Кометы наблюдаемые в августе 2016 года после ~13.0m. ..

[Silvester]

Кометы в августе 2016 года .:
Приведённый перечень комет, блеск которых превышает уровень в ~13.0m., в той или иной мере доступных для наблюдения в разные телескопы, на разных широтах, в августе 2016 года ..

2P/Encke 2016 08 30.92 19.0 N K77
2P/Encke 2016 08 30.39 19.1 T G96
2P/Encke 2016 08 27.15 19.3 N A77
2P/Encke 2016 08 27.12 19.2 N A77
2P/Encke 2016 08 13.06 19.4 T 215
2P/Encke 2016 08 13.06 19.3 T 215
2P/Encke 2016 08 02.38 20.1 N W96
2P/Encke 2016 08 02.36 20.2 N W96

10P/Tempel 2 2016 08 23.15 18.5 N С10
10P/Tempel 2 2016 08 23.14 18.5 N C10
10P/Tempel 2 2016 08 23.13 18.8 N С10
10P/Tempel 2 2016 08 23.14 18.5 N C10

22P/Kopff 2016 08 27.37 18.3 N W96
22P/Kopff 2016 08 16.12 16.2 N I81
22P/Kopff 2016 08 04.09 19.1 T 215

29P/Schwassmann-Wachmann 1 2016 08 31.92 ..C: m1 = 12.2, Dia. = 0.8', DC = .., 0.50-m. L, f3 (x120).
29P/Schwassmann-Wachmann 1 2016 08 31.90 15.9 N C10
29P/Schwassmann-Wachmann 1 2016 08 31.83 ..S: m1 = 13.8, Dia. = 0.6', DC = 1, 0.603-m. L, f4 (x305).
29P/Schwassmann-Wachmann 1 2016 08 31.06 14.7 N I39
29P/Schwassmann-Wachmann 1 2016 08 30.92 ..C: m1 = 11.9, Dia. = 0.7', DC = .., 0.50-m. L, f3 (x120).
29P/Schwassmann-Wachmann 1 2016 08 30.88 15.7 N C10
29P/Schwassmann-Wachmann 1 2016 08 30.85 ..S: m1 = 13.5, Dia. = 0.7', DC = 2, 0.35-m. L, f5 (x178).
29P/Schwassmann-Wachmann 1 2016 08 30.16 15.5 N W96
29P/Schwassmann-Wachmann 1 2016 08 28.88..S: m1 = 13.5, Dia. = 0.8', DC = 5/, 0.35-m. L, f5 (x178).
29P/Schwassmann-Wachmann 1 2016 08 28.82 16.7 N A77
29P/Schwassmann-Wachmann 1 2016 08 27.90 15.7 N A77
29P/Schwassmann-Wachmann 1 2016 08 26.93 ..C: m1 = 12.0, Dia. = 0.7', DC = .., 0.50-m. L, f3 (x120).
29P/Schwassmann-Wachmann 1 2016 08 26.89 ..S: m1 = 13.4, Dia. = 0.3', DC = 2, 0.35-m. L, f5 (x178).
29P/Schwassmann-Wachmann 1 2016 08 25.96 15.4 N A77
29P/Schwassmann-Wachmann 1 2016 08 25.93 ..Z: m1 = 11.7, Dia. = 0.7', DC = .., 0.50-m. L, f3 (x120).
29P/Schwassmann-Wachmann 1 2016 08 25.84 ..S: m1 = 13.4, Dia. = 0.3', DC = 3/, 0.35-m. L, f5 (x178).
29P/Schwassmann-Wachmann 1 2016 08 24.95 15.2 N А77
29P/Schwassmann-Wachmann 1 2016 08 24.89 15.3 N А77
29P/Schwassmann-Wachmann 1 2016 08 24.88 ..S: m1 = 13.6, Dia. = 0.5', DC = 3/, 0.35-m. L, f5 (x178).
29P/Schwassmann-Wachmann 1 2016 08 24.86 15.4 N А77
29P/Schwassmann-Wachmann 1 2016 08 23.94 ..C: m1 = 13.2, Dia. = 0.7', DC = .., 0.50-m. L, f3 (x120).
29P/Schwassmann-Wachmann 1 2016 08 22.94 ..C: m1 = 12.7, Dia. = 0.3', DC = .., 0.50-m. L, f3 (x120).
29P/Schwassmann-Wachmann 1 2016 08 22.89 14.9 N K02
29P/Schwassmann-Wachmann 1 2016 08 22.15 17.8 T V83
29P/Schwassmann-Wachmann 1 2016 08 22.13 16.8 N W96
29P/Schwassmann-Wachmann 1 2016 08 22.06 16.6 N W96
29P/Schwassmann-Wachmann 1 2016 08 22.01 ..C: m1 = 13.1, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x90).
29P/Schwassmann-Wachmann 1 2016 08 19.88 16.5 N K02
29P/Schwassmann-Wachmann 1 2016 08 18.86 16.1 N А77
29P/Schwassmann-Wachmann 1 2016 08 18.84 16.3 N А77
29P/Schwassmann-Wachmann 1 2016 08 15.31 16.9 N E85
29P/Schwassmann-Wachmann 1 2016 08 15.31 16.8 N E85
29P/Schwassmann-Wachmann 1 2016 08 12.70 UT: m1 = 13.8, Dia. = 0.6', DC = 1, рассеян. кома, хвоста нет, 0.254-m. L, f4.7 (x83).
29P/Schwassmann-Wachmann 1 2016 08 11.15 16.2 N W96
29P/Schwassmann-Wachmann 1 2016 08 11.01 UT: m1 = 12.0, Dia. = 1.5', DC = 3, 0.203-m. SCT, f10 (x133).
29P/Schwassmann-Wachmann 1 2016 08 10.89 16.3 N A77
29P/Schwassmann-Wachmann 1 2016 08 08.26 15.7 N W96
29P/Schwassmann-Wachmann 1 2016 08 07.98 16.0 N A77
29P/Schwassmann-Wachmann 1 2016 08 07.89 15.8 N A77
29P/Schwassmann-Wachmann 1 2016 08 06.12 15.8 N W96
29P/Schwassmann-Wachmann 1 2016 08 05.99 15.7 N W96
29P/Schwassmann-Wachmann 1 2016 08 05.10 15.6 N W96
29P/Schwassmann-Wachmann 1 2016 08 05.08 15.7 N W96
29P/Schwassmann-Wachmann 1 2016 08 05.06 15.5 N W96
29P/Schwassmann-Wachmann 1 2016 08 04.58 ..C: m1 = 11.6, Dia. = 1.4', DC = .., кома, pa = 108° - 276°, 0.51-m. C, f7 (x75).
29P/Schwassmann-Wachmann 1 2016 08 04.27 15.1 N H47
29P/Schwassmann-Wachmann 1 2016 08 03.02 15.0 N A77
29P/Schwassmann-Wachmann 1 2016 08 02.92 15.0 N A77
29P/Schwassmann-Wachmann 1 2016 08 02.23 ..C: m1 = 13.2, Dia. = 0.6', DC = .., 0.406-m. C, f12 (x200).
29P/Schwassmann-Wachmann 1 2016 08 02.04 ..S: m1 = 10.8, Dia. = 3', DC = 2, 0.22-m. L, f6 (x60).
29P/Schwassmann-Wachmann 1 2016 08 01.91 UT: m1 = 12.3, Dia. = 0.8', DC = 6, 0.203-m. SCT, f10 (x133).
29P/Schwassmann-Wachmann 1 2016 08 01.91 14.8 N K25
29P/Schwassmann-Wachmann 1 2016 08 01.89 14.7 N K25
29P/Schwassmann-Wachmann 1 2016 08 01.50 ..C: m1 = 12.4, Dia. = 0.9', DC = .., кома, pa = 96° - 280°, 0.51-m. C, f7 (x120).
29P/Schwassmann-Wachmann 1 2016 08 01.30 14.5 N W96
29P/Schwassmann-Wachmann 1 2016 08 01.28 14.4 N W96

