12 54.9 +27 21 r Com F, S, R, lbM; nonexistent? I3882 12 54.9 +22 34 d Com vF, vS, iF, N I3889 12 54.9 +36 01 d CVn vF, S, iF, diffic 4795 Gx 12 55.0 +08 04 s Vir 1.7 13. p pB, pL, R, bM, r 4798 Gx 12 55.0 +27 25 s Com 1.3 13.1 pF, pS, gbM I3884 12 55.0 +19 41 d Com F, S, R, bM, * 14s I3886 12 55.0 +19 01 d Com vF, S, iF, N I3891 12 55.0 +36 03 d CVn vF, S, iF, diffic 4792 Gx 12 55.1 -12 30 v Crv 1.1 vS, R, 7' nnp of 4794 4796 Gx 12 55.1 +08 04 r Vir 13. p eF, eS, alm stell, close f 4795 I3892 12 55.1 +39 13 d CVn F, S, iF I3893 12 55.1 +38 34 d CVn vF, S, iF, N 4794 Gx 12 55.2 -12 37 s Crv 2.3 14. p vF, S, 2 or 3 st near I3895 12 55.2 +39 12 d CVn F, cS, iF, N, *15 nf conn 4799 Gx 12 55.3 +02 54 r Vir 14. p cF, S, vS* att I3883 12 55.3 -08 09 d Vir eF, vS, mE 5deg I3897 12 55.3 +39 40 d CVn F, vS, E 40deg , bM 4805 Gx 12 55.4 +27 57 r Com vF 4814 Gx 12 55.4 +58 21 s UMa 3.2 13. p B, pS, vlE, vgbM I3898 12 55.4 +37 35 d CVn eF, vS, v diffic, att eF* 4807 Gx 12 55.5 +27 31 s Com 1.2 14. p F, pS, R, bM I3894 12 55.5 +19 04 d Com vF, vS, iF, N I3902 12 55.6 +36 00 d CVn pF, vS, neb* I3903 12 55.6 +40 24 d CVn vF, vS, iF, N 4803 Gx 12 55.7 +08 14 r Vir 15. p eF, eS, R, lbM I3899 12 55.7 +20 38 d Com vF, S I3900 Gx 12 55.7 +27 15 v Com 0.7 pB, S, bMN 4802 Gx 12 55.8 -12 03 s Crv 12. p vF, S, *10 att 4808 Gx 12 55.8 +04 18 s Vir 2.7 12. p pB, cL, E 135deg +/- I3906 12 55.8 +40 28 d CVn vF, S, iF, N 4804 - 12 55.9 -13 02 r Crv S, att to pB*; = 4802? I3901 * 12 55.9 +21 56 x Com eF, vS, E 95deg I3904 Gx 12 55.9 +36 18 m CVn 0.5 15. p F, S, bM, spir I 836 Gx 12 56.0 +63 37 u Dra 1.4 15. p eeF, vS, v diffic, bet 2 st I3909 12 56.0 +40 23 d CVn vF, vS, R, bM I3905 12 56.1 +19 51 d Com vF, S, iF I3910 12 56.1 +39 43 d CVn vF, vS, R, bM; neb D*? I3912 12 56.1 +39 55 d CVn F, vS, iF, N 4806 Gx 12 56.2 -29 30 r Hya 14. p F, cS, R, gvlbM 4816 Gx 12 56.2 +27 45 s Com 1.6 15. p vF, pL 4817 - 12 56.2 +28 00 r Com vF, no N; nonexistent? I3911 12 56.2 +35 38 d CVn vF, pS, dif, diffic I3907 12 56.3 +18 47 d Com eF, S, iF, N, *13 sf 1' 4834 Gx 12 56.4 +52 18 r CVn 15. p vF, S, iR, bM I3914 12 56.4 +36 22 d CVn eF, vS, iF, N 4819 Gx 12 56.5 +26 59 s Com 1.2 14. p vF, pL, iF 4821 Gx 12 56.5 +26 57 s Com 0.7 15. p vF, vS, 4819 np I 834 12 56.5 +26 20 D Com pF, pS, sbM I3913 Gx 12 56.5 +27 17 m Com 0.6 15. p F, S, R I3916 Gx 12 56.5 +38 37 u CVn 1.1 16. p pF, S, bM, spir? 4813 Gx 12 56.6 -06 48 r Vir 15. p F, S, R, bM 4824 Gx 12 56.6 +27 31 r Com vF, vS I3896 Gx 12 56.6 -50 19 s Cen 2.2 13. p bM, mag 14 4826 Gx 12 56.7 +21 41 s Com 9.3 8.5 ! vB, vL, vmE 120deg +/- , bMSBN; = M64 4827 Gx 12 56.7 +27 11 s Com 1.7 13.0 F, cL 4828 Gx 12 56.7 +28 01 r Com 15. p F, S, R I 833 12 56.7 -06 44 d Vir vF, S, R I3908 12 56.7 -07 35 d Vir eF, eS, cE 160deg ; F trail? I3915 12 56.7 +20 07 d Com F, vS, spir, *14 inv s 4818 Gx 12 56.8 -08 31 s Vir 4.5 12. p pB, L, pmE 0deg , gbM I3919 12 56.8 +38 32 d CVn F, vS, bM, spir I3920 12 56.8 +39 58 d CVn F, vS, iF, N 4811 Gx 12 56.9 -41 48 r Cen eF, cS, R, gbM, p of 2 4812 Gx 12 56.9 -41 49 r Cen eF, S, R, gbM, f of 2 4837 Gx 12 56.9 +48 18 s CVn 1.4 14. p neb? I 835 Gx 12 56.9 +26 29 v Com 0.6 F, S, R I3917 Gx 12 56.9 +22 22 x Com eF, vS, iF, N I3918 12 56.9 +22 22 x Com pF, vS, bM, spir; = IC 3917 4820 Gx 12 57.0 -13 42 r Vir 15. p vS, sp of 4825 4822 Gx 12 57.0 -10 45 r Vir 14. p F, st inv I3921 12 57.0 +38 38 d CVn F, vS, bM, spir I3922 12 57.0 +38 29 d CVn vF, vS, iF I3923 12 57.0 +37 57 d CVn pF, eS, E, bM 4825 Gx 12 57.2 -13 40 s Vir 2.0 12.1 pB, iF, bM 4857 Gx 12 57.2 +70 12 r Dra 14. p eF, vS, iR, vlbM 4829 Gx 12 57.3 -13 44 r Vir vS, sf 4825 I3925 12 57.3 +36 25 d CVn pF, vS, E 60deg , bM I3928 12 57.3 +40 26 d CVn vF, pL, dif, *13 att 4823 12 57.4 -13 44 F Vir vS, sp of 4825 4830 Gx 12 57.4 -19 42 r Vir 13. p F, L, st inv, *8 5' sf 4839 Gx 12 57.4 +27 30 s Com 4.2 14. p F, pL, R I3924 12 57.4 +18 47 d Com eF, S, R I3930 12 57.4 +38 46 d CVn F, vS, N; neb*? 4836 Gx 12 57.5 -12 45 r Vir 13. p vF, L, dif 4840 Gx 12 57.5 +27 37 s Com 0.6 15. p vF, vS 4841 Gx 12 57.5 +28 29 s Com 1.9 11.5 pF, pL, R, vS* att I 837 Gx 12 57.5 +26 30 x Com 15. p F, S, R I3926 12 57.5 +22 49 d Com vF, vS, iF, N 4831 Gx 12 57.6 -27 18 r Hya 14. p F, S, R, gbM 4842 Gx 12 57.6 +27 29 s Com 0.6 15. p vF, vS, 4839 sp I3929 12 57.7 +20 24 d Com vF, vS, bM, spir 4832 Gx 12 57.8 -39 44 A Cen pF, vS, R, sbM *17, *10 70deg 4838 Gx 12 57.9 -13 03 r Vir 13. p vF, pS, R, 3 S st sp 4846 Gx 12 57.9 +36 22 r CVn 14. p eF I3933 12 57.9 +36 39 d CVn F, vS, iF, N 4815 OC 12 58.0 -64 57 s Mus 3. 8.6 Cl, pL, pRi, iF, st 10...18 4843 Gx 12 58.0 -03 37 r Vir 14. p cF, E, er, * sf 30" 4845 Gx 12 58.0 +01 35 s Vir 5.0 12. p pF, pL, pmE, vgbM, * nf 30deg I3931 12 58.0 +19 37 d Com cF, S, iF, N 4835 Gx 12 58.1 -46 15 s Cen 3.4 12. p F, pL, mE, vgbM 4844 * 12 58.1 -13 04 A Vir F, S 4848 Gx 12 58.1 +28 15 s Com 1.8 14. p pF, S, lE I3932 12 58.1 +19 35 d Com vF, eS, R bM 4849 Gx 12 58.2 +26 24 s Com 2.2 15. p pB, R, bM; = IC 3935 I 838 Gx 12 58.2 +26 24 x Com 14. p vF, 1'.5 nf 4849 I3927 Gx 12 58.2 -22 53 c Hya 1.4 vF, vS, *10 np, *7 s 10' I3935 12 58.2 +26 23 x Com pB, S, R, N, r, IC 838 f; = 4849 I3941 12 58.2 +39 46 d CVn F, vS, iF, N 4851 Gx 12 58.3 +28 09 r Com 15. p F, vS, r; = IC 839? I3934 12 58.3 +18 50 d Com F, S, iF I3936 12 58.3 +19 03 d Com neb *13, *12.5 f 1' I3940 12 58.3 +35 50 d CVn cF, vS, R, bM I3942 12 58.3 +36 06 d CVn eF, eS, iF, N 4850 Gx 12 58.4 +27 58 s Com 1.6 16. p F, S, R I 839 Gx 12 58.4 +28 09 x Com stellar, 13m I3937 12 58.4 +18 49 d Com vF, vS, iF, N I3938 12 58.4 +18 45 d Com eF, vS, R, bM, *13 sp 4847 Gx 12 58.5 -13 08 r Vir F, S neb*, *9 p 40s on parallel I3939 12 58.5 +18 45 d Com vF, eS, bM, spir I3945 12 58.5 +39 56 d CVn F, vS, iF, N 4853 Gx 12 58.6 +27 36 s Com 1.2 13.1 F, S, R, pslbM I3943 Gx 12 58.6 +28 07 x Com pF, vS, iF I 840 Gx 12 58.7 +10 37 u Vir 1.0 15. p F, S, R, lbM, r I3944 12 58.7 +23 47 d Com F, vS, iF, N 4854 Gx 12 58.8 +27 40 s Com 15. p vF, pL, com I3946 Gx 12 58.8 +27 49 s Com 1.0 13.9 F, pS, bM I3947 Gx 12 58.9 +27 47 v Com vF, S I3949 Gx 12 58.9 +27 50 v Com 1.3 F, pS, E I3952 12 58.9 +38 52 d CVn F, cS, iF, N I3956 12 58.9 +37 24 d CVn F, vS, R, bM 4858 Gx 12 59.0 +28 07 s Com 0.4 16. p F, vS, p of Dneb 4859 Gx 12 59.0 +26 49 s Com 1.7 15. p F, vS, R 4861 Gx 12 59.0 +34 52 s CVn 4.1 12.2 vF, pL, vmE 30deg +/- , bet 2 st I3948 12 59.0 +24 04 d Com vF, vS, iF, N 4860 Gx 12 59.1 +28 07 s Com 1.0 13.5 pF, S, R, f of Dneb 4868 Gx 12 59.1 +37 19 s CVn 1.7 13. p pB, S, R, mbM I3950 12 59.1 +18 44 d Com F, vS, R, bM I3955 Gx 12 59.1 +28 00 v Com vF, S, N 14 mag I3957 Gx 12 59.1 +27 46 x Com 16. p cF, vS, R, bM I3959 Gx 12 59.1 +27 47 v Com 0.6 F, pS, R, lbM I3960 Gx 12 59.1 +27 51 v Com 0.4 vF, pS, diffic I3961 Gx 12 59.1 +34 52 t CVn 4.2 13. p pF, pL, lE 30deg , bM; = 4861 4864 Gx 12 59.2 +27 59 s Com 0.6 13.6 F, S, p of 2 I3951 12 59.2 +18 46 d Com F, vS, iF, N; neb D*? I3953 12 59.2 +23 05 d Com vF, S, R, bM, dif I3954 12 59.2 +19 16 d Com F, vS, R, bM I3958 12 59.2 +24 02 d Com vF, vS, iF, N I3963 Gx 12 59.2 +27 47 v Com 0.7 vF, vS, R, bM I3964 * 12 59.2 +27 51 x Com eF, vS I3967 Gx 12 59.2 +36 07 m CVn 0.4 15. p pF, vS, iF, N I3970 12 59.2 +40 24 d CVn F, vS, E 120deg , *15 att p I3975 Gx 12 59.2 +38 53 m CVn 0.5 15. p pF, vS, E 40deg , bM 4855 Gx 12 59.3 -13 13 r Vir 14. p F, S, st inv 4856 Gx 12 59.3 -15 02 s Vir 4.6 10.4 B, R, psmbM, *13 np 4865 Gx 12 59.3 +28 05 s Com 1.4 13.3 vF, vS, *7-8 f 13s 4867 Gx 12 59.3 +27 58 s Com 1.1 16. p vF, vS, stellar, f 4864 4870 Gx 12 59.3 +37 00 r CVn pF, lE, bet 2 st I3962 12 59.3 +23 40 d Com vF neb* I3966 Gx 12 59.3 +35 52 m CVn 0.4 15. p F, S, iF, N I3972 12 59.3 +37 17 d CVn vF, vS, R, bM I3977 12 59.3 +36 48 d CVn vF, S, iF, N I3980 12 59.3 +39 09 d CVn eF, vS, iF I3982 12 59.3 +40 05 d CVn F, vS, R, bM, bet 2 st 13 I3983 12 59.3 +39 15 d CVn F, S, iF, N 4862 Gx 12 59.4 -14 07 r Vir 15. p eF, S, R 4869 Gx 12 59.4 +27 55 s Com 1.1 13.5 cF, S, R, *7 n I3965 12 59.4 +18 51 d Com F, vS, iF, N I3968 Gx 12 59.4 +27 58 x Com eF, vS, *14 nr I3979 12 59.4 +36 20 d CVn F, eS, R, bM I3981 12 59.4 +37 14 d CVn eF, vS, iF, N, diffic I3987 12 59.4 +38 44 d CVn pF, vS, R, bM 4866 Gx 12 59.5 +14 10 s Vir 6.5 11.0 B, pL, mE 90deg , sbMN, S* inv 4871 Gx 12 59.5 +27 57 s Com 0.5 15. p vF, vS, stell N I3969 12 59.5 +19 39 d Com eF, S, iF I3971 12 59.5 +22 51 d Com vF, vS, iF, N I3973 Gx 12 59.5 +27 53 v Com F, vS, R, N 13 mag I3976 Gx 12 59.5 +27 51 v Com *14 inv in vF neb I3988 12 59.5 +37 15 d CVn vF, S, iF I3989 12 59.5 +36 47 d CVn vF, vS, iF, N I3992 12 59.5 +36 46 d CVn F, vS, iF, N I3993 12 59.5 +40 36 d CVn F, vS, iF, N I3996 12 59.5 +40 28 d CVn F, vS, sbM * 4833 Gb 12 59.6 -70 53 s Mus 13.5 7.4 glob. cl. , B, L, R, g, vsbM, st 12 4863 Gx 12 59.6 -14 01 r Vir 15. p eF, S, mE 45deg , sbMN 4872 Gx 12 59.6 +27 57 s Com 1.0 13.7 pF, pS, R 4873 Gx 12 59.6 +27 59 v Com 0.8 14.2 vF, vS 4874 Gx 12 59.6 +27 58 s Com 2.7 11.9 F, 4869 and 4872 p 4875 Gx 12 59.6 +27 54 s Com 16. p vF, vS, stellar I3978 12 59.6 +19 38 d Com eF, S, iF I3990 Gx 12 59.6 +28 54 v Com 1.3 F, S, R, N, r I3991 Gx 12 59.6 +28 56 x Com 15. p F, S, R, FN, r I3995 12 59.6 +38 53 d CVn F, S, iF, N I3997 12 59.6 +36 42 d CVn vF, S, iF I4000 12 59.6 +39 35 d CVn vF, vS, iF; neb*? I4001 12 59.6 +38 52 d CVn pF, vS, R, bM 4876 Gx 12 59.7 +27 55 s Com 0.4 15. p vF, vS, no Nucl I3984 12 59.7 +19 38 d Com eF, S, iF I3985 12 59.7 +19 35 d Com cF, eS, R, bM I4002 12 59.7 +36 46 d CVn pF, S, iF, N I4003 12 59.7 +38 49 d CVn pF, vS, iF, N I4004 12 59.7 +38 49 d CVn pF, vS, iF, N I 841 12 59.8 +21 49 D Com vF I3994 12 59.8 +22 43 d Com eF, vS, iF; eF* inv? I3998 Gx 12 59.8 +27 58 v Com 14.7 eF, pS I4006 12 59.8 +37 01 d CVn vF, S, iF 4883 Gx 12 59.9 +28 02 v Com 14.3 vF, S, stellar 4901 Gx 12 59.9 +47 12 r CVn 15. p pF, S, R, gbM I4009 12 59.9 +36 40 d CVn vF, vS, R, bM I4010 12 59.9 +37 53 d CVn F, vS, iF, N 4881 Gx 13 00.0 +28 15 s Com 1.0 13.5 F, S, lE, *9 sp 4882 13 00.0 +27 59 A Com vF, S, others near 4884 - 13 00.0 +27 59 r Com chief one of mult neb; = 4889? 4886 Gx 13 00.0 +27 59 s Com 0.8 13.9 F, S, R, 4889 f 4s 4892 Gx 13 00.0 +26 54 s Com 1.6 15. p vF I4005 13 00.0 +22 38 d Com vF, vS, iF, N I4013 13 00.0 +37 12 d CVn vF, vS, iF, N I4015 13 00.0 +37 12 x CVn n part of Dneb, eF, S, iF, N; = 4893 I4016 13 00.0 +37 12 x CVn s part of Dneb, eF, S, iF, N; = 4893 I4018 13 00.0 +40 29 d CVn vF, S, iF, N I4020 13 00.0 +38 36 d CVn eF, pL, dif 4852 OC 13 00.1 -59 36 s Cen 11. 9. p Cl, L, pRi, iR, st 10 4889 Gx 13 00.1 +27 58 s Com 3.0 11.4 pB, pmE, bM, *7 n 4893 Gx 13 00.1 +37 11 r CVn 15. p vF, *20 sp, *17 nf; = IC 4015 I4007 13 00.1 +19 58 d Com vF, vS, R, bM I4008 13 00.1 +22 21 d Com vF, vS, iF, N I4011 Gx 13 00.1 +28 00 v Com 15.0 eF, vS, N 15m I4012 Gx 13 00.1 +28 05 v Com 14.8 *14 in vF neb I4022 13 00.1 +38 29 d CVn eF, eS, iF, N I4024 13 00.1 +40 31 d CVn vF, vS, iF, N 4880 Gx 13 00.2 +12 29 s Vir 3.3 12. p cF, pL, R, vglbM, r I4014 13 00.2 +22 30 d Com vF, vS, iF, N I4021 Gx 13 00.2 +28 02 v Com 0.3 14.9 *14 in vF neb I4027 13 00.2 +37 08 d CVn F, S, iF, N, 4893 np I4029 13 00.2 +38 46 d CVn vF, vS, iF, N 4878 Gx 13 00.3 -06 05 r Vir 14. p vF, vS, p of 2 4894 Gx 13 00.3 +27 58 s Com 16. p pF, S, R 4895 Gx 13 00.3 +28 12 s Com 2.3 12.8 vF, S, R 4898 Gx 13 00.3 +27 57 s Com 15. p vF, S, close to 4894 I4017 13 00.3 +22 33 d Com vF, vS, E 80deg , bM I4019 13 00.3 +23 43 d Com F, vS, iF, *14 att nf, * 11 sp I4028 Gx 13 00.3 +36 15 u CVn 1.2 15. p F, cS, iF, N I4031 13 00.3 +39 09 d CVn vF, S, R, bM I4034 13 00.3 +37 03 d CVn cF, S, iF, N I4035 13 00.3 +40 18 d CVn vF, S, viF, diffic I4037 13 00.3 +39 00 d CVn F, vS, iF, N 4877 Gx 13 00.4 -15 17 s Vir 2.7 13. p pB, pL, mbM I4023 13 00.4 +19 06 d Com vF, vS, iF; ? I4026 Gx 13 00.4 +28 03 v Com 14.7 *14 in vF neb I4032 Gx 13 00.4 +28 52 x Com 15. p F, S, R, gbM I4036 13 00.4 +36 55 d CVn vF, vS, iF, N I4038 13 00.4 +37 02 d CVn F, vS, iF, N 4879 Gx 13 00.5 -06 03 r Vir 15. p vF, vS, f of 2 4885 Gx 13 00.5 -06 50 r Vir 15. p vF, S, E 4896 Gx 13 00.5 +28 21 s Com 1.3 13.7 vF, vS, R, mbM I3999 Gx 13 00.5 -14 18 x Vir eF, susp I4025 13 00.5 +19 06 d Com vF, vS, iF, N I4030 Gx 13 00.5 +27 57 x Com eF, vS, R, *15 inv I4033 Gx 13 00.5 +27 58 x Com eF, pS, R 4887 Gx 13 00.6 -14 40 s Vir 1.6 14. p vF, 4902 nf 4890 Gx 13 00.6 -04 34 r Vir 14. p cF, S, iR, bM 4900 Gx 13 00.6 +02 30 s Vir 2.3 11.5 cB, cE, *10 att 135deg +/- I 842 Gx 13 00.6 +29 01 x Com 15. p pF I4040 Gx 13 00.6 +28 03 v Com 1.1 vF, S, R, gbM I4048 13 00.6 +39 50 d CVn vF, vS, iF, N 4906 Gx 13 00.7 +27 55 v Com 14.2 vF, vS, *15 p 4914 Gx 13 00.7 +37 19 s CVn 3.6 12. p pB, cS, R, smbM, *17 np 4916 Gx 13 00.7 +37 22 r CVn neb, nf 4914 (?) I4039 13 00.7 +21 41 d Com cF, vS, neb* I4041 Gx 13 00.7 +28 00 v Com 0.7 vF, pS I4042 Gx 13 00.7 +27 58 v Com 14.3 F, S, bM I4043 Gx 13 00.7 +37 06 u CVn 1.0 16. p vF, S, iF I4046 13 00.7 +36 41 d CVn F, vS, R, bM I4049 Gx 13 00.7 +36 21 u CVn 1.2 15. p pB, vS, sbM * I4050 13 00.7 +36 40 d CVn vF, S, iF, N; D*? I4052 13 00.7 +39 40 d CVn vF, vS, iF, N I4056 Gx 13 00.7 +39 45 u CVn 1.1 16. p F, vS, exc N 4891 * 13 00.8 -13 26 A Vir F neb* 4907 Gx 13 00.8 +28 09 s Com 1.4 13.4 eF, vS, *13 att 4912 - 13 00.8 +37 23 r CVn neb n of and in line with 4914 (?) 4913 - 13 00.8 +37 21 r CVn nonexistent? I4044 Gx 13 00.8 +27 55 x Com eF, S, lbM I4045 Gx 13 00.8 +28 05 s Com 0.7 13.9 pF, S, bM I4060 Gx 13 00.8 +40 35 m CVn 0.7 15. p vF, cS, iF, N 4897 Gx 13 00.9 -13 27 A Vir 2.8 13. p F 4899 Gx 13 00.9 -13 57 s Vir 2.7 12. p pF, eL 4908 Gx 13 00.9 +28 02 s Com 1.1 15. p vF, vS 4911 Gx 13 00.9 +27 47 s Com 1.3 12.8 1st of 4, F, pL, *11 2' np 4917 Gx 13 00.9 +47 14 r CVn 15. p eF, S, E, bM I4051 Gx 13 00.9 +28 00 s Com 1.3 13.4 pF, S, R, bM, 4908 np 4902 Gx 13 01.0 -14 31 s Vir 3.0 11.2 pB, pL, iR, st nr 4904 Gx 13 01.0 -00 02 s Vir 2.3 12.1 pB, pS, R, bM I4047 Gx 13 01.0 +19 41 z Com 16. p cF, S, E 110deg , bM I4053 13 01.0 +22 56 d Com eF, eS, R, bM; others nr? I4054 13 01.0 +22 54 d Com vF, eS, R, bM, *10 f 0'.5 I4055 13 01.0 +22 54 d Com eF, vS, iF, N; ? I4061 13 01.0 +39 35 d CVn vF, S, iF I4062 13 01.0 +39 52 d CVn vF, cS, iF, N 4888 - 13 01.1 -06 04 r Vir pF, cS, E, psbM, ** np; = 4879? I4057 13 01.1 +23 09 d Com vF, vS, R I4063 13 01.1 +39 15 d CVn F, S, iF, N I4064 13 01.1 +39 50 d CVn pF, S, R, bM; spir? I4058 13 01.2 +19 30 d Com cF, vS, R, bM I4065 Gx 13 01.2 +39 44 m CVn 0.7 15. p vF, vS, sbM * 4919 Gx 13 01.3 +27 48 s Com 1.4 15. p vF, vS, 2nd of 4 I4059 13 01.3 +19 16 d Com F, vS, iF, N I4067 13 01.3 +39 56 d CVn vF, vS, iF, N I4068 13 01.3 +39 54 d CVn vF, vS, iF, N 4903 Gx 13 01.4 -30 56 r Cen 15. p vF, cS, R, * att, p of 2 4910 - 13 01.4 +01 40 r Vir eF, vL, rr 4921 Gx 13 01.4 +27 53 s Com 2.7 12.1 F, pL, 3rd of 4 4922 Gx 13 01.4 +29 19 s Com 2.1 14. p pB, S, R, lbM, *11-12 f I4069 13 01.4 +36 05 d CVn vF, vS, pR, eFN I4072 13 01.4 +37 21 d CVn eF, S, iF, diffic I4073 13 01.4 +39 55 d CVn F, vS, iF, N 4905 Gx 13 01.5 -30 52 r Cen 15. p vF, vS, R, slbM, f of 2 4915 Gx 13 01.5 -04 33 s Vir 1.7 11.9 pB, S, R, bM 4923 Gx 13 01.5 +27 51 s Com 1.3 13.6 vF, 4th of 4 I3986 Gx 13 01.5 -32 17 c Cen 2.0 eeF, pS, R, *10 nf I 843 Gx 13 01.6 +29 08 x Com 15. p F, bMN I4077 13 01.6 +37 23 d CVn F, S, R, bM I4082 13 01.6 +37 20 d CVn F, S, iF I4083 13 01.6 +38 09 d CVn F, vS, iF, neb* I4085 13 01.6 +39 42 d CVn vF, vS, R, bM I4066 13 01.7 +19 16 d Com vF, vS, iF I4070 13 01.7 +19 18 d Com F, S, iF, N I4078 Gx 13 01.7 +36 38 u CVn 1.0 16. p pF, vS, iF, N I4084 13 01.7 +36 58 d CVn pF, vS, R, bM I4086 Gx 13 01.7 +36 38 u CVn 1.0 16. p F, pS, iF, N, *15 n 4918 Gx 13 01.8 -04 30 r Vir eF, eS, R, bMN, 4915 sp 4' I4074 13 01.8 +19 00 d Com F, S, iF, N I4075 13 01.8 +19 58 d Com F, vS, bM, spir I4076 13 01.8 +23 23 d Com F, vS, iF, N, Cl?; *15 np I4088 Gx 13 01.8 +29 03 x Com 15. p eF, susp; *11 or 12 f 1'.4 I4090 13 01.8 +36 50 d CVn vF, S, iF, N 4920 Gx 13 01.9 -11 22 r Vir 14. p vF 4926 Gx 13 01.9 +27 37 s Com 1.4 12.9 pB, S, R, glbM I4079 13 01.9 +19 15 d Com vF, vS, att to IC 4080 I4081 13 01.9 +22 46 d Com F, vS, R, bM 4909 Gx 13 02.0 -42 46 r Cen eF, 3 or 4 st 11-12 f 4927 Gx 13 02.0 +28 00 s Com 15. p vF I4071 Gx 13 02.0 -07 35 m Vir 0.5 15. p eeF, eS, cE 10deg I4080 13 02.0 +19 15 d Com F, vS, *14 p 0'.3, *15 sf I4087 13 02.0 +20 00 d Com vF, vS, bM; spir? I4094 13 02.0 +37 48 d CVn F, vS, iF, N I4100 Gx 13 02.0 +40 25 u CVn 1.5 15. p pF, cS, iF, 3 wings 4925 Gx 13 02.1 -07 42 r Vir 14. p cF, S I4089 13 02.1 +19 30 d Com eF, S, iF, N, bet 2 st 14 I4093 13 02.1 +29 00 d Com susp, close p *8 I4097 13 02.1 +36 36 d CVn pF, vS, iF, N I4098 13 02.1 +37 59 d CVn F, vS, R, bM 4924 Gx 13 02.2 -14 58 s Vir 0.7 14. p cF, L, vlE 45deg +/- 4954 Gx 13 02.2 +75 24 r Dra 14. p vF, S, R, vgbM I4091 13 02.2 +19 54 d Com vF, vS, iF, N I4092 13 02.2 +19 11 d Com vF, S, iF, N I4101 13 02.2 +39 56 d CVn vF, vS, iF, N I4095 13 02.3 +19 06 d Com F, S, iF, N I4096 13 02.3 +24 01 d Com F, S, iF, N I4102 13 02.3 +36 09 d CVn F, vS, R, sbM * I4104 13 02.3 +38 35 d CVn F, S, iF, N I4105 13 02.3 +38 16 d CVn vF, vS, iF, neb* I4099 13 02.4 +24 05 d Com vF, vS, iF, N I4103 Gx 13 02.4 +38 02 m CVn 0.7 15. p F, vS, iF, N I4108 13 02.5 +38 29 d CVn F, vS, iF, N 4932 Gx 13 02.6 +50 27 r CVn 14. p cF, S, R, vglbM I4106 Gx 13 02.6 +28 07 x Com 15. p eF, pS, dif 4929 Gx 13 02.7 +28 03 s Com 1.5 15. p F, S, *16 close p I4107 13 02.7 +22 00 d Com eF, cL, dif I4112 13 02.7 +37 13 d CVn F, S, iF, N, diffic I4114 13 02.7 +40 06 d CVn vF, S, viF, N I4115 13 02.8 +37 13 d CVn F, pL, iF, N I4117 13 02.8 +40 32 d CVn vF, S, iF, neb* I4111 Gx 13 02.9 +28 04 x Com 16. p eF I4118 13 02.9 +38 18 d CVn F, vS, R, bM 4928 Gx 13 03.0 -08 05 s Vir 1.3 13. p F, pS, vlE, glbM 4931 Gx 13 03.0 +28 02 s Com 2.0 13.5 F, S 4938 Gx 13 03.0 +51 20 r CVn 15. p eF, R, psbM I4109 13 03.0 +19 00 d Com vF, S, iF I4110 13 03.0 +19 14 d Com eF, vS, R, *13 p I4120 13 03.0 +37 05 d CVn cF, vS, iF, N I4113 13 03.1 +20 28 d Com vF, vS, iF, N I4123 13 03.1 +38 19 d CVn F, S, fan, Ns I4116 13 03.2 +19 05 d Com F, S, R 4934 Gx 13 03.3 +28 01 r Com 15. p F, S, lE 4935 Gx 13 03.3 +14 23 r Com 14. p vF, vS, R, 3 st f I 844 Gx 13 03.3 -30 31 c Cen 1.3 vF, vS, lbM I4119 13 03.3 +19 14 d Com eF, S, E 30deg ; ? I4127 Gx 13 03.3 +38 04 m CVn 0.4 15. p F, vS, iF, neb* I4121 13 03.4 +19 17 d Com vF, vS, iF N I4122 Gx 13 03.4 +20 11 z Com 15. p cF, S, bM, spir, *15 p 20" I4131 13 03.4 +38 57 d CVn F, cS, iF, N I4124 13 03.5 +22 51 d Com vF, vS, E 110deg , bM I4125 13 03.6 +18 48 d Com F, S, iF, N I4126 13 03.6 +19 19 d Com eF, vS, iF, N I4132 13 03.6 +38 23 d CVn F, vS, R, bM I4135 Gx 13 03.6 +40 15 u CVn 1.0 16. p vF, cS, iF, N I4128 13 03.7 +20 13 d Com F, S, bM, spir I4129 13 03.7 +18 53 d Com vF, S, iF 4943 Gx 13 03.8 +28 05 r Com 15. p vF, vS 4944 Gx 13 03.8 +28 11 s Com 1.9 13. p F, S, R, bM, *9 nf 1' I4130 13 03.8 +19 16 d Com cF, S, R I4133 Gx 13 03.8 +27 59 x Com 15. p vF, vS, mbM I4142 13 03.8 +38 12 d CVn vF, vS, iF, N I4143 13 03.8 +40 12 d CVn F, S, iF I4145 13 03.8 +38 17 d CVn vF, S, iF 4933 Gx 13 03.9 -11 29 s Vir 2.5 13. p pB, pL, iR I4144 Gx 13 03.9 +36 57 u CVn 1.1 16. p F, cS, iF I4137 13 04.0 +22 44 d Com cF, vS, iF, N I4138 13 04.0 +20 40 d Com F, vS, iF, N, *16 inv np; D*? I4149 Gx 13 04.0 +22 16 m Com 0.4 15. p pF, vS, iF, N, *9 p 2', *15 sf I4151 13 04.0 +36 51 d CVn vF, cS, iF I4152 13 04.0 +38 12 d CVn F, vS, iF, N 4930 Gx 13 04.1 -41 25 t Cen 3.6 vF, R, triangle 2 st 8, 9, f I4139 13 04.1 +19 18 d Com F, S, iF, N, 2 st nf I4140 13 04.1 +20 06 d Com vF, vS, R; ? I4141 13 04.1 +19 13 d Com F, S, iF, N 4939 Gx 13 04.2 -10 20 s Vir 5.8 11. p pB, L, R, gmbM 4941 Gx 13 04.2 -05 33 s Vir 3.7 11.1 pF, L, E, gbMBN, r 4949 Gx 13 04.2 +29 02 r Com eF, S 4972 - 13 04.2 +75 18 r UMi vF, S, iR, bM I4146 13 04.2 +19 17 d Com F, vS, R, bM I4147 13 04.2 +20 15 d Com vF, S, dif I4148 13 04.2 +19 15 d Com eF, vS, R I4150 13 04.2 +21 59 d Com vF, vS, R I4155 13 04.2 +40 01 d CVn vF, S, iF, dif 4936 Gx 13 04.3 -30 32 s Cen 1.9 11.3 pB, S, R, bM, * f 6s 4942 Gx 13 04.3 -07 39 s Vir 1.8 14. p vF, S I4157 13 04.3 +38 40 d CVn eF, pL, iF; biN? I4134 13 04.4 -11 27 d Vir vF, S, mbM I4136 ? 13 04.4 -05 58 x Vir eeF, cS I4153 13 04.4 +19 03 d Com F, S, R, bM I4158 13 04.4 +36 29 d CVn F, S, iF, N I4154 13 04.5 +23 34 d Com pF, S, R I4161 13 04.6 +39 59 d CVn F, vS, iF, N 4937 - 13 04.7 -47 13 r Cen eeF, S, R, p of 2 I4159 13 04.8 +22 15 d Com F, vS, iF, N I4160 13 04.8 +22 54 d Com vF, S, iF, dif 4940 Gx 13 04.9 -47 16 r Cen F, S, R, f of 2 4948 Gx 13 04.9 -07 57 s Vir 1.8 14. p eeF, pS, lE, 4958 f 4952 Gx 13 05.0 +29 08 s Com 1.6 14. p F, S, R, psbM *11 I4156 ? 13 05.0 -06 16 x Vir eeF, cS, mE 140deg I4165 13 05.0 +39 55 d CVn F, cS, p dif 4951 Gx 13 05.1 -06 30 s Vir 3.3 12. p F, pL, lE, r 4956 Gx 13 05.1 +35 11 r CVn 13. p pB, cS, R, smbM I4162 13 05.1 +20 33 d Com vF, S, iF, N, *14 sp I4163 13 05.1 +20 46 d Com F, vS, bM; spir? 4957 Gx 13 05.2 +27 34 s Com 1.3 12.9 F, S, R I4164 OC 13 05.2 +20 33 x Com vF, S, neb Cl?; *14 n I4168 13 05.2 +40 13 d CVn F, vS, R, bM, *13 sp I4169 13 05.2 +38 46 d CVn vF, S, iF, N I 845 13 05.3 +12 07 d Vir eeF, S, R, F* nr p; decl uncertain I 846 Gx 13 05.3 +23 06 z Com 15. p vF, R, lbM, diffic I3974 Gx 13 05.3 -35 20 c Cen 2.1 eeF, pS, lE; = 4947 4945 Gx 13 05.4 -49 28 s Cen 20.0 9. p B, vL, vmE 39deg 4946 Gx 13 05.4 -43 36 r Cen B, pS, R, gpmbM, p of 2 4947 Gx 13 05.4 -35 20 s Cen 2.8 12. p F, pL, R, vglbM 4964 Gx 13 05.4 +56 18 r UMa 13. p eF, S, lE I4166 Gx 13 05.4 +31 27 u CVn 1.0 15. p F, S, dif I4171 Gx 13 05.4 +36 07 u CVn 1.0 16. p F, cS, E 60deg , bM 4950 Gx 13 05.5 -43 31 r Cen eF, S, R, pslbM, f of 2 4973 13 05.5 +53 41 D UMa vF, S I4167 13 05.5 +21 55 d Com vF, vS, iF, N I4174 13 05.5 +36 24 d CVn vF, S, iF, N I4170 13 05.6 +21 08 d Com F, vS, iF, N I4172 13 05.6 +22 51 d Com F, S, R, bM 4959 Gx 13 05.7 +33 11 r CVn 15. p eF, S, R 4967 Gx 13 05.7 +53 34 r UMa 15. p vF, S, E, * att I4178 Gx 13 05.7 +36 00 u CVn 1.2 16. p vF, cS, R, bM, dif 4958 Gx 13 05.8 -08 01 s Vir 4.1 10.5 vB, pS, E, bMBN 4960 Gx 13 05.8 +27 33 r Com F, S, R, N = *16 4961 Gx 13 05.8 +27 44 s Com 1.7 13.5 F, S, iF 4963 Gx 13 05.8 +41 43 r CVn 14. p F, vS, R, stell, vS* s I4175 13 05.8 +20 22 d Com vF, S, R I4179 13 05.8 +37 12 d CVn F, vS, iF, N, *14 p I4182 Gx 13 05.8 +37 36 s CVn 6.7 13. p cF, vL, iF, N 4962 - 13 05.9 +29 04 r Com eF, vS 4974 13 05.9 +53 40 D UMa vF, S; = IC 847 I4184 13 05.9 +38 50 d CVn pF, S, iF, N I4190 Gx 13 05.9 +37 37 m CVn 5.0 13. p vF, cS, iF, diffic I 847 13 06.0 +53 41 x UMa vF, S, R, bet 2 st; = 4974 I4186 13 06.0 +36 59 d CVn F, S, iF, N I4187 13 06.0 +36 18 d CVn F, S, iF, N, D* s I4188 13 06.0 +36 20 d CVn vF, S, iF, cF neb p 1' I4189 Gx 13 06.0 +35 58 v CVn 1.6 pF, pS, E 60deg , bM 4953 Gx 13 06.1 -37 34 r Cen vF, pS, am 3 S st 4955 Gx 13 06.1 -29 45 r Hya 15. p F, cS, R, gbM I4181 13 06.1 +21 30 d Com cF, vS, R, bM I4192 ? 13 06.1 +37 36 x CVn vF, S, iF, v diffic I4193 Gx 13 06.1 +39 26 z CVn 16. p pF, S, iF, N, eF* att np I4194 13 06.1 +38 52 d CVn F, S, iF, N 4977 Gx 13 06.2 +55 39 r UMa 14. p cF, S I4173 13 06.2 -11 34 d Vir neb *13, sp of 2 I4183 13 06.2 +21 30 d Com F, vS, iF, N I4185 13 06.2 +21 47 d Com vF, S, iF, att *15 n 4966 Gx 13 06.3 +29 04 s Com 1.2 14. p vF, vS, vlE, vglbM, ** sp I4176 13 06.3 -11 33 d Vir pF, pS, bM, nf of 2 I4177 Gx 13 06.3 -13 35 m Vir 0.8 15. p vF, vS, R, susp I4195 13 06.3 +37 02 d CVn vF, S, iF 4971 Gx 13 06.9 +28 32 s Com 1.3 15. p F, vS, lE, ** nr n I4180 Gx 13 06.9 -23 55 c Hya 1.5 eeF, eS, R, 1st of 3 4969 Gx 13 07.0 +13 39 r Vir 15. p eeF, S, R, v diffic I 848 Gx 13 07.0 +16 02 m Com 0.8 15. p eF, vS, diffic 4968 Gx 13 07.1 -23 41 r Hya 14. p F, pL, R, glbM 4965 Gx 13 07.2 -28 14 s Hya 2.6 14. p vF, vL, cE, vgbM 4970 Gx 13 07.5 -24 02 r Hya 14. p vF, pL, iF I4199 13 07.5 +35 51 d CVn F, S, iF, N 4979 Gx 13 07.6 +24 49 r Com 15. p eF, pL, lE; = IC 4198? I 849 Gx 13 07.6 -00 56 u Vir 1.2 14. p F, pL, R, gbM I 852 Gx 13 07.6 +60 09 u UMa 1.1 15. p vF, pS, R, B* p I4196 Gx 13 07.6 -24 01 c Hya 2.0 eeF, eS, R, *11 p 4'; 2nd of 3; = 4970 I4198 Gx 13 07.7 +24 49 u Com 1.1 15. p F, cS, R, 4979 nr 4978 Gx 13 07.8 +18 25 r Com 14. p F, vS, R, sbM, stellar I 850 Gx 13 07.8 -00 51 v Vir 0.8 vF, S, R I4201 Gx 13 07.8 +35 50 m CVn 0.4 15. p F, S, iF, N 4975 Gx 13 08.0 -05 01 v Vir 0.5 vF, vS, R, psbM 4987 Gx 13 08.0 +51 56 r CVn 14. p vF, vS, stellar 4985 Gx 13 08.1 +41 41 r CVn 15. p vF, vS, R, lbM I4197 Gx 13 08.1 -23 48 c Hya 1.7 eeF, eS, R, 3rd of 3, *8 f 37s 4998 Gx 13 08.2 +50 40 r CVn 15. p vF I4203 13 08.3 +40 26 d CVn eF, S, dif 4983 Gx 13 08.4 +28 19 r Com 15. p vF 4986 Gx 13 08.4 +35 12 r CVn 14. p vF, S, R, stellar I4202 Gx 13 08.4 +24 42 u Com 1.8 15. p F, cS, E, gbM I4204 Gx 13 08.4 +39 27 u CVn 1.5 16. p F, cS; spir? I 851 Gx 13 08.5 +21 02 m Com 1.0 15. p vF 4976 Gx 13 08.6 -49 30 s Cen 4.3 10.2 B, pL, R, gmbM 5003 Gx 13 08.6 +43 44 A CVn 15. p vF, pS, lbM I 853 Gx 13 08.6 +52 46 v UMa 1.3 eeF, pS, R I4205 13 08.7 +52 52 d UMa vF, pL, R (= IC 853?) 4981 Gx 13 08.8 -06 47 s Vir 2.8 12. p B, pL, R, *10 1' sf 4982 Ast 13 08.8 -10 35 F Vir vF, S I4191 Pl 13 08.8 -67 39 s Mus 0.1 12. p PN , stellar 4984 Gx 13 09.0 -15 31 s Vir 2.8 12. p B, pL, R, psmbM 4992 Gx 13 09.0 +11 38 r Vir 14. p vF, S, lE, 2 S st s 4980 Gx 13 09.2 -28 38 s Hya 2.2 15. p eF, cS, R 4991 Gx 13 09.3 +02 21 r Vir 15. p vF, vS 5007 Gx 13 09.3 +62 10 r UMa 14. p vF, vS 4989 Gx 13 09.4 -05 25 r Vir 14. p pB, S, R, *4 sf 4990 Gx 13 09.4 -05 16 r Vir 15. p vF, vS I4206 13 09.4 +39 01 d CVn pF, S, iF, N I4207 13 09.5 +37 49 d CVn vF, cS, iF 4996 Gx 13 09.6 +00 53 r Vir 14. p pB, S, R, bM 4999 Gx 13 09.6 +01 40 s Vir 2.6 13. p cF, pL, R, lbM, er 5001 Gx 13 09.6 +53 29 r UMa 14. p pF, S, iR, gbM I4200 Gx 13 09.6 -51 58 c Cen 1.4 F, bM, mag 14.5 I4208 13 09.6 +37 15 d CVn F, cS, bM, spir 4993 Gx 13 09.7 -23 24 r Hya 14. p vF, vS 4995 Gx 13 09.7 -07 50 s Vir 2.5 11.0 pB, pL, R, vgpmbM, *8 np 4988 Gx 13 09.8 -43 06 r Cen vF, S, E, r 4994 Gx 13 09.8 -23 23 c Hya pF, cS, R, slbM, am st; = 4993 5000 Gx 13 09.8 +28 54 s Com 1.9 14. p cF, pS, lE I 854 Gx 13 09.8 +24 35 m Com 0.6 15. p pF, vS, R, vlbM 4997 Gx 13 10.0 -16 30 r Vir 13. p no description, *6.5 2' p I4209 Gx 13 10.4 -07 10 v Vir 1.6 eF, cS, cE 100deg I 855 13 10.6 -04 29 d Vir F, S, *13.5 sp 5002 Gx 13 10.7 +36 37 r CVn 14. p vF, pL, E, *13 att n I 856 13 10.7 +20 32 d Com F, E, lbM 5009 Gx 13 10.8 +50 05 r CVn 15. p vF, R, bet 2 vS st I4210 Nb 13 10.8 +29 42 x Com 1. eF, S, dif 5005 Gx 13 10.9 +37 03 s CVn 5.4 9.8 vB, vL, vmE 66deg , vsbMN I4211 * 13 10.9 +37 11 x CVn cF, S, E 315deg , bM 5004 Gx 13 11.1 +29 38 s Com 1.9 14. p vF, vS, vlE 5008 - 13 11.3 +25 23 r Com pF, pL, R 5014 Gx 13 11.5 +36 17 s CVn 1.7 13. p pF, S, E, psbM 5012 Gx 13 11.6 +22 55 s Com 2.9 13. p pF, cL, E 17deg , biN, *9 f 5006 Gx 13 11.8 -19 14 r Vir 14. p F* close p 5016 Gx 13 12.1 +24 06 s Com 1.9 14. p pB, S 5021 Gx 13 12.1 +46 12 r CVn 14. p pF, cS, R, *12 nf 90" I4212 13 12.1 -06 59 F Vir eF, cS, cE 20deg I4213 Gx 13 12.1 +35 40 s CVn 2.6 14. p F, L, vmE ns, gvlbM 5013 Gx 13 12.2 +03 12 r Vir 15. p vF, vS 5023 Gx 13 12.2 +44 02 s CVn 6.5 12. p pF, L, mE 20deg , vlbM 5034 Gx 13 12.2 +70 39 r UMi 14. p vF, vS, R 5015 Gx 13 12.4 -04 19 s Vir 1.9 13. p eF, eS, cE 55deg 5010 Gx 13 12.5 -15 47 r Vir 14. p vF, R, bM, *10 np 5' 5020 Gx 13 12.6 +12 36 r Vir 13. p cF, cL, vlE, lbM 5029 Gx 13 12.6 +47 04 r CVn 14. p F, vS, R, gbM 5019 Gx 13 12.8 +04 44 r Vir 14. p eF, vS, R, er 5025 Gx 13 12.8 +31 48 r CVn 14. p vF, S, lE, *13 n 5011 Gx 13 12.9 -43 06 s Cen 2.0 13. p pB, cS, R, am 4 st 5017 Gx 13 12.9 -16 46 s Vir 1.7 13. p vF, R, bM 5024 Gb 13 12.9 +18 10 s Com 12.6 7.7 !, glob. cl. , B, vC, iR, vvmbM, st 12; = M53 5018 Gx 13 13.0 -19 31 s Vir 2.6 10.8 cB, S, R, mbMpBN 5027 Gx 13 13.4 +06 04 r Vir 15. p vF, S, R, pgbM 5032 Gx 13 13.4 +27 48 r Com 13. p vF, pL, iR 5033 Gx 13 13.4 +36 36 s CVn 10.5 10.1 vB, pL, E 167deg , smbMvBN, * np 5022 Gx 13 13.5 -19 33 s Vir 2.5 13. p vF, pL, E 30deg , gbM, f 5018, F* close p 5040 Gx 13 13.6 +51 16 r CVn 15. p F, S, iR, vgmbM 5028 Gx 13 13.8 -13 03 s Vir 1.7 14. p vF, S, *11-12 p I 857 13 13.8 +17 05 d Com pF, vS, R, gvlbM 5030 Gx 13 13.9 -16 30 s Vir 1.9 14. p vF, S 5031 Gx 13 14.1 -16 06 r Vir 14. p vF, stellar 5026 Gx 13 14.2 -42 58 s Cen 2.3 13. p pB, pL, R, gbM, *7 nf 5041 Gx 13 14.6 +30 42 r Com 14. p F, S, R 5036 Gx 13 14.7 -04 11 r Vir eF, vS, R, gbM, 1st of 2 5035 Gx 13 14.8 -16 30 s Vir 1.6 14. p F, S, R, bMN 5039 Gx 13 14.9 -04 10 r Vir eF, eS, E 45deg , 2nd of 2 I 858 Gx 13 14.9 +17 13 u Com 1.7 15. p F, vS, R, stellar, N = 12m 5037 Gx 13 15.0 -16 35 s Vir 2.5 13. p cF, pS, vlE, bM I 859 Gx 13 15.0 +17 13 z Com 15. p pF, R, N = 14m 5038 Gx 13 15.1 -15 56 r Vir 14. p pB, E 90deg , stellar I 860 Gx 13 15.1 +24 36 m Com 0.5 15. p F, vS, R, N = 12m I 861 Gx 13 15.1 +34 19 u CVn 1.1 16. p F, vS, R, sbM 5044 Gx 13 15.4 -16 23 s Vir 2.6 11.0 pB, pL, R, bM 5042 Gx 13 15.5 -23 59 s Hya 4.2 13. p F, L, R, vgvlbM, *9 p 5052 Gx 13 15.6 +29 39 r Com 14. p vF 5046 Gx 13 15.8 -16 20 s Vir 1.2 15. p F, vS, R, stellar Nucl 5047 Gx 13 15.8 -16 31 s Vir 3.0 13. p vF 5050 Gx 13 15.8 +02 52 r Vir 14. p F, vS, stell 5055 Gx 13 15.8 +42 02 s CVn 12.3 8.6 vB, L, pmE 120deg +/- , vsmbMBN; = M63 5049 Gx 13 16.0 -16 24 s Vir 2.1 12.9 cF, S 5048 Gx 13 16.1 -28 23 r Hya 15. p pF, R, sp of 2 5056 Gx 13 16.2 +30 56 r Com 13. p cF, cS, R, sp of 2 I 862 Gx 13 16.2 +20 02 k Com 0.3 15. p pB, eS, R, N = 12m I4215 Gx 13 16.2 +25 24 u Com 1.8 15. p F, S, E 210deg 5051 Gx 13 16.3 -28 17 c Hya 1.4 neb, nf of 2 5053 Gb 13 16.4 +17 42 s Com 10.5 9.8 Cl, vF, pL, iR, vgbM, st 15 5057 Gx 13 16.5 +31 01 r Com 14. p cF, cS, R, nf of 2 5043 - 13 16.7 -60 04 r Cen Cl, P, E, sc st 11 5058 Gx 13 16.8 +12 33 r Vir 14. p vvF 5045 - 13 17.0 -63 25 r Cen Cl, vL, vRi, st 11 5054 Gx 13 17.0 -16 38 s Vir 5.0 11. p F, pS, iR 5059 Gx 13 17.0 +07 50 r Vir 15. p eF, S, lE I4216 Gx 13 17.0 -10 46 m Vir 1.8 13. p vF, cL, cE 40deg I 875 Gx 13 17.1 +57 32 s UMa 1.9 13. p eF, S, R, stellar I4218 Gx 13 17.1 -02 16 u Vir 1.4 14. p eF, eS, cE 170deg ; susp I 863 Gx 13 17.2 -17 16 c Vir 2.4 F, S, iF, biN I 864 Gx 13 17.2 +20 42 u Com 1.1 16. p vF, pS, R, bMSN I 866 Gx 13 17.2 +20 42 u Com 1.1 16. p vF, S, R, lbM I 867 Gx 13 17.2 +20 39 u Com 1.5 15. p vF, R, lbM I4217 Gx 13 17.2 -13 09 m Vir 0.6 15. p eF, eS, R 5060 Gx 13 17.3 +06 02 r Vir 14. p F, S, lE I 868 Gx 13 17.4 +20 36 z Com 15. p vF, R, lbM I 869 13 17.5 +20 41 d Com vF, S, R, lbM I 870 13 17.5 +20 36 d Com vF, S, R, lbM 5065 Gx 13 17.6 +31 04 r Com 14. p vF, cS I 865 13 17.6 -05 50 d Vir F, vS, R, stellar I4214 Gx 13 17.7 -32 06 c Cen 2.4 pB, pS, R, *9 sf I 871 Gx 13 17.9 +04 24 u Vir 2.1 15. p pB, pS, E pf, dif I4220 Gx 13 17.9 -13 36 m Vir 0.7 14. p eF, eS, cE 130deg 5061 Gx 13 18.1 -26 50 s Hya 2.6 12. p vB, S, R, vsmbM, *10 f I 872 13 18.2 +06 21 d Vir eeF, pS, R, lbM I 873 Gx 13 18.3 +04 28 z Vir 15. p F, vS, R, bMN = 13.5m 5062 Gx 13 18.4 -35 26 r Cen eF, vS, E, r 5063 Gx 13 18.4 -35 20 r Cen eF, vS, R, * nr 5066 Gx 13 18.4 -10 14 r Vir 14. p vF, vS 5067 D* 13 18.4 -10 08 F Vir vF, vS 5074 Gx 13 18.4 +31 28 s CVn 1.0 14.0 eF, vS I 876 Gx 13 18.5 +04 29 m Vir 0.6 15. p F, pL, dif I4219 Gx 13 18.5 -31 38 c Cen 1.0 eeF, pL, R, *9 sp I4221 Gx 13 18.5 -14 36 m Vir 1.1 13. p cF, S, mE 165deg , cbM 5069 - 13 18.7 -10 12 r Vir eF, vS; = 5066? 