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The Avedisova star formation regions and the Lynds dark nebulae

This page lists the Avedisova star formation regions associated with the Lynds dark nebulae. The region location is linked to a page summarising the data on the star formation region. The nebulae and most referenced object names are both linked to their SIMBAD pages. In many cases the nebulae and the most referenced object in the region will be the same, but not always. Each line also lists the number of components for the region, the SIMBAD suggested type for the most referenced object, and the number of bibliographic references for the most referenced object.

SIMBAD cross reference and type information is not always accurate, so this information should be treated cautiously. It is best to read the bibliographic references for the object to get the latest and most accurate information.

Nebula RegionComps. Most referenced object Type Obj. ref.
LDN 43 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 59 1.55+7.64[4] LDN 59 DkNeb [8]
LDN 63 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 74 2.30+3.40[2] LDN 74 DkNeb [4]
LDN 93 2.85-2.75[5] LDN 93 DkNeb [18]
LDN 100 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 114 3.53+3.64[2] LDN 114 DkNeb [3]
LDN 134 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 158 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 216 6.98+6.21[2] LDN 216 DkNeb [5]
LDN 219 7.08+5.99[7] LDN 219 DkNeb [12]
LDN 219 7.08+5.99[7] LDN 219 DkNeb [12]
LDN 222 7.30+5.60[2] LDN 222 DkNeb [6]
LDN 223 7.28+5.74[2] LDN 223 DkNeb [6]
LDN 226 7.33+5.79[5] LDN 226 DkNeb [7]
LDN 233 7.60+4.69[2] LDN 233 DkNeb [8]
LDN 234 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 235 7.55+4.26[9] LDN 235 DkNeb [8]
LDN 239 7.66-7.87[3] LDN 239 DkNeb [14]
LDN 249 8.15-1.73[14] SCHB 305 Maser [12]
LDN 255 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 262 8.97+0.68[6] LDN 262 DkNeb [24]
LDN 291 10.86-2.60[41] HHL 60 YSO [83]
LDN 306 11.34-3.47[9] V* V4393 Sgr V* [13]
LDN 307 11.42+1.29[3] LDN 307 DkNeb [9]
LDN 310 11.63+1.05[2] LDN 310 DkNeb [7]
LDN 323 12.73-0.61[17] LDN 323 DkNeb [24]
LDN 328 13.02-0.84[2] LDN 327 DkNeb [14]
LDN 330 13.18+6.57[3] LDN 330 DkNeb [8]
LDN 333 13.34+1.16[3] LBN 56 PN [5]
LDN 346 14.06-7.08[2] LDN 344 DkNeb [4]
LDN 356 14.81-3.52[5] LDN 356 DkNeb [6]
LDN 374 16.28-2.81[3] [CB88] 144 MolCld [14]
LDN 379 16.84-2.32[10] IRAS 18265-1517 IR [43]
LDN 392 18.66+8.87[4] LDN 392 DkNeb [10]
