Constellation Sagittarius (Archer)

Sagittarius
Sagittarius: IAU Constellation Map [150]

Properties

Sagittarius is a bright and showy constellation and is located east of Scorpius and south of Aquila, in the direction of the center of our galaxy, the Milky Way, whose pale glowing band extends across the entire sky. The area of this constellation is 867 square degrees and the center culminates around midnight on July 5th. Some recognize in Sagittarius a milk ladle that draws the milk of the Milky Way, but the most impressive alignment in this constellation is that of the Teapot.

In late summer, when one of the short, bright nights is finally really dark again, you can see the teapot in the south with the lid on, the handle in the east and the spout in the west. In the course of a night you can see how the teapot tilts to the west, as if to be poured, and so the bright, star-rich region of the Milky Way seems to rise like two or three clouds of steam from the spout. If you are further south on the globe, you can also imagine the tea lightened with milk, which seems to pour onto the tail of the scorpion. [9, 15]

Stars with Proper Names:

  • α Sgr: Rukbat, Rucba, Rukbat Al Rami, Alrami
  • β1 Sgr: Arkab Prior, Arkab, Urkab
  • β2 Sgr: Arkab Posterior, Arkab, Urkab
  • γ2 Sgr: Nash, Alnasl, Alwazl, Zujj Al Nushshabah, Nushaba
  • δ Sgr: Kaus Meridionalis, Kaus Media, Media
  • ε Sgr: Kaus Australis
  • ζ Sgr: Ascella
  • λ Sgr: Kaus Borealis
  • ν1 Sgr: Ain Al Rami
  • π Sgr: Albaldah, Al Baldah
  • σ Sgr: Nunki, Sadira
  • ω Sgr: Terebellum
  • 59 Sgr: Terebellum
Data for constellation Sagittarius [150]
IAU NameSagittarius
IAU GenitiveSagittarii
IAU Abbr.Sgr
English NameArcher
Season (47° N)May … September
Right Ascension17h 43m 12s … 20h 28m 41s
Declination-45° 16' 39" … -11° 40' 34"
Area867 deg2
Neighbours (N↻)Aql, Sct, Ser, Oph, Sco, CrA, Tel, Ind, Mic, Cap

Deep-Sky Object Descriptions

Mythology and History

Sagittarius is an ancient constellation that depicts a centaur with a bow and arrow. Centaurs are mythical creatures and are said to have lived mainly in mountain forests. You have a human torso on the body of a horse.

In Greek mythology, Ixion is the forefather of the centaurs. The king of the Lapiths in Thessaly, who once - as an invited table companion with the gods - wanted to do violence to Hera, the wife of Zeus, with lust. But Zeus did not allow this and deceived him with a cloudscape that looked like Hera. This outrageous attempt did not go unpunished, however, and Ixion was tied to an eternally rotating wheel in the underworld. Nephele became a mother and gave life to a being: the original centaur. This horse man was a wild creature, violent, eager, maddened and unbridled, full of urges and never satisfied. He impregnated all mares on Pelionberg in Thessaly and thus begat the lineage of the centaurs. [20]

Constellation Sagittarius
Constellation Sagittarius: Illustration from «Uranometria» by Johann Bayer, copper engraving by Alexander Mair, 1603 [28]

A special exception among the centaurs was Chiron, also called Crotus. He was the son of the crook Pan, who had the legs of a goat, and Eupheme, the nurse of the nine muses. Chiron sang to the lyre as a poet about the origin of the earth and the gods. He knew medicinal herbs and medicines. He was a wise, helpful and hospitable being and was the educator of many heroes and many sons of gods. Achilles, Asklepios and Heracles, as well as Orpheus and Jason, the Argonauts drivers, were among them. Chiron is considered to be the inventor of the bow and arrows and he was the first to shoot. Chiron was immortal because Kronos had once fathered him in the form of a horse. But when he was handling poisoned arrows with Heracles, an arrowhead accidentally got into Chiron's hoof and injured him. The wound kept causing him unspeakable pain and he - the immortal - wished he would die. Zeus then placed him in the sky as the constellation of Sagittarius. [20, 52, 80]

According to [7], Sagittarius is of older origin than Centaurus and is said to represent the fierce, unbridled centaur who wields his bow on Antares, judged the heart of Scorpio, while Centaurus is identified with Chiron.

The Sumerians saw Negral, the god of war, in Sagittarius. The Egyptians interpreted the constellation as an arrow in a human hand. 3000 years ago the Indians saw a horse, a horse's head and sometimes even a rider in this star configuration. In many ancient cultures the Milky Way was seen as the path that souls walk after death and Sagittarius represented the gatekeeper of death. [20]