5071 Gx 13 18.7 +07 56 r Vir 15. p eF, eS, stell 5068 Gx 13 18.9 -21 02 s Vir 6.9 11. p F, L, iR, bM I4223 Gx 13 18.9 +07 47 z Vir 15. p eF, S, r 5064 Gx 13 19.0 -47 55 s Cen 2.8 13. p B, S, R, pslbM 5083 Gx 13 19.0 +39 36 r CVn 15. p pF, pL, R I 874 Gx 13 19.0 -27 38 c Hya 1.2 vF, S, R, dif I 877 13 19.0 +06 05 d Vir eeF, pS, pB* f 13s I 878 13 19.0 +06 07 d Vir eeF, pL, v diffic 5072 Gx 13 19.1 -12 32 r Vir 14. p F, S, *14 nf I 880 13 19.1 +06 07 d Vir eeF, pS, E ns, pB* s, 5th of 5 I4224 Gx 13 19.1 -02 31 m Vir 0.8 15. p eF, S, cE 110deg , susp 5070 Gx 13 19.2 -12 29 r Vir 15. p eeF, eS, vF* nr, 5072 nr 5075 Gx 13 19.2 +07 49 r Vir 15. p vF, eS, stell 5081 Gx 13 19.2 +28 30 r Com 14. p pF, S, iR, *7-8 np 5073 Gx 13 19.4 -14 52 s Vir 3.5 13. p vF, pL, pmE 135deg +/- 5076 Gx 13 19.4 -12 45 r Vir 13. p vF, cS, R, 1st of 3 5080 Gx 13 19.4 +08 25 r Vir 14. p F, S, *7 nf 5077 Gx 13 19.5 -12 39 s Vir 2.0 11.5 pB, S, vlE, sbM, 2nd of 3 I4222 13 19.5 -28 26 d Hya eeF, eS, R 5079 Gx 13 19.6 -12 42 s Vir 1.7 12. p cF, pS, vlE, 3rd of 3 5089 Gx 13 19.6 +30 15 s Com 2.1 14. p pF, pL, gbM 5093 Gx 13 19.6 +40 23 r CVn 15. p vF, S, R, lbM I 879 Gx 13 19.7 -27 26 c Hya 1.3 eF, pL, iR, dif 5078 Gx 13 19.8 -27 24 s Hya 3.2 12. p pB, pS, cE, psbM, *7-8 f 5092 Gx 13 19.9 +23 00 r Com 14. p pB, pL, iR, *17 s I 881 Gx 13 20.0 +15 51 u Com 1.7 15. p F, vS, R, stellar I4225 Gx 13 20.0 +31 58 u CVn 1.1 15. p F, cS, R 5096 Gx 13 20.2 +33 05 r CVn 15. p vF, cS, R, bM, sp of 2 5098 Gx 13 20.2 +33 09 s CVn 0.9 15. p vF, S, bet 2 st, nf of 2 I 882 Gx 13 20.2 +15 54 z Com 15. p pF, vS, R, stellar 5084 Gx 13 20.3 -21 50 s Vir 4.8 12. p cB, cS, vlE 90deg +/- , bf 5085 Gx 13 20.3 -24 26 s Hya 3.4 12. p F, L, R, vglbM 5088 Gx 13 20.3 -12 34 s Vir 2.7 13. p pB, pS, R, bM 5087 Gx 13 20.4 -20 37 s Vir 2.3 11.0 cF, vS, iF 5103 Gx 13 20.5 +43 04 r CVn 13. p pB, cS, E I4226 13 20.5 +32 00 d CVn F, vS, stell N 5095 Gx 13 20.6 -02 17 r Vir 15. p vF, iR, *11 sp I 883 Gx 13 20.6 +34 08 v CVn 1.7 F, pS, iR, bM 5094 Gx 13 20.7 -14 05 r Vir 14. p cF, vS, R, gbM 5082 Gx 13 20.9 -43 42 v Cen 3.1 vF, S, R, 1st of 4 5097 Gx 13 20.9 -12 29 r Vir eF, eS, R, stell, nearly bet 2 st 5109 Gx 13 20.9 +57 39 s UMa 1.9 14. p cF, S, cE I4227 Gx 13 20.9 +32 11 z CVn 16. p F, S, gbM, r 5090 Gx 13 21.1 -43 44 s Cen 2.6 13. p pB, pL, R, 3rd of 4 5100 Gx 13 21.1 +08 58 r Vir 15. p vF, vS, lbM 5086 Gx 13 21.2 -43 46 r Cen eF, vS, R, 2nd of 4 5091 Gx 13 21.2 -43 44 s Cen 2.2 cF, S, vlE, 4th of 4 5099 Gx 13 21.3 -13 04 r Vir eF, eS, R 5104 Gx 13 21.4 +00 20 r Vir 14. p F, S, lE 5107 Gx 13 21.4 +38 32 s CVn 1.9 14. p vF, S, cE 0deg +/- 5113 Gx 13 21.4 +57 42 r UMa 15. p cF, S, E (perhaps = 5109) I4228 Gx 13 21.6 +25 31 z Com 15. p F, S, r 5106 * 13 21.7 +08 29 r Vir vF, vS; decl very doubtful 5101 Gx 13 21.8 -27 26 s Hya 5.5 12. p cB, pS, lE, psbM * 5105 Gx 13 21.8 -13 13 s Vir 2.6 13. p eF, pS, lE 5112 Gx 13 21.9 +38 44 s CVn 3.9 12. p F, L, iR, vglbM 5102 Gx 13 22.0 -36 38 s Cen 9.3 9.7 vB, pS, R, svmbM I4230 Gx 13 22.1 +26 44 u Com 1.1 15. p F, S, R, N 5110 Gx 13 22.5 -13 05 r Vir eF, pS, R, in line with 2 pB st I 885 Gx 13 22.6 +21 19 m Com 0.8 15. p vF, pS, R I4229 13 22.6 -02 24 d Vir eF, eS, R, susp 5111 Gx 13 22.8 -12 58 r Vir 13. p cF, cS, iR, glbM 5115 Gx 13 22.9 +13 57 r Vir 15. p eeF, S, R, * nf, D* f 24s 5116 Gx 13 22.9 +26 59 s Com 2.2 14. p pF, pS, pmE, glbM, r 5144 Gx 13 22.9 +70 31 s UMi 1.4 13. p PN ?, cB, S, R, g, slbM I 884 13 22.9 -12 44 d Vir vF, pS, R 5117 Gx 13 23.0 +28 19 s CVn 2.3 14. p vF, L, triangle 2 st 11 np I4234 Gx 13 23.1 +27 07 m Com 0.6 15. p F, cS, R, N, r 5108 Gx 13 23.2 -32 20 r Cen 15. p eeF, p of 2 5123 Gx 13 23.2 +43 04 r CVn 13. p pF, S, R, gmbM I4231 Gx 13 23.2 -26 18 c Hya 1.6 pL, vmE I4232 Gx 13 23.4 -26 07 c Hya 1.1 bM, mag 14 5118 Gx 13 23.5 +06 23 r Vir 14. p vF, S, R, gbM I4236 13 23.6 +06 14 d Vir eeF, pS, mE, v diffic 5127 Gx 13 23.8 +31 34 s CVn 2.6 14. p pB, pL, R, gmbM, ** p 5119 Gx 13 23.9 -12 17 r Vir 14. p pB, S, lE 5125 Gx 13 23.9 +09 42 r Vir 13. p pF, S, R, gbM I 886 13 23.9 -04 24 d Vir vF, vS, bMN, v diffic I4235 13 23.9 -12 45 d Vir eF, vS, R 5114 Gx 13 24.0 -32 21 r Cen 14. p F, lE, psbM, f of 2 5131 Gx 13 24.0 +30 59 r CVn 14. p F, pS, lE, N = *15 I4233 13 24.0 -30 19 d Cen eeF, pS, R, 4 st sf I4238 13 24.0 +30 56 d CVn F, vS, dif, 5131 np 5122 Gx 13 24.1 -10 39 r Vir 14. p vF, S, R 5129 Gx 13 24.1 +13 59 r Vir 13. p pB, vS, R, gmbM, ** f I 887 13 24.2 -12 28 d Vir vF, vS, nearly bet 2 st 5130 Gx 13 24.3 -10 13 r Vir 14. p vF, vS, gbM 5132 Gx 13 24.4 +14 05 r Vir 14. p vF, r I4239 13 24.4 +30 57 d CVn F, cS, dif I4237 Gx 13 24.5 -21 08 c Vir 2.1 vF, S, lbM, r I4240 13 24.5 +30 59 d CVn F, vS, dif I4242 13 24.7 +31 01 d CVn F, S, R, N 5121 Gx 13 24.8 -37 41 s Cen 2.3 12. p cB, S, R, psmbM, r 5124 Gx 13 24.8 -30 19 r Cen 13. p vF, S, vlE 5136 Gx 13 24.8 +13 44 r Vir 14. p eF, vS, R, psbM 5137 Gx 13 24.8 +14 04 r Vir 15. p eeF, pL, v diffic I4241 Gx 13 24.8 +26 44 m Com 0.5 15. p F, S, iF, *12.5 att 5126 Gx 13 24.9 -30 20 r Cen 14. p vF, vS 5133 Gx 13 24.9 -04 02 r Vir 15. p vF, vS, irrR, bM 5141 Gx 13 24.9 +36 23 s CVn 1.7 12.8 cF, cS, R, vsmbM *, *12 sp, sp of 2 5142 Gx 13 25.0 +36 24 s CVn 1.1 13.3 F, cS, R, vsmbM *, nf of 2 5143 Gx 13 25.0 +36 26 r CVn 15. p vF I4244 Gx 13 25.0 +26 27 z Com 16. p F, S, R, gbM 5145 Gx 13 25.2 +43 15 s CVn 2.3 13. p pB, vS, vlE, glbM 5134 Gx 13 25.3 -21 08 s Vir 2.8 12. p F, pS, lE, vgbM 5128 Gx 13 25.5 -43 01 s Cen 18.2 7.0 !!, vB, vL, vmE 122deg , bifid 5135 Gx 13 25.7 -29 50 s Hya 2.4 13. p pB, S, E I 888 13 25.8 +13 45 d Vir eeF, pS, R I4243 13 25.9 -27 38 d Hya bM, mag 14 5120 OC 13 26.1 -63 25 o Cen 3. 13. p Cl, eRi, mC, st 12...16 5149 Gx 13 26.1 +35 56 r CVn 14. p cF, pS, E, bM, sp of 2 I4245 13 26.1 -26 40 d Hya neb 0'.3 p IC 4246 I4246 13 26.1 -26 40 d Hya neb 0'.3 f IC 4245 5140 Gx 13 26.3 -33 53 m Cen 0.5 13. p vF, S, R, glbM 5147 Gx 13 26.3 +02 06 s Vir 1.8 11.8 pB, pL, vlE, vsmbM *12 I4250 Gx 13 26.3 +26 29 z Com 15. p F, S, dif 5154 Gx 13 26.4 +36 00 r CVn 15. p vF, pL, R, nf of 2 5146 Gx 13 26.5 -12 19 r Vir 14. p vF, vS, stellar 5148 Gx 13 26.6 +02 19 v Vir 1.1 eF, S 5151 Gx 13 26.6 +16 52 r Com 15. p vF, S, R, *8 nf 4' I 889 Gx 13 26.6 +11 52 z Vir 15. p F, vS, R, N = 14m I4247 Gx 13 26.7 -30 22 m Cen 1.2 15. p S, E, mag 14 5139 Gb 13 26.8 -47 29 s Cen 36.3 3.7 !!!, glob. cl. , omega Cen I4248 13 26.8 -29 54 d Hya F, spir, *13 in M 5163 Gx 13 26.9 +52 45 r UMa 15. p cF, stellar I4256 13 27.0 +31 03 d CVn vF, S, R 5164 Gx 13 27.2 +55 29 s UMa 1.2 15. p cF, S, iR I4249 Gx 13 27.2 -27 56 m Hya 0.4 14. p vF, bM, mag 13, nr B* 5138 OC 13 27.3 -59 01 s Cen 8. 7.6 Cl, Ri, lC, st 11 I4257 13 27.3 +46 52 d CVn eF, S, R, dif 5157 Gx 13 27.4 +32 01 r CVn 14. p F, pS, vlE, bM, p of 2 I4251 13 27.4 -29 28 d Hya vF, bM, mag 14, 5150 sf I4252 Gx 13 27.5 -27 19 c Hya 1.5 bM, mag 13.5 I4253 Gx 13 27.5 -27 52 c Hya 1.4 bM; spir? 5150 Gx 13 27.6 -29 34 s Hya 1.4 13. p cF, S, R, pslbM, * f 2' 5158 Gx 13 27.7 +17 46 r Com 14. p vF, R I4254 13 27.8 -27 14 d Hya bM, dif, mag 14.5 5152 Gx 13 27.9 -29 37 r Hya 14. p vF, S, R, p of Dneb I4258 13 27.9 +28 23 d CVn F, S, gbMN 5153 Gx 13 28.0 -29 37 r Hya 14. p pF, S, f of Dneb I4255 Gx 13 28.0 -27 22 m Hya 0.3 15. p bM, mag 13.5 5169 Gx 13 28.2 +46 40 s CVn 2.4 14. p vF, pS, R 5159 Gx 13 28.3 +02 59 r Vir 15. p eF, S, lE 5160 D* 13 28.3 +05 59 r Vir pF (vF D* with F* close?) 5166 Gx 13 28.3 +32 01 r CVn 14. p pF, pL, lE, lbM, f of 2 5173 Gx 13 28.4 +46 36 s CVn 1.3 13. p F, vS, R, stellar I 890 13 28.4 -16 05 d Vir vF, sbM *13.5, r 5165 Gx 13 28.6 +11 23 r Vir 14. p F, vS, R, *13 sf 5167 Gx 13 28.6 +12 42 r Vir 14. p vF, sev vF st close I4263 Gx 13 28.6 +46 56 v CVn 2.0 eF, pL, mE, mbM 5156 Gx 13 28.7 -48 55 s Cen 2.1 13. p pB, cS, iE, glbM, r 5162 Gx 13 29.1 +11 16 r Vir 15. p vF, pL, lE, F* nr nf I4266 13 29.1 +37 37 d CVn F, S, R, N 5161 Gx 13 29.2 -33 10 s Cen 5.4 12. p pF, L, vmE, pgbM, rr 5201 Gx 13 29.2 +53 04 r UMa 14. p pF, cS, R, vglbM I4268 13 29.2 +37 40 d CVn F, S, R, N 5171 Gx 13 29.3 +11 44 r Vir 14. p pB, L 5172 Gx 13 29.3 +17 03 s Com 3.3 11.9 F, pL, R, gbM 5174 Gx 13 29.3 +11 00 r Vir 13. p vF, pL, D with 5175 5175 Gx 13 29.3 +11 00 r Vir 13. p vF, pL, D with 5174 5176 Gx 13 29.3 +11 47 r Vir 15. p no description 5177 Gx 13 29.3 +11 48 r Vir 15. p no description 5178 Gx 13 29.4 +11 37 r Vir 15. p vF 5179 Gx 13 29.4 +11 45 r Vir 15. p vF, * in centre 5180 Gx 13 29.4 +16 49 r Com 14. p vF, S, R, am 3 st, *7 nf I4269 Gx 13 29.4 +37 39 m CVn 0.3 15. p F, S, N I4271 Gx 13 29.4 +37 26 m CVn 0.7 15. p F, S, R, gbM, r I4259 13 29.5 -30 08 d Hya bM, mag 14 I4260 13 29.5 -28 17 d Hya bM, mag 14.5 5155 - 13 29.6 -63 25 r Cen Cl, vRi 5181 Gx 13 29.6 +13 18 r Vir 14. p vF, S, R 5204 Gx 13 29.6 +58 25 s UMa 4.8 11.3 pB, cL, iR, gmbM, r 5170 Gx 13 29.8 -17 58 s Vir 8.1 12. p cF, L, mE 129deg , pgbM 5187 Gx 13 29.9 +31 07 r CVn 14. p vF, vS, R, glbM 5194 Gx 13 29.9 +47 12 s CVn 11.0 8.4 !!!, great spiral neb M51 5205 Gx 13 29.9 +62 31 s UMa 3.4 13. p vF, pS, R, bet 2 vF st I4261 13 29.9 -28 02 d Hya bM, mag 14 5185 Gx 13 30.0 +13 25 r Vir 14. p vF, S, iR 5186 Gx 13 30.0 +12 10 r Vir 15. p no description 5195 Gx 13 30.0 +47 16 s CVn 5.4 9.6 B, pS, lE, vgbM, inv in M51 I 891 Gx 13 30.0 +00 18 m Vir 0.3 15. p F, S, R, N = 13m 5183 Gx 13 30.1 -01 44 r Vir 13. p F, cS, lE, gbM, p of 2 5184 Gx 13 30.2 -01 41 r Vir 13. p pF, pL, iR, bM, f of 2 5198 Gx 13 30.2 +46 40 s CVn 2.1 13. p pF, pS, R, mbM I4262 13 30.3 -28 17 d Hya bM, wisps extend 0'.1 I4264 Gx 13 30.3 -27 56 c Hya 1.8 bM, mag 14.5 I4277 13 30.3 +47 19 d CVn eF, S, vmE, nf M51 I4265 13 30.4 -25 46 d Hya bM, mag 14 I4278 Gx 13 30.4 +47 15 v CVn eF, vS, R, bM, f M51 5190 Gx 13 30.6 +18 08 r Com 13. p cF, S, R, bM, *** f 5199 Gx 13 30.6 +34 49 r CVn 15. p vF, vS, lE I4267 Gx 13 30.6 -26 16 m Hya 1.2 15. p wisp, 0'.7 long 5182 Gx 13 30.7 -28 08 r Hya 13. p vF, pL, vlE, *7 nf 10' 5191 Gx 13 30.7 +11 12 r Vir 15. p eF, *9 f 57s I4270 Gx 13 30.8 -25 20 m Hya 0.8 14. p bM, mag 14 5192 Gx 13 30.9 -01 47 r Vir 15. p vF 5168 OC 13 31.2 -60 56 s Cen 4. 9.1 Cl, vF, S, vRi, st 15 I4272 13 31.2 -29 58 d Hya bM, D(?), mag 14 5188 Gx 13 31.3 -34 47 s Cen 13. p F, pL, vlE, vglbM I4282 13 31.3 +47 11 d CVn eF, S, R, dif 5196 Gx 13 31.4 -01 37 r Vir 15. p vF I4273 13 31.4 -28 54 d Hya bM, mag 13 I4274 Pl 13 31.4 -25 59 x Hya PN , stellar 5197 Gx 13 31.5 -01 42 r Vir 15. p vF I4284 13 31.5 +46 47 d CVn eF, vS, R 5200 D* 13 31.7 -00 02 F Vir *12 in F neb I4275 13 31.7 -29 44 d Hya bM, mag 12.5 I 892 Gx 13 31.8 -02 43 u Vir 1.3 14. p pB, iF, bM, r I 893 Gx 13 31.8 -02 36 u Vir 1.2 15. p F, vS, dif I4285 13 31.8 +46 49 d CVn eF, vS, lE 5193 Gx 13 31.9 -33 14 s Cen 1.8 13. p pB, S, R, g, psbM 5202 Gx 13 32.1 -01 42 r Vir 15. p vF 5216 Gx 13 32.1 +62 42 s UMa 3.0 14. p pB, S, vlE I 894 Gx 13 32.1 +17 03 m Com 1.0 15. p pF, vS, R, lbM 5203 Gx 13 32.2 -08 48 r Vir 14. p vF, cS, R, gbM, r 5207 Gx 13 32.2 +13 54 r Vir 14. p F, S, cE, *11 att np 5218 Gx 13 32.2 +62 46 s UMa 2.1 12.3 pB, pL, R, gbM I4276 13 32.2 -28 10 d Hya bM, wisps 0'.2 each side I4283 Gx 13 32.2 +28 24 z CVn 15. p F, S, R, *14 att I 895 13 32.3 +35 40 d CVn vF, pLR, sbM, D? 5208 Gx 13 32.5 +07 19 r Vir 14. p F, vS, R, psbM, p of 2 I4279 Gx 13 32.5 -27 08 c Hya 1.6 bM; wisps 0'.3 l? I4280 13 32.5 -24 13 d Hya eF, pS, R, * nf, vF* n 5212 Gx 13 32.6 +07 18 r Vir 15. p eF I4281 13 32.6 -27 10 d Hya bM, mag 13.5 5209 Gx 13 32.7 +07 20 r Vir 14. p F, vS, R, stellar, f of 2 I4287 Gx 13 32.7 +25 26 z Com 15. p F, S, R, gbM; another vnr? 5214 Gx 13 32.8 +41 52 r CVn 14. p vF, S, R, lbM 5210 Gx 13 32.9 +07 10 r Vir 14. p F, S, R, psbMN 5211 Gx 13 33.2 -01 02 r Vir 14. p pB, S, R, psmbM 5225 Gx 13 33.3 +51 30 r CVn 14. p cF, pS, iR, lbM 5189 Pl 13 33.5 -65 59 s Mus 2.6 10. p !, B, pL, cE, bM curved axis, 4 st inv 5206 Gx 13 33.7 -48 09 r Cen F, pL, R, vgbM I4286 13 33.7 -27 38 d Hya bM, mag 14 I 897 Gx 13 33.9 +17 43 u Com 1.0 15. p vF, s of 5217 5217 Gx 13 34.1 +17 51 r Com 14. p vF, S, R, bM 5229 Gx 13 34.1 +47 55 s CVn 3.3 14. p eF, L, mE, v diffic I 896 Gx 13 34.1 +04 52 u Vir 1.0 15. p vF, vS, dif, lbM I 898 Gx 13 34.2 +13 17 z Vir 15. p vF, vS, dif 5223 Gx 13 34.4 +34 42 s CVn 1.8 14. p F, cS, R, *10 p, p of 2 5228 Gx 13 34.5 +34 46 r CVn 14. p vF, vS, R, f of 2 I4288 Gx 13 34.6 -27 19 m Hya 0.6 15. p bM, mag 14 5213 Gx 13 34.7 +04 07 r Vir 15. p vF, S, lE 5238 Gx 13 34.7 +51 37 s CVn 2.0 13. p cF, pL, R, vlbM I 900 Gx 13 34.7 +09 21 v Vir 1.7 F, S, R, gbM 5221 Gx 13 34.9 +13 49 r Vir 14. p vF, S, vlE, 1st of 3 5222 Gx 13 34.9 +13 44 r Vir 14. p cF, S, R, bM, 2nd of 3 I 899 Gx 13 34.9 -08 05 n Vir 0.3 15. p F, vS, R, sbM N I4289 Gx 13 34.9 -27 08 m Hya 0.3 15. p bM, mag 14 5215 Gx 13 35.0 -33 30 r Cen 15. p eF, eS, * s and * p 5226 Gx 13 35.0 +13 54 r Vir eF, pS, 5221 sp 5233 Gx 13 35.1 +34 40 r CVn 15. p F, S, R, vS* nr 5224 Gx 13 35.2 +06 28 r Vir 15. p vF, S, *9 nf inv? 5227 Gx 13 35.3 +01 25 s Vir 1.9 15. p vF, S, R I4290 Gx 13 35.3 -28 01 c Hya 2.3 annular, F, pL, stell N I4297 Gx 13 35.3 +26 26 u Com 1.1 15. p F, S, R, dif 5262 Gx 13 35.4 +75 02 r UMi 15. p eF, S I4300 Gx 13 35.4 +33 25 m CVn 0.2 16. p F, vS, dif 5230 Gx 13 35.5 +13 40 s Vir 2.2 13. p F, L, E, vgbM, 3rd of 3 I4301 Gx 13 35.6 +33 22 m CVn 0.8 15. p F, S, dif, N I4302 Gx 13 35.6 +33 29 u CVn 1.3 16. p vF, cS, dif I 901 Gx 13 35.7 +13 20 u Vir 1.3 16. p pF, eS, R 5231 Gx 13 35.8 +02 59 r Vir 14. p F, S, bM I4292 13 35.8 -27 41 d Hya bM, mag 13.5 5220 Gx 13 35.9 -33 28 r Cen vF, S, R, *10 f 5240 Gx 13 35.9 +35 34 r CVn 14. p vF, pL, R, lbM 5232 Gx 13 36.0 -08 30 r Vir 13. p F, vS 5250 Gx 13 36.0 +51 14 r UMa 14. p pB, S, R, vgbM I 902 Gx 13 36.0 +49 58 u UMa 2.2 15. p eeF, S, mE, v diffic I4293 Gx 13 36.0 -25 53 c Hya 1.8 bM, mag 13 I4304 Gx 13 36.0 +33 26 u CVn 1.3 15. p pB, pS, R, gbM, r I4305 Gx 13 36.0 +33 28 m CVn 0.3 14. p pB, cS, lE ns, bMN 5235 Gx 13 36.1 +06 34 r Vir 15. p vF, pS, vlE, *9 sp 5243 Gx 13 36.2 +38 21 s CVn 1.7 14. p cF, pL, E 65deg , biN? I4306 Gx 13 36.3 +33 25 m CVn 0.4 15. p F, vS, gbM, *13 nr 5239 Gx 13 36.5 +07 22 r Boo 14. p vF, pL, R, er I4294 13 36.5 -28 47 d Hya bM, mag 14 I4295 13 36.5 -29 06 d Hya S, lE, mag 14 I4307 Gx 13 36.5 +27 15 m Boo 0.5 15. p F, S, E pf, *11 p 6s 5241 Gx 13 36.6 -08 24 r Vir 15. p pF, eS, vF* close I4296 Gx 13 36.6 -33 58 s Cen 10.6 pF, pS, R I4298 Gx 13 36.7 -26 34 m Hya 1.4 14. p bM; spiral? I4299 Gx 13 36.8 -34 04 s Cen 12.7 eeF, eS, F* att I4308 13 36.8 +32 43 d CVn F, S, dif, vlbM 5236 Gx 13 37.0 -29 52 s Hya 11.2 7.6 !! vB, vL, E 55deg , esbMN, 3-br spir; = M83 I4291 13 37.0 -62 03 d Cen pS, R, bM 5242 - 13 37.1 +02 46 r Vir eF, eL 5255 Gx 13 37.3 +57 06 r UMa 15. p vF, vS I4303 Gx 13 37.3 -28 38 m Hya 0.4 15. p bM, mag 13.5 5234 Gx 13 37.5 -49 50 c Cen 1.2 eeF, S, lE 5245 Gx 13 37.5 +03 53 r Vir vF, vS 5246 Gx 13 37.5 +04 05 r Vir 15. p vF, vS 5248 Gx 13 37.5 +08 53 s Boo 6.5 10.2 B, L, E 150deg , psbMrN 5251 Gx 13 37.5 +27 25 r Boo 14. p vF, S, vlE 5237 Gx 13 37.6 -42 52 r Cen F, pL, cE, vglbM 5249 Gx 13 37.6 +15 58 r Boo 14. p vF, S, R, bM 5247 Gx 13 38.1 -17 53 s Vir 5.4 10.5 !! cF, vL, vg, psmbMLN, 2-branched spiral 5252 Gx 13 38.3 +04 31 r Vir 14. p vF, S, R, bM 5256 Gx 13 38.3 +48 17 s UMa 1.4 14. p eF, vS, R, gbM I 903 Nb 13 38.4 -00 14 x Vir 0.3 pB, lE ns, gbM N = 13m I4313 13 38.4 +26 45 d Boo F, vS, R, stell I4314 13 38.4 +26 44 d Boo F, vS, N, stell 5244 Gx 13 38.6 -45 53 r Cen vF, S, R, vglbM, *13 att 5295 Gx 13 38.6 +79 27 r Cam 15. p vF, vS, R I 904 Gx 13 38.6 +00 32 u Vir 1.1 15. p F, vS, dif 5219 Gx 13 38.7 -45 51 c Cen vF, S, R, * n, nr; = 5244 I4309 13 38.7 -29 41 d Hya bM, mag 14 I4310 Gx 13 38.9 -25 51 c Hya 2.3 vF, bM, wisps 0'.3 l 5259 Gx 13 39.3 +30 59 r CVn 15. p vF, S, iR I 907 13 39.5 +50 43 d UMa eF, pS, R 5254 Gx 13 39.6 -11 30 s Vir 3.2 13. p pB, L, pmE, glbM 5253 Gx 13 39.9 -31 39 s Cen 4.0 10.6 B, pL, E 45deg +/- , psmbM 5257 Gx 13 39.9 +00 50 s Vir 1.9 14. p vF, S, R, bM, p of Dneb 5258 Gx 13 40.0 +00 50 s Vir 1.8 14. p F, S, iR, f of Dneb 5263 Gx 13 40.0 +28 24 r CVn 14. p cF, S, mE 0deg +/- , *9 sp I4315 Gx 13 40.0 -25 28 c Hya 1.6 wisp 1'.3 l 5265 Gx 13 40.1 +36 51 r CVn 15. p F, cS, vlE, er I 905 Gx 13 40.1 +23 10 m Boo 0.8 15. p F, vS, R, lbM, stellar I 906 Gx 13 40.1 +23 22 m Boo 0.8 16. p eF, S, bM I4311 13 40.1 -51 03 d Cen vF; spiral? 5261 Gx 13 40.3 +05 03 r Vir 15. p vF, R, am pB st I4316 Gx 13 40.3 -28 54 c Hya 2.2 bM, mag 14.5 5260 Gx 13 40.4 -23 51 s Hya 1.9 13. p eF, pL, 3 st f in a line I4312 Gx 13 40.5 -51 04 c Cen 1.6 eeF, bM 5267 Gx 13 40.6 +38 46 r CVn 14. p F, S, R, gbM, S* np I 909 Gx 13 40.8 +24 29 z Boo 15. p no descr 5283 Gx 13 41.1 +67 40 s Dra 1.3 14. p F, S, stell I 910 Gx 13 41.1 +23 17 m Boo 0.5 15. p F, S, bM, r I 908 Gx 13 41.2 -04 19 m Vir 0.8 15. p eF, pS, *13.5 close I 911 Gx 13 41.4 +23 15 m Boo 0.4 16. p eF, eS, R, lbM I 912 Gx 13 41.4 +23 15 m Boo 0.6 16. p eF, eS, R, lbM I 913 Gx 13 41.5 +23 10 u Boo 1.0 16. p vF, vS, R, dif 5264 Gx 13 41.6 -29 55 s Hya 1.8 13. p vF, pL, R, vlbM 5271 Gx 13 41.6 +30 07 r CVn 15. p vF, vS, R, gvlbM 5278 Gx 13 41.6 +55 40 s UMa 1.4 14. p pF, R, vS neb 40" f, * n 5279 Gx 13 41.7 +55 40 s UMa 1.3 14. p F, vS, f of 2 I 914 Gx 13 41.7 +23 12 m Boo 0.6 15. p vF, vS, R, dif I4317 13 41.8 +27 06 d Boo F, S, R, N, r 5268 *? 13 42.1 -13 52 F Vir a nebula 5273 Gx 13 42.1 +35 39 s CVn 3.1 11.6 cB, pL, R, g, psmbM 5272 Gb 13 42.2 +28 23 s CVn 16.2 6.4 !!, glob. cl. , eB, vL, vsmbM, st 11...; = M3 5270 Gx 13 42.3 +04 14 r Vir 14. p eF, S, bet 2 st 5274 Gx 13 42.3 +29 50 r CVn 15. p vF, vS, R, bM 5275 Gx 13 42.3 +29 49 r CVn 15. p F, S, R, gmbM 5276 Gx 13 42.4 +35 38 s CVn 1.1 15. p F, S 5277 Gx 13 42.6 +29 57 r CVn 15. p eF, S, R, bM I 916 Gx 13 42.6 +24 28 m Boo 0.5 15. p N = 13m I 917 13 42.7 +55 38 d UMa S 5280 Gx 13 42.8 +29 51 r CVn 15. p F, vS, R, bM I 918 13 42.8 +55 36 d UMa vF, vS I 919 13 42.9 +55 35 d UMa cB, R, bM 5266 Gx 13 43.0 -48 11 s Cen 3.2 12. p B, pL, vlE, vglbM, 3 st nr I 921 13 43.2 +55 40 d UMa vS, R, bM 5282 Gx 13 43.3 +30 04 r CVn 15. p F, S, R, gbM *14 I 922 Nb 13 43.3 +55 36 x UMa 0.1 vS, R, bM I 923 13 43.3 +55 37 d UMa vS I4318 Gx 13 43.3 -28 57 m Hya 0.8 15. p bM, mag 14 I 925 13 43.4 +55 36 d UMa vS I4319 Gx 13 43.4 -29 48 c Hya 1.6 cL, E, bM, mag 13.5 I 915 13 43.5 -17 20 d Vir eF, vS, diffic I 926 13 43.5 +55 39 d UMa vS, R, bM I 928 Nb 13 43.7 +55 37 x UMa 0.1 F, vS, R, gbM I 929 13 43.7 +55 39 d UMa vS, R, bM I4322 Gx 13 43.7 +25 23 z Boo 15. p F, S, R, N, r I 930 13 43.8 +55 41 d UMa F, vS, R, gbM I 931 Nb 13 43.8 +55 37 x UMa 0.1 F, vS, R, gbM I 932 13 43.8 +55 38 d UMa vS, R I 934 13 44.0 +55 37 d UMa F, vS, R I 935 13 44.0 +55 36 d UMa F, vS, R, gbM I 936 13 44.0 +55 37 d UMa F, vS, R I4320 Gx 13 44.1 -27 15 m Hya 0.6 14. p bM, mag 13.5 I4321 Gx 13 44.4 -30 08 m Cen 0.5 15. p bM, mag 15 5285 Gx 13 44.5 +02 05 r Vir 15. p eF, vS, R, gvlbM I 937 13 44.5 +55 39 d UMa vS I 938 13 44.6 +55 37 d UMa vS 5269 - 13 44.8 -62 55 r Cen Cl, P, L, iF, st 12 5287 Gx 13 44.9 +29 48 r CVn 16. p F, S, irr, r? 5289 Gx 13 45.1 +41 30 s CVn 1.9 14. p vF, vS, lE 90deg +/- , sbM I4323 13 45.1 -28 39 d Hya cS, wisp, mE 5294 Gx 13 45.2 +55 17 r UMa 15. p eF, 2 st att or inv 5290 Gx 13 45.3 +41 43 s CVn 3.7 13. p cB, pL, E 90deg +/- , bMN I 933 Gx 13 45.3 +23 13 u Boo 1.3 15. p vF, vS, R, N = 13m, stellar I4324 Gx 13 45.4 -30 13 m Cen 0.4 15. p bM, mag 13.5 5323 Gx 13 45.5 +76 51 r UMi 14. p vF, pS, lE 0deg +/- I 920 Gx 13 45.5 -12 34 m Vir 0.4 15. p F, vS, R, bM N, r I 924 13 45.6 -12 27 d Vir F, S, dif, 86 Vir nf I 927 13 45.9 -12 28 d Vir F, S, dif, 86 Vir nf 5314 Gx 13 46.2 +70 21 r UMi 14. p vF, eS, stellar, eF* v close 5296 Gx 13 46.3 +43 51 s CVn 1.2 15. p R, bM, is sp 5297 5286 Gb 13 46.4 -51 22 s Cen 9.1 7.6 glob. cl. , vB, pL, R, rrr, st 15 5297 Gx 13 46.4 +43 52 s CVn 5.6 12. p cB, L, pmE 142deg , gbM 5301 Gx 13 46.4 +46 06 s CVn 4.4 13. p cF, L, vmE 5281 OC 13 46.6 -62 54 s Cen 5. 5.9 Cl, B, S, pC, iR, st 10...12 5284 - 13 46.6 -59 11 r Cen Cl, L, vRi, st 7...16 5293 Gx 13 46.9 +16 16 s Boo 1.9 14. p eF, vL, r 5308 Gx 13 47.0 +60 58 s UMa 3.5 11.3 B, pL, mE 57deg , psbMBEN I4330 Gx 13 47.2 -28 20 c Hya 1.4 pL, E, mag 13.5 5291 Gx 13 47.4 -30 25 s Cen 1.4 vF, R, vlbM, ** p I 942 Gx 13 47.6 +56 36 m UMa 0.3 15. p eF, pS, R I4325 Gx 13 47.6 -29 26 m Hya 0.8 16. p R, PN ?, mag 14 5292 Gx 13 47.7 -30 57 s Cen 1.6 14. p pF, S, R, 2 st nr I 939 Gx 13 47.7 +03 24 m Vir 1.0 15. p pB, vS, bM 5303 Gx 13 47.8 +38 18 s CVn 1.1 13. p pF, cS, lE, F** inv 5305 Gx 13 47.9 +37 50 r CVn 14. p eF, S, R I 940 Gx 13 47.9 +03 27 z Vir 15. p vF, vS, dif I 945 Gx 13 48.0 +72 03 m UMi 0.5 16. p eeF, S, R, 2 st nf 5298 Gx 13 48.2 -30 27 s Cen 1.4 14. p F, S, R, gbM 5300 Gx 13 48.3 +03 57 s Vir 3.9 12. p vF, vL, lE, vgbM I4326 Gx 13 48.4 -29 37 m Hya 0.6 15. p R, PN ?, mag 14 I 941 Gx 13 48.5 +24 00 z Boo 15. p F, eS, gbM, r 5288 OC 13 48.7 -64 41 s Cir 4. 12. p Cl, S, C, iR, st 14 I4327 Gx 13 48.7 -30 13 c Cen 1.1 bM, mag 12.5 5302 Gx 13 48.8 -30 31 s Cen 1.7 12.2 F, S, R, gbM 5311 Gx 13 49.0 +40 00 r CVn 13. p cF, cS, R, sbM, p of 2 5306 Gx 13 49.1 -07 12 r Vir 14. p vF, vS, R, r 5340 Gx 13 49.1 +72 39 r UMi 15. p eF, S, R I4328 13 49.1 -29 57 d Hya R, lbM, mag 14 I4329 Gx 13 49.1 -30 18 s Cen 3.2 11.5 F, cS, bM 5322 Gx 13 49.3 +60 12 s UMa 5.5 10.0 vB, pL, iR, psmbM I4331 13 49.4 +25 09 d Boo pF, S, R, dif 5313 Gx 13 49.7 +39 59 s CVn 1.9 13. p pB, pS, vlE, glbM, f of 2 I4335 13 49.7 +33 40 d CVn vF, stell, neb(?); *13 nnf 2'.5 5310 * 13 49.8 +00 04 F Vir *12 in F neb 5312 Gx 13 49.8 +33 38 r CVn 15. p vF, R, stellar, 1st of 4 I4334 Pl 13 49.8 +29 40 x CVn 0.1 F, vS, R, N I4332 Gx 13 49.9 +25 11 m Boo 0.8 15. p F, S, R, gbM 5304 Gx 13 50.0 -30 35 s Cen 1.0 15. p eF, pS, lE, vF* at 160deg , dist 0'.7 5309 - 13 50.0 -15 45 r Vir vF, pS, R, bet * and D* 5344 Gx 13 50.0 +73 58 r UMi 15. p vF, S, R I 954 Gx 13 50.0 +71 10 v UMi 1.3 eeF, S, R, B* f 5320 Gx 13 50.3 +41 22 s CVn 3.5 13. p cF, pL, R, gbM 5299 Ast 13 50.4 -59 56 A Cen 30. Cl, vL, vRi 5318 Gx 13 50.5 +33 43 r CVn 13. p F, S, R, psbM, 2nd of 4 5319 Gx 13 50.5 +33 43 r CVn 15. p vF, R, n of 5318, 3rd of 4 I 943 Gx 13 50.5 +03 11 m Vir 0.6 15. p pF, iF, lbM, F* close 5321 Gx 13 50.7 +33 39 r CVn 15. p eF, pL, R, svmbM *, 4th of 4 I4336 Gx 13 50.7 +39 42 u CVn 1.6 15. p eF, pL, dif, lbM, r 5326 Gx 13 50.8 +39 34 s CVn 2.5 13. p cF, S, vlE, sbM 5325 Gx 13 51.0 +38 17 r CVn 15. p eeF, pS, R, v diffic, 2 B st nr 5307 Pl 13 51.1 -51 12 s Cen 0.2 12. p PN , or vF, eS, Dneb 5317 - 13 51.2 +05 00 r Vir vF, vL, R, vgbM 5342 Gx 13 51.4 +59 53 r UMa 14. p eF, vS I 944 Gx 13 51.5 +14 05 u Boo 1.7 15. p vS, pS, mE, 3 st f I 951 Gx 13 51.7 +51 00 u UMa 1.4 14. p eeF, pS, R, 2 st nr sp 5324 Gx 13 52.1 -06 03 s Vir 2.4 12. p cF, L, iR, bM 5327 Gx 13 52.1 -02 12 r Vir 14. p F, pS, R, 2 st p 5332 Gx 13 52.1 +16 59 r Boo 14. p vF, S, R 5336 Gx 13 52.1 +43 15 r CVn 13. p cF, pL, R, psbM I 946 Gx 13 52.1 +14 06 u Boo 1.0 14. p eF, vS, R, * close f 5329 Gx 13 52.2 +02 20 r Vir 14. p F, vS, R, psbM I 949 Gx 13 52.2 +22 31 u Boo 1.2 15. p pF I4337 Gx 13 52.2 +14 16 z Boo 15. p eeF, pL, R, v diffic, 3rd of 4 5331 Gx 13 52.4 +02 06 r Vir 14. p vF, S, E 0deg , rr 5385 - 13 52.4 +76 11 r UMi Cl, P, S I 948 Gx 13 52.4 +14 05 u Boo 1.2 14. p eF, S, R I 950 Gx 13 52.4 +14 29 u Boo 1.4 15. p F, eS, R, lbM 5337 Gx 13 52.5 +39 42 r CVn 13. p vF, S, iR, *7 p 5341 Gx 13 52.6 +37 50 r CVn 14. p lE, bM, sp 5351 I 947 Gx 13 52.7 +00 48 u Vir 1.7 14. p pB, vS, R, sbMN = 12m I4338 13 52.7 -01 08 x Vir eF, vL, cE ns, F* nr each end; = 5334 5328 Gx 13 52.9 -28 29 s Hya 1.7 11.8 pB, S, R, slbM 5334 Gx 13 52.9 -01 07 s Vir 4.4 12. p cF, vL, R, lbM, r; = IC 4338 5330 Gx 13 53.0 -28 28 s Hya 15. p eeF, S, R, v diffic, nf 5328 5335 Gx 13 53.0 +02 50 r Vir 14. p F, iR 5346 Gx 13 53.2 +39 35 r CVn 15. p eF, pL, irrR, glbM, r? 5349 Gx 13 53.2 +37 54 r CVn 15. p bM, sp 5351 5347 Gx 13 53.3 +33 29 s CVn 1.9 12.6 pF, cL, R, lbM 5350 Gx 13 53.4 +40 22 s CVn 3.2 11.4 cF, pL, bM, *7 p, 1st of 4 5338 Gx 13 53.5 +05 13 r Vir 14. p vF, E pf, 4' f D* 5351 Gx 13 53.5 +37 55 s CVn 3.1 12.1 cF, L, lE 90deg , vgbM 5353 Gx 13 53.5 +40 17 s CVn 2.8 11.1 pB, S, R, 2nd of 4 5354 Gx 13 53.5 +40 18 s CVn 2.3 11.5 pF, S, R, 3rd of 4 I4339 13 53.5 +37 32 d CVn F, S, R, r 5352 Gx 13 53.6 +36 09 r CVn 14. p cF, S, R, lbM, * nf 90" I4340 Gx 13 53.6 +37 23 m CVn 0.7 14. p F, S, R, gbM I4341 13 53.6 +37 32 d CVn F, S, R, r, *12 nr I 952 Gx 13 53.7 +03 22 u Vir 1.4 15. p F, E pf, F* inv 5339 Gx 13 53.8 -07 56 s Vir 2.1 12. p vF, pS, R 5355 Gx 13 53.8 +40 21 r CVn 14. p vF, pS, 4th of 4 5315 Pl 13 53.9 -66 31 s Cir 0.1 13. p PN , stellar = 10.5 mag 5316 OC 13 53.9 -61 52 s Cen 14. 6.0 Cl, pL, pC, st 11 5343 Gx 13 54.0 -07 34 r Vir 14. p vF, S, R, lbM 5358 Gx 13 54.1 +40 17 r CVn 14. p vF, vS, R, 2 vF st inv 5370 Gx 13 54.1 +60 41 r UMa 14. p F, S 5348 Gx 13 54.2 +05 14 s Vir 3.6 14. p vF, mE ns 5345 Gx 13 54.3 -01 25 r Vir 14. p F, S, R, bM I4342 Gx 13 54.4 +25 07 m Boo 0.8 15. p F, S, R, lbM, r 5333 Gx 13 54.5 -48 31 t Cen 1.9 vF, vS, R, *8 f 5368 Gx 13 54.5 +54 20 s UMa 1.1 14. p F, cS, R, stellar, *16 nf 5452 Gx 13 54.5 +78 13 s UMi 2.3 13. p vF, pL, iR, vgvlbM 5361 Gx 13 54.7 +38 27 r CVn 14. p eF, cS, E 5372 Gx 13 54.7 +58 41 r UMa 13. p cF, S, E; ** inv? I 956 Gx 13 54.7 +20 43 z Boo 16. p eF, vS, *14 n 5362 Gx 13 54.9 +41 19 s CVn 2.4 13. p pB, pL, E 5356 Gx 13 55.0 +05 20 s Vir 3.2 14. p F, pL, vmE 17deg , r I 953 13 55.0 -30 21 d Cen vF, eS, gbM I4343 Gx 13 55.0 +25 06 m Boo 0.7 16. p F, S, R, N, r I4344 13 55.2 +25 02 d Boo F, vS, N, stell I4345 13 55.2 +25 04 d Boo cF, vS, R, N, stell 5376 Gx 13 55.3 +59 30 s UMa 2.1 13. p cB, pL, vlE, vgmbM 5379 Gx 13 55.6 +59 45 s UMa 2.2 14. p pB, pS, E, mbM 5360 Gx 13 55.7 +04 59 s Vir 2.0 14. p vF, vS, lE 5371 Gx 13 55.7 +40 28 s CVn 4.4 10.8 pB, L, R, bMFN I 955 13 55.7 -30 16 d Cen vF, vS, gbM I4346 13 55.7 +25 09 d Boo F, S, R, gbMN I4348 Gx 13 55.7 +25 11 z Boo 16. p F, S, R, N I 958 ? 13 55.8 +05 02 x Vir eeF, pS, iR I 961 Gx 13 55.8 +25 50 z Boo 15. p vF, S, dif I4349 13 55.8 +25 09 d Boo F, S, bM 5357 Gx 13 56.0 -30 20 s Cen 14. p pF, S, R, glbM, bet 2 st 10 I 959 Gx 13 56.0 +13 30 u Boo 1.8 14. p eeF, S, R I 960 Gx 13 56.0 +17 31 m Boo 0.8 15. p F, pL, lbM, dif 5363 Gx 13 56.1 +05 15 s Vir 4.2 10.2 B, pL, R, psbM, *8 nf 5389 Gx 13 56.1 +59 44 s UMa 4.1 13. p pB, pL, E, mbMN I 957 13 56.1 -30 14 d Cen vF, S, gbM 5364 Gx 13 56.2 +05 01 s Vir 7.1 10.4 cF, L, R, gbM 5377 Gx 13 56.3 +47 14 s CVn 4.6 11.2 B, L, mE 42deg , smbMN 5366 Gx 13 56.4 -00 14 r Vir 14. p S, R, *9 dist 2' 5369 Gx 13 56.8 -05 29 r Vir vF, vS, R 5375 Gx 13 56.8 +29 10 s CVn 3.5 12. p pB, pL, R, lbM 5378 Gx 13 56.8 +37 48 s CVn 2.7 14. p pB, lE, vglbM 5380 Gx 13 56.9 +37 37 s CVn 2.1 13. p F, cS, R, smbM 5391 Gx 13 57.0 +46 17 r CVn 16. p F, vS, * close 5415 Gx 13 57.0 +70 46 r UMi 15. p eF, vS, R, 2 F st nr 5383 Gx 13 57.1 +41 51 s CVn 3.5 11.4 cB, cL, R, gbM I4353 13 57.1 +37 46 d CVn eF, vF st & neb?, *8.4 nf 3' 5373 Gx 13 57.2 +05 16 r Vir 15. p vF, vS, stell I4350 Gx 13 57.2 -25 15 c Hya 1.9 eeF, eS, F* close s 5390 - 13 57.3 +40 26 r CVn F, L, vgbM, *9 nf; = 5371? I 962 13 57.3 +12 03 d Boo pF, vS, R, bM 5412 Gx 13 57.4 +73 36 r UMi 14. p pF, S, R, D* p I 963 Gx 13 57.4 +17 25 m Boo 0.7 15. p eF, vS, R 5374 Gx 13 57.5 +06 06 s Vir 1.9 14. p cF, pL, R, vgbM, *11 np I4347 13 57.6 -40 01 d Cen *9 in eeF neb 5367 Nb 13 57.7 -39 59 s Cen 4. !, vB, vL, vl, vsmbM ** I 964 Gx 13 57.7 +17 31 m Boo 0.3 15. p eF, eS, R I 965 Gx 13 57.8 +17 31 m Boo 0.8 15. p vF, vS, R, vSN 5365 Gx 13 57.9 -43 57 s Cen 3.1 12. p pB, cS, R, pgbM, am st 5413 Gx 13 57.9 +64 56 r Dra 14. p pF, pS, R, pslbM, *7 p 37s I4351 Gx 13 57.9 -29 19 s Hya 5.6 12. p S, lE 5384 Gx 13 58.1 +06 32 r Vir 14. p F, vS, stell I4355 Gx 13 58.1 +28 25 m CVn 0.4 15. p F, S, R, glbM 5382 Gx 13 58.2 +06 16 r Vir 14. p vF, vS, r, stellar 5386 Gx 13 58.2 +06 21 r Vir 13. p vF, vS, biN, r, stellar 5402 Gx 13 58.2 +59 49 r UMa 14. p vF, vS, R I 966 Gx 13 58.2 +05 24 u Vir 1.6 15. p F, S, R, gbM, r 5387 Gx 13 58.4 +06 04 s Vir 1.8 15. p vF ray, 2' l I 967 Gx 13 58.4 +14 27 m Boo 0.7 15. p pF, vS, R, *14 nr I4352 Gx 13 58.4 -34 31 c Cen 1.9 sev eF st in eeF neb, 2 st 8 n 5394 Gx 13 58.6 +37 27 s CVn 1.9 13.0 cF, S, np of 2 5395 Gx 13 58.6 +37 25 s CVn 3.1 11.6 cF, cL, E 15deg , lbM, sf of 2 I4354 13 58.6 -12 35 d Vir eF, vS, eE 110deg I4356 13 58.7 +37 30 d CVn F, vS, stell N = *15 5388 - 13 58.9 -14 09 r Vir F, S, R, vgbM 5396 - 13 59.0 +29 07 r CVn vF, S, iR, sbM * 5392 13 59.4 -03 12 d Vir vF, cS, R, gbM 5399 Gx 13 59.5 +34 47 r CVn 14. p eF, vS, pmE 90deg 5401 Gx 13 59.7 +36 15 r CVn 14. p cF, cS, E 5359 OC 13 59.8 -70 24 A Cir Cl, vL, lRi, lC, st 11 5403 Gx 13 59.9 +38 11 s CVn 3.2 15. p vF, pL, iF
14 - 19 ore
5406 Gx 14 00.3 +38 55 s CVn 2.1 13. p F, pS, R, lbM 5393 Gx 14 00.5 -28 50 r Hya 15. p vF, S, R, glbM 5381 OC 14 00.6 -59 34 s Cen 14. Cl, Ri, vC, pL, st 11...12 5400 Gx 14 00.6 -02 51 r Vir 14. p vF, cS I 968 14 00.6 -02 57 d Vir vF, vS, stellar 5410 Gx 14 00.7 +41 00 r CVn 14. p pF, pS, bM 5422 Gx 14 00.7 +55 10 s UMa 3.9 13. p pB, S, pmE 45deg +/- , vsvmbMN I4357 Gx 14 00.7 +31 54 u CVn 1.2 15. p F, S, R, gvlbM 5425 Gx 14 00.8 +48 27 r UMa 14. p eF, S, mE 290deg , B* 4' n 5430 Gx 14 00.8 +59 20 s UMa 2.4 13. p pB, S, iE, mbM 5407 Gx 14 00.9 +39 09 r CVn 14. p vF, vS, R, bM, in Cl 5404 D* 14 01.1 +00 05 F Vir *12 in neb 5405 Gx 14 01.1 +07 43 r Boo 14. p vF, iF, bM 5397 Gx 14 01.2 -33 57 r Cen vF, S, R, gbM 5398 Gx 14 01.4 -33 04 s Cen 2.9 13. p pB, pL, R, vgbM 5409 Gx 14 01.7 +09 30 r Boo 14. p eF, R, 5416 f 26s 5421 Gx 14 01.7 +33 50 r CVn 14. p F, irrR, 2 vF st inv I 969 14 01.8 -04 11 d Vir vF, vS, R, N = 14m 5411 Gx 14 01.9 +08 57 r Boo 14. p vvF 5414 Gx 14 02.0 +09 57 r Boo 14. p S, F* in centre, *10-11 nf 5439 Gx 14 02.0 +46 19 r CVn 14. p vF, pL, cE, bet 2 st 5416 Gx 14 02.1 +09 27 r Boo 13. p eF, vS, E, r 5417 Gx 14 02.1 +08 03 r Boo 14. p cF, S, R, psbM, * p 5418 Gx 14 02.2 +07 42 r Boo 14. p vF, R, bM 5443 Gx 14 02.2 +55 49 s UMa 2.8 13. p pF, L, E 5433 Gx 14 02.5 +32 31 s CVn 1.7 14. p vF, cS, lE 0deg , bM 5447 Kt 14 02.5 +54 17 r UMa pB, S, R, gmbM, conn with M101 5449 Kt 14 02.5 +54 19 A UMa vF, pL, gvlbM, conn with M101 5450 Kt 14 02.5 +54 14 A UMa F, pS, iR, glbM, conn with M101 I 970 Gx 14 02.5 +14 33 u Boo 1.2 15. p pB, vS, R 5423 Gx 14 02.7 +09 21 r Boo 14. p vF, R, * in centre 5451 Kt 14 02.7 +54 22 A UMa vF, pL, iR, vlbM, conn with M101 5448 Gx 14 02.8 +49 10 s UMa 4.2 12. p pB, cL, vmE 90deg +/- , smbMN 5469 Gx 14 02.8 +09 20 r Boo 15. p vF, pS, R 5424 Gx 14 02.9 +09 26 r Boo 14. p vF, R, * in centre 5420 Gx 14 03.0 -14 37 d Vir 13. p F, pS, mE, com 5431 Gx 14 03.0 +09 23 r Boo 15. p vF 5440 Gx 14 03.0 +34 46 s CVn 3.3 13. p pF, cS, lE, bM, *11 sp 5453 Kt 14 03.0 +54 18 A UMa F, pL, lE, vlbM, conn w M101 5455 Kt 14 03.0 +54 12 r UMa pB, pS, R, psbM, conn w M101 5441 Gx 14 03.2 +34 41 r CVn 15. p vF, S 5457 Gx 14 03.2 +54 21 s UMa 26.9 7.7 pB, vL, iR, g, vsmbMBSN; = M101 5458 - 14 03.2 +54 16 r UMa vF, pL, R, vlbM, conn w M101 5408 Pl 14 03.3 -41 23 s Cen eF, E bet 2 vS st 5434 Gx 14 03.3 +09 27 r Boo 14. p vF, L 5426 Gx 14 03.4 -06 04 s Vir 2.9 12.2 pF, cL, R, gmbM, sp of 2 5427 Gx 14 03.4 -06 02 s Vir 2.5 11.4 pF, cL, R, nf of 2 5428 * 14 03.4 -06 02 F Vir 1st of 2 nr 5427 5429 * 14 03.4 -06 02 F Vir 2nd of 2, in line with 5426-7 5444 Gx 14 03.4 +35 08 s CVn 2.7 13. p pB, pL, ivlE, vsmbM 5445 Gx 14 03.5 +35 02 r CVn 14. p F, *13 p I4358 Gx 14 03.5 -10 09 m Vir 1.2 15. p pL, mE 120deg ; spir neb f (IC 971) 5432 * 14 03.6 -05 57 F Vir vF 5436 Gx 14 03.6 +09 35 r Boo 15. p 1st of 3 vF in a line, 2'-3' dist 5419 Gx 14 03.7 -33 59 s Cen 12. p pB, pL, R, gpmbM 5437 Gx 14 03.7 +09 31 r Boo 15. p 2nd of 3 5438 Gx 14 03.7 +09 37 r Boo 14. p 3rd of 3, nf *8.6 5461 Kt 14 03.7 +54 19 r UMa B, pS, R, psbM, conn with M101 5435 * 14 03.8 -05 54 F Vir vF, *10-11 close f I 971 14 03.8 -10 08 D Vir fine spiral, pL, mbM I4365 Gx 14 03.8 +09 31 m Boo 0.8 15. p *13 in vF, S neb (perhaps 5438) 5462 Kt 14 03.9 +54 22 r UMa pB, pL, iR, gbM, conn with M101 I4360 14 04.1 -11 24 d Vir eF, eS, E 35deg I4361 Gx 14 04.1 -09 46 m Vir 0.6 15. p eF, vS, cE 150deg I4369 14 04.1 +33 19 d CVn vF, S, R, dif I4363 14 04.2 -09 38 d Vir eF, vS, cE 150deg I4370 14 04.2 +33 21 d CVn F, S, iF, gbM, *14 nr I4371 14 04.2 +33 18 d CVn F, S, R, vlbM I4364 Gx 14 04.3 -10 00 m Vir 0.6 15. p eF, vS, R I 972 Pl 14 04.4 -17 15 s Vir 0.7 15. p F, vS, R, r 5471 Kt 14 04.6 +54 24 r UMa F, S, R, *12-13 p 5454 Gx 14 04.7 +14 23 r Boo 14. p pF, S 5473 Gx 14 04.7 +54 54 s UMa 2.6 11.4 pB, S, R, gbM I4368 14 04.7 -09 57 d Vir F, S, R, bM 5442 Gx 14 04.9 -09 43 r Vir 14. p vF, vS, iR 5456 Gx 14 04.9 +11 53 r Boo 14. p F, pS I4333 Gx 14 05. -84 16 c Oct 1.7 eF, vS, eE 40deg , susp 5474 Gx 14 05.0 +53 40 s UMa 4.5 10.9 pB, L, bM 5446 Gx 14 05.1 +09 37 r Boo eF, eS 5475 Gx 14 05.2 +55 45 s UMa 2.2 13. p pB, S, pmE, bM I4366 Gx 14 05.2 -33 46 c Cen 1.8 vF, vS, cE 170deg 5459 14 05.3 +13 08 D Boo F, S, lE, pB* sp I4359 14 05.4 -45 16 d Cen eF, vS, E 170deg , bet 2 F st I4362 Gx 14 05.4 -41 49 c Cen 1.7 vF, S, vE 175deg 5466 Gb 14 05.5 +28 32 s Boo 11.0 9.1 Cl, L, vRi, vmC, st 11... 5477 Gx 14 05.6 +54 28 s UMa 1.7 13.8 vF, pL I4367 Gx 14 05.6 -39 12 c Cen 1.8 eeF, pS, R, bet 2 st I4372 14 05.7 -10 53 d Vir eF, eS, E 75deg I4373 Gx 14 05.7 +25 14 z Boo 15. p F, S, R, N, r 5479 Gx 14 05.9 +65 41 r UMi 15. p eF, vS, R, nearly bet 2 st 5463 Gx 14 06.1 +09 22 r Boo 14. p eF, S, lE 5465 Gx 14 06.4 -05 32 h Vir 0.8 15. p eF, vS, sp 5468 5470 Gx 14 06.4 +06 02 r Vir 14. p F, mE, vglbM 5480 Gx 14 06.4 +50 43 s UMa 1.8 13. p F, pS, vgbM, np of 2 5467 * 14 06.5 -05 29 r Vir eF, vS, sp 5468 I 973 * 14 06.5 -05 29 F Vir stellar 13.5m 5468 Gx 14 06.6 -05 27 s Vir 2.5 12. p F, L, R, vgbM, *9 sf 4' I 974 * 14 06.6 -05 31 F Vir neb object 1'.8 sff of 5465 5481 Gx 14 06.7 +50 43 s Boo 1.7 13. p F, vS, smbM, stellar, sf of 2 5484 Gx 14 06.8 +55 02 s UMa 16. p vF, S, R, 4' from 5485 5472 Gx 14 06.9 -05 28 s Vir 1.4 15. p pF, vS, bet 2 vF st 5464 Gx 14 07.1 -30 01 s Hya 1.0 13. p pF, S, R, pslbM 5485 Gx 14 07.2 +55 00 s UMa 2.6 11.5 cB, R, vgbM, f of 2 I 975 14 07.2 +15 21 d Boo vF, vS, R 5486 Gx 14 07.4 +55 06 s UMa 1.7 14. p F, pL I4374 Gx 14 07.5 -27 01 c Hya 1.6 eeF, pS, R 5460 OC 14 07.6 -48 19 s Cen 25. 5.6 Cl, vL, vlC, st 8... 