LDN 400 19.08+8.47[4] LDN 400 DkNeb [7]
LDN 401 19.20-3.34[4] LDN 401 DkNeb [5]
LDN 406 19.44+0.13[12] [WHR97] 18232-1154 HII [14]
LDN 411 20.06-0.06[4] LDN 411 DkNeb [5]
LDN 414 20.24+0.84[5] LDN 414 DkNeb [6]
LDN 416 20.50+0.82[5] LDN 416 DkNeb [7]
LDN 420 20.90+0.83[4] [CB88] 140 DkNeb [3]
LDN 425 21.19+12.09[3] LDN 425 DkNeb [3]
LDN 426 21.37+5.06[2] LDN 426 DkNeb [3]
LDN 430 21.70+5.20[2] LDN 430 DkNeb [3]
LDN 436 22.14+4.73[2] LDN 436 DkNeb [7]
LDN 438 22.29+4.96[6] LDN 438 DkNeb [7]
LDN 443 22.69-0.04[12] LDN 443 DkNeb [13]
LDN 460 23.38+10.07[3] LDN 460 DkNeb [10]
LDN 466 23.88+4.21[6] LDN 466 DkNeb [14]
LDN 468 23.91+9.65[5] LDN 468 DkNeb [7]
LDN 483 24.77+5.28[6] LDN 483 DkNeb [90]
LDN 490 25.43+6.29[2] LDN 490 DkNeb [8]
LDN 492 25.41+6.13[8] LDN 492 DkNeb [20]
LDN 502 26.36+8.67[2] [CB88] 112 MolCld [3]
LDN 507 26.62+6.65[3] [CB88] 130 MolCld [9]
LDN 514 26.89-3.54[5] LDN 514 DkNeb [5]
LDN 518 27.22-3.45[3] LDN 518 DkNeb [15]
LDN 530 28.48-1.78[5] LDN 530 DkNeb [9]
LDN 531 28.45-6.41[12] LDN 531 DkNeb [57]
LDN 533 28.61+5.56[2] LDN 533 DkNeb [3]
LDN 539 28.95+5.58[4] LDN 539 DkNeb [11]
LDN 543 29.11-6.27[3] LDN 543 DkNeb [23]
LDN 544 29.21-4.73[5] LDN 544 DkNeb [9]
LDN 545 29.30-3.36[4] LDN 545 DkNeb [4]
LDN 546 29.41-3.52[2] LDN 551 DkNeb [3]
LDN 547 29.41-1.58[2] LDN 547 DkNeb [10]
LDN 555 29.89+1.20[2] LDN 555 DkNeb [4]
LDN 556 29.75-3.75[3] LDN 556 DkNeb [5]
LDN 581 31.26-5.34[2] LDN 581 DkNeb [10]
LDN 619 34.67-6.59[3] LDN 619 DkNeb [7]
LDN 663 44.93-6.52[17] LDN 663 DkNeb [370]
LDN 673 46.29-1.30[25] LDN 673 DkNeb [39]
LDN 675 46.51-2.02[4] LDN 675 DkNeb [6]
LDN 676 46.48-1.11[10] IRAS 19180+1116 IR [12]
LDN 680 46.79-7.71[2] LDN 680 DkNeb [3]
LDN 686 47.61-1.28[5] LDN 686 DkNeb [6]
LDN 700 48.70-5.76[4] V* V536 Aql Rapid_Irreg_V* [51]
LDN 701 48.78-3.84[2] LDN 701 DkNeb [18]
LDN 702 49.07-4.18[3] LDN 702 DkNeb [6]
LDN 708 49.97+5.69[3] [CB88] 177 MolCld [4]
LDN 709 50.10+2.62[2] LDN 709 DkNeb [16]
LDN 710 50.34+5.87[5] LDN 710 DkNeb [5]
LDN 714 50.26+3.67[2] LDN 714 DkNeb [4]
LDN 723 53.03+3.00[10] LDN 723 DkNeb [105]
LDN 758 56.09-2.93[3] LDN 758 MolCld [12]
LDN 769 57.11+3.59[5] LDN 769 DkNeb [5]
LDN 771 57.10+4.44[4] LDN 771 DkNeb [11]
LDN 774 57.27+3.99[4] LDN 774 DkNeb [4]
LDN 797 62.20-4.53[5] LDN 797 MolCld [15]
LDN 778 57.95+3.26[8] LDN 778 DkNeb [42]
LDN 802 62.74-2.58[3] LDN 802 DkNeb [6]
LDN 805 62.77-3.03[2] LDN 805 DkNeb [16]
LDN 810 63.65+1.81[20] LDN 810 DkNeb [55]
LDN 814 64.71-2.50[6] [CB88] 214 MolCld [10]
LDN 832 69.73+2.99[3] LDN 832 DkNeb [7]