Catalogs

Yale Bright Star Catalogue, 5th Revised Ed. (Hoffleit+, 1991) [154]
HR B F RA [hms] Dec [dms] vMag spType dMag Sep ["]
6616317 47 33.6-27 49 514.54 F7II
661717 47 45.6-22 28 416.18 G6IbHdel 1
662117 48 27.8-26 58 306.35 B4IVe
667217 54 54.0-24 53 146.20 O7.5II((f))
667917 55 55.0-18 48 086.52 A4V
668017 56 41.9-28 03 555.80 A7III/V:
669117 58 55.6-36 51 305.74 G8III 2.451.7
669217 58 39.1-28 45 336.01 B3IV 1.00.3
669317 59 05.2-30 15 115.16 M1Ib 1.85.5
669417 59 05.5-30 15 127.04 G8II 1.85.5
6700417 59 47.6-23 48 584.76 B9V
670418 00 00.1-20 20 216.21 K0II-III
670818 01 48.3-36 22 406.30 B7IV
6715618 01 23.1-17 09 256.28 K3III
671618 01 54.4-22 46 505.77 B0Ib 7.18.2
6724718 02 51.1-24 16 565.34 F3III
672718 03 01.7-22 43 066.74 B0.5III
6736918 03 52.4-24 21 385.97 O4V((f))
673918 04 50.4-35 54 056.00 K2III 5.212.5
6742γ118 05 01.3-29 34 484.69 F4-G1Ib v0.00.1
6746γ21018 05 48.5-30 25 272.99 K0III
674818 06 23.7-36 01 115.95 G5V
676218 07 11.4-21 26 386.28 B0.5Ib
676618 08 05.0-28 27 264.57 G7:IIIb* 0.80.3
676918 07 48.4-17 09 155.52 K1III
677218 09 22.4-36 40 216.58 B1II
677318 08 54.1-25 28 216.61 B3III 2.013.3
677718 09 59.9-32 43 116.43 K0IV
678018 10 05.7-30 43 435.53 K1II 2.33.9
678818 10 55.2-33 47 596.16 B1V
679818 11 14.8-19 50 326.36 A4V 0.41.2
68011118 11 43.4-23 42 044.98 K0III 5.742.1
680218 11 58.2-28 54 056.51 B9IVpSrEuCr
6812μ1318 13 45.8-21 03 323.86 B8Iap e2.90.0
68161418 14 15.9-21 42 475.44 K3III
68221518 15 12.9-20 43 425.38 B0Ia
68231618 15 12.9-20 23 175.95 O9.5II v7.06.0
682518 15 30.8-18 39 416.07 A0Ia 5.710.1
6832η18 17 37.6-36 45 423.11 M3.5III e4.93.5
683318 17 36.1-34 06 266.16 B3V+A 2.694.1
683518 17 24.0-28 39 096.19 A5/7V
683618 17 23.7-28 17 216.40 G0V
683818 17 11.6-17 22 265.75 K4II-III
684118 17 28.5-18 27 486.54 O7III:(n)((f)) 6.68.4
684218 18 03.2-27 02 334.65 K3II
684618 18 41.7-25 36 176.51 gK1
684818 18 43.3-18 37 106.84 B0Ib 0.50.4
6859δ1918 20 59.7-29 49 412.70 K3-IIIa* 10.258.1
686118 21 31.4-24 54 546.25 M5III
686318 21 23.1-18 51 365.75 F8I
686418 22 00.2-28 25 486.16 A3III
687018 22 53.1-36 40 105.34 Ap
687418 23 28.9-36 14 185.55 K0III
6879ε2018 24 10.3-34 23 051.85 B9.5III 12.336.1
68881818 25 01.5-30 45 245.60 K0III-IV
688918 25 21.7-35 59 306.15 K0III
689318 25 54.6-33 56 436.30 B5IV
68962118 25 21.0-20 32 304.81 K2II 3.61.7
690718 27 49.5-29 48 595.92 F9V
690918 27 43.8-26 38 056.31 A8V+F2V 0.01.1
6913λ2218 27 58.2-25 25 182.81 K1+IIIb
691418 28 06.2-26 45 266.27 A3/4V
691918 27 56.5-17 48 006.20 B8V
692618 28 57.4-26 34 546.50 A3III 1.741.9
692918 29 22.0-25 15 236.59 B2IVpe v
693318 30 11.9-18 43 445.66 gK0
693618 31 04.8-32 59 215.34 A3m 4.53.4
694418 31 26.3-18 24 105.14 A0Vp 8.925.2
694718 31 53.3-19 07 306.68 G1.5Ib 2.0430.7
696018 33 57.8-33 01 005.28 B2IV-V
69612418 33 53.5-24 01 575.49 K4Ib
69652518 34 32.8-24 13 216.51 F3II-III
696918 35 21.3-20 50 276.48 F0IV
697218 35 59.7-29 41 576.37 K1III
698818 37 54.4-21 23 525.94 A8IIIn 0.00.1
699018 38 30.7-23 30 185.81 B8III
699818 38 53.4-21 03 075.86 G4V
70112618 41 51.6-23 50 006.23 Am
702318 42 55.2-19 17 026.35 M4III 2.60.6
702618 44 07.7-36 43 076.32 K0III
702918 44 19.4-35 38 314.87 B2.5V 7.89.4
703518 44 49.6-25 00 405.83 B5:V 0.20.0
703818 45 18.7-21 00 056.36 F5V
7039φ2718 45 39.4-26 59 273.17 B8III 0.00.1
704518 46 01.2-19 36 236.42 M4III
70462818 46 20.6-22 23 325.37 K4III 7.713.7
707018 49 17.2-34 44 556.62 K1IVCNIII
707218 48 45.3-18 36 056.47 G5III:+A0V: 0.70.4
707718 49 35.5-19 08 326.75 A1m 0.00.2
70782918 49 40.1-20 19 295.24 K4III 8.616.6
70883018 50 50.5-22 09 446.61 A7III 6.821.1
710318 52 28.5-26 39 016.29 G8/K0III
710418 52 37.0-29 22 466.13 K1III
710518 52 41.7-30 44 036.63 B8V
71143318 54 00.1-21 21 355.69 K1Ib
7116ν13218 54 10.2-22 44 424.83 K2I+B9V: 5.82.5
7120ν23518 55 07.1-22 40 174.99 K3II-IIIBa0.8CN2
7121σ3418 55 15.9-26 17 482.02 B2.5V 7.4309.0
712618 55 31.0-16 22 365.79 F4V
712818 56 00.6-23 10 255.93 B8
7145ξ13618 57 20.5-20 39 235.08 A0II
7150ξ23718 57 43.8-21 06 243.51 K1III
715118 58 21.3-31 02 106.12 K3III
715518 58 20.5-24 52 366.62 A0 0.00.1
715918 58 24.6-22 31 466.14 A2V
716418 59 26.8-18 34 016.37 G3II
716618 59 23.8-12 50 265.53 B5IV 0.50.4
716819 00 24.8-24 56 326.36 gK0
718219 01 37.8-22 41 446.24 K5
718619 01 33.5-15 16 576.32 gG6
7194ζ3819 02 36.7-29 52 492.60 A2III+A4IV 0.30.5
719519 02 27.7-24 50 495.65 K3III 0.00.1
720319 03 03.8-19 14 436.05 G6III 3.57.4
720519 03 07.0-19 06 126.37 F5IV-V 0.00.1
721119 04 25.1-31 02 495.50 A0IV
7217ο3919 04 41.0-21 44 303.77 G9IIIb 9.935.7
723019 05 41.2-15 39 375.97 B9V 6.246.9
7234τ4019 06 56.4-27 40 143.32 K1+IIIb
723919 06 52.3-16 13 446.03 B8IV 4.06.4
724019 07 30.9-28 38 136.04 K3III
724119 07 08.5-18 44 166.29 B8III
724619 08 14.6-24 39 256.30 B9III
724919 08 16.7-19 17 245.54 B2Ve v
725619 09 36.4-36 09 536.56 A0IV
7264π4119 09 45.8-21 01 252.89 F2II 0.00.1
726519 09 48.1-19 48 136.13 K1III 0.20.1
727019 11 18.9-29 30 086.30 B9
727619 12 28.0-21 39 296.41 gG8
727719 13 13.7-25 54 245.80 K1I
728219 13 15.5-12 16 575.51 gK4
729119 15 33.2-24 10 456.25 F9V
7292ψ4219 15 32.4-25 15 244.85 G8:III+A8V 0.30.1
729619 16 32.8-33 31 186.25 G0Ipe(C1,0)
73044319 17 38.1-18 57 114.96 G8II-III
731619 19 40.0-35 25 175.59 B3V
731719 19 00.1-15 32 116.06 K3III 5.548.6
732319 20 26.2-31 49 046.58 M0III
732719 20 38.1-22 24 095.58 F0III:
733019 21 29.9-34 59 026.48 G5V
733419 22 09.6-42 00 586.34 K1III
7337β119 22 38.3-44 27 324.01 B9V 3.328.3
733919 21 37.1-19 14 036.26 B5V 3.690.8
7340ρ14419 21 40.4-17 50 503.93 F0IV-V 2.50.0
7342υ4619 21 43.6-15 57 184.61 B2Vpe+A2IaShell v1.00.0
7343β219 23 13.2-44 47 594.29 F2III
7344ρ24519 21 50.9-18 18 305.87 gG9
7348α19 23 53.2-40 36 583.97 B8V
735019 24 21.4-43 43 236.17 M1-2III
735519 24 30.1-27 51 566.04 B2Vn
736019 25 04.1-29 18 335.93 K3III 4.412.1
7362χ14719 25 16.5-24 30 315.03 Am 0.00.1
7363χ34919 25 29.7-23 57 445.43 K4III
736719 25 21.6-13 53 495.69 K3III
73755019 26 19.2-21 46 365.59 K3III
737819 26 11.1-15 03 115.72 B8Vn t
737919 26 24.6-14 33 046.70 A1V
738019 26 56.5-29 44 365.67 B9V
739219 29 23.9-43 26 455.71 Am
739819 29 52.2-26 59 085.52 K3III 3.57.6
739919 30 14.7-32 05 326.60 F3IV-V
741019 30 54.0-21 18 446.13 A2
742219 34 08.5-40 02 055.89 A3III
74315119 36 01.7-24 43 095.65 A7m 2.00.0
743319 35 33.6-12 15 106.27 K0
743919 36 26.1-18 51 106.11 F0III
74405219 36 42.4-24 53 014.60 B9 4.52.7
744319 37 03.3-18 13 525.64 K3III
745419 37 34.4-14 18 065.47 F5V
746419 39 55.7-39 26 006.61 A2m
74705319 39 49.4-23 25 406.34 B9.5V+A3IV 0.20.2
747319 40 07.1-23 25 435.97 gK1
74765419 40 43.4-16 17 366.20 K2III+F8V 0.00.1
74895519 42 31.1-16 07 265.06 F1III 0.00.2
749119 43 37.6-37 32 206.16 B8
749619 43 33.5-15 28 125.49 F5IV 6.270.4
750719 46 01.2-31 54 315.52 B8V
75155619 46 21.7-19 45 404.86 K1III
753219 48 03.0-13 42 126.11 A6m
753819 49 11.6-28 47 206.05 F2V
755219 51 50.6-39 52 285.33 A0pCrSr: v
75615719 52 12.0-19 02 425.92 G5III
757119 53 06.4-14 36 116.48 A0V+F8IV 0.3
757819 54 17.7-23 56 286.18 K2V 4.031.5
7581ι19 55 15.7-41 52 064.13 K0II-III
758519 55 05.1-33 02 476.46 K2/3III
7597ω5819 55 50.4-26 17 584.70 G5V
76045919 56 56.8-27 10 124.52 K2.5IIb
760519 57 41.3-38 03 306.55 F4V
76146119 57 57.0-15 29 295.02 A3IV
761719 58 56.4-30 32 176.28 K1III
76186019 58 57.2-26 11 444.83 G6IIIBa0.2
7623θ119 59 44.2-35 16 354.37 B3IV
7624θ219 59 51.3-34 41 525.30 A4/5IV 5.530.
762720 00 26.5-43 02 366.14 M0II-III
762920 00 15.9-37 42 085.95 G8III 7.623.0
763020 00 48.3-45 06 475.81 A8III
763120 00 20.3-33 42 145.66 F7V
763920 01 26.4-40 48 516.29 A2-3V
764320 01 23.9-22 44 146.01 G7V
76496320 01 58.6-13 38 135.71 A3V
76506220 02 39.5-27 42 354.58 M4III
765220 03 33.5-37 56 274.77 K5III
765820 03 44.3-22 35 446.45 F6V
765920 04 19.6-32 03 234.99 K1III 7.651.3
766820 05 32.1-33 00 006.53 B8 1.00.4
76756520 05 26.4-12 39 556.55 A1Vn
770320 11 11.9-36 06 045.32 K3V 4.0
770620 12 23.9-42 46 506.22 K1III
772520 15 50.6-30 00 196.30 K4III
772820 16 23.7-36 27 166.39 M4III 5.138.0
772920 16 26.5-35 11 526.53 F2V
776420 20 28.1-29 11 506.30 A4/7V 1.127.2
776520 20 51.9-35 40 256.46 K3-4III
7779κ120 22 27.5-42 02 595.59 A0V 6.052.0
7787κ220 23 53.2-42 25 225.64 A5V 0.90.6
779920 25 47.9-40 47 476.09 K3III
780120 25 26.8-28 39 485.85 G8II/III
780820 26 53.0-37 24 116.25 K2IV-V 1.41.1