5488 Gx 14 08.0 -33 18 A Cen F, R, *8 s nr; = IC 4375 I4375 Gx 14 08.1 -33 19 c Cen 3.0 eF, eS, eE 15deg , stell N, * sp; = 5488 5476 Gx 14 08.2 -06 05 r Vir 14. p F, pS, iR 5478 Gx 14 08.2 -01 42 r Vir 14. p vF, vS 5482 Gx 14 08.4 +08 56 r Boo 14. p eF, S I 976 Gx 14 08.7 -01 09 u Vir 1.5 14. p eF, vS, R, eF, * att s I 977 Gx 14 08.7 -03 00 k Vir 0.6 15. p vF, S, dif I 978 Gx 14 09.0 -02 58 k Vir 0.8 15. p vF, S, R, bMN I 979 14 09.3 +14 51 d Boo eeF, pS, R, v diffic 5503 Gx 14 09.4 +60 25 r UMa 16. p eeF, vS, R, v diffic, 2 st nr 5502 - 14 09.6 +60 26 r UMa eeF, pS, R, v diffic, bet 2 st 5487 Gx 14 09.7 +08 05 r Boo 14. p eF (place uncertain) 5547 Gx 14 09.8 +78 36 r UMi 14. p eF, vS, E 0deg +/- 5490 Gx 14 10.0 +17 33 s Boo 2.6 13. p cF, cS, R, sbMF ** I 982 Gx 14 10.0 +17 42 v Boo 1.5 vS, R, N = 11m I4380 Gx 14 10.0 +37 33 m Boo 0.5 14. p F, S, R, dif I 983 Gx 14 10.1 +17 44 v Boo 5.5 eS, R, N = 11m I 984 Gx 14 10.1 +18 22 u Boo 1.9 14. p pB, S, gbM 5500 Gx 14 10.2 +48 33 r Boo 14. p cF, cS, iR 5483 Gx 14 10.4 -43 19 s Cen 3.1 12. p pF, vL, R, vgbM 5497 Gx 14 10.4 +38 53 r Boo 15. p eF, S, R, lbM I 980 14 10.4 -07 21 d Vir F, S, R, N = 13m, r 5492 Gx 14 10.5 +19 37 s Boo 1.8 14. p pB, vS, E I 981 Gx 14 10.5 -04 10 n Vir 0.6 15. p F, S, gbM I4376 *** 14 10.8 -30 49 x Cen F, S, eE 40deg I4404 14 10.8 +78 38 d UMi eF 5491 Gx 14 10.9 +06 22 r Vir 14. p pB, pS, R, gbM, r 5499 Gx 14 10.9 +35 54 r Boo 14. p F, S, R, gbM, r? 5498 Gx 14 11.0 +25 42 r Boo 15. p F, S, R, lbM, r? I4381 14 11.0 +25 29 d Boo F, cS, R, biN I4382 14 11.1 +25 30 d Boo F, S, R, gbM, 5498 n 11' I 986 14 11.4 +01 20 d Vir F, S, N = 13.5, r 5493 Gx 14 11.5 -05 03 s Vir 2.0 11.5 pB, vS, R, psmbM *, *18 inv I 985 Gx 14 11.5 -03 14 m Vir 0.5 15. p eF, eS I 987 Gx 14 11.5 +19 11 m Boo 1.2 15. p eF, vS, stellar, v diffic 5496 Gx 14 11.6 -01 09 s Vir 4.4 13. p pB, vL, E ns I4384 Gx 14 11.9 +27 07 u Boo 1.1 15. p F, S, R, bMN, r 5489 Gx 14 12.0 -46 05 t Cen 1.4 vF, S, R, bM I4378 14 12.1 -34 16 d Cen vF, vS, E 150deg I4379 14 12.1 -34 17 d Cen vF, vS, E 90deg I4383 14 12.2 +15 51 d Boo 1'.7 np 5504 (no descr) 5504 Gx 14 12.3 +15 50 r Boo 14. p vF, vlE, vlbM 5509 Gx 14 12.3 +24 39 r Boo vF, S, R, stellar Nucl 5520 Gx 14 12.3 +50 22 r Boo 13. p F, S, lE, stellar 5494 Gx 14 12.4 -30 39 s Cen 2.2 13. p pB, L, R, gbM, rr 5495 Gx 14 12.4 -27 07 r Hya 13. p vF, S, R, bM, *10 nf 5501 Gx 14 12.4 +01 16 r Vir 15. p vF, S, rr 5508 Gx 14 12.4 +24 39 r Boo 15. p eF, eS, R, lbM 5505 Gx 14 12.5 +13 18 r Boo 14. p vF, pS, bet * and D* 5515 Gx 14 12.5 +39 18 r Boo 13. p vF, S, vlE 5512 Gx 14 12.6 +30 51 r Boo 15. p vF, vS, R, sbMN, r? 5517 Gx 14 13.0 +35 42 r Boo 15. p F, eS, R, bMN 5511 Gx 14 13.1 +08 37 r Boo 15. p vF, S, *10 p 5506 Gx 14 13.2 -03 13 s Vir 2.9 13. p pB, L, E 20deg +/- , lbM 5513 Gx 14 13.2 +20 26 r Boo 14. p pB, pL, iR 5507 Gx 14 13.3 -03 09 s Vir 2.0 13. p cF, S, R, stellar 5510 Gx 14 13.6 -17 59 r Vir 14. p vF, S, R, gbM 5514 Gx 14 13.6 +07 40 r Boo 14. p F, pS, R, lbM, *16 nf 5518 Gx 14 13.9 +20 51 r Boo 15. p F, vS, R, gbM 5526 Gx 14 13.9 +57 46 r UMa 14. p vF, S, E, r 5519 14 14.4 +07 26 D Boo vF, pL, *10 p 5524 Gx 14 14.5 +36 24 r Boo 15. p vF I 988 Gx 14 14.5 +03 11 z Vir 15. p F, vS, R I4385 14 14.7 -42 18 d Cen vS, R, lbM 5522 Gx 14 14.8 +15 09 r Boo 14. p vF, vS, E 5523 Gx 14 14.8 +25 19 s Boo 4.5 13. p F, pL, pmE 90deg , *10 np 5540 Gx 14 14.8 +60 00 r UMa 15. p eF, vS, R, stellar I 989 Gx 14 14.8 +03 07 u Vir 1.3 14. p F, vS, R, bM I4386 Gx 14 15.0 -43 58 c Cen 3.1 F, vS, R I4387 Gx 14 15.0 -44 00 c Cen 1.3 F, vS, R 5527 Gx 14 15.4 +36 11 r Boo 16. p eeF 5521 Gx 14 15.5 +04 24 r Vir 14. p F, S, R, bM 5525 Gx 14 15.6 +14 17 r Boo 14. p pF, pS, iR, bM 5529 Gx 14 15.6 +36 13 s Boo 5.9 13. p cF, pL, vmE 110deg , vgvmbM I 990 Gx 14 15.7 +39 47 m Boo 0.6 15. p vF, S, dif 5516 Gx 14 15.8 -48 07 r Cen pF, S, R, psbM, S** nf I4392 14 15.9 -13 07 d Vir eF, vS, mE 80deg , F* sf, susp I4388 Gx 14 16.0 -31 46 m Cen 0.8 15. p vF, vS, R, sbM 5533 Gx 14 16.1 +35 21 s Boo 3.2 11.8 pB, R, vsmbM, 2 or 3 st inv 5528 Gx 14 16.2 +08 17 r Boo 15. p eeF, pS, R, 2 vF st nr 5536 Gx 14 16.3 +39 30 r Boo 14. p cF, vS, R, sp of 2 I4391 Gx 14 16.3 -31 41 m Cen 0.5 15. p vF, vS, R 5541 Gx 14 16.4 +39 35 r Boo 13. p cF, S, R, gbM, nf of 2 I4394 14 16.5 +39 42 d Boo eF, S, R I 995 Gx 14 16.6 +57 48 u UMa 1.4 14. p eeF, S, lE, v diffic 5531 Gx 14 16.7 +10 53 r Boo 14. p F, S, R, 5532 f 10s I4389 14 16.8 -40 33 d Cen vF, vS, R, dif 5532 Gx 14 16.9 +10 48 s Boo 1.9 12.0 vF, vS, R, gbM, r 5544 Gx 14 17.0 +36 34 s Boo 1.1 13. p F, pS, E 80deg , Dneb or biN with 5545 I 996 14 17.0 +57 39 d UMa eeF, S, mE, v diffic I4377 Gx 14 17.0 -75 39 c Aps 2.6 eeF, vS, mE 180deg , vmbM I4390 Gx 14 17.0 -44 59 c Cen 1.7 eF, vS, mE 5deg , stell N 5545 Gx 14 17.1 +36 35 s Boo 1.3 13. p E, lbM, Dneb or biN with 5544 I4395 Gx 14 17.2 +26 51 u Boo 1.5 15. p F, S, R, N, stell 5561 Gx 14 17.4 +58 44 r UMa 15. p eF, pS, R, F* close p 5537 Gx 14 17.5 +07 03 r Vir 15. p eeF, S, lE I4396 14 17.5 +28 48 d Boo F, S, dif 5535 Gx 14 17.6 +08 11 r Boo 15. p eF, S, iR 5538 Gx 14 17.6 +07 29 r Boo 15. p eF, S, E 5539 Gx 14 17.6 +08 11 r Boo 15. p F, pL, iF, gbM 5534 Gx 14 17.7 -07 25 s Vir 1.4 14. p pF, st inv, *12 np I 991 Gx 14 17.7 -13 53 m Vir 1.4 13. p F, S 5542 Gx 14 17.8 +07 33 r Boo 15. p vF, vS I4393 Gx 14 17.8 -31 21 c Cen 2.3 cF, S, eE 75deg I4397 Gx 14 17.9 +26 25 u Boo 1.1 14. p F, cS, R, bM, r 5543 Gx 14 18.0 +07 39 r Boo 15. p eF, vS 5548 Gx 14 18.0 +25 08 s Boo 1.9 12.5 cF, pS, R, vsvmbM * 5546 Gx 14 18.1 +07 34 r Boo 14. p pB, cS, gbM I 993 14 18.1 +11 16 d Boo vF, iF, diffic I4398 Gx 14 18.2 +28 51 m Boo 0.5 15. p F, S, R, gbM, r I 992 Gx 14 18.3 +00 53 u Vir 1.6 15. p F, pS, R, *10.5 nf I 994 Gx 14 18.3 +11 11 u Boo 1.4 15. p pB, vS, R I1005 14 18.3 +71 36 d UMi F, S, R, bM I4399 Gx 14 18.3 +26 23 u Boo 1.2 15. p F, cS, R, N, r I4403 Gx 14 18.3 +31 39 u Boo 1.4 15. p F, S, R, gbM, *14 n 5550 Gx 14 18.4 +12 52 r Boo 14. p vF, cS, pmE 5553 Gx 14 18.4 +26 17 r Boo 15. p vF, S, lE 5557 Gx 14 18.4 +36 30 s Boo 2.4 11.1 cB, S, R, vsbM * 5530 Gx 14 18.5 -43 24 s Lup 4.1 12. p !, vF, pmE, esvmbM *12 5549 Gx 14 18.5 +07 22 r Vir 14. p vF, vS, R 5551 Gx 14 18.9 +05 26 r Vir 15. p 3 st in neby 5552 Gx 14 18.9 +07 02 r Vir 15. p vF, S 5555 Gx 14 19.0 -19 08 r Vir 15. p vF, S, iR, gbMN 5559 Gx 14 19.1 +24 48 r Boo 15. p vF, S, vlE, bM 5554 Gx 14 19.2 +07 01 r Vir 15. p eF, S 5567 Gx 14 19.3 +35 08 r Boo 15. p pF, R 5568 Gx 14 19.4 +35 05 r Boo 15. p vF, S, v dif 5570 Gx 14 19.4 +07 26 r Boo F, S, iR 5607 Gx 14 19.4 +71 35 s UMi 1.1 14. p pF, cS, iR, bM, er I4401 Gx 14 19.4 -04 31 m Vir 1.0 15. p vF, S, mE 200deg , nr IC 997 I4405 Gx 14 19.4 +26 16 m Boo 0.9 15. p F, S, dif 5572 Gx 14 19.5 +36 08 r Boo 15. p eF, vS, bM 5571 - 14 19.6 +35 09 r Boo S Cl of F st in neb; = 5579? I 999 Gx 14 19.6 +17 52 u Boo 0.8 14. p F, vS, R, N = 14m, stellar 5558 - 14 19.7 +07 02 r Vir eF, S, lE, np of 2 I1000 Gx 14 19.7 +17 51 u Boo 0.8 14. p F, vS, R, N = 14m, stellar 5585 Gx 14 19.8 +56 44 s UMa 5.5 10.9 pF, L, iR, vgmbM, r I 997 Gx 14 19.9 -04 27 m Vir 1.0 14. p pF, S, R, * n 5560 Gx 14 20.1 +04 00 s Vir 3.9 12.4 pF, cL, E, gbM 5562 Gx 14 20.1 +10 15 r Boo 14. p vF, S, vF* 3s f 5563 Gx 14 20.1 +07 03 r Vir 15. p eF, S, lE 5564 - 14 20.2 +07 01 r Vir eF, S; probably = 5563 5565 - 14 20.2 +07 00 r Vir eF, S, v diffic; probably = 5563 I 998 14 20.2 -04 28 d Vir eeF, S, R, v diffic 5566 Gx 14 20.3 +03 56 s Vir 6.5 10.5 B, pL, R, psbM, r, *12 f 1'.5 5569 Gx 14 20.5 +03 59 s Vir 1.9 15. p eF, pL, R 5579 Gx 14 20.5 +35 11 r Boo 14. p vF, cL, p of 2 5556 Gx 14 20.6 -29 15 s Hya 3.1 12. p eF, L, S* inv 5573 Gx 14 20.6 +06 54 r Vir 15. p vF, S, lE 5580 ? 14 20.7 +35 13 A Boo pB, S, f of 2 5582 Gx 14 20.7 +39 42 r Boo 13. p pB, pS, R, bMFN, * sp I1001 14 20.7 +05 08 d Vir eF, S, dif I1002 14 20.7 +05 11 d Vir eF, vS, lbM 5640 Gx 14 20.8 +80 06 r Cam 15. p eF, S, lE 5574 Gx 14 20.9 +03 14 s Vir 1.6 12.4 pF, pS, lE, p of 2 5575 Gx 14 20.9 +06 12 r Vir 14. p F, vS, or neb* I1003 14 20.9 +05 27 d Vir eF, vS, vS * att, diffi I1004 14 20.9 +17 39 d Boo pF, sbM 5576 Gx 14 21.1 +03 16 s Vir 3.2 10.9 B, S, R, vsmbM, f of 2 5581 Gx 14 21.1 +23 29 r Boo 15. p vF* in vF, vS, R neby 5577 Gx 14 21.2 +03 26 s Vir 3.4 13. p pF, pL, vmE 53deg 5578 - 14 21.2 +06 12 r Vir vF, vS, lE, mbMN I4402 Gx 14 21.2 -46 18 c Lup 3.4 L, eE 125deg , pointed ends I4408 Gx 14 21.2 +29 59 u Boo 1.0 15. p F, S, R, gbM 5588 D* 14 21.5 +35 07 r Boo vF, R, gbM 5589 Gx 14 21.5 +35 15 r Boo 14. p vF, S, R, np of 2 I4409 Gx 14 21.5 +31 35 m Boo 0.7 15. p F, S, R, *13.5 close 5583 Gx 14 21.7 +13 13 r Boo 14. p vF, pS, R, pB* nr 5590 Gx 14 21.7 +35 11 r Boo 13. p cF, S, R, bM *, sf of 2 5586 - 14 22.1 +13 10 r Boo eF, vS, R 5587 Gx 14 22.2 +13 55 s Boo 2.9 14. p F, cS, vlE, *8 sf 5602 Gx 14 22.3 +50 31 r Boo 13. p pF, pS, lE, mbM I4400 14 22.3 -60 35 d Cen F, S, E I4410 Gx 14 22.3 +17 23 m Boo 0.6 16. p vF, vS, R 5584 Gx 14 22.4 -00 23 s Vir 3.3 12. p F, L, mE, dif, glbM I4406 Pl 14 22.4 -44 09 s Lup 0.5 11. p PN , stellar, 10 mag, E 80deg 5596 Gx 14 22.5 +37 07 s Boo 1.5 15. p eF, S, R, stellar 5598 Gx 14 22.5 +40 19 r Boo 14. p F, vS, R, bM 5620 Gx 14 22.5 +69 34 r UMi 15. p eF, vS 5591 Gx 14 22.6 +13 43 r Boo 14. p eF, S, R, pB* nr sf 5601 Gx 14 22.9 +40 18 r Boo 15. p vF, bet 5598 and 5603 I1006 Gx 14 23.0 +23 47 m Boo 1.0 15. p F I4413 Gx 14 23.0 +37 32 m Boo 0.2 16. p F, S, R 5603 Gx 14 23.1 +40 22 r Boo 14. p cF, pS, R, gbM 5594 Gx 14 23.2 +26 15 r Boo 15. p eF, vS, stellar; = IC 4412 I4412 14 23.2 +26 16 x Boo F, S, R, dif; = 5594 5608 Gx 14 23.3 +41 46 s Boo 2.7 13. p F, pL, lE, vglbM I4407 14 23.6 -05 59 F Vir no description 5599 Gx 14 23.7 +06 34 r Vir 14. p F, S, lE 5600 Gx 14 23.8 +14 38 s Boo 1.4 12.7 pB, pS, gbM I4414 Gx 14 23.8 +28 19 m Boo 0.5 15. p pB, cS, gbMN, r 5592 Gx 14 23.9 -28 41 s Hya 1.7 13. p F, S, E, gvlbM, r 5609 Gx 14 23.9 +34 50 r Boo eeF 5613 Gx 14 24.1 +34 54 s Boo 1.1 16. p eF, pS, dif, 2' n of 5614 5614 Gx 14 24.1 +34 52 s Boo 2.7 11.7 pB, S, R, smbM 5595 Gx 14 24.2 -16 43 s Lib 2.0 12. p F, pL, R, vgbM, p of 2 5611 Gx 14 24.2 +33 01 r Boo 13. p F, S, R, bM 5615 Gx 14 24.2 +34 52 r Boo 15. p close n of 5614 (vF*?) 5616 Gx 14 24.2 +36 26 r Boo 15. p vF, S, cE, vgbM, er 5610 Gx 14 24.3 +24 36 r Boo 14. p vF, S, pmE 0deg +/- , *9 f I4415 14 24.4 +16 38 d Boo vF, vS, R, lbM I4416 Gx 14 24.4 +29 37 m Boo 0.3 16. p F, S, R, N 5597 Gx 14 24.5 -16 46 s Lib 2.0 12.1 vF, L, vlE, vglbM, f of 2 I1007 Gx 14 24.6 +04 32 z Vir 15. p vF, vS, R, lbM, *10.5 nr 5604 Gx 14 24.7 -03 13 r Vir 14. p F, pS, R, vgbM*, r I4417 Gx 14 24.9 +17 02 m Boo 0.2 15. p vF, vS, R, lbM I1008 14 25.0 +28 20 d Boo pF I4411 14 25.0 -35 01 d Cen F, S, eE 45deg 5605 Gx 14 25.1 -13 10 s Lib 1.8 13. p vF, pL, R, vgbM I4418 14 25.3 +25 31 d Boo pB, S, R, gbMN I4420 Gx 14 25.6 +25 22 m Boo 0.7 15. p F, S, E 220deg , N 5593 OC 14 25.8 -54 49 r Lup Cl, vlRi, vlC, st 10 I4419 14 25.8 +16 38 d Boo F, vS, R, lbM I4422 Gx 14 26.0 +30 28 m Boo 0.2 15. p F, cS, r 5622 Gx 14 26.2 +48 33 r Boo 14. p vF, pS, vlE, vglbM I1009 Gx 14 26.3 +12 21 z Boo 15. p vF, S, dif I4423 Gx 14 26.3 +26 15 u Boo 1.1 15. p vF, S, R, dif 5624 Gx 14 26.6 +51 36 r Boo 14. p eF, S, lE 5631 Gx 14 26.6 +56 35 s UMa 2.2 13. p B, S, R, psbMN I4425 Gx 14 26.7 +27 12 z Boo 15. p F, S, R, dif 5625 Gx 14 27.0 +39 57 r Boo 15. p vF, S, R, gbM I4427 Gx 14 27.0 +26 51 m Boo 0.7 15. p F, cS, dif, r I4431 Gx 14 27.1 +30 57 u Boo 1.3 15. p F, cS, R gbM, r 5618 Gx 14 27.2 -02 16 s Vir 1.8 15. p eF, S 5623 Gx 14 27.2 +33 14 r Boo 13. p cF, S, R, vsmbM, r I1012 14 27.2 +30 59 d Boo no description 5619 Gx 14 27.3 +04 48 s Vir 2.5 14. p vF, S, R, vgbM I1010 Gx 14 27.3 +01 02 u Vir 2.3 15. p F, S, dif I4426 Gx 14 27.3 +16 50 m Boo 0.4 16. p F, vS, R, lbM I4428 14 27.4 +16 12 d Boo F, eS, R, lbM I4437 14 27.4 +41 29 d Boo no descr, *8 nf 5633 Gx 14 27.5 +46 09 s Boo 2.3 12.3 cB, pS, R, pglbM I4424 Gx 14 27.5 +04 49 m Vir 0.8 15. p eF, S, stellar I4435 Gx 14 27.5 +37 29 m Boo 0.5 14. p F, R, sbM *13.5 5630 Gx 14 27.6 +41 16 s Boo 2.5 14. p F, S, E 90deg +/- , gbM 5671 14 27.7 +69 38 D UMi vF, pL, R, bM I4429 Gx 14 27.7 +16 53 m Boo 0.6 15. p F, vS, R 5606 OC 14 27.8 -59 38 s Cen 3. 7.7 Cl, S, pC, st L & S 5621 - 14 27.8 +08 15 r Boo eeF, L, r I1013 14 27.8 +25 50 D Boo eF, vS I4433 14 27.8 +16 12 d Boo F, vS, R, mbM I4434 14 27.9 +16 13 d Boo F, vS, R, lbM I4436 Gx 14 27.9 +26 29 m Boo 0.8 15. p pB, S, R, gbM, r I1011 Gx 14 28.1 +01 00 m Vir 0.4 15. p F, vS, R, N = 14m I1017 Gx 14 28.1 +25 52 u Boo 1.1 15. p pF, vS, sbM, stellar I1019 Gx 14 28.1 +25 56 m Boo 0.4 15. p F, vS, R, stellar, * 13 nr I4421 14 28.1 -37 35 d Cen eef, vS, R, F* f I4470 OC 14 28.1 +78 54 x UMi Cl, eF, S; neb? 5629 Gx 14 28.3 +25 50 r Boo 14. p pF, S, R, gbM 5632 Gx 14 28.3 -00 12 r Vir neb, *11 f 150s I1014 Gx 14 28.3 +13 47 s Boo 2.8 13. p F, pL, R, vgbM I1015 Gx 14 28.3 +15 25 m Boo 0.6 15. p vF, iF I1018 Gx 14 28.3 +25 51 u Boo 2.3 14. p eF, eS, v diffic 5628 Gx 14 28.4 +17 55 r Boo 14. p pF, S, R, gbMN = 14m 5627 Gx 14 28.5 +11 22 r Boo 14. p vF, vS, R, *9 sp 5635 Gx 14 28.5 +27 25 s Boo 2.6 14. p F, S, E, sbM I4438 Gx 14 28.6 +17 21 m Boo 0.4 16. p F, vS, R, dif I4439 Gx 14 28.7 +17 02 z Boo 16. p F, S, R, mbM 5639 Gx 14 28.8 +30 24 r Boo 14. p vF, R, *7 p, *11 s I1016 14 28.8 +04 50 d Vir vF, vS, R, f 5619 I1020 Gx 14 28.8 +26 02 u Boo 1.2 15. p F, stellar, vF* close I4442 Gx 14 28.8 +28 57 m Boo 1.0 15. p F, S, R, N 5637 Gx 14 28.9 +23 11 r Boo 14. p vF, S, R, vgbM I4440 Gx 14 29.0 +17 20 m Boo 0.6 16. p bM, mag 15 I4446 Gx 14 29.0 +37 28 m Boo 0.8 15. p F, cS, R, dif 5642 Gx 14 29.2 +30 01 r Boo 14. p cF, S, * inv, *12 nf I1021 Gx 14 29.2 +20 40 u Boo 1.2 15. p F, S, iR 5641 Gx 14 29.3 +28 49 s Boo 2.7 13. p pB, pS, lE, mbM, r? I4443 14 29.3 +16 11 d Boo vS, vlE, lbM I4430 14 29.4 -33 37 d Cen cF, cS, indistinct 5646 Gx 14 29.5 +35 26 r Boo 15. p eF, E sp nf, 45" l 5634 Gb 14 29.6 -05 59 s Vir 4.9 9.6 glob. cl. , vB, cL, R, gbM, rrr st 19, *8 sf I4447 14 29.6 +30 49 d Boo F, S, R, gbMN, r 5626 Gx 14 29.7 -29 46 r Hya 15. p eF, S, R 5636 Gx 14 29.7 +03 16 s Vir 1.9 15. p eF, cL, R, np of 2 5638 Gx 14 29.7 +03 14 s Vir 2.6 11.3 cB, pL, R, sf of 2 5712 Gx 14 29.7 +78 51 r UMi 15. p vF, S, R, S Cl p 5617 OC 14 29.8 -60 43 s Cen 10. 6.3 Cl, L, pRi, pCM, st 8... 5660 Gx 14 29.8 +49 37 s Boo 2.8 11.8 pB, L, iR, vgbM I1027 14 29.8 +53 57 D Boo eeF, pS, R, *13 sp 0'.7 I4432 14 29.8 -39 32 d Cen vF, vS, mE 85deg 5654 Gx 14 29.9 +36 21 r Boo 14. p F, S, E?, ** inv? I1022 Gx 14 30.0 +03 46 u Vir 1.2 15. p vF, E ns 5653 Gx 14 30.2 +31 13 s Boo 1.8 12.2 pF, pS, R, bM 5644 Gx 14 30.4 +11 55 r Boo 14. p pB, pS, R, gmbM 5656 Gx 14 30.4 +35 19 s Boo 2.1 13. p pF, pL, R, mbM, r 5667 Gx 14 30.4 +59 29 s Dra 1.8 13. p pB, pS, E 0deg 5647 Gx 14 30.6 +11 52 r Boo 15. p F, S, R, vlbM 5648 Gx 14 30.6 +14 00 r Boo 14. p vF, S, no Nucl; = 5649 5649 Gx 14 30.6 +14 00 D Boo 14. p eF, vS, np of 2 5645 Gx 14 30.7 +07 17 s Vir 2.6 12.3 cF, pL, iR, gbM 5657 Gx 14 30.7 +29 10 r Boo 14. p F, S, irr, sev vF st inv, r? 5650 Gx 14 30.8 +06 00 h Vir 0.2 15. p vF, pS, R 5652 Gx 14 30.9 +05 58 r Vir 14. p pB, pL, vlE, bM 5655 Gx 14 31.0 +13 59 r Boo eeF, sf of 2 5659 Gx 14 31.1 +25 21 r Boo 15. p eF I1026 * 14 31.2 +31 13 x Boo pB 5651 - 14 31.3 -00 56 r Vir neb, R I4449 14 31.3 +15 15 d Boo vF, vS, R, dif I1024 Gx 14 31.4 +03 00 u Vir 1.6 14. p pB, vS, E ns I4441 14 31.4 -43 31 d Lup pF, pS, R 5673 Gx 14 31.5 +49 58 s Boo 2.6 14. p F, S, cE, *15 np I1025 Gx 14 31.5 +07 04 z Vir 15. p eF, sbM I4444 Gx 14 31.7 -43 25 s Lup 1.9 12. p vF, vS, * M, spir or annular 5661 Gx 14 31.9 +06 14 r Vir 14. p vF, pS, iE I4445 14 31.9 -46 02 d Lup F, cS, E 160deg 5678 Gx 14 32.1 +57 55 s Dra 3.2 12. p B, L, lE 0deg , vgmbM I4450 Gx 14 32.1 +28 33 u Boo 1.2 15. p F, cS, dif, *10.5 nf 5658 Gx 14 32.4 +00 16 r Vir 14. p neb, F, E 5665 Gx 14 32.4 +08 05 s Boo 2.1 13. p pB, pL, R, gbM, r I1023 14 32.4 -35 48 d Cen neb I4452 Gx 14 32.4 +27 26 z Boo 15. p F, S, R, gbM, r I1028 14 32.5 +41 51 d Boo pB, S, R, F* close nf I1029 Gx 14 32.5 +49 54 v Boo 3.0 vF, S, lE, mbM 5672 Gx 14 32.6 +31 40 s Boo 1.0 13.6 vF, vL, iR, lbM, ** p 5675 Gx 14 32.6 +36 17 r Boo 14. p F, pS, E, bM 5643 Gx 14 32.7 -44 10 s Lup 4.6 11. p pB, L, R, vglbM, st inv 5669 Gx 14 32.7 +09 53 s Boo 4.1 12. p F, L, R, lbM, r 5676 Gx 14 32.8 +49 28 s Boo 3.9 10.9 B, L, E 45deg +/- , pgbM, r 5666 Gx 14 33.1 +10 29 r Boo 13. p vF, vS, R, stellar I4454 14 33.3 +17 43 d Boo F, eS, R, lbM 5668 Gx 14 33.4 +04 27 s Vir 3.3 11.5 F, pS, vlE, *14 inv 5664 14 33.7 -14 35 D Lib pF, S, E, gbM I1030 14 33.7 +31 42 d Boo pF 5674 Gx 14 33.8 +05 26 r Vir 13. p cF, pS, R, gbM 5663 Gx 14 33.9 -16 34 r Lib 15. p eF, vS, R, glbM 5612 Gx 14 34.1 -78 24 s Aps 2.0 13. p vF, E, gbM, r I4456 14 34.1 +16 11 d Boo F, S, R, dif 5677 Gx 14 34.2 +25 27 r Boo 15. p vF, vS, R, r, 3 st 9, 10 np I4453 Gx 14 34.5 -27 31 c Hya 2.0 pB, eS, R, F* close I4455 14 34.5 -14 38 d Lib eF, cS, cE 30deg I4457 14 34.5 +18 13 d Boo F, vS, R, lbM I4459 Gx 14 34.5 +30 58 m Boo 0.5 15. p F, pL, E ns, glbM, r I1031 14 34.6 +48 02 d Boo eeF, S, R I4451 Gx 14 34.6 -36 17 c Cen 1.9 vF, vS, R, * n 0'.5 I4460 Gx 14 34.6 +30 17 m Boo 0.7 F, S, dif, glbM I1032 14 34.7 +47 57 d Boo eeF, S, R 5682 Gx 14 34.8 +48 40 s Boo 2.0 14.0 F, pS, E I1033 14 34.8 +47 56 d Boo eeF, S, R 5683 Gx 14 34.9 +48 40 v Boo 0.7 14.8 F, vS, lE 5687 Gx 14 34.9 +54 29 s Boo 2.6 11.8 pF, S, iF, r, *10 f 5679 Gx 14 35.0 +05 20 r Vir 14. p vF, S, R, *12 att I4461 14 35.0 +26 31 d Boo F, vS, R, N, r I4462 14 35.0 +26 32 d Boo F, S, R 5662 OC 14 35.2 -56 33 s Cen 12. 5.5 Cl, L, pRi, lC, st 9... 5689 Gx 14 35.5 +48 45 s Boo 3.7 11.9 cB, pL, E 87deg , psmbM 5670 Gx 14 35.7 -45 57 t Lup 2.0 vF, S, cE, bet 2 st 5681 Gx 14 35.7 +08 18 r Boo 14. p F, S 5680 Gx 14 35.8 -00 03 r Vir 15. p vF, vS 5684 Gx 14 35.8 +36 32 r Boo 14. p F, cS, R, bM, p of 2 I4463 Gx 14 35.8 +16 02 z Boo 15. p F, vS, R I4465 14 35.9 +15 34 d Boo vF, vS, lE 180deg 5686 Gx 14 36.0 +36 29 r Boo 15. p vF, S, R, f of 2 5685 Gx 14 36.2 +29 54 r Boo 15. p vF, vS, R, gbMN = 15m 5693 Gx 14 36.2 +48 35 s Boo 1.9 15. p F, pL, *13 att s I4471 14 36.4 +41 40 x Boo no description; = 5697 5697 Gx 14 36.6 +41 41 r Boo 14. p F, vS, R, bM, 4 B st p; = IC 4471 I4466 14 36.7 +18 20 d Boo F, vS, lE I4467 Gx 14 36.8 +18 21 z Boo 15. p F, vS, R, lbM 5696 Gx 14 37.0 +41 49 r Boo 14. p cF, cS, R, lbM, r 5700 Gx 14 37.1 +48 33 r Boo 15. p eF, S, r, *11 sp 4' 5698 Gx 14 37.2 +38 28 r Boo 14. p cF, cS, lE, in triangle of st I1034 Gx 14 37.2 +14 40 z Boo 16. p vF, lbM I4458 14 37.2 -39 28 d Cen eF, eS, E 100deg 5695 Gx 14 37.3 +36 34 r Boo 14. p pB, cS, R, bM, r I4469 Gx 14 37.3 +18 15 u Boo 1.6 16. p F, pL, eE 110deg 5707 Gx 14 37.5 +51 34 s Boo 2.8 13. p B, pS, R 5690 Gx 14 37.7 +02 17 s Vir 3.5 13. p vF, mE 138deg , F* att sf, *7 p 4' I1046 Gx 14 37.8 +69 00 m UMi 0.8 15. p eF, S, R, D* f I4464 Gx 14 37.8 -36 53 c Cen 1.6 vF, S, R, N, wisp at 45deg 5691 Gx 14 37.9 -00 24 s Vir 2.0 13. p pB, pS, lE, gbM 5704 - 14 37.9 +40 31 r Boo F, cS, lE 0deg +/- I4473 Gx 14 37.9 +15 50 m Boo 0.5 15. p vS, com, 170deg I1035 Gx 14 38.1 +09 20 m Boo 0.7 15. p pF, vS, R, S, * nr 5714 Gx 14 38.2 +46 38 s Boo 3.0 14. p vF, pS, E pf, D* n, 1st of 6 5692 Gx 14 38.3 +03 24 s Vir 0.9 13. p pB, vS, R, gbM 5699 - 14 38.3 +29 30 r Boo eF, vS; = 5706? 5708 Gx 14 38.3 +40 28 r Boo 14. p F, pL, E 0deg +/- , gbM I1036 Gx 14 38.3 +18 07 z Boo 16. p pF, S 5720 Gx 14 38.4 +50 52 r Boo 14. p eeF, pS, R, bet 2 st I1037 Gx 14 38.4 +18 10 m Boo 0.8 15. p F, vS, R, stellar I4468 Gx 14 38.4 -22 22 c Lib 2.3 F, pL, cE 160deg , cbM I4474 14 38.4 +23 26 d Boo F, vS, R, N I4475 Gx 14 38.4 +23 20 z Boo 15. p F, vS, N, stell 5703 - 14 38.5 +29 30 r Boo vF, vS, iR; = 5709? I4477 Gx 14 38.5 +28 27 z Boo 15. p F, vS, dif, *12 p 2s , 15" n 5706 Gx 14 38.6 +30 29 r Boo 15. p vF, vS, R, vlbM 5717 Gx 14 38.6 +46 41 r Boo 15. p vF, S, R, D* nr, 2nd of 6 I4479 Gx 14 38.7 +28 30 u Boo 1.5 15. p F, cS, N, dif 5702 Gx 14 38.8 +20 31 r Boo 14. p vF, vS 5709 Gx 14 38.8 +30 27 r Boo 14. p vF, S, iF, E pf 5721 Gx 14 38.9 +46 41 r Boo 15. p vF, S, R; forms trapez with 5722-4 5723 Gx 14 38.9 +46 41 r Boo 15. p vF, S, R 5722 Gx 14 39.0 +46 40 r Boo 15. p vF, S, R, psbM 5724 Gx 14 39.1 +46 44 r Boo 17. p vF, S, R; F neb connecting 5721-4? 5701 Gx 14 39.2 +05 22 s Vir 4.7 12. p cB, pS, R, mbM, *11 p 15s I4478 Gx 14 39.2 +15 53 z Boo 15. p bM, mag 15 5710 Gx 14 39.3 +20 03 r Boo 14. p vF, S, vgbM, ** f, p of 2 5711 Gx 14 39.4 +20 00 r Boo 15. p eF, vS, ** att, f of 2 I1038 Gx 14 39.4 +11 55 z Boo 15. p F, vS, stellar, *10 f 8s 5688 Gx 14 39.5 -45 02 t Lup 3.9 F, S, vgbM, am st 5694 Gb 14 39.6 -26 32 s Hya 3.6 10.2 cB, cS, R, psbM, r, *9.5 sp I1049 14 39.6 +62 02 D Dra eeF, pS, R 5705 Gx 14 39.8 -00 43 s Vir 2.8 14. p eF, L, lE, eF dif neby around I4480 Gx 14 39.8 +18 29 m Boo 0.5 15. p F, S, R, dif, * in M I4476 14 39.9 -16 14 d Lib neb, *7 nf 5' 5731 Gx 14 40.0 +42 46 r Boo 14. p vF, eS, lE I4481 14 40.1 +16 08 d Boo eF, vS, R, dif I4482 Gx 14 40.1 +18 57 z Boo 15. p F, S, R 5713 Gx 14 40.2 -00 17 s Vir 2.8 11.4 cB, pL, R, psmbM, r I4472 Gx 14 40.2 -44 19 c Lup 1.8 L, eE 180deg , bet 2 st ns, doubtful 5730 14 40.3 +42 45 D Boo vF, cS, E 90deg +/- I1040 Gx 14 40.3 +09 28 z Boo 15. p eF, vS I4483 Gx 14 40.3 +16 41 u Boo 1.6 15. p E 200deg , lbM 5727 Gx 14 40.5 +33 59 s Boo 2.3 14. p eF, pL, R, dif I1039 Gx 14 40.5 +03 25 z Vir 16. p vF, vS, lbM I4448 Gx 14 40.5 -78 49 c Aps 1.0 !! F, vS, annul, * in M I4485 14 40.5 +28 40 d Boo F, S, dif 5732 Gx 14 40.6 +38 39 r Boo 14. p vF, S, R, lbM I1041 14 40.6 +03 21 d Vir pB, vS, R, N = 12m I1042 14 40.6 +03 26 d Vir vF, vS, R, bM, close D with 5718 I1043 14 40.7 +03 21 d Vir vF, vS, R, bM I1045 14 40.7 +42 45 d Boo eeF, pS, R, nearly bet 2 st 5718 Gx 14 40.8 +03 28 r Vir 14. p vF, S, R, vglbM, *8-9 nf 5719 Gx 14 40.9 -00 19 s Vir 3.4 14. p pF, S, lE, bM 5716 Gx 14 41.1 -17 29 s Lib 1.9 13. p vF, pL, R 5725 Gx 14 41.1 +02 10 r Vir 14. p vF, S, disc, *15 s 95" I1044 Gx 14 41.5 +09 26 m Boo 1.0 15. p F, vS, R, gbM I4486 Gx 14 41.9 +18 33 m Boo 0.7 16. p vF, vS, R, dif 5729 Gx 14 42.0 -09 03 s Lib 3.0 13. p F, pL, E, r I4487 14 42.0 +18 37 d Boo F, eS, R, lbM 5728 Gx 14 42.4 -17 15 s Lib 2.8 11.3 pF, pL, pmE 45deg +/- , mbM, *10 s 5735 Gx 14 42.4 +28 44 r Boo 14. p vF, L, iR, lbM I1047 Gx 14 42.4 +19 10 m Boo 0.6 16. p vF, S, v, dif 5739 Gx 14 42.5 +41 50 s Boo 2.2 13. p pB, S, R, smbM, r, * nr I4492 14 42.6 +37 25 d Boo F, vS, R, N, stell 5733 Gx 14 42.8 -00 21 s Vir 1.3 15. p vF, S, mE I4488 14 42.8 +18 36 d Boo vF, eS, R, lbM 5726 14 42.9 -18 26 D Lib F, S, R, gbM, *10.5 np 3' I1048 Gx 14 42.9 +04 53 s Vir 2.5 14. p pB, pL, E pf, r 5737 Gx 14 43.2 +18 53 r Boo 14. p vF, cS, R, vglbM I4489 14 43.2 +18 31 d Boo vF, eS, R, lbM 5715 OC 14 43.4 -57 33 s Cir 6. 10. p Cl, L, pRi, CM, st 11...13 5736 Gx 14 43.5 +11 13 r Boo 15. p eeF, S, lE, v diffic 5744 Gx 14 43.9 -18 29 A Lib eF, vS, neb? 5751 Gx 14 43.9 +53 25 r Boo 14. p F, S, vlE, triangle 2 st 10-11 I4496 Gx 14 43.9 +33 23 m Boo 0.3 15. p F, S, R, N 5738 Gx 14 44.0 +01 37 r Vir 14. p F, S, bM I1050 Gx 14 44.1 +18 01 z Boo 15. p vF, S, R, dif I1051 Gx 14 44.2 +19 01 z Boo 15. p F, vS, stellar I1052 Gx 14 44.2 +20 37 u Boo 1.1 15. p neb *12 I4495 Gx 14 44.2 +23 33 z Boo 16. p vF, vS, R I4497 Gx 14 44.3 +28 32 m Boo 0.6 15. p F, S, R, N, r, *12.5 f 5s 5740 Gx 14 44.4 +01 41 s Vir 3.1 11.9 pB, L, iR, gbM, r 5747 Gx 14 44.4 +12 09 r Boo 14. p eF, S; = IC 4493 I4493 14 44.4 +12 07 x Boo eF, S, R, dif, rM; = 5747 I4491 14 44.5 -13 44 d Lib F, S, eE 0deg I4494 Gx 14 44.5 +15 30 m Boo 1.0 15. p vF, vS, R, dif I4500 Gx 14 44.6 +37 29 m Boo 0.3 15. p F, S, R, gbM 5746 Gx 14 44.9 +01 57 s Vir 7.9 10.6 B, L, vmE 170deg , bmBN 5748 Gx 14 45.0 +21 55 r Boo 15. p eF, vS I4498 Gx 14 45.0 +26 17 m Boo 0.4 15. p F, S, R, gbM 5734 Gx 14 45.1 -20 52 r Lib 14. p vF, S, lE, glbM 5743 Gx 14 45.1 -20 54 r Lib 13. p F, S, mE, smbMN 5745 Gx 14 45.1 -13 56 r Lib 14. p vF, S, E, pslbM 5752 Gx 14 45.3 +38 43 r Boo 14. p F, 1' p 5754 I4502 14 45.3 +37 18 d Boo F, S, dif r, *14 vnr 5753 Gx 14 45.4 +38 43 r Boo 15. p F, bM, np 5754 5754 Gx 14 45.4 +38 47 r Boo 14. p cF, cS, R, bM I4490 14 45.4 -36 10 d Cen oval, around 2 st 9.5 & 10 5755 Gx 14 45.5 +38 46 r Boo 15. p F, 2' nf 5754 I1053 Gx 14 45.6 +16 57 m Boo 0.5 15. p eF, vS, v dif, *4 p 28s 5742 Gx 14 45.8 -11 48 r Lib 14. p F, pS, pmE, gbMN I1056 Gx 14 45.8 +50 25 u Boo 2.0 14. p eeF, L, R, 3 pB st sf I1057 14 46.0 +50 22 d Boo eF, pS, R, bet 3 st 5741 Gx 14 46.1 -11 54 r Lib 15. p vF, vS, R, sbMN 5750 Gx 14 46.2 -00 13 s Vir 2.9 11.6 pF, pS, vlE, r I1054 Gx 14 46.5 +01 16 u Vir 1.2 15. p vF, vS, sbMN = 14m I4504 Gx 14 46.5 +31 42 z Boo 15. p F, S, R, N, r I4503 Gx 14 46.6 +16 06 m Boo 0.8 15. p F, vS, R I4505 14 46.6 +33 24 d Boo F, S, R, N I4506 14 46.7 +33 24 d Boo vF, vS, N 5758 Gx 14 47.1 +13 40 r Boo 15. p eF, pS, R, *9 f 22s 5759 Gx 14 47.3 +13 28 r Boo 15. p eF, S, R I1055 Gx 14 47.4 -13 44 v Lib 2.6 F, pL, E ns I4501 Gx 14 47.5 -22 25 m Lib 0.9 14. p vF, S, indistinct 5756 Gx 14 47.6 -14 51 s Lib 2.0 13. p pB, pL, pmE, gpmbM 5760 Gx 14 47.7 +18 31 r Boo 14. p vF, vS, cE 90deg , vglbM I4484 Gx 14 47.7 -73 18 c Aps 2.5 eF, eE 140deg , susp I4507 Gx 14 47.7 +18 27 m Boo 0.8 16. p vF, eS, R 5757 Gx 14 47.8 -19 05 s Lib 2.1 13. p vF, S, iR, lbM I4508 Gx 14 47.8 +31 47 z Boo 15. p F, S, R, sbM *14 I4509 Gx 14 48.4 +31 48 u Boo 1.0 15. p F, cS, iF, r 5762 Gx 14 48.7 +12 28 r Boo 14. p vF, S, R, p of 2 5749 OC 14 48.9 -54 31 s Lup 8. 9. p Cl, pL, pRi, lC, st 10...11 5763 Gx 14 49.0 +12 29 r Boo 15. p eeF, pS, v diffic, f of 2 5761 Gx 14 49.1 -20 22 r Lib 14. p vF, S, R, glbMN I1058 Gx 14 49.1 +17 02 u Boo 1.6 15. p F, E ns, mbMN = 14m I1065 Gx 14 49.3 +63 16 s Dra 1.3 13.4 vF, pS, R 5767 Gx 14 49.7 +47 23 r Boo 15. p eF, pS, R, * nr I4512 14 49.9 +27 42 d Boo vF, S, R I1059 Gx 14 50.7 -00 52 z Lib 16. p F, S, lbm, r I4510 14 50.7 -20 44 d Lib vF, vS, iR, susp 5765 Gx 14 50.8 +05 07 r Vir 14. p Dneb, both eF I4514 14 50.9 +27 37 d Boo F, S, R, N, *13 vnr I1069 14 51.0 +54 23 d Boo pF, vS, R, no st nr I4515 14 51.1 +37 36 d Boo F, S, R, gbM, r I1061 14 51.2 +18 45 d Boo eF, eS, diffic 5777 Gx 14 51.3 +58 58 s Dra 3.3 14. p vF, vS, lE I1062 Gx 14 51.3 +18 41 m Boo 0.3 15. p pF, iF, diffic 5772 Gx 14 51.7 +40 36 s Boo 2.3 14. p pB, pL, lE, pslbM, *8 np I1060 Gx 14 51.9 -07 13 m Lib 1.0 14. p no descr I1074 Gx 14 52.0 +51 17 u Boo 1.0 15. p eeF, S, R 5768 Gx 14 52.1 -02 32 s Lib 2.0 13. p F, R, bMFN, S* s I4511 14 52.1 -40 30 d Cen cS, R, lbM, dif 5771 Gx 14 52.2 +29 51 r Boo 14. p vF, S, R, pgbM 5779 Gx 14 52.2 +55 54 r Dra 15. p vF, pS, lE, lbM I1063 14 52.2 +04 41 d Vir pF, stellar I1064 14 52.2 +04 40 d Vir vF, vS, R, lbM I4513 14 52.3 -20 44 d Lib F, S, vE 80deg 5773 Gx 14 52.5 +29 48 r Boo 14. p vF, S, R, pgbM 5769 Gx 14 52.6 +07 56 r Boo 15. p vF I1066 Gx 14 53.0 +03 18 u Vir 1.6 14. p F, vS, R I1067 Gx 14 53.1 +03 20 v Vir 2.3 F, vS, R, bM 5766 Gx 14 53.2 -21 22 r Lib 14. p eF, pS, R, gbM 5788 Gx 14 53.2 +52 03 r Boo 15. p eeF, S, R, v diffic, sf of 2 5770 Gx 14 53.4 +03 57 r Vir 13. p cF, S, vlE, bM, biN 5783 Gx 14 53.5 +52 05 s Boo 3.0 13. p pB, pS, iR, F* inv I1068 Gx 14 53.5 +03 04 m Vir 0.2 15. p F, pL, dif 5764 OC 14 53.6 -52 41 s Lup 2. 13. p Cl, vF, vS, vC 5774 Gx 14 53.7 +03 35 s Vir 3.2 12.2 pF, pL, R, np of 2 5808 14 53.8 +73 01 D UMi vF, S, iR, bet 2 st 5785 - 14 53.9 +52 09 r Boo vF, pS, F* close f, np of 2 I1070 Gx 14 53.9 +03 29 z Vir 15. p vF, S, R, diffic I4516 14 53.9 +16 23 d Boo vF, pS, R 5775 Gx 14 54.0 +03 33 s Vir 4.3 11.4 F, pS, vmE 148deg , gvlbM 5819 Gx 14 54.0 +73 08 r UMi 14. p F, pL, triangle 2 st 5784 Gx 14 54.2 +42 33 r Boo 13. p pB, S, R, smbM, stellar I1071 Gx 14 54.2 +04 45 u Vir 1.2 14. p vF, S, R, bM I1072 Gx 14 54.2 +04 51 m Vir 0.5 15. p vF, vS, R, vlbM, 2nd of 3 I1073 Gx 14 54.2 +04 48 z Vir 15. p vF, S, R, S* s, 3rd of 3 5780 Gx 14 54.4 +28 57 r Boo 14. p vF, S, R, * nr sp 5778 Gx 14 54.5 +18 38 r Boo 15. p eeF, pS, R, pB* close f, diffic I4517 Gx 14 54.5 +23 38 z Boo 15. p F, S, N dif 5776 Gx 14 54.6 +02 58 r Vir 14. p vF, pL, vlbM, *8-9 sp I1075 Gx 14 54.8 +18 06 u Boo 1.3 15. p eeF, pS, R, v diffic I4519 Gx 14 54.8 +37 25 m Boo 0.6 15. p F, S, dif, *14 sp I1076 Gx 14 55.0 +18 02 v Boo 1.2 eF, pS, R, bM, * sp I4520 Gx 14 55.1 +33 43 m Boo 0.4 15. p F, vS, R, N, r 5787 Gx 14 55.3 +42 30 s Boo 1.2 14. p F, cS, R, pslbM I1083 Gx 14 55.6 +68 24 m UMi 0.7 16. p eeF, S, R 5794 Gx 14 55.7 +49 44 r Boo 14. p pF, S, vsbM *13, 1st of 4 5804 Gx 14 55.7 +49 39 r Boo vF, vS, vsmbM, *6 nr 5807 Gx 14 55.7 +63 55 r Dra 15. p vF, vS, r 5782 14 55.9 +11 53 D Boo eF, vS, E, * nr sf 5805 Gx 14 55.9 +49 43 r Boo S 5795 Gx 14 56.3 +49 23 r Boo 14. p vF, pS, lE, pB* close to p end 5797 Gx 14 56.3 +49 42 r Boo 13. p F, S, vsbM *13, 2nd of 4 I1078 14 56.5 +09 21 d Boo pF, vS, R, lbM 5781 Gx 14 56.6 -17 15 r Lib 14. p F, S, R, bM, *16 sp 5789 Gx 14 56.6 +30 13 r Boo 14. p eF, pS, iF I1079 14 56.6 +09 22 d Boo F, vS, R, gbM I1077 Gx 14 57.4 -19 13 c Lib 2.0 vF, vS, R, gbMN 5790 Gx 14 57.5 +08 17 r Boo 15. p eF, vS, iF, lbM 5798 Gx 14 57.7 +29 58 r Boo 13. p F, S, R, vgbM, * nf I4518 Gx 14 57.7 -43 08 c Lup 1.4 eS, R; also one pL, eE 100deg 5832 Gx 14 57.8 +71 41 s UMi 4.0 12. p pB, cL, iR, bp, r I1080 Gx 14 58.1 -06 42 m Lib 0.4 14. p vF, vS, R, lbM 5792 Gx 14 58.4 -01 05 s Lib 7.2 12. p pB, pL, R, mbM, *8-9 np 1' 5820 Gx 14 58.7 +53 53 s Boo 2.5 11.9 B, E 90deg +/- , sbM, B D* f 8' 5791 Gx 14 58.8 -19 16 s Lib 2.4 13. p pF, S, R, stellar 5818 Gx 14 58.8 +49 49 r Boo 15. p vF, pS, R, eF* inv, bet 2 st 5821 Gx 14 58.9 +53 55 r Boo 15. p vF, S I1081 Gx 14 58.9 -19 14 c Lib 1.6 eF, pL, E 175deg I1082 Gx 14 58.9 +07 00 z Vir 15. p pF, S, R 5786 Gx 14 59.0 -42 01 r Cen F, mE, B* sf 5793 Gx 14 59.4 -16 42 s Lib 1.8 13.2 eF, pS, E, bMN 5796 Gx 14 59.4 -16 37 s Lib 1.9 13. p F, pS* in centre 5836 Gx 14 59.5 +73 53 r UMi 15. p eF, vS, lE, 2 st inv 5817 Gx 14 59.6 -16 11 r Lib 15. p vF, pS I4521 Gx 14 59.6 +25 35 m Boo 0.5 15. p F, cS, E pf, gbM 5826 - 14 59.8 +55 31 r Dra vF, pL, E 5806 Gx 15 00.0 +01 54 s Vir 3.1 11.6 cB, cL, E 165deg +/- , sbMN I4499 Gb 15 00.3 -82 13 s Aps 7.6 10.6 Cl, vF, 4' diam; 3 F st in neb? 5801 Gx 15 00.4 -13 54 r Lib vF, vS, sbM, 1st of 3 5802 Gx 15 00.5 -13 55 r Lib vF, vS, sbM, 2nd and brightest 5811 Gx 15 00.5 +01 37 s Vir 1.0 15. p vF, S, iR 5815 Gx 15 00.5 -16 50 r Lib 14. p eF, pS, E 10deg , D* inv 5828 Gx 15 00.6 +49 59 r Boo 14. p eF, pS, R, bet 2 dist st 5809 Gx 15 00.9 -14 10 r Lib 14. p vF, S, E, glbM 5803 15 01.0 -13 54 D Lib vF, vS, sbM, 3rd of 3 5812 Gx 15 01.0 -07 27 s Lib 2.4 11.2 cB, S, R, svmbM 5813 Gx 15 01.2 +01 42 s Vir 3.6 10.7 B, pS, R, psmbM I1084 Gx 15 01.3 -07 27 m Lib 0.4 14. p eF, S, R, dif 5814 Gx 15 01.4 +01 37 r Vir 14. p vF, vS, R I4528 Gx 15 01.4 +49 07 m Boo 0.7 15. p eF, pS, dif, r 5830 Gx 15 01.7 +47 52 r Boo 15. p vF, S, R, B* nr f 5827 Gx 15 01.8 +25 58 s Boo 1.4 14. p pB, pL, R, bM 5800 - 15 02.0 -51 55 r Lup Cl, pL, pRi, lC 5825 - 15 02.0 +18 42 r Boo eeF, pS, lE, pB* close f 5816 - 15 02.1 -16 08 r Lib F, pS, gbMN, stellar I4524 Gx 15 02.1 +25 35 z Boo 16. p F, S, iF, gbM, r 5835 Gx 15 02.3 +48 52 r Boo 15. p vF, pS, R I4525 Gx 15 02.4 +25 38 z Boo 16. p vF, cS, dif 5810 Gx 15 02.6 -17 53 r Lib 14. p eF, vS, lE 230deg , bet 2 vF st I4526 15 02.6 +23 22 d Boo vF, vS, N 5829 Gx 15 02.7 +23 20 s Boo 1.9 15. p vF, vL, irrR, bM I1085 Gx 15 02.7 +17 14 m Boo 1.2 15. p pB, vS, lE ns I1086 15 03.4 +17 05 d Boo F, iR, bMN I1090 Gx 15 03.7 +42 41 v Boo 0.4 eF, neb? I4530 Gx 15 03.8 +26 05 u Boo 1.0 15. p F, S, dif, *13.5 nf 5824 Gb 15 04.0 -33 04 s Lup 6.2 9.0 pB, S, stell, N 5834 15 04.0 -33 04 D Lup eeF? B, stellar; = 5824 5831 Gx 15 04.1 +01 13 s Vir 2.2 11.5 pB, S, mbM 5840 - 15 04.3 +29 30 r Boo eeF, pS, lE, v diffic I4531 Gx 15 04.4 +23 24 z Boo 16. p F, vS, R, N I4533 Gx 15 04.4 +27 48 u Boo 1.0 15. p F, S, iF, *10.5 f I4532 15 04.5 +23 13 d Boo vF, N, stellar 5837 Gx 15 04.7 +12 38 r Boo 14. p vF, S, R, D* np 5842 Gx 15 04.8 +21 04 r Boo 15. p eF, vS, R, lbM 5822 OC 15 05.2 -54 21 s Lup 40. 7. p Cl, vL, Ri, lC, st 9...12 I4523 Gx 15 05.2 -43 31 c Lup 2.0 bM, mag 14 5838 Gx 15 05.4 +02 06 s Vir 4.2 10.8 pB, pS 5799 Gx 15 05.5 -72 26 r Aps eF, S, R, bM 5839 Gx 15 05.5 +01 38 s Vir 1.4 14. p pF, pS 5841 - 15 05.6 +01 59 r Vir F, S, E 5823 OC 15 05.7 -55 36 s Cir 10. 7.9 Cl, cL, Ri, lCM, st 13...14 I4527 Gx 15 05.7 -42 27 c Lup 1.5 cS, E 225deg , bM 5853 Gx 15 05.8 +39 31 r Boo 15. p pF, pS, R, mbM, r? 5845 Gx 15 06.0 +01 38 s Vir 0.9 12.3 vF, R 5862 Gx 15 06.0 +55 34 r Dra 15. p eF, pS, R, v diffic 5847 Gx 15 06.3 +06 23 r Vir 15. p eF, S, iR I1100 Gx 15 06.3 +63 00 u Dra 1.0 14. p vF, pS, lE, bet 2 st 5846 Gx 15 06.4 +01 36 s Vir 3.4 10.2 vB, pL, R, psbMN, F* inv s, rr 5867 - 15 06.4 +55 44 r Dra eF, vS, stellar I1098 * 15 06.4 +55 36 x Dra vF (only a *13?) I4529 Gx 15 06.4 -43 14 c Lup 0.6 bM, mag 14 5866 Gx 15 06.5 +55 46 s Dra 5.2 10.0 vB, cL, pmE 146deg , gbM 5860 Gx 15 06.6 +42 38 s Boo 1.0 14. p F, S, R, psbM 5870 Gx 15 06.6 +55 28 r Dra 15. p eF, pS, lE, v diffic, * f 5848 Gx 15 06.7 +02 00 r Vir 15. p eF, S, close D* sf 7' I1087 15 06.7 +03 46 d Vir vF, vS I1088 15 06.7 +03 46 d Vir eeF, vS 5849 Gx 15 06.9 -14 36 r Lib 15. p *13 in vF neb, 3 st p 1s , *8 f 10s , 15' s 5851 Gx 15 06.9 +12 52 r Boo 15. p eF, vS, np of 2 I1099 Gx 15 06.9 +56 31 v Dra 1.4 eeF, pS, R, bet 2 F st 5852 Gx 15 07.0 +12 51 r Boo 14. p eF, vS, sf of 2 5850 Gx 15 07.1 +01 33 s Vir 4.3 11.0 cF, S, lE, psbM 5856 - 15 07.3 +18 27 r Boo neb *6 (??) I1089 Gx 15 07.4 +07 08 z Vir 15. p eF, vS, R 5843 Gx 15 07.5 -36 20 c Lup 2.0 vF, S, lE, vlbM, r 5857 Gx 15 07.5 +19 36 s Boo 1.4 13.1 cF, cS, E, p of Dneb I1092 Gx 15 07.5 +09 23 z Boo 15. p vF, vS, R 5859 Gx 15 07.6 +19 35 s Boo 3.0 12.4 pF, pS, E, f of Dneb I1093 Gx 15 07.7 +14 33 u Boo 1.0 15. p pB, vS, R, lbM I1094 Gx 15 07.7 +14 38 m Boo 0.5 15. p pB, vS, R, biN 5854 Gx 15 07.8 +02 34 s Vir 2.7 11.8 pB, S, vlE, lbM, am st 5855 Gx 15 07.9 +03 58 r Vir 15. p eF, S, R, 2 st nf 5874 Gx 15 07.9 +54 45 s Boo 2.5 14. p vF, pL, R, in triangle of 3 B st I1091 Gx 15 08.2 -11 09 v Lib 1.4 vF, S, dif I4534 15 08.2 +23 42 d Boo pB, S, E ns, N I1095 15 08.5 +14 01 d Boo eeF, S, lE I1096 Gx 15 08.5 +19 11 u Boo 1.1 15. p vF, S, dif I1097 Gx 15 08.5 +19 11 u Boo 1.1 15. p vF, vS, R, lbM I4535 15 08.7 +37 34 d Boo F, S, dif, *14 sp 5858 Gx 15 08.8 -11 13 s Lib 1.4 14. p F, S, stell N, 5861 sf 5881 15 09.1 +62 57 d Dra pF, cS, R, vgbM (place?) 