LDN 844 71.40-5.31[2] LBN 169 HII [4]
LDN 870 74.04-1.71[2] IRAS 20231+3440 IR [9]
LDN 973 89.66-6.62[6] [CB88] 232 DkNeb [19]
LDN 981 90.31+2.67[7] V* V1331 Cyg FUOr [139]
LDN 988 90.56+2.15[14] V* V1982 Cyg Orion_V* [48]
LDN 1003 91.66+4.18[5] IRAS 20568+5217 IR [10]
LDN 1004 91.86+3.95[3] LDN 1004 DkNeb [3]
LDN 1010 92.36-4.06[3] LDN 1010 DkNeb [4]
LDN 1011 92.38+3.38[2] LDN 1011 DkNeb [6]
LDN 1014 92.57-0.23[3] NAME LDN 1014 2 DkNeb [33]
LDN 1020 92.98-4.38[3] LDN 1020 DkNeb [4]
LDN 1022 93.06+3.38[2] LDN 1022 DkNeb [3]
LDN 1023 93.08+5.60[3] IRAS 20588+5341 IR [4]
LDN 1030 93.37-4.88[11] V* V1735 Cyg FUOr [102]
LDN 1031 93.37-4.88[11] V* V1735 Cyg FUOr [102]
LDN 1035 93.54-4.20[15] NAME HH 379 IRS YSO [17]
LDN 1042 93.92-4.94[2] LDN 1042 DkNeb [3]
LDN 1045 93.97-4.66[2] IRAS 21461+4722 IR [8]
LDN 1047 94.07-4.46[2] LDN 1047 DkNeb [2]
LDN 1048 94.46-0.80[3] WB89 94 HII [29]
LDN 1055 94.40-5.51[18] IC 5146 OpCl [165]
LDN 1082 102.80+15.0[13] NGC 7023 OpCl [369]
LDN 1086 99.28+3.73[165] IC 1396 OpCl [230]
LDN 1090 99.28+3.73[165] IC 1396 OpCl [230]
LDN 1093 99.28+3.73[165] IC 1396 OpCl [230]
LDN 1104 99.28+3.73[165] IC 1396 OpCl [230]
LDN 1105 99.28+3.73[165] IC 1396 OpCl [230]
LDN 1106 99.28+3.73[165] IC 1396 OpCl [230]
LDN 1109 99.55+1.33[2] LDN 1109 DkNeb [4]
LDN 1118 99.28+3.73[165] IC 1396 OpCl [230]
LDN 1121 99.28+3.73[165] IC 1396 OpCl [230]
LDN 1125 100.04+8.90[2] LDN 1125 DkNeb [10]
LDN 1125 100.04+8.90[2] LDN 1125 DkNeb [10]
LDN 1130 99.28+3.73[165] IC 1396 OpCl [230]
LDN 1131 100.77+5.20[2] LDN 1131 DkNeb [5]
LDN 1139 101.68+3.15[3] LDN 1139 DkNeb [7]
LDN 1142 102.03+3.45[3] LDN 1142 DkNeb [9]
LDN 1143 102.20+3.21[6] LDN 1143 DkNeb [10]
LDN 1144 102.14+4.77[2] LDN 1144 DkNeb [5]
LDN 1149 102.20+3.21[6] LDN 1143 DkNeb [10]
LDN 1164 103.18+2.66[6] NAME HH 354 IRS HH [30]
LDN 1165 103.18+2.66[6] NAME HH 354 IRS HH [30]
LDN 1166 103.28+3.18[2] LDN 1166 DkNeb [10]
LDN 1169 103.55+3.12[2] [CB88] 237 MolCld [2]
LDN 1176 102.80+15.0[13] NGC 7023 OpCl [369]
LDN 1181 105.27+9.98[61] V* V373 Cep V* [232]
LDN 1183 105.27+9.98[61] V* V373 Cep V* [232]
LDN 1188 105.67+4.18[31] TYC 4263-1266-1 Em* [11]
LDN 1192 105.79+0.34[4] LDN 1192 DkNeb [23]
LDN 1198 106.50+0.92[4] IRAS 22344+5909 IR [8]
LDN 1199 102.80+15.0[13] NGC 7023 OpCl [369]
LDN 1203 107.43+4.54[3] WB89 182 HII [21]
LDN 1204 106.75+5.30[79] LBN 505 HII [497]
LDN 1206 106.75+5.30[79] LBN 505 HII [497]
LDN 1211 110.15+2.61[157] V* IL Cep Em* [85]
LDN 1216 110.15+2.61[157] V* IL Cep Em* [85]
LDN 1225 111.41+1.02[2] LDN 1225 DkNeb [11]