Revised+Historic NGC/IC, Version 22/9, © Dr. Wolfgang Steinicke [277]
Planetary Nebulae
NameRADecTypebMagvMagDimDreyer DescriptionIdentification, Remarks
NGC 643917 48 19.8-16 28 44PN13.812.60.23planetary, stellar = 13 mPK 11+5.1, CS=18.5
NGC 644517 49 15.1-20 00 32PN13.211.20.73pB, pS, R, gbM, r, * 15 npPK 8+3.1, ESO 589-PN9, CS=19.1, Little Gem nebula
NGC 653718 05 13.0-19 50 32PN12.511.60.17planetary, B, S, stellarPK 10+0.1, ESO 590-PN1, CS=19.5
NGC 656318 12 02.6-33 52 04PN13.811.00.8planetary, F, L, cE, hazy borderPK 358-7.1, ESO 394-PN33, CS=18.3
NGC 656518 11 52.5-28 10 41PN13.211.60.23planetary, stellarPK 3-4.5, ESO 456-PN70, CS=19.5
NGC 656718 13 45.1-19 04 32PN11.711.00.2planetary, stell, 11 mag, in a ClPK 11-0.2, ESO 590-PN8, CS=15.0
NGC 657818 16 16.5-20 27 00PN13.112.90.18planetary, stellar = 13 magPK 10-1.1, ESO 590-PN12, CS=11.8
NGC 662018 22 54.2-26 49 16PN15.012.70.13planetary, stellarPK 5-6.1, ESO 522-PN22
NGC 662918 25 42.4-23 12 08PN11.611.30.27planetary or globular, pB, eeS, RPK 9-5.1, ESO 522-PN26, CS=12.8
NGC 664418 32 34.7-25 07 42PN12.210.70.2planetary, stellarPK 8-7.2, ESO 522-PN33, CS=15.9
NGC 681819 43 57.8-14 09 09PN9.99.30.77planetary, B, vS, RPK 25-17.1, CS=16.1
IC 467017 55 07.0-21 44 39PN13.112.00.08stellar, 12.5 magnPK 7+1.1, CS=15.0
IC 467318 03 18.4-27 06 22PN12.913.00.25Planetary, 13 mag, * 13 nf 33"PK 3-2.3, ESO 521-PN15, CS=14.6
IC 473218 33 54.6-22 38 39PN13.312.10.22Planetary, stellarPK 10-6.1, ESO 523-PN1, CS>16.6
IC 477618 45 50.7-33 20 32PN11.710.80.3Planetary, stellarPK 2-13.1, ESO 396-PN2, CS>14.6
Galactic Nebulae
NameRADecTypebMagvMagDimDreyer DescriptionIdentification, Remarks
NGC 651418 02 42.0-22 58 18EN+OCL8.520 × 20!!! vB, vL, trifid, D * invM 20, OCL 23, ESO 521-N*13, LBN 27, Trifid nebula
NGC 652318 03 42.0-24 22 48EN5.845 × 30!!! vB, eL, eiF, with L ClM 8, NGC 6533, LBN 25, Lagoon nebula
NGC 655918 09 57.6-24 06 35EN8 × 5vF, vL, lE, ** invLBN 29, ESO 521-*N40, Sh2-29
NGC 658918 16 51.7-19 46 41RN5 × 3D * in centre of eF, pL nebyIC 4690, LBN 46, ESO 590-N14
NGC 659518 17 04.8-19 51 58EN+OCL7.011F, pL, cE, ** invNGC 6590, IC 4700, ESO 590-SC15, OCL 31, CED 157B, LBN 43, DG 150
NGC 661818 20 47.0-16 10 18EN+OCL6.020 × 15!!!, B, eL, eiF, 2 hookedM 17, OCL 44, LBN 60, Sh2-45, Omega nebula
IC 127118 05 13.0-24 24 38EN+*eF, vL, B * invESO 521-*N22, LBN 26 ?
IC 127418 09 50.0-23 38 54EN+*6 × 53 st 8.5 to 9m in pL nebLBN 33, ESO 521-N*41, CED 154D, Sh2-31
IC 127518 10 07.0-23 45 42EN+*2 st 8 & 8.5 in pL neb
IC 128318 17 16.7-19 45 44EN3 × 3* 9.3 nebulousin Sh2-37, part of IC 1284
IC 128418 17 39.5-19 40 19EN+*17 × 15* 7.6 in neb, 15' diamESO 590-*N16, CED 157D, in Sh2-37
IC 467818 06 33.4-23 57 16EN+*B, S, EESO 521-N*26, CED 152B, NE of Lagoon nebula (M 8)
IC 468418 09 08.6-23 26 09EN+*3 × 2S neb or neb *LBN 34, ESO 521-N*33
IC 470118 16 00.0-16 38 00EN60 × 40eL, conn with cloud I.C. 4715LBN 56, COU 25
IC 470618 19 36.0-16 01 54EN5 × 5* 9.2 in S neb, conn with M 17CED 160A
IC 470718 19 54.0-16 00 06EN3.5 × 3.5* 9.4 in S neb, conn with M 17CED 160B
Open Clusters
NameRADecTypebMagvMagDimDreyer DescriptionIdentification, Remarks
NGC 646917 52 56.5-22 18 43III2p8.28Cl, pRi (in M Way)OCL 21, ESO 589-SC18
NGC 649417 56 56.0-19 00 42III1m5.525Cl, B, vL, pRi, lC, st 10…M 23, OCL 30, ESO 589-SC22
NGC 650617 59 53.4-24 41 07III2pCl, Ri, eL, vlCOCL 16, ESO 521-SC6
NGC 650717 59 50.0-17 27 00IV2p9.67Cl, pS, lRi, lCOCL 32
NGC 652018 03 25.0-27 53 28I2m7.65Cl, pS, Ri, lC, st 9…13OCL 10, ESO 456-SC42
NGC 653018 04 30.0-24 21 30II2mn4.615Cl, B, L, pRi, f M 8OCL 19, ESO 521-SC21, in Lagoon nebula (M 8)
NGC 653118 04 13.3-22 30 00I3m5.916Cl, pRi, lC, st 9…12M 21, OCL 26, ESO 521-SC19
NGC 654618 07 22.0-23 17 48III2m8.015Cl, vL, vRiOCL 24, ESO 521-SC29
NGC 656818 12 44.0-21 35 00III1m8.612Cl, vL, lCOCL 28, ESO 590-SC6
NGC 658318 15 48.8-22 08 15II1m10.05Cl, pRi, pC, cE, st 13…OCL 27, ESO 590-SC11
NGC 659618 17 33.0-16 39 00III2m10Cl, lCOCL 41
NGC 660318 18 24.0-18 24 24I1r11.14!, Cl, vRi, vmC, R, st 15 (M Way)OCL 36, ESO 590-SC17, in M 24
NGC 661318 19 58.0-17 06 06II3pn6.97Cl, P, vlCM 18, OCL 40
NGC 664518 32 37.8-16 53 02III1m8.515Cl, pL, vRi, pC, st 11…15OCL 48
NGC 664718 32 49.0-17 13 42OCL8.0Cl, L, Ri, lC, st vS
NGC 671618 54 34.0-19 54 30IV1p7.510Cl, pRi, st 9…13OCL 46, ESO 592-SC5
NGC 677419 16 18.0-16 19 30III2m20Cl, vL, lCOCL 65, Ruprecht 147
IC 468518 09 17.4-23 59 14IV3pn15 × 10* 7.5 in L, dif nebOCL 22, ESO 521-*N37, a x b of nebula
IC 471518 18 48.0-18 33 00*CloudeeL cloud of st and nebM 24, ESO 591-**1, Sagittarius Star Cloud
IC 472518 31 45.0-19 07 12I2p4.626Cl, pCM 25, OCL 38, ESO 591-SC6
Globular Clusters
NameRADecTypebMagvMagDimDreyer DescriptionIdentification, Remarks
NGC 644017 48 52.6-20 21 32V9.34.4pB, pL, R, bMGCL 77, ESO 589-SC8
NGC 652218 03 34.1-30 02 00VI9.99.4globular, B, pL, R, gvmbM, rrr, st 16GCL 82, ESO 456-SC43
NGC 652818 04 49.6-30 03 19V9.65globular, pF, cS, R, gbM, rrr, st 16GCL 84, ESO 456-SC48
NGC 654018 06 08.6-27 45 53GCL9.31.5pF, S, iE, er or ClOCL 11, ESO 456-SC53, Djorgovsky 3
NGC 654418 07 20.6-24 59 49V7.59.2cF, pL, iR, rGCL 87, ESO 521-SC28
NGC 655318 09 15.6-25 54 26XI8.39.2globular, F, L, lE, vglbM, rr, st 20GCL 88, ESO 521-SC36
NGC 655818 10 18.4-31 45 47GCL8.64.2globular, pB, pL, R, glbM, rrr, st 16GCL 89, ESO 456-SC62
NGC 656918 13 38.9-31 49 33VIII8.46.4globular, cB, L, R, rrr, st 15…GCL 91, ESO 456-SC77
NGC 662418 23 40.5-30 21 38VI7.68.8globular, vB, pL, R, rrr, st 16GCL 93, ESO 457-SC11
NGC 662618 24 32.9-24 52 10IV6.913.8!, globular, vB, L, R, geCM, rrr, st 14…16M 28, GCL 94, ESO 522-SC23
NGC 663718 31 23.2-32 20 51V9.38.37.1globular, B, L, R, rrr, st 14…16M 69, GCL 69, ESO 457-SC14
NGC 663818 30 56.2-25 29 45VI9.27.3globular, B, S, R, rrGCL 95, ESO 522-SC30
NGC 664218 31 54.3-23 28 33IV8.95.8globular, pB, pL, iR, gpmbM, rrr, st 16GCL 97, ESO 522-SC32
NGC 665218 35 45.7-32 59 23VI8.56B, S, lE, rrr, st 15GCL 98, ESO 395-SC11
NGC 665618 36 24.2-23 54 10VII5.232!!, globular, vB, vL, R, vRi, vmC, st 11…15M 22, GCL 99, ESO 523-SC4
NGC 668118 43 12.7-32 17 29V7.88globular, B, pL, R, gbM, st 14…17M 70, GCL 101, ESO 458-SC3
NGC 671518 55 03.3-30 28 40III7.712globular, vB, L, R, g, smbM, rrr, st 15M 54, GCL 104, ESO 458-SC8
NGC 671718 55 06.2-22 42 01VIII8.45.4F, S, rr, Cl + nebPal 9, GCL 105, ESO 523-SC14
NGC 672318 59 33.2-36 37 52VII6.813globular, vL, vlE, vgbM, rrr, st 14…16GCL 106, ESO 396-SC10
NGC 680919 39 59.4-30 57 42XI6.319globular, pB, L, R, vRi, vgbM, st 12…15M 55, GCL 113, ESO 460-SC21
NGC 686420 06 04.8-21 55 15I8.66.8globular, B, pL, R, vmbMBN, rrM 75, GCL 116, ESO 595-SC13
Galaxies
NameRADecTypebMagvMagDimDreyer DescriptionIdentification, Remarks
NGC 679419 28 03.8-38 55 07Sab13.912.91.7 × 1.4eF, pS, R, vgvlbMESO 338-5, MCG -7-40-1
NGC 680519 36 45.8-37 33 14E113.812.81.1 × 0.9eF, R, vgbMESO 338-14, MCG -6-43-2
NGC 680619 37 04.8-42 17 45SBc13.713.21.2 × 0.8eF, vS, * 14 attESO 338-15, MCG -7-40-3, FAIR 1162, IRAS 19336-4224, VV 411, AM 1933-422
NGC 681619 44 02.4-28 24 03E-S014.112.91.2 × 0.8eF, pS, R, vlbM, * npESO 460-30, MCG -5-46-6
NGC 682219 44 56.6-14 48 23IBm9.38.715.4 × 14.2vF, L, E, difIC 4895, MCG -2-50-6, DDO 209, IRAS 19421-1455, Barnard's galaxy
NGC 683519 54 32.8-12 34 03SBa13.412.52.4 × 0.7F, pL, mEMCG -2-50-9, IRAS 19517-1241
NGC 683619 54 40.3-12 41 18SBm13.412.91.7 × 1.5vF, pL, R, difMCG -2-50-10, IRAS 19518-1249
NGC 684119 57 49.1-31 48 39E113.812.71.5 × 1.4vF, S, R, psbMESO 461-23, MCG -5-47-11
NGC 684920 06 15.6-40 11 54E/SB013.012.11.9 × 1.1pB, S, R, vS * npESO 339-32, MCG -7-41-7
NGC 687820 13 53.2-44 31 36SBb13.512.71.6 × 1.3vF, pL, R, glbMESO 284-31, MCG -7-41-15, IRAS 20104-4440
NGC 6878 A20 13 36.1-44 48 59SBb13.813.21.8 × 0.8vF, pL, R, glbMESO 284-29, MCG -7-41-13
NGC 689020 18 18.0-44 48 23SBb13.012.31.6 × 1.3pF, S, R, vglbMESO 284-54, MCG -7-41-23, IRAS 20148-4457
NGC 690220 24 27.9-43 39 11SBa11.610.95.6 × 3.9F, cS, R, bMIC 4948, ESO 285-8, MCG -7-42-2, AM 2021-434
NGC 6902 A120 23 00.4-44 16 14SBm14.413.81.3 × 1F, cS, R, bMESO 285-4, MCG -7-41-32, AM 2019-442
NGC 6902 A220 22 58.8-44 16 22SB015.814.80.6 × 0.5F, cS, R, bMESO 285-4A, MCG -7-41-32, AM 2019-442
NGC 6902 B20 23 06.8-43 52 08SBcd14.113.61.5 × 1.2F, cS, R, bMESO 285-5, MCG -7-41-33, AM 2019-442
IC 130920 03 01.4-17 13 57SBbc15.014.20.9 × 0.7F, vS, R, r
IC 481619 01 44.4-13 08 50S17.016.20.2 × 0.1Planetary, stellar
IC 491319 56 47.5-37 19 43E-S014.013.01.1 × 0.7eeF, pS, e diffic, 3 st 10 s 8'ESO 399-5, MCG -6-43-13
IC 492620 00 12.2-38 34 41E213.712.71.2 × 1eeF, S, lE, v diffic, p of 2ESO 339-18, MCG -6-44-5
IC 493120 00 50.1-38 34 30E213.011.82.4 × 2eeF, pS, R, * 8 f 20s, f of 2ESO 339-23, MCG -6-44-8
IC 494620 23 58.0-43 59 43SB0-a12.611.82.4 × 1eF, S, RESO 285-7, MCG -7-42-1, A 2020-44, New 5
IC 499820 22 10.6-38 18 31SBc13.913.21.6 × 1.2eF, pS, R, bet 2 st 8.5 sp, nfIC 5018, ESO 340-20, MCG -6-44-30, IRAS 20188-3828