30P/Reinmuth 1 2016 08 28.14 19.8 N C10
30P/Reinmuth 1 2016 08 27.13 19.5 N C10
30P/Reinmuth 1 2016 08 27.09 19.7 N C10

33P/Daniel 2016 08 12.49 18.9 T U69
33P/Daniel 2016 08 12.49 U69
33P/Daniel 2016 08 04.41 18.8 N W96
33P/Daniel 2016 08 04.40 18.7 N W96

49P/Arend-Rigaux 2016 08 07.38 21.0 T F51

53P/Van Biesbroeck 2016 08 30.99 ..C: m1 = 12.8, Dia. = 0.9', DC = .., 0.50-m. L, f3 (x90).
53P/Van Biesbroeck 2016 08 30.92 15.6 N C23
53P/Van Biesbroeck 2016 08 30.90 ..S: m1 = 13.9, Dia. = 1', DC = 1, 0.35-m. L, f5 (x178).
53P/Van Biesbroeck 2016 08 30.899 ..S: m1 = 13.6, Dia. = 0.7', DC = 4, 0.305-m. T (x139).
53P/Van Biesbroeck 2016 08 30.897 ..S: m1 = 13.5, Dia. = 0.7', DC = 4/, 0.305-m. T (x139).
53P/Van Biesbroeck 2016 08 29.96 ..S: m1 = 13.8, Dia. = 0.5', DC = 3, 0.35-m. L, f5 (x178).
53P/Van Biesbroeck 2016 08 29.85 ..S: m1 = 14.2, Dia. = 0.6', DC = 1, 0.406-m. L, f4 (x164).
53P/Van Biesbroeck 2016 08 28.91 ..S: m1 = 13.4, Dia. = 0.7', DC = 4, 0.30-m. L, f5 (x167).
53P/Van Biesbroeck 2016 08 28.67 15.4 N Q68
53P/Van Biesbroeck 2016 08 27.95 ..S: m1 = 13.8, Dia. = 0.7', DC = 1/, 0.35-m. L, f5 (x178).
53P/Van Biesbroeck 2016 08 27.70 15.5 N Q68
53P/Van Biesbroeck 2016 08 27.01 15.5 N A77
53P/Van Biesbroeck 2016 08 26.97 15.4 N A77
53P/Van Biesbroeck 2016 08 26.95 ..S: m1 = 13.5, Dia. = 0.6', DC = 2, 0.35-m. L, f5 (x178).
53P/Van Biesbroeck 2016 08 26.89 ..S: m1 = 13.1, Dia. = 0.64', DC = 5, 0.30-m. L, f5 (x167).
53P/Van Biesbroeck 2016 08 26.03 15.6 N C23
53P/Van Biesbroeck 2016 08 25.95 ..S: m1 = 12.5, Dia. = 1.2', DC = 2, 0.54-m. L, f5 (x120).
53P/Van Biesbroeck 2016 08 25.92 ..S: m1 = 13.2, Dia. = 0.7', DC = 2/, 0.35-m. L, f5 (x178).
53P/Van Biesbroeck 2016 08 25.87 ..S: m1 = 12.0, Dia. = 1.5', DC = 1, 0.406-m. L, f4 (x150).
53P/Van Biesbroeck 2016 08 25.01 15.5 N C27
53P/Van Biesbroeck 2016 08 23.97 ..S: m1 = 12.4, Dia. = 1.2', DC = 1, 0.54-m. L, f5 (x180).
53P/Van Biesbroeck 2016 08 23.00 ..C: m1 = 13.0, Dia. = 0.6', DC = .., 0.50-m. L, f3 (x90).
53P/Van Biesbroeck 2016 08 21.90 14.7 N C86
53P/Van Biesbroeck 2016 08 14.05 15.0 N A77
53P/Van Biesbroeck 2016 08 12.984 ..S: m1 = 13.5, Dia. = 1.0', DC = 3, 0.305-m. T (x139).
53P/Van Biesbroeck 2016 08 12.981 ..S: m1 = 13.5, Dia. = 0.8', DC = 4, 0.305-m. T (x139).
53P/Van Biesbroeck 2016 08 12.72 UT: m1 = 13.3, Dia. = 1.4', DC = 6, рассеян. кома, 0.254-m. L, f4.7 (x83).
53P/Van Biesbroeck 2016 08 08.53 UT: m1 = 13.4, m2 = 14.8, Dia. = 1.4', DC = 6, хвоста нет, 0.254-m. L, f4.7 (x83).
53P/Van Biesbroeck 2016 08 08.52 14.7 N Q62
53P/Van Biesbroeck 2016 08 07.95 ..S: m1 = 12.5, Dia. = 1.5', DC = .., 0.32-m. L, f5 (x144).
53P/Van Biesbroeck 2016 08 06.944 ..S: m1 = 13.4, Dia. = 0.7', DC = 3, 0.305-m. T (x139).
53P/Van Biesbroeck 2016 08 06.943 ..S: m1 = 13.4, Dia. = 0.7', DC = 3/, 0.305-m. T (x139).
53P/Van Biesbroeck 2016 08 06.93 ..S: m1 = 13.6, Dia. = 0.8', DC = 3/, 0.406-m. L, f4 (x192).
53P/Van Biesbroeck 2016 08 05.91 ..S: m1 = 14.3, Dia. = 0.3', DC = 3, 0.406-m. L, f4 (x192).
53P/Van Biesbroeck 2016 08 04.91 16.2 N C47
53P/Van Biesbroeck 2016 08 03.12 ..S: m1 = 12.5, Dia. = 1', DC = 4, 0.22-m. L, f6 (x160).
53P/Van Biesbroeck 2016 08 02.25 ..C: m1 = 13.5, Dia. = 0.8', DC = .., 0.406-m. C, f12 (x200).
53P/Van Biesbroeck 2016 08 01.97 14.9 N K25
53P/Van Biesbroeck 2016 08 01.95 14.6 N K25

56P/Slaughter-Burnham 2016 08 29.82 15.4 T D29
56P/Slaughter-Burnham 2016 08 28.15 16.9 N A77
56P/Slaughter-Burnham 2016 08 27.11 15.8 N I81
56P/Slaughter-Burnham 2016 08 26.09 16.0 N I81
56P/Slaughter-Burnham 2016 08 25.04 15.9 N C35
56P/Slaughter-Burnham 2016 08 21.35 16.4 N W96
56P/Slaughter-Burnham 2016 08 16.11 16.4 N I81
56P/Slaughter-Burnham 2016 08 14.14 16.5 N J01]
56P/Slaughter-Burnham 2016 08 11.38 16.7 N W96
56P/Slaughter-Burnham 2016 08 10.05 16.4 N I81
56P/Slaughter-Burnham 2016 08 10.05 ..Z: m1 = 16.1, Dia. = ..', DC = .., 0.35-m. T, f6 (x600).
56P/Slaughter-Burnham 2016 08 07.99 16.3 N C36