LDN 1228 102.80+15.0[13] NGC 7023 OpCl [369]
LDN 1238 111.73+0.04[5] V* V628 Cas Em* [250]
LDN 1239 113.04+5.11[3] LDN 1239 DkNeb [6]
LDN 1246 113.52+2.32[5] LDN 1246 DkNeb [24]
LDN 1251 102.80+15.0[13] NGC 7023 OpCl [369]
LDN 1253 115.84-3.54[3] LDN 1253 DkNeb [39]
LDN 1257 116.17-2.50[2] LDN 1257 DkNeb [19]
LDN 1263 117.23+2.55[4] V* V522 Cas Em* [21]
LDN 1265 117.54-3.57[20] V* V633 Cas Em* [203]
LDN 1271 118.41+4.68[46] NGC 7822 SNR [82]
LDN 1272 122.23+4.05[3] IRAS 00412+6638 IR [12]
LDN 1281 119.38+1.28[2] LDN 1281 DkNeb [14]
LDN 1286 120.91-3.91[5] LDN 1286 DkNeb [6]
LDN 1287 121.20+0.62[13] [YIN2000] B033353.1+631231.5 HH [91]
LDN 1293 121.86+0.26[3] IRAS 00379+6248 IR [11]
LDN 1296 122.24-10.29[4] LDN 1296 DkNeb [3]
LDN 1299 122.01-7.07[9] IRAS 00420+5530 IR [21]
LDN 1301 122.09-0.36[2] LDN 1301 DkNeb [7]
LDN 1325 127.27+0.54[2] LDN 1325 DkNeb [5]
LDN 1330 127.88+2.67[3] [CB88] 12 MolCld [7]
LDN 1345 130.36+0.77[2] LDN 1345 DkNeb [6]
LDN 1346 130.45+0.76[2] LDN 1346 DkNeb [3]
LDN 1355 133.40+8.88[4] LDN 1355 DkNeb [8]
LDN 1358 133.44+9.07[6] LDN 1358 DkNeb [6]
LDN 1365 134.45+0.13[3] LDN 1365 DkNeb [9]
LDN 1383 140.26+2.25[2] LDN 1383 DkNeb [2]
LDN 1387 146.70+2.06[4] LDN 1387 DkNeb [8]
LDN 1388 146.95+3.20[3] LDN 1388 DkNeb [17]
LDN 1389 147.02+3.39[5] LDN 1389 MolCld [46]
LDN 1400 150.46+3.93[13] LDN 1400 DkNeb [13]
LDN 1407 151.44+3.98[2] LDN 1407 DkNeb [23]
LDN 1437 155.98+5.85[2] LDN 1437 DkNeb [14]
LDN 1438 156.18+5.23[3] V* V347 Aur PulsV*semi-reg [22]
LDN 1439 156.06+6.00[4] LDN 1439 DkNeb [19]
LDN 1448 160.56-16.78[9] IC 348 OpCl [550]
LDN 1449 160.00-12.31[17] V* XY Per Orion_V* [100]
LDN 1452 160.56-16.78[9] IC 348 OpCl [550]
LDN 1454 158.92-33.89[3] LDN 1454 DkNeb [18]
LDN 1455 160.56-16.78[9] IC 348 OpCl [550]
LDN 1459 159.10-8.49[3] LDN 1459 DkNeb [10]
LDN 1460 159.54+11.29[3] LBN 750 HII [3]
LDN 1471 160.56-16.78[9] IC 348 OpCl [550]
LDN 1471 160.56-16.78[9] IC 348 OpCl [550]
LDN 1489 173.50-15.0[16] LDN 1551 DkNeb [609]
LDN 1495 173.50-15.0[16] LDN 1551 DkNeb [609]
LDN 1498 173.50-15.0[16] LDN 1551 DkNeb [609]
LDN 1509 171.66+2.41[2] LDN 1509 DkNeb [4]
LDN 1512 171.76-5.27[6] LDN 1512 DkNeb [94]
LDN 1513 172.40-8.00[6] LDN 1544 DkNeb [295]
LDN 1517 172.40-8.00[6] LDN 1544 DkNeb [295]
LDN 1518 172.43+3.15[4] LDN 1518 DkNeb [4]
LDN 1521 173.50-15.0[16] LDN 1551 DkNeb [609]
LDN 1523 172.92-5.48[5] LBN 173.80-05.83 RfNeb [41]
LDN 1524 173.50-15.0[16] LDN 1551 DkNeb [609]
LDN 1529 173.50-15.0[16] LDN 1551 DkNeb [609]