5875 Gx 15 09.2 +52 32 s Boo 2.6 13. p pB, pL, lE 5861 Gx 15 09.3 -11 19 s Lib 3.0 12. p F, L, E, r 5876 Gx 15 09.5 +54 30 s Boo 2.6 14. p F, S, R, mbM 5864 Gx 15 09.6 +03 03 s Vir 2.8 13. p pF, cS, ilE, gbM, *14 f 5879 Gx 15 09.8 +57 00 s Dra 4.4 11.5 cB, S, E, mbMRN, r 5865 Gx 15 09.9 +00 31 A Vir 15. p eF, 5869 s 3' 5868 15 09.9 +00 31 A Vir eF, 5869 s 3'; = 5865 5869 15 09.9 +00 28 F Vir 13. p pF, S, E, psbM 5871 * 15 10.1 +00 31 F Vir eF, forms trapez with 3 neb p 5844 15 10.7 -64 41 r TrA pB, pL, R, vgvlbM 5863 Gx 15 10.8 -18 27 r Lib 14. p *12 in eF neb, S, R I1101 15 10.9 +05 46 D Vir eF, vS, *13 f 1s .5, *13 p 2s 5872 Gx 15 11.0 -11 30 r Lib 14. p vF, S, R, vmbM, *13 nf 0'.5 I1102 Gx 15 11.1 +04 18 u Vir 1.2 15. p eeF, vS, F* sf, v diffic I1114 15 11.3 +75 27 d UMi vF; only a *13? 5909 Gx 15 11.5 +75 22 A UMi 14. p vF, vS I4522 Gx 15 11.5 -75 52 c Aps 2.9 vF, vS, cbM, st inv I1103 15 11.6 +19 12 d Ser vF, S 5894 Gx 15 11.7 +59 49 s Dra 3.3 13. p pF, pS, E 0deg +/- 5912 Gx 15 11.7 +75 22 A UMi 14. p vF, vS 5833 Gx 15 11.8 -72 52 r Aps F, cS, lE, glbM, am st I1110 Gx 15 12.1 +67 22 u UMi 1.3 15. p eeF, S, mE 5886 Gx 15 12.7 +41 13 r Boo 15. p F, vS, R, bM 5873 Pl 15 12.8 -38 08 s Lup 0.1 13. p PN , stellar = 9.5 mag 5877 *** 15 12.8 -04 56 F Lib vF, S, *12 att n I1104 * 15 12.8 -05 05 F Lib vF 5888 Gx 15 13.1 +41 16 s Boo 1.5 14. p cF, vS, R, bM, r 5884 15 13.2 +31 52 D Boo only 2 F st (pos 170deg , dist 7') I4536 Gx 15 13.2 -18 08 c Lib 2.6 vF, L, R, F* att np, F* nr sf 5889 Gx 15 13.3 +41 20 s Boo 0.9 16. p eeF, glbM I1105 15 13.3 +04 16 d Ser eeF, S, lE, F* np 5893 Gx 15 13.6 +41 58 s Boo 1.4 14. p F, S, R, r, 3 st nr 5892 Gx 15 13.7 -15 30 r Lib 13. p eF, L, gbM 5878 Gx 15 13.8 -14 16 s Lib 3.5 11.5 pB, pL, pmE 0deg , psmbM, * inv 5895 Gx 15 13.8 +41 59 r Boo 15. p vF, S, E ns, apparently conn with 5896 5896 Gx 15 13.8 +41 59 r Boo 15. p vF, vS, R I1106 Gx 15 14.0 +04 43 z Ser 15. p vF, vS, R, gbM I1107 Gx 15 14.2 +04 43 z Ser 15. p F, vS, R, gbM 5902 Gx 15 14.4 +50 21 r Boo 15. p vF, vS, stellar I1111 15 14.4 +54 32 d Boo pB, S, R, 2 st nr 5887 Gx 15 14.8 +01 08 r Ser 15. p pF, pS, gbM 5899 Gx 15 15.0 +42 03 s Boo 3.0 11.8 cB, pL, pmE, smbMN 5880 Gx 15 15.1 -14 34 F Lib 15. p eF, vS, R, bM, in field with 5883 5885 Gx 15 15.1 -10 05 s Lib 3.5 11.7 F, cL, R, vgbM 5900 Gx 15 15.1 +42 13 s Boo 1.6 15. p vF, S, vlE, gbM 5901 * 15 15.1 +42 12 r Boo close n of 5900, eF, S 5883 Gx 15 15.2 -14 37 D Lib vF, pS, stellar N 5905 Gx 15 15.4 +55 31 s Dra 4.2 12. p pF, pS, iR 5906 Gx 15 15.8 +56 20 h Dra 0.5 14. p a ray, vmE, par to 5907 and close p it 5907 Gx 15 15.9 +56 19 s Dra 12.3 10.4 cB, vL, vmE 155deg , vg, psbMN 5891 Gx 15 16.3 -11 31 r Lib 14. p vF, pS, lE, gbM, *11 f 5908 Gx 15 16.7 +55 25 s Dra 3.2 11.9 pF, pS, R 5882 Pl 15 16.8 -45 39 s Lup 0.1 11. p PN , vS, R, quite sharp I1108 15 16.8 -45 39 d Lup stellar, gaseous spectrum I1109 Gx 15 17.1 +05 15 z Ser 15. p eeF, pS, R, * nf, v diffic 5897 Gb 15 17.4 -21 01 s Lib 12.6 8.6 glob. cl. , pF, L, viR, vgbM, rrr I4537 Gx 15 17.5 +02 02 z Ser 16. p eF, vS, R, bM 5890 Gx 15 17.9 -17 35 r Lib 14. p vF, vS, E 235deg I1112 Gx 15 17.9 +07 13 z Ser 15. p eeF, pS, R 5898 Gx 15 18.2 -24 06 s Lib 1.7 11.5 F, S, R, gbM I1113 Gx 15 18.3 +12 29 m Ser 0.6 15. p eF, *12 nr I4539 Gx 15 18.5 +32 24 m CrB 0.4 15. p F, S, R, vlbM 5903 Gx 15 18.6 -24 04 s Lib 2.0 11.5 cF, S, R, gpmbM 5904 Gb 15 18.6 +02 05 s Ser 17.4 5.8 !!, glob. cl. , vB, L, eCM, st 11...15; = M5 5914 Gx 15 18.7 +41 52 r Boo 15. p F, vS, R, F st inv 5910 Gx 15 19.3 +20 55 r Ser 15. p vF, S, er 5918 Gx 15 19.3 +45 54 r Boo 14. p cF, L, pmE, glbM, ** s I4540 15 20.1 +01 47 d Ser vF, pS, mE, B* nr 5911 Gx 15 20.4 +03 32 r Ser 14. p vF, vS, 2 S st inv 5913 Gx 15 20.9 -02 35 r Ser 14. p vF, pL, vlE, r 5922 Gx 15 21.2 +41 40 h Boo 0.5 15. p eF, S 5923 Gx 15 21.2 +41 43 s Boo 2.0 15. p vF, pL, vlE, vgbM I4538 Gx 15 21.2 -23 39 c Lib 2.6 eeF, vL 5917 Gx 15 21.4 -07 22 r Lib 14. p eF, vS, psbM 5919 Gx 15 21.5 +07 44 r Ser 15. p eeF, pS, lE, np of 2 5915 Gx 15 21.6 -13 06 s Lib 1.6 12. p B, S, R, glbM, p of 2 5916 Gx 15 21.6 -13 10 s Lib 2.9 14. p F, S, lE, glbM, f of 2 5920 Gx 15 21.8 +07 42 s Ser 1.4 13.6 eeF, pS, lE, sf of 2 5921 Gx 15 21.9 +05 04 s Ser 4.9 10.8 cB, cL, iR, vsbM *12, am st 5924 Gx 15 21.9 +31 14 r CrB 15. p neb*, vF, S, F* close s I1116 Gx 15 21.9 +08 26 m Ser 1.2 15. p eeF, S, R I4542 15 22.1 +33 10 d Boo F, S, R, N, *12 sp I1115 * 15 22.4 -04 28 F Lib only a D*, 12.5 & 13.5, dist 5" 5926 Gx 15 23.4 +12 42 r Ser 15. p F, vS, 2 st nr I1117 15 24.4 +15 27 d Ser F, vS, R, lbM I4543 Pl 15 24.6 +13 29 x Ser eF, pS, vF* nr np 5939 Gx 15 24.8 +68 45 r UMi 13. p pB, pS, lE I1118 Gx 15 25.1 +13 26 m Ser 0.8 15. p pB, vS, R, S* nr I1119 Gx 15 25.7 -03 39 m Ser 0.5 15. p F, pS, R, *11.5 nf 5928 Gx 15 25.9 +18 05 r Ser 14. p pB, cS, R, psbM, *7 n 5929 Gx 15 26.1 +41 40 s Boo 1.1 13. p vF, vS, sp of Dneb 5930 Gx 15 26.1 +41 41 s Boo 2.0 13. p pF, pS, R, nf of Dneb I1120 15 26.2 +18 52 d Ser eF, eS, vF, * att 5932 Gx 15 26.8 +48 37 r Boo 15. p vF, pS, R, np of 2 5933 Gx 15 27.0 +48 37 r Boo 15. p eeF, vS, R, sf of 2 I4546 Gx 15 27.0 +28 51 m CrB 0.6 15. p F, vS, R, *13 att I4547 Gx 15 27.3 +28 48 z CrB 15. p F, S, R, N, r I4548 15 27.4 +28 51 d CrB vF, S, iF, r 5925 OC 15 27.7 -54 31 s Nor 15. 8. p Cl, vL, vRi, lC, st 11...14 I1121 Gx 15 27.8 +06 49 z Ser 16. p eeF, eS, stellar, vF* close 5927 Gb 15 28.0 -50 40 s Lup 12.0 8.3 glob. cl. , cB, L, R, vgbM, rrr, st 15 5949 Gx 15 28.0 +64 46 s Dra 2.4 13. p F, S, lE 45deg +/- , vglbM 5934 Gx 15 28.2 +42 55 r Boo 14. p F, S, irr, lE ns, 2 S st inv 5935 Gx 15 28.3 +42 56 r Boo 15. p *13-14 seems slightly nebs I1123 15 28.9 +42 53 d Boo vF, eS, stellar I4549 Gx 15 29.2 +32 50 m Boo 0.5 15. p F, cS, E pf I4544 15 29.4 -50 35 d Nor PN , stellar 5931 Gx 15 29.5 +07 35 r Ser 15. p eF, pL, R I1122 Gx 15 29.5 +07 35 m Ser 0.2 15. p vF, pS, mbM, *11 p 1' I1139 Gx 15 29.6 +82 36 z UMi 16. p eeF, S, lE, v diffic 5943 Gx 15 29.8 +42 47 r Boo 14. p vF, pS, dif 5945 Gx 15 29.8 +42 55 r Boo 14. p pF, pL, gmbM, S* att np I4541 Gx 15 29.9 -70 35 c Aps 2.0 eF, vS, mE 150deg , susp 5936 Gx 15 30.0 +12 59 s Ser 1.5 12.4 F, pL, iR, vgbM, r I1124 15 30.0 +23 38 D Ser pB, cS, E 250deg , N 5947 Gx 15 30.7 +42 43 r Boo 15. p vF, S, dif I1143 Gx 15 30.7 +82 28 v UMi 1.8 pF, vS, R, * nr 5937 Gx 15 30.8 -02 49 r Ser 13. p pB, pS, R, vgbM, 3 st f 5940 Gx 15 31.2 +07 28 r Ser 14. p eF, pS, R, F* p, 1st of 4 5941 Gx 15 31.5 +07 20 r Ser 15. p eeF, S, R, 2nd of 4 5950 Gx 15 31.5 +40 26 r Boo 15. p vF, S, R, S* np 5942 Gx 15 31.6 +07 18 r Ser 15. p eeF, S, R, 3rd of 4 5944 Gx 15 31.7 +07 19 r Ser 15. p eeF, S, R, 4th of 4 I1129 Gx 15 32.0 +68 15 u UMi 1.2 14. p vF, pS, iR, D* nf 5948 - 15 32.9 +03 59 r Ser F* in vF neby, vF* close I1125 Gx 15 33.1 -01 38 u Ser 1.7 14. p F, pL, R, dif 5963 Gx 15 33.5 +56 35 s Dra 3.5 12. p pF, pS, iF 5951 Gx 15 33.7 +15 00 s Ser 3.5 13. p F, pS, E 150deg +/- I4551 15 33.9 +06 01 x Ser eeF, L, R, v dif; = 5964 5965 Gx 15 34.0 +56 42 s Dra 5.4 13. p cF, cL, lE 5953 Gx 15 34.5 +15 12 s Ser 2.0 13. p pB, cS, p of Dneb 5954 Gx 15 34.6 +15 12 s Ser 1.3 14. p pB, cS, f of Dneb I4557 Gx 15 34.6 +39 44 z Boo 16. p F, vS, N 5958 Gx 15 34.7 +28 40 r CrB 13. p pF, pL, iR, bM, r 5952 Gx 15 34.8 +04 57 r Ser 15. p eF, vS, alm stell; = IC 1126 I4550 15 34.8 -50 39 d Nor B, pS, lE 5969 Gx 15 34.9 +56 28 r Dra 15. p eS, R, stellar 5956 Gx 15 35.0 +11 45 r Ser 13. p F, S, R, *16 close f I1126 15 35.0 +05 00 x Ser *13, nebulous?; = 5952 I4552 15 35.0 +04 42 d Ser eF, pS, R I4553 Gx 15 35.0 +23 29 s Ser 2.0 14. p F, S, R, gbM 5955 Gx 15 35.1 +05 04 r Ser 15. p eF, vS, stellar I4554 15 35.1 +23 28 d Ser vF, vS, N, stell 5961 Gx 15 35.2 +30 51 s CrB 0.8 14. p pF, S, E pf 5957 Gx 15 35.4 +12 03 s Ser 3.0 13. p pB, pL, com, lbM 5946 Gb 15 35.5 -50 40 s Nor 7.1 9.6 glob. cl. , cB, pL, R, vglbM, rrr, st 16 I4556 Gx 15 35.5 +25 19 m Ser 0.4 15. p F, S, R, N 5971 Gx 15 35.6 +56 29 r Dra 15. p eeF, vS, R, lbM 5966 Gx 15 35.8 +39 47 r Boo 14. p vF, S, R, gbM, 2 st 8 f I4558 15 35.8 +25 21 d Ser vF, vS I4560 15 35.8 +39 51 d Boo vF, vS; 5966 sf I1127 15 35.9 +23 29 d Ser pF I4559 15 35.9 +25 21 d Ser F, vS, R, N I4562 Gx 15 36.0 +43 29 v Boo 1.5 pB, S, R, mbM, F* or neb 1' nf I4563 Gx 15 36.0 +39 50 m Boo 0.7 14. p vF, vS, N 5960 Gx 15 36.2 +05 40 r Ser 15. p vF, S, neb* 5938 Gx 15 36.4 -66 52 c TrA 2.8 F, S, am st 5962 Gx 15 36.5 +16 37 s Ser 2.8 11.4 pF, pL, ilE, gbM I4564 15 36.6 +43 31 d Boo pF, R, gbM I4565 Gx 15 36.6 +43 25 u Boo 1.0 15. p F, R, gbM I4566 Gx 15 36.7 +43 33 v Boo 2.0 pF, R, gbM 5976 Gx 15 36.8 +59 23 v Dra 1.0 14.8 eeF, S, R I4561 Gx 15 36.9 +25 25 m Ser 0.3 15. p F, vS, R, N 5959 Gx 15 37.4 -16 37 r Lib 14. p vF, pS, vlE, bMN I4567 15 37.5 +43 16 d Boo pF, R, gbM 5964 Gx 15 37.6 +05 59 s Ser 4.2 13. p eF, vL, R, vgbM, r; = IC 4551? I1130 Gx 15 37.8 +17 15 m Ser 0.6 15. p vF (another 2' sp?), *8.7 f 5981 Gx 15 37.9 +59 23 s Dra 2.8 13.0 F, mE I1128 15 37.9 -01 33 d Ser pF, pS, R 5970 Gx 15 38.5 +12 11 s Ser 3.0 11.4 pF, pL, R, rr 5982 Gx 15 38.7 +59 21 s Dra 2.9 11.1 cB, S, R, psbM, r 5972 Gx 15 38.8 +17 02 r Ser 15. p F, pS, irrR I1131 Gx 15 38.9 +12 05 v Ser 1.0 pF, vS, R, stellar, 5970 np 5974 Gx 15 39.0 +31 45 s CrB 0.5 14. p vF, vS, R, bM 5985 Gx 15 39.6 +59 20 s Dra 5.5 11.0 pB, cL, iE, r 5968 Gx 15 39.9 -30 33 s Lup 2.2 13. p vF, L, R, gbM, r 5987 Gx 15 39.9 +58 05 s Dra 4.7 13. p pF, cS 5975 Gx 15 40.0 +21 28 r Ser 14. p vF, vS, irrR, sev vF st inv I1132 Gx 15 40.0 +20 40 m Ser 1.1 14. p no descr I4568 Gx 15 40.1 +28 09 z CrB 15. p F, S, R, N 5973 Gx 15 40.2 -08 37 r Lib F, S, iR 5977 Gx 15 40.4 +17 07 r Ser 15. p eF, S, R, lbM I4569 Gx 15 40.8 +28 17 m CrB 0.5 15. p pB, D *13 in S neb I1133 Gx 15 41.2 +15 34 u Ser 1.3 15. p pB, pL, iF I4570 Gx 15 41.3 +28 14 u CrB 1.0 15. p F, cS, R 5980 Gx 15 41.4 +15 47 s Ser 2.1 13. p F, pS, E 0deg 5989 Gx 15 41.5 +59 45 r Dra 13. p vF, vS I4545 Gx 15 41.5 -81 38 c Aps 2.0 eeF, eS, mE 145deg , bet 2 vF st, susp I4572 Gx 15 41.9 +28 07 m CrB 0.9 15. p pB, cS, gbM, dif, r I4574 Gx 15 42.0 +28 15 z CrB 16. p pF, S, R I4573 Gx 15 42.2 +23 48 z Ser 16. p F, vS, dif, r I4575 15 42.3 +23 48 d Ser F, S, dif, r, *15 att 5978 Gx 15 42.4 -13 14 r Lib 14. p eF, vS, sbMN, am st I4576 Gx 15 42.6 +23 41 z Ser 15. p F, vS, R, N, *14 np 5983 Gx 15 42.7 +08 14 r Ser 15. p eF, eS, R, vlbM I4577 15 42.7 +23 47 d Ser F, S, R, gbM, r I4579 15 42.8 +23 46 d Ser F, S, R, gbM, r 5984 Gx 15 42.9 +14 14 s Ser 3.0 13. p pB, S, E 135deg +/- , bM I4580 Gx 15 43.2 +28 22 z CrB 15. p F, S, R I4581 Gx 15 44.0 +28 17 z CrB 15. p F, S, iF, *12.5 nr 5992 Gx 15 44.4 +41 05 s Boo 1.1 14. p vF, vS, R, bM, sp of 2 5993 Gx 15 44.5 +41 07 r Boo 14. p cF, vS, R, bM, nf of 2 5988 Gx 15 44.6 +10 17 r Ser 15. p eeF, pS, R, F* nr n I1134 Gx 15 44.9 +16 58 m Ser 0.4 15. p vF, vS, dif 5991 Gx 15 45.3 +24 37 r Ser 14. p pF, S, R, mbM I1135 Gx 15 45.6 +17 42 m Ser 0.6 15. p vF, vS, R I4582 Gx 15 45.7 +28 06 u CrB 1.4 15. p F, S, E pf, gbM, *12.5 f 6s .5 5986 Gb 15 46.1 -37 47 s Lup 9.8 7.1 !, glob. cl. , vB, L, R, vgbM, st 13...15 I1145 15 46.2 +72 27 d UMi eeF, pS, R, 6011 nr 5990 Gx 15 46.4 +02 24 r Ser 13. p vF, vS, R, gbM I4583 Gx 15 46.4 +23 49 m Ser 0.8 15. p F, vS, E, N, r 6011 Gx 15 46.6 +72 09 r UMi 14. p vF, S, E 90deg +/- , vS* f 5994 Gx 15 46.8 +17 51 r Ser 15. p S, sp 5996 5996 Gx 15 46.9 +17 52 r Ser 13. p pF, cS, R, r, bet 2 D st 5997 Gx 15 47.4 +08 19 r Ser 15. p eF, eeS, stell I1136 Gx 15 47.6 -01 33 z Ser 15. p F, eS, stellar 5979 Pl 15 47.7 -61 13 s TrA 0.1 !, PN , pF, vS, R, r? am 150 st 6001 Gx 15 47.7 +28 38 r CrB 14. p vF, S, R 6002 Gx 15 47.7 +28 37 m CrB 0.2 17. p neb 100" s of 6001 5967 Gx 15 48.1 -75 40 s Aps 2.9 12. p F, pL, R, vgbM I1138 Gx 15 48.2 +26 12 u CrB 1.0 15. p vF, S, iF, lbM, r I4555 Gx 15 48.3 -78 11 c Aps 1.9 vF, vS, eE 55deg , bM 5995 Gx 15 48.4 -13 47 r Lib 14. p eF, S, R, vS* p I1146 Gx 15 48.5 +69 23 m Dra 0.9 14. p vF, pS, R, 2 st nr, sp of 2 I1137 15 48.9 +08 35 d Ser vF, S, R, *9 close np I4571 Gx 15 48.9 -67 19 c TrA 1.4 cF, cS, mE 155deg I1140 15 49.1 +19 04 d Ser vF (S Cl?), *9.5 close 6003 Gx 15 49.3 +19 01 r Ser 14. p F, vS, S* inv 5998 - 15 49.4 -28 36 r Sco Cl, pL, pRi, st vS I1142 15 49.4 +18 09 d Ser vF, dif I1141 15 49.6 +12 24 d Ser vF, vS, R 6000 Gx 15 49.9 -29 24 t Sco 1.9 vF, S, R, sbM I1147 Gx 15 50.1 +69 33 m Dra 0.4 15. p eeF, S, R, nf of 2 6004 Gx 15 50.3 +18 56 r Ser 13. p vF, pL, lE, lbM I1144 Gx 15 51.3 +43 25 m Her 0.6 15. p eeF, vS, R, * sf 6015 Gx 15 51.4 +62 19 s Dra 5.4 11.2 B, mE 5999 OC 15 52.2 -56 28 s Nor 5. 9. p Cl, L, pRi, st 12...14 6019 Gx 15 52.3 +64 51 r Dra 15. p eeF, S, R, v diffic I1154 Gx 15 52.5 +70 23 u UMi 1.8 15. p vF, pS, R 6008 Gx 15 52.9 +21 08 r Ser 14. p vF, R, pL, bM 6013 Gx 15 52.9 +40 39 r Her 14. p eF, vS, iR, lbM 6006 Gx 15 53.0 +12 02 r Ser 15. p vF, S 6024 Gx 15 53.2 +64 56 r Dra 15. p pF, pS, R, bM, * close I4578 Gx 15 53.2 -74 50 c Aps 2.1 eF, eS, cE 140deg , bet 2 vF st 6007 Gx 15 53.4 +11 57 s Ser 1.9 14. p F, pL 6009 Gx 15 53.5 +12 05 r Ser 15. p F, vS, stell 6012 Gx 15 54.2 +14 35 s Ser 2.3 13. p F, bet 2 B st 6010 Gx 15 54.4 +00 32 r Ser 13. p pF, S, E 90deg +/- , gbM, r I4586 15 54.9 +06 01 x Ser eF, S, R, bet *8 f & curve of st p; = 6014 I1164 15 55.1 +70 35 d UMi *13 with neb? 6068 Gx 15 55.4 +79 00 s UMi 1.2 13. p vF, vS, lE 0deg , r 6005 OC 15 55.8 -57 26 s Nor 3. 10.7 Cl, pS, pRi, mC, st 16 6014 Gx 15 55.8 +05 57 r Ser 14. p pB, pL, E; = IC 4586 6016 Gx 15 55.9 +26 59 r CrB 15. p vF, S, E I1152 Gx 15 56.7 +48 05 m Her 1.0 14. p vF, S, R, sp of 2 I1153 15 56.8 +48 10 d Her pF, pS, R, bM, * nf, nf of 2 I1148 15 56.9 +22 25 x Ser neb *; = 6020 6017 Gx 15 57.2 +06 00 r Ser 14. p !, vF, vS, R, disc g, smbM 6020 Gx 15 57.2 +22 24 s Ser 1.7 12.6 eF, eS, iR, lbM; = IC 1148? 6018 Gx 15 57.5 +15 51 s Ser 1.8 15. p vF, S, lE, p of 2 6021 Gx 15 57.5 +15 56 s Ser 2.1 14. p eF, vS, lE, f of 2 6048 Gx 15 57.6 +70 42 s UMi 2.5 14. p F, R, bM 6022 Gx 15 57.8 +16 16 s Ser 0.8 15. p eF, eS 6023 Gx 15 57.8 +16 18 s Ser 1.4 15. p F, S, R, bM I1149 15 58.0 +12 05 d Ser eeF, pS, R, am 4 st, v diffic I1150 15 58.3 +15 52 d Ser 2 S st in F neby I1151 Gx 15 58.5 +17 27 x Ser 13. p vF, pL, dif 6027 Gx 15 59.2 +20 45 s Ser 2.2 12.4 eF, vF* inv, 2 vF st nr I1187 Gx 15 59.3 +70 34 m UMi 0.3 16. p *13 with neb I4587 Gx 15 59.9 +25 57 z CrB 15. p eF, eS, T CBr sp I4584 Gx 16 00.2 -66 23 c TrA 1.7 eF, S, iF I4585 Gx 16 00.3 -66 19 c TrA 2.0 eF, S, iF I1155 Gx 16 00.6 +15 42 v Ser 1.3 vF, S, diffic I1156 Gx 16 00.6 +19 44 x Her 15. p eeF, pS, lE, 2 st nr I1157 Gx 16 01.0 +15 31 m Ser 0.6 16. p vF, vS I1159 16 01.0 +15 25 d Ser vF, eS, R 6071 Gx 16 01.1 +70 37 r UMi 15. p eF, vS I1160 16 01.1 +15 29 d Ser vF, vS, R I1161 Gx 16 01.3 +15 39 m Her 0.6 15. p F, vS, R, vSN I1162 Gx 16 01.3 +17 41 x Her 15. p vF, vS, R, diffic (another susp) 6026 Pl 16 01.4 -34 32 s Lup 0.8 F, S, R, gpmbM, triangle of st np 6028 Gx 16 01.4 +19 21 s Her 1.7 13.2 vF, pS, no Nucl I1158 Gx 16 01.5 +01 43 s Ser 2.9 13. p eeF, pL, iR I1163 Gx 16 01.5 +15 30 m Ser 0.2 15. p F, R, vSN 6030 Gx 16 01.8 +17 58 r Her 14. p pF, vS, R, bM 6029 Gx 16 02.0 +12 34 r Ser 15. p vF, vS I1165 16 02.1 +15 42 d Her vF, S, diffic I1166 Gx 16 02.1 +26 20 z CrB 15. p vF, vS, vF, * nf 6038 Gx 16 02.6 +37 21 r CrB 14. p vF, S, R, *10 sf 6032 Gx 16 03.0 +20 58 s Her 1.8 15. p vF, pL, lE, vlbM, np of 2 6034 Gx 16 03.4 +17 12 r Her 15. p eeF, vS, R, v diffic 6035 Gx 16 03.4 +20 54 s Her 1.2 14. p vF, pL, lE, sf of 2 6025 OC 16 03.7 -60 30 s TrA 12. 5.1 Cl, B, vL, pRi, lC, st 7... I1167 Gx 16 03.9 +14 57 m Ser 0.5 F, vS, R I1168 Gx 16 04.0 +14 54 m Ser 0.5 16. p pF, vS, iF, D?, 3 F st n I1169 Gx 16 04.2 +13 45 u Ser 1.0 14. p eF, vS, stellar 6033 Gx 16 04.4 -02 08 r Ser 15. p vF neb* 6036 Gx 16 04.4 +03 52 r Ser 14. p vF, vS, R, stell 6037 Gx 16 04.4 +03 48 r Ser 15. p vF, S 6039 * 16 04.4 +17 42 A Her eeF, vS, R, sp of 3 in line 6040 Gx 16 04.4 +17 45 s Her 1.6 15. p vF, eS, F* close 6058 Pl 16 04.4 +40 41 s Her 0.4 13. p pF, vS, R, stellar 6079 16 04.5 +69 38 D Dra vF, vS I1170 Gx 16 04.5 +17 43 x Her 0.3 vF, vS, vSFN, 6041 f I1200 Gx 16 04.5 +69 42 u UMi 1.4 14. p pF, pS, lE, *12 nr; = IC 1204? 6041 Gx 16 04.6 +17 43 s Her 1.6 13.7 F, S 6042 Gx 16 04.6 +17 42 r Her 15. p vF, vS 6043 Gx 16 04.9 +17 47 r Her 15. p eeF, pS, lE, ``4th of 10'' 6046 - 16 04.9 +19 21 r Her eF, pL, partly verified 6051 Gx 16 04.9 +23 56 s Ser 1.9 13.0 F, S, R, gbMN, *10 sf; = IC 4588 I1171 * 16 04.9 +17 59 x Her neb *? I1172 Gx 16 04.9 +17 52 x Her 15. p vF, S, stellar N I4588 Gx 16 04.9 +23 56 u Ser 2.1 15. p vF, vS, R, stell, 5051 p 6044 Gx 16 05.0 +17 52 v Her 0.5 16. p eeF, vS, R, vF* close p 6045 Gx 16 05.1 +17 45 v Her 1.3 14.2 eeF, vS, R, v diffic 6047 Gx 16 05.1 +17 43 s Her 1.3 13.6 eF, R, pS, F* close n 6052 Gx 16 05.2 +20 32 s Her 1.0 13.0 F, pL, iR; = 6064? I1173 Gx 16 05.2 +17 25 v Her 1.3 pF, S, iF, gbM, r I1175 ? 16 05.3 +18 08 x Her neb object, 6055 f 2' I1177 Gx 16 05.3 +18 19 x Her vF, *9.5 4' s 6050 Gx 16 05.4 +17 46 s Her 15. p eeF, S, R, v diffic 6053 * 16 05.4 +18 08 A Her eeF, S, R, v diffic; = IC 1180 6054 Gx 16 05.4 +17 47 r Her 15. p eeF, pS, lE, F* sp; = IC 1179 I1174 Gx 16 05.4 +15 02 u Ser 1.0 14. p pF, S, bMN = 12m I1176 Gx 16 05.4 +17 58 x Her 15. p eeF, pS, iR, 2 st nr s I1179 Gx 16 05.4 +17 45 x Her 0.6 16. p eeF, pS, R; = 6054? I1180 ? 16 05.4 +18 07 x Her F* with neb?, 6055 f 6055 Gx 16 05.5 +18 10 s Her 1.5 15. p eeF, pS, R, v diffic 6056 Gx 16 05.5 +17 58 s Her 15. p eeF, v diffic I1178 Gx 16 05.5 +17 36 v Her 1.4 eeF, pS, bet 2 st 6057 Gx 16 05.6 +18 10 r Her 15. p eeF, eS, R I1181 Gx 16 05.6 +17 35 v Her 1.1 eeF, S, R, ``12th of 12'' I1182 Gx 16 05.6 +17 48 v Her 0.6 16. p vF, S, dif, lbM I1183 Gx 16 05.6 +17 46 v Her 0.9 14.3 vF, vS, stellar, *11 sp 1' 6049 - 16 05.7 +08 06 r Ser *7 in photosphere I1184 Gx 16 05.7 +17 47 x Her 0.1 16. p *13 with neb? I1185 Gx 16 05.7 +17 43 s Her 0.8 13.9 *13 with S neb I1186 Gx 16 05.7 +17 22 v Her 0.8 F, S, dif I1201 Gx 16 05.8 +69 37 u Dra 1.1 16. p eeF, pS, iR, v diffic 6060 Gx 16 05.9 +21 30 s Her 2.2 14. p eF, E, sbM I1188 Gx 16 06.1 +17 27 x Her 0.5 vF, S, dif I1189 Gx 16 06.2 +18 11 v Her 0.6 eeF, pS, iR, bet 2 st 6061 Gx 16 06.3 +18 15 s Her 1.4 15. p eeF, S, R, 4 B st s 6062 Gx 16 06.3 +19 47 r Her 14. p eF, R, vlbM, r I1190 ? 16 06.3 +18 14 x Her eeF, S, R, 6061 nr I1191 Gx 16 06.5 +18 16 x Her 0.5 eeF, S, lE I1193 Gx 16 06.5 +17 43 x Her 0.4 F, S, r 6094 Gx 16 06.6 +72 30 r UMi 14. p vF, vS, lE I1192 Gx 16 06.6 +17 46 x Her 0.7 vF, S, iF, dif I1194 Gx 16 06.7 +17 46 v Her 0.5 14.3 eF, vS, dif I1195 Gx 16 06.7 +17 12 v Her 0.6 vF, S, dif 6064 - 16 07.0 +20 33 r Her vF, vS, r, pB* sf; = 6052? I1204 16 07.1 +69 56 D UMi vF, S, stell N, *11 f 3' 6063 Gx 16 07.2 +07 58 r Ser 14. p F, pL, R, vlbM 6059 16 07.4 -06 25 D Oph vF, S, R I4589 * 16 07.4 -06 23 F Oph *13, in eF neb? 6065 Gx 16 07.5 +13 52 r Ser 15. p eeF, vS, R, sp of 2 6031 OC 16 07.6 -54 04 s Nor 2. 8.5 Cl, S, mC, st 11...14 6066 Gx 16 07.7 +13 56 r Ser 15. p eeF, vS, R, 2 pB st nr, nf of 2 6069 Gx 16 07.7 +38 55 r CrB 15. p vF* in vF, vS, R neb 6091 Gx 16 07.8 +69 55 r UMi 14. p vF, vS, R, * n I1196 Gx 16 08.0 +10 47 u Ser 1.1 15. p eeF, nr p * of 3 in line I1197 Gx 16 08.3 +07 32 u Ser 2.8 15. p L, mE, * att nf I4590 Gx 16 08.3 +28 29 m CrB 0.3 16. p F, S, gbM, dif I1198 Gx 16 08.6 +12 20 m Ser 0.6 15. p F, vS, R, N = 13m 6070 Gx 16 10.0 +00 43 s Ser 3.6 11.7 F, L, pmE, vgbM, r 6073 Gx 16 10.1 +16 42 r Her 14. p vF, S, r I1199 Gx 16 10.6 +10 02 u Ser 1.3 15. p eeF, S, E, *9.5 f 9s 6088 Gx 16 10.7 +57 28 r Dra 14. p vF, vS, lE 6076 Gx 16 11.1 +26 52 r CrB 15. p vF, S, E 6077 Gx 16 11.1 +26 56 r CrB 15. p F, sbM 6095 Gx 16 11.1 +61 16 r Dra 14. p eF, pS, R, in line with 2 st I4594 16 11.3 +23 40 d Her F, S, R, N, r 6074 Gx 16 11.4 +14 15 r Her 15. p eF, vS, R, bM 6075 Gx 16 11.4 +23 57 r Her 15. p F, vS, R, * or st inv; rr? 6090 Gx 16 11.7 +52 27 s Dra 1.9 14. p vF, S, R I4593 Pl 16 11.7 +12 04 x Her 2.0 11. p PN , stellar I4592 Nb 16 12.0 -19 28 s Sco 150. vL, E, inv nu2 Sco 6078 Gx 16 12.1 +14 12 r Her 14. p eF, vS, R, bM I4591 16 12.3 -27 56 d Sco *5.6 in F neb 6085 Gx 16 12.5 +29 22 r CrB 14. p F, S 6086 Gx 16 12.6 +29 29 s CrB 2.0 15. p F, vS, stellar N 6089 Gx 16 12.7 +33 02 r CrB 15. p vF, S, R, bM 6092 Gx 16 12.7 +27 58 r CrB 15. p vF, stellar N 6072 Pl 16 13.0 -36 14 s Sco 1.2 14. p pF, R, vgvlbM, r 6081 Gx 16 13.0 +09 52 r Her 14. p vF, S, R, bM; = IC 1202 I1202 Gx 16 13.0 +09 52 u Her 1.7 14. p eF, pS, R 6080 Gx 16 13.1 +02 10 r Ser 14. p pB, pS, R, mbM, with *12.5 20" nf (nebs?) 6067 OC 16 13.2 -54 13 s Nor 13. 5.6 Cl, vB, vL, vRi, lC, st 10... 6083 Gx 16 13.3 +14 10 r Her 15. p eF, vS, diffic 6084 Gx 16 14.2 +17 45 r Her 15. p eeF, pS, R, v diffic 6097 Gx 16 14.3 +35 06 r CrB 15. p neb *13 I1205 Gx 16 14.3 +09 31 m Her 0.6 15. p F, S, lE, * p I1210 Gx 16 14.5 +62 33 u Dra 1.6 14. p vF, vS, lE, r 6096 Gx 16 14.7 +26 34 r CrB 15. p vF, vS, R, bM I1203 16 15.3 -22 20 d Sco no descr I1206 Gx 16 15.3 +11 18 u Her 1.1 15. p eF, S, R 6111 16 15.5 +62 44 D Dra vF, pS, lE, D* nr s I1212 Gx 16 15.5 +64 14 z Dra 15. p eeF, pS, R, 3 st n in line 6082 - 16 15.6 -34 15 r Sco eF, S, E, lbM; nonexistent? 6098 Gx 16 15.6 +19 27 r Her 14. p eF, vS, R, *8 f 41s , np of 2 6099 Gx 16 15.6 +19 27 r Her 14. p eF, vS, R, sf of 2 6102 Gx 16 15.6 +28 09 r CrB 15. p vF, S, R I1215 Gx 16 15.6 +68 25 u Dra 1.3 14. p vF, S, R, 1st of 3 6103 Gx 16 15.7 +31 57 r CrB 14. p vF, S, R, vglbM I1208 Gx 16 15.7 +36 32 z CrB 15. p vF, *7 105" n I1216 Gx 16 16.0 +68 22 u Dra 1.1 15. p eeF, pS, R, 2nd of 3 I1217 16 16.1 +69 41 d Dra eeF, S, R, v diffic I4596 Gx 16 16.1 -22 38 c Sco 1.9 F, S, mE 40deg , mbMN, prob spir I1214 Gx 16 16.2 +65 58 u Dra 1.1 15. p eF, S, R 6104 Gx 16 16.5 +35 42 r CrB 14. p vF, S, iR I1211 Gx 16 16.8 +53 01 u Dra 1.2 14. p pB, vS, R, bM I1218 Gx 16 16.8 +68 13 m Dra 0.9 15. p vF, vS, lE 6093 Gb 16 17.0 -22 59 s Sco 8.9 7.2 !! glob. cl. , vB, L, vmbM (var*), rrr, st 14; = M 6100 Gx 16 17.0 +00 48 r Ser 14. p eeF, vS, eeF* close p 6105 Gx 16 17.0 +34 52 r CrB 15. p F, S, R, gvlbM 6107 Gx 16 17.2 +34 53 r CrB 14. p F, vS 6123 Gx 16 17.2 +61 56 r Dra 14. p pF, vS, E, * nr 6108 Gx 16 17.3 +35 07 r CrB 15. p eF, vS, R, lbM 6110 Gx 16 17.6 +35 05 r CrB 15. p eF, vS, R, gbM 6109 Gx 16 17.7 +35 00 s CrB 1.3 15. p F, S, R, gbM I4597 16 17.8 -34 22 d Sco bM, mag 14 6112 Gx 16 17.9 +35 06 r CrB 15. p vF, vS, R, bM I4598 16 18.2 -31 27 d Sco neb streak of F st, 1' ns 6114 Gx 16 18.3 +35 10 r CrB 15. p eF, S, R, glbM I4600 16 18.3 -22 47 d Sco eF, eS, R I1209 Nb 16 18.7 +15 34 x Her 0.3 pF, vS, R, bM, r 6106 Gx 16 18.8 +07 25 s Her 2.6 12.2 F, pL, lE, vgbM, r 6116 Gx 16 18.8 +35 09 r CrB 15. p vF, vS, R, gbM 6087 OC 16 18.9 -57 54 s Nor 12. 5.4 Cl, B, L, lC, st 7...10 6125 - 16 18.9 +57 36 r Dra pF, pS, lE; = 6130? 6135 - 16 19.0 +64 54 r Dra vF, vS, mE, 2 st nr 6128 Gx 16 19.1 +57 59 u Dra 1.4 13. p pF, pS, R, bM 6113 Gx 16 19.2 +14 07 r Her 15. p vF, S, R 6127 Gx 16 19.2 +57 58 r Dra 13. p pF, vS, R 6117 Gx 16 19.3 +37 05 r CrB 14. p vF, S, R I4599 16 19.3 -42 16 d Sco PN , 15 mag I1207 16 19.4 -29 39 d Sco no descr 6130 Gx 16 19.5 +57 37 r Dra 14. p pF, pL, R, B* nr p 6119 Gx 16 19.7 +37 48 r CrB 15. p vF, eS, R 6120 Gx 16 19.8 +37 47 s CrB 0.6 14. p vF, vS, R, D* nf I4601 Nb 16 20.0 -20 02 s Sco 20. 2 st 8 in eL, dif neb, lE npsf 6133 - 16 20.1 +56 40 r Dra eeF, S, cE, v diffic 6122 Gx 16 20.2 +37 48 r CrB 15. p vF, R, no N I4595 Gx 16 20.7 -70 09 c TrA 2.5 F, S, eE 55deg 6136 Gx 16 20.8 +55 57 r Dra 15. p eeF, S, R, v diffic 6140 Gx 16 20.9 +65 23 s Dra 6.2 12. p cF, pL, iR 6126 Gx 16 21.4 +36 23 r CrB 14. p F, vS, R, bMSN 6143 Gx 16 21.7 +55 05 s Dra 1.2 14. p pB, iR, vgvlbM 6118 Gx 16 21.8 -02 17 s Ser 4.7 12. p vF, cL, cE 45deg +/- , r 6129 Gx 16 21.8 +37 59 r CrB 14. p eF, vS, R, lbM 6131 Gx 16 22.0 +38 56 r CrB 14. p vF, pL, iR, dif I1213 16 22.0 -01 31 d Ser F, vS, R 6138 ? 16 22.9 +40 56 A Her vF, vS, R, bM 6137 Gx 16 23.1 +37 55 s CrB 2.2 14. p F, S, iR, bM 6141 ? 16 23.1 +40 48 A Her vF, pS, no Nucl 6142 Gx 16 23.4 +37 16 r CrB 15. p eF, S, bM I4602 16 23.4 +12 45 d Her eeF, lE, e diffic, F* f 6121 Gb 16 23.6 -26 32 s Sco 26.3 5.9 Cl, 8 or 10 B st line, with 5 st, rrr; = M4 6132 Gx 16 23.7 +11 48 r Her 15. p eF, vS, vlbM I1219 Gx 16 24.4 +19 28 u Her 1.4 15. p F, S, E pF, lbM 6115 OC 16 24.6 -51 58 o Nor 3. 11. p Cl, eL, eRi 6145 Gx 16 25.0 +40 56 r Her 15. p F, R, bM 6147 Gx 16 25.1 +40 55 A Her 16. p eF, one of 3 6146 Gx 16 25.2 +40 53 r Her 14. p cF, vS, R, bM 6124 OC 16 25.6 -40 40 s Sco 29. 5.8 Cl, B, L, pRi, lCM, st 9...11 6154 Gx 16 25.6 +49 50 s Her 2.4 14. p vF, S, R, lbM, er I4603 Nb 16 25.6 -24 28 s Oph 20. eF, vL, dif, st inv I4604 Nb 16 25.6 -23 26 s Oph 60. rho Oph in eL neb 6157 Gx 16 25.7 +55 22 r Dra 15. p eeF, pS, R, v diffic 6101 Gb 16 25.8 -72 12 s Aps 10.7 9.3 glob. cl. , pF, L, iR, vgbM, rr, st 14 6150 Gx 16 25.8 +40 30 r Her 15. p vF, vS, R 6155 Gx 16 26.1 +48 22 r Her 13. p F, pS, iF, gbM 6170 - 16 27.0 +59 35 r Dra eeF, vS, R, v diffic; = 6176? 6148 Gx 16 27.1 +24 05 r Her vF, S, with st 6144 Gb 16 27.3 -26 02 s Sco 9.3 9.1 Cl, cL, mC, gbM, rrr 6149 Gx 16 27.4 +19 36 r Her 15. p vF, pS, R, pB* nr s 6159 Gx 16 27.4 +42 41 r Her 15. p vF, S, iR, lbM 6176 Gx 16 27.5 +59 35 r Dra 15. p eF, eS, v diffic 6134 OC 16 27.7 -49 09 s Nor 7. 7.2 Cl, cL, pRi, lCM, st 13...15 6139 Gb 16 27.7 -38 51 s Sco 5.5 9.2 B, pL, R, psbM, rr 6158 Gx 16 27.7 +39 23 s Her 16. p F, S, iF 6160 Gx 16 27.7 +40 55 s Her 2.1 15. p cF, pL, R, gbM, r 6161 Gx 16 28.3 +32 49 r Her 15. p vF, S, lbM 6162 Gx 16 28.4 +32 52 r Her 15. p F, S, lbM 6163 Gx 16 28.4 +32 52 r Her 15. p vF, S, lbM 6166 Gx 16 28.6 +39 33 s Her 2.4 12.0 pF, S, vlE, vgmbM I1220 16 29.2 +08 27 d Her eeF, pS, E 6182 Gx 16 29.5 +55 31 r Dra 14. p vF, vS, iR 6174 Gx 16 29.7 +40 51 r Her 15. p vF 6173 Gx 16 29.8 +40 49 s Her 2.2 14. p cF, vS, R, bM 6175 Gx 16 29.9 +40 39 r Her 15. p vF, vS, R I4605 Nb 16 30.2 -25 06 s Sco 30. *7 in eF, vL neb I4607 16 30.3 +24 34 d Her F, cS, dif 6180 Gx 16 30.5 +40 34 r Her 15. p eF, vS, R, mbM 6177 Gx 16 30.6 +35 04 r Her 15. p vF, pL, iE, rr, * nr 6179 Gx 16 30.7 +35 07 r Her 15. p vF, S, bMN, 4' nf 6177 6168 Gx 16 31.4 +20 12 r Her 14. p eeF, mE, F* at p end, v diffic 6153 Pl 16 31.5 -40 15 s Sco 0.4 12. p PN , stellar 6184 Gx 16 31.5 +40 35 r Her 15. p eF, vS, R, vlbM 6187 Gx 16 31.6 +57 43 r Dra 15. p vF, vS, lbM 6189 Gx 16 31.6 +59 39 r Dra 13. p vF, pS, lE I4606 16 31.6 -26 03 d Sco neb; F* p 4s .5, 0'.5 n 6190 Gx 16 32.0 +58 27 r Dra 13. p vF, pS, R, F* nr 6191 - 16 32.0 +58 48 r Dra pF, pL, E, 2 st p 6172 - 16 32.1 -01 29 r Oph vF, eS, R, bM 6181 Gx 16 32.3 +19 50 s Her 2.6 11.9 pB, pL, vlE, pgmbM 6171 Gb 16 32.5 -13 03 s Oph 10.0 8.1 glob. cl. , L, vRi, vmC, R, rrr; = M107 6252 Gx 16 32.5 +82 36 r UMi 15. p vF, vS, f of 2 6217 Gx 16 32.6 +78 12 s UMi 3.1 11.2 B, cL, lE, slbM 6251 Gx 16 32.6 +82 33 r UMi 14. p cF, S, bM, p of 2 6152 OC 16 32.7 -52 37 s Nor 30. 8. p Cl, L, lC, st L I4609 Gx 16 33.0 +22 46 m Her 0.7 15. p F, vS, R, gbMN 6185 Gx 16 33.2 +35 20 r Her 14. p F, S, R, gbM, *11 np I4610 16 33.6 +39 16 d Her F, eS, R, gbM I4611 16 33.7 +39 20 d Her F, vS, iF I4612 16 33.8 +39 16 d Her F, eS, R, gbM 6164 Pl 16 34.0 -48 06 r Nor eF (strongly susp), D* f nr 6165 Pl 16 34.0 -48 06 r Nor F, cS, lE, vglbM, D* p 6169 OC 16 34.1 -44 03 s Nor 7. 7. p Cl, mu Nor inv 6167 OC 16 34.4 -49 36 s Nor 8. 6.7 Cl, L, lC, iF 6186 Gx 16 34.4 +21 33 s Her 1.8 14. p eF, vS, E I1221 Gx 16 34.7 +46 24 u Her 1.3 15. p eeF, pS, E, p of 2 6156 Gx 16 34.8 -60 36 r TrA pF, pL, vlE, gbM I1222 Gx 16 35.1 +46 13 v Her 1.9 eeF, pL, R, f of 2 I1223 16 35.4 +49 16 d Her eeF, pS, R, bet 2 dist F st 6198 Gx 16 35.5 +57 31 r Dra 15. p vF, vS, R, 2 st f 6178 OC 16 35.7 -45 38 s Sco 4. 7.2 Cl, B, S, st pL 6202 - 16 36.2 +61 57 r Dra eeF, pS, * f 6195 Gx 16 36.5 +39 02 s Her 1.8 15. p vF, S, R, gbM, bet 2 st 6194 Gx 16 36.6 +36 11 r Her 14. p vF, vS, sbM *12 I1225 Gx 16 36.9 +67 38 u Dra 1.5 15. p eeF, vS, 2 or 3 F st inv, * p I4613 Gx 16 37.3 +35 59 x Her eF, dif; = 6196? 6196 Gx 16 37.4 +36 06 A Her 14. p vF, vS, stellar 6197 Gx 16 37.5 +36 02 A Her 15. p eF, E, stellar I4614 Gx 16 37.8 +36 07 x Her eF, stellar I4615 Gx 16 37.9 +36 04 s Her 1.7 12.8 *13 in S neb I4616 Gx 16 38.0 +36 00 x Her eF, S, dif, r; *12 sf 2' 6151 16 38.3 -73 15 r Aps vF, vS *9 nr 6199 * 16 39.0 +36 06 A Her eF 6214 Gx 16 39.5 +66 01 r Dra 14. p eF, vS, R 6206 Gx 16 40.1 +58 38 r Dra 14. p pF, eS, R, stell, 3 vF st nr; = IC 1227 I1227 ? 16 40.1 +58 37 x Dra vF, S, R, stellar N; = 6206 6201 Gx 16 40.2 +23 45 r Her 15. p eF, vS 6192 OC 16 40.3 -43 22 s Sco 8. 9. p Cl, pL, pRi, iR, st 11...14 6203 Gx 16 40.4 +23 46 r Her 15. p eF, vS 6188 Nb 16 40.5 -48 47 s Ara 20. ! F, vL, viE, B* inv I1226 Gx 16 41.1 +46 00 z Her 15. p eF, S, R, forms arc with 4 st 6193 OC 16 41.3 -48 46 s Ara 15. 5.2 Cl, vL, lRi, lC, rrr, F neb inv 6211 Gx 16 41.5 +57 47 s Dra 2.0 14. p vF, pS, R, sp of 2 6213 Gx 16 41.5 +57 50 r Dra 15. p eF, vS, R, nf of 2 6183 Gx 16 41.6 -69 23 r TrA vF, eS, R, gbM 6205 Gb 16 41.7 +36 28 s Her 16.6 5.9 !! glob. cl. , eB, vRi, vgeCM, st 11...; = M13 I1228 Gx 16 42.0 +65 34 u Dra 1.6 14. p vF, pS* n, 4 st in curve s I4617 Gx 16 42.1 +36 41 x Her S, E 29deg , bM I1224 Gx 16 42.9 +19 15 m Her 0.7 15. p vF, vS, R, stellar 6207 Gx 16 43.1 +36 50 s Her 3.0 11.6 pB, pL, E 45deg +/- , vgmbM 6223 Gx 16 43.1 +61 34 s Dra 3.4 13. p F, S, R, mbM 6212 Gx 16 43.3 +39 48 r Her 15. p eF 6232 Gx 16 43.3 +70 38 r Dra 13. p pF, pL, lE 6226 Gx 16 43.5 +61 58 r Dra 14. p F, S, triangle with 2 st 12 & 14 6200 OC 16 44.2 -47 29 s Ara 12. 7.4 Cl (in Milky Way) I4619 Gx 16 44.2 +17 46 z Her 15. p F, R 6210 Pl 16 44.5 +23 49 s Her 0.2 9. p PN , vB, vS, R, disc & border (Nucl variable?) 6236 Gx 16 44.5 +70 48 s Dra 3.0 12. p F, pL I1229 Gx 16 45.0 +51 17 u Dra 1.0 15. p eeF, pS, v diffic, np of 2 I1230 16 45.3 +51 13 d Her eeF, L, R, v diffic, sf of 2 6245 Gx 16 45.5 +70 48 r Dra vF, pL, R 6219 Gx 16 46.3 +09 02 r Her 15. p F, S 6248 Gx 16 46.4 +70 22 s Dra 3.3 13. p eeF, pL, R, v diffic 6204 OC 16 46.5 -47 01 s Ara 5. 8.2 Cl, pRi, eiCM, st 11...12 6237 Gx 16 46.5 +70 23 r Dra eF, S, E I1231 Gx 16 46.9 +58 27 u Dra 2.4 14. p eeF, L, R, pB* sp I4608 Gx 16 46.9 -77 29 c Aps 1.2 vF, vS, cE 85deg , bM 6229 Gb 16 47.0 +47 32 s Her 4.5 9.4 glob. cl. , vB, L, R, disc & F border, r 6218 Gb 16 47.2 -01 57 s Oph 14.5 6.6 !! glob. cl. , vB, vL, iR, gmbM, rrr, st 10...; = 6220 Gx 16 47.2 -00 17 r Oph 15. p eeF, pS, iR, 3 F st s 6238 Gx 16 47.2 +62 08 r Dra 14. p eeF, eS, eF* close, v diffic 6228 Gx 16 48.0 +26 12 r Her 15. p vF, S 6244 Gx 16 48.1 +62 11 r Dra 14. p vF, vS, R, bet 2 st, nf of 2 6224 Gx 16 48.2 +06 18 r Her 15. p eeF, vS, lE, pB* nr n, n of 2 6247 Gx 16 48.2 +62 58 r Dra 13. p F, pS, iF 6225 Gx 16 48.3 +06 13 r Her 15. p eF, vS, lE, F st inv, s of 2 I1233 16 48.4 +63 09 d Dra eF, vS, vE, bet 2 st (= 6247?) I4620 16 48.5 +18 17 d Her vF, R I1232 16 49.1 +46 05 d Her eeF, S, iR, B* sf 6216 OC 16 49.4 -44 44 s Sco 4. 10. p Cl, pS, pRi, pC, st 12...15 6208 OC 16 49.5 -53 49 s Ara 16. 7.2 Cl, L, Ri, lCM, st 9...12 6246 Gx 16 49.9 +55 33 s Dra 1.7 14.1 eF, S, R 6233 Gx 16 50.1 +23 34 r Her 15. p pF, S, R, gbM 6239 Gx 16 50.1 +42 44 s Her 2.8 12.3 vF, E, biN np sf 6241 Gx 16 50.1 +45 24 r Her 15. p eF, pS 6230 Gx 16 50.6 +04 35 r Her 15. p eeF, pS, R, v diffic 6222 OC 16 50.7 -44 45 r Sco 10. p Cl, vL, vRi, lbM, st 12...13 I4621 Gx 16 50.8 +08 48 u Her 1.1 15. p vF, vS 6215 Gx 16 51.1 -58 59 s Ara 2.0 12. p pF, R, vglbM, *4 p 79s I4623 Gx 16 51.2 +22 31 m Her 0.6 15. p F, S, R, gbM I4624 Gx 16 51.5 +17 27 z Her 16. p vF, R 6227 - 16 51.6 -41 13 r Sco Cl, eL, eRi (Milky Way) 6260 Gx 16 51.8 +63 43 r Dra 15. p eF, pS, R, sev st nr sf 6234 Gx 16 51.9 +04 23 r Oph 15. p F, S, R I1235 Gx 16 52.1 +63 07 z Dra 15. p vF, dif, pS, *8 nf 3' I4622 ? 16 52.1 -16 14 x Oph cF, S, iF, D 6258 Gx 16 52.3 +60 33 r Dra 14. p eF, vS, R, B* & D* p 6243 Gx 16 52.4 +23 21 r Her 15. p vF, vS, iF, dif 6221 Gx 16 52.8 -59 13 s Ara 3.2 11. p glob. cl. , pB, cL, R, glbM, rr I1234 16 52.9 +56 54 d Dra vF, sev st in neb? I4625 16 52.9 +02 26 x Oph neb, *10 close nf; = 6240? 6240 Gx 16 53.0 +02 24 s Oph 2.2 15. p vF, pL, lE, dif; = IC 4625 6235 Gb 16 53.4 -22 11 s Oph 5.0 10.2 pB, cL, iR, rrr, st 14...16 I4626 * 16 53.4 +02 19 F Oph eF 6262 - 16 53.6 +56 56 r Dra eeF, pS, R, v diffic 6231 C+N 16 54.0 -41 48 s Sco 15. 2.6 Cl, B, cL, pRi, st 10...13 I4627 16 54.1 -07 38 d Oph eF, eS, dif, *12 s 12" 6255 Gx 16 54.8 +36 30 s Her 3.5 14. p eF, cL, E 90deg 6209 Gx 16 55.1 -72 32 r Aps vF, pL, vgvlbM I4630 Gx 16 55.1 +26 39 u Her 1.3 15. p F, S, R, stell N 6242 OC 16 55.6 -39 30 s Sco 9. 6.4 Cl, B, L, Ri, st 8...11 6275 Gx 16 55.6 +63 15 s Dra 15. p eeF, S, lE, v diffic 6257 Gx 16 56.0 +39 39 r Her 15. p vF (vS D*?), F D* nf I4629 16 56.2 -16 43 d Oph vF, vS, eE 75deg , susp I1237 Gx 16 56.3 +55 02 v Dra 2.1 eF, pL, lE, * nr p 6261 Gx 16 56.5 +28 00 r Her 15. p eF, eS, iF 6263 Gx 16 56.7 +27 50 r Her 15. p vF, vS, R I4628 Nb 16 57.0 -40 20 s Sco 90. F, eL, E pf, dif 6254 Gb 16 57.1 -04 06 s Oph 15.1 6.6 ! glob. cl. , B, vL, R, gvmbM, rrr, st 10...15; = 6264 Gx 16 57.3 +27 52 r Her 15. p eF, vS 6265 Gx 16 57.5 +27 51 r Her 15. p eF, vS 6288 Gx 16 57.5 +68 27 r Dra 15. p eF, vS, R, sp of 2 6249 OC 16 57.6 -44 47 s Sco 6. 