74P/Smirnova-Chernykh 2016 08 11.41 18.5 N W96

77P/Longmore 2016 08 25.43 16.7 N Q68

90P/Gehrels 1 2016 08 27.48 21.7 T F51

93P/Lovas 1 2016 08 30.94 17.9 N K14
93P/Lovas 1 2016 08 28.23 16.7 T G96
93P/Lovas 1 2016 08 27.47 17.3 T T05
93P/Lovas 1 2016 08 27.06 ..C: m1 = 15.7, Dia. = 0.3', DC = .., 0.50-m. L, f3 (x150).
93P/Lovas 1 2016 08 26.34 17.0 N W96
93P/Lovas 1 2016 08 24.95 17.6 N C35
93P/Lovas 1 2016 08 16.52 17.4 T T05
93P/Lovas 1 2016 08 14.02 107
93P/Lovas 1 2016 08 11.29 17.8 N W96
93P/Lovas 1 2016 08 09.16 18.2 T G40
93P/Lovas 1 2016 08 08.11 17.7 N C27
93P/Lovas 1 2016 08 02.52 18.4 T T05
93P/Lovas 1 2016 08 01.27 18.0 N W96
93P/Lovas 1 2016 08 01.24 18.1 N W96

95P/Chiron 2016 08 26.12 18.1 N A77
95P/Chiron 2016 08 26.06 18.0 R A77

116P/Wild 4 2016 08 31.46 367
116P/Wild 4 2016 08 27.28 17.5 T T05
116P/Wild 4 2016 08 24.86 ..C: m1 = 13.6, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x90).
116P/Wild 4 2016 08 24.86 16.9 N J22
116P/Wild 4 2016 08 16.13 16.8 N W96
116P/Wild 4 2016 08 08.29 17.4 T T05
116P/Wild 4 2016 08 05.22 C51
116P/Wild 4 2016 08 03.30 17.1 T T05

117P/Helin-Roman-Alu 1 2016 08 30.24 ..C: m1 = 15.4, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x150).

128P-B/Shoemaker-Holt 1 2016 08 24.06 19.0 T B96

136P/Mueller 3 2016 08 31.11 18.1 T 215
136P/Mueller 3 2016 08 30.22 ..C: m1 = 17.0, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x120).
136P/Mueller 3 2016 08 29.73 18.3 T Q60
136P/Mueller 3 2016 08 26.11 18.1 N I81
136P/Mueller 3 2016 08 07.43 17.7 T H06
136P/Mueller 3 2016 08 05.75 18.0 N Q21

139P/Vaisala-Oterma 2016 08 28.21 20.6 T G96

144P/Kushida 2016 08 25.11 17.1 N A71
144P/Kushida 2016 08 20.78 14.3 T D81
144P/Kushida 2016 08 13.23 G40
144P/Kushida 2016 08 08.80 367
144P/Kushida 2016 08 07.79 15.3 T 349
144P/Kushida 2016 08 07.78 349
144P/Kushida 2016 08 02.42 16.7 N W96
144P/Kushida 2016 08 02.41 16.8 N W96
144P/Kushida 2016 08 01.12 15.8 N C10
144P/Kushida 2016 08 01.11 15.2 N C10

146P/Shoemaker-LINEAR 2016 08 25.11 17.9 N B96
146P/Shoemaker-LINEAR 2016 08 21.40 18.4 N W96
146P/Shoemaker-LINEAR 2016 08 13.22 18.1 N G40
146P/Shoemaker-LINEAR 2016 08 08.78 16.1 T 367
146P/Shoemaker-LINEAR 2016 08 08.42 17.5 N W96
146P/Shoemaker-LINEAR 2016 08 04.08 17.6 T 215

Вспышка (Outburst)!
174P/Echeclus 2016 08 31.99 15.5 N C10
174P/Echeclus 2016 08 31.33 15.39R W96
174P/Echeclus 2016 08 31.08 15.4 N C10
174P/Echeclus 2016 08 31.07 16.5 N A77
174P/Echeclus 2016 08 30.998 ..S: m1 = 15.3, Dia. = ..', DC = 8, 0.305-m. T (x139).
174P/Echeclus 2016 08 30.993 ..M: m1 = 14.9, Dia. = ..', DC = 8/, 0.305-m. T (x139).
174P/Echeclus 2016 08 30.99 UT: m1 = 15.0, Dia. = ..', DC = .., 0.305-m. SCT (x139).
174P/Echeclus 2016 08 30.19 ..C: m1 = 14.7, Dia. = 0.3', DC = .., 0.50-m. L, f3 (x150).
174P/Echeclus 2016 08 30.09 ..I: m1 = 14.8, Dia. = ..', DC = 9, 0.203-m. SCT, f10 (x133).
174P/Echeclus 2016 08 30.02 15.3 N L04
174P/Echeclus 2016 08 29.31 UT: m1 = 15.1, Dia. = ..', DC = .., 0.41-m. L (x229).
174P/Echeclus 2016 08 29.22 15.2 R W96
174P/Echeclus 2016 08 28.99 15.3N C10
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0174P C2016 08 28.99322 01 27 05.26 +07 05 26.2 15.33N C10
0174P C2016 08 28.98960 01 27 05.28 +07 05 28.6 15.29N K92
0174P C2016 08 28.98742 01 27 05.30 +07 05 28.8 15.27N K92
0174P C2016 08 28.98523 01 27 05.32 +07 05 28.8 15.27N K92
0174P C2016 08 28.98311 01 27 05.38 +07 05 27.6 15.25N Z21
0174P C2016 08 28.96921 01 27 05.47 +07 05 28.3 15.37N C10
0174P C2016 08 28.95735 01 27 05.94 +07 05 11.0 12.48N Z85
0174P C2016 08 28.94562 01 27 05.67 +07 05 30.3 15.44N C10
0174P C2016 08 28.70610 01 27 07.68 +07 05 53.3 15.23N Q68
0174P C2016 08 28.68603 01 27 07.86 +07 05 55.1 15.21N Q68
0174P C2016 08 27.74484 01 27 15.60 +07 07 16.1 17.92N Q68
0174P C2016 08 27.71786 01 27 15.82 +07 07 18.5 17.76N Q68
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174P/Echeclus 2016 08 27.07 17.9 N C10
174P/Echeclus 2016 08 27.01 17.8 N C10
174P/Echeclus 2016 08 26.95 18.0 N C10
174P/Echeclus 2016 08 26.15 18.1 N A77
174P/Echeclus 2016 08 13.13 18.2 N С10
174P/Echeclus 2016 08 09.42 18.0 N W96
174P/Echeclus 2016 08 09.41 18.1 N W96

176P/LINEAR 2016 08 31.04 ..C: m1 = 17.8, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x150).
176P/LINEAR 2016 08 26.05 18.5 R A77
176P/LINEAR 2016 08 26.01 18.9 N A77
176P/LINEAR 2016 08 25.97 18.6 N A77
176P/LINEAR 2016 08 24.08 ..C: m1 = 17.9, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x150).
176P/LINEAR 2016 08 08.13 19.2 N A77
176P/LINEAR 2016 08 08.07 18.9 N A77
176P/LINEAR 2016 08 08.01 19.0 N A77

188P/LINEAR-Mueller 2016 08 30.04 18.6 T Y00
188P/LINEAR-Mueller 2016 08 27.48 18.8 T F51
188P/LINEAR-Mueller 2016 08 27.08 ..C: m1 = 15.4, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x125).
188P/LINEAR-Mueller 2016 08 23.39 17.6 N W96
188P/LINEAR-Mueller 2016 08 07.98 18.8 N A71
188P/LINEAR-Mueller 2016 08 05.75 D95
188P/LINEAR-Mueller 2016 08 04.04 18.2 T 215

208P/McMillan 2016 08 05.05 20.6 N A71
208P/McMillan 2016 08 02.60 21.2 T F51
208P/McMillan 2016 08 01.09 20.5 N С10
208P/McMillan 2016 08 01.07 20.7 N С10

219P/LINEAR 2016 08 24.84 17.4 N B96
219P/LINEAR 2016 08 23.91 ..C: m1 = 17.4, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x120).
219P/LINEAR 2016 08 23.90 17.9 N J22
219P/LINEAR 2016 08 06.91 17.7 N C23
219P/LINEAR 2016 08 06.91 17.2 N C23
219P/LINEAR 2016 08 02.25 ..C: m1 = 17.0, Dia. = & 0.1', DC = .., 0.406-m. C, f12 (x200).