LDN 1534 173.50-15.0[16] LDN 1551 DkNeb [609]
LDN 1535 173.50-15.0[16] LDN 1551 DkNeb [609]
LDN 1536 173.50-15.0[16] LDN 1551 DkNeb [609]
LDN 1544 172.40-8.00[6] LDN 1544 DkNeb [295]
LDN 1550 179.07+4.27[10] LDN 1555 DkNeb [15]
LDN 1551 173.50-15.0[16] LDN 1551 DkNeb [609]
LDN 1555 179.07+4.27[10] LDN 1555 DkNeb [15]
LDN 1557 180.71+4.35[5] LBN 823 RfNeb [22]
LDN 1562 186.96-16.58[2] LBN 838 HII [4]
LDN 1564 189.01+4.02[18] LBN 841 HII [30]
LDN 1567 189.01+4.02[18] LBN 841 HII [30]
LDN 1568 189.01+4.02[18] LBN 841 HII [30]
LDN 1570 190.70-0.45[10] LDN 1570 DkNeb [26]
LDN 1576 191.93-0.92[5] EM* LkHA 208 Em* [99]
LDN 1578 192.28-0.95[8] [CB88] 45 MolCld [12]
LDN 1582 195.06-11.99[7] NAME LAM ORI MOLECULAR RING HII [40]
LDN 1598 198.62-9.09[5] LDN 1598 DkNeb [19]
LDN 1605 201.36+0.74[20] V* V700 Mon Orion_V* [178]
LDN 1609 201.91+1.43[3] LDN 1609 DkNeb [3]
LDN 1613 202.92+2.17[131] NGC 2264 OpCl [981]
LDN 1617 206.15-15.08[11] NGC 2024 Cl* [750]
LDN 1622 206.15-15.08[11] NGC 2024 Cl* [750]
LDN 1630 206.15-15.08[11] NGC 2024 Cl* [750]
LDN 1630 206.15-15.08[11] NGC 2024 Cl* [750]
LDN 1633 206.87-4.39[3] LDN 1633 DkNeb [11]
LDN 1634 206.70-20.5[4] NAME RNO 40 FIR DkNeb [77]
LDN 1642 210.89-36.51[9] NAME MBM 20-MBM 21 MolCld [55]
LDN 1645 213.68-12.66[105] NAME MONOCEROS R2 HII [385]
LDN 1647 210.76-19.61[11] M 43 HII [87]
LDN 1652 219.11-10.08[19] LDN 1652 DkNeb [10]
LDN 1654 220.80-1.72[6] HBC 547 Em* [34]
LDN 1660 237.25-6.50[62] V* VY CMa PulsV* [651]
LDN 1664 237.25-6.50[62] V* VY CMa PulsV* [651]
LDN 1665 238.77-1.61[7] BRAN 51B RfNeb [4]
LDN 1670 248.90-0.01[8] LDN 1670 MolCld [11]
LDN 1681 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 1685 352.94+4.82[5] LDN 1685 MolCld [10]
LDN 1687 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 1688 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 1689 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 1696 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 1709 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 1719 353.50+15.3[15] NAME OPHIUCHUS DARK CLOUD MolCld [953]
LDN 1746 357.08+7.19[3] LDN 1746 DkNeb [25]
LDN 1772 358.75+6.01[4] LDN 1772 DkNeb [8]
LDN 1774 358.81+5.27[6] ESO 519-14 PN [49]

Acknowledgement: based on the Catalog of Star-Forming Regions in the Galaxy ( Avedisova, V. S., Astronomy Reports, Volume 46, Issue 3, March 2002, pp.193-205 [2002ARep...46..193A]). The complete catalog can be accessed here: V/112/.

For more information, read The Avedisova catalog: A real Hitchhiker's Guide to the Galaxy?