8.2 Cl, pRi, vlC, iF, st L & S 6289 Gx 16 57.8 +68 31 r Dra 15. p eF, pL, mE, nf of 2 I4618 Gx 16 57.9 -77 00 c Aps 1.9 !! eF, eS, 2-branch spiral 6250 OC 16 58.0 -45 48 s Ara 8. 5.9 Cl, L, lRi, lC, st 8...12 6269 Gx 16 58.0 +27 52 r Her 14. p F, S, R 6267 Gx 16 58.2 +22 59 r Her 14. p vF, pL, R, lbM 6285 Gx 16 58.4 +58 59 s Dra 1.3 15. p eeF, S, R, v diffic, np of 2 I1236 Gx 16 58.5 +20 02 v Her 1.2 eF, pS, vlE, vF* close p I4632 16 58.5 +22 55 d Her eF; neb? 6286 Gx 16 58.6 +58 58 s Dra 1.5 14. p eF, pS, R 6270 Gx 16 58.7 +27 38 r Her 15. p eF, S, R 6271 Gx 16 58.8 +27 59 r Her 15. p vF, R 6272 Gx 16 58.9 +27 56 r Her 15. p vF 6279 Gx 16 59.0 +47 14 r Her 15. p vF, pS, lE, coarse D* np I4636 16 59.0 +47 11 d Her vF, fainter than 6279 6253 OC 16 59.1 -52 43 s Ara 5. 10. p Cl, S, triangular, st 13 6274 Gx 16 59.4 +29 57 r Her 14. p eF, vS 6283 Gx 16 59.4 +49 56 r Her 13. p vF, cS, iR 6256 Gb 16 59.5 -37 07 s Sco glob. cl. , vF, vL, iR, vgbM, rrr 6276 Gx 17 00.3 +23 07 r Her eF I1238 17 00.6 +23 05 d Her eF 6259 OC 17 00.7 -44 40 s Sco 10. 8.0 ! Cl, B, vL, vRi, st 11... 6277 Gx 17 00.8 +23 03 r Her 15. p eF 6282 Gx 17 00.8 +29 50 r Her 15. p vF, S, R I1239 Gx 17 00.8 +23 01 u Her 2.1 14. p eF, eF stell N; = 6276? 6278 Gx 17 00.9 +23 01 r Her 14. p vF, stellar 6290 Gx 17 00.9 +59 00 r Dra 14. p eF, pS, R, * close f 6291 Gx 17 00.9 +58 58 r Dra 15. p eeF, eS, R I1240 17 01.0 +61 03 d Dra susp neb, 3' nf *8.7 6266 Gb 17 01.2 -30 07 s Oph 14.1 6.6 ! glob. cl. , vB, L, gmbM, rrr, st 14...16; = M62 I4638 17 01.2 +33 34 d Her no descr, *9 sf 2'.5 I1241 Gx 17 01.4 +63 42 u Dra 1.7 14. p eF, pS, R I4634 Pl 17 01.6 -21 50 s Oph 0.2 11. p PN , stellar 6280 Gx 17 01.9 +06 40 r Oph 15. p pB, S, lE 6268 OC 17 02.4 -39 44 s Sco 6. 10. p Cl, B, pL, cRi, st 10... 6273 Gb 17 02.6 -26 16 s Oph 13.5 7.2 glob. cl. , vB, L, R, vCM, rrr, st 16; = M19 I4639 17 02.9 +22 54 d Her vF, vS, R 6292 Gx 17 03.0 +61 03 r Dra 14. p eF, E, v diffic, F st nr 6295 Gx 17 03.1 +60 20 r Dra 15. p eF, S, mE, F* nr 6298 17 03.4 +62 02 d Dra vF, eS, R, bet 2 st, f of 2 6331 Gx 17 03.5 +78 38 r UMi 15. p eF, S 6297 Gx 17 03.6 +62 02 r Dra 14. p pB, pS, R, bet 2 st, p of 2 6284 Gb 17 04.5 -24 46 s Oph 5.6 9.0 glob. cl. , B, L, R, CM, rrr, st 16... 6281 C+N 17 04.8 -37 54 s Sco 60. 5.4 Cl, L, pRi, lC, st 9...11 6299 Gx 17 05.0 +62 27 r Dra 15. p vF, vS, R 6303 17 05.1 +68 21 D Dra eF, pL, mE, nearly bet 2 st 6287 Gb 17 05.2 -22 42 s Oph 5.1 9.2 glob. cl. , cB, L, R, gmpCM, rrr, st 16 I4637 Pl 17 05.2 -40 53 s Sco 0.3 14. p PN , stellar 6324 Gx 17 05.4 +75 25 r UMi 13. p vF, S, E, S* s 6306 Gx 17 07.6 +60 44 s Dra 1.2 14. p vF, vS, lE 6307 Gx 17 07.7 +60 45 s Dra 1.6 14. p vF, vS, lE, *13 nr n 6310 Gx 17 08.0 +61 00 s Dra 2.1 14. p F, pL, lE I4643 17 08.5 +42 20 x Her F, *12 inv; = 6301 6301 Gx 17 08.6 +42 20 r Her 14. p F, stellar; = IC 4643 6296 Gx 17 08.7 +03 54 s Oph 1.1 14. p pB I1242 Gx 17 08.7 +04 02 u Oph 1.0 15. p vS, R, vlbM 6317 Gx 17 09.3 +62 53 r Dra 16. p eeF, S, R, F* nr, sp of 2 6319 Gx 17 09.6 +62 59 r Dra 14. p vF, vS, R, lbM, nf of 2 I1251 Gx 17 10.1 +72 24 u Dra 1.7 14. p eeF, pS, R, sp of 2, 6340 nr 6293 Gb 17 10.2 -26 35 s Oph 7.9 8.2 glob. cl. , vB, L, R, psbM, rrr, st 16 6294 - 17 10.3 -26 34 r Oph only a D* 13, 13.5, dist 8" 6313 Gx 17 10.4 +48 19 r Her 15. p eeF, vS, lE, bet 2 F st 6340 Gx 17 10.4 +72 18 s Dra 3.4 11.0 cF, pL, R, vgmbM 6311 Gx 17 10.6 +41 39 r Her 15. p pB, vS, R I1243 ? 17 10.6 +10 47 x Oph only 5 st 12-14 in line ns, 45" long I1244 Gx 17 10.6 +36 17 u Her 1.2 15. p vF, pS, R, bet 2 st 6312 Gx 17 10.8 +42 17 r Her 15. p eF, irrR, dif, vS* inv I4631 17 11.0 -77 36 d Aps eF, eeS, ann?, susp I1254 Gx 17 11.5 +72 24 v Dra 1.9 13.9 eeF, pS, R, nf of 2, v diffic I1248 Gx 17 11.8 +60 00 v Dra 1.5 eeF, pS, R, bet 2 st p & f I4642 Pl 17 11.8 -55 24 s Ara 0.4 13. p PN , stellar 6308 Gx 17 12.0 +23 23 s Her 1.3 14. p vF, S, R, sbM 6314 Gx 17 12.6 +23 16 s Her 1.8 13.1 F, vS, R, bM I1245 Gx 17 12.6 +38 02 u Her 1.7 15. p eF, S, R, bM, F* close s 6315 Gx 17 12.8 +23 13 s Her 0.9 13.3 eF, S 6320 Gx 17 12.9 +40 16 r Her 15. p eF, *13 p 0s .5 6323 Gx 17 13.3 +43 46 r Her 15. p eF, vS, diffic 6302 Pl 17 13.7 -37 06 s Sco 0.8 13. p pB, E pf, PN I4633 Gx 17 13.8 -77 32 c Aps 3.7 vF, cL, cbM; spir? 6327 Gx 17 14.0 +43 38 r Her 15. p eF, vS, diffic 6309 Pl 17 14.1 -12 55 s Oph 1.1 11. p close Dneb, 160deg , both B, eS 6329 Gx 17 14.3 +43 41 r Her 14. p vF, vS, R, bM I1246 17 14.3 +20 14 d Her neb *13? *10 n 1' I1250 17 14.4 +57 25 d Dra pF, S, cE 6304 Gb 17 14.5 -29 28 s Oph 6.8 8.4 glob. cl. , B, cL, R, lbM, rrr, st 16 6321 Gx 17 14.5 +20 18 r Her 14. p eF, iR, pS, vlbM I4645 Gx 17 14.6 +43 07 z Her 16. p eF, pS, *13.5 f 80" I1249 Gx 17 14.9 +35 31 z Her 15. p eeF, pS, R, v diffic, 4 st s 6332 Gx 17 15.0 +43 39 r Her 14. p vF, oval, ibM 6338 Gx 17 15.3 +57 25 r Dra 14. p F, S, R, vglbM 6345 Gx 17 15.3 +57 21 r Dra 15. p eeF, vS, R, 2nd of 3 6346 Gx 17 15.3 +57 19 r Dra 15. p eeF, S, R, 3rd of 3 I4635 Gx 17 15.7 -77 29 c Aps 3.1 vF, eS, cbM 6330 Gx 17 15.8 +29 23 r Her 15. p eF, S, R I1252 17 15.8 +57 23 d Dra vF, pS, *12.5 v close I4649 17 15.8 +57 23 d Dra eF, pS, v dif, *12.5 f 0'.5 I4650 17 15.9 +57 20 d Dra eF, st and neb I4648 OC 17 16.0 +45 52 x Her Cl, vS, neb, vF D* inv 6336 Gx 17 16.3 +43 48 r Her 14. p vF, vS, R, bM I1247 * 17 16.4 -12 47 F Oph stellar, *9.8 sp 0'.7; D* 12-12 is 30s p 6316 Gb 17 16.6 -28 08 s Oph 4.9 9.0 glob. cl. , cB, pS, R, gvmbM, rrr, st 16 6300 Gx 17 17.0 -62 49 s Ara 5.4 11. p F, vL, vlE, am st, 2 st inv 6339 Gx 17 17.1 +40 51 s Her 3.4 13. p vF, L, iR, sp of 2 6341 Gb 17 17.1 +43 08 s Her 11.2 6.5 glob. cl. , vB, vL, eCM, rrr, st S; = M92 6344 Gx 17 17.2 +42 27 r Her F, S, R, *12 nf, nr 6343 Gx 17 17.3 +41 03 r Her 14. p vF, S, lE, nf of 2 6318 OC 17 17.8 -39 27 s Sco 4. 12. p Cl, pL, Ri, R, gbM, st 12...14 6359 Gx 17 17.9 +61 47 s Dra 1.2 12.6 pB, S, R, bMN = *12 6325 Gb 17 18.0 -23 46 s Oph 4.3 10.7 pF, L, R, rr 6305 Gx 17 18.1 -59 09 t Ara vF, vS, R, glbM 6348 Gx 17 18.4 +41 39 r Her 15. p eF, vS, iR, lbM 6322 OC 17 18.5 -42 57 s Sco 10. 6.0 Cl, vL, pRi, lC (place of * nf) 6361 Gx 17 18.6 +60 37 s Dra 2.4 14. p vF, pS, mE, nearly bet 2 st 6350 Gx 17 18.7 +41 41 r Her 14. p pF, pS, gbM 6358 Gx 17 19.0 +52 37 r Dra 15. p eF, S, R, D* nr np 6349 Gx 17 19.1 +36 03 r Her 15. p vF, eS, R, lbM, p of 2 6333 Gb 17 19.2 -18 31 s Oph 9.3 7.9 glob. cl. , B, L, R, eCM, rrr, st 14; = M9 6351 Gx 17 19.2 +36 02 r Her 16. p vF, vS, fainter than 6349 I1253 17 19.8 +18 40 d Her F 6347 Gx 17 19.9 +16 40 r Her 14. p eF, iR, dif 6334 Nb 17 20.5 -35 43 s Sco 40. cF, vL, icE, vglbf, *8 inv 6335 - 17 20.5 -30 08 r Sco dif neb in patches 6326 Pl 17 20.8 -51 45 s Ara 0.2 12. p !!! PN , pB, vS, R 6342 Gb 17 21.2 -19 35 s Oph 3.0 9.9 cB, pS, lE, er 6353 - 17 21.2 +15 42 r Her pB, pS, 3 S st inv, *10 nf 1' I4660 Gx 17 21.6 +75 51 v UMi 1.5 pL, E ns, *9.2 sp 30" 6337 Pl 17 22.3 -38 29 s Sco 0.8 !!! ring , eF, S, am st 6363 Gx 17 22.7 +41 08 r Her 14. p vF, S, R, gbM 6365 Gx 17 22.7 +62 11 r Dra 14. p eeF, pL, iR, eF st inv, * sf I1255 Gx 17 23.1 +12 41 u Oph 1.1 14. p vF, pS, R, forms trap with 3 st 6370 Gx 17 23.3 +57 00 r Dra 14. p vF, vS, R, B* nr n I1261 17 23.5 +71 17 d Dra eeF, pS, R 6356 Gb 17 23.6 -17 49 s Oph 7.2 8.4 glob. cl. , vB, cL, vgvmbM, rrr, st 20 6328 Gx 17 23.7 -64 59 A Ara eF pair of st only, one hazy I1256 Gx 17 23.8 +26 28 u Her 1.7 14. p F, S, gbM I4640 Gx 17 23.9 -80 04 c Aps 1.5 vF, eS, cbM I4646 Gx 17 23.9 -60 00 c Ara 2.6 F, pL, spir 6355 Gb 17 24.0 -26 21 s Oph 5.0 9.6 cF, L, R, gbM, rrr I4641 Gx 17 24.2 -80 09 c Aps 1.6 eF, vS, bM 6373 Gx 17 24.3 +59 01 r Dra 14. p eeF, pL, v diffic 6364 Gx 17 24.5 +29 24 r Her 14. p pF, vS, R, bM *13 6354 Ast 17 24.6 -38 32 r Sco eF, S 6357 Nb 17 24.6 -34 10 s Sco 50. F, L, E, vglbM, D* inv I4644 Gx 17 24.6 -73 56 c Aps 2.1 eF, vS, mE 135deg I4651 OC 17 24.7 -49 57 s Ara 12. 6.9 Cl, pC 6367 Gx 17 25.2 +37 46 r Her 15. p vF* in vF, vS, R neb 6360 - 17 25.4 -30 00 r Oph neb in patches (Milky Way) 6376 Gx 17 25.4 +58 50 r Dra 14. p eeF, eS, R, v diffic 6377 Gx 17 25.4 +58 50 r Dra 14. p eF, eS, R, lbM 6352 Gb 17 25.5 -48 25 s Ara 7.1 8.2 Cl (not neb), pF, L I4647 Gx 17 26.0 -80 12 c Aps 1.7 bM 6395 Gx 17 26.4 +71 06 s Dra 2.6 13. p vF, pL, lE, D* n I4652 Gx 17 26.4 -59 44 c Ara 1.7 F, PN , 15 mag 6368 Gx 17 27.1 +11 33 s Oph 4.0 13. p F, S, E I1257 17 27.1 -07 06 d Oph F, pL, lbM I4653 Gx 17 27.1 -60 53 c Ara 1.6 eeF, eS, bM, eF, * vnr, susp 6371 Gx 17 27.2 +26 30 r Her 15. p vF, S, R, np of 2 6381 Gx 17 27.3 +60 01 s Dra 1.5 14. p vF, pL, E I1258 Gx 17 27.3 +58 31 v Dra 1.2 pB, pS, R, 1st of 3 I1259 Gx 17 27.4 +58 33 v Dra 1.5 pB, pS, R, 2nd of 3 I1260 17 27.4 +58 29 d Dra eeF, S, R, 3rd of 3 6372 Gx 17 27.5 +26 28 s Her 1.9 14. p vF, pS, iF, sf of 2 6366 Gb 17 27.7 -05 05 s Oph 8.3 10.0 F, L, vlbM 6382 Gx 17 27.8 +56 52 r Dra 15. p pF, pS, R 6385 Gx 17 28.0 +57 33 r Dra 14. p eF, S, R, B* s 6387 Gx 17 28.4 +57 34 r Dra 15. p eF, S, R 6390 Gx 17 28.5 +60 06 r Dra 14. p eeF, mE, v diffic 6386 Gx 17 28.9 +52 44 r Dra 15. p vF, pS, R, bet 2 st 6391 Gx 17 28.9 +58 52 r Dra 15. p eF, vS, R, nearly bet 2 st 6369 Pl 17 29.3 -23 46 s Oph 1.1 13. p !! ring , pB, S, R 6375 Gx 17 29.3 +16 12 r Her 14. p F, vS, R 6412 Gx 17 29.6 +75 42 s Dra 2.3 11.8 glob. cl. , cL, R, vgbM, rr 6394 Gx 17 30.1 +59 32 r Dra 16. p eF, pS, R, n of 2 6393 Gx 17 30.3 +59 39 r Dra 15. p eF, pS, R, s of 2 6378 Gx 17 30.6 +06 17 r Oph 15. p v difficult 6379 Gx 17 30.6 +16 17 s Her 1.3 15. p vF, pL 6414 Gx 17 30.6 +74 23 r Dra 15. p eeF, pS, R, v diffic, bet 2 st 6399 Gx 17 31.8 +59 38 r Dra 15. p eF, vS, R 6362 Gb 17 31.9 -67 03 s Ara 10.7 8.3 glob. cl. , cB, L, vgmbM, rrr, st 14...17 6374 OC 17 32.3 -32 36 s Sco 3. 9.0 Cl, S, P, B* inv 6384 Gx 17 32.4 +07 04 s Oph 6.0 10.6 pB, S, vlE 6389 Gx 17 32.7 +16 24 s Her 3.1 14. p F, S, iF, er I4657 ? 17 32.7 -17 31 x Oph vF, *11 np 2' I1262 Gx 17 33.0 +43 45 u Her 1.5 15. p eF, pS, R, 1st of 3 I1263 Gx 17 33.1 +43 49 u Her 1.7 15. p eF, pS., R, 2nd of 3 I1264 Gx 17 33.3 +43 38 u Her 1.4 16. p eF, pS, R, 3rd of 3 I4659 17 34.2 -17 56 d Oph pF, S, *8 f 21s , 3' n I4655 17 34.6 -60 43 d Ara eF, eS, mE 170deg 6383 C+N 17 34.8 -32 34 s Sco 80. 5.5 Cl, st 13, *6-7 in M 6410 * 17 35.2 +60 49 r Dra eeF, S, R, nearly bet 2 st, sp of 2 6380 Gb 17 35.4 -39 04 s Sco 3.9 eF, pS, lE, *9 att 6411 Gx 17 35.6 +60 48 r Dra 13. p vS, gbM 6419 Gx 17 35.9 +68 08 r Dra 15. p eeF, eS, R, v diffic 6420 Gx 17 36.1 +68 01 r Dra 15. p eeF, eS, R, v diffic 6424 Gx 17 36.2 +69 59 r Dra 15. p vF, pS, R 6388 Gb 17 36.3 -44 44 s Sco 8.7 6.9 glob. cl. , vB, L, R, pg, psvmbM, rrr, st 17... 6422 Gx 17 36.3 +68 02 r Dra 15. p eF, pS, R, nearly bet 2 st 6409 Gx 17 36.6 +50 46 r Dra 15. p vF, S, R 6423 Gx 17 36.7 +68 09 r Dra 15. p eeF, vS, R, * close f I1265 Gx 17 36.7 +42 05 u Her 2.1 14. p eeF, S, lE 6434 Gx 17 36.8 +72 05 r Dra 13. p vF, vS, R, stellar, *8 s I4654 Gx 17 37.1 -74 23 c Aps 1.7 eF, eS, R, vmbM I4658 17 37.2 -59 35 d Ara F, PN , 15 mag 6402 Gb 17 37.6 -03 15 s Oph 11.7 7.6 ! glob. cl. , B, vL, R, eRi, vgmbM, rrr, st 15; = I4656 Gx 17 37.7 -63 44 c Ara 2.2 eeF, vS, eE 90deg , cbM 6396 OC 17 38.1 -35 00 s Sco 3. 8.5 Cl, pL, lRi, lC 6418 Gx 17 38.1 +58 43 r Dra 14. p eF, pS, R 6406 - 17 38.3 +18 50 r Her vF, eS, stellar 6401 Gb 17 38.6 -23 55 s Oph 5.6 9.5 pB, pL, R, *12 f inv 6461 Gx 17 38.7 +73 30 r Dra 15. p eF, pS, R, 5 st nr I1267 Gx 17 38.7 +59 23 v Dra 1.7 eeF, pS, R, v diffic 6408 Gx 17 38.8 +18 52 r Her 14. p F, S, iR, gbM 6404 OC 17 39.6 -33 15 s Sco 5. 11. p Cl, F, L, pRi, lC, st 13...15 6405 OC 17 40.1 -32 13 s Sco 15. 4.2 Cl, L, iR, lC, st 7, 10...; = M6 6435 Gx 17 40.1 +62 37 r Dra 15. p eeF, vS, R, vF D* nr f 6397 Gb 17 40.7 -53 40 s Ara 25.7 5.7 glob. cl. , B, vL, Ri, st 13 6413 - 17 40.7 +12 37 r Oph vF, vS, smbM 6400 OC 17 40.8 -36 57 s Sco 8. 9. p Cl, pL, pRi, iR, st 9...10 6436 Gx 17 41.2 +60 27 r Dra 15. p eeF, pS, lE, *** nr 6417 Gx 17 41.7 +23 40 r Her 14. p pF, S, vlbM 6456 Gx 17 42.4 +67 34 r Dra 15. p eeF, eS, R, v diffic, bet 2 st 6398 Gx 17 42.7 -61 41 A Pav eF hazy * only, p of 2 6457 Gx 17 42.8 +66 28 r Dra 14. p F, vS, R, bM 6403 Gx 17 43.2 -61 41 A Pav eF hazy * only, f of 2 6392 Gx 17 43.5 -69 47 c Aps 1.5 cF, S, R, glbM, *13 sp 6463 Gx 17 43.5 +67 35 r Dra 15. p eeF, S, R, v diffic, 2nd of 6 6427 Gx 17 43.6 +25 29 r Her 14. p vF, vS, stellar 6449 Gx 17 43.7 +56 47 r Dra 14. p vF, pS, R 6428 - 17 43.9 +25 32 r Her vF, S, stellar 6477 Gx 17 43.9 +67 37 r Dra eeF, eS, R, v diffic, * nr 6429 Gx 17 44.0 +25 21 r Her 14. p F, S, stellar 6433 Gx 17 44.0 +36 46 r Her 14. p vF, S, pmE, bM 6470 Gx 17 44.1 +67 34 r Dra 15. p eeF, vS, R, v diffic, 3rd of 6 6471 Gx 17 44.1 +67 34 r Dra 15. p eeF, eS, R, * nr, 4th of 6 6472 Gx 17 44.2 +67 36 r Dra 15. p eeF, eS, R, v diffic, 5th of 6 6431 - 17 44.3 +25 30 r Her vF, vS, R 6448 - 17 44.3 +53 32 r Dra vF, pS, R, lbM 6415 - 17 44.4 -35 01 r Sco nebs portion of Milky Way 6416 OC 17 44.4 -32 21 s Sco 18. 5.7 Cl, vL, Ri, lC 6430 Ast 17 44.6 +18 09 r Her vF, S, mE 6443 Gx 17 44.6 +48 05 r Her 15. p eF, pS, lE 6462 Gx 17 44.7 +61 53 r Dra 14. p F, eS, R, PN ? 6426 Gb 17 44.9 +03 00 s Oph 3.2 11.2 vF, cL, E, vlbM 6454 Gx 17 44.9 +55 42 s Dra 1.4 15. p vF, pS, R, lbM 6407 Gx 17 45.0 -60 44 c Pav 1.9 eF, S, R, 3 st nr I4663 Pl 17 45.5 -44 54 s Sco 0.2 13. p PN , stell I1266 17 45.6 -46 06 d Ara stellar (gaseous spectrum) 6421 - 17 45.8 -33 42 r Sco Cl, vL, pRi, st 8...12 6464 Gx 17 45.8 +60 53 r Dra 15. p eeF, pS, R, s of 4 st I4666 Gx 17 45.8 +55 46 m Dra 0.6 16. p eF*, slightly nebs 6459 Gx 17 45.9 +55 45 r Dra 16. p eF, eS, R, r 6446 Gx 17 46.1 +35 33 r Her 15. p eF, vS, iR 6447 Gx 17 46.3 +35 33 r Her 14. p vF, S, R I4665 OC 17 46.3 +05 43 s Oph 41. 4.2 Cl, co I4667 17 46.3 +55 53 d Dra 2 stell neb susp 6425 OC 17 46.9 -31 32 s Sco 8. 7.2 Cl, pS, lRi, lC, st 10...12 6442 Gx 17 46.9 +20 45 r Her 14. p pF, S, iR, gbM 6474 - 17 46.9 +57 20 r Dra eF, pS, R, n of 3, 3 st nr I4668 17 46.9 +57 24 d Dra eF, * 3' n 6473 Gx 17 47.0 +57 20 r Dra 15. p eeF, S, R, s of 2 I4662 Gx 17 47.1 -64 38 s Pav 2.2 11.4 F, pS, lE I4669 Gx 17 47.2 +61 26 x Dra eF, S; eF st inv? 6432 17 47.4 -24 53 D Sgr only 4 st 12-13 6450 - 17 47.5 +18 35 r Her vF, vS, B* f 2'; nonexistent? I1270 * 17 47.8 +62 13 x Dra eeF, S, R, v diffic, 6488 f 6452 Gx 17 48.0 +20 51 r Her 15. p eeF, S 6466 Gx 17 48.2 +51 26 r Dra 15. p eF, vS, R, bet 2 st 6439 Pl 17 48.3 -16 29 s Sgr 0.1 14. p PN , stellar = 13m 6479 Gx 17 48.3 +54 10 r Dra 14. p eF, pS, R, 3 st n 6478 Gx 17 48.6 +51 09 s Dra 1.9 14. p pB, S, vmE, spindle 6440 Gb 17 48.9 -20 22 s Sgr 5.4 9.7 pB, pL, R, bM I4664 Gx 17 49.0 -63 15 c Pav 1.7 eF, vS, cE, cbM 6437 - 17 49.1 -35 26 r Sco Cl, F, eL, vS st + neb 6445 Pl 17 49.2 -20 01 s Sgr 0.6 13. p pB, pS, R, gbM, r, *15 np 6458 Gx 17 49.2 +20 49 r Her 15. p eF, vS, stellar 6488 Gx 17 49.3 +62 14 r Dra 14. p pF, pS, E 6503 Gx 17 49.4 +70 09 s Dra 6.2 10.2 B or pB, L, mE, *9 f 4' 6444 OC 17 49.5 -34 49 s Sco 12. Cl, vL, vRi, st 12...13 6460 Gx 17 49.6 +20 46 r Her 14. p vF, pL, iR 6508 Gx 17 49.9 +72 02 r Dra 14. p vF, S, 3 st nr 6489 Gx 17 50.0 +60 06 r Dra 15. p eeF, pL, lE, bet 2 st 6491 Gx 17 50.1 +61 32 r Dra 14. p pF, eS, vF* att, np of 2 6441 Gb 17 50.2 -37 03 s Sco 7.8 7.4 glob. cl. , vB, pL, R, vgmbM, rrr, st 18 6493 Gx 17 50.4 +61 33 v Dra 1.4 F, eS, R, PN ?, F* vnr, sf of 2 6451 OC 17 50.7 -30 13 s Sco 8. 8. p Cl, pL, pRi, bifid, st 12... 6467 Gx 17 50.7 +17 32 s Her 2.7 15. p vF, vS, lE 6468 Gx 17 50.7 +17 32 u Her 2.3 14. p vF, S, R I1268 17 50.7 +17 13 D Her eeF, pS, R, v diffic 6453 Gb 17 50.9 -34 36 s Sco 3.5 9.9 cL, iR, pmbM, r 6498 - 17 51.0 +59 29 r Dra pF, pS, R, F* vnr, sf of 2 I4661 Gx 17 51.0 -74 02 c Aps 2.5 eF, vS, R, cbM 6497 Gx 17 51.2 +59 30 r Dra 14. p eF, pS, lE, * close n, np of 2 6505 Gx 17 51.3 +65 33 r Dra 15. p eeF, vS, R 6484 Gx 17 51.7 +24 30 r Her 13. p eF, vS, R, mbM 6482 Gx 17 51.8 +23 04 s Her 2.3 11.3 ! vF, S, R, vsvmbMvSRN 6485 Gx 17 51.8 +31 28 r Her 14. p vF, vS, R 6455 - 17 52.0 -35 23 r Sco Cl, rr, st eS + neb I1269 Gx 17 52.1 +21 34 v Her 1.9 eeF, pL, R, 2 F st; *10 sp 4' 6486 Gx 17 52.6 +29 50 r Her 15. p vS* slightly nebs 6487 Gx 17 52.7 +29 51 r Her 14. p F, S, R, gbM 6481 D* 17 52.8 +04 10 r Oph vS, bM 6465 17 52.9 -25 24 D Sgr only 2 F D st 6469 OC 17 52.9 -22 21 s Sgr 12. 8. p Cl, pRi (in Milky Way) 6476 - 17 53.8 -29 08 r Sgr neb or nebs part of Milky Way 6475 OC 17 53.9 -34 49 s Sco 80. 3.3 Cl, vB, pRi, lC, st 7...12; = M7 6510 17 54.0 +60 48 D Dra eeF, pS, lE, v diffic 6538 Gx 17 54.2 +73 25 r Dra 14. p eF, vS, lE, bet 2 eF st 6490 Gx 17 54.5 +18 23 r Her 14. p vF, vS, stellar 6480 - 17 54.6 -30 26 r Sco neb or nebs part of Milky Way 6511 17 54.7 +60 48 D Dra F, pL, bM 6495 Gx 17 54.8 +18 20 r Her 14. p F, S, R 6512 Gx 17 54.8 +62 39 r Dra 15. p vF, R, 1st of 3 I4670 Nb 17 55.1 -21 48 x Sgr 5. stellar, 12.5 mag I4671 17 55.1 -10 17 d Ser spiral? (edge of plate) 6516 Gx 17 55.2 +62 40 r Dra 15. p vF, vS, 2nd of 3 6499 D* 17 55.3 +18 23 r Her S D* in neb 6521 Gx 17 55.8 +62 37 r Dra 14. p F, pL, 3rd of 3 6500 Gx 17 56.0 +18 20 s Her 2.5 13. p vF, vS, sp of 2 6504 Gx 17 56.0 +33 12 s Her 2.5 13. p F, vmE, sbM 6534 Gx 17 56.0 +64 19 r Dra 15. p eeF, pS, R 6501 Gx 17 56.1 +18 22 s Her 2.0 12.3 vF, vS, nf of 2 6494 OC 17 56.8 -19 01 s Sgr 27. 5.5 Cl, B, vL, pRi, lC, st 10...; = M23 6536 Gx 17 57.3 +64 56 r Dra 14. p vF, pL, R 6515 Gx 17 57.4 +50 44 r Dra 14. p vF, vS, R, 2 B st nr I4677 Gx 17 58.3 +66 38 m Dra 1.0 15. p vF, S; 6543 f 16s .5 6543 Pl 17 58.6 +66 38 s Dra 5.8 9. p PN , vB, pS, sbMvSN 6496 Gb 17 59.0 -44 16 s Sco 6.9 9.2 neb + Cl, pL, mE, gvlbM 6532 Gx 17 59.1 +56 13 r Dra 15. p eeF, pS, R 6524 Gx 17 59.2 +45 55 r Her 14. p pF, pS, lE 6509 Gx 17 59.4 +06 17 s Oph 2.3 13. p vF, pL, irrR, lbM 6483 Gx 17 59.5 -63 40 r Pav F, S, E, bM, bet 2 st 10 6513 Gx 17 59.5 +24 54 r Her 14. p vF, vS, stellar 6507 OC 17 59.6 -17 24 s Sgr 7. 10. p Cl, pS, lRi, lC 6518 Gx 17 59.7 +28 52 r Her 15. p 2 vF, close st in vF, vS neb 6542 Gx 17 59.7 +61 22 s Dra 1.5 14. p eF, S, mE, 2 st sp 6506 - 17 59.8 -24 39 r Sgr Cl, Ri, eL, vlC 6552 Gx 18 00.1 +66 36 r Dra 14. p F, pS, iR 6517 Gb 18 01.8 -08 58 s Oph 4.3 10.3 pB, pL, R, rr 6527 Gx 18 01.8 +19 44 r Her 15. p eeF, vS, R 6525 - 18 02.1 +11 03 r Oph Cl, P, st L 6514 C+N 18 02.3 -23 02 s Sgr 29. 6.3 !!! vB, vL, trifid, D* inv; = M20 I4672 18 02.4 -62 50 d Pav eeF, eS, vE 45deg , cbM 6526 Nb 18 02.6 -23 35 s Sgr 40. F, L, cE 6492 Gx 18 02.8 -66 25 r Pav pF, S, pmE 90deg , *12 att f I4676 Gx 18 02.8 +11 49 z Oph 16. p eF, vS I4675 18 03.2 -09 15 d Oph doubtful, not seen a second time I4673 Pl 18 03.3 -27 06 s Sgr 0.3 PN , 13 mag, *13 nf 33" 6519 - 18 03.4 -29 48 r Sgr vF, np 6522 6520 OC 18 03.4 -27 54 s Sgr 6. 8. p Cl, pS, Ri, lC, st 9...13 6522 Gb 18 03.6 -30 02 s Sgr 5.6 8.6 glob. cl. , B, pL, R, gvmbM, rrr, st 16 6523 Nb 18 03.8 -24 23 s Sgr 90. 5.8 !!! vB, eL, eiF, with L Cl; = M8 6535 Gb 18 03.8 -00 18 s Ser 3.6 10.6 pF, L, diam 1' or 2' 6502 Gx 18 04.2 -65 25 c Pav 1.2 vF, vS, f * of D* inv 6531 OC 18 04.6 -22 30 s Sgr 13. 5.9 Cl, pRi, lC, st 9...12; = M21 6528 Gb 18 04.8 -30 03 s Sgr 3.7 9.5 glob. cl. , pF, cS, R, gbM, rrr, st 16 6530 OC 18 04.8 -24 20 s Sgr 15. 4.6 Cl, B, L, pRi, f M8 6539 Gb 18 04.8 -07 35 s Ser 6.9 9.6 no description 6562 Gx 18 04.9 +56 15 r Dra 14. p F, pS, R, bM, bet 2 st I1272 OC 18 04.9 +25 05 x Her S Cl I1273 OC 18 05.0 +25 07 x Her vF, S Cl with neb? *10 f 3' 6533 - 18 05.1 -24 53 r Sgr eL, eiF, st f 6547 Gx 18 05.1 +25 13 r Her 14. p F, vS, E, mbM 6537 Pl 18 05.2 -19 51 s Sgr 0.2 13. p PN , B, S, stellar 6560 Gx 18 05.3 +46 52 s Her 1.3 14. p eeF, pS, iR 6529 - 18 05.5 -36 18 r Sgr Cl in Milky Way I1271 18 05.5 -24 27 D Sgr eF, vL, B* inv, part of 6523 6549 Gx 18 05.8 +18 32 r Her 15. p vF, pL, iR, near 6548 6548 Gx 18 06.0 +18 35 D Her 13. p cF, S, lE, r; = 6550 6550 Gx 18 06.0 +18 35 D Her 13. p vF, pS, R, sev F st inv, near 6549 6540 OC 18 06.3 -27 49 s Sgr 1. 15. p pF, S, iE, er or Cl 6566 Gx 18 07.0 +52 16 r Dra 15. p eF, vS, R, *16 nr 6546 OC 18 07.2 -23 20 s Sgr 13. 8.0 Cl, vL, vRi 6544 Gb 18 07.3 -25 00 s Sgr 8.9 8.3 cF, pL, iR, r 6555 Gx 18 07.8 +17 36 s Her 2.1 12. p F, L, R, vglbM 6541 Gb 18 08.0 -43 42 s CrA 13.1 6.6 glob. cl. , B, R, eC, gbM, rrr, st 15...16 I4678 18 08.0 -23 52 d Sgr B, S, E I4688 Gx 18 08.1 +11 42 u Oph 1.6 15. p vF, pS, dif, *12 close f I4674 Gx 18 08.2 -62 24 c Pav 1.5 eF, vS, eE 80deg , cbM stell N I4681 18 08.3 -23 24 d Sgr S neb or neb* I4683 18 08.7 -26 14 d Sgr vF, eeL I4691 Gx 18 08.7 +11 50 z Oph 15. p F, S, iF, 1 or 2 F st inv 6598 Gx 18 08.8 +69 04 r Dra 14. p eF, pS, R 6551 - 18 09.0 -29 33 r Sgr vF, vS, R, rr 6554 - 18 09.1 -18 26 r Sgr Cl, pRi, vlC, st L & S 6564 - 18 09.1 +17 24 r Her eF, vS I4684 Nb 18 09.1 -23 25 s Sgr 3. S neb or neb* I4693 18 09.2 +17 20 d Her eF, S, bM, sev eF st inv 6553 Gb 18 09.3 -25 54 s Sgr 8.1 8.3 glob. cl. , F, L, lE, vglbM, rr, st 20 I4685 Nb 18 09.3 -23 59 s Sgr 10. *7.5 in L, dif neb I1274 Nb 18 09.5 -23 44 s Sgr 9. 3 st 8.5 to 9m in pL neb 6592 Gx 18 09.9 +61 25 r Dra 15. p vF, vS, R 6556 18 10.0 -27 31 D Sgr F, vL, cE, lbM, rr; no nebulosity? 6559 Nb 18 10.0 -24 06 s Sgr 8. vF, vL, lE, ** inv I1275 Nb 18 10.0 -23 50 s Sgr 10. 2 st 8 & 8.5 in pL neb 6594 Gx 18 10.2 +61 07 r Dra 15. p vF, vS, R I1277 OC 18 10.2 +31 00 x Her S Cl 6558 Gb 18 10.3 -31 46 s Sgr 3.7 glob. cl. , pB, pL, R, glbM, rrr, st 16 6561 - 18 10.5 -16 48 r Sgr Cl, L, lC, st cL I1278 18 10.5 +31 09 d Her vF, vS, sev st susp I4690 18 10.5 -19 49 d Sgr *9.5 in neb, E spnf I1276 Gb 18 10.7 -07 12 s Ser 7.1 eeF, vL, v diffic, D* close p 6575 Gx 18 10.8 +31 05 r Her 14. p pB, S, R 6571 Gx 18 10.9 +21 14 r Her 15. p eF, vS, stell 6582 Gx 18 11.0 +49 53 r Her 15. p eeF, pS, R 6570 Gx 18 11.1 +14 06 s Oph 1.8 13. p pF, pL, R I1279 18 11.1 +36 02 d Her eeF, pS, R, v diffic 6597 Gx 18 11.3 +61 10 r Dra 15. p vF, vS, R, B* nr I4679 Gx 18 11.4 -56 15 c Tel 1.9 cF, S, R, vmbM; susp I1281 ? 18 11.6 +36 01 x Her = IC 1279 6576 Gx 18 11.8 +21 25 r Her 15. p eF, vS 6565 Pl 18 11.9 -28 11 s Sgr 0.2 13. p PN , stellar 6574 Gx 18 11.9 +14 59 s Her 1.4 12.0 pB, S, R 6601 Gx 18 11.9 +61 26 r Dra 15. p eF, pS, R 6563 Pl 18 12.0 -33 52 s Sgr 0.8 14. p PN , F, L, cE, hazy border 6572 Pl 18 12.1 +06 51 s Oph 0.1 9. p PN , vB, vS, R, l hazy 6577 Gx 18 12.1 +21 28 r Her 14. p vF, S I1280 Gx 18 12.2 +25 40 m Her 0.4 15. p *13, nebulous? 6545 Gx 18 12.3 -63 46 A Pav eeF, eeS, R 6579 18 12.3 +21 26 D Her F, p of Dneb 6607 Gx 18 12.3 +61 19 r Dra 15. p eF, pS, R, v diffic 6580 18 12.4 +21 26 D Her F, f of Dneb 6585 Gx 18 12.4 +39 37 r Her 13. p eeF, S, eE, bet sev B st I4697 Gx 18 12.5 +25 26 u Her 1.6 15. p F, S, iF, r 6581 Gx 18 12.6 +25 25 r Her 15. p eF, dif, bet 2 F st 6608 Gx 18 12.6 +61 19 r Dra 15. p vF, eS, R, vF* nr 6609 Gx 18 12.6 +61 19 r Dra 15. p vF, pS, lE, F* nr 6568 OC 18 12.8 -21 36 s Sgr 13. 9. p Cl, vL, lC 6621 Gx 18 12.9 +68 22 s Dra 2.5 13.1 pF, pS, R, lbM, s of 2 6622 Gx 18 13.0 +68 20 r Dra 13. p pF, pS, R, lbM, n of 2 I4680 Gx 18 13.5 -64 29 c Pav 1.7 eF, vS, eE 85deg , cbM 6569 Gb 18 13.6 -31 50 s Sgr 5.8 8.7 glob. cl. , cB, L, R, rrr, st 15... I4686 Gx 18 13.6 -57 44 c Pav 0.5 bM, mag 14 6567 Pl 18 13.7 -19 05 s Sgr 0.1 12. p PN , stell, 11 mag, in a Cl 6586 Gx 18 13.7 +21 05 r Her 14. p eF, S, R I4687 Gx 18 13.7 -57 44 c Pav 1.5 bM mag 14 I4689 Gx 18 13.7 -57 45 c Pav 0.9 bM, mag 14 I4708 Gx 18 13.7 +61 09 z Dra 15. p eF, eS, v diffic, 6617 nr 6573 - 18 13.8 -22 10 r Sgr Cl, st vS 6587 Gx 18 13.9 +18 50 s Her 2.3 12.1 F, vS, R, stell 6591 Gx 18 14.0 +21 02 r Her eeF, vS, stell 6617 Gx 18 14.1 +61 19 r Dra 15. p eeF, pL, R, v diffic I1282 ? 18 14.1 +21 06 x Her vF, 2 or 3 st susp 6593 Gx 18 14.2 +22 17 r Her 15. p vF, vS, R, lbM 6606 Gx 18 14.7 +43 16 r Lyr 14. p vF, S, R, gbM, vF* inv I4692 Gx 18 14.8 -58 42 c Pav 1.7 F, S, iF, susp I4694 Gx 18 15.4 -58 13 c Pav 2.1 F, S, eE 20deg , lbM 6599 Gx 18 15.6 +24 56 r Her 13. p pF, vS, R, gbM, S* att f 6600 - 18 15.7 +25 02 r Her F, vS, stell; = 6602 6583 OC 18 15.8 -22 08 s Sgr 3. 10. p Cl, pRi, pC, cE, st 13... I1285 OC 18 16.1 +25 06 x Her S Cl 6612 Gx 18 16.2 +36 05 r Lyr 15. p eeF, eS, R, v diffic I1286 Gx 18 16.2 +55 34 u Dra 1.5 15. p eF, pS, R, 2 st nr 6578 Pl 18 16.3 -20 27 s Sgr 0.2 13. p PN , stellar = 13 mag I4682 Gx 18 16.4 -71 35 c Pav 2.5 vF, cS, cE 140deg , stell N I4701 Nb 18 16.5 -16 44 s Sgr 60. eL, conn with cloud IC 4715 6602 Gx 18 16.6 +25 02 r Her 14. p Cl, vS, st F, 30", nebulous? 6589 18 16.9 -19 46 D Sgr 5. D* in centre of eF, pL neby 6590 C+N 18 17.0 -19 53 s Sgr 4. D* in centre of pF, pL, R neby; = 6595 6595 OC 18 17.0 -19 53 s Sgr 11. 7. p F, pL, cE, ** inv; = IC 4700 6605 OC 18 17.1 -14 58 s Ser 6. p Cl, lRi, lC, st 10...12 I4700 18 17.1 -19 52 x Sgr *9.4 in dense neb; = 6595 6610 - 18 17.2 +15 00 r Her F, S, E, mbM, r I1283 Nb 18 17.3 -19 44 d Sgr *9.3 nebulous I4695 18 17.4 -58 55 d Pav eF, vS, R, bM, sev st nr; susp 6596 OC 18 17.5 -16 40 s Sgr Cl, lC I1284 Nb 18 17.7 -19 40 x Sgr 10. *7.6 in neb, 15' diam 6616 Gx 18 17.8 +22 15 r Her 15. p vF, eS, mE, 2 st 9-10 nr, one p 2s , 0'.6 s 6604 C+N 18 18.1 -12 14 s Ser 60. 6.5 Cl, lRi, lC 6603 OC 18 18.4 -18 25 s Sgr 5. 11. p !, Cl, vRi, vmC, R, st 15 (Milky Way) I4699 Pl 18 18.5 -45 59 s Tel 0.2 12. p PN , stellar 6584 Gb 18 18.6 -52 13 s Tel 7.9 9.2 glob. cl. , cB, cL, R, gmbM, rrr, st 15 6615 Gx 18 18.6 +13 16 s Oph 1.2 15. p vF, vS 6611 C+N 18 18.8 -13 47 s Ser 35. 6.0 Cl, at least 100 st L & S; = M16 6619 Gx 18 18.8 +23 40 r Her 14. p F, S, E I4703 OC 18 18.9 -13 47 x Ser B, eL, Cl M16 inv 6623 Gx 18 19.5 +23 43 r Her 14. p pF, S, R, bM I4706 18 19.6 -16 01 d Sgr *9.2 in S neb, conn with M17 6643 Gx 18 19.8 +74 34 s Dra 3.9 11.1 pB, pL, E 50deg , 2 st p 6613 OC 18 19.9 -17 08 s Sgr 9. 6.9 Cl, P, vlC; = M18 I4707 18 20.1 -16 01 d Sgr *9.4 in S neb, conn with M17 I4696 Gx 18 20.3 -64 44 c Pav 2.4 neb, susp 6618 C+N 18 20.8 -16 11 s Sgr 46. 6.0 !!!, B, eL, eiF, 2 hooked; = M17 I4698 18 21.0 -63 22 d Pav eF, vS, eE 45deg , stell N 6557 Gx 18 21.4 -76 34 A Oct vF, vS, R, glbM 6588 18 21.5 -63 48 D Pav sev vF st (no neb) 6636 Gx 18 22.0 +66 38 r Dra 14. p eeF, pS, R, 3 st nr 6628 Gx 18 22.2 +23 29 r Her 15. p vF, S, lE, bM 6627 Gx 18 22.7 +15 42 s Her 1.5 13.2 vF, pL 6620 Pl 18 22.9 -26 49 s Sgr 0.1 15. p PN , stellar I4702 Gx 18 23.1 -59 14 c Pav 1.6 eF, eS, * in disc, ring susp 6625 OC 18 23.2 -12 03 s Sct 9. p Cl, lC, lRi, st 11...12 6624 Gb 18 23.7 -30 22 s Sgr 5.9 8.3 glob. cl. , vB, pL, R, rrr, st 16 6654 Gx 18 24.1 +73 11 s Dra 3.0 11.6 *12-13 in pB, pL neby 6651 Gx 18 24.3 +71 36 s Dra 1.8 14. p eeF, pS, lE, v diffic I4709 18 24.3 -56 12 d Tel eF, vS, vE 0deg , stell N; susp 6626 Gb 18 24.5 -24 52 s Sgr 11.2 6.9 !, glob. cl. , vB, L, R, geCM, rrr, st 14...16; = 6632 Gx 18 25.0 +27 32 s Her 3.1 13. p F, S, R, gbM 6614 Gx 18 25.2 -63 14 r Pav vF, S, R, gvlbM, *9 p 6650 Gx 18 25.4 +68 00 r Dra 15. p vF, vS, R 6648 - 18 25.6 +64 59 r Dra S, pmE, ** inv 6629 Pl 18 25.7 -23 12 s Sgr 0.3 12. p plan or glob. cl. , pB, eeS, R 6438 Gx 18 26. -85 25 s Oct 2.6 13. p pB, R, vgbM I4715 C+N 18 26.2 -18 26 F Sgr 30. eeL cloud of st and neb I4733 18 26.5 +64 58 d Dra vF, stellar 6631 OC 18 27.2 -12 02 s Sct 5. 12. p Cl, pL, pRi, st 12...15 6635 Gx 18 27.6 +14 49 s Her 1.3 15. p vF, S, R 6633 OC 18 27.7 +06 34 s Oph 27. 4.6 Cl, lC, st L I4704 Gx 18 27.9 -71 37 c Pav 3.2 cB, bM 6640 Gx 18 28.1 +34 18 r Lyr 14. p vF, S, R, vlbM I4711 18 28.1 -64 57 d Pav eF, eS, eE 125deg , stell N I4705 Gx 18 28.2 -71 42 c Pav 2.7 eF, eS, R I4710 Gx 18 28.7 -66 59 s Pav 4.2 12. p vF, vS, R, bM 6641 Gx 18 28.8 +22 54 r Her 14. p vF, vS, R, bM I1288 Gx 18 29.4 +39 43 u Lyr 1.3 14. p v F, S, lE, 3 st nr 6646 Gx 18 29.6 +39 52 r Lyr 13. p F, S, iF I1289 18 29.8 +40 00 d Lyr eeF, pS, lE, 3 st nr 6634 - 18 29.9 -33 25 r Sgr neb, without stars I4713 Gx 18 30.0 -67 13 c Pav 1.2 vF 6639 OC 18 30.1 -13 12 r Sct Cl (in Milky Way) 6667 Gx 18 30.7 +67 59 s Dra 2.6 12. p vF, pL, lE, vF D* nr 6638 Gb 18 30.9 -25 30 s Sgr 5.0 9.2 glob. cl. , B, S, R, rr I4714 Gx 18 30.9 -66 39 c Pav 1.1 vF I4712 Gx 18 31.1 -71 42 c Pav 2.1 vF, vS, R, bM I1287 Nb 18 31.3 -10 50 s Sct 44. *5.5 in L, E neb 6637 Gb 18 31.4 -32 21 s Sgr 7.1 7.7 glob. cl. , B, L, R, rrr, st 14...16; = M69 6647 OC 18 31.5 -17 21 s Sgr 8. p Cl, L, Ri, lC, st vS I4725 OC 18 31.6 -19 15 s Sgr 32. 4.6 Cl, pC; = M25 6642 Gb 18 31.9 -23 29 s Sgr 4.5 8.8 glob. cl. , pB, pL, iR, gpmbM rrr, st 16 I4762 OC 18 32.5 +67 50 x Dra vF, eS, Cl or * with neb 6630 Gx 18 32.6 -63 17 A Pav pF, S, R, gbM 6644 Pl 18 32.6 -25 08 s Sgr 0.1 12. p PN , stellar 6645 OC 18 32.6 -16 54 s Sgr 10. 9. p Cl, pL, vRi, pC, st 11...15 I4716 18 32.7 -56 58 d Pav eeF, eS, lE 90deg , susp 6657 Gx 18 33.0 +34 02 r Lyr 14. p vF, vS, sbM 6676 Gx 18 33.2 +66 57 r Dra 15. p eeF, pS, lE, lbM, v diffic 6678 - 18 33.2 +67 51 r Dra pF, pS, R; nonexistent? I4719 Gx 18 33.2 -56 44 c Tel 1.3 eF, vS, 2 patches, susp 6668 18 33.3 +67 08 D Dra pB, pS, mE; = 6677? I4717 Gx 18 33.3 -57 58 c Pav 1.5 F, S, eE 95deg , stell N 6649 OC 18 33.5 -10 24 s Sct 6. 8.9 Cl, P, lC, pS, st 9-10, 12...13 6663 Gx 18 33.5 +40 03 r Lyr 15. p eeF, pS, R, v diffic 6670 Gx 18 33.5 +59 53 r Dra 15. p eeF, S, mE, v diffic I4720 Gx 18 33.5 -58 24 c Pav 2.5 cF, S, eE 165deg , cbM I4763 18 33.5 +67 08 d Dra vF, neb*?; 6677 nr 6677 Gx 18 33.6 +67 08 r Dra 13. p vF, vS, bet * v close & vF D* 6679 Gx 18 33.6 +67 08 r Dra 13. p eF, neb D* 12.5, dist 5" 6672 Gx 18 33.8 +42 48 r Lyr 15. p 2 close st, n one nebs I4718 Gx 18 33.8 -60 08 c Pav 2.1 cB, S, E 125deg , B, stell N 6658 Gx 18 33.9 +22 53 s Her 1.9 12.9 F, vS, lE 6659 - 18 33.9 +23 34 r Her Cl, P, lC I1291 Gx 18 33.9 +49 16 s Dra 2.4 14. p eF, vS, R, F, 2 st 12 nf and np I4732 Pl 18 33.9 -22 39 s Sgr 0.1 13. p PN , stellar 6662 Gx 18 34.0 +32 03 r Lyr 15. p F* in vF, vS, lE neby 6665 Gx 18 34.5 +30 42 r Lyr 14. p vF, vS I4721 Gx 18 34.5 -58 30 s Pav 4.1 13. p F, cL, E 150deg I4722 Gx 18 34.5 -57 48 c Pav 1.6 F, vS, 2-branch spir 6660 18 34.6 +22 55 D Her pB, pS, R, mbM, bet 2 st; = 6661 6661 Gx 18 34.6 +22 55 s Her 2.0 11.9 F, vS, R, gbM 6655 - 18 34.8 -05 59 r Sct pF, vS, E 6690 Gx 18 34.8 +70 32 s Dra 3.8 13. p pF, L, R, bet 2 st 6689 Gx 18 34.9 +70 32 t Dra 3.9 12. p vF, pS, *8 f, 7' dist 6666 18 35.3 +33 35 D Lyr eF, S, R, v diffic 6652 Gb 18 35.8 -32 59 s Sgr 3.5 8.9 B, S, lE, rrr, st 15 I4723 Pl 18 35.8 -63 22 x Pav 0.2 15. p vF, vS, R 6656 Gb 18 36.4 -23 54 s Sgr 24.0 5.1 !!, glob. cl. , vB, vL, R, vRi, vmC, st 11...15; M 6664 OC 18 36.7 -08 13 s Sct 16. 7.8 Cl, L, pRi, vlC I4726 18 36.9 -62 51 d Pav eF, vS, R, eF* 0'.5 nf 6687 Gx 18 37.2 +59 37 r Dra 15. p eF, pL, R, bet 2 st 6671 Gx 18 37.4 +26 24 r Lyr 14. p vF, vS, R, mbM 6675 Gx 18 37.4 +40 04 r Lyr 13. p vF, E, 45" I4727 Gx 18 37.9 -62 42 c Pav 1.4 vF, eS, R I4728 Gx 18 37.9 -62 32 c Pav 2.0 eF, S, cE 170deg , stell N 6669 Gx 18 38.0 +22 04 r Her eF, pL I4734 Gx 18 38.4 -57 29 c Pav 1.4 vF, vS, lE 130deg I1290 18 38.5 -24 07 D Sgr Cl of half dozen st 12... 6674 Gx 18 38.6 +25 23 s Her 4.2 12.1 F, pS, iR, bM I4724 18 38.6 -70 07 d Pav eF, eS, cE 170deg I4736 Gx 18 38.6 -57 54 c Pav 1.5 eF, eS, R I4731 Gx 18 38.7 -62 57 c Pav 1.5 vF, vS, eE 88deg , stell N I4730 Gx 18 38.8 -63 21 c Pav 1.8 eeF, eS, eE 0deg , *9 s 2' I4756 OC 18 39.0 +05 27 s Ser 52. 5. p Cl, C 6691 Gx 18 39.3 +55 38 s Dra 1.7 14. p vF, pL, R, pB* s nr I4735 18 39.7 -62 57 d Pav eF, vS, bM 6680 Gx 18 39.8 +22 18 r Her 15. p eF, S, close to a S* 6685 18 39.9 +39 59 D Lyr eeF, vS, R, v diffic, sp of 2 I4737 18 39.9 -62 36 d Pav eF, vS, cE 10deg , bet 2 F st I4772 Gx 18 39.9 +40 00 u Lyr 1.1 15. p eF, eS; 6685 f 2s , 2'.7 s 6696 Gx 18 40.0 +59 19 r Dra 16. p eeF, pL, v diffic I4729 Gx 18 40.0 -67 26 c Pav 1.4 vF, S, R, stell N 6686 Gx 18 40.1 +40 08 r Lyr 15. p eeF, eS, R, v diffic, nf of 2 I4738 18 40.4 -61 54 d Pav eeF, eS, eF* sf 0'.5 6688 Gx 18 40.7 +36 16 r Lyr 14. p F, pS, R, bM I4739 18 40.8 -61 54 d Pav eeF, eS, eF* inv I4743 18 41.3 -61 46 d Pav vF, bM 6682 - 18 41.6 -04 46 r Sct Cl, L, Ri, st 10...18 6693 * 18 41.6 +36 55 r Lyr vF I4741 18 41.6 -63 57 d Pav vF, vS, lE 20deg , stell N, 4 F st inv 6692 Gx 18 41.7 +34 49 r Lyr 14. p vF, vS, irrE, sev vF st inv I1293 18 41.7 +56 19 D Dra 3 st 14, of which the f one is nebs I4744 18 41.8 -63 14 d Pav eeF, eS, R, eF* inv I4768 OC 18 41.8 -05 31 x Sct Cl, D, st sc I4742 Gx 18 41.9 -63 52 c Pav 1.3 cF, vS, R, bM, F* inv 6683 OC 18 42.2 -06 17 s Sct 11. 10. p Cl, vRi, vlC (in Milky Way) I4745 Gx 18 42.6 -64 57 c Pav 2.2 eF, vS, vF* p 0'.4 6695 Gx 18 42.7 +40 24 r Lyr 14. p vF, S, irrE ns, vlbM I4748 18 42.7 -64 05 d Pav eF, vS, R, F* sf 1' I4749 18 42.9 -63 13 d Pav eeF, eS, 3 F st nr I4740 Gx 18 43.0 -68 22 c Pav 1.1 eeF, vS, R, lbM, 2 eF st nr I4750 18 43.0 -62 58 d Pav eeF, eS, R, *11 np 0'.5 6681 Gb 18 43.2 -32 18 s Sgr 7.8 8.1 glob. cl. , B, pL, R, gbM, st 14...17; = M70 6701 Gx 18 43.2 +60 40 s Dra 1.8 13. p pB, pS, mE, F* close f I4751 18 43.2 -62 07 d Pav vF, vS, R, bM I4753 18 43.5 -62 06 d Pav vF, vS, R, bM I4752 18 43.8 -64 05 d Pav eF, vS, R, vF* sf 1' I4757 Gx 18 43.9 -57 10 c Pav 1.6 eF, eS, cE 50deg I4761 Gx 18 43.9 -52 51 c Tel 1.7 vF, bM, doubtful I4754 Gx 18 44.0 -61 59 c Pav 1.4 eF, pS, R, stell N; ring? 6653 Gx 18 44.6 -73 16 c Pav 1.8 vF, S, lE, glbM I1292 18 44.8 -27 49 d Sgr stellar, gaseous spectrum, *9.6 sf I4755 18 45.0 -63 41 d Pav vF, vS, eE 90deg , stell N 6673 Gx 18 45.1 -62 17 r Pav pF, S, R, psbM, r 6694 OC 18 45.2 -09 24 s Sct 15. 