226P/Pigott-LINEAR-Kowalski 2016 08 31.45 15.8 N H47
226P/Pigott-LINEAR-Kowalski 2016 08 31.16 16.2 N C10
226P/Pigott-LINEAR-Kowalski 2016 08 29.36 16.1 N W96
226P/Pigott-LINEAR-Kowalski 2016 08 28.13 16.5 N A77
226P/Pigott-LINEAR-Kowalski 2016 08 27.75 15.9 N Q68
226P/Pigott-LINEAR-Kowalski 2016 08 26.07 15.8 N C23
226P/Pigott-LINEAR-Kowalski 2016 08 23.12 16.3 N B96
226P/Pigott-LINEAR-Kowalski 2016 08 20.80 ..C: m1 = 12.8, Dia. = 5', DC = .., 0.106-m. R, f5 (x840).
226P/Pigott-LINEAR-Kowalski 2016 08 20.49 16.0 T U69
226P/Pigott-LINEAR-Kowalski 2016 08 15.49 16.9 N U69
226P/Pigott-LINEAR-Kowalski 2016 08 13.79 ..C: m1 = 13.9, Dia. = 4.5', DC = .., 0.106-m. R, f5 (x080).
226P/Pigott-LINEAR-Kowalski 2016 08 08.77 16.1 T 367
226P/Pigott-LINEAR-Kowalski 2016 08 08.38 17.0 N W96
226P/Pigott-LINEAR-Kowalski 2016 08 07.76 15.4 T 349
226P/Pigott-LINEAR-Kowalski 2016 08 01.38 17.2 N W96

238P/Read 2016 08 27.33 20.5 N W96
238P/Read 2016 08 14.32 22.4 N W96

279P/La Sagra 2016 08 12.55 21.2 T F51
279P/La Sagra 2016 08 10.55 21.4 T F51

288P/(300163) 2006 VW139 2016 08 30.13 ..S: m1 = 19.1, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x150).

299P/Catalina-PANSTARRS 2016 08 30.38 20.4 T F51
299P/Catalina-PANSTARRS 2016 08 09.56 D95
299P/Catalina-PANSTARRS 2016 08 06.55 D95
299P/Catalina-PANSTARRS 2016 08 04.00 20.1 N A77

302P/Lemmon-PANSTARRS 2016 08 31.38 18.2 T 703
302P/Lemmon-PANSTARRS 2016 08 28.74 18.3 T Q60
302P/Lemmon-PANSTARRS 2016 08 13.05 19.0 T 215
302P/Lemmon-PANSTARRS 2016 08 13.05 18.9 T 215
302P/Lemmon-PANSTARRS 2016 08 05.00 19.3 N A71

333P/LINEAR 2016 08 30.99 18.6 N C23
333P/LINEAR 2016 08 30.98 ..C: m1 = 16.6, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x90).
333P/LINEAR 2016 08 25.06 18.8 N G40
333P/LINEAR 2016 08 23.02 ..C: m1 = 18.2, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x90).
333P/LINEAR 2016 08 18.13 17.5 N I81
333P/LINEAR 2016 08 12.89 18.0 N C23
333P/LINEAR 2016 08 07.00 26.1 N C23

338P/McNaught 2016 08 31.03 19.0 N A77
338P/McNaught 2016 08 30.12 ..C: m1 = 16.3, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x120).
338P/McNaught 2016 08 27.03 18.0 N K77
338P/McNaught 2016 08 12.57 18.4 T T05

339P/Gibbs 2016 08 26.37 Q62

340P/Boattini 2016 08 27.35 19.7 T F51
340P/Boattini 2016 08 08.43 19.9 T F51

341P/Gibbs 2016 08 31.09 20.0 N A77
341P/Gibbs 2016 08 14.03 19.5 N A71
341P/Gibbs 2016 08 10.55 20.7 T F51

342P/SOHO 2016 07 02.22 9855 249

343P/NEAT-LONEOS 2016 08 29.28 18.1 T G96
343P/NEAT-LONEOS 2016 08 24.92 18.8 N K77
343P/NEAT-LONEOS 2016 08 14.40 19.0 T W96

P/2000 O3 (SOHO) 2000 07 31.50 249

P/2003 SQ215 (NEAT-LONEOS) 2016 08 14.26 19.8 T W86
-
P/2003 SQ215 (NEAT-LONEOS) 2004 02 20.77 18.3 T A33

P/2005 S3 (Read) 2016 08 31.81 19.7 T D29
P/2005 S3 (Read) 2016 08 29.06 19.2 T 461
--
P/2005 S3 (Read) 2006 02 24.14 19.1 T 704

P/2007 R3 (Gibbs) = P/2016 N3 = 341P/Gibbs 2016 08 10.55 20.7 T F51
P/2007 R3 (Gibbs) = P/2016 N3 = 341P/Gibbs 2016 08 05.38 18.8 N W96
P/2007 R3 (Gibbs) = P/2016 N3 = 341P/Gibbs 2016 08 05.33 18.8 N W96
P/2007 R3 (Gibbs) = P/2016 N3 = 341P/Gibbs 2016 08 04.07 18.6 T 215

P/2008 J3 (McNaught) = P/2016 N1 = 339P/McNaught 2016 08 12.57 18.4 T T05
P/2008 J3 (McNaught) = P/2016 N1 = 339P/McNaught 2016 08 11.58 19.9 T F51
P/2008 J3 (McNaught) = P/2016 N1 = 339P/McNaught 2016 08 08.09 18.8 N A71
P/2008 J3 (McNaught) = P/2016 N1 = 339P/McNaught 2016 08 04.03 19.3 T 215
P/2008 J3 (McNaught) = P/2016 N1 = 339P/McNaught 2016 08 01.57 20.8 T F51

P/2008 SH164 (LINEAR) 2016 08 31.70 372

P/2008 T1 (Boattini) = P/2016 N2 = 340P/Boattini 2016 08 08.43 19.9 T F51
P/2008 T1 (Boattini) = P/2016 N2 = 340P/Boattini 2016 08 01.94 18.8 N A71

C/2010 U3 (Boattini) 2016 08 29.07 18.6 N 461
C/2010 U3 (Boattini) 2016 08 26.07 18.4 N I81
C/2010 U3 (Boattini) 2016 08 19.09 17.2 N I81
C/2010 U3 (Boattini) 2016 08 10.11 18.1 N I81
C/2010 U3 (Boattini) 2016 08 03.13 18.3 N B54

C/2011 J2 (LINEAR) 2016 08 25.44 19.2 T 691
C/2011 J2 (LINEAR) 2016 08 14.55 20.3 T F51
C/2011 J2 (LINEAR) 2016 08 04.05 19.4 T 215
C/2011 J2 (LINEAR) 2016 08 01.54 18.8 T T05
-
C/2011 J2 (LINEAR) 2015 01 04.77 20.0 N B96