«Strasbourg-ESO Catalogue of Galactic Planetary Nebulae» Acker et al., 1992 [141]
PNGRA
(J2000.0)
Dec
(J2000.0)
Main IDPKIRASDiscovererIdentitiesoDiam
["]
rDiam
["]
Dist
[kpc]
Rvel
[km/s]
ExpVel
[km/s]
C Star NameC Star MagC Star SP Type
PN G000.0-06.818h 13m 18s-32° 19' 43"H 1-62359-06.118100-3220HARO 1952AS 290, ESO 456-76, He 2-367, MHa 77- 52, SaSt 2-19, VV' 368, Wray 16-389 0. -84.0 ± 5.0B: 15.09, V: 14.92
PN G000.1-01.117h 50m 24s-29° 25' 18"M 3-430-01.117472-2924MINKOWSKI 1948Bl G, ESO 455-48, VV' 265, 19W122 3.6 +20.0 ± 11.0AG82 267B: >21.
PN G000.1-02.317h 55m 21s-29° 58' 02"Bl 3-100-02.217519-2957BLANCO 1964ESO 456-16, Sa 2-265 9.0
PN G000.1-05.618h 08m 25s-31° 37' 24"H 2-400-05.1HARO 1952ESO 456-59, Sa 3-120, VV' 351, Wray 16- 374 12.4 AG82 287B: >21.
PN G000.2-01.917h 53m 46s-29° 43' 46"M 2-190-01.517505-2943MINKOWSKI 1947Bl N, ESO 456-07, He 2- 302, Sa 3- 88, VV 125, VV' 279, Wray 16- 325 8.2 5. -45.0 ± 11.0V: 17.3
PN G000.2-04.618h 04m 44s-31° 02' 50"Wray 16-363WRAY 1966Sa 3-117 6.4
PN G000.3-04.618h 05m 02s-30° 58' 15"M 2-280-04.118018-3058MINKOWSKI 1947ESO 456-49, He 2- 338, Sa 2-293, VV 144, VV' 336, Wray 16- 366 4.8 -17.0 ± 11.0
PN G000.4-01.917h 54m 25s-29° 36' 09"M 2-200-01.617512-2935MINKOWSKI 1947Bl P, ESO 456-12, He 2- 304, Sa 2-262, VV 127, VV' 282, Wray 16- 326 6.6 16.4 +75.0 ± 11.0AG82 270V: 16.1WC 5-6, WC
PN G000.4-02.917h 58m 19s-30° 00' 41"M 3-190-02.617551-3000MINKOWSKI 1948ESO 456-26, Sa 3-103, VV' 301, Wray 16- 339 5.7 7. +158.0 ± 11.0V: 16.9
PN G000.5-01.617h 53m 25s-29° 17' 07"Al 2-Q17502-2916ALLEN 1979 0. -67.0
PN G000.6-01.317h 52m 35s-29° 06' 33"Bl 3-150-01.2BLANCO 1964ESO 455-58 3.0
PN G000.6-02.317h 56m 24s-29° 38' 05"H 2-320-02.3HARO 1952Bl 3-12, ESO 456-20, Sa 3-98, VV' 290, Wra 16-232 0. +145.0 ± 11.0
PN G000.7-02.717h 58m 10s-29° 44' 21"M 2-210-02.417548-2944MINKOWSKI 1947ESO 456-24, He 2- 315, Sa 2-271, VV 131, VV' 300, Wray 16- 337 7.2 -138.5 ± 12.5B: 15.8, V: 14.7
PN G000.7-03.718h 02m 19s-30° 14' 21"M 3-220-03.117590-3014MINKOWSKI 1948ESO 456-39, H 1-48, Sa 2-283, VV' 320 7.3 -54.0 ± 5.0B: 18.2, V: >17.8
PN G000.7-07.418h 17m 37s-31° 56' 35"M 2-350-07.118143-3158MINKOWSKI 1947ESO 457-04, He 2- 384, Sa 2-324, StWr 2-16, VV 168, VV' 384, Wray 16- 403 5. : -21.0 ± 11.0
PN G000.8-01.517h 53m 51s-28° 59' 22"Bl O0-01.317506-2858BLANCO 1961ESO 456-11, Sa 3- 90 0. V: 17.6
PN G000.8-07.618h 18m 37s-31° 54' 52"H 2-460-07.218152-3156HARO 1952ESO 457-07, Sa 2-327, VV' 388 4. :
PN G000.9-02.017h 56m 02s-29° 11' 17"Bl 3-130-02.117528-2910BLANCO 1964ESO 456-18, Sa 3- 94, Wray 16- 329 5.2 270. ± 80.B: 17.0, V: 16.2
PN G000.9-04.818h 07m 05s-30° 34' 12"M 3-230-04.218038-3034MINKOWSKI 1948ESO 456-54, He 2- 348, Sa 2-297, VV' 346, Wray 16- 370 11.4 12. -156.0 ± 5.0
PN G001.0-02.617h 58m 25s-29° 20' 50"Sa 3-10417552-2920SANDULEAK 1976 5.2
PN G001.1-01.617h 54m 52s-28° 48' 55"Sa 3- 92SANDULEAK 1976Al 2-S = PK 1-01 5 6.0
PN G001.2-03.018h 00m 38s-29° 21' 51"H 1-471-03.117574-2921HARO 1952ESO 456-35, He 2- 323, VV' 312, Wray 16- 347< 5. 2.5 +109.2 ± 4.3B: 16.8, V: 16.2
PN G001.2-03.918h 03m 54s-29° 51' 26"ShWi 2-5SHAW et al 1985KFL 5 4.0 B: 18.5, V: 16.5
PN G001.3-01.217h 53m 47s-28° 27' 16"Bl M1-01.117506-2826BLANCO 1961ESO 456-10, Sa 3- 89, Wray 17- 101 4.2 4.5
PN G001.4-03.418h 02m 27s-29° 25' 08"ShWi 2-1SHAW et al 1985 13. -117.0B: 16.1, V: 15.8
PN G001.5-06.718h 16m 12s-30° 52' 08"SwSt 11-06.218129-3053SWINGS et al 1940AS 295B, ESO 457-02, He 2-377, Sa 2-319, VV 164, VV' 378, Wray 16-397< 5. 1.3 -18.6 ± 2.6 13.0 (O-III), 14.5 (N-II)AG82 300, CD -30 15469, CPD -30 5412, HD 167362, MWC 288B: 11.77, V: 11.76WC 9, Of-WR(C)
PN G001.6-01.317h 54m 35s-28° 12' 43"Bl Q1-01.217513-2812BLANCO 1961ESO 456-14, Sa 3- 91, Wray 17- 102 4.5
PN G001.7-01.617h 56m 03s-28° 14' 12"H 2-311-01.3HARO 1952ESO 456-19, Sa 3- 95, VV' 288 0.
PN G001.7-04.418h 07m 15s-29° 41' 24"H 1-551-04.1HARO 1952ESO 456-56, He 2- 347, VV' 345, Wray 16- 373< 5. 2.5 -52.0 ± 11.0B: 17.03, V: 16.57
PN G001.7-04.618h 07m 54s-29° 44' 35"H 1-561-04.218047-2945HARO 1952ESO 456-57, He 3-1592, Sa 2-299, VV' 347 3. 2.5 -106.0 ± 11.0B: 16.6, V: 17.0
PN G001.8-03.818h 05m 04s-29° 19' 27"ShWi 2-7SHAW et al 1985 12. B: 15.54, V: 14.74
PN G002.0-02.017h 58m 22s-28° 14' 50"H 1-452-02.117552-2814HARO 1952ESO 456-27, He 2- 317, Sa 2-272, VV' 303, Wray 16- 340 6.0 +4.0 ± 11.0V: 16.8
PN G002.0-06.218h 15m 06s-30° 15' 33"M 2-332-06.118118-3016MINKOWSKI 1947ESO 456-80, He 2- 372, Sa 2-317, StWr 2-11, VV 162, VV' 375, Wray 16- 394 5.8 4. -112.0 ± 11.0B: 14.4, V: 14.4
PN G002.0-13.418h 45m 51s-33° 20' 40"IC 47762-13.118425-3323FLEMING 1896ARO 522, ESO 396-02, He 2- 421, Sa 2-363, StWr 2-23, VV 204, VV' 446, Wray 16- 418, Y-C 2- 27 7.5 1.6 +18.9 ± 0.7 14.5 (N-II)AG82 329, CD -33 13537, GCRV 11192, HD 173283B: 14.3, V: 14.1WC 6 ?
PN G002.1-02.217h 59m 19s-28° 13' 48"M 3-202-02.217561-2813MINKOWSKI 1948ESO 456-32, He 2- 319, Sa 2-276, VV' 307, Wray 16- 343 6.6 +55.0 ± 11.0 23.5 (O-III)
PN G002.1-04.218h 07m 07s-29° 12' 56"H 1-542-04.118039-2913HARO 1952AS 272, ESO 456-55, He 2- 346, MHa 82- 21, Sa 2-298, VV' 344, Wray 16- 372 4.8 1.2 -116.0 ± 11.0B: 15.7, V: 15.4
PN G002.2+00.517h 48m 46s-26° 43' 31"Te 2337TERZAN 1989 28.
PN G002.2-02.518h 01m 00s-28° 16' 19"KFL 2KINMAN et al 1988 5.4 -101.0