8.0 Cl, cL, pRi, pC, st 12...15; = M26 6697 Gx 18 45.2 +25 31 r Her 14. p F, vS, stell I4759 Gx 18 45.7 -63 05 c Pav 1.2 eF, eS, R I4760 18 45.7 -62 57 d Pav eF, vS, R, F* np 1' I4776 Pl 18 45.8 -33 21 s Sgr 0.1 12. p PN , stellar 6714 - 18 45.9 +66 44 r Dra eeF, pS, v diffic, sev B st n I4746 18 45.9 -72 40 d Pav eF, eS I4747 18 45.9 -72 37 d Pav vF, eS, cE 75deg 6700 Gx 18 46.0 +32 17 r Lyr 14. p eF, lE, dif, iR I4758 18 46.4 -65 45 d Pav vF, S, R 6702 Gx 18 47.0 +45 42 s Lyr 2.1 12.2 pF, S, lE I4764 18 47.0 -63 29 d Pav eeF, eS, bM 6703 Gx 18 47.3 +45 33 s Lyr 2.6 11.4 B, S, R, mbM I4765 Gx 18 47.3 -63 20 c Pav 3.6 vF, S, R, bM I4766 18 47.5 -63 17 d Pav eF, eS, bM I4767 Gx 18 47.7 -63 24 c Pav 1.3 eF, eS, mE 25deg , cbM I4769 Gx 18 47.7 -63 10 c Pav 2.1 eF, vS, mE 170deg , cbM I4770 18 48.1 -63 23 d Pav eeF, eS, bM I4777 18 48.1 -53 08 d Tel vF, PN , lE 6698 - 18 48.2 -25 55 r Sgr suspected Cl, cL, st vF I4774 Gx 18 48.2 -57 56 c Pav 1.1 eF, S, iF, mbM I4771 18 48.3 -63 15 d Pav eF, eS, R, bM I4775 Gx 18 48.4 -57 11 c Pav 1.4 eF, eS, mE 15deg , susp 6684 Gx 18 49.0 -65 11 s Pav 3.7 10.5 vB, pL, R, vg, psvmbM *7 p 6711 Gx 18 49.0 +47 39 s Dra 1.3 14. p vF, pS, R, lbM I4791 18 49.0 +19 20 d Her neb; *6 f 2' I1294 18 49.9 +40 15 d Lyr eeF, S, iR, v diffic, F* close nf I4778 Gx 18 50.0 -61 43 c Pav 1.5 cF, vS, cE 35deg I4780 18 50.0 -59 14 d Pav eF, vS, lE 120deg I4779 18 50.5 -63 00 d Pav eeF, eS, eF* p 0'.3 6710 Gx 18 50.6 +26 50 s Lyr 2.0 12.8 vF, S, R, bM 6713 Gx 18 50.7 +33 57 r Lyr 14. p vF, S, R, bM 6704 OC 18 50.9 -05 12 s Sct 6. 9.2 Cl, B, 60 st 13 I4782 Gx 18 50.9 -55 29 c Tel 1.6 eeF, eS, susp 6705 OC 18 51.1 -06 16 s Sct 14. 5.8 !, Cl, vB, L, iR, Ri, *9, st 11...; = M11 I4773 Gx 18 51.3 -69 55 c Pav 1.6 eF, dif 6709 OC 18 51.5 +10 21 s Aql 13. 6.7 Cl, pRi, lC, iF I4783 18 51.5 -58 48 d Pav eF, vS I4781 18 51.7 -62 47 d Pav 3 eeF st in neb 6699 Gx 18 52.1 -57 19 s Pav 1.9 13. p pF, pS, lE 90deg , pslbM I4786 18 52.7 -56 42 d Tel eeF, eS, mE 0deg I4784 18 52.9 -63 25 d Pav cF, S, R, bM I4785 Gx 18 52.9 -59 15 c Pav 2.9 eF, vS, iF, stell N 6712 Gb 18 53.1 -08 42 s Sct 7.2 8.2 glob. cl. , pB, vL, irr, vglbM, rrr I1296 Gx 18 53.3 +33 04 u Lyr 1.3 15. p eF, pS, iR, 4' np M57 6720 Pl 18 53.6 +33 02 s Lyr 2.5 9.0 !!!, ring , B, pL, cE (in Lyra); = M57 6716 OC 18 54.6 -19 53 s Sgr 7. 6.9 Cl, pRi, st 9...13 I1295 Pl 18 54.6 -08 50 s Sct 1.4 15. p pB, pL, gbM I4788 18 54.7 -63 26 d Pav eeF, eS, eE 35deg 6715 Gb 18 55.1 -30 29 s Sgr 9.1 7.7 glob. cl. , vB, L, R, g, smbM, rrr, st 15; = M54 6717 Gb 18 55.1 -22 42 s Sgr 3.9 F, S, rr, Cl + neb I4802 18 55.1 -22 42 d Sgr neb *13, 15" nf 6717 6747 Gx 18 55.3 +72 47 r Dra 15. p eeF, v diffic, pB st sf 6707 Gx 18 55.4 -53 49 v Tel F, S, vlE, gbM 6708 Gx 18 55.6 -53 43 v Tel pF, S, R, gpmbM, last of group I4792 18 55.7 -56 25 d Tel eeF, eS, mE 160deg , bet 2 st, susp I4787 Gx 18 56.1 -68 41 c Pav 1.4 eF, dif I4789 Gx 18 56.3 -68 34 c Pav 1.4 eF, eS, R 6732 Gx 18 56.4 +52 22 r Dra 14. p pB, vS, R, F* n I4796 Gx 18 56.5 -54 13 c Tel 1.6 14m, bM, near edge of plate I4797 Gx 18 56.5 -54 18 s Tel 2.8 11.3 14m, bM, near edge of plate I4790 18 56.6 -64 56 d Pav cB, S, R, bM 6706 Gx 18 56.9 -63 10 c Pav 1.5 vF, vS, eE 120deg , stell N I4793 18 56.9 -61 23 d Pav eF, vS, cE 130deg 6724 - 18 57.0 +10 22 r Aql Cl 6731 - 18 57.0 +43 04 r Lyr vF I4794 18 57.1 -62 05 d Pav F, S, R, bM I4795 18 57.2 -61 36 d Pav eeF, eS, eE 40deg I4798 Gx 18 58.3 -62 07 c Pav 1.9 F, S, R, bM I4800 Gx 18 58.7 -63 08 c Pav 1.7 vF, S, stell N, oval ring, 2 wisps I4799 18 58.9 -63 55 d Pav vF, S, R, stell N, ring, 2 wisps 6742 Pl 18 59.3 +48 28 s Dra 0.5 15. p vF, stellar 6723 Gb 18 59.6 -36 38 s Sgr 11.0 7.3 glob. cl. , vL, vlE, vgbM, rrr, st 14...16 I4801 Gx 18 59.6 -64 40 c Pav 1.7 cF, S, R, bM 6728 - 19 00.0 -08 57 r Aql Cl, vL, P I4803 19 00.6 -62 04 d Pav eeF, eS, R 6750 Gx 19 00.7 +59 10 r Dra 13. p vF, vS, R 6721 Gx 19 00.8 -57 47 s Pav 1.9 12.0 pF, cS, R, vmbM 6735 OC 19 00.8 -00 28 F Aql Cl, vL, P, st 12... 6740 Gx 19 00.8 +28 45 r Lyr 15. p eeF, S I4804 Gx 19 01.1 -61 50 c Pav 1.5 eeF, eS, cE I4808 Gx 19 01.1 -45 19 c CrA 2.0 vF, cL, cE 45deg , lbM, susp I4812 Nb 19 01.1 -37 04 d CrA *7 inv in eL neb 6738 OC 19 01.4 +11 36 s Aql 15. 8. p Cl, P, lC 6743 ? 19 01.4 +29 16 A Lyr Cl, pL, P, st 11...12 6718 Gx 19 01.5 -66 07 c Pav 1.5 vF, S, R, glbM, *9 sp I4806 Gx 19 01.5 -57 32 c Pav 2.1 eeF, eS, eE 10deg , 2 st vnr, susp 6745 Gx 19 01.6 +40 45 r Lyr 13. p vF, lE ns 6726 Nb 19 01.7 -36 53 s CrA 2. *6-7 in F, pL, neb 6725 Gx 19 01.8 -53 56 A Tel eF, eS, stell N, with straight wisp at 40deg 6727 Nb 19 01.8 -36 54 r CrA *8 in F, pL neb I4816 19 01.8 -13 09 d Sgr PN , stellar 6729 Nb 19 01.9 -36 57 s CrA 1. var* (11...) with neb!! I4805 19 02.0 -63 03 d Pav eF, vS, eE 25deg , bM 6737 - 19 02.2 -18 32 r Sgr Cl, pL, pRi, R, st 12...15 I4807 Gx 19 02.3 -56 56 c Pav 0.9 vF, vS, lE, PN ?, susp 6741 Pl 19 02.6 -00 27 s Aql 0.1 11. p PN , stellar I4810 Gx 19 03.0 -56 10 c Tel 3.0 eF, S, eE 140deg , lbM, susp 6719 Gx 19 03.1 -68 35 c Pav 1.6 vF, pL, R, vgvlbM 6722 Gx 19 03.7 -64 54 c Pav 2.9 pF, S, E, glbM, 2 st 8 p 6748 - 19 03.8 +21 36 r Vul pB, vS, bM I4809 19 04.0 -62 10 d Pav eF, vS, lE 20deg I4814 19 05.0 -58 44 d Pav eeF, cS, cE 100deg , susp 6749 Gb 19 05.1 +01 47 s Aql 6.3 11.1 Cl, L, lC, st L & S 6757 Gx 19 05.1 +55 43 r Dra 14. p pF, mE, 3 F st inv 6762 Gx 19 05.6 +63 56 r Dra 14. p eF, mE; = 6763 6763 Gx 19 05.6 +63 56 D Dra 14. p eF, vS, cE, F* nr I4811 19 05.8 -67 07 d Pav eeF, eS, R, alm stell I4813 19 05.8 -66 31 d Pav vF, S, R 6751 Pl 19 05.9 -06 00 s Aql 0.3 13. p pB, S I4818 Gx 19 06.0 -55 08 c Tel 1.6 eF, eS, cE 90deg 6733 Gx 19 06.2 -62 12 c Pav 1.7 eeF, vglbM, v difficult I4817 Gx 19 06.2 -56 10 c Tel 1.5 eF, vS, cE 0deg I4815 19 06.7 -61 41 d Pav cF, vS, R, bM 6759 Gx 19 06.9 +50 19 r Dra 15. p vF, S, R, vF D* close sp I4819 Gx 19 07.1 -59 28 c Pav 2.7 vF, S, eE 130deg 6734 Gx 19 07.2 -65 28 c Pav 1.4 vF, S, R, glbM, p of 2 6736 Gx 19 07.5 -65 26 c Pav 1.2 eF, S, R, glbM, f of 2 6730 Gx 19 07.6 -68 55 c Pav 1.5 vF, S, R, pmbM, *7-8 nf 6739 Gx 19 07.8 -61 22 c Pav 2.2 cF, vS, cE, psbM, 3 st p 6755 OC 19 07.8 +04 14 s Aql 15. 7.5 Cl, vL, vRi, pC, st 12...14 6764 Gx 19 08.3 +50 56 s Cyg 2.5 13. p pF, pL, mE, sev vF st inv 6756 OC 19 08.7 +04 41 s Aql 4. 11. p Cl, S, Ri, lC, st 11...12 I4820 Gx 19 09.2 -63 28 c Pav 1.4 eeF, eS I4821 Gx 19 09.5 -55 01 c Tel 1.8 vF, vS, eE 10deg 6744 Gx 19 09.8 -63 51 s Pav 15.5 9. p cB, cL, R, vg, svmbM, r 6766 - 19 09.9 +46 15 r Lyr PN , stellar 6746 Gx 19 10.4 -61 58 c Pav 1.4 eF, cS, R, glbM 6752 Gb 19 10.9 -59 59 s Pav 20.4 5.4 glob. cl. , B, vL, iR, rrr, st 11...16 6786 Gx 19 10.9 +73 24 r Dra 13. p F, S, R, 2 st nf 6765 Pl 19 11.1 +30 33 s Lyr 0.6 F, S, E 6760 Gb 19 11.2 +01 02 s Aql 6.6 9.1 pB, pL, vglbM 6753 Gx 19 11.4 -57 03 s Pav 2.5 12. p pB, pL, R, gbM 6754 Gx 19 11.4 -50 39 s Tel 2.2 13. p pF, pL, mE 63deg , vglbM 6767 - 19 11.6 +37 43 r Lyr vF, S, R, stellar, S* nr n I4823 19 12.2 -64 00 d Pav vF, vS I4826 Gx 19 12.3 -57 12 c Pav 1.7 eF, eeS, R I4829 Gx 19 12.6 -56 32 c Tel 2.0 eeF, eS, mE 20deg I4824 Gx 19 13.2 -62 05 c Pav 2.5 eF, eS, Dneb I4827 Gx 19 13.3 -60 52 c Pav 2.5 F, cS, eE 170deg , stell N I4828 19 13.6 -62 04 d Pav vF, vS, cE 60deg I4830 Gx 19 13.8 -59 18 c Pav 1.7 eF, eS, R, lbM 6758 Gx 19 13.9 -56 19 s Tel 2.1 13. p pB, S, R I4832 Gx 19 14.1 -56 37 c Tel 2.0 vF, vS, eE 145deg , stell N 6772 Pl 19 14.6 -02 42 s Aql 1.0 14. p vF, L, R, vvlbM, r I4831 Gx 19 14.7 -62 16 c Pav 3.3 ! cF, vS, eE 150deg , 2-br spir I4822 19 14.9 -72 26 d Pav F, S, R 6773 - 19 15.0 +04 53 r Aql Cl, P, lC 6761 Gx 19 15.3 -50 40 v Tel 2.2 vF, pS, iR I4837 Gx 19 15.3 -54 40 s Tel 2.8 12. p F, cS, R, bM I4835 19 15.5 -58 14 d Pav eF, eS, cE 0deg I4833 19 15.6 -62 20 d Pav eeF, eS, R, bM I4839 Gx 19 15.6 -54 38 c Tel 2.4 F, neb* I4840 Gx 19 15.9 -56 13 c Tel 1.1 cF, vS 6787 Gx 19 16.3 +60 25 r Dra 15. p eeF, pS, 4 st sf, e diffic I4836 Gx 19 16.3 -60 12 c Pav 1.1 F, cL, iF, 2 st inv 6768 Gx 19 16.5 -40 11 r CrA vF, S, R, pslbM I4834 19 16.5 -64 01 d Pav eF, vS, lE 140deg I4846 Pl 19 16.5 -09 03 s Aql 13. p PN , stellar 6774 OC 19 16.6 -16 16 r Sgr Cl, vL, lC 6779 Gb 19 16.6 +30 11 s Lyr 7.1 8.3 glob. cl. , B, L, iR, gvmCM, rrr, st 11...14; = M5 6783 Gx 19 16.6 +46 01 r Cyg 15. p eF, diffic 6789 Gx 19 16.7 +64 00 r Dra 13. p eeF, pL, R, v diffic 6775 Ast 19 16.8 -00 55 F Aql Cl, P, lC, st 10...11 I4838 19 16.8 -61 37 d Pav cF, S, eE 45deg I4825 19 17.3 -72 45 d Pav eF, eS, R I1297 Pl 19 17.4 -39 37 s CrA 0.1 stellar (gaseous spectrum) 6769 Gx 19 18.4 -60 31 s Pav 2.5 11.8 vF, S, R, lbM, 1st of 3 6778 Pl 19 18.4 -01 36 s Aql 0.3 13. p S, E, ill-defined disc 6781 Pl 19 18.4 +06 33 s Aql 1.8 12. p PN , F, L, R, vsbM disc, S* nf I1298 OC 19 18.5 -01 37 x Aql vS Cl, 6778 p 3' 6770 Gx 19 18.7 -60 31 s Pav 2.5 12.0 eF, vS, 2nd of 3 6771 Gx 19 18.7 -60 33 s Pav 2.6 12.5 eF, S, 3rd of 3 I4844 Gx 19 19.0 -56 02 c Tel 1.6 vF, vS I4843 19 19.3 -59 18 d Pav eF, eS, cE 90deg I4842 Gx 19 19.5 -60 39 s Pav 2.4 12.3 vF, vS, R I4845 Gx 19 20.4 -60 23 c Pav 1.7 cF, bM, *11 sp 0'.4 I4850 19 20.4 -00 08 d Aql PN , stellar 6791 OC 19 20.7 +37 51 s Lyr 16. 9.5 vF I4841 19 20.8 -72 13 d Pav eF, S, R, cbM 6785 19 20.9 -01 06 D Aql eS, stellar 6792 Gx 19 21.0 +43 08 r Lyr 13. p F, E 26deg , glbM, *9.5 sf 6796 Gx 19 21.5 +61 09 s Dra 2.1 14. p vF, pS, mE ns I1299 OC 19 22.6 +20 45 x Vul S Cl of vF st I4848 19 22.8 -56 47 d Pav eF, eS, R 6780 Gx 19 22.9 -55 47 s Tel 1.9 13. p vF, L, R, vglbM 6790 Pl 19 23.2 +01 31 s Aql 0.1 10. p PN , B, eS, stell = 9.5 mag 6793 OC 19 23.2 +22 11 r Vul Cl, P, lC I4847 19 23.5 -65 31 d Pav vF, eS, R, *8.9 sf 4' 6782 Gx 19 24.0 -59 55 s Pav 2.7 13. p cF, cS, R, lbM, *9 s 6798 Gx 19 24.0 +53 38 r Cyg 14. p F, vS, R, * vnr I1300 ? 19 24.1 +52 39 x Cyg = 6798 6776 Gx 19 25.4 -63 52 s Pav 1.9 12.0 pB, S, R, pgbM I4849 19 25.4 -62 54 d Pav vF, vS I4851 Gx 19 25.5 -57 40 c Pav 1.6 vF, vS, eE 15deg , vmbM, susp 6795 - 19 26.1 +03 31 r Aql Cl, Ri, bet 2 st 9 I4852 Gx 19 26.4 -60 20 c Pav 1.7 cF, bM I4867 Gx 19 26.5 +50 07 u Cyg 1.0 14. p S; 2 st 7 nf 3' (= IC 1301?) 6784 Gx 19 26.6 -65 37 c Pav 0.8 eeeF, pS, am S st I1301 Gx 19 26.6 +49 45 v Cyg 1.4 eeF, vS, R, 3 st f; = IC 4867? 6777 19 26.8 -71 30 D Pav 2 st 8 or 9 mag nr (no neb) 6788 19 26.9 -54 57 D Tel pB, S, mE, pslbM 6800 OC 19 27.2 +25 08 s Vul Cl, vL, pRi, vlC, st 10... I4854 19 27.4 -59 18 d Pav vF, cS, R I4855 19 27.5 -59 18 d Pav eF, vS, R, susp I4856 Gx 19 27.5 -54 55 c Tel 1.0 eF, eS, Dneb, susp 6801 Gx 19 27.7 +54 22 r Cyg 15. p eF, pS, R, F* s nr 6794 Gx 19 27.9 -38 53 r Sgr eF, pS, R, vgvlbM I4863 19 28.3 -36 12 d Sgr close D*, nebulous? I4857 Gx 19 28.6 -58 46 c Pav 1.8 vF, cS, R; = IC 4858 I4858 Gx 19 28.6 -58 46 c Pav 1.8 eeF, eS, prob spir; susp 6797 - 19 28.9 -25 40 r Sgr neb with *9 att f; nonexistent? I4861 19 29.2 -57 34 d Pav vF, eS, cE 25deg , susp 6802 OC 19 30.6 +20 16 s Vul 3. 8.8 Cl, L, vC, E 0deg , st 14...18 I4859 19 30.8 -66 19 d Pav eF, S, cbM, alm stell N I1302 Gx 19 30.9 +35 47 s Cyg 1.0 13.3 vF, undefined I4853 19 30.9 -71 04 d Pav eeF, eS, lE 170deg I4865 19 30.9 -46 42 d Tel F, perh stell N; *9.5 att sf 6803 Pl 19 31.3 +10 03 s Aql 0.1 11. p PN , stellar I1303 Gx 19 31.5 +35 53 v Cyg 1.5 14.2 vF, S, with S Cl I4860 Gx 19 31.5 -67 22 c Pav 1.1 eF, S, R 6804 Pl 19 31.6 +09 13 s Aql 1.1 12. p cB, S, iR, rrr I4862 Gx 19 31.7 -67 19 c Pav 1.4 eF, S, cbM, lE 0deg 6799 Gx 19 32.3 -55 54 c Tel 1.5 eF, vS, R, lbM, 3 vS st nr I4868 19 33.5 -45 54 d Tel eS, lE, mag 9.4 6807 Pl 19 34.6 +05 41 s Aql 14. p PN , stellar I4866 Gx 19 34.6 -61 09 c Pav 1.6 cF, S, R, bM I4873 19 34.9 -46 08 d Tel F, S, R, F* M I1304 19 35.5 +41 02 d Cyg F neby I4871 Gx 19 35.7 -57 31 c Pav 3.2 vF, S, eE 15deg I4872 Gx 19 35.7 -57 31 c Pav 3.2 vF, S, eE 5deg ; = IC 4871 I4869 Gx 19 36.0 -61 02 c Pav 2.3 F, S, R, bM, F* sp 1' I4874 Gx 19 36.4 -47 16 c Tel 1.4 F, S, R, F* M 6805 Gx 19 36.8 -37 33 c Sgr 1.2 eF, R, vgbM 6806 Gx 19 37.2 -42 19 v Sgr eF, vS, *14 att 6817 Gx 19 37.4 +62 22 r Dra 15. p eeF, pS, lE I4870 Gx 19 37.6 -65 49 c Pav 1.5 vF, S, F* inv I4875 Gx 19 37.7 -52 04 c Tel 1.3 F, S, R, lbM I4876 Gx 19 37.7 -52 51 c Tel 1.2 F, S, R, lbM I4877 Gx 19 37.9 -51 59 c Tel 1.1 F, S, R, lbM 6811 OC 19 38.2 +46 34 s Cyg 13. 6.8 Cl, L, pRi, lC, st 11..14 I4878 19 38.8 -58 13 d Pav eF, eS, mE 40deg I1305 19 39.3 +20 13 d Vul vF, *9.5 at sf end I4879 19 39.7 -52 22 d Tel F, S, R, lbM 6809 Gb 19 40.0 -30 58 s Sgr 19.0 7.0 glob. cl. , pB, L, R, vRi, vgbM, st 12...15; = M55 I4864 Gx 19 40.1 -77 33 c Oct 1.6 eF, vS, eE 70deg , vF* sp 1' 6813 Nb 19 40.4 +27 18 s Vul 3. ** in vF, S neb I4881 Gx 19 40.4 -55 51 c Tel 1.5 eF, vS, R I4882 Gx 19 40.4 -55 12 c Tel 1.2 eF, eS, R I4880 Gx 19 40.5 -56 25 c Tel 1.5 eF, vS, R 6815 OC 19 40.9 +26 51 r Vul Cl, vL, pRi, lC, st 10...15 6819 OC 19 41.3 +40 11 s Cyg 5. 7.3 Cl, vL, vRi, st 11...15 6825 Gx 19 41.7 +64 05 r Dra 15. p eF, vS, v diffic, F* nr I1306 ? 19 41.7 +37 39 x Cyg neb group of F st I4883 Gx 19 42.0 -55 33 c Tel 1.3 vF, vS, mE 170deg 6814 Gx 19 42.7 -10 19 s Aql 3.2 11.2 pF, pL, R, bM, r I4884 19 42.7 -58 07 d Pav eF, eS, cE 170deg I1307 ? 19 42.8 +27 30 x Vul F, vL, E ns, st inv 6820 Nb 19 43.1 +23 17 s Vul 40. F, S, R, bM 6823 OC 19 43.1 +23 18 s Vul 12. 7.1 Cl, cRi, E, st 11...12 I4886 Gx 19 43.1 -51 48 c Tel 1.5 F, S, R, mbM 6810 Gx 19 43.6 -58 40 s Pav 3.8 12. p cF, S, eE 170deg , stell N 6824 Gx 19 43.7 +56 07 s Cyg 2.1 11.9 pB, iF, bM 6808 Gx 19 43.9 -70 39 s Pav 1.7 13. p pB, E, biN, *8 f I4885 Gx 19 43.9 -60 39 c Pav 2.0 vF, eS, eE 85deg , stell N 6816 19 44.0 -28 33 D Sgr eF, pS, R, vlbM, *14 at pos 20deg , dist 30" 6818 Pl 19 44.0 -14 09 s Sgr 0.3 10. p PN , B, vS, R 6821 Gx 19 44.4 -06 50 s Aql 1.1 14. p F, pL, R 6826 Pl 19 44.8 +50 31 s Cyg 2.3 10. p PN , B, pL, R, *11 M 6822 Gx 19 44.9 -14 48 s Sgr 10.2 9. p vF, vS, E, dif; = IC 4895 I4888 Gx 19 44.9 -54 27 c Tel 1.3 F, vS, R, lbM I4895 Gx 19 45.0 -14 48 m Sgr 10.0 8. p group of neb, 25' diam; = 6822 I1308 19 45.1 -14 43 d Sgr eF, eS, lE, gbM, 6822 p 12s I4889 Gx 19 45.3 -54 20 s Tel 2.6 12. p bM, mag 10 I4891 Gx 19 45.3 -54 21 c Tel 2.8 cB, S, R, bM; = IC 4889 6812 Gx 19 45.4 -55 21 c Tel 2.1 pB, pS, pmE, glbM I4890 Gx 19 45.6 -56 33 c Tel 1.3 eeF, eS, R, F* s 1' I4894 Gx 19 47.0 -51 51 c Tel 0.9 bM, mag 15 6829 Gx 19 47.1 +59 55 r Dra 15. p eF, pS, R, pB* close s, p of 2 I4898 19 47.8 -33 19 d Sgr eeF, eS, e dif, sev F st nr 6831 Gx 19 47.9 +59 54 r Dra 14. p eF, S, R, f of 2 6832 - 19 48.1 +59 25 r Dra Cl, vL, lC, st 7... I4887 19 48.3 -69 35 d Pav cB, S, R, bM 6827 OC 19 48.9 +21 13 r Vul vF, E, dif, sev st inv I4896 19 49.1 -58 59 d Pav eeF, eS, R, bet 2 eF st I4897 Gx 19 49.3 -51 52 c Tel 1.1 bM, mag 16 I4892 Gx 19 49.5 -70 14 c Pav 1.6 eF, S, eE 10deg 6833 Pl 19 49.7 +48 58 s Cyg< 0.1 14. p PN , stellar I4900 19 50.3 -51 20 d Tel bM, mag 15 6828 - 19 50.4 +07 55 r Aql Cl, P, lC I4893 19 50.6 -72 31 d Pav eF, vS, R, bM 6830 OC 19 51.0 +23 04 s Vul 12. 7.9 Cl, L, pRi, pC, st 11...12 6834 OC 19 52.2 +29 25 s Cyg 5. 7.8 Cl, P, lC, st 11...12 6837 OC 19 53.5 +11 41 A Aql Cl, S, P 6838 Gb 19 53.8 +18 47 s Sge 7.2 8.3 Cl, vL, vRi, pmC, st 11...16; = M71 I4899 19 54.4 -70 36 d Pav eeF, eS, vF* sp 1' I4901 Gx 19 54.4 -58 43 c Pav 5.0 cF, S, vlE 135deg I4902 19 54.4 -56 23 d Tel eeF, eS, cE 0deg ; susp 6835 Gx 19 54.5 -12 34 s Sgr 2.7 12.5 F, pL, mE 6839 - 19 54.5 +17 54 r Sge Cl, vS, vC 6836 Gx 19 54.7 -12 41 s Sgr 1.2 13. p vF, pL, R, dif, *13.5 att f 6842 Pl 19 55.0 +29 17 s Vul 0.8 14. p F, pL, vlE 6840 OC 19 55.3 +12 06 A Aql Cl, P, lC 6843 OC 19 56.1 +12 09 A Aql Cl, S, P I4905 19 56.1 -61 13 d Pav eeF, eS, mE 130deg , nr 2 eF st I4907 19 56.2 -52 27 d Tel bM, mag 16 6846 OC 19 56.5 +30 21 r Cyg 14. p eF, vS, 3 st inv I4909 Gx 19 56.7 -50 03 c Tel 2.1 bM, mag 15 I4906 Gx 19 56.8 -60 28 c Pav 1.7 F, S, R, bM, 4 st around I4913 Gx 19 56.8 -37 20 c Sgr 1.9 eeF, pS, e diffic, 3 st 10 s 8' I4908 19 56.9 -55 47 d Tel eF, eS, R, susp 6847 - 19 57.0 +29 20 r Vul neb, r I4911 19 57.7 -51 58 d Tel bM, mag 16 6841 Gx 19 57.8 -31 49 c Sgr 1.5 vF, S, R, psbM I4910 19 57.8 -56 52 d Pav eF, eS, cE 130deg , am st; susp I4914 19 58.1 -50 07 d Tel F, vS, R I4903 19 58.2 -70 27 d Pav eF, vS, bet 2 F st I4916 Gx 19 58.3 -50 16 c Tel 1.3 F, S, R, F* M I4904 19 58.5 -70 11 d Pav vF, S, R I4915 Gx 19 58.5 -52 38 c Tel 1.4 bM, mag 15 I4917 Gx 19 58.9 -52 16 c Tel 1.2 bM, mag 16 6856 - 19 59.3 +56 08 r Cyg Cl, pS, pmC, iR, st 12...16 I4918 19 59.3 -52 17 d Tel bM, mag 16 I4922 19 59.5 -40 22 d Sgr vF, vS, R; susp 6853 Pl 19 59.6 +22 43 s Vul 15.2 8.1 !!!, vB, vL, biN, iE (Dumbbell); = M27 I4924 19 59.9 -41 33 d Sgr dif (defect?)
20 - 24 ore
I4920 20 00.1 -53 23 d Tel vF, vLE, lbM I4919 Gx 20 00.2 -55 22 c Tel 1.6 eeF, eS, R, * f 1'; susp I4926 20 00.2 -38 35 d Sgr eeF, S, lE, v diffic, p of 2 6852 Pl 20 00.6 +01 43 s Aql 0.5 F neb, am st 6869 Gx 20 00.7 +66 13 s Dra 1.7 13. p pB, pS, R I4931 Gx 20 00.8 -38 35 c Sgr 2.6 eeF, pS, R, *8 f 20s , f of 2 6845 Gx 20 00.9 -47 05 r Tel vF, S, vlE, glbM I4923 Gx 20 01.0 -52 38 c Tel 1.3 bM, mag 14 I4925 20 01.2 -52 51 d Tel F, S, vME 170deg 6849 20 01.3 -40 13 d Sgr pB, S, R, vS* np I4927 Gx 20 01.8 -53 55 c Tel 1.3 F, S, E 170deg 6857 Pl 20 01.9 +33 31 r Cyg F, am Milky Way st I4932 20 02.3 -52 50 d Tel bM, mag 15 I4930 20 02.4 -54 18 d Tel cB, S, mE 45deg , susp 6844 Gx 20 02.8 -65 14 c Pav 1.6 eF, vS, R, psbM, *11 np 6848 Gx 20 02.8 -56 05 c Tel 2.5 cF, cL, R, vglbM, 2 st f 6858 - 20 03.1 +11 16 r Aql Cl, cL, E, pRi, st 13... I1309 Gx 20 03.1 -17 14 c Sgr 2.0 F, vS, R, r I4921 20 03.3 -67 50 d Pav vF, S, R; cbM 6850 Gx 20 03.5 -54 51 v Tel vF, S, R, bM I4933 Gx 20 03.5 -54 59 c Tel 2.5 eF, eS, 2-branch spir 6851 Gx 20 03.6 -48 17 s Tel 1.8 13. p pF, S, vlE, psbM 6866 OC 20 03.7 +44 00 s Cyg 7. 7.6 Cl, L, vRi, cC 6859 *** 20 03.9 +00 26 F Aql vS Cl, *10 p 1s , s 1' 29" I4935 Gx 20 04.6 -57 36 c Pav 1.5 vF, vS, mE 5deg , * 1' sp; susp I4954 Nb 20 04.8 +29 15 s Vul 25. D neb*, iF, *11 close I4955 20 04.9 +29 11 d Vul fine neb *12 6863 Ast 20 05.1 -03 34 F Aql Cl, S, vmC, st 19 I4937 Gx 20 05.3 -56 15 c Tel 2.0 eF, vS, eE 0deg , N; susp 6854 Gx 20 05.7 -54 23 s Tel 2.3 13. p F, S, vlE, glbM I4940 20 05.7 -44 42 d Sgr F, S, E 100deg 6871 OC 20 05.9 +35 47 s Cyg 20. 5.2 Cl, st L and S, ** inv I4936 Gx 20 05.9 -61 26 c Pav 1.6 eF, vS, eE 20deg , 2 F st np 6865 Gx 20 06.0 -09 02 r Aql F, S, E I4946 20 06.0 -44 02 d Sgr eF, S, R 6864 Gb 20 06.1 -21 55 s Sgr 6.0 8.6 glob. cl. , B, pL, R, vmbMBN, rr; = M75 I4938 Gx 20 06.2 -60 13 c Pav 1.9 ! vF, pS, annul, stell N, vF* sf I4943 Gx 20 06.5 -48 22 c Tel 2.2 eeF, pS, R, F* n, v diffic I4948 20 06.5 -43 37 d Sgr vF, pS, R, 2 st f, * np I4929 Gx 20 06.7 -71 41 c Pav 1.3 F, S, cE 15deg 6855 Gx 20 06.8 -56 24 r Tel pF, S, R I4912 Gx 20 06.8 -77 21 c Oct 1.0 eF, vS, F* np 1'; susp I4942 Gx 20 06.8 -52 37 c Tel 1.3 F, vS, R I4941 Gx 20 07.0 -53 39 c Tel 1.2 F, S, R, lbM, v dif I4944 Gx 20 07.1 -54 27 c Tel 1.9 bM, mag 14 I4934 20 07.2 -69 28 d Pav vF, vS, cE 15deg , lbM; susp I4939 20 07.2 -60 44 d Pav eeF, eS, cE 150deg , F* s 2' 6861 Gx 20 07.3 -48 22 s Tel 2.7 11.1 B, S, cE, gpmbM I4949 Gx 20 07.3 -48 22 c Tel 3.0 B, vS, cE; = 6861 I4947 Gx 20 07.5 -53 08 c Tel 1.2 bM, mag 15 6874 - 20 07.8 +38 14 r Cyg Cl, P, lC 6873 D* 20 08.3 +21 06 r Sge Cl, lC, st 10...13, ** inv I4950 Gx 20 08.4 -56 10 c Tel 1.3 eF, vS, eE 35deg , lbM I4952 Gx 20 08.6 -55 27 c Tel 1.3 F, vS, cE 10deg 6860 Gx 20 08.8 -61 06 c Pav 1.6 F, pS, gbM 6862 Gx 20 08.9 -56 24 c Tel 1.9 F, S, lE, glbM I4951 Gx 20 09.5 -61 51 c Pav 2.8 vF, vS, eE 170deg , vmbM I4957 Gx 20 09.6 -55 43 c Tel 1.0 bM, mag 14 6868 Gx 20 09.9 -48 23 s Tel 2.7 12. p vB, S, R, pgvmbM I1310 20 10.0 +34 58 d Cyg F neby I4953 20 10.1 -62 48 d Pav eF, eS, cE 60deg , bet 2 eF st 6870 Gx 20 10.2 -48 17 s Tel 2.5 12.2 cF, cS, E 90deg , gbM I4928 20 10.2 -77 18 d Oct eF, vS, eE 25deg , eF* n 1'; susp I1311 C+N 20 10.3 +41 13 s Cyg 60. 13. p eF, within circle of st 6867 Gx 20 10.4 -54 47 r Tel eeF, L, pmE 6884 Pl 20 10.4 +46 28 s Cyg 0.1 13. p PN , stellar 6879 Pl 20 10.5 +16 55 s Sge 0.1 13. p PN , stellar = 10m 6881 Pl 20 10.8 +37 25 s Cyg 0.1 14. p PN , stellar I4959 20 11.0 -53 06 d Tel hazy star 6883 OC 20 11.3 +35 51 s Cyg 15. 8. p Cl, pRi, ** inv I4945 Gx 20 11.3 -71 01 c Pav 1.0 F, S, E 5deg , cbM I4956 Gx 20 11.5 -45 36 c Tel 1.9 vF, pS, R I4961 Gx 20 11.5 -53 08 c Tel 1.4 F, pS, mE 90deg , dif 6882 OC 20 11.7 +26 33 s Vul 18. 8.1 Cl, P, lC I4977 20 11.9 -21 38 d Cap stellar, close to *13 6885 OC 20 12.0 +26 29 s Vul 7. 6. p Cl, vB, vL, Ri, lC, st 6...11 6888 Nb 20 12.0 +38 21 s Cyg 20. F, vL, vmE, ** att I4963 Gx 20 12.1 -55 15 c Tel 2.0 vF, vS, R I4966 20 12.3 -53 36 d Tel F, vS, E 40deg I4965 Gx 20 12.5 -56 50 c Pav 1.5 bM, mag 15 6886 Pl 20 12.7 +19 59 s Sge 0.1 12. p PN , stellar = 10m I4969 Gx 20 12.9 -53 55 c Tel 1.0 F, vS, R 6875 Gx 20 13.2 -46 09 s Tel 2.5 13. p F, vS, R, vgmbM, *7 sp 3' 6878 Gx 20 13.9 -44 31 s Sgr 1.7 13.4 vF, pL, R, glbM I4975 Gx 20 14.0 -52 43 c Tel 1.3 bM, mag 15 I4968 20 14.6 -64 47 d Pav vF, S, B* sf 3' I4973 20 14.6 -58 22 d Pav eeF, vS, R I4978 20 14.6 -54 26 d Tel bM, mag 15 I4979 Gx 20 14.7 -53 28 c Tel 1.3 vF, S, R, dif 6891 Pl 20 15.2 +12 42 s Del 1.2 12. p PN , stellar = 9.5m I4974 20 15.3 -61 52 d Pav eF, eS, R, bM, * sp 1' I4960 Gx 20 15.4 -70 32 c Pav 1.0 eF, eS, bM I4958 20 15.5 -72 42 d Pav eF, bM I4976 20 15.5 -61 53 d Pav eF, eS, R, bM, * 3' np I4980 Gx 20 15.5 -57 55 c Pav 1.6 vF, S, lE 130deg , * 2' s I4962 20 15.9 -71 00 d Pav F, S, eE 160deg , vmbM I4983 Gx 20 16.1 -52 05 c Tel 1.1 vF, cS, R, lbM, dif I4984 20 16.3 -52 43 d Tel vF, S, R, dif, 6887 f 6894 Pl 20 16.4 +30 34 s Cyg 0.7 14. p !!, ring , F, S, vvlE 6895 - 20 16.4 +50 14 r Cyg Cl, pRi, lC I4967 Gx 20 16.4 -70 34 c Pav 0.6 vF, bM I4996 OC 20 16.5 +37 38 s Cyg 6. 7.3 Cl, st 8...13 6892 - 20 16.8 +18 02 r Sge eF neb* (eS Cl?); = IC 1312? I1312 20 16.8 +18 01 x Sge eF, pL, dif; = 6892 6872 Gx 20 16.9 -70 46 s Pav 4.7 11.6 F, pS, lE, glbM, *9 p 10s .5, 1st of 4 I4970 Gx 20 16.9 -70 45 s Pav 0.8 13.9 bM, nr 6872 I4971 20 17.0 -70 38 d Pav eF, vS 6887 Gx 20 17.2 -52 47 s Tel 4.1 12. p pF, cL, pmE, glbM I4986 Gx 20 17.2 -55 02 c Tel 2.0 eeF, S, cE 0deg , bet 2 F st I4987 Gx 20 17.3 -52 17 c Tel 1.4 F, vS, R, lbM I1315 20 17.4 +30 41 d Cyg *13 with eF neb? I4964 Gx 20 17.4 -73 53 c Pav 1.3 F, S, cbM I1314 20 17.7 +25 11 d Vul F, pL, partly resolved I4972 Gx 20 17.7 -70 55 c Pav 1.0 eF, vS, eE 15deg 6896 - 20 18.0 +30 39 r Cyg Cl (+ neb?), S, st vS 6876 Gx 20 18.3 -70 52 s Pav 2.4 13. p pB, S, R, eS* sf, 2nd of 4 6890 Gx 20 18.3 -44 48 s Sgr 1.5 12.5 pF, S, R, vglbM I4991 Gx 20 18.4 -41 03 c Sgr 2.5 vF, cS, R 6877 Gx 20 18.6 -70 51 s Pav 1.4 12.7 vF, vS, R, 3rd of 4 I1313 Gx 20 18.7 -16 57 c Cap 2.6 F, vS, R, *13 close 6889 Gx 20 18.9 -53 57 c Tel 1.9 vF, L, lE 6880 Gx 20 19.5 -70 52 s Pav 2.1 F, S, R, r, vS* att, 4th of 4 I4989 20 19.5 -58 33 d Pav cS, mE 175deg , spir, F* M 6911 Gx 20 19.6 +66 45 r Dra 15. p eF, L, lbM, pB* nr I4981 Gx 20 19.7 -70 51 c Pav 0.7 eF, eS, * nr I4994 Gx 20 19.7 -53 27 c Tel 2.0 bM, mag 15 I4995 Gx 20 20.0 -52 37 c Tel 1.7 bM, mag 14 I4997 Pl 20 20.2 +16 45 s Sge< 0.1 12. p PN , stellar I4982 20 20.4 -71 00 d Pav vF, bM I4985 20 20.7 -70 59 d Pav vF, bM 6893 Gx 20 20.8 -48 14 s Tel 2.8 13. p pF, S, R, sbM *12 6897 Gx 20 21.0 -12 16 r Cap 15. p vF, S 6898 Gx 20 21.2 -12 21 r Cap 14. p F, S, iR I4990 20 21.5 -66 54 d Pav eF, eS, cE 15deg , bM, susp 6900 Gx 20 21.6 -02 34 r Aql 14. p vF, S, R 6904 - 20 21.8 +25 45 r Vul Cl, S, vlC, st 10...11 I4988 20 21.8 -69 23 d Pav hazy patch, st?; susp I4993 20 22.0 -67 00 d Pav eF, vS, R, bM, susp I1318 20 22.2 +40 15 d Cyg 240. gamma Cyg, surr by L patches of F neby I4998 Gx 20 22.2 -38 18 c Sgr 1.7 eF, pS, R, bet 2 st 8.5 sp, nf I5018 Gx 20 22.2 -38 18 c Sgr 1.7 eF, pS, R, bet 2 st 8.5 sp, nf; = IC 4998 6901 Gx 20 22.3 +06 27 r Aql 15. p eF; = IC 5000, IC 1316 6905 Pl 20 22.4 +20 07 s Del 1.7 12. p !!, PN , B, pS, R, 4 S st nr I1316 20 22.4 +06 32 x Aql eF, neb, suspected; = IC 5000 I5000 Gx 20 22.4 +06 26 v Aql 1.5 pS, eF st inv 6910 OC 20 23.1 +40 47 s Cyg 8. 7.4 Cl, pB, pS, P, pC, st 10...12 I1317 Gx 20 23.3 +00 40 s Aql 0.9 13.4 plan = *12, diam 10"-15" 6916 Gx 20 23.5 +58 22 r Cyg 15. p eeF, pS, F* close p, v diffic I4992 Gx 20 23.5 -71 34 c Pav 2.0 vF, S, eE 65deg , *9 nf 2' 6903 Gx 20 23.6 -19 19 r Cap 13. p Cl, E, bM *17, *10 att n 6906 Gx 20 23.6 +06 27 s Aql 1.8 12.7 pF, pL, R I5006 Gx 20 23.7 +06 27 m Aql 1.6 12. p *14 in F, vS, R neb 6913 OC 20 23.9 +38 32 s Cyg 7. 6.6 Cl, P, lC, st L and S; = M29 I4999 Gx 20 23.9 -26 01 c Cap 1.9 vF, pL, R, am st 6899 Gx 20 24.4 -50 26 c Tel 1.9 F, S, R, glbM, am st 6902 Gx 20 24.5 -43 39 s Sgr 2.2 13. p F, cS, R, bM 6914 Nb 20 24.7 +42 29 s Cyg 13. vF, vL, iR, dif, 2 st att p 6907 Gx 20 25.1 -24 49 s Cap 3.4 11.3 cF, cL, vlE, vglbM, r, 3 st p 6908 - 20 25.2 -24 48 r Cap eF, vS, lE, 6907 p I5003 20 25.2 -29 52 d Sgr vF, cS, R, 2 st sf in line I5005 Gx 20 25.3 -25 50 c Cap 2.3 pS, R, vgbM, F* close np I5004 20 25.4 -30 52 d Sgr eF, pS, lE, 2 st s I5007 20 25.6 -29 42 d Sgr eeF, cL, R I1319 Gx 20 26.0 -18 31 m Cap 0.6 14. p pF, vS, R, r I5001 Gx 20 26.3 -54 47 c Tel 1.3 bM, mag 15 I1320 Gx 20 26.4 +02 55 u Del 1.0 14. p pF, S, R, gbM, r I5002 Gx 20 26.7 -54 48 c Tel 1.6 bM, mag 13 6912 Gx 20 26.9 -18 38 s Cap 1.6 14. p vF, 2 st 14-15 np, *8 f 6917 Gx 20 27.4 +08 06 r Del 14. p vF, S, att to a S* 6909 Gx 20 27.7 -47 02 s Tel 2.3 13. p pB, pL, gbM, 2 st 10 nr 6915 Gx 20 27.8 -03 05 v Aql 1.2 pB, S, R I1321 Gx 20 28.2 -18 18 m Cap 0.6 15. p F, S, iF, r 6921 Gx 20 28.5 +25 43 s Vul 1.1 15. p F, S, E I5011 Gx 20 28.6 -36 02 c Mic 2.2 pB, vS, vmE I5013 Gx 20 28.6 -36 02 c Mic 2.2 eS, vmE ns; = IC 5011 I5015 20 28.6 -31 42 d Mic pB, pS, R, nearly bet 2 st I5012 Gx 20 29.5 -56 45 c Pav 1.4 pS, E 225deg , lbM 6922 Gx 20 29.9 -02 11 r Aql 14. p vF, pL, R I1322 20 30.1 -15 13 d Cap F, vS, R I1323 D* 20 30.5 -15 11 F Cap vS, neb * I5020 Gx 20 30.6 -33 29 s Mic 13. p pF, pS, iE 6918 Gx 20 30.8 -47 28 c Ind 1.0 vF, *12 att sp I5019 Gx 20 30.8 -36 05 c Mic 2.0 vF, cS, R I5010 20 31.0 -65 55 d Pav vF, vS, cE 20deg , mbM 6939 OC 20 31.4 +60 38 s Cep 8. 7.8 Cl, pL, eRi, pCM, st 11...16 6919 Gx 20 31.6 -44 13 r Mic eF, pS, R, vgvlbM 6923 Gx 20 31.7 -30 50 s Mic 2.5 12.1 pF, cS, R, gbM, bet 2 st I5017 Gx 20 32.1 -57 35 c Ind 1.3 bM, mag 14.5 I1324 20 32.2 -09 04 D Cap eeF, S, R, *8 s 6927 Gx 20 32.6 +09 55 v Del 0.6 14.5 eF, lE I5009 20 32.6 -72 10 d Pav vF, vS, bM I5008 Gx 20 32.7 -72 42 c Pav 1.2 eF, vS, lE 90deg , lbM 6928 Gx 20 32.8 +09 56 s Del 2.2 12.6 pB, pL, mE I1325 20 32.8 +09 53 x Del vF, S, sev F st inv; = 6928 6930 Gx 20 33.0 +09 52 s Del 1.4 13.1 F, mE I1326 20 33.0 +09 54 x Del eeF, S, mE, pF* s; = 6930 6926 Gx 20 33.1 -02 01 s Aql 2.1 12.4 vF, pL, E 176deg , p of 2 6924 Gx 20 33.2 -25 30 r Cap 14. p vF, pS, R, sbMN 6929 Gx 20 33.4 -02 02 s Aql 0.9 13.5 vF, vS, sf of 2 I5021 20 33.5 -54 31 d Ind vS, R disc, mag 14 6931 Gx 20 33.6 -11 23 r Cap 14. p eF, pS, E 120deg , gbM 6933 D* 20 33.6 +07 23 r Del pB, vS, 6934 f 6934 Gb 20 34.2 +07 24 s Del 5.9 8.9 glob. cl. , B, L, R, rrr, st 16..., *9 p 6925 Gx 20 34.3 -31 59 s Mic 4.1 11.3 cB, L, mE 6deg , pslbM 6940 OC 20 34.6 +28 18 s Vul 31. 6.3 Cl, vB, vL, vRi, cC, st pL 6938 - 20 34.8 +22 15 r Vul Cl, vL, P, vlC 6946 Gx 20 34.8 +60 09 s Cep 11.0 8.9 vF, vL, vg, vsbM, rr 6949 Gx 20 35.1 +64 48 r Cep 15. p eF, pS, iR I5014 20 35.3 -73 28 d Pav F, S, bM, bet 2 F st I5016 20 35.6 -72 55 d Pav eeF, eS, *11 sp 1' I1327 Gx 20 35.7 +00 01 z Aql 15. p vF, *8 1' f 6936 20 35.9 -25 17 D Cap vF, vS, R, slbM 6941 Gb 20 36.3 -04 38 r Aql 13. p eF, lE, lbM 6986 20 36.6 -18 38 D Cap vF, vS, R, glbMN 6952 Gx 20 37.0 +66 06 D Cep pB, oval, dif, *15 close f; = 6951 6951 Gx 20 37.2 +66 06 s Cep 3.8 11.1 pB, pL, lE 6953 20 37.7 +65 46 D Cep vS group of 4 st (no neb) I5023 20 38.1 -67 11 d Pav F, S, cE 130deg 6935 Gx 20 38.4 -52 06 s Ind 2.0 13. p pB, cL, R, glbM, r, p of 2 6944 Gx 20 38.4 +07 00 s Del 1.7 13.3 pF, S, R 6937 Gx 20 38.8 -52 09 s Ind 3.0 vF, cS, R, slbM, f of 2 6945 Gx 20 38.9 -05 01 r Aqr 13. p pF, vS, R, mbM I5024 20 40.1 -71 06 d Pav eF, S, mE 15deg I5029 ? 20 40.3 -29 50 x Mic eeF, eS, mE, F* sf, np of 2 I5030 20 40.6 -29 51 d Mic eeF, vS, mE, v dif, sf of 2 6942 Gx 20 40.8 -54 19 s Ind 2.6 13. p pB, pL, R, pslbM I5022 Gx 20 41.1 -76 27 c Oct 1.2 eF, S, R, cbM, susp I5027 20 41.1 -55 29 d Ind R, mag 15 6950 - 20 41.2 +16 38 r Del Cl, P, vlC 6947 Gx 20 41.3 -32 29 c Mic 2.0 vF, L, R, gbM I1328 Gx 20 42.0 -19 38 m Cap 0.8 15. p F, S, vF* close 6932 Gx 20 42.1 -73 37 c Pav 2.0 F, S, R, gbM, 5 st p I5039 Gx 20 43.2 -29 51 s Mic 2.5 12.6 eeF, pS, vmE, sp of 2 I5046 Gx 20 43.2 -29 51 c Mic 1.9 eF, pS, mE, 2 vF st sf, sp of 2; = IC 5039 I5028 Gx 20 43.4 -65 39 c Pav 1.4 vF, dif, *10 s 2', susp 6948 Gx 20 43.5 -53 21 c Ind 2.5 vF, pS, cE, lbM I5041 Gx 20 43.6 -29 42 c Mic 3.0 eeF, pS, mE, v diffic, nf of 2 I5047 Gx 20 43.6 -29 42 c Mic 3.0 eeF, pS, mE, v diffic, nf of 2; = IC 5041 I1329 20 43.7 +15 35 d Del eeF, pL, R, bet 4 st, v diffic I5034 Gx 20 43.7 -57 02 c Ind 1.6 bM, mag 14.5 I5033 20 43.8 -57 19 d Ind vS, R, lbM, mag 15 6920 Gx 20 43.9 -80 00 c Oct 1.8 pB, cS, R, psmbM 6956 Gx 20 44.0 +12 31 s Del 2.1 14. p vF, S, stell, ** att 6954 Gx 20 44.1 +03 13 s Del 1.1 13.2 F, S, vlE I5035 20 44.3 -57 08 d Ind vS, R, lbM, mag 15 6955 Gx 20 44.4 +02 35 r Del 15. p eF, pL, R 6943 Gx 20 44.5 -68 45 s Pav 4.1 12. p pF, L, mE, vglbM vS* I5036 20 44.7 -57 37 d Ind F, pS, mE 125deg 6957 Gx 20 44.9 +02 34 r Del 15. p vF, S, R I5025 Gx 20 45.0 -76 59 c Oct 1.3 vF, vS, cE 125deg , bM, susp I5031 ? 20 45.3 -67 32 x Pav eF, eS, R, susp I5050 Gx 20 45.3 -05 39 m Aqr 1.0 14. p F, cS, dif, vS E N I5032 20 45.4 -67 32 d Pav eF, eS, R, susp I5037 20 45.6 -58 26 d Ind F, pS, mE 170deg 6960 Nb 20 45.7 +30 43 s Cyg 70. !! pB, cL, eiF, 52 Cyg inv I1330 Gx 20 46.3 -14 02 m Aqr 0.8 15. p F, vS, dif I5043 20 46.7 -56 59 d Ind F, S, E 210deg I5038 20 46.9 -65 01 d Pav vF, vS, R, alm stell 6959 Gx 20 47.1 +00 27 r Aqr 14. p vF 6961 Gx 20 47.2 +00 23 r Aqr 15. p eF, vS I5057 * 20 47.2 +00 19 x Aqr cF, neb* or eS neb 6962 Gx 20 47.3 +00 19 s Aqr 3.0 12.0 cF, S, R, bM 6963 Gx 20 47.3 +00 29 s Aqr 0.7 14.1 neb *13 6964 Gx 20 47.4 +00 18 s Aqr 1.9 12.7 F, vS, R, bM, *14 sf 0'.5 6965 20 47.4 +00 30 A Aqr vF, vS; = 6963 6966 D* 20 47.4 +00 22 F Aqr eF, vS I5049 Gx 20 47.4 -38 25 c Mic 1.2 eeF, pS, R I5058 * 20 47.4 +00 29 x Aqr eF, distinct from 6963 6967 Gx 20 47.6 +00 25 r Aqr 14. p eF, vS, *10 50" f I5061 *** 20 47.6 +00 20 x Aqr eF, vS Cl; neb? I5042 20 47.8 -65 05 d Pav vF, vS, R, alm stell I5067 20 47.8 +44 22 d Cyg F I1331 Gx 20 47.9 -09 59 m Aqr 1.8 14. p F, S, bM, r I5062 D* 20 48.2 -08 22 F Aqr *13.5 with eF st & neb, *13 p 1' 6968 Gx 20 48.4 -08 20 r Aqr 14. p F, S, R, gbM, F* inv 6969 Gx 20 48.4 +07 45 r Del 15. p F, pL, E I5026 Gx 20 48.5 -78 04 c Oct 2.5 eF, vS, mE 70deg , lbM, susp 6958 Gx 20 48.6 -38 00 s Mic 2.4 12. p B, cS, R, pgmbM, 4 st p I5056 20 49.0 -39 11 d Mic F, cL, eE 150deg 6971 Gx 20 49.4 +06 00 r Del 15. p vF, S, R 6972 Gx 20 50.0 +09 54 s Del 1.4 14. p F, S, R I5044 20 50.6 -71 57 d Pav eF, eS, R I5045 20 50.7 -71 58 d Pav eF, eS, R 6974 Nb 20 50.8 +31 52 r Cyg neb*, neby cE pf I5068 Nb 20 50.8 +42 31 s Cyg 80. vF I5070 Nb 20 50.8 +44 21 s Cyg 80. F, dif 6979 Nb 20 51.0 +32 09 r Cyg vF, S, iE, sev F st f nr I5059 20 51.3 -57 41 d Ind vF, S, R, dif I5048 20 51.6 -71 48 d Pav eF, vS I5065 Gx 20 51.8 -29 51 c Mic 1.2 vF, pS, R I1332 Gx 20 51.9 -13 43 m Aqr 0.8 15. p F, vS, R I5063 Gx 20 52.0 -57 05 s Ind 1.9 12.0 bM, mag 13 6970 Gx 20 52.1 -48 48 s Ind 1.2 12.7 pB, S, lE, gbM 6973 * 20 52.1 -05 53 F Aqr vF, S, r I5052 Gx 20 52.1 -69 12 s Pav 5.8 12. p F, L, eE 140deg , 4' l I1334 Gx 20 52.2 -16 17 m Cap 1.1 15. p F, S I1333 20 52.3 -16 15 d Cap vF, vS, sbM I5040 20 52.3 -76 40 d Oct cB, S, R, susp I5051 20 52.3 -71 47 d Pav eF, vS 6975 Gx 20 52.4 -05 46 D Aqr vF, S; = 6976 6976 Gx 20 52.4 -05 46 r Aqr 14. p eF, iR 6977 Gx 20 52.5 -05 44 r Aqr 14. p vF, S, iR 6978 Gx 20 52.6 -05 43 s Aqr 1.9 14. p vF I5064 Gx 20 52.6 -57 14 c Ind 1.6 bM, mag 14 6980 * 20 52.8 -05 49 F Aqr vF, S, r I5055 20 52.9 -68 27 d Pav vF, bM, susp I1335 20 53.1 -16 20 d Cap F, S, stellar 6981 Gb 20 53.5 -12 32 s Aqr 5.9 9.4 glob. cl. , pB, pL, R, gmCM, rrr; = M72 I5053 Gx 20 53.6 -71 08 c Pav 1.9 cF, vS, bM, *11 n 2' I5054 Gx 20 53.7 -71 01 c Pav 1.8 cF, vS, bet 2 F st 6989 - 20 54.1 +45 17 r Cyg Cl, cL, st pS I5060 20 54.6 -71 38 d Pav eF, eS, bet 2 F st I1336 Gx 20 55.1 -18 04 m Cap 0.6 15. p vF, S, dif, F* f 6988 Gx 20 55.8 +10 32 r Del 15. p eF, pL, R I5076 Nb 20 55.9 +47 25 s Cyg 9. vF, vL, lE ns, st inv 6985 - 20 56.0 -11 05 r Aqr eF, vS, iR I1340 Nb 20 56.2 +31 04 s Cyg 25. possibly conn with 6995 6992 Nb 20 56.4 +31 43 s Cyg 60. !!, eF, eL, eE, eiF, bifurcated 6996 OC 20 56.4 +45 28 A Cyg Cl, P, lC 6997 OC 20 56.5 +44 38 o Cyg 15. 10. p Cl, P, lC, st L 6991 OC 20 56.6 +47 25 r Cyg Cl, L, P, vlC 6983 Gx 20 56.8 -43 58 r Mic eF, cS, R I1337 20 56.9 -16 35 d Cap F, vS, R, gbM I1338 20 57.0 -16 30 d Cap vF, vS, dif 6995 Nb 20 57.1 +31 13 s Cyg 12. F, eL, neb & st in groups I5066 20 57.1 -73 09 d Pav vF, vS, bM 6982 Gx 20 57.4 -51 51 v Ind vF, S, E, p of 2 6984 Gx 20 57.9 -51 52 s Ind 1.7 13. p F, pL, vlE, vgbM, f of 2 I1339 Gx 20 57.9 -17 57 c Cap 1.9 F, S, gbM, r 6987 Gx 20 58.0 -48 37 r Ind pF, S, vlE, gpmbM, B* p 1' 7000 Nb 20 58.8 +44 20 s Cyg 120. F, eeL, dif nebulosity 6994 OC 20 59.0 -12 38 s Aqr 3. 