C/2011 KP36 (Spacewatch) 2016 08 31.012 ..S: m1 = 14.1, Dia. = 0.5', DC = 2/, 0.305-m. T (x139).
C/2011 KP36 (Spacewatch) 2016 08 31.010 ..S: m1 = 14.1, Dia. = 0.6', DC = 3, 0.305-m. T (x139).
C/2011 KP36 (Spacewatch) 2016 08 30.96 15.6 N K77
C/2011 KP36 (Spacewatch) 2016 08 30.94 ..S: m1 = 14.0, Dia. = 0.7', DC = 2/, 0.35-m. L, f5 (x178).
C/2011 KP36 (Spacewatch) 2016 08 29.98 ..S: m1 = 14.6, Dia. = 0.7', DC = 4, 0.35-m. L, f5 (x178).
C/2011 KP36 (Spacewatch) 2016 08 29.33 15.8 N W96
C/2011 KP36 (Spacewatch) 2016 08 28.99 ..S: m1 = 14.5, Dia. = 0.4', DC = 4, 0.35-m. L, f5 (x178).
C/2011 KP36 (Spacewatch) 2016 08 28.69 15.8 N Q68
C/2011 KP36 (Spacewatch) 2016 08 28.00 ..S: m1 = 14.5, Dia. = 0.4', DC = 3, 0.35-m. L, f5 (x178).
C/2011 KP36 (Spacewatch) 2016 08 27.73 15.9 N Q68
C/2011 KP36 (Spacewatch) 2016 08 27.11 15.8 N A77
C/2011 KP36 (Spacewatch) 2016 08 27.06 15.9 N A77
C/2011 KP36 (Spacewatch) 2016 08 26.96 ..S: m1 = 14.4, Dia. = 0.4', DC = 3, 0.35-m. L, f5 (x178).
C/2011 KP36 (Spacewatch) 2016 08 26.02 15.9 N C23
C/2011 KP36 (Spacewatch) 2016 08 24.96 15.9 N C23
C/2011 KP36 (Spacewatch) 2016 08 19.55 15.8 T T05
C/2011 KP36 (Spacewatch) 2016 08 14.13 15.8 N A77
C/2011 KP36 (Spacewatch) 2016 08 13.015 ..S: m1 = 13.8, Dia. = 0.7', DC = 2/, 0.305-m. T (x139).
C/2011 KP36 (Spacewatch) 2016 08 13.014 ..S: m1 = 13.9, Dia. = 0.7', DC = 3, 0.305-m. T (x139).
C/2011 KP36 (Spacewatch) 2016 08 12.74 UT: m1 = 13.8, Dia. = 1', DC = 3, рассеян. кома, 0.254-m. L, f4.7 (x83).
C/2011 KP36 (Spacewatch) 2016 08 11.33 15.5 N W96
C/2011 KP36 (Spacewatch) 2016 08 08.75 UT: m1 = 14.6, Dia. = 0.4', DC = 2, хвоста нет, 0.254-m. L, f4.7 (x83).
C/2011 KP36 (Spacewatch) 2016 08 07.05 15.8 N C23
C/2011 KP36 (Spacewatch) 2016 08 07.000 ..S: m1 = 13.7, Dia. = 0.6', DC = 3, 0.305-m. T (x139).
C/2011 KP36 (Spacewatch) 2016 08 06.997 ..S: m1 = 13.8, Dia. = 0.8', DC = 1/, 0.305-m. T (x139).
C/2011 KP36 (Spacewatch) 2016 08 04.43 16.1 N H47

C/2012 F3 (PANSTARRS) 2016 08 31.97 16.7 N C36
C/2012 F3 (PANSTARRS) 2016 08 28.67 16.5 T D29
C/2012 F3 (PANSTARRS) 2016 08 28.34 G96
C/2012 F3 (PANSTARRS) 2016 08 25.66 16.4 T D29
C/2012 F3 (PANSTARRS) 2016 08 25.10 ..C: m1 = 15.0, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x150).
C/2012 F3 (PANSTARRS) 2016 08 25.10 17.4 N J22
C/2012 F3 (PANSTARRS) 2016 08 15.02 18.5 N 160
C/2012 F3 (PANSTARRS) 2016 08 12.99 17.9 N 160
C/2012 F3 (PANSTARRS) 2016 08 12.99 18.1 N 160
C/2012 F3 (PANSTARRS) 2016 08 12.57 17.2 N Q62
C/2012 F3 (PANSTARRS) 2016 08 08.60 19.8 T F51

C/2012 K1 (PANSTARRS) 2016 08 07.52 21.4 T F51
C/2012 K1 (PANSTARRS) 2016 08 02.51 21.5 T F51

C/2012 LP26 (Palomar) 2016 08 30.21 17.4 T G96
C/2012 LP26 (Palomar) 2016 08 27.46 18.0 T T05
C/2012 LP26 (Palomar) 2016 08 26.92 ..C: m1 = 17.6, Dia. = 0.15', DC = .., 0.40-m. L, f3 (x400).
C/2012 LP26 (Palomar) 2016 08 24.93 18.2 T 215
C/2012 LP26 (Palomar) 2016 08 12.47 18.1 T T05
C/2012 LP26 (Palomar) 2016 08 05.93 18.2 N 461
C/2012 LP26 (Palomar) 2016 08 03.53 19.7 T F51
C/2012 LP26 (Palomar) 2016 08 01.50 18.6 T T05

C/2013 P3 (Palomar) 2016 08 09.57 19.4 T F51
C/2013 P3 (Palomar) 2016 08 06.61 19.2 T F51

C/2013 US10 (Catalina) 2016 08 31.04 ..S: m1 = 13.9, Dia. = 1.3', DC = 1, 0.35-m. L, f5 (x178).
C/2013 US10 (Catalina) 2016 08 30.03 ..S: m1 = 13.8, Dia. = 1.2', DC = 2/, 0.35-m. L, f5 (x178).
C/2013 US10 (Catalina) 2016 08 28.03 ..S: m1 = 13.8, Dia. = 0', DC = 2, 0.35-m. L, f5 (x178).
C/2013 US10 (Catalina) 2016 08 26.24 ..C: m1 = 12.6, Dia. = 0.6', DC = .., 0.50-m. L, f3 (x60).
C/2013 US10 (Catalina) 2016 08 26.24 15.8 N J22
C/2013 US10 (Catalina) 2016 08 26.05 16.1 N C23
C/2013 US10 (Catalina) 2016 08 23.04 15.1 N A98
C/2013 US10 (Catalina) 2016 08 19.08 15.6 N I81
C/2013 US10 (Catalina) 2016 08 16.09 15.8 N I81
C/2013 US10 (Catalina) 2016 08 14.04 15.9 N C36
C/2013 US10 (Catalina) 2016 08 10.07 15.8 N I81
C/2013 US10 (Catalina) 2016 08 07.08 15.9 N C23

C/2013 V4 (Catalina) 2016 08 31.89 ..C: m1 = 14.9, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x150).
C/2013 V4 (Catalina) 2016 08 26.88 ..C: m1 = 16.0, Dia. = 0.3', DC = .., хвост = 0.8°, pa = 300°, 0.40-m. L, f3 (x700).
C/2013 V4 (Catalina) 2016 08 26.88 16.7 N K77
C/2013 V4 (Catalina) 2016 08 24.82 17.9 T 215
C/2013 V4 (Catalina) 2016 08 23.89 ..C: m1 = 14.6, Dia. = 0.4', DC = .., 0.50-m. L, f3 (x120).
C/2013 V4 (Catalina) 2016 08 23.86 16.5 N K77
C/2013 V4 (Catalina) 2016 08 19.99 17.5 N K02
C/2013 V4 (Catalina) 2016 08 15.98 16.6 N I81
C/2013 V4 (Catalina) 2016 08 01.94 17.0 N I72