PN G002.2-02.718h 01m 43s-28° 25' 45"M 2-232-02.417585-2825MINKOWSKI 1947ESO 456-34, He 2- 326, My 112, Sa 2-281, VV 136, VV'316, Wray 16- 350 8.5 0.7 +224.1 ± 10.1B: 16.7
PN G002.2-06.318h 16m 19s-30° 07' 36"H 1-632-06.218131-3008HARO 1952ESO 457-03, He 2- 380, Sa 2-321, VV' 381, Wray 15-1853 7.0 < 2.2 -1.0 ± 11.0AG82 301B: 14.7, V: 14.7
PN G002.2-09.418h 29m 12s-31° 30' 00"Cn 1-52-09.118259-3132CANNON 1921Em 1, ESO 457-12, He 2- 402, Sa 2-337, StWr 2-17, Wray 16- 412 7. 7. -29.7 ± 4.0 18.0 (O-III)AG82 312, CD -31 18259, CSI -31 18259, HD 170124B: 15.5, V: 15.2WC 4
PN G002.3-03.418h 04m 28s-28° 37' 41"H 2-372-03.2HARO 1952ARO 268, ESO 456-46, Sa 2-291, VV' 333 4.2
PN G002.3-07.818h 22m 34s-30° 43' 29"M 2-412-07.118194-3045MINKOWSKI 1947ESO 457-10, He 2- 392, Sa 2-330, StWr 2-13, VV 176, VV' 397, Wray 16- 408 14.2 -82.0 ± 25.0
PN G002.4-03.218h 04m 05s-28° 27' 55"Wray 17-107WRAY 1966Sa 3-115 12.
PN G002.4-03.718h 06m 06s-28° 40' 34"M 1-382-03.518029-2840MINKOWSKI 1946ESO 456-52, He 2- 344, SaSt 2-18, VV 148, VV' 340, Wray 16- 368< 3.3 3.5 -70.0 ± 11.0B: 14.90, V: 14.45
PN G002.5-01.717h 58m 31s-27° 37' 05"Pe 2-112-01.1PEREK 1960ESO 456-30, Sa 3-106, VV' 305 5.1 AG82 276B: >21.
PN G002.5-05.418h 13m 00s-29° 25' 12"KFL 14KINMAN et al 1988 17.1 +107.0B: 18.6, V: 17.7
PN G002.6-03.418h 05m 26s-28° 22' 04"M 1-372-03.318022-2822MINKOWSKI 1946ESO 456-50, He 2- 339, VV 146, VV' 338, Wray 16- 367 0. 2.5 +241.0 ± 11.0B: 15.34, V: 14.99
PN G002.7-04.818h 11m 05s-28° 59' 01"M 1-422-04.218079-2859MINKOWSKI 1946ESO 456-67, He 2- 359, Sa 2-305, StWr 2- 8, VV 153, VV' 357, Wray 16- 380 9.0 9.0 -92.0 ± 3.0 25.0 (O-III), < 6.0 (N-II)AG82 291B: 18.3, V: 17.4
PN G002.8-02.218h 01m 10s-27° 38' 26"Pe 2-122-02.317580-2738PEREK 1960ESO 456-36, Sa 3-110, VV' 314, Wray 17- 105 5.
PN G002.9-03.918h 08m 04s-28° 23' 32"H 2-392-03.6HARO 1952ESO 456-58, Sa 2-301, VV' 350 3.7
PN G003.0-02.618h 02m 51s-27° 41' 02"KFL 4KINMAN et al 1988 3.0 +17.0
PN G003.2-04.418h 10m 31s-28° 19' 22"KFL 12KINMAN et al 1988 2.8 +124.0
PN G003.2-06.218h 17m 42s-29° 08' 20"M 2-363-06.118144-2909MINKOWSKI 1947Em 5, ESO 457-05, He 2- 385, Sa 2- 325, StWr 2- 10, VV 169, VV' 385, Wray 16- 404 8.1 +100.4 ± 10.1B: 15.47, V: 15.73
PN G003.3-04.618h 11m 35s-28° 22' 37"Ap 1-123-04.718084-2823APRIAMASVILI 1961AS 283, ESO 456-69, He 2- 360, MHa 304-120, , Wray 16- 381 12. +152.0 ± 5.0SS73 140B: 13.37, V: 13.29
PN G003.3-07.518h 23m 09s-29° 43' 25"KFL 19KINMAN et al 1988 7.8 +32.0
PN G003.4-04.818h 12m 48s-28° 20' 01"H 2-433-04.918095-2820HARO 1952AS 288, ESO 456-75, He 2- 366, MHa 304-119, VV' 367, Wray 16- 388 9. -21.0 ± 3.0
PN G003.5-02.418h 03m 18s-27° 06' 16"IC 46733-02.318001-2706BARNARD 1896ESO 521-15, He 2- 333, M 1-36, Sa 2- 286, VV 142, VV' 330, Wray 16- 357 14.8 17. -15.0 ± 2.0 25.0 (O-III)AG82 283B: 18.0, V: 17.6
PN G003.5-04.618h 11m 53s-28° 10' 38"NGC 65653-04.518087-2811PICKERING 1880ARO 68, BD -28 14266, ESO 456-70, GCRV 10632, He 2- 362, HD 166468, Sa 2-307, StWr 2- 9, VV 155, VV' 360, Wray 16-382 13.6 1.5 1.3 -20.0 ± 4.0 14.5 (O-III), 22.0 (N-II)AG82 292V: 18.50
PN G003.6-02.318h 03m 12s-26° 58' 31"M 2-263-02.218001-2659MINKOWSKI 1947ESO 521-14, He 2- 332, Sa 3-113, VV 139, VV' 322, Wray 17- 106? 9.2 -52.0 ± 5.0AG82 281
PN G003.7-04.618h 12m 34s-27° 58' 13"M 2-303-04.818094-2758MINKOWSKI 1947ESO 456-74, He 2- 365, VV 157, VV' 366, Sa 2-312, StWr 2- 7, Wray 16- 386 9.0 3.5 +174.0 ± 11.0B: 17.7, V: 17.1
PN G003.8-04.318h 11m 29s-27° 46' 16"H 1-593-04.3HARO 1952ESO 456-68, Sa 2-306, StWr 2- 6, VV' 356 6.0 B: 18.2, V: 16.2
PN G003.8-04.518h 12m 24s-27° 52' 14"H 2-413-04.418092-2752HARO 1952ESO 456-71, Sa 2-309, VV' 363 8.1 AG82 294
PN G003.8-17.119h 05m 36s-33° 11' 39"Hb 83-17.119022-3316HUBBLE 1921ESO 397-02, He 2- 426, Sa 2-381, StWr 2-24, VV 218, VV' 475, Y-C 2- 33 5. 0.8 -172.1 ± 7.7AG82 343
PN G003.9+01.617h 48m 28s-24° 41' 29"Te 2111TERZAN 1989 8.
PN G003.9-02.318h 03m 39s-26° 43' 25"M 1-353-02.118005-2643MINKOWSKI 1946ESO 521-17, He 2- 336, Sa 2-287, VV 141, VV' 328, Wray 15- 1830 4.5 4.4 +82.0 ± 11.0
PN G003.9-03.118h 06m 50s-27° 06' 18"KFL 7KINMAN et al 1988 5.0 -91.0
PN G003.9-14.918h 55m 39s-32° 15' 55"Hb 73-14.118523-3219HUBBLE 1921ARO 523, Cn 1-6, AS 330, ESO 458-09, He 2- 425, Sa 2-375, StWr 2-20, VV 212, VV' 463, Wray 16-422, Y-C 2- 31 4. -65.4 ± 4.8AG82 335, CD -32 14673, GCRV 11357, HD 175194B: 13.90, V: 13.97O
PN G004.0-03.018h 06m 42s-26° 55' 21"M 2-294-03.118035-2655MINKOWSKI 1947ESO 521-27, He 2- 345, Sa 2-296, VV 149, VV' 343, Wray 17- 109 3.6 3.5 -114.0 ± 11.0B: 15.60, V: 15.54
PN G004.0-05.818h 17m 42s-28° 17' 19"Pe 1-124-05.3PEREK 1960ESO 457-06, VV' 386 9.6 B: 17.7, V: 17.2
PN G004.0-11.118h 39m 26s-30° 40' 36"M 3-294-11.118362-3043MINKOWSKI 1948Em 2, ESO 458-01, He 2- 416, Sa 2-355, StWr 2-14, VV' 434, Wray 16- 416 8.2 +50.3 ± 5.4 7.0 (O-III)AG82 323B: 15.42, V: 15.50
PN G004.1-03.818h 10m 12s-27° 16' 36"KFL 11KINMAN et al 1988 3.2 -63.0
PN G004.2-03.218h 08m 01s-26° 54' 01"KFL 10KINMAN et al 1988 6.0 -121.0
PN G004.2-04.318h 12m 25s-27° 28' 55"H 1-604-04.1HARO 1952ESO 522-03, Sa 2-310, VV' 362 5.7 B: 16.7, V: 16.4WC ?
PN G004.2-05.918h 18m 39s-28° 08' 05"M 2-374-05.518154-2809MINKOWSKI 1947ESO 457-08, He 2- 387, Sa 3-131, VV 170, VV' 390, Wray 15- 1858 7.2 +57.0 ± 5.0B: 17.6, V: 16.8
PN G004.3+01.817h 48m 36s-24° 16' 36"H 2-244+01.1HARO 1952ESO 520-29, Sa 3- 77, VV' 254 4.6