9. p Cl, eP, vlC, no neb; = M73 6993 - 20 59.5 -25 41 r Cap vF, vS, R, sbMN 6990 Gx 20 59.9 -55 34 c Ind 1.1 eeF, vS, vmE 0deg , *13 att, n I5069 21 00.0 -71 48 d Pav eF, S, R I1341 Gx 21 00.4 -13 58 m Aqr 0.5 15. p F, vS, R, lbM I1342 21 00.4 -14 30 d Aqr vF, vS, E pf, lbM 7023 C+N 21 00.5 +68 10 s Cep 18. 7. p *7 in eF, eL, neby 7008 Pl 21 00.6 +54 33 s Cyg 1.4 13. p cB, L, E 45deg +/- , r, ** att 7003 Gx 21 00.8 +17 48 r Del 14. p vF, vS, lE, *15 close f I5074 21 00.9 -63 08 d Pav R, PN , mag 14 7001 Gx 21 01.2 -00 11 D Aqr 14. p pB, S, E 0deg I1343 21 01.2 -15 24 d Cap pB, vS, R, mbM I1344 Gx 21 01.3 -13 22 m Aqr 0.6 15. p pB, pL, iF, sbM I5071 Gx 21 01.3 -72 39 c Pav 3.5 cB, S, eE 20deg , stell N I1345 21 01.4 -13 24 d Aqr vF, S, R, vlbM 7006 Gb 21 01.5 +16 11 s Del 2.8 10.6 B, pL, R, gbM 6998 Gx 21 01.6 -28 01 r Mic eeF, vS I1346 21 01.7 -13 52 d Aqr pB, vS, R, gbM I1347 Gx 21 01.7 -13 19 v Aqr 1.3 pB, R I1348 21 01.7 -13 21 d Aqr F, vS, R, bM I1349 21 01.8 -13 16 d Aqr vF, vS, R, lbM 7011 - 21 01.9 +47 19 r Cyg Cl, no description I1351 21 01.9 -13 12 d Aqr F, vS, R, lbM I1352 21 01.9 -13 23 d Aqr pB I1353 21 01.9 -13 16 d Aqr vF, vS, R 6999 Gx 21 02.0 -28 04 c Mic 0.9 eeF, vS 7005 OC 21 02.0 -12 53 F Aqr Cl, S, P I1350 Gx 21 02.0 -13 51 m Aqr 0.6 15. p F, S, iF, lbM, r I1354 21 02.0 -13 45 d Aqr F, vS, R, bM I1355 21 02.0 -13 10 d Aqr F, vS, R, bM I5072 21 02.0 -72 59 d Pav eF, eS, R I5080 Gx 21 02.5 +19 13 z Del 16. p F, vS, R, stell N I5078 Gx 21 02.6 -16 49 c Cap 4.0 eE, nr 2nd * of 3; susp I1356 21 02.9 -15 48 d Cap F, R, sbM I5081 21 03.0 +19 12 d Del vF, vS, R, stell N I5073 Gx 21 03.3 -72 41 c Pav 1.2 eF, S, R 7002 Gx 21 03.6 -49 01 r Ind cF, cS, R, bM 7013 Gx 21 03.6 +29 54 s Cyg 4.9 12. p pB, cS, R, psbM, pB* np I5083 Gx 21 03.8 +11 46 z Equ 15. p eeF, vS, v diffic; *8 f 13s 7004 Gx 21 03.9 -49 07 r Ind eF, R, lbM, *11 f 7009 Pl 21 04.2 -11 22 s Aqr 1.7 8. p !!!, PN , vB, S, elliptic I5075 21 04.5 -71 51 d Pav vF, S, cbM 7010 Gx 21 04.7 -12 20 r Aqr 14. p eF, S, R, lbM; = IC 5082 I5082 21 04.7 -12 21 x Aqr eF, S; = 7010 7007 Gx 21 05.5 -52 33 s Ind 1.9 13. p pB, S, R, psbM, am st I5079 OC 21 05.5 -56 15 x Ind F, S, E; vS Cl or ring? (RA +/- ) 7015 Gx 21 05.7 +11 25 s Equ 2.0 13. p vF, pS, glbM I1357 21 05.9 -10 43 d Aqr vF, vS, iF, vlbM 7024 - 21 06.0 +41 30 r Cyg Cl, P, lC, st 10... 7026 Pl 21 06.3 +47 51 s Cyg 0.4 13. p pB, biN, PN 7019 Gx 21 06.4 -24 25 c Cap 0.7 vF, vS, R, sbMN I1358 21 06.5 -16 12 d Cap vF, vS 7012 Gx 21 06.8 -44 49 c Mic 3.2 F, pL, E, vgvlbM, * p 7027 Pl 21 07.1 +42 14 s Cyg 0.3 10. p PN , stellar = 8.5m 7031 OC 21 07.3 +50 50 s Cyg 5. 9.1 Cl of triple st, lC 7016 Gx 21 07.4 -25 30 r Cap 15. p vF, eS, R, bMN, 1st of 3 7017 Gx 21 07.5 -25 30 r Cap 15. p eF, vS, R, bMN, 2nd of 3 7018 Gx 21 07.6 -25 28 r Cap 14. p vF, vS, vlE, glbM, 3 of 3 7014 Gx 21 07.9 -47 11 s Ind 1.9 12.3 pF, S, R, bM, 2 st 12 n 7025 Gx 21 07.9 +16 20 r Del 14. p vF, vS, R, stell 7028 - 21 08.3 +18 29 r Del vF, S, vlE I5086 Gx 21 08.5 -29 46 c Mic 2.0 eeF, pS, R, F* f I1359 Gx 21 08.7 +12 27 u Del 1.1 15. p eeF, eS, stellar, eF* att I5077 21 09.0 -73 39 d Pav eF, eS, *10 np 2' I5084 Gx 21 09.2 -63 17 c Pav 1.6 F, pS, eE 155deg , cbM I5088 Gx 21 09.4 -22 53 c Cap 1.8 eF, vS, diffic 7022 Gx 21 09.5 -49 18 r Ind eeF, S, R, B*** sf 7033 Gx 21 09.6 +15 07 r Peg 15. p vF, S, R 7034 Gx 21 09.7 +15 09 r Peg 15. p vF, vS, R 7036 - 21 10.2 +15 27 r Peg Cl, lC I1363 ? 21 10.6 +46 51 x Cyg F, *9.4 at s end 7037 - 21 10.7 +33 43 r Cyg Cl, pRi, iF, st 11...15 7035 Gx 21 10.8 -23 08 c Cap 1.2 eF, S, iR I1360 Gx 21 10.8 +05 04 x Equ F, dif I5089 21 11.0 -03 51 d Aqr eF, vS, bM, F* 30" sp 7030 Gx 21 11.2 -20 30 r Cap vF, vS, iR, bMN 7039 OC 21 11.2 +45 39 s Cyg 25. 7.6 Cl, vL, pRi, E, st 10... 7021 21 11.3 -64 02 c Pav pF, cS, R, psbM, *7-8 p; = 7020 7020 Gx 21 11.4 -64 03 s Pav 4.3 12. p pB, cS, lE, pgbM I1361 Gx 21 11.5 +05 03 u Equ 1.1 15. p vF, vS, dif I5090 Gx 21 11.6 -02 02 u Aqr 1.1 14. p vF, S, R, sbM I1362 Gx 21 11.8 +02 20 z Aqr 16. p vF, vS, R, *14 nf 7029 Gx 21 11.9 -49 17 s Ind 1.4 11.8 B, cS, R, pgmbM I1369 OC 21 12.1 +47 44 s Cyg 4. 6.8 S neb Cl of st 13m 7044 OC 21 12.9 +42 29 r Cyg 11. p Cl, vF, pL, vRi, vC st 15...18 7040 Gx 21 13.2 +08 51 r Equ 15. p eF, vL, mE ns I1364 Gx 21 13.3 +02 47 m Equ 0.3 15. p pB, pS, R, sbM I5085 21 13.4 -74 06 d Pav vF, vS, R 7042 Gx 21 13.8 +13 33 s Peg 2.2 13. p vF, S, R I1365 Gx 21 13.9 +02 35 m Equ 0.2 15. p eF, pS, R (another p?) 7043 Gx 21 14.1 +13 36 r Peg 15. p vF, S, R I1366 Gx 21 14.1 +01 45 z Aqr 16. p F, S, iR, bet 2 st 11 & 13 7048 Pl 21 14.2 +46 16 s Cyg 1.0 11. p pF, pL, dif, iR, vlbM I1367 Gx 21 14.2 +02 59 z Equ 15. p vF, vS, R, F, * nr I1368 21 14.3 +02 10 D Aqr eeF, S, mE 225deg , v diffic I5087 Gx 21 14.3 -73 46 c Pav 1.4 vF, vS, *11 np 3' 7045 D* 21 14.8 +04 31 A Equ not a neb; only 2 F close st 7046 Gx 21 14.9 +02 50 s Equ 2.0 14. p eF, pL, R, lbM I5097 *** 21 15.0 +04 27 x Equ eF, stell, 3' sf 7045 I5098 D* 21 15.0 +04 29 x Equ eF, 2'.5 sff 7045 7050 - 21 15.1 +36 12 r Cyg Cl, no description 7038 Gx 21 15.2 -47 13 s Ind 3.0 12. p pB, pL, lE, gbM I1370 Gx 21 15.2 +02 12 z Aqr 15. p vF, 2 F st inv 7032 Gx 21 15.4 -68 17 c Pav 1.1 vF, cS, R, glbM I5092 Gx 21 16.2 -64 28 c Pav 2.9 pL, E, mbM 7041 Gx 21 16.5 -48 22 s Ind 3.9 11.1 B, cS, cE, psmbM, *10 f 7047 Gx 21 16.5 -00 50 r Aqr 14. p eF, vS, biN pf I5095 21 17.3 -59 56 d Pav pL, E I5091 21 17.7 -70 39 d Pav eF, vS, R I5094 Gx 21 17.8 -66 26 c Pav 1.4 vF, vS, R, * np 0'.5 I5096 Gx 21 18.4 -63 46 c Pav 3.0 F, pL, eE 145deg , stell N 7052 Gx 21 18.6 +26 27 s Vul 2.8 14. p F, S, vlE, r I5093 21 18.8 -70 38 d Pav eeF, vS, R, susp 7049 Gx 21 19.0 -48 34 s Ind 2.8 10.7 vB, pS, E, mbM 7055 - 21 19.4 +57 35 r Cep Cl, F, pS, P 7051 Gx 21 19.8 -08 47 r Aqr 14. p vF, R, gbM, ** nr I1371 Gx 21 20.3 -04 53 m Aqr 0.8 15. p F, S, dif, gbM, r I1372 21 20.3 -05 37 d Aqr vF, vS, R, dif, *14 sf I1373 Gx 21 20.6 +01 05 m Aqr 0.3 15. p F, vS, R, sbM, 2 others south 7054 - 21 20.7 +39 10 r Cyg vF, vS, R, F* inv 7058 - 21 21.0 +50 48 r Cyg Cl, P, lC I1374 Gx 21 21.0 +01 43 z Aqr 16. p vF, vS, lbM I1375 Gx 21 21.0 +04 00 z Equ 15. p F, S, 2 F st inv 7053 Gx 21 21.1 +23 04 r Peg 14. p pB, S, vlE I5104 Gx 21 21.5 +21 14 u Peg 1.8 14. p F, vS, E ns, dif, *14 nr I5100 Gx 21 21.7 -65 56 c Pav 1.7 F, S, cE 110deg I5099 21 21.9 -71 00 d Pav vF, S, lE 10deg I5101 Gx 21 21.9 -65 50 c Pav 1.4 cF, S, * in neb 7056 Gx 21 22.2 +18 39 r Peg 14. p pF, S, R I1378 21 23.0 +55 27 d Cep F, dif, F st inv 7062 OC 21 23.2 +46 23 s Cyg 7. 8.3 Cl, pS, pRi, pC, st 13... 7067 OC 21 24.2 +48 01 s Cyg 3. 9.7 Cl, P, neb? 7063 OC 21 24.4 +36 30 s Cyg 8. 7.0 Cl, P, st 10... I5105 Gx 21 24.4 -40 37 s Mic 2.5 11.5 vF, vS, R, st n & s I1376 21 24.7 -05 45 d Aqr no descr 7057 Gx 21 25.0 -42 29 r Mic eF, vS, R, p of 2 I1377 Gx 21 25.4 +04 19 m Equ 0.6 14. p pB, S, R 7060 Gx 21 25.9 -42 24 r Mic vF, pS, R, f of 2 I1379 Gx 21 26.0 +03 06 z Equ 16. p vF, bM, stellar 7066 Gx 21 26.2 +14 10 r Peg 15. p eeF, close sf of M of 3 F st 7076 Nb 21 26.3 +62 53 s Cep 2. vF, er I5102 21 26.3 -73 19 d Pav eF, eS, bM 7071 - 21 26.5 +47 57 r Cyg Cl, S, C, cE; = 7067? 7068 Gx 21 26.6 +12 13 r Peg 15. p vF, close to a S* 7065 Gx 21 26.7 -07 00 s Aqr 1.4 vF, sbM I1382 21 26.9 +18 39 d Peg pF, pS, iF I1380 Gx 21 27.1 +02 43 z Peg 15. p pB, S 7059 Gx 21 27.4 -60 01 s Pav 3.2 13. p B, pL, lC, gpmbM 7061 Gx 21 27.4 -49 04 c Ind 1.5 eeF, vS, R I1381 Gx 21 27.6 -01 11 m Aqr 0.5 15. p F, vS, R, bM I1383 Gx 21 27.7 -01 05 z Aqr 16. p F, vS, R, stellar I1384 Gx 21 27.8 -01 22 m Aqr 0.6 14. p vF, vS, R 7069 Gx 21 28.1 -01 38 r Aqr 15. p vF, S, R, stell I5111 Gx 21 28.2 +02 29 m Aqr 0.8 15. p F, S, iF I5107 21 28.3 -65 44 d Pav eF, vS, cE 10deg I5106 Gx 21 28.6 -70 50 c Pav 1.3 F, S, R, bM I1385 Gx 21 28.9 -01 04 m Aqr 0.4 15. p pB, vS, R 7064 Gx 21 29.0 -52 46 s Ind 4.1 13. p eF, pL, vmE 91deg , * s I5103 Gx 21 29.2 -74 04 c Pav 1.4 eF, vS, R 7082 OC 21 29.4 +47 05 s Cyg 25. 7.2 Cl, L, cRi, lC, st 10...13 7073 Gx 21 29.5 -11 28 r Cap 14. p vF, vS, iR 7074 Gx 21 29.5 +06 42 r Peg vF, S, E I5112 OC 21 29.5 +06 47 x Peg Cl, eF, eS I1386 Gx 21 29.6 -21 12 c Cap 2.1 F, biN, or neb D* I1387 Gx 21 29.6 -01 21 m Aqr 0.4 15. p pB, vS, iF I5113 OC 21 29.7 +06 49 x Peg Cl, eF, S; nebs? 7077 Gx 21 29.9 +02 25 s Aqr 0.8 14. p F I1388 Gx 21 29.9 -00 38 m Aqr 0.4 15. p eF, vS, 2 st nf 7078 Gb 21 30.0 +12 10 s Peg 12.3 6.4 !, glob. cl. , vB, vL, iR, vsmbM, rrr, st vS; = M1 7080 Gx 21 30.0 +26 43 s Vul 2.0 14. p vF, S, vlE 7070 Gx 21 30.5 -43 06 s Gru 2.1 12.3 F, cL, lE, gvlbM, p of 2 7086 OC 21 30.5 +51 35 s Cyg 9. 8.4 Cl, cL, vRi, pC, st 11...16 I5115 21 30.5 +11 47 d Peg eeF, vS, F* f 7072 Gx 21 30.6 -43 09 s Gru 0.8 13.9 F, S, R, vglbM, f of 2 I5110 21 30.6 -59 59 d Ind vF, vlE 7081 Gx 21 31.4 +02 30 r Aqr 13. p F, S, R, mbM, *14 s 7075 Gx 21 31.5 -38 36 r Gru cF, cS, R, pgbM 7084 - 21 31.8 +17 25 r Peg Cl, lC I1389 21 32.1 -18 01 d Cap F, vS, R, gbM 7092 OC 21 32.2 +48 26 s Cyg 32. 4.6 Cl, vL, vP, vlC, st 7...10; = M39 7085 Gx 21 32.3 +06 36 r Peg 15. p eF, S, E 7079 Gx 21 32.5 -44 05 s Gru 2.8 11.6 B, R, cS, psbM I1390 Gx 21 32.5 -01 52 z Aqr 15. p F, vS, R, bM I5117 Pl 21 32.5 +44 35 s Cyg 0.1 13. p PN , stellar I5108 Gx 21 32.9 -72 40 c Ind 1.4 eF, vS, cbM 7088 - 21 33.4 -00 23 r Aqr eF, eL, dif, E pf, n of M2 7089 Gb 21 33.5 -00 49 s Aqr 12.9 6.5 !!, glob. cl. , B, vL, gpmbM, rrr, st eS; = M2 I5109 21 33.9 -74 06 d Ind vF, bM I5119 Gx 21 34.0 +21 49 u Peg 1.0 15. p F, vS, dif, *15 att, *13 n 7091 Gx 21 34.1 -36 38 r Gru eF, pL, vgbM, *6 f 40s I5114 Gx 21 34.1 -36 39 c Gru 2.0 eF, pS, R, 2 st f 30s ; = 7091 7087 Gx 21 34.6 -40 49 r Gru cF, S, R, gbM 7093 - 21 34.8 +46 01 r Cyg Cl, P, lC I1391 Gx 21 35.1 -00 30 z Aqr 16. p vF, S, dif I1392 Gx 21 35.6 +35 24 u Cyg 1.7 13. p pB, vmbM* 7083 Gx 21 35.7 -63 54 s Ind 4.5 12. p pF, cL, vlE, vgpmbM, r 7090 Gx 21 36.5 -54 33 s Ind 7.1 11. p pB, pL, vmE 127deg , g, pslbM 7094 Pl 21 36.9 +12 47 s Peg 1.6 * in eeF neby, v diffic I5116 21 37.1 -70 59 d Ind cF, S, R, stell N I5120 Gx 21 38.8 -64 21 c Ind 2.1 F, alm R I1396 C+N 21 39.1 +57 30 s Cep 170. 3.5 neb part of Milky Way 7100 Gx 21 39.5 +08 53 r Peg 14. p vF, r 7101 ? 21 39.6 +08 54 D Peg F, vS, R, stell; = 7100? 7102 Gx 21 39.7 +06 17 s Peg 1.9 13.1 F, pL, R; = IC 5127 I5122 21 39.8 -22 24 d Cap eF, vS; 7103-04, IC 1393 nr I5127 21 39.8 +06 14 x Peg eF, pL, sev eF st & neb; = 7102 7103 Gx 21 39.9 -22 28 r Cap 15. p vF, vS, R, gbM, 1st of 2 I5124 21 39.9 -22 26 d Cap eeF, S, diffic; another susp 1' s 7104 Gx 21 40.1 -22 25 r Cap 15. p vF, vS, iR, gbMN, 2nd of 2 I5126 21 40.1 -05 22 d Aqr vF, vS, R, bet 2 st 14 7095 Gx 21 40.2 -42 32 c Gru 1.6 F, pL, R, vglbM, *13 inv; = 7097 I1393 21 40.2 -22 25 d Cap eF, vS, R, dif I1394 Gx 21 40.2 +14 38 m Peg 0.8 15. p eF, S, R 7097 Gx 21 40.3 -42 32 s Gru 2.5 12. p B, S, vlE, mbM I5118 21 40.3 -71 23 d Ind vF, S, cE 35deg , *10 sp 2' 7099 Gb 21 40.4 -23 11 s Cap 11.0 7.5 !, glob. cl. , B, L, lE, gpmbM, st 12...16; = M30 7105 - 21 40.5 -10 20 r Cap F, vS, E 130deg , smbMN, * np; nonexistent? 7096 Gx 21 41.3 -63 54 s Ind 2.7 13. p vF, S, R, vS** nf 7129 C+N 21 41.3 +66 06 s Cep 8. 12. p !, cF, pL, gbM *** I5121 Gx 21 41.3 -63 55 c Ind 1.7 PN , stellar, 13 mag; = 7096 7114 - 21 41.7 +42 50 r Cyg nebulous var *; PN ? I1395 Gx 21 41.7 +04 07 z Peg 15. p vF, vS, iF, lbM 7111 Gx 21 41.8 -06 43 r Aqr 15. p eF, eS, R, bM I5125 Gx 21 41.8 -52 46 c Ind 1.4 F, eS, R, bM 7109 Gx 21 41.9 -34 27 r PsA eF, vS, am st 7110 Gx 21 42.2 -34 10 r PsA F, S, R, bM 7112 Gx 21 42.3 +12 30 r Peg 15. p eeF, S, R, pB* close p I5132 21 42.3 +66 08 d Cep 1st of 2 st 13m in vF neb 7107 Gx 21 42.4 -44 48 s Gru 1.9 13. p vF, cL, R, vglbM 7108 Gx 21 42.4 -06 47 r Aqr vF, S, R, stell 7113 Gx 21 42.4 +12 35 r Peg 15. p vF, S, stell I5133 21 42.4 +66 09 d Cep 2nd of 2 st 13m in vF neb 7106 Gx 21 42.6 -52 42 c Ind 1.8 eF, cS, lE, vglbM 7116 Gx 21 42.6 +28 57 r Cyg 14. p vF, pL, mE 7133 Nb 21 42.6 +66 03 r Cep vF, pL I5128 21 42.7 -39 00 d Gru eeF, vS, R, dif, st sp I5134 21 43.0 +66 06 d Cep *9.5 in neb; 7129 close 7115 Gx 21 43.6 -25 21 r PsA 14. p vF, pS, mE 90deg , com, 2 st inv 7127 OC 21 43.9 +54 37 s Cyg 3. Cl, S, P, lC 7128 OC 21 44.0 +53 43 s Cyg 3. 9.7 Cl, S, pRi, has a ruby *9.5 I1397 21 44.0 -04 53 d Aqr F, vS, stellar I1400 21 44.2 +52 57 d Cyg F, dif, partly resolved 7120 Gx 21 44.4 -06 33 r Aqr 15. p vF, S, vlE I1402 21 44.8 +53 16 d Cyg F, partly res, st 14m I5123 Gx 21 44.8 -72 25 c Ind 1.9 cF, vS, cE 15deg , *12 p 1' 7121 Gx 21 44.9 -03 37 r Aqr 14. p vF, vS, R, vlbM 7117 Gx 21 45.7 -48 24 r Gru F, S, R, glbM, p of 2 7122 D* 21 45.7 -08 49 F Cap nebulous * 10-11 or vS Cl 7139 Pl 21 45.9 +63 39 s Cep 1.3 vF, cS, R, r 7142 OC 21 45.9 +65 48 s Cep 4. 9.3 Cl, cL, cRi, pC, st 11...14 I1398 Gx 21 45.9 +09 28 m Peg 0.8 15. p vF, vS, bM 7118 Gx 21 46.1 -48 21 r Gru F, S, R, glbM, f of 2 I1399 Gx 21 46.1 +04 24 z Peg 16. p vF, vS, stellar 7119 Gx 21 46.3 -46 31 s Gru 1.1 14. p F, S, R, gbM 7098 Gx 21 46.8 -75 07 v Oct 4.4 pF, R, g, psmbM, am st I1401 Gx 21 46.9 +01 42 v Aqr 2.2 pB, pS, r 7132 Gx 21 47.2 +10 14 r Peg 14. p vF, pL, lE, bet 2 st I5131 Gx 21 47.4 -34 53 s PsA 1.6 12.4 vF, vS, R 7131 Gx 21 47.7 -13 11 r Cap 14. p vF, S, vlE, vgbM I5129 21 47.8 -65 23 d Ind no descr 7124 Gx 21 48.1 -50 34 s Ind 2.7 13. p pB, L, pmE, vgbM 7137 Gx 21 48.2 +22 10 s Peg 1.5 12.4 F, pS, R, vglbM, r 7130 Gx 21 48.3 -34 57 A PsA pB, S, R, glbM; = IC 5135 I5135 Gx 21 48.3 -34 57 s PsA 1.3 12.3 vF, pL, R; = 7130 I5136 21 48.8 -33 39 d PsA eeF, S, R 7134 Ast 21 48.9 -12 59 D Cap only 3 or 4 vF st (no neb) 7143 D* 21 48.9 +29 57 r Cyg vF; D*? (inv in neb?) 7138 Gx 21 49.0 +12 30 r Peg 15. p vF, vS, stell 7125 Gx 21 49.3 -60 43 s Ind 3.2 13. p eF, pL, R, sp of 2 7126 Gx 21 49.3 -60 37 s Ind 2.3 13. p pB, pS, lE, gbM, nf of 2 7136 D* 21 49.7 -11 47 F Cap stellar, nebulosity doubtful 7135 Gx 21 49.8 -34 53 s PsA 2.8 11.7 pB, pL, R, vgbM, *14 att p 7150 Ast 21 50.4 +49 45 A Cyg neb, no description I5130 Gx 21 50.4 -74 00 c Ind 2.4 vF, vS I5139 Gx 21 50.4 -31 00 c PsA 2.2 vF, S, lE I1403 21 50.5 -02 43 d Aqr eF, S, F, * att, v diffic 7123 Gx 21 50.8 -70 20 c Ind 3.5 pB, S, R, vgbM, *9 f I1405 Gx 21 50.8 +02 01 u Aqr 1.0 15. p pB, vS, R, bM I1404 21 50.9 -09 16 d Cap F, vS, R, sbM *13 I1406 Gx 21 51.0 +01 59 z Aqr 15. p F, vS, R, stellar I5137 21 51.6 -65 35 d Ind eF, S, R, stell N, spir?; susp 7146 Gx 21 51.8 +03 01 r Peg 15. p F, R 7147 Gx 21 52.0 +03 04 r Peg 15. p F, S, lE 7148 D* 21 52.1 +03 20 F Peg vF, vS, R 7141 Gx 21 52.2 -55 34 v Ind F, L, R, gpsmbM 7149 Gx 21 52.2 +03 18 r Peg 14. p vF, vS, R 7140 Gx 21 52.3 -55 34 c Ind pF, cS, R, bM; = 7141 I1407 Gx 21 52.3 +03 26 z Peg 15. p F, S, r 7144 Gx 21 52.7 -48 15 s Gru 3.5 10.7 vB, pS, R, mbMN I1408 Gx 21 53.2 -13 21 m Cap 0.6 15. p F, vS, R, bM 7145 Gx 21 53.3 -47 53 s Gru 2.5 11.2 B, S, R, in triangle of st 13 I1409 21 53.3 -07 30 d Aqr eF, S, iF I5141 Gx 21 53.3 -59 30 c Ind 1.8 PN , stell, 15 mag I5146 C+N 21 53.4 +47 16 s Cyg 12. 7.2 pB, vL, iF, *9.5 in M I5138 21 53.5 -68 57 d Ind eF, eS, R, susp 7160 OC 21 53.7 +62 36 s Cep 7. 6.1 Cl, P, vlC 7152 Gx 21 53.9 -29 16 r PsA 14. p eeF, vS I5144 21 53.9 +15 06 d Peg F, S, sev F st close f I5145 21 54.2 +15 13 d Peg no descr I5140 Gx 21 54.3 -67 20 c Ind 1.9 eF, vS, mE 135deg 7153 Gx 21 54.4 -29 02 r PsA 14. p eF, S, E or has eF* nr 7156 Gx 21 54.6 +02 57 s Peg 1.7 13.0 F, pL, R, bM, r 7151 Gx 21 55.0 -50 40 r Ind vF, pL, lE, vgbM, r I5142 Gx 21 55.3 -65 31 c Ind 1.4 eF, vS, R, bet 2 st, susp 7154 Gx 21 55.4 -34 49 v PsA 1.3 B, pL, iR, glbM, r I1410 21 56.0 -02 53 d Aqr pF, vSN I1411 Gx 21 56.1 -01 31 u Aqr 0.9 14. p F, vS, R, vlbM 7155 Gx 21 56.2 -49 32 s Ind 1.9 13. p pB, S, lE, mbM I5143 21 56.3 -49 03 d Gru eeF, pS, R 7159 Gx 21 56.4 +13 34 r Peg 15. p eeF, eS, R, vF* sf inv 7164 Gx 21 56.6 +01 22 r Aqr eF, R, 4 vF st n 7157 Gx 21 56.8 -25 23 r PsA 14. p vF, vS, R, sbMN, B D* p 8s 7161 D* 21 57.0 +02 57 F Peg Cl, vS, st 19, bet 2 st 16 7158 *** 21 57.4 -11 36 F Cap vF neb*, *9.5 nf 3' I1412 Gx 21 58.3 -17 11 c Cap 1.6 F, vS; D stell neb? I1414 21 58.3 +08 24 d Peg vF, vS, R, 2 F st s I1413 21 58.5 -03 06 d Aqr F, S, stellar I1415 * 21 58.7 +01 21 F Aqr eF, *9.5 sf 8' I5149 21 58.7 -27 23 d PsA eF, S, R, *6.5 f 63s on par 7175 - 21 58.8 +54 49 r Cyg Cl, vL, pRi, lC I1416 21 58.8 +01 27 D Aqr eF, trace of neby I5151 Gx 21 58.9 +03 45 z Peg 15. p F, vS, R, gbMN, r I5150 21 59.2 -39 25 d Gru pB, pL, annular 7163 Gx 21 59.3 -31 53 s PsA 1.8 13.4 F, pL, vlE, vglbM I5147 Gx 21 59.4 -65 27 c Ind 1.4 eF, eS, R, F* f 2' 7165 Gx 21 59.5 -16 31 r Aqr 14. p eF, bM *13 I5148 Pl 21 59.5 -39 23 s Gru 2.0 vF, L, lE, * att 7162 Gx 21 59.8 -43 19 s Gru 2.8 13. p cF, cL, cE, glbM I1417 Gx 22 00.4 -13 09 v Aqr 1.4 pB, pL, part more condensed I5153 ? 22 00.4 +17 51 x Peg eF, st?; *9.5 sf 1'.4 7167 Gx 22 00.5 -24 38 r Aqr 13. p F, pS, R, vglbM, *10 f 7166 Gx 22 00.7 -43 25 s Gru 2.4 11.8 cB, S, vlE, smbMN 7177 Gx 22 00.7 +17 44 s Peg 3.3 11.2 pB, pS, R, bMN, r, * sp 7171 Gx 22 01.0 -13 16 s Aqr 2.8 12.3 vF, cL, E 124deg , vgbM 7186 22 01.0 +35 06 D Peg vF, am 5 or 6 st 7170 22 01.4 -05 27 D Aqr vF, pS, iR, bMN, D* p 36s 7181 Gx 22 01.8 -01 58 r Aqr 15. p eF, vS, stellar 7182 Gx 22 01.9 -02 12 r Aqr 15. p eF, vS, stellar 7172 Gx 22 02.0 -31 52 s PsA 2.2 11.9 pB, pL, lE, gbM, 1st of 4 7173 Gx 22 02.0 -31 58 s PsA 1.3 12.1 cB, cS, R, sbM*, 2nd of 4 I1418 Gx 22 02.0 +04 21 m Peg 0.8 14. p vF, S 7168 Gx 22 02.1 -51 45 s Ind 2.0 13. p pB, S, R, psbM 7174 Gx 22 02.1 -31 59 s PsA 1.3 12.6 cF, S, R, p of Dneb, 3rd of 4 7176 Gx 22 02.1 -31 59 s PsA 1.3 11.9 B, pL, R, f of Dneb, 4th of 4 I5155 * 22 02.1 +00 30 F Aqr eF, S, smbM, *13 f 1'.5 7180 Gx 22 02.3 -20 33 s Aqr 1.8 12.5 vF, S, R, lbM, p of 2 7183 Gx 22 02.4 -18 56 r Aqr 14. p vF, pL, E 90deg , lbM 7178 Gx 22 02.5 -35 49 r PsA eF, S, R, *8 s 2' I1420 Gx 22 02.6 +19 45 s Peg 1.6 14. p eeF, pS, R, bet 2 F st 7184 Gx 22 02.7 -20 49 s Aqr 5.8 12. p pB, pL, mE 64deg , bet 3 st, er 7187 Gx 22 02.7 -32 48 c PsA 1.7 pF, pS, R, lbM I5159 * 22 02.7 +00 21 x Aqr eF, vS, stell, *11.5 nff 1'.5 7169 Gx 22 02.8 -47 42 c Gru 1.0 eF, S, R, *8 np 7197 Gx 22 02.9 +41 03 r Lac 14. p F, cS, cE, vglbM, er I5152 Gx 22 02.9 -51 17 s Ind 4.5 12. p F, cL, cE 150deg , cbM I1419 22 03.0 -09 55 d Aqr eF, slbM I1422 Gx 22 03.0 +02 37 z Peg 16. p vF, eS, lbM, bet 2 st 13.5 7185 Gx 22 03.1 -20 28 r Aqr 14. p vF, pL, iR, vglbM, f of 2 7190 Gx 22 03.1 +11 12 r Peg 15. p eF, vS, iR, lbM I1421 Gx 22 03.1 -09 57 m Aqr 0.3 15. p neb *14 I1423 Gx 22 03.2 +04 18 u Peg 1.1 15. p F, vS, R, gvlbM I1424 Gx 22 03.2 +11 13 u Peg 1.0 15. p eF, vS, 1' f 7190 I5160 Gx 22 03.2 +10 56 u Peg 1.1 15. p F, vS, R 7189 Gx 22 03.3 +00 34 r Aqr 14. p F, S, lE I1427 22 03.3 +15 07 d Peg vF, vS I5156 Gx 22 03.3 -33 50 s PsA 13. p pF, pS, R 7195 Gx 22 03.4 +12 39 r Peg 15. p eeF, R, v diffic I1425 Gx 22 03.4 +02 37 z Peg 15. p F, lE pf, r, D? I5157 Gx 22 03.4 -34 56 c PsA 2.1 pB, pS, R, 3 st in line nf 7188 Gx 22 03.5 -20 20 r Aqr 14. p eF, pS, E, lbM 7194 Gx 22 03.5 +12 37 r Peg 14. p vF, vS, R, lbM 7193 - 22 03.6 +10 49 r Peg Cl, lRi, lC, st 9...10 I1426 22 03.9 -09 55 d Aqr F, S, iF, lbM I1428 Gx 22 04.4 +02 38 z Peg 16. p vF, S, R, *14 nr I5154 22 04.6 -66 07 d Ind vF, bM 7179 Gx 22 04.8 -64 03 v Ind 1.8 cF, pS, vgbM 7209 OC 22 05.2 +46 30 s Lac 25. 6.7 Cl, L, cRi, pC, st 9...12 7198 Gx 22 05.3 -00 39 r Aqr 15. p eF, vS, stellar 7206 Gx 22 05.6 +16 47 r Peg 15. p F, S, lE, bM I5161 22 05.6 +09 34 d Peg F, R, stell, r 7207 Gx 22 05.7 +16 45 r Peg vF, S I5163 22 05.8 +27 05 d Peg eF, 2 st 13 nr 7196 Gx 22 06.0 -50 07 s Ind 1.9 11.5 cB, S, R, am st I5164 22 06.0 +27 03 d Peg eF, stell I5166 22 06.1 +27 04 d Peg eF, stell N, or vS Cl 7211 Gx 22 06.2 -08 07 r Aqr eF, S, stellar 7210 - 22 06.3 +27 06 r Peg eF, R, bM, vF D* np I5158 Gx 22 06.4 -67 31 c Ind 1.1 eeF, eS, bM 7201 Gx 22 06.5 -31 16 s PsA 1.7 14. p F, R, gbM, 1st of 4 7202 Gx 22 06.7 -31 12 m PsA 1.3 13. p eF, S, stellar, 2nd of 4 7203 Gx 22 06.7 -31 10 s PsA 1.9 13. p cF, R, stellar, 3rd of 4 7192 Gx 22 06.8 -64 19 s Ind 2.5 12. p pB, S, R, pmbM 7191 Gx 22 06.9 -64 38 v Ind vF, S, lE, vgbM 7204 Gx 22 06.9 -31 03 s PsA 14. p pB, L, lE, gbM, 4th of 4 I1429 22 06.9 +10 06 d Peg neb susp close to *11 7212 Gx 22 07.0 +10 14 r Peg 15. p eF, vS, lE 7200 Gx 22 07.2 -50 00 v Ind 1.6 pF, S, R, smbM I5167 * 22 07.5 -08 08 F Aqr vF, neb? I1431 22 07.7 -13 30 F Aqr eF, v diffic, F* np 7217 Gx 22 07.9 +31 22 s Peg 3.7 10.2 B, pL, gbM, er I5162 22 08.1 -52 43 d Ind eF, eS, vE 95deg 7208 Gx 22 08.4 -29 06 r PsA 14. p vF, vS, R, almost PN 7199 Gx 22 08.5 -64 42 v Ind 1.3 vF, S, R, pslbM, *11 p 3' 7205 Gx 22 08.5 -57 25 s Ind 4.3 11. p pB, L, cE, gpslbM I1430 22 08.5 -13 34 d Aqr F, S, vlbM, diffic 7215 Gx 22 08.6 +00 30 r Aqr 15. p vF, S, E I5168 Gx 22 08.8 -27 51 c PsA 1.3 eeF, vS, mE, 2 F st 7214 Gx 22 09.1 -27 49 s PsA 1.9 12.4 glob. cl. , pL, iR, rr 7213 Gx 22 09.3 -47 10 s Gru 1.9 10.5 vB, pS, R, gbM I5172 Gx 22 09.9 +12 49 z Peg 16. p vF, vS, stell, *14 att I1432 22 10.1 +03 41 d Peg vF, vS, sbM *14, *13.5 nr I5165 Gx 22 10.1 -64 35 c Tuc 1.4 eF, eS 7218 Gx 22 10.2 -16 40 s Aqr 2.5 12.1 pB, lE, r 7223 Gx 22 10.2 +41 00 r Lac 13. p eF, pS, lE, r, am 3 st I5169 Gx 22 10.2 -36 05 c PsA 2.2 eF, eS, stell N, spir or oval 7226 OC 22 10.5 +55 25 s Cep 2. 9.6 pB, L, in cluster I1434 OC 22 10.5 +52 50 s Lac 8. 9. p fine Cl, 6 branches, st 12-15m I5171 Gx 22 10.9 -46 05 c Gru 2.8 no descr 7222 Gx 22 11.0 +02 05 r Aqr 15. p vF, S I5180 Gx 22 11.1 +38 55 u Lac 1.1 15. p vF, S, sbM 7221 Gx 22 11.3 -30 37 s PsA 2.2 12. p F, S, R, gbM, r, 2 vS st nr 7220 Gx 22 11.5 -22 58 r Aqr 15. p eF, vS, vlE, gbM, *10 n 3' 7227 Gx 22 11.5 +38 42 r Lac 15. p vF, vS, R, lbM, np of 2 7224 Gx 22 11.6 +25 50 r Peg 14. p F, S, R I5177 Gx 22 11.6 +11 48 u Peg 1.6 15. p F, S, E ns, glbM 7228 Gx 22 11.8 +38 41 r Lac 15. p F, vS, R, lbM, sf of 2 7234 - 22 12.1 +56 58 r Cep Cl, S, P, lC I1433 Gx 22 12.2 -12 46 m Aqr 0.4 15. p F, S, E pf, bM 7231 Gx 22 12.4 +45 19 r Lac 14. p eF, S, er I5170 Gx 22 12.5 -47 13 c Gru 1.8 no descr I5178 Gx 22 12.5 -22 57 c Aqr 1.4 eF, vS, 7220 p 63s 7216 Gx 22 12.6 -68 40 c Ind 1.4 pF, S, R, gbM 7235 OC 22 12.6 +57 17 s Cep 4. 7.7 Cl, pC, has a ruby *10 I5174 Gx 22 12.7 -38 10 c Gru 0.8 eF, eS, cE 150deg I5175 22 12.7 -38 08 d Gru eF, eS, R, bM 7219 Gx 22 13.1 -64 51 s Tuc 2.4 13. p pB, S, R, 2 st nr 7225 Gx 22 13.2 -26 09 r PsA 13. p pF, S, lE, bM I5181 Gx 22 13.4 -46 02 s Gru 2.8 11.7 no descr I1435 Gx 22 13.5 -22 06 m Aqr 0.9 14. p F, S I1436 Gx 22 13.9 -10 11 m Aqr 0.2 15. p eF, vS, R, vSN 7229 Gx 22 14.0 -29 25 s PsA 1.8 12. p F, pL, R, vglbM 7230 Gx 22 14.3 -17 04 r Aqr 14. p vF, S, R, bM 7236 Gx 22 14.7 +13 51 s Peg 1.0 13.5 vF, S, stellar 7237 Gx 22 14.8 +13 50 s Peg 1.0 13.7 vF, S, stellar I5173 Gx 22 14.8 -69 22 c Ind 1.6 eF, S, mE 75deg 7239 Gx 22 14.9 -05 05 r Aqr eF, vS I5176 Gx 22 14.9 -66 51 c Tuc 4.7 vF, S, eE 30deg , * n I5191 Gx 22 15.0 +37 18 x Lac 0.8 one of 6 neb incl 7240, 7242, & IC 5195 I5192 Gx 22 15.2 +37 16 x Lac 0.2 another of group of 6 7238 - 22 15.3 +22 30 r Peg pF, S, R, mbM, 4 st p 7243 OC 22 15.3 +49 53 s Lac 21. 6.4 Cl, L, P, lC, st vL 7245 OC 22 15.3 +54 20 s Lac 5. 9.2 Cl, C, st eS I1441 Gx 22 15.3 +37 18 v Lac 0.9 eF, S, S stellar N 7240 Gx 22 15.4 +37 17 s Lac 0.8 13.8 eF, eS, * att n, p of 2; = IC 1441 I5183 22 15.4 -35 50 d PsA pB, cS, F* att sf 7232 Gx 22 15.7 -45 51 s Gru 3.0 13. p pB, S, pmE, psbM, p of 2 7242 Gx 22 15.7 +37 18 s Lac 2.6 12.0 vF, S, lbM, f of 2 I1437 Gx 22 15.7 +02 03 u Aqr 1.1 15. p pB, vS, R, mbM I5193 Gx 22 15.7 +37 15 x Lac another of group of 6 I5195 Gx 22 15.7 +37 18 x Lac eF, S, 0'.5 s of 7242 7233 Gx 22 15.8 -45 51 s Gru 2.2 F, vS, R, *8 f, f of 2 7241 Gx 22 15.8 +19 14 s Peg 3.5 14. p pF, lE, *10 att s I5179 Gx 22 16.1 -36 50 s Gru 2.3 11.9 vF, L, R, * nr s; B* sp I5182 22 16.1 -65 27 d Tuc eF, eS, bM I5184 Gx 22 16.1 -36 51 c Gru 2.6 pF, pS, lE, bet 2 st ns; = IC 5179 I5189 * 22 16.2 -05 00 F Aqr eF*; nebs? 7244 Gx 22 16.4 +16 28 v Peg 0.7 14.4 eF, eS, R, bM I1438 Gx 22 16.5 -21 26 c Aqr 2.4 F, biN I1440 Gx 22 16.5 -16 00 m Aqr 0.6 15. p F, S, stellar I1442 OC 22 16.5 +54 03 s Lac 9.1 Cl of neb stars I1439 Gx 22 16.7 -21 29 c Aqr 1.8 vF, S, vlbM 7248 Gx 22 16.9 +40 30 s Lac 2.1 14. p vF, vS, mbM I5194 Gx 22 17.1 -15 57 x Aqr 0.2 eF (not found again) 7246 Gx 22 17.5 -15 32 r Aqr 15. p vF, S, vlE, vgbM, *13 n I5198 22 17.7 -15 40 d Aqr eF, pL, R, bM, r 7247 Gx 22 17.8 -23 43 r Aqr 13. p pF, vS, R, lbM, B D* p 13s I5185 22 17.8 -65 51 d Tuc eF, vS, bM 7250 Gx 22 18.3 +40 35 r Lac 13. p vF, S, mE 165deg +/- I5187 22 18.3 -59 37 d Tuc vS, R, disc, mag 14.5 I5188 Gx 22 18.4 -59 38 c Tuc 1.5 F, cS, R, cbM I5186 Gx 22 18.8 -36 48 c Gru 1.5 eeF, S, R, F* nr p I5190 Gx 22 19.0 -59 53 c Tuc 1.6 vF, 2-br spir, *15 in M I1443 Gx 22 19.1 -20 56 c Aqr 1.7 pB, S, iF, mbM 7253 Gx 22 19.4 +29 24 r Peg 14. p vF, pE I5199 Gx 22 19.5 -37 32 c Gru 1.6 eF, eS, cE 160deg I5197 Gx 22 19.8 -60 08 c Tuc 1.3 bM, mag 15 I5196 22 20.2 -65 24 d Tuc eF, eeS, eE 105deg , stell N 7251 Gx 22 20.4 -15 46 r Aqr 13. p F, pS, R, gpmbM 7261 OC 22 20.4 +58 05 s Cep 6. 8.4 Cl, L, pRi, lC 7249 Gx 22 20.5 -55 08 c Gru 1.1 eeF, R, doubtful object 7252 Gx 22 20.7 -24 41 s Aqr 2.2 12.1 F, S, R, er I5204 22 20.7 -14 24 d Aqr vF, vmE I5201 Gx 22 21.4 -46 04 s Gru 8.5 11. p no descr 7263 Gx 22 21.8 +36 21 v Lac 0.8 F, S, R 7255 - 22 21.9 -15 33 r Aqr eF, L, mE 30deg , sbMN 7254 22 22.0 -21 44 D Aqr vF, vS, R, *11 p 4'.5; = 7256 7257 - 22 22.2 -04 01 r Aqr F, vS, lE 7264 Gx 22 22.2 +36 24 r Lac 14. p vF, pS, mE I1444 Gx 22 22.3 +05 08 u Peg 1.1 16. p F, S, iF, mbM, vF* close I5200 22 22.3 -65 45 d Tuc eeF, eS, R, F* np 1' 7265 Gx 22 22.4 +36 14 r Lac 13. p F, vS, R, mbM I5210 Gx 22 22.5 -18 52 c Aqr 1.6 eeF, vS, R, p of 2 I5203 Gx 22 22.6 -59 46 c Tuc 1.6 bM, mag 15 7256 Gx 22 22.7 -21 44 r Aqr 14. p 3 F st in F neb 7260 Gx 22 22.7 -04 07 r Aqr 14. p eF, pS, iR I5211 22 22.7 -18 53 d Aqr eF, S, f of 2 I5205 22 22.8 -59 48 d Tuc bM, mag 16 I5202 Gx 22 22.9 -65 48 c Tuc 1.4 ! eF, vS, stell N, spir 7258 Gx 22 23.0 -28 22 r PsA 14. p vF, S, E, glbM; biN? 7259 Gx 22 23.1 -28 59 v PsA eF, pL, R, vlbM I5209 22 23.1 -37 59 d Gru F, eS, R, 2 st np 7262 Gx 22 23.4 -32 20 r PsA eF, S, R, lbM I5207 Gx 22 23.5 -60 34 c Tuc 1.6 bM, mag 16 I5212 Gx 22 23.5 -38 02 c Gru 1.4 eF, eS, cE 40deg 7270 Gx 22 23.6 +32 24 r Peg 15. p vF, S, E I5214 22 23.7 -27 28 d PsA eF, pS, R, *8 p 7271 Gx 22 23.8 +32 22 r Peg 15. p vF, S, vlE I5217 Pl 22 23.9 +50 58 s Lac 0.1 13. p PN , stellar 7266 Gx 22 24.1 -04 04 r Aqr 15. p F, vS, R, alm stellar 7273 Gx 22 24.1 +36 13 r Lac 15. p F, vS, R, mbM 7275 Gx 22 24.1 +32 27 r Peg 15. p eF, S, mE I5206 Gx 22 24.1 -66 51 c Tuc 1.2 eF, vS, R, stell N 7274 Gx 22 24.2 +36 08 s Lac 1.8 14. p pF, vS, mbM 7276 Gx 22 24.2 +36 06 r Lac 15. p vF, vS, mbM 7267 Gx 22 24.3 -33 41 r PsA cB, pS, vlE, glbM, B*** sp 7272 Gx 22 24.5 +16 36 r Peg 15. p vF, S, iR I5208 Gx 22 24.6 -65 14 c Tuc 1.3 eeF, eS, eE 65deg , stell N 7281 OC 22 24.7 +57 50 s Cep Cl, L, pRi, lC, st 10...16 I5216 22 24.7 -18 05 d Aqr vF, S, R, N I5213 22 25.0 -60 29 d Tuc bM, mag 16 I1445 Gx 22 25.5 -17 15 c Aqr 2.1 pF, vS, gbMN 7268 Gx 22 25.7 -31 12 c PsA 1.8 F, cS, vlE, p of 2 7269 Gx 22 25.8 -13 09 r Aqr 14. p eF, pS, R, glbM 7282 Gx 22 26.0 +40 19 r Lac 15. p eF, pL, dif, bet 3 st 7277 Gx 22 26.4 -31 10 r PsA 14. p F, cS, vlE, f of 2 7280 Gx 22 26.5 +16 09 s Peg 2.4 13. p F, cS, R, gbM S*, 3 st n, nf I5215 22 27.0 -65 56 d Tuc eF, vS, R, * 2' nf; susp 7279 Gx 22 27.1 -35 08 r PsA vF, pS, R, vgvlbM 7286 Gx 22 28.0 +29 07 r Peg 13. p vF, S, R, am st I5218 Gx 22 28.1 -60 24 c Tuc 1.4 F, pS, E 195deg 7296 OC 22 28.2 +52 17 s Lac 4. 10. p Cl, iR, lC, st vS I5220 22 28.2 -59 43 d Tuc F, pS, E 105deg 7288 Gx 22 28.3 -02 51 r Aqr 14. p vF, eS, stellar 7278 Gx 22 28.4 -60 10 c Tuc 0.9 eeF, lE, vgvlbM, 3 st sf 7290 Gx 22 28.4 +17 09 s Peg 1.8 14. p pB, S, pmE 7292 Gx 22 28.4 +30 18 s Peg 2.1 13. p eF, S, oval, F* inv 7295 - 22 28.4 +52 50 r Lac Cl, P, lC, st 12...13 7291 Gx 22 28.5 +16 47 r Peg 15. p eF, eS, R, smbM 7283 Gx 22 28.6 +17 30 r Peg 15. p vF, vS, R 7284 Gx 22 28.6 -24 51 r Aqr 13. p cF, cS, lE, r 7285 Gx 22 28.7 -24 51 r Aqr 13. p neb* at pos 60deg , dist 40", from 7284 I5219 22 28.7 -65 52 d Tuc eF, eS, cE 15deg , susp 7287 Gx 22 28.8 -22 12 c Aqr 0.7 eF, slightly nebs D* I5221 22 28.9 -65 53 d Tuc eF, bM, susp I1446 22 29.1 -01 12 d Aqr vF, stellar 7289 Gx 22 29.2 -35 27 r PsA vF, S, R, gbM 7293 Pl 22 29.6 -20 48 s Aqr 12.8 ! pF, vL, E or biN I5223 Gx 22 29.8 +07 58 u Peg 1.1 16. p F, vS, dif, r I5222 Gx 22 29.9 -65 40 c Tuc 1.7 ! eF, pS, stell N, susp I1447 22 30.0 -05 09 D Aqr eeF, pS, R, *9.0 n 3' 7301 Gx 22 30.4 -17 34 r Aqr 14. p vF, pS, lE, lbM I5224 Gx 22 30.5 -46 00 c Gru 1.4 no descr 7298 Gx 22 30.8 -14 11 s Aqr 1.5 14. p vF, pL, iR 7297 Gx 22 30.9 -37 49 r Gru eF, S, R, p of 2 7300 Gx 22 31.0 -14 00 s Aqr 2.2 12.9 vF, pL, E 150deg , vglbM I5239 Gx 22 31.1 -38 02 c Gru 1.6 vF, pS, R 7299 Gx 22 31.4 -37 49 r Gru eF, S, R, f of 2 7304 - 22 31.5 +30 58 r Peg vF, pS, vlbM, nf 7303(?) I5225 22 31.5 -25 22 d PsA eeF, pS, R, bet 2 st 7303 Gx 22 31.6 +30 58 r Peg 13. p vF, S, R, gvlbM I5226 22 31.7 -24 40 d Aqr eeF, pL, R 7294 Gx 22 32.2 -25 23 r PsA 14. p vF, vS, R 7305 Gx 22 32.2 +11 43 r Peg 15. p eF, S, R, 4 F st around 7302 Gx 22 32.4 -14 07 s Aqr 1.9 12.1 F, pS, R, vsbMSN; = IC 5228 I5228 Gx 22 32.4 -14 08 t Aqr 1.9 13. p pB, pS, R, B* s; = 7302 7306 Gx 22 33.5 -27 14 r PsA 13. p vF, S, lE, *11 p 7307 Gx 22 33.8 -40 57 s Gru 4.2 13. p F, pL, pmE I5231 Gx 22 34.0 +23 21 m Peg 0.4 15. p F, S, R, gbMN I5227 Gx 22 34.1 -64 42 c Tuc 1.5 F, S, stell N 7311 Gx 22 34.2 +05 35 r Peg 13. p pF, S, R, psbM, r 7309 Gx 22 34.3 -10 21 s Aqr 2.1 12.5 vF, pL, R, glbM, r 7308 Gx 22 34.5 -12 56 r Aqr 14. p pB, vS, R; = IC 1448 I1448 Gx 22 34.6 -12 56 m Aqr 1.0 14. p vF, vS, diffic 7310 Gx 22 34.7 -22 29 r Aqr 14. p vF, pS, R, bMN 7312 Gx 22 34.7 +05 49 r Peg 14. p F, S I5229 22 34.8 -61 23 d Tuc bM, mag 15 I1449 22 35.1 -08 47 d Aqr F, S, iF, bM, r 7315 Gx 22 35.4 +34 50 r Peg 14. p vF, eS, R, bM 7313 Gx 22 35.5 -26 06 v PsA eF, E I5230 22 35.6 -61 32 d Tuc eF, eS, cE 35deg , cbM 7314 Gx 22 35.8 -26 03 s PsA 4.6 10.9 cF, L, mE 0deg , vlbM 7316 Gx 22 35.9 +20 19 s Peg 1.3 14. p F, S, R, *8 sp 7317 Gx 22 35.9 +33 57 s Peg 1.0 13.6 vF, vS 7318 Gx 22 36.0 +33 58 s Peg 1.9 13.1 eF, eS 7319 Gx 22 36.1 +33 59 s Peg 1.7 13.1 eF, eS 7320 Gx 22 36.1 +33 57 s Peg 2.2 12.7 F, vS 7321 Gx 22 36.4 +21 38 r Peg 14. p F, S, iR, vgvlbM I5233 Gx 22 36.6 +25 46 u Peg 1.1 15. p F, vS, dif, *12.5 v close 7323 Gx 22 36.8 +19 09 r Peg 14. p pF, pL, iR 7325 D* 22 36.8 +34 22 A Peg F, vS, 7331 f 7326 D* 22 36.8 +34 25 A Peg eF, eS, 7331 f 7327 * 22 36.8 +34 29 r Peg eF, eS, np 7331 7330 Gx 22 36.9 +38 33 r Lac 13. p pB, S, lE, bM 7324 Gx 22 37.0 +19 09 r Peg 15. p vF, vS, neb* 7331 Gx 22 37.1 +34 25 s Peg 10.7 9.5 B, pL, pmE 163deg , smbM 7333 Gx 22 37.2 +34 26 h Peg 0.1 15. p vF, vS, p 7335 7336 Gx 22 37.2 +34 29 r Peg 15. p eF, vS 7335 Gx 22 37.3 +34 27 s Peg 1.7 15. p vF, vS 7332 Gx 22 37.4 +23 48 s Peg 4.2 11.0 cB, S, mE 156deg , smbMN, p of 2 7337 Gx 22 37.4 +34 22 v Peg 1.3 eF, S, stellar 7328 Gx 22 37.5 +10 32 r Peg 14. p eF, pS, lE 90deg , vglbM 7338 Gx 22 37.5 +34 25 h Peg 0.2 14. p eF, eS, sf 7335 7340 Gx 22 37.6 +34 26 r Peg 15. p vF, vS 7322 Gx 22 37.7 -37 13 r Gru vF, S, vlE, gbM 7334 Gx 22 37.8 -37 14 c Gru eeF; = 7322 7339 Gx 22 37.8 +23 47 s Peg 3.0 12.1 F, pS, mE 89deg , vglbM, f of 2 I5232 22 37.8 -68 52 d Ind eF, eeS, bM I1450 * 22 38.0 +34 33 x Peg vF, eS, stellar 7342 Gx 22 38.1 +35 31 r Peg 15. p eF, vS 7343 Gx 22 38.6 +34 04 s Peg 1.2 13.4 eF, vS, R, lbM, S* inv 7345 Gx 22 38.6 +35 33 r Peg 15. p eF, vS 7341 Gx 22 39.2 -22 41 r Aqr 13. p pF, pS, E, lbM 7346 Gx 22 39.5 +11 05 r Peg 15. p eF, vS, stellar 7353 Gx 22 39.5 +11 47 r Peg 15. p eF 7344 Gx 22 39.7 -04 10 r Aqr 14. p pF, vS, R 7352 - 22 39.7 +57 24 r Cep Cl, vL, pRi, vlC 7347 Gx 22 39.9 +11 02 r Peg 14. p eF, pL, E I5234 22 40.2 -65 48 d Tuc eF, eeS, cE 165deg , cbM 7354 Pl 22 40.4 +61 17 s Cep 0.3 13. p PN , B, S, R, pgvlbM 7329 Gx 22 40.5 -66 28 s Tuc 4.2 12. p pB, pS, mE 90deg 7348 Gx 22 40.6 +11 54 s Peg 1.3 15. p vF, pL, iR 7350 * 22 41.0 +11 58 r Peg vF I5242 Gx 22 41.2 +23 24 u Peg 1.0 15. p F, S, R, gbM, *13 nf 7351 Gx 22 41.3 -04 27 r Aqr 13. p pF, pS, mE 180deg , bM, r I5235 22 41.4 -66 34 d Tuc eeF, bM I5243 Gx 22 41.4 +23 23 v Peg 0.7 F, cS, iF, dif 7349 22 41.5 -22 54 d Aqr eF, vS, E 175deg , biN, bn I5236 22 41.5 -66 36 d Tuc eF, eeS, cE 60deg , bM I5238 22 41.5 -60 45 d Tuc F, vS, vlE I5241 Gx 22 41.5 +02 38 u Aqr 1.0 15. p pB, cS, R, gbM, r I5240 Gx 22 41.9 -44 48 s Gru 3.2 12. p pF, pL, R, F* sf 7356 Gx 22 42.1 +30 43 r Peg 15. p eF, pS, R, glbM, * att 7361 Gx 22 42.3 -30 03 s PsA 3.5 12.5 F, pL, vmE 0deg , vgvlbM I5237 Gx 22 42.3 -30 03 c PsA 4.0 eeF, eS, eE, *8 np; = 7361 7357 Gx 22 42.4 +30 11 r Peg 15. p vF, vS, vF* inv I1454 Pl 22 42.6 +80 27 s Cep 0.6 15. p vF, S, *7 4' f 7363 Gx 22 43.3 +34 00 s Peg 1.1 15. p pF, pL, E, D* f 7355 - 22 43.4 -37 52 r Gru eeF, S, R, D* f 40s 7360 Gx 22 43.6 +04 09 r Peg 14. p eF, vS 7362 Gx 22 43.9 +08 43 r Peg 15. p vF, S, R, lbM I5244 Gx 22 44.2 -64 03 c Tuc 3.3 eF, pS, eE 0deg , stell N 7366 Gx 22 44.3 +10 46 r Peg 15. p eF, S, stellar 7369 Gx 22 44.3 +34 21 r Peg 15. p pF, bet 2 F st 7364 Gx 22 44.5 -00 07 r Aqr 14. p F, S, R, psbM 7367 Gx 22 44.7 +03 41 r Peg 15. p vF, pS, lE I5248 22 44.7 -00 21 d Aqr susp (13.5 mag) 7359 22 44.8 -23 41 D Aqr pF, vS, pmE, bMN 7365 Gx 22 45.0 -19 59 r Aqr 14. p vF, eS, R, gbMN, *11 nf 4' I5245 22 45.1 -65 20 d Tuc eF, eS, R, F* np 0'.5 I5251 * 22 45.1 +11 09 x Peg eF I5253 Gx 22 45.4 +21 49 u Peg 1.0 15. p F, S, E ns, *13.5 nr 7370 Gx 22 45.5 +11 03 r Peg eF, vS 7368 Gx 22 45.6 -39 20 v Gru 3.2 F, cS, lE, glbM 7358 Gx 22 45.7 -65 07 r Tuc F, S, R, bM, stell N with wisps 175deg 7372 Gx 22 45.7 +11 08 r Peg 14. p F, S, iR I5255 22 45.8 +36 14 d Lac F, S, R, gbM I1452 22 45.9 +16 51 d Peg vF, vS, quite stellar 7374 Gx 22 46.0 +10 51 r Peg 15. p vF, pL, R I5254 22 46.0 +21 07 d Peg F, vS, R, r, *14 att sf, 7375 f 7371 Gx 22 46.1 -11 00 s Aqr 2.1 12.1 vF, pL, R, lbM I1451 Gx 22 46.2 -10 22 m Aqr 0.4 15. p vF, S, dif, vS, excent N 7373 Gx 22 46.5 +03 13 r Peg 15. p F, vS, bM, stellar 7375 Gx 22 46.6 +21 05 r Peg 15. p eF, vS, R I5246 22 46.6 -64 54 d Tuc eF, eS I1453 Gx 22 46.8 -13 27 m Aqr 0.6 15. p pB, pL, R I5247 22 46.9 -65 17 d Tuc vF, vS, mE 125deg , mbM 7380 C+N 22 47.0 +58 06 s Cep 25. 