C/2014 A4 (SONEAR) 2016 08 28.96 16.9 N I72
C/2014 A4 (SONEAR) 2016 08 28.84 16.5 N C36
C/2014 A4 (SONEAR) 2016 08 27.08 17.0 N 104
C/2014 A4 (SONEAR) 2016 08 26.08 ..C: m1 = 15.4, Dia. = 0.3', DC = .., 0.50-m. L, f3 (x120).
C/2014 A4 (SONEAR) 2016 08 25.99 16.6 N I81
C/2014 A4 (SONEAR) 2016 08 24.99 16.6 N C35
C/2014 A4 (SONEAR) 2016 08 21.90 15.2 N C36
C/2014 A4 (SONEAR) 2016 08 16.02 16.2 N I81
C/2014 A4 (SONEAR) 2016 08 13.99 16.7 N B70
C/2014 A4 (SONEAR) 2016 08 10.01 18.0 N I81
C/2014 A4 (SONEAR) 2016 08 06.98 17.0 N C23
C/2014 A4 (SONEAR) 2016 08 03.94 16.7 N C36
C/2014 A4 (SONEAR) 2016 08 02.28 ..C: m1 = 16.2, Dia. = 0.5', DC = .., 0.406-m. C, f12 (x200).
C/2014 A4 (SONEAR) 2016 08 01.97 16.9 N I72

C/2014 HU195 2016 08 22.85 19.8 T 215
C/2014 HU195 2016 08 08.44 20.8 T F51
C/2014 HU195 2016 08 08.44 20.5 T F51

C/2014 N3 (NEOWISE) 2016 08 27.09 20.1 N I81
C/2014 N3 (NEOWISE) 2016 08 26.08 17.9 N I81
C/2014 N3 (NEOWISE) 2016 08 22.96 17.7 N B96
C/2014 N3 (NEOWISE) 2016 08 18.00 18.4 N I81
C/2014 N3 (NEOWISE) 2016 08 16.07 19.4 N I81
C/2014 N3 (NEOWISE) 2016 08 16.07 19.0 N I81
C/2014 N3 (NEOWISE) 2016 08 13.08 18.1 T 215
C/2014 N3 (NEOWISE) 2016 08 10.09 17.7 N I81

C/2014 OE4 (PANSTARRS) 2016 08 31.92 17.2 N C47
C/2014 OE4 (PANSTARRS) 2016 08 31.81 ..S: m1 = 16.5, Dia. = 0.1', DC = 7, 0.603-m. L, f4 (x659).
C/2014 OE4 (PANSTARRS) 2016 08 26.94 16.8 N I81
C/2014 OE4 (PANSTARRS) 2016 08 26.33 17.4 T T05
C/2014 OE4 (PANSTARRS) 2016 08 24.94 16.7 N 203
C/2014 OE4 (PANSTARRS) 2016 08 22.92 ..C: m1 = 16.7, Dia. = 0.2', DC = .., 0.318-m. C, f8 (x300).
C/2014 OE4 (PANSTARRS) 2016 08 19.91 17.1 N K02
C/2014 OE4 (PANSTARRS) 2016 08 15.95 16.7 N I81
C/2014 OE4 (PANSTARRS) 2016 08 13.92 17.0 N C10
C/2014 OE4 (PANSTARRS) 2016 08 09.95 16.7 N I81
C/2014 OE4 (PANSTARRS) 2016 08 06.91 17.2 T J43

C/2014 Q2 (Lovejoy) 2016 08 30.82 ..C: m1 = 16.8, Dia. = 0.4', DC = 2, 0.40-m. L, f3 (x720).
C/2014 Q2 (Lovejoy) 2016 08 30.32 20.7 T F51
C/2014 Q2 (Lovejoy) 2016 08 09.53 16.7 T D29
C/2014 Q2 (Lovejoy) 2016 08 06.37 18.5 T T05
C/2014 Q2 (Lovejoy) 2016 08 02.24 ..C: m1 = 16.2, Dia. = 0.7', DC = .., 0.406-m. C, f12 (x200).

C/2014 R3 (PANSTARRS) 2016 08 25.16 U69
C/2014 R3 (PANSTARRS) 2016 08 23.90 17.0 N K77
C/2014 R3 (PANSTARRS) 2016 08 17.86 17.2 N C23
C/2014 R3 (PANSTARRS) 2016 08 10.88 17.0 N C23
C/2014 R3 (PANSTARRS) 2016 08 05.84 17.0 N 461