PN G004.3-02.618h 05m 57s-26° 29' 42"H 1-534-02.1HARO 1952ARO 269, ESO 521-24, He 2- 342, VV' 341 0. +75.0 ± 5.0
PN G004.7-11.818h 44m 13s-30° 18' 27"He 2-4184-11.2HENIZE 1964ESO 458-04, Sa 2-360, StWr 2-15, Wray 16- 417 13. B: 15.48, V: 15.68
PN G004.8+02.017h 49m 01s-23° 42' 55"H 2-254+02.117459-2342HARO 1952ESO 520-30, VV' 258 4.4 4.9
PN G004.8-05.018h 16m 11s-27° 14' 57"M 3-264-05.118130-2715MINKOWSKI 1948ESO 522-10, He 2- 378, Sa 2-320, VV' 379, Wray 16- 398 8.6 -9.8 ± 13.3B: 16.9, V: 17.2
PN G004.8-22.719h 32m 07s-34° 12' 33"He 2-4364-22.119288-3419HENIZE 1964ESO 398-07, Sa 2-391, StWr 2-25< 10. WC 4-5
PN G004.9-04.918h 16m 17s-27° 04' 33"M 1-444-04.218131-2705MINKOWSKI 1946ESO 522-11, He 2- 379, VV 165, VV' 380, Wray 16- 399 3.8 -75.0 ± 11.0AG82 302, SS73 150K2 III
PN G005.0-03.918h 12m 23s-26° 32' 55"H 2-425-03.2HARO 1952ESO 522-02, VV' 365 11.8 AG82 295B: 20.6
PN G005.1-03.018h 09m 13s-26° 02' 26"H 1-585-03.118061-2603HARO 1952ESO 521-34, Sa 2-303, VV' 354, Wray 17- 111 6.3 B: 18.5, V: 17.4
PN G005.1-08.918h 32m 31s-28° 43' 21"Hf 2-25-08.118293-2845HOFFLEIT 1953ESO 457-16, He 2- 407, Sa 3-135, Wray 16- 414 18.6 AG82 315B: 18.0
PN G005.2-18.619h 14m 23s-32° 34' 18"StWr 2-21STOCK et al 1972ESO 397-07, Sa 2-383< 5.
PN G005.4-01.918h 05m 23s-25° 12' 37"PBOZ 3418023-2513POTTASCH et al 1988 0. < 1.6
PN G005.5+02.717h 48m 08s-22° 46' 47"H 1-345+02.117451-2245HARO 1952ESO 520-28, VV' 253 0. < 2.
PN G005.5-02.518h 07m 53s-25° 24' 02"M 3-245-02.118048-2524MINKOWSKI 1948ESO 521-30, He 2- 350, Sa 2-300, VV'348, Wray 17- 110 10.2 +128.0 ± 11.0
PN G005.5-04.018h 13m 40s-26° 08' 43"H 2-445-04.118105-2609HARO 1952ESO 522-07, Sa 3-124, VV' 371 6.6 B: 18.2, V: 17.4
PN G005.6-04.718h 16m 54s-26° 23' 24"KFL 16KINMAN et al 1988 12.4 +17.0
PN G005.7-03.618h 12m 45s-25° 44' 23"KFL 13KINMAN et al 1988 14.2 -71.0
PN G005.7-05.318h 19m 25s-26° 35' 19"M 2-385-05.118163-2636MINKOWSKI 1947ARO 272, ESO 522-17, He 2- 388, Sa 2-328, VV 172, VV' 392, Wray 16- 406 9.3 7.4 -72.3 ± 14.4B: 18.5, V: 17.4
PN G005.8-06.118h 22m 54s-26° 49' 17"NGC 66205-06.118198-2650PICKERING 1880ARO 99, ESO 522-22, He 2- 394, Sa 2-332, StWr 2-4, VV 173, VV' 394, Wray 16-410 8.0 5. +72.6 ± 0.4V: 19.6
PN G005.9-02.618h 09m 12s-25° 04' 35"MaC 1-1018061-2505MAC CONNELL 1978PM 1-213 10.
PN G006.0+02.817h 48m 37s-22° 16' 49"Th 4- 36+02.117456-2215THE 1964ARO 259, ESO 589-07, Sa 3- 78 0.
PN G006.0+03.117h 47m 38s-22° 06' 20"M 1-286+03.217446-2205MINKOWSKI 1946ESO 589-06, He 2- 285, Sa 3- 76, VV 115, VV' 250 14.8 +18.0 ± 5.0B: 21.6, V: 20.8
PN G006.0-03.618h 13m 16s-25° 30' 06"M 2-316-03.318101-2530MINKOWSKI 1947ESO 522- 06, He 2- 368, Sa 2-313, StWr 2- 1, VV 158, VV' 369, Wray 16- 390 5.1 4. +157.3 ± 10.1WC
PN G006.2+01.017h 55m 56s-22° 59' 01"HaTr 8HARTL et al 1983 12.
PN G006.2-03.718h 14m 19s-25° 20' 50"KFL 15KINMAN et al 1988 8.5 +123.0
PN G006.3+03.317h 47m 34s-21° 47' 25"H 2-226+03.117445-2146HARO 1952ESO 589-05, Sa 3- 75, VV' 251 6.2
PN G006.4+02.017h 52m 41s-22° 21' 57"M 1-316+02.517496-2221MINKOWSKI 1946ESO 589-16, He 2- 299, Sa 2-260, Ve 59, VV 123, VV' 275 0. 7.0 +73.0 ± 5.0B: 19.0WC ?
PN G006.4-04.618h 18m 14s-25° 38' 11"Pe 2-136-04.118150-2539PEREK 1960ESO 522-14, Sa 3-129, VV' 387 6.6 B: 19.0, V: 17.3
PN G006.5-03.118h 12m 34s-24° 50' 00"H 1-616-03.118094-2450HARO 1952ESO 522-04, He 2- 364, VV' 364, Wray 16- 387 0. +53.0 ± 5.0
PN G006.7-02.218h 09m 30s-24° 12' 28"M 1-416-02.118064-2413MINKOWSKI 1946He 2- 355, Ve 62, VV 152, VV' 355, Wray 17- 112 8.4 -4.7 ± 2.6AG82 289(WN) ?
PN G006.8+02.017h 53m 37s-21° 58' 41"Pe 2-106+02.4PEREK 1960ESO 589-19, VV' 280 3.8
PN G006.8+02.317h 52m 22s-21° 51' 13"Th 4- 76+02.317493-2150THE 1964ARO 263, ESO 589-15, Sa 2-257< 6. 7.9
PN G006.8-03.418h 14m 28s-24° 43' 33"H 2-456-03.218114-2443HARO 1952ESO 522-08, Sa 2-315, VV' 374 4.6 B: 18.2, V: 17.4
PN G006.8-08.618h 34m 55s-27° 06' 23"Al 118318-2708WRAY 1966ESO 523-02, Wray 15-1876 13. AG82 321B: >18.
PN G006.8-19.819h 22m 11s-31° 30' 40"Wray 16-423WRAY 1966ESO 459-17, Sa 2-389, StWr 2-18 0.
PN G007.0-06.018h 24m 57s-25° 41' 54"H 1-667-06.118218-2543HARO 1952AS 303, ESO 522-24, He 2- 397, MHa 366-101, Sa 2- 333, StWr 2-2, VV' 401 8.2 6.5 +42.0 ± 25.0
PN G007.0-06.818h 27m 59s-26° 06' 41"VY 2- 17-06.218248-2608VYSSOTSKY 1945ESO 522- 27, He 2- 400, Sa 2-336, StWr 2- 5, VV 181, VV' 405, Wray 15-1872< 7. 3.7 +115.0 ± 25.0B: 16.6WC ?
PN G007.2+01.817h 55m 07s-21° 44' 38"Hb 67+01.117521-2144HUBBLE 1921ARO 96, ESO 589-20, He 2- 305, Sa 2-264, Ve 60, VV 128, VV' 285 5. 6. +9.2 ± 3.3 20.0 (O-III)AG82 271, AN 265.1904, AS Sgr, HV 1146B: >16.4, V: >14.7
PN G007.8-03.718h 17m 16s-23° 58' 51"M 2-347-03.1MINKOWSKI 1947ESO 522-12, He 2- 382, Sa 3-127, VV 166, VV' 382, Wray 16- 402 8.4 +70.0 ± 11.0WC 4-5
PN G007.8-04.418h 20m 09s-24° 15' 06"H 1-657-04.118170-2416HARO 1952ARO 273, AS 301, ESO 522-18, He 2- 389, MHa 304-145, VV' 393, Wray 16- 407 8. : 2.5 +161.0 ± 11.0B: 15.09, V: 14.67
PN G008.0+03.917h 49m 15s-20° 00' 34"NGC 64458+03.117462-1959PICKERING 1882ARO 67, He 2- 290, Sa 2-248, ESO 589-09, VV 118, VV' 260 33. > 34. 2.5 +16.2 ± 0.5 38.0 (O-III)AG82 266, CSI -20 -17462, HD 161944B: 19.04, V: 19.00Contin.
PN G008.1-04.718h 22m 01s-24° 10' 40"M 2-398-04.118189-2412MINKOWSKI 1947ESO 522-20, He 2- 391, Sa 2-329, VV 174, VV' 395, Wra y 15-1866 3.2 +71.0 ± 5.0B: 16.2, V: 15.8