7.2 Cl, pL, pRi, lC, st 9...13 I5249 Gx 22 47.1 -64 50 c Tuc 3.7 eF, vS, eE 15deg , vlbM I5250 Gx 22 47.3 -65 03 c Tuc 3.8 cB, S, R, F* f 0'.5 7376 Gx 22 47.4 +03 40 r Peg 15. p eF, vS, R 7379 Gx 22 47.4 +40 14 r Lac 14. p eF, S, R, lbM 7377 Gx 22 47.8 -22 19 s Aqr 2.2 11.6 pB, S, vlE, vgmbM, *12 p 7378 Gx 22 47.9 -11 49 r Aqr 13. p vF, pL I5252 Gx 22 48.1 -68 54 c Ind 1.2 F, S, R, cbM 7383 Gx 22 49.6 +11 36 s Peg 1.0 13.9 vF, vS, R, 7385 nf 7384 Gx 22 49.7 +11 33 r Peg eF, 5' nf 7383 I5256 Gx 22 49.8 -68 42 c Ind 1.1 vF, vS, cE 25deg , cbM 7385 Gx 22 49.9 +11 36 s Peg 1.6 12.3 cF, S, R, glbM, *11 np 7381 Gx 22 50.0 -19 43 r Aqr 15. p eF, vS, R, gbM 7386 Gx 22 50.0 +11 42 s Peg 2.1 12.5 cF, S, R, pgbM, f of 2 7388 Gx 22 50.2 +11 44 r Peg vF, *11 f 2'.5 7382 Gx 22 50.3 -36 51 r Gru eF, vS, R, *12 att np 7387 Gx 22 50.3 +11 38 s Peg 0.7 14.0 eF, vS, R, 2 st 11 s 7389 Gx 22 50.3 +11 35 s Peg 1.3 13.4 vF, R 7390 Gx 22 50.3 +11 32 r Peg 15. p eF, s of 7389 7394 - 22 50.6 +52 10 r Lac Cl, vP 7391 Gx 22 50.7 -01 31 r Aqr 13. p cF, cS, R, sbM *13, * np 7395 Gx 22 51.2 +37 05 r Lac 15. p eF, vS, R, bM I5258 Gx 22 51.5 +23 02 m Peg 0.4 14. p F, vS, R, mbM, r 7393 Gx 22 51.7 -05 33 s Aqr 2.0 14. p vF, pL, lE, vgbM, r 7392 Gx 22 51.8 -20 36 s Aqr 2.0 11.9 pB, pS, lE 120deg , mbM I5257 22 52.3 -67 26 d Ind eF, eeS, stell N 7396 Gx 22 52.5 +01 06 r Psc 14. p pF, pS, R, gbM 7399 Gx 22 52.7 -09 16 r Aqr 14. p eF, pL 7405 Gx 22 52.8 +12 35 r Peg eF, S, R I5259 22 52.8 +36 43 d Lac neb; D *9.5 f 2' 7397 Gx 22 52.9 +01 08 r Psc 15. p eF, vS 7398 Gx 22 52.9 +01 13 r Psc 15. p vF, pL 7402 Gx 22 53.0 +01 10 r Psc 14. p eF, vS 7401 Gx 22 53.1 +01 10 r Psc eF, vS 7403 * 22 53.1 +01 29 F Psc * slightly nebs? (prob not) 7407 Gx 22 53.3 +32 08 r Peg 14. p eF, vS 7409 Gx 22 53.7 +20 12 r Peg 15. p eF I1455 Gx 22 53.9 +01 23 u Psc 1.0 15. p F, pS, R, 2 st 11 nr 7406 Gx 22 54.0 -06 36 r Aqr 15. p F, S, lE 7400 Gx 22 54.3 -45 21 c Gru 2.5 pF, lE, glbM, vS* inv 7404 Gx 22 54.3 -39 19 r Gru vF, S, R 7419 OC 22 54.3 +60 50 s Cep 2. 13. p Cl, pRi, cC I5260 Gx 22 54.3 -39 19 c Gru 1.5 eeF, pS, R, *9 sp, v diffic; = 7404 I5261 Gx 22 54.4 -20 22 c Aqr 1.7 eeF, pL, R, v diffic, *9 p 22s 7411 Gx 22 54.5 +20 14 r Peg 15. p vF, vS 7415 Gx 22 54.8 +20 15 r Peg 15. p eF 7410 Gx 22 55.0 -39 40 s Gru 5.5 10.4 cB, L, vmE 43deg , mbM 7413 Gx 22 55.1 +13 13 v Peg 14.1 eeF, pS, R, v diffic, s of 2 I5262 22 55.2 -33 50 d PsA eeF, pS, R, v diffic 7414 Gx 22 55.3 +13 15 r Peg eeF, S, R, v diffic, n of 2 7423 OC 22 55.3 +57 08 o Cep 6. 15. p vF, pL, iF, er I1456 22 55.3 -12 43 d Aqr vF, vS I1457 * 22 55.4 -05 33 x Aqr eF, *10 sf 1' 7420 Gx 22 55.6 +29 48 r Peg 15. p vF, S 7416 Gx 22 55.7 -05 30 s Aqr 3.4 12.3 F, pL, pmE, vgbM 7412 Gx 22 55.8 -42 39 s Gru 4.0 11.4 eF, vL, *7 nf 7408 Gx 22 55.9 -63 42 v Tuc pB, pS, R, vglbM 7429 OC 22 55.9 +59 59 s Cep Cl, P, pC, st 9...11 7426 Gx 22 56.1 +36 21 r Lac 13. p vF, cS, R, stellar, D* p 7422 Gx 22 56.2 +03 56 r Psc 14. p vF, pS, vlE I5268 22 56.2 +36 36 d Lac B, S 7418 Gx 22 56.6 -37 02 s Gru 3.3 11.4 cB, vL, vlE, vglbM I1458 Gx 22 56.8 -07 23 m Aqr 1.2 14. p vF, pL, dif 7421 Gx 22 56.9 -37 21 s Gru 2.2 12.0 cB, L, vlE, gpmbM, rr I5264 Gx 22 56.9 -36 33 c Gru 2.7 vF, S, vmE, sp of 2 I1460 Gx 22 57.1 +04 41 v Psc 0.4 14.4 pB, vS, mbM 7427 Gx 22 57.2 +08 30 r Peg 15. p F, S, *9 sf 4' I1459 Gx 22 57.2 -36 28 s Gru 10.0 F, pS, com, N = 12m I5265 Gx 22 57.2 -36 28 c Gru 6.0 B, cL, R, bet 2 st pf, nf of 2; = IC 1459 I5267 Gx 22 57.2 -43 24 s Gru 5.0 10.5 pB, S, R, mbM 7424 Gx 22 57.3 -41 04 s Gru 7.6 11. p F, cL, vlE, vgmbM 7425 Gx 22 57.3 -10 57 r Aqr 15. p eF, vlE, *10 p 4' 7428 Gx 22 57.3 -01 02 s Psc 2.6 14. p F, vS, R, bM 7430 Gx 22 57.5 +08 48 r Peg 15. p eF, vS 7438 - 22 57.6 +54 21 r Cas Cl, vL, E I5269 Gx 22 57.7 -36 02 s PsA 2.5 13. p vF, pS, R, np of 2 7417 Gx 22 57.8 -65 02 v Tuc pB, cS, R, gpmbM 7431 Gx 22 57.8 +26 10 r Peg 15. p eF, vS 7435 Gx 22 57.9 +26 08 r Peg 15. p eF, s of 7436 I5270 Gx 22 57.9 -35 51 c PsA 3.2 vF, pS, mE, sf of 2 7432 Gx 22 58.0 +13 08 r Peg 15. p eF, S, R 7433 Gx 22 58.0 +26 09 r Peg 14. p eF, vS, p 7436 7436 Gx 22 58.0 +26 09 r Peg 14. p F, pS, F* att p, gbM I5271 Gx 22 58.0 -33 45 s PsA 13. p pF, pS, mE 145deg , cbM 7437 Gx 22 58.2 +14 18 s Peg 1.9 13. p eeF, L, R, F* nr nf, v diffic I5263 Gx 22 58.2 -69 03 c Ind 1.2 cF, S, R, * in neb I5266 Gx 22 58.3 -65 08 c Tuc 1.5 eF, vS, eE, stell N 7434 Gx 22 58.4 -01 11 r Psc 15. p vF, vS, R, stellar 7440 Gx 22 58.5 +35 48 s And 1.9 15. p eF, S, iR I5274 Gx 22 58.5 +18 55 u Peg 1.1 15. p F, cS, R, gbMN I1461 Gx 22 58.6 +15 10 v Peg eeF, vS, R I1462 22 58.6 +08 24 d Peg vF, eS; only a *? I5275 22 58.6 +18 52 d Peg pF, vS, dif 7439 22 58.7 +29 10 D Peg long patch of F neby I5276 Gx 22 58.7 +18 49 z Peg 15. p F, S, E 135deg , gbM, r, bet 2 F st I1463 D* 22 59.3 -10 32 F Aqr only a F D*, dist 20", in a trapez of st 10 7442 Gx 22 59.4 +15 33 s Peg 1.2 14. p pF, R, bet 2 st 16, *13 nf 7441 Gx 22 59.5 -07 04 r Aqr 15. p vF, pS, iR, *10 p; (decl?) 7445 Gx 22 59.5 +39 06 r And 15. p eF, vS I5273 Gx 22 59.5 -37 42 s Gru 2.9 11.5 vF, cL, lE, 4 st p 7446 Gx 22 59.6 +39 04 r And 15. p eF, vS, R, r I5272 22 59.6 -65 11 d Tuc eF, vS, R 7449 Gx 22 59.7 +39 08 r And 15. p vF, S, R, vS* in centre 7443 Gx 23 00.1 -12 48 s Aqr 1.8 14. p F, vS, vlE, smbM, er, n of 2 7444 Gx 23 00.1 -12 50 s Aqr 2.0 14. p F, vS, vlE, smbM, er, s of 2 7448 Gx 23 00.1 +15 59 s Peg 2.7 11.7 pB, L, E 173deg , vgbM, *11 f 2'.5 7447 23 00.4 -10 32 D Aqr nonexistent; only a F*** np place 7451 23 00.4 +08 25 D Peg pF, pL, *10-11 sp 2' 7455 Gx 23 00.6 +07 17 v Psc eF, pS, cE, *10 nf 2' I5278 23 00.6 -08 08 d Aqr eF (not verified) 7450 Gx 23 00.9 -12 56 r Aqr 13. p vF, S 7457 Gx 23 01.0 +30 09 s Peg 4.4 10.8 cB, cL, lE, gmbM, r, 2 S st n 7452 Gx 23 01.1 +06 45 r Psc 15. p eeF, pL, R, v diffic 7454 Gx 23 01.1 +16 23 s Peg 2.0 14. p F, cS, lE, lbM, *11 p 1' 7453 *** 23 01.4 -06 21 A Aqr B, vS, *11 close np 7458 Gx 23 01.5 +01 45 r Psc 14. p cF, cS, psbM 7459 - 23 01.7 +06 44 r Psc eeF, pL, R, * nr 7461 Gx 23 01.7 +15 35 r Peg 14. p vF, vS, alm stellar 7460 Gx 23 01.8 +02 16 s Psc 1.3 14. p eF, pL, R 7463 Gx 23 01.9 +15 59 s Peg 3.0 13. p vF, S, lE, p of 2 7464 Gx 23 01.9 +15 58 s Peg 0.7 14. p vF, vS, E, sf 7463 I5277 23 01.9 -65 12 d Tuc vF, S, R, almost a *; susp 7465 Gx 23 02.0 +15 58 s Peg 1.6 13. p vF, vS, f of 2 7466 Gx 23 02.0 +27 03 r Peg 14. p eF, eS, bM; = IC 5281 7456 Gx 23 02.1 -39 35 s Gru 5.9 12. p vF, L, mE 34deg , vglbM 7467 Gx 23 02.3 +15 33 r Peg 15. p eF, vS I5281 23 02.4 +27 02 d Peg eF, stell, *13 sff 2'.5 I5282 Gx 23 02.7 +21 53 u Peg 1.5 15. p F, cS, iF, vlbM 7462 Gx 23 02.8 -40 50 s Gru 3.7 13. p cF, pS, vmE 5deg +/- , *11 np I1465 OC 23 02.9 +16 35 x Peg vF; vS Cl? 7468 Gx 23 03.0 +16 36 s Peg 1.1 14. p eF, vS I5279 Gx 23 03.0 -69 13 c Ind 1.8 vF, vS, cE 40deg , stell N I1464 23 03.2 -09 00 d Aqr F, r, D? 7469 Gx 23 03.3 +08 52 s Peg 1.8 11.9 vF, vS, vsmbM *12 I5283 Gx 23 03.3 +08 54 s Peg 0.9 13.8 F, S, R, 7469 p 2s , 1' s I1466 23 03.7 -02 46 d Psc pB, vS, iF I5280 Gx 23 03.8 -65 13 c Tuc 1.7 eF, vS, eE 5deg , stell N, bet 2 st; susp 7471 - 23 03.9 -22 55 r Aqr eF, vS, lE 85deg , sbM, 3 st 10 p 20s 7473 Gx 23 03.9 +30 10 r Peg 15. p vF, S, R 7474 Gx 23 04.0 +20 02 r Peg 15. p eF, vS 7475 Gx 23 04.1 +20 03 r Peg 15. p vF, S 7478 Gx 23 04.9 +02 35 r Psc eF, E 7479 Gx 23 04.9 +12 19 s Peg 4.1 11.0 pB, cL, mE 12deg , bet 2 st I1467 Gx 23 04.9 -03 13 m Psc 0.7 15. p F, S, biN 7470 Gx 23 05.2 -50 07 c Gru 1.5 eF, pL, R, glbM, *11 np 7476 Gx 23 05.2 -43 07 r Gru F, S, R, triangle with 2 st 7 I1468 Gx 23 05.2 -03 11 m Psc 0.6 15. p vF, vS, iF, sbM I1470 Nb 23 05.2 +60 15 s Cep 15. vF, vS, stellar N north edge 7480 Gx 23 05.3 +02 32 r Psc 15. p vF, vS, vlE, vgbM 7472 23 05.7 +03 04 D Psc F neb*; = 7482 7477 23 05.7 +03 04 D Psc F, S, bM *15, *17 att n; = 7482 7482 Gx 23 05.7 +03 03 r Psc 14. p F, vS, stellar 7481 - 23 05.8 -19 57 r Aqr vF, vS, R, gbM 7483 Gx 23 05.9 +03 32 r Psc 14. p vF, S, E, psbM 7485 Gx 23 06.1 +34 06 r Peg 14. p vF, S, R, bM, *10 p 7486 Gx 23 06.2 +34 04 r Peg vF, vS, 2' f 7485 I1469 23 06.5 -13 32 d Aqr F, S, R, F* f I5284 Gx 23 06.8 +19 07 v Peg 1.3 F, cS, R, N 7487 Gx 23 06.9 +28 11 r Peg 15. p vF, S, R I5285 Gx 23 06.9 +22 56 v Peg 1.9 F, vS, R, *9.4 s 1'.5 7484 Gx 23 07.1 -36 16 r Scl pB, S, R, lbM, *8-9 att s 7489 Gx 23 07.4 +23 00 r Peg 14. p F, S, R 7490 Gx 23 07.4 +32 22 r Peg 13. p vF, vS, iR, lbM 7488 Gx 23 07.9 +00 56 r Psc 15. p vF, vS, stellar 7491 Gx 23 08.1 -05 58 r Aqr 14. p vF, S, R, vlbM 7492 Gb 23 08.4 -15 37 s Aqr 6.2 11.5 eF, L, Cl of eF st 7493 * 23 08.6 +00 54 F Psc vF, stellar I1471 Gx 23 08.7 -12 39 m Aqr 0.7 14. p pB, S, R, bM 7494 Gx 23 08.9 -24 22 r Aqr 15. p eF, vS, stellar 7495 Gx 23 09.0 +12 04 s Peg 2.1 15. p eF, S, lE, *9 nf nr 7497 Gx 23 09.1 +18 11 s Peg 5.0 13. p vF, L, pmE 45deg , lbM I1472 Gx 23 09.2 +17 14 m Peg 0.9 15. p F, vS, bM, 2 st f I5287 Gx 23 09.4 +00 45 u Psc 1.1 15. p F, vS, R, vlbM 7496 Gx 23 09.8 -43 26 s Gru 3.5 11.1 pB, cL, lE, vgbM *13 7498 Gx 23 09.8 -24 25 r Aqr 15. p vF, S, iR I5286 23 09.8 -68 16 d Ind eeF, eS, mE 130deg , 2 st s, susp 7499 Gx 23 10.4 +07 35 s Psc 1.4 13.8 vF, vS, stellar 7501 Gx 23 10.5 +07 35 s Psc 0.8 13.8 eF 7500 Gx 23 10.6 +11 01 r Peg 15. p eF, vS, R 7504 * 23 10.6 +14 24 r Peg vF, S, stellar 7503 Gx 23 10.7 +07 34 s Psc 0.9 13.8 vF, S, stellar 7502 D* 23 10.8 -21 46 r Aqr eF, vS, E 290deg ; F D*? I5289 23 10.9 -32 33 d Scl S Cl, st eF, in neb I1473 Gx 23 11.1 +29 38 u Peg 2.1 14. p F, pS, gbM 7505 Gx 23 11.2 +13 37 r Peg 15. p eeF, eS, lE, bet a B & 2 F st 7510 OC 23 11.5 +60 34 s Cep 4. 7.9 Cl, pRi, pC, fan-sh, st pB I5288 Gx 23 11.7 -68 06 c Ind 1.8 eF, eS, alm *, susp 7506 Gx 23 11.8 -02 10 r Psc 14. p cF, vS, R, sbM *15 7508 Gx 23 11.9 +12 58 r Peg 15. p eF, bM*, *11 np 2' 7507 Gx 23 12.1 -28 32 s Scl 2.6 10.4 pB, cS, R, psvmbM, *10 np 7512 Gx 23 12.3 +31 08 r Peg 14. p F, S, R, vS* in centre 7509 Gx 23 12.4 +14 37 r Peg 15. p vF, S, R, bet 2 st 7514 Gx 23 12.4 +34 53 r Peg 13. p eF, pL, iR 7511 Gx 23 12.5 +13 43 r Peg 15. p eeF, S, R, v diffic, sev st nf 7519 23 12.7 +10 47 D Peg vF, pL 7516 Gx 23 12.8 +20 14 r Peg 14. p F, vS, stellar I1474 Gx 23 12.8 +05 47 u Psc 1.1 15. p F, R, pS, gbM 7515 Gx 23 12.9 +12 41 r Peg 14. p F, cS, R, vglbM, r I5290 Gx 23 12.9 -23 28 c Aqr 1.8 vF, S, stell N 7518 Gx 23 13.1 +06 19 s Psc 1.5 14. p vF, S, R 7513 Gx 23 13.2 -28 22 s Scl 3.2 11.8 vF, pL, E, gbM 7517 Gx 23 13.3 -02 07 r Psc 15. p vF, vS, stellar 7538 Nb 23 13.5 +61 31 s Cep 10. vF, L, 2 pB st inv 7527 Gx 23 13.6 +24 54 r Peg 14. p vF, vS, stellar 7520 - 23 13.7 -23 48 r Aqr F, pS, bet 2 st; nonexistent? 7521 Gx 23 13.7 -01 44 r Psc 15. p vF, pS, psbM 7523 Gx 23 13.7 +14 00 r Peg 15. p eeF, E 7525 Gx 23 13.7 +14 01 s Peg 15. p eF, vS, vlE, gbM I5291 Gx 23 13.7 +09 13 z Peg 16. p F, vS, R, N, stell 7522 - 23 13.8 -22 54 r Aqr eF, vS, iR, *10 nff 3'; nonexistent? 7524 Gx 23 13.8 -01 45 r Psc eF, vS I5292 Gx 23 13.8 +13 41 z Peg 15. p vF, S, slbM 7526 Ast 23 13.9 -09 12 F Aqr eF, vS I1475 23 14.0 -28 25 d Scl neb * 7529 Gx 23 14.1 +08 58 r Peg 14. p vF 7528 Gx 23 14.3 +10 13 r Peg F, S 7530 Gx 23 14.3 -02 45 r Psc 15. p eF, vS, alm stellar 7535 Gx 23 14.3 +13 35 r Peg 15. p eeF, pS, R, v diffic, n of 2 7536 Gx 23 14.3 +13 26 r Peg 15. p eeF, pS, R, am 6 st, s of 2 7532 Gx 23 14.4 -02 42 s Psc 1.8 15. p vF, vS, lE 7533 Gx 23 14.4 -02 01 r Psc 15. p F, S, R 7539 Gx 23 14.4 +23 40 r Peg 13. p F, S, R, psbM 7534 Gx 23 14.5 -02 39 r Psc 14. p eF, vS, lE 7540 Gx 23 14.5 +15 56 r Peg 15. p F, vS, stellar 7537 Gx 23 14.6 +04 30 s Psc 2.3 13.2 vF, cS, R, bM, sp of 2 7543 Gx 23 14.6 +28 19 r Peg 14. p vF, S, R, lbM 7551 Gx 23 14.6 +15 55 r Peg neb* 13m 7541 Gx 23 14.7 +04 32 s Psc 3.5 11.7 B, L, mE 97deg , mbM, nf of 2 I5293 Gx 23 14.7 +25 08 z Peg 16. p F, S, like D* in neb 7531 Gx 23 14.8 -43 36 s Gru 3.5 11.3 pB, S, lE, pgbM 7542 Gx 23 14.8 +10 39 r Peg 15. p eF, eS, stellar 7544 Gx 23 15.0 -02 12 r Psc eF, vS 7547 Gx 23 15.0 +18 58 s Peg 1.3 15. p vF, S, iR 7548 Gx 23 15.1 +25 16 r Peg 14. p vF, vS, *16 p 11s 7546 Gx 23 15.2 -02 18 r Psc 14. p eF, S, lE 7549 Gx 23 15.3 +19 02 s Peg 2.9 14. p pF, pS, R, *10-11 p 7550 Gx 23 15.3 +18 57 s Peg 1.7 14. p cF, S, R 7553 Gx 23 15.3 +19 01 r Peg vF, vS, R I1476 OC 23 15.3 +30 33 x Peg S Cl? 7545 Gx 23 15.5 -38 32 r Gru F, S, vlE, vgvlbM, *10 att I5295 Gx 23 15.5 +25 07 z Peg 16. p F, vS, R, N 7555 - 23 15.6 +12 35 r Peg F, R, bM, place very rough 7558 Gx 23 15.6 +18 55 r Peg 16. p eeF, neb* 13m 7564 Gx 23 15.6 +07 17 v Psc vF, eS, stellar N 7554 Gx 23 15.7 -02 23 r Psc eF, eS, alm stell, 7556 f 7557 Gx 23 15.7 +06 41 r Psc 15. p vF, vS, p of 2 I5296 Gx 23 15.7 +25 06 u Peg 1.0 15. p F, S, R, *15 att 7556 Gx 23 15.9 -02 20 r Psc 14. p cF, pL, R, B** f 7559 Gx 23 15.9 +13 17 r Peg 14. p F, cS, R, bM *16, np of 2 7560 D* 23 16.0 +04 30 r Psc F, vS, iR, sp of 2 7561 23 16.0 +04 31 D Psc eF, stellar, nf of 2 7562 Gx 23 16.0 +06 41 s Psc 2.3 11.5 cB, pS, iR, psbM 7563 Gx 23 16.0 +13 11 r Peg 14. p pF, cS, R, sbM *16, sf of 2 I5297 Gx 23 16.0 +25 01 z Peg 16. p F, S, R, N I5298 Gx 23 16.1 +25 33 m Peg 0.6 15. p vF, vS, dif 7552 Gx 23 16.2 -42 35 s Gru 3.5 10.7 B, S, mE 90deg +/- , vsbM *13 7567 Gx 23 16.2 +15 52 r Peg 15. p eeF, vS, E I5294 Gx 23 16.2 -42 35 c Gru 3.2 pB, pS, R, *8 p; = 7552 7565 * 23 16.3 -00 03 r Psc vF 7568 Gx 23 16.3 +24 29 r Peg 14. p eF, pL, iR, sev st inv 7573 Gx 23 16.3 -22 10 r Aqr 14. p eF, S, iR, b np, *10 p 4' I5299 23 16.3 +20 51 d Peg F, eS, *13 close s 7566 23 16.6 -02 21 D Psc vF, pS, E, er, 3 F st inv I5300 Gx 23 16.6 +20 49 z Peg 16. p F, S, R, neb *15 7569 - 23 16.8 +10 55 r Peg vF, S, R, 3 F st sf 7570 Gx 23 16.8 +13 29 r Peg 14. p eF, eS 7572 Gx 23 16.8 +18 29 r Peg 15. p eeF, alm stellar 7574 - 23 16.8 +24 00 r Peg pF, S, E, rr 7571 23 17.2 +18 59 D Peg vF, cE, sev knots or gr of neb 7578 Gx 23 17.2 +18 41 s Peg 1.6 14. p vF, am vS st 7596 Gx 23 17.2 -06 55 r Aqr vF, pS, lE 0deg , lbMN I1477 Gx 23 17.2 -06 56 m Aqr 0.6 15. p F, S, r 7575 * 23 17.3 +06 39 r Psc F, S, vlE 7576 Gx 23 17.4 -04 44 s Aqr 1.5 13.0 F, S, smbM 7577 Gx 23 17.4 +07 22 r Psc *13.5 in vF neb 7580 Gx 23 17.6 +14 00 s Peg 0.9 15. p vF, pS, R, F* sp 7579 Gx 23 17.7 +09 25 r Peg 15. p eF, vS, stellar 7586 Gx 23 17.7 +08 15 r Peg 15. p eF, vS, alm stellar 7581 - 23 17.8 +04 40 r Psc vF, mE, *12-13 close f; = 7541? 7588 Gx 23 17.8 +18 45 r Peg 15. p eF, eS 7583 Gx 23 17.9 +07 24 r Psc 15. p vF, vS 7604 Gx 23 17.9 +07 26 r Psc 15. p eF, vS, bM I5303 D* 23 17.9 +00 16 F Psc vF, S, sbM (D* in M?) 7584 Gx 23 18.0 +09 25 r Peg 15. p eF, vS, stellar 7585 Gx 23 18.0 -04 39 s Aqr 2.3 11.7 pB, pS, iR, gbM 7587 Gx 23 18.0 +09 41 s Peg 1.4 15. p vF, vS, lE, gbM 7593 Gx 23 18.0 +11 21 r Peg 14. p F, S, R I5305 Gx 23 18.0 +10 16 m Peg 0.4 15. p pF, vS, 7594 nr I5306 23 18.1 +10 15 d Peg vF, S I1478 Gx 23 18.2 +10 18 u Peg 1.7 15. p vF, S, dif I5304 23 18.2 -10 18 d Aqr eF, S, R, 3 or 4 F st sp I5307 Gx 23 18.2 +10 13 m Peg 0.6 16. p vF, vS 7594 Gx 23 18.3 +10 13 r Peg 16. p pF, R, 3 st p; = IC 5307 7582 Gx 23 18.4 -42 22 s Gru 4.6 10.6 pB, L, pmE, gbM 7589 Gx 23 18.4 +00 16 r Psc 15. p eF, vS 7591 Gx 23 18.4 +06 34 r Psc 14. p pF, S, R, vgbM 7592 Gx 23 18.4 -04 25 s Aqr 1.4 14. p eF, vS 7595 Gx 23 18.5 +09 54 r Peg F, stellar 7597 Gx 23 18.5 +18 41 v Peg 1.3 eF, vS, gbM 7598 Gx 23 18.5 +18 44 r Peg 15. p eF, eS, stellar I1479 Gx 23 18.7 -10 25 m Aqr 0.8 14. p pF, S, R, stellar 7601 Gx 23 18.8 +09 14 s Peg 1.5 15. p pB, dif 7602 Gx 23 18.8 +18 42 v Peg 0.6 eF, eS, stellar I5301 23 18.8 -69 34 d Ind eeF, eS, vF, * f 1', susp 7590 Gx 23 18.9 -42 14 s Gru 2.7 11.6 pB, pL, pmE, gbM, p of 2 7600 Gx 23 18.9 -07 35 s Aqr 2.4 13. p cF, S, R, psmbM 7605 - 23 18.9 +07 25 r Psc vF, S, R, glbM; = 7583? 7603 Gx 23 19.0 +00 15 s Psc 1.7 14. p F, vS, stellar 7607 - 23 19.0 +11 21 r Peg vF, S, R, *16 nf 0'.5 (nebs?) I1480 OC 23 19.0 +11 19 x Peg vS Cl, nebs? 7606 Gx 23 19.1 -08 29 s Aqr 5.8 10.8 pF, cL, pmE 0deg +/- I5309 23 19.2 +07 59 d Psc F, S, fan-shaped, * att s 7599 Gx 23 19.3 -42 15 s Gru 4.4 11.4 F, pL, pmE, gbM, f of 2 7608 Gx 23 19.3 +08 20 r Peg 15. p vF, pS, lE, lbM I5308 Gx 23 19.3 -42 16 t Gru 4.9 12. p eeF, S, cE, f 7599 I1481 Gx 23 19.4 +05 54 u Psc 0.9 14. p vF, vS, R 7609 Gx 23 19.5 +09 29 s Peg 1.5 15. p vF, vS, gbM 7616 Gx 23 19.5 +10 09 r Peg pF, dif 7610 Gx 23 19.6 +10 10 s Peg 3.0 15. p F, S, dif 7611 Gx 23 19.6 +08 04 s Psc 1.5 12.6 F, S, R, triangle with 2 st 19 n I5302 Gx 23 19.6 -64 34 c Tuc 1.3 vF, vS, 2 st nr, susp 7612 Gx 23 19.8 +08 33 r Peg 14. p pB, vS, R, bM 7618 Gx 23 19.8 +42 51 r And 14. p F, S, R, gbM 7613 Gx 23 19.9 +00 24 r Psc vF 7615 Gx 23 19.9 +08 24 s Peg 1.2 16. p eF, cS 7614 - 23 20.0 +00 13 r Psc vF, nf of 2 7620 Gx 23 20.1 +24 13 s Peg 1.3 14. p F, S, vlE 7617 Gx 23 20.2 +08 10 s Psc 1.0 13.8 eF, vS 7619 Gx 23 20.2 +08 12 s Peg 2.9 11.1 cB, pS, R, psbM 7621 Gx 23 20.4 +08 20 r Peg 15. p eF, vS, stellar 7624 Gx 23 20.4 +27 19 s Peg 1.1 13.4 vF, lE or iR, dif, vlbM 7623 Gx 23 20.5 +08 24 s Peg 1.9 12.4 F, vS, R, psbM 7625 Gx 23 20.5 +17 14 s Peg 1.8 12.1 pB, cS, R, smbM I5311 * 23 20.6 +17 16 x Peg eF, susp, 2'.5 nff 7625 7626 Gx 23 20.7 +08 13 s Peg 2.5 11.2 cB, pS, R, psbM 7635 Nb 23 20.7 +61 12 s Cas 15. vF, *8 inv l excentric 7628 Gx 23 20.8 +25 53 r Peg 14. p vF, S, R, bM I1482 Gx 23 20.8 +01 44 m Psc 0.3 14. p pB, vS, R I5310 23 20.8 -22 09 d Aqr eF, eS, alm stell, *9.5 n 5' I5312 23 21.0 +19 19 d Peg F, S, R, gbM, r I5314 Gx 23 21.1 +19 17 m Peg 0.5 15. p F, S, R, gbM, r I5315 Gx 23 21.3 +25 22 u Peg 1.0 15. p F, vS, like neb D* 15 7629 Gx 23 21.4 +01 23 r Psc 15. p vF, vS, stellar 7630 Gx 23 21.4 +11 24 r Peg 15. p F, S 7631 Gx 23 21.4 +08 13 s Peg 1.9 14. p vF, vS 7622 ? 23 21.6 -62 07 A Tuc cF, eS, am 5 st (doubtful) 7634 Gx 23 21.6 +08 52 s Peg 1.5 14. p F, S, F** att I5316 23 21.9 +21 13 d Peg vF, vS, R, N, stell I5313 Gx 23 22.0 -42 29 c Gru 2.5 eeF, pL, R, *10 sp; = 7632 7632 Gx 23 22.1 -42 30 v Gru F, S, R, lbM 7640 Gx 23 22.1 +40 51 s And 10.7 10.9 cF, L, mE 164deg , vlbM, r 7636 Gx 23 22.3 -29 18 r Scl 15. p eF, S, R, sbM I1483 Gx 23 22.4 +11 18 m Peg 0.6 15. p F, S, lbM 7627 23 22.5 +11 54 D Peg vF, S, mE, 2 st n; = 7641 7638 Gx 23 22.5 +11 18 r Peg 15. p 1st of 2 neb, F, S 7641 Gx 23 22.6 +11 53 r Peg 15. p vF, S, iR, dif, lbM I1484 23 22.7 +11 23 d Peg vF, vS I1485 Gx 23 22.7 +11 21 m Peg 0.3 15. p vF, vS, R, vSN 7639 Gx 23 22.8 +11 21 r Peg 15. p 2nd of 2 neb, F, S 7642 Gx 23 22.9 +01 26 r Psc 14. p vF, vS, bM 7643 Gx 23 22.9 +11 59 r Peg 15. p F, pS, iR, dif, lbM 7633 Gx 23 23.1 -67 39 c Ind 2.1 F, vS, E 90deg , psbM I5317 Gx 23 23.4 +21 09 z Peg 15. p F, S, R, gbMN, r 7645 Gx 23 23.7 -29 23 r Scl 14. p vF, S, R, glbM 7648 Gx 23 23.8 +09 39 s Peg 1.9 14. p vF, pS, lE, bM; = IC 1486 I1486 Gx 23 23.8 +09 39 u Peg 1.6 13. p vF, S 7646 Gx 23 24.0 -11 52 r Aqr vF, vS, E 260deg (neb?), *9 n 3'.6 I5318 Gx 23 24.0 -11 53 m Aqr 0.9 14. p vF, vS, *9.5 p 1s 7647 Gx 23 24.1 +16 47 r Peg 15. p eF, cL(?), p a row of st 7654 OC 23 24.2 +61 35 s Cas 13. 6.9 Cl, L, Ri, mCM, R, st 9...13; = M52 7649 Gx 23 24.3 +14 38 s Peg 1.6 13.7 vF, pL, R 7667 Gx 23 24.3 -00 07 r Psc 14. p vF 7644 Gx 23 24.5 +13 58 r Peg vF, pS, lE 7651 Gx 23 24.5 +13 58 r Peg 15. p eF, S, R 7656 Gx 23 24.5 -19 05 r Aqr 14. p vF, vS, R, bMN I1487 23 24.6 +14 38 D Peg eeF, pS, iR, F* nf, *7 p 15s and 9' s I1488 23 24.8 +15 20 d Peg eF, vS, E ns, v diffic, 7653 s I5319 23 24.8 +14 00 d Peg eF, eS, *9.5 f, 7651 nr 7653 Gx 23 24.9 +15 16 r Peg 14. p vF, pS, R, gbM; = IC 1488 7650 Gx 23 25.3 -57 48 r Tuc pF, pS, R, glbM, np of 2 7652 Gx 23 25.6 -57 54 r Tuc eF, S, R, sf of 2 7660 Gx 23 25.7 +27 01 r Peg 14. p F, vS, psmbM, *10 p 7662 Pl 23 25.9 +42 33 s And 2.2 9. p !!! PN or ring , vB, pS, R, blue, variable Nucl 7659 Gx 23 26.0 +14 12 r Peg 15. p vF, vS, R, psbM I5321 Gx 23 26.3 -17 58 m Aqr 1.0 14. p eF, vS, R, *10 np 1' 7637 Gx 23 26.5 -81 55 c Oct 2.5 vF, pL, R, vlbM, * nr 7658 Gx 23 26.5 -39 14 r Gru D, both eF, S, R, 4 st p I1489 Gx 23 26.5 -12 31 m Aqr 0.4 14. p F, vS, R, *9 south 7664 Gx 23 26.6 +25 04 r Peg 13. p vF, * s, 2 st 11-12 p 7655 Gx 23 26.7 -68 02 A Ind group of st (not a neb), *10 p 7657 Gx 23 26.7 -57 49 r Tuc eF, R 7663 Gx 23 26.7 -04 56 r Aqr vF 7661 Gx 23 27.2 -65 16 c Tuc 1.9 eF, cL, R, vgvlbM 7665 Gx 23 27.2 -09 24 r Aqr 13. p eF, S, stellar 7668 - 23 27.2 -00 11 r Psc vF, near 7667 7669 - 23 27.2 -00 11 r Psc vF, near 7667 7670 - 23 27.2 -00 11 r Psc vF, near 7667 7671 Gx 23 27.3 +12 28 s Peg 1.7 12.7 pB, S, R, vsmbM, *9 p 7666 - 23 27.4 -04 11 r Aqr vF I5320 23 27.4 -67 45 d Ind bM, mag 14 7672 Gx 23 27.5 +12 23 s Peg 1.0 15. p vF, S, 5' s of 7671 I5322 23 27.5 -67 45 d Tuc bM, mag 14 I5323 Gx 23 27.6 -67 49 c Tuc 1.6 F, S, bM 7673 Gx 23 27.7 +23 35 s Peg 1.7 12.7 F, S, R 7674 Gx 23 27.9 +08 47 s Peg 1.2 14. p F, cS, gbM, p of 2 7675 Gx 23 28.0 +08 46 s Peg 0.7 15. p vF, S, R, gbM, f of 2 7677 Gx 23 28.1 +23 32 s Peg 1.9 14. p eF, vS, stell I5324 Gx 23 28.3 -67 49 c Tuc 1.3 F, S, bM 7678 Gx 23 28.5 +22 25 s Peg 2.3 12.2 vF, pL, vlE, lbM, am 4 st 7680 Gx 23 28.5 +32 24 r Peg 13. p vF, S, R, lbM, r 7681 Gx 23 28.6 +17 16 r Peg 15. p vF, S, iR, r, ** f I5325 Gx 23 28.7 -41 19 s Phe 2.5 12. p F, S, R, gbM, * sp 1' 7679 Gx 23 28.8 +03 31 s Psc 1.9 12.7 pB, S, R, mbMN, stell I1497 23 28.8 +11 59 D Peg eF, suspected 7676 Gx 23 28.9 -59 43 r Tuc B, S, lE, vsvmbM *11 I1490 23 29.0 -04 08 d Aqr eF, pS, R, vF* close n 7682 Gx 23 29.1 +03 32 s Psc 1.2 13.4 eF, *14 p 13s .7, ln 7683 Gx 23 29.1 +11 26 r Peg 14. p F, *13 n I1491 Gx 23 29.4 -16 18 m Aqr 0.5 15. p F, S, R I5326 Gx 23 29.5 -28 48 m Scl 0.8 14. p eeF, S, mE, *8 p 7686 OC 23 30.2 +49 08 s And 15. 5.6 Cl, P, lC, st 7...11 I5327 23 30.3 -13 35 d Aqr pF, pS, *11 f 1' 7684 Gx 23 30.5 +00 04 r Psc 15. p F, vS, stell I1493 23 30.5 +14 27 d Peg F, vS, sbM, another susp 7s p, 1' n 7685 Gx 23 30.6 +03 54 s Psc 2.1 15. p eF, cL, R, gbM, ** nr I1492 Gx 23 30.7 -03 02 m Psc 0.8 14. p eF, S, R, sp of 2 I1496 23 30.7 -02 57 d Psc eeF, pS, R, nf of 2 I1494 23 30.8 -12 44 d Aqr F, R, lbM I1495 Gx 23 30.8 -13 30 m Aqr 1.0 13. p F, S, lbM 7687 Gx 23 30.9 +03 32 r Psc 15. p vF, vS, *11 f 1s , n 85" 7688 Gx 23 31.2 +21 24 r Peg 15. p F, vS, dif, *11 201deg , 80" I1498 Gx 23 32.0 -05 00 m Aqr 1.4 14. p eeF, pS, R, *9.5 p 36s , 3' s I1499 D* 23 32.0 -13 27 F Aqr pB, pL, iF 7691 Gx 23 32.6 +15 50 r Peg 14. p eF, pL, triangle with 2 st 10 7689 Gx 23 32.7 -54 05 s Phe 2.8 12. p pF, L, R, vgbM 7692 Gx 23 32.8 -05 36 r Aqr 15. p neb, *9 f 18s , 73" s 7690 Gx 23 32.9 -51 41 s Phe 2.8 13. p cB, S, lE, psbM, *8 f I5328 Gx 23 33.2 -45 02 s Phe 2.5 12. p vF, S, R, bet 2 st 7693 Gx 23 33.3 -01 17 r Psc 14. p S neb or neb* 14 7695 - 23 33.3 -02 43 r Psc eF, stell (nr 7694) I1500 Gx 23 33.3 +04 34 z Psc 15. p F, vS, E ns, lbM I5329 Gx 23 33.3 +21 14 u Peg 1.8 16. p vF, S, E 250deg 7694 Gx 23 33.4 -02 42 r Psc 14. p eF, pL, stellar I5330 23 33.5 -02 52 d Psc vF, S, bM, others nr I5331 Gx 23 33.5 +21 08 u Peg 1.1 15. p F, S, fan, gbM 7696 Gx 23 33.9 +04 53 r Psc 15. p F, S, lE 7698 Gx 23 34.0 +24 56 r Peg 14. p vF, eS, R, bMSN 7708 - 23 34.3 +72 55 r Cep Cl, L, P, lC, st 8, 10...15 7699 Gx 23 34.4 -02 54 r Psc eF, vS I5332 Gx 23 34.5 -36 06 s Scl 6.6 10.6 eeF, vL, bet 2 st, D* p 45s 7700 Gx 23 34.6 -02 57 r Psc 14. p vF, eS, stellar 7701 Gx 23 34.6 -02 51 r Psc 14. p vF, S, R, mbM, *11 sp I5334 Gx 23 34.7 -04 31 m Aqr 1.5 14. p neb *10.5 (close D*?) 7707 Gx 23 34.8 +44 18 r And 15. p eF, S, R, *9-10 p vnr I1501 Gx 23 34.8 -03 08 m Psc 1.0 14. p vF, S, dif 7697 Gx 23 34.9 -65 24 A Tuc eeF, pL (certain) 7703 Gx 23 34.9 +16 04 r Peg 15. p vF, vS, gbM, *14 nf 1' I5333 Gx 23 34.9 -65 24 c Tuc 1.5 cB, S, dif, susp; = 7697 7704 Gx 23 35.2 +04 54 r Psc 15. p eF, *12 p, sp of 2 7705 Gx 23 35.2 +04 48 r Psc 15. p eF 7706 Gx 23 35.3 +04 59 r Psc 14. p vF, pS, *18 close s, nf of 2 7702 Gx 23 35.4 -56 00 s Phe 1.9 12.2 B, cS, E, g, sbM, *8-9 p 7709 Gx 23 35.4 -16 42 r Aqr 13. p pF, S, R, lbM 7711 Gx 23 35.7 +15 18 r Peg 14. p F, S, R, psbM, stellar 7710 Gx 23 35.8 -02 53 r Psc 15. p pF, vS, stellar I5335 Gx 23 35.8 -67 24 c Tuc 1.3 F, S, susp 7712 Gx 23 35.9 +23 36 r Peg 13. p vF 7714 Gx 23 36.2 +02 09 s Psc 2.1 13. p pB, S, R, psbM, *12 sp, *6 sf I1502 Gx 23 36.2 +75 40 u Cep 1.3 15. p vF, S, vF* close I5336 23 36.3 +21 05 d Peg F, S, E ns, vlbM 7715 Gx 23 36.4 +02 09 s Psc 2.6 15. p eF, pL, R I5337 Gx 23 36.4 +21 09 v Peg 0.9 F, S, R, gbMN 7713 Gx 23 36.5 -37 56 s Scl 4.3 12. p pB, L, E, vgbM 7716 Gx 23 36.5 +00 18 s Psc 2.3 12.2 F, pL, lE, gbM, *10 s I5338 Gx 23 36.5 +21 09 s Peg 1.1 13.8 F, S, lE ns, gbMN 7717 Gx 23 37.7 -15 07 r Aqr 13. p vF, S 7719 Gx 23 38.0 -22 58 r Aqr eF, vS, R 7718 Gx 23 38.1 +25 41 r Peg 15. p vF, S, R I5339 Gx 23 38.1 -68 27 c Tuc 1.2 bM I5341 Gx 23 38.4 +26 59 x Peg eF, eS, 7720 nr 7720 Gx 23 38.5 +27 02 s Peg 1.9 12.6 F, S, lE, bM, am st I1503 Gx 23 38.5 +04 49 u Psc 1.0 14. p F, S, R, gbM I5340 23 38.6 -04 52 d Aqr eF, *13 n 1'.5 I5342 Gx 23 38.6 +27 01 v Peg 0.4 eF, eS, others nr 7726 Gx 23 38.7 +27 00 r Peg 15. p eeF, pS, R, v diffic 7721 Gx 23 38.8 -06 31 s Aqr 3.4 11.8 pF, cL, E 12deg +/- , vgbM 7722 Gx 23 38.8 +15 57 r Peg 13. p pB, pL, R, mbM 7723 Gx 23 38.9 -12 58 s Aqr 3.6 11.1 cB, cL, E, gmbM, r 7724 Gx 23 39.1 -12 14 r Aqr 13. p eF, pL, iR 7725 Gx 23 39.3 -04 32 F Aqr 14. p eeF I5344 23 39.3 -04 58 d Aqr vF, L, others nr I5343 Gx 23 39.4 -22 31 m Aqr 0.6 14. p eF, pS, *7.5 sf 19s I5345 Gx 23 39.6 -22 25 m Aqr 0.5 14. p vF, vS, R, 6' n of IC 5343 7727 Gx 23 39.9 -12 18 s Aqr 4.2 10.7 pB, pL, iR, mbM 7728 Gx 23 40.0 +27 08 r Peg 14. p vF, vS, lE, *10 sp 7729 Gx 23 40.6 +29 11 r Peg 14. p vF, S, iE, F* inv s I5346 Gx 23 41.0 +24 57 z Peg 16. p F, cS, R, gvlbM I1504 Gx 23 41.3 +04 02 u Psc 1.9 14. p F, pL, E pf, gbM 7730 - 23 41.4 -20 14 r Aqr pB, pL, E; nonexistent? I5347 Gx 23 41.5 +24 53 z Peg 16. p vF, vS, R, sbM *15 7731 Gx 23 41.6 +03 45 s Psc 1.7 14. p F, S I1505 23 41.6 -03 34 D Aqr eeF, pS, R, 3 st f, diffic 7732 Gx 23 41.7 +03 44 s Psc 2.0 15. p vF, pL 7735 Gx 23 42.3 +26 13 r Peg 15. p vF, S, vlE, *13 nf, vnr 7736 Gx 23 42.4 -19 27 r Aqr 14. p eF, eS, gbM, bet 2 st 12 7733 Gx 23 42.6 -65 57 c Tuc 1.4 eF, S, R, p of 2 7734 Gx 23 42.7 -65 57 c Tuc 1.6 eF, cS, R, f of 2 7737 Gx 23 42.8 +27 03 r Peg 15. p vF, S, mbMN 7740 Gx 23 43.3 +27 21 r Peg 15. p vF, S, lbM, stellar 7739 - 23 43.6 +00 28 r Psc s of 2, vnr 7741 Gx 23 43.9 +26 05 s Peg 4.0 11.4 cF, cL, iR, D* 10-12 np 2' 7738 Gx 23 44.1 +00 31 s Psc 2.2 14. p vF, n of 2 7742 Gx 23 44.3 +10 46 s Peg 2.0 11.5 cB, cS, gmbM, *12 f 72" 7743 Gx 23 44.4 +09 56 s Peg 3.1 11.2 pF, S, R, *14 sf 7745 Gx 23 44.8 +25 53 r Peg eF I1506 Gx 23 44.8 +04 44 m Psc 0.6 15. p vF, gbM 7744 Gx 23 45.0 -42 55 s Phe 2.3 13. p cB, S, vlE, svmbM *14 7748 - 23 45.0 +69 45 r Cep vL neby, surrounds *7 I5348 Gx 23 45.0 -42 55 c Phe 1.9 eF, eS, R; = 7744 7746 Gx 23 45.4 -01 41 r Psc 14. p eF, pS, R, * nr s 7747 Gx 23 45.6 +27 22 r Peg 14. p vF, vS, iR I1507 Gx 23 45.6 +01 42 u Psc 1.4 15. p pB, iF, mbM 7749 Gx 23 45.9 -29 33 r Scl 14. p vF, S, R, gmbM, *12 f I1508 Gx 23 45.9 +12 04 v Peg 2.0 F, pL, E ns I5349 Gx 23 46.3 -28 00 m Scl 0.6 15. p vF, vS, vmE 200deg ; neb D*? 7750 Gx 23 46.7 +03 47 s Psc 1.8 14. p cF, pL, vlE 0deg , lbM, *11 sf 7751 Gx 23 47.0 +06 51 r Psc 14. p F, S, R, gbM, er 7752 Gx 23 47.0 +29 27 s Peg 0.7 14. p F, S, lE, p 7753 7753 Gx 23 47.1 +29 29 s Peg 3.4 13. p cF, cL, vlE, vglbM, r I1509 Gx 23 47.2 -15 17 m Aqr 1.3 15. p F, S, E ns, gbM I5350 Gx 23 47.2 -27 58 m Scl 0.3 15. p eeF, eS, R, *9 nr f I5355 Gx 23 47.2 +32 48 u And 1.1 14. p F, pL, E ns, gbM I5351 23 47.3 -02 18 d Psc cF, vS, bM, *10 sf 5" +/- I5352 23 47.4 -02 16 d Psc pF, pS, gbM I5357 23 47.4 -02 18 d Psc pB, R, mbM I5353 Gx 23 47.5 -28 07 c Scl 1.6 eF, S, R, *6 f I5354 23 47.5 -28 08 d Scl eeF, S, R I5356 Gx 23 47.5 -02 19 m Psc 0.3 15. p pF, R, mbM I5358 Gx 23 47.7 -28 08 c Scl 2.6 eF, pS, biN 20" I5359 Gx 23 47.7 -02 17 m Psc 1.0 15. p F, pS, gbM, *9.5 p 2' 7755 Gx 23 47.9 -30 31 s Scl 3.7 12. p B, cL, R, psmbM I5360 23 47.9 -37 04 d Scl eeF, cS, R 7756 * 23 48.5 +04 07 A Psc neb, 5' sp 7757 7757 Gx 23 48.8 +04 10 s Psc 2.6 14. p vF, cL, vlE, vglbM, 2 st 13 n 7758 Gx 23 48.9 -22 03 r Aqr eF, vS, iR, sbM, D* 10 nf 50s 7759 Gx 23 48.9 -16 32 r Aqr 14. p vF, S, R, lbM, B* n 7754 Gx 23 49.2 -16 35 r Aqr 15. p eF, vS 7760 Gx 23 49.3 +30 58 r Peg 15. p cB, vS, R, psbM, *12 att 7761 23 49.6 -13 23 D Aqr 14. p F, vS, R, gbM, *10 p 8'; nonexistent? 7762 OC 23 49.8 +68 02 s Cep 11. 10. p Cl, pRi, pC, st 11...15 7763 Gx 23 50.3 -16 37 r Aqr eF, vS, R, F* f I1510 Gx 23 50.7 +02 07 m Psc 0.6 15. p F, S, R, biN 7765 Gx 23 50.8 +27 10 r Peg 15. p vvF, 100" np 7768 7764 Gx 23 50.9 -40 44 s Phe 1.5 12.3 B, pL, R, gbM 7766 Gx 23 50.9 +27 07 r Peg 15. p vF, S, 85" s of 7768 7767 Gx 23 50.9 +27 05 r Peg 14. p vF, S, lE, * p 19"; = IC 1511 7768 Gx 23 50.9 +27 10 s Peg 1.7 14. p vF, S, E, * inv, * p vnr I1511 23 51.0 +27 05 x Peg eF, susp close to *12.5; = 7767 I1512 23 51.0 +27 03 d Peg *13, nebulous? 7769 Gx 23 51.1 +20 09 s Peg 1.8 12.1 pF, pS, R, mbM 7770 Gx 23 51.4 +20 06 s Peg 1.0 15. p vF, vS, iR, s of 2 7771 Gx 23 51.4 +20 07 s Peg 2.7 12.3 pB, pL, E 84deg , bM, n of 2 I5361 Gx 23 51.4 -13 23 m Aqr 0.4 14. p vF, vS, bM, stellar I5362 Gx 23 51.6 -28 22 c Scl 1.5 eeF, pS, *8 sf 7772 OC 23 51.8 +16 15 r Peg Cl of sc st 10m 7774 Gx 23 52.2 +11 28 r Peg 14. p eF, S, R, in centre of 3 st I5363 23 52.2 -28 38 d Scl vF, eS, R, 3 st in line p 7773 Gx 23 52.3 +31 16 r Peg 14. p pF, cS, R, *13 nf nr 7775 Gx 23 52.5 +28 46 r Peg 14. p vF, pS, lE, glbM 7776 23 52.7 -13 23 D Aqr eF, vS, lE, gbM; nonexistent? 7777 Gx 23 53.3 +28 17 r Peg 14. p vF, vS, R, bM 7778 Gx 23 53.3 +07 52 r Psc 14. p cF, S, R, psbM, stellar, 1st of 4 7779 Gx 23 53.4 +07 52 s Psc 1.6 14. p pF, S, R, psbM, stellar, 2nd of 4 I1513 Gx 23 53.5 +11 20 u Peg 1.0 15. p F, vS, E pf, gbM 7780 Gx 23 53.6 +08 07 s Psc 1.2 15. p vF, vS, R, lbM, F* inv 7781 Gx 23 53.8 +07 51 r Psc 15. p F, S, R, 3rd of 4 7782 Gx 23 53.9 +07 58 s Psc 2.4 13. p pF, pL, lE, glbM, 4th of 4 7783 Gx 23 54.2 +00 23 s Psc 1.9 14. p F, S, lE I1514 Gx 23 54.2 -13 35 m Aqr 0.8 15. p vF, S, excent N 7784 Gx 23 55.3 +21 45 r Peg 15. p vF, eS, lbM, r?, p of 2 7785 Gx 23 55.3 +05 55 s Psc 2.3 11.6 pB, pS, iR, psbM, r, *8 p 4'.5 7786 Gx 23 55.4 +21 35 r Peg 14. p pF, pS, lE, vF st inv, f of 2 7787 Gx 23 56.2 +00 33 r Psc 15. p vF, S, R I1515 Gx 23 56.2 -00 59 v Psc 1.2 eeF, pS, *9.5 inv, bet 2 st I5364 23 56.2 -29 04 d Scl vF, pS, R, *8 sf I1516 Gx 23 56.3 -00 55 v Psc 1.6 vF, pS, R, B* sf, nf of 2 I1517 Gx 23 56.4 -00 17 z Psc 15. p eeF, vS, R, 3 st p 7788 OC 23 56.7 +61 24 s Cas 9. 9. p Cl, S, pRi, vC, st 10, 13... 7789 OC 23 57.0 +56 44 s Cas 16. 6.7 Cl, vL, vRi, vmC, st 11...18 I1518 23 57.1 +12 28 d Peg vF, vS, R I1519 23 57.1 +12 28 d Peg F, vS, lbM, stellar I5365 23 57.6 -37 01 d Scl pB, cS, vmE, * sf I5366 ? 23 57.7 +52 47 x Cas eL, mE (30' by 10') 7793 Gx 23 57.8 -32 35 s Scl 9.1 9.1 like a comet 7791 D* 23 58.0 +10 45 r Peg vF, vS; F*? I1520 Gx 23 58.0 -14 02 m Cet 0.5 14. p vF, pL, R 7792 Gx 23 58.1 +16 29 r Peg 15. p eF, eS, bM 7790 OC 23 58.4 +61 13 s Cas 17. 8.5 Cl, pRi, pC 7794 Gx 23 58.6 +10 42 r Peg 14. p vF, pS, iR 7795 - 23 58.7 +60 00 r Cas Cl, vL, P, lC, st 7, 10... I5367 23 58.7 +22 26 d Peg F, lE 120deg , gbMN, r 7796 Gx 23 59.0 -55 27 s Phe 2.3 12. p pB, cS, R, gmbM 7797 Gx 23 59.0 +03 38 r Psc 15. p eF, pS, iR, lbM I1521 23 59.0 -07 09 d Cet vF, S, iF I1522 Gx 23 59.1 +01 43 z Psc 15. p F, S, E ns I1523 23 59.1 +06 52 d Psc vF, *4 3' f I1524 Gx 23 59.3 -04 09 v Psc 1.9 no description I5368 23 59.3 +06 52 d Psc eF, vS, lbM, 3' p or f from omega Psc 7798 Gx 23 59.4 +20 45 s Peg 1.5 13. p pF, S, R, sbM, *10 sp I1525 Gx 23 59.4 +46 54 v And 2.1 eF, pS 7799 Gx 23 59.5 +31 17 r Peg vF, vS, *16 close p 7800 Gx 23 59.6 +14 49 s Peg 2.6 13. p F, pS, E 39deg 7807 Gx 23 59.6 -18 51 c Cet 1.0 eF, pS, iF I5369 23 59.8 +32 41 d And F, S, R, N