C/2014 W2 (PANSTARRS) 2016 08 31.82 16.8 N C47
C/2014 W2 (PANSTARRS) 2016 08 30.86 17.4 N C47
C/2014 W2 (PANSTARRS) 2016 08 30.853 ..S: m1 = 14.1, Dia. = 0.6', DC = 2/, 0.305-m. T (x139).
C/2014 W2 (PANSTARRS) 2016 08 30.845 ..S: m1 = 14.0, Dia. = 0.5', DC = 2/, 0.305-m. T (x139).
C/2014 W2 (PANSTARRS) 2016 08 30.84 ..S: m1 = 14.1, Dia. = 0.6', DC = 6, 0.35-m. L, f5 (x178).
C/2014 W2 (PANSTARRS) 2016 08 29.87 ..S: m1 = 14.0, Dia. = 0.5', DC = 2, 0.406-m. L, f4 (x164).
C/2014 W2 (PANSTARRS) 2016 08 28.86 ..S: m1 = 14.1, Dia. = 0.3', DC = 6, 0.35-m. L, f5 (x178).
C/2014 W2 (PANSTARRS) 2016 08 28.83 ..S: m1 = 14.4, Dia. = 0.7', DC = 3, 0.30-m. L, f5 (x167).
C/2014 W2 (PANSTARRS) 2016 08 27.88 17.0 N C47
C/2014 W2 (PANSTARRS) 2016 08 27.85 ..M: m1 = 14.3, Dia. = 0.3', DC = 7, 0.35-m. L, f5 (x178).
C/2014 W2 (PANSTARRS) 2016 08 26.93 15.7 N I81
C/2014 W2 (PANSTARRS) 2016 08 26.85 ..S: m1 = 14.0, Dia. = 0.63', DC = 3, 0.30-m. L, f5 (x167).
C/2014 W2 (PANSTARRS) 2016 08 26.27 16.2 T T05
C/2014 W2 (PANSTARRS) 2016 08 25.94 ..Z: m1 = 14.1, Dia. = 1.5', DC = .., 0.35-m. T, f6 (x600).
C/2014 W2 (PANSTARRS) 2016 08 24.88 15.7 N C86
C/2014 W2 (PANSTARRS) 2016 08 24.86 ..S: m1 = 13.9, Dia. = 0.8', DC = 2, 0.406-m. L, f4 (x150).
C/2014 W2 (PANSTARRS) 2016 08 24.83 ..S: m1 = 13.9, Dia. = 1.2', DC = 4, 0.35-m. L, f5 (x178).
C/2014 W2 (PANSTARRS) 2016 08 22.96 ..C: m1 = 12.6, Dia. = 0.4', DC = .., 0.50-m. L, f3 (x60).
C/2014 W2 (PANSTARRS) 2016 08 21.86 15.5 N C86
C/2014 W2 (PANSTARRS) 2016 08 18.97 ..Z: m1 = 14.0, Dia. = 1.51', DC = .., 0.35-m. T, f6 (x600).
C/2014 W2 (PANSTARRS) 2016 08 17.93 ..Z: m1 = 13.9, Dia. = 1.51', DC = .., 0.35-m. T, f6 (x600).
C/2014 W2 (PANSTARRS) 2016 08 17.86 ..C: m1 = 14.0, Dia. = 2', DC = .., хвост = 0.04°, pa = 1°, 0.20-m. L, f4 (x360).
C/2014 W2 (PANSTARRS) 2016 08 15.94 ..Z: m1 = 14.0, Dia. = 1.51', DC = .., 0.35-m. T, f6 (x600).
C/2014 W2 (PANSTARRS) 2016 08 15.94 16.0 N I81
C/2014 W2 (PANSTARRS) 2016 08 14.80 15.8 N L04
C/2014 W2 (PANSTARRS) 2016 08 12.973 ..S: m1 = 13.4, Dia. = 0.7', DC = 3, 0.305-m. T (x139).
C/2014 W2 (PANSTARRS) 2016 08 12.968 ..S: m1 = 13.6, Dia. = 0.7', DC = 3, 0.305-m. T (x139).
C/2014 W2 (PANSTARRS) 2016 08 11.93 ..S: m1 = 13.8, Dia. = 0.7', DC = 1, 0.38-m. L, f4 (x206).
C/2014 W2 (PANSTARRS) 2016 08 11.00 UT: m1 = 12.4, Dia. = 1.5', DC = 4, 0.203-m. SCT, f10 (x100).
C/2014 W2 (PANSTARRS) 2016 08 10.93 15.8 N C27
C/2014 W2 (PANSTARRS) 2016 08 10.32 15.7 T T05
C/2014 W2 (PANSTARRS) 2016 08 07.99 15.7 N C27
C/2014 W2 (PANSTARRS) 2016 08 07.93 ..S: m1 = 13.9, Dia. = 0.8', DC = .., 0.32-m. L, f5 (x144).
C/2014 W2 (PANSTARRS) 2016 08 06.94 ..S: m1 = 13.7, Dia. = 0.9', DC = 2, 0.406-m. L, f4 (x164).
C/2014 W2 (PANSTARRS) 2016 08 06.913 ..S: m1 = 13.8, Dia. = 0.7', DC = 2/, 0.305-m. T (x102).
C/2014 W2 (PANSTARRS) 2016 08 06.910 ..S: m1 = 13.6, Dia. = 0.9', DC = 4, 0.305-m. T (x102).
C/2014 W2 (PANSTARRS) 2016 08 06.88 ..C: m1 = 13.9, Dia. = 2', DC = .., 0.20-m. L, f4 (x680).
C/2014 W2 (PANSTARRS) 2016 08 05.90 ..S: m1 = 14.4, Dia. = 0.6', DC = 2, 0.406-m. B (x150).
C/2014 W2 (PANSTARRS) 2016 08 05.15 15.0 T V83
C/2014 W2 (PANSTARRS) 2016 08 04.88 16.9 N C47
C/2014 W2 (PANSTARRS) 2016 08 02.22 ..C: m1 = 13.2, Dia. = 1.4', DC = .., 0.406-m. C, f12 (x200).
C/2014 W2 (PANSTARRS) 2016 08 01.94 15.3 N I72
C/2014 W2 (PANSTARRS) 2016 08 01.92 UT: m1 = 12.5, Dia. = 1.5', DC = 5, 0.203-m. SCT, f10 (x77).

C/2015 B2 (PANSTARRS) 2016 08 21.29 17.6 N W96

C/2015 ER61 (PANSTARRS) 2016 08 12.37 ..C: m1 = 16.4, Dia. = 0.5', DC = .., 0.51-m. L, f4 (x900).

C/2015 H2 (PANSTARRS) 2016 08 27.37 Q62
C/2015 H2 (PANSTARRS) 2016 08 21.98 18.0 N W88

C/2015 LC2 (PANSTARRS) 2016 08 24.85 18.6 T 215
C/2015 LC2 (PANSTARRS) 2016 08 11.27 17.7 T T05

P/2015 M2 (PANSTARRS) 2016 08 27.14 19.1 T W98
P/2015 M2 (PANSTARRS) 2016 08 25.43 19.5 T 691
P/2015 M2 (PANSTARRS) 2016 08 03.54 20.6 T F51

C/2015 M3 (PANSTARRS) 2016 08 11.52 20.4 T F51

C/2015 O1 (PANSTARRS) 2016 08 31.85 ..S: m1 = 16.2, Dia. = 0.1', DC = 5, 0.603-m. L, f4 (x518).
C/2015 O1 (PANSTARRS) 2016 08 31.85 16.3 T 215
C/2015 O1 (PANSTARRS) 2016 08 20.60 15.1 T D81
C/2015 O1 (PANSTARRS) 2016 08 05.85 17.1 N 461
C/2015 O1 (PANSTARRS) 2016 08 05.85 17.3 N 461
C/2015 O1 (PANSTARRS) 2016 08 03.41 17.0 T T05
C/2015 O1 (PANSTARRS) 2016 08 02.21 ..C: m1 = 15.9, Dia. = 0.2', DC = .., 0.406-m. C, f12 (x200).

P/2015 PD229 (Cameron-ISON) 2016 08 29.01 20.9 T 461

C/2015 T2 (PANSTARRS) 2016 08 31.87 21.2 T C48
C/2015 T2 (PANSTARRS) 2016 08 27.03 19.8 T 461

C/2015 T4 (PANSTARRS) 2016 08 26.36 15.7 T Q62
C/2015 T4 (PANSTARRS) 2016 08 26.36 Q62

P/2015 TO19 (Lemmon-PANSTARRS) 2016 08 12.49 20.6 T U69
P/2015 TO19 (Lemmon-PANSTARRS) 2016 08 12.49 U69

P/2015 TP200 (LINEAR) 2016 08 31.10 18.0 T 215
P/2015 TP200 (LINEAR) 2016 08 15.13 18.3 T C10

C/2015 V1 (PANSTARRS) 2016 08 27.09 17.5 N 461
C/2015 V1 (PANSTARRS) 2016 08 26.04 17.2 N I81
C/2015 V1 (PANSTARRS) 2016 08 04.70 D95

C/2015 V2 (Johnson) 2016 08 31.15 16.0 N A77
C/2015 V2 (Johnson) 2016 08 30.82 ..S: m1 = 14.1, Dia. = 0.8', DC = 4/, 0.35-m. L, f5 (x178).
C/2015 V2 (Johnson) 2016 08 30.06 ..S: m1 = 13.9, Dia. = 0.6', DC = 5, 0.40-m. L, f5 (x200).
C/2015 V2 (Johnson) 2016 08 29.04 UT: m1 = 13.5, Dia. = 0.8', DC = 5, 0.33-m. L (x114).
C/2015 V2 (Johnson) 2016 08 27.83 ..S: m1 = 12.9, Dia. = 0.8', DC = 4, 16° над горизонтом, 0.30-m. L, f5 (x167).
C/2015 V2 (Johnson) 2016 08 27.83 ..S: m1 = 14.1, Dia. = 0.5', DC = 5/, 0.35-m. L, f5 (x178).
C/2015 V2 (Johnson) 2016 08 26.84 ..S: m1 = 12.9, Dia. = 0.71', DC = 4, 16° над горизонтом, 0.30-m. L, f5 (x167).
C/2015 V2 (Johnson) 2016 08 26.13 14.6 N I81
C/2015 V2 (Johnson) 2016 08 24.83 UT: m1 = 14.5, Dia. = 0.25', DC = 1, 0.305-m. L (x123.3).
C/2015 V2 (Johnson) 2016 08 23.84 14.4 N K77
C/2015 V2 (Johnson) 2016 08 23.84 ..C: m1 = 14.2, Dia. = ..', DC = .., хвост = 30.0', pa = 290°, 0.40-m. L, f3 (x960).
C/2015 V2 (Johnson) 2016 08 18.98 16.2 N I81
C/2015 V2 (Johnson) 2016 08 08.93 14.9 N I72
C/2015 V2 (Johnson) 2016 08 07.89 ..C: m1 = 14.5, Dia. = 1.4', DC = .., 0.075-m. A, f4 (x361).