PN G008.2-04.818h 22m 32s-24° 09' 28"M 2-428-04.218194-2410MINKOWSKI 1947ESO 522-21, He 2- 393, Sa 2-331, VV 177, VV' 398, Wray 16- 409 3.8 +157.0 ± 25.0B: 18.2
PN G008.3-01.118h 08m 25s-22° 16' 53"M 1-408-01.118054-2217MINKOWSKI 1946AS 278, ESO 590-02, He 2- 352, MHa 79- 25, Sa 2-302, VV 151, VV' 352 5. 4.3 -32.0 ± 11.0AG82 288B: 19.0, V: 18.3
PN G008.3-07.318h 32m 35s-25° 07' 44"NGC 66448-07.218295-2510PICKERING 1885ESO 522-23, He 2- 408, Sa 2-343, VV 188, VV' 417, Wray 16- 415 2.6 3. +193.9 ± 1.3AG82 316, CD -25 13223, GCRV 10995, HD 170839B: 16.6, V: 15.6
PN G008.4-03.618h 18m 24s-23° 24' 52"H 1-648-03.118153-2326HARO 1952ESO 522-15, He 2-386, Sa 3-130, VV' 389, Wray 15-1857 7.6 +84.0 ± 5.0
PN G008.6-02.618h 14m 51s-22° 43' 55"MaC 1-11MAC CONNELL 1978 0.
PN G008.6-07.018h 31m 53s-24° 46' 18"He 2-4068-07.118288-2448HENIZE 1964ARO 280, ESO 522-31, Sa 2-342, Wray 16- 413 3. :
PN G009.0+04.117h 50m 28s-19° 03' 12"Th 4- 59+04.117475-1902THE 1964ESO 589-11, He 2- 293, Sa 2-252 6.4 7. -18.0 ± 5.0
PN G009.3+02.817h 55m 57s-19° 28' 24"Th 4- 99+02.117530-1929THE 1964ARO 266, ESO 589-21 0.
PN G009.3+04.117h 50m 57s-18° 46' 46"Th 4- 69+04.217480-1846THE 1964ARO 262, ESO 589-12, Sa 2-254 0. 5.
PN G009.4-05.018h 25m 43s-23° 11' 59"NGC 66299-05.118226-2313HERSCHEL 1868ARO 30, ESO 522-26, He 2- 399, Sa 2-335, VV 179, VV' 403, Wray 15-1869 15.5 2.0 +14.0 ± 3.0< 6.0 (O-III), 6.5 (N-II)AG82 308, CD -23 14350, GCRV 10893, HD 169460B: 13.26, V: 12.93Of(H)
PN G009.4-09.818h 44m 43s-25° 21' 34"M 3-329-09.118416-2524MINKOWSKI 1948ESO 523-06, He 2- 420, Sa 2-362, VV' 445 6. 7.5 +46.0 ± 25.0B: 17.4, V: 17.1
PN G009.6-10.618h 48m 12s-25° 28' 49"M 3-339-10.118451-2532MINKOWSKI 1948ESO 523-09, He 2- 423, Sa 2-367, VV' 452, Wray 16- 420 5. 6. +173.9 ± 10.1B: 15.7, V: 15.9
PN G009.8-04.618h 25m 04s-22° 34' 53"H 1-679-04.118220-2236HARO 1952ESO 522-25, He 2- 398, Sa 2-334, VV' 402 5.6 6.8 -13.0 ± 5.0
PN G009.8-07.518h 36m 23s-23° 55' 20"GJJC 1GILLETT et al 1989 8.5 -32.0U: 13.5, B: 14.8, V: 14.3
PN G010.1+00.718h 05m 13s-19° 50' 14"NGC 653710+00.118021-1950PICKERING 1882ARO 52, ESO 590-01, He 2- 340, My 115, Sa 2-294, VV 147, VV' 339 10. > 9. 2.4 -16.0 ± 3.0 18.0 (O-III)AG82 284, CSI -19 -18023, GCRV 10524, HD 312582B: >19.8, V: >18.8
PN G010.4+04.517h 52m 05s-17° 36' 15"M 2-1710+04.117491-1735MINKOWSKI 1947ESO 589-14, He 2- 298, Sa 2-255, VV 122, VV' 274 6.4 8. -21.0 ± 11.0
PN G010.6+03.217h 57m 07s-18° 06' 43"Th 4-1010+03.117541-1806THE 1964ESO 589-23, He 2- 311, Sa 3-99 0. +29.3 ± 3.1B: 18.5, V: 18.3
PN G010.7-06.418h 33m 55s-22° 38' 40"IC 473210-06.118308-2241FLEMING 1901ARO 71, ESO 523-01, He 2- 410, Sa 2-345, VV 191, VV' 424, Y-C 2- 24 4. 1.2 -145.4 ± 0.9AG82 320, BD -22 18309, CSI -22 -18309, HD 171131, NSV 11021B: >16.5, V: >16.2
PN G010.7-06.718h 34m 51s-22° 43' 23"Pe 1-1310-06.218318-2245PEREK 1960ESO 523-03, Sa 2-348, VV' 427 7.6 5.6 B: 18.0, V: 17.3
PN G010.8-01.818h 16m 17s-20° 26' 59"NGC 657810-01.118132-2028PICKERING 1882ARO 70, ESO 590-12, He 2- 381, Sa 2-322, VV 163, VV' 376 8.5 2.0 +4.5 ± 1.8AG82 303B: 16.30, V: 15.82WC early
PN G011.0+05.817h 48m 20s-16° 28' 44"NGC 643911+05.117454-1627PICKERING 1882ARO 95, He 2- 287, Sa 2-245, VV 117, VV' 256, Y-C 2- 21 5. 4. 1.3 -93.8 ± 1.8 24.0 (O-III)AG82 265, CSI -16 -17453, HD 161801B: 20.2
PN G011.0+06.217h 46m 54s-16° 17' 24"M 2-1511+06.117440-1616MINKOWSKI 1947He 2- 284, Sa 2-242, VV 114, VV' 249 5.8 7.5 +3.7 ± 10.1B: 17.8, V: 18.2
PN G011.0-05.118h 29m 11s-21° 46' 53"M 1-4711-05.118261-2148MINKOWSKI 1946ESO 591-02, He 2- 403, Sa 2-338, VV 184, VV' 409 4.6 5.5 -72.2 ± 10.1B: 15.4, V: 15.3
PN G011.3+02.818h 00m 09s-17° 40' 30"Th 4-1111+02.117572-1740THE 1964ARO 267, ESO 589-25, He 2- 322< 5.
PN G011.3-09.418h 46m 34s-23° 26' 50"H 2-4811-09.118435-2330HARO 1952AS 957, ESO 523-07, He 2- 422, MHa 152- 1, My 121, SaSt 2-23, VV' 449, Wray 16-419, Y-C 2- 30 2. 1.7 -21.0 5.0 (O-III), 2.5 (N-II)B: 13.78, V: 13.41
PN G011.7-00.018h 11m 48s-18° 46' 03"M 1-4311-00.1MINKOWSKI 1946ESO 590-05, He 2- 363, VV 156, Sa 3-122, VV' 361 5.2 B: 17.2, V: 16.0
PN G011.7-00.618h 13m 45s-19° 04' 19"NGC 656711-00.218108-1905PICKERING 1882ARO 69, ESO 590-08, He 2-369, Sa 2-314, VV 160, VV' 372 7.6 1.6 +119.3 ± 0.7 18.4 (O-III), 36. (N-II)AG82 297, BD -19 18107, CSI -19 -18107, HD 166935B: 14.42, V: 14.36WC
PN G011.7-06.618h 36m 34s-21° 48' 57"M 1-5511-06.118335-2151MINKOWSKI 1946ESO 591-10, He 2- 414, SaSt 2-22, VV 195, VV' 431 0. -22.0 ± 5.0B: 13.94, V: 13.90O ?
PN G011.9+04.217h 56m 19s-16° 29' 01"M 1-3211+04.117534-1628MINKOWSKI 1946He 2- 309, Sa 2-268, VV 130, VV' 292 7.6 9. -72.8 ± 14.0AG82 274B: 18.3, V: 17.0WC 4-6
PN G012.5-09.818h 50m 26s-22° 34' 22"M 1-6212-09.118474-2237MINKOWSKI 1946ESO 523-10, He 2- 424, Sa 2-369, VV 207, VV' 457 3.6 1.5 +34.0 ± 25.0B: 16.9, V: 17.4WC ?
PN G012.6-02.718h 23m 08s-19° 17' 06"M 1-4512-02.118201-1918MINKOWSKI 1946ARO 276, ESO 590-18, He 2- 395, VV 178, VV' 399 0. 2.5 +126.0 ± 11.0B: 18.0, V: 16.8
PN G013.0-04.318h 29m 59s-19° 40' 38"Pe 2-1413-04.118271-1942PEREK 1960ESO 591-04, Sa 2-340, VV' 412 5.
PN G013.4-03.918h 29m 30s-19° 05' 45"M 1-4813-03.118265-1908MINKOWSKI 1946ESO 591-03, He 2- 404, Sa 2-339, VV 185, VV' 411 4.8 5.5 +140.0 ± 25.0
PN G013.7-10.618h 55m 31s-21° 49' 39"Y-C 2-3218525-2153CESCO et al 1973ESO 592-06, Sa 2-376 15. : B: 16.6, V: 16.7