C/2015 V3 (PANSTARRS) 2016 08 16.05 18.7 N I81
C/2015 V3 (PANSTARRS) 2016 08 10.03 19.2 N I81
C/2015 V3 (PANSTARRS) 2016 08 07.02 26.2 N C23

C/2015 VL62 (Lemmon-Yeung-PANSTARRS) 2016 08 31.40 17.3 N W96
C/2015 VL62 (Lemmon-Yeung-PANSTARRS) 2016 08 29.00 16.4 N C36
C/2015 VL62 (Lemmon-Yeung-PANSTARRS) 2016 08 27.06 17.1 N I81
C/2015 VL62 (Lemmon-Yeung-PANSTARRS) 2016 08 26.98 ..C: m1 = 16.7, Dia. = 9', DC = .., 0.40-m. L, f3 (x200).
C/2015 VL62 (Lemmon-Yeung-PANSTARRS) 2016 08 24.97 17.1 N C36
C/2015 VL62 (Lemmon-Yeung-PANSTARRS) 2016 08 22.00 16.1 N C36
C/2015 VL62 (Lemmon-Yeung-PANSTARRS) 2016 08 13.97 17.2 N C36
C/2015 VL62 (Lemmon-Yeung-PANSTARRS) 2016 08 11.19 17.8 N G40
C/2015 VL62 (Lemmon-Yeung-PANSTARRS) 2016 08 07.97 17.3 N C36
C/2015 VL62 (Lemmon-Yeung-PANSTARRS) 2016 08 05.42 17.5 N W96
C/2015 VL62 (Lemmon-Yeung-PANSTARRS) 2016 08 05.40 17.4 N W96

C/2015 WZ (PANSTARRS) 2016 08 06.91 ..C: m1 = [17.0, Dia. = ..', DC = .., 0.20-m. L, f4 (x160).
C/2015 WZ (PANSTARRS) 2016 08 02.16 ..C: m1 = [17.5, Dia. = ..', DC = .., 0.406-m. C, f12 (x200).

C/2016 B1 (NEOWISE) 2016 08 23.00 18.2 N W88

P/2016 G1 (PANSTARRS) 2016 08 09.06 20.5 N W96

C/2016 KA (Catalina) 2016 08 22.17 20.4 T U69

C/2016 K1 (LINEAR) 2016 08 26.86 160
C/2016 K1 (LINEAR) 2016 08 16.92 19.2 N C10
C/2016 K1 (LINEAR) 2016 08 12.92 19.3 N C23
C/2016 K1 (LINEAR) 2016 08 12.92 16.4 N C23
C/2016 K1 (LINEAR) 2016 08 09.00 18.8 N C47
C/2016 K1 (LINEAR) 2016 08 07.84 17.9 N C36
C/2016 K1 (LINEAR) 2016 08 03.83 17.7 N C36
C/2016 K1 (LINEAR) 2016 08 02.04 19.1 N C47
C/2016 K1 (LINEAR) 2016 08 01.24 18.3 N W96
C/2016 K1 (LINEAR) 2016 08 01.21 17.7 N W96

C/2016 M1 (PANSTARRS) 2016 08 30.94 17.9 N C23
C/2016 M1 (PANSTARRS) 2016 08 27.94 19.6 N C47
C/2016 M1 (PANSTARRS) 2016 08 26.96 17.9 N I81
C/2016 M1 (PANSTARRS) 2016 08 25.97 18.0 N I81
C/2016 M1 (PANSTARRS) 2016 08 25.95 ..C: m1 = 16.7, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x150).
C/2016 M1 (PANSTARRS) 2016 08 24.87 17.7 N C23
C/2016 M1 (PANSTARRS) 2016 08 19.95 17.7 N K02
C/2016 M1 (PANSTARRS) 2016 08 15.96 18.0 N I81
C/2016 M1 (PANSTARRS) 2016 08 15.96 18.1 N I81
C/2016 M1 (PANSTARRS) 2016 08 13.94 17.5 N J01
C/2016 M1 (PANSTARRS) 2016 08 09.96 18.2 N I81
C/2016 M1 (PANSTARRS) 2016 08 06.93 17.9 N C23
C/2016 M1 (PANSTARRS) 2016 08 04.24 18.3 T H45

C/2016 N4 (MASTER) 2016 08 31.56 367
C/2016 N4 (MASTER) 2016 08 30.19 16.9 T W98
C/2016 N4 (MASTER) 2016 08 30.17 ..C: m1 = 15.0, Dia. = 0.5', DC = .., 0.50-m. L, f3 (x120).
C/2016 N4 (MASTER) 2016 08 29.27 16.5 N W96
C/2016 N4 (MASTER) 2016 08 28.07 16.4 N A77
C/2016 N4 (MASTER) 2016 08 27.02 ..C: m1 = 16.0, Dia. = 0.25', DC = 6, 0.40-m. L, f3 (x900).
C/2016 N4 (MASTER) 2016 08 27.01 16.3 N K77
C/2016 N4 (MASTER) 2016 08 23.07 16.5 N C10
C/2016 N4 (MASTER) 2016 08 23.04 16.4 N C10
C/2016 N4 (MASTER) 2016 08 23.02 16.6 N C10
C/2016 N4 (MASTER) 2016 08 15.13 16.7 N A77
C/2016 N4 (MASTER) 2016 08 09.70 372
C/2016 N4 (MASTER) 2016 08 07.60 18.6 T F51
C/2016 N4 (MASTER) 2016 08 05.33 16.8 N W96
C/2016 N4 (MASTER) 2016 08 05.30 16.9 N W96
C/2016 N4 (MASTER) 2016 08 04.57 17.2 T T05
C/2016 N4 (MASTER) 2016 08 02.33 16.7 N W96
C/2016 N4 (MASTER) 2016 08 01.57 17.3 T T05
C/2016 N4 (MASTER) 2016 08 01.33 16.9 N W96

P/2016 P1 (PANSTARRS) 2016 08 12.30 21.2 T 291

P/2016 P2 (PANSTARRS) 2016 08 30.38 21.0 T F51
P/2016 P2 (PANSTARRS) 2016 08 26.95 19.5 T K51
P/2016 P2 (PANSTARRS) 2016 08 24.90 19.7 N K77
P/2016 P2 (PANSTARRS) 2016 08 12.31 658
P/2016 P2 (PANSTARRS) 2016 08 12.22 20.1 T H21

C/2016 N6 (PANSTARRS) 2016 08 31.88 19.9 N J22
C/2016 N6 (PANSTARRS) 2016 08 31.87 ..C: m1 = 19.6, Dia. = 0.2', DC = .., 0.50-m. L, f3 (x150).
C/2016 N6 (PANSTARRS) 2016 08 31.85 19.7 T 215
C/2016 N6 (PANSTARRS) 2016 08 29.88 20.3 T K77
C/2016 N6 (PANSTARRS) 2016 08 28.08 20.3 T H21

C/2016 Q2 (PANSTARRS) 2016 08 30.87 20.3 N A71
C/2016 Q2 (PANSTARRS) 2016 08 30.22 19.8 T 291