PN G013.8-02.818h 26m 03s-18° 12' 06"SaWe 3SAURER et al 1987 110. 12.5 (O-III)
PN G013.8-07.918h 45m 35s-20° 35' 00"PC 2113-07.1PEIMBERT et al 1961ESO 591-16, Sa 2-364, Y-C 2-28 13.2 B: 18.4
PN G014.0-05.518h 36m 32s-19° 19' 27"V-V 3-518335-1922VORONCOV-VEL'JAMINOV et al 1972ESO 591-09, He 3-1716, Sa 1- 7, Sa 2-351, V-V Anon.2 0. B: 13.66, V: 13.27A
PN G014.2-07.318h 44m 02s-19° 54' 55"M 3-3114-07.118410-1958MINKOWSKI 1948ESO 591-15, He 2- 419, Sa 2-361, VV' 444 7. : 0.9 -88.6 ± 4.7B: 17.7, V: 17.4
PN G014.3-05.518h 37m 11s-19° 02' 22"V-V 3-618342-1904VORONCOV-VEL'JAMINOV et al 1972ESO 591-11, Sa 2-352, V-V Anon. 3, Y-C 2-25 0. 1.
PN G014.6-04.318h 33m 21s-18° 16' 30"M 1-5014-04.118304-1818MINKOWSKI 1946ESO 591-07, He 2- 409, Sa 2-344, VV 189, VV' 421, Y-C 2- 23 5.6 +27.1 ± 10.1AG82 317Contin.?
PN G014.7-11.819h 02m 16s-21° 26' 51"SaWe 4SAURER et al 1987 85.
PN G014.8-25.619h 58m 13s-26° 28' 15"HDW 12HARTL et al 1983HaWe 14 46. AG82 391B: 17.7
PN G014.9-03.118h 29m 11s-17° 27' 13"SaSt 3-166SANDULEAK et al 1973 13. :
PN G015.4-04.518h 35m 48s-17° 36' 08"M 1-5315-04.118328-1738MINKOWSKI 1946ESO 591-08, He 2- 412, Sa 2-349, VV 193, VV' 428 6. +63.0 ± 25.0 13.0 (O-III)B: 15.52, V: 14.30
PN G015.6-03.018h 30m 11s-16° 45' 27"A 4415-03.1ABELL 1955A55 32, ARO 278, VV' 413 53. +44.0 ± 6.0 6.0 (O-III)
PN G016.0-04.318h 36m 08s-16° 59' 59"M 1-5416-04.118332-1702MINKOWSKI 1946He 2- 413, Sa 2-350, VV 194, VV' 430 13. -40.6 ± 10.1
PN G016.1-04.718h 37m 46s-17° 05' 47"M 1-5616-04.218348-1708MINKOWSKI 1946He 2- 415, Sa 2-353, VV 196, VV' 432< 10. 1.4 +88.0 ± 25.0B: 16.7, V: 16.2
PN G017.3-21.919h 46m 34s-23° 08' 12"A 6517-21.119435-2315ABELL 1964ARO 26, ESO 526-03, Sh 2- 52, VV' 513 100. +13.0 ± 4.0 11.0 (O-III)AG82 384, CSI -23 -19436, UBV 16806U: 15.01, B: 15.99, V: 15.90Op k
PN G017.6-10.219h 01m 01s-18° 12' 15"A 5117-10.118581-1816ABELL 1955A55 38, ARO 300, VV' 471 67. +23.0 ± 10.0 42.0 (O-III)AG82 337, CSI -18 -18581, UBV 16133U: 14.26, B: 15.30, V: 15.42sd O8k, OH
PN G019.4-13.619h 17m 05s-18° 01' 34"DeHt 3DENGEL et al 1980ESO 593-09, DHW 1-1 32.
PN G019.4-19.619h 40m 32s-20° 27' 00"K 2- 719-19.1KOHOUTEK 1962ESO 594-10 140. AG82 377B: 19.3
PN G019.8-23.719h 57m 32s-21° 36' 37"A 6619-23.119545-2144ABELL 1955A55 53, ARO 339, ESO 595-04, VV' 519 267. AG82 389, CSI -21 -19546, UBV 16998U: 16.84, B: 17.71, V: 17.39
PN G025.0-11.619h 19m 17s-12° 14' 52"A 6025-11.1ABELL 1955A55 47, ARO 314, VV' 493 74. AG82 364B: 18.5
PN G025.8-17.919h 43m 58s-14° 09' 07"NGC 681825-17.119411-1416HERSCHEL 1787ARO 12, Sa 2-392, VV 241, VV' 511 20. 2.2 -13.0 ± 3.0 27.6 (O-III), 31. (N-II)AG82 381B: 16.90WNb ?
PN G355.1-06.918h 02m 31s-36° 38' 51"M 3-21355-06.117591-3639MINKOWSKI 1948ESO 394-21, He 2- 328, Sa 2-284, VV' 319, Wray 16- 352< 5. -68.6 ± 3.8AG82 280, CSI -36-17592 0, GCRV 10455, HV7117, V567 SgrB: 16.2, V: 15.3
PN G356.3-06.218h 02m 32s-35° 13' 08"M 3-49356-06.1MINKOWSKI 1948ESO 394-22, He 2- 329, Sa 3-112, VV' 318, Wray 16- 353 9.8 -47.0 ± 5.0
PN G356.6-07.818h 09m 49s-35° 44' 12"H 1-57356-07.2HARO 1952ESO 394-31, He 2- 353, Sa 3-121, VV' 353, Wray 17- 113 12.6
PN G356.7-06.418h 04m 29s-34° 58' 00"H 1-51356-06.2HARO 1952ESO 394-26, Sa 3-116, VV' 331, Wray 16- 362 13.2
PN G356.9-05.818h 02m 03s-34° 27' 47"M 2-24356-05.217587-3427MINKOWSKI 1947ESO 394-20, He 2- 327, Sa 2-282, VV 137, VV' 317, Wray 16- 351 6.8 +173.0 ± 11.0
PN G357.1-06.118h 04m 05s-34° 28' 31"M 3-50357-06.1MINKOWSKI 1948ESO 394-25, Sa 2-290, VV' 327 4. +24.0 ± 11.0
PN G358.0-05.118h 01m 43s-33° 15' 18"Pe 1-11358-05.117584-3315MINKOWSKI 1948ESO 394-19, Sa 2-280, VV' 315, Wray 16- 349 8.8
PN G358.5-07.318h 12m 03s-33° 52' 01"NGC 6563358-07.118087-3352HERSCHEL 1837ARO 503, CD -33 12935, ESO 394-33, GCRV 10633, He 2- 361, HD 166469, Sa 2- 308, StWr 2- 22, VV 154, VV' 359, Wray 16-383 47.5 0.8 -29.5 ± 5.1 11.0 (O-III)AG82 293B: 17.33
PN G358.6-05.518h 04m 56s-32° 54' 04"M 3-51358-05.4MINKOWSKI 1948ESO 394-27, He 2- 337, Sa 3- 118, VV' 334, Wray 16- 365 9.2 +34.0 ± 11.0
PN G358.7-05.218h 03m 54s-32° 41' 38"H 1-50358-05.318006-3241HARO 1952ESO 394-24, He 2- 334, Sa 2-288, VV' 325, Wray 16- 359< 10. 1.4 +28.0 ± 25.0V: 17.1
PN G359.0-04.818h 02m 47s-32° 09' 31"M 2-25359-04.317594-3209MINKOWSKI 1947ESO 456-40, He 2- 330, Sa 2-285, VV 138, VV' 321, Wray 16- 354 14. +20.0 ± 11.0
PN G359.2-33.520h 19m 28s-41° 31' 30"CRBB 1MAC CARTHY 1991He 3-1863 8. CD-41 13967U: 9.60, B: 10.56O(H)
PN G359.3-00.917h 47m 57s-29° 59' 53"Hb 5359-00.117447-2958HUBBLE 1921ARO 389, Bl E, ESO 455-42, He 2- 286, VV 116, VV' 252, Wray 16- 310 15. > 13. 2.0 -28.0 ± 5.0AG82 264, CD -29 13998, HD 316340B: 18.6
PN G359.6-04.818h 04m 07s-31° 39' 13"H 2-36359-04.4HARO 1952ESO 456-45, Sa 3-114, VV' 329, Wray 16- 361 9.9
PN G359.7-04.418h 02m 53s-31° 23' 57"KFL 3KINMAN et al 1988 13.5 +200.0
PN G359.8-07.218h 14m 50s-32° 37' 09"M 2-32359-07.118115-3237MINKOWSKI 1957ESO 394-35, He 2- 371, Sa 2-316, StWr 2-19, VV 161, VV' 373, Wray 16- 393< 10. -49.4 ± 10.1B: 15.5, V: 15.7
PN G359.9-04.518h 03m 52s-31° 17' 45"M 2-27359-04.218006-3117MINKOWSKI 1947ESO 456-44, He 2- 335, Sa 2-289, VV 140, VV' 326, Wray 16- 360 4.8 2.5 +170.4 ± 12.2
PN G359.9-05.418h 07m 19s-31° 42' 54"KFL 9KINMAN et al 1988 11.8 -19.0

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