Comet C/2016 M1 (PANSTARRS)

IIIYYYYMnL YYYY MM DD.DD eM/mm.m:r AAA.ATF/xxxx /dd.ddnDC /t.ttmANG ICQ XX*OBSxxf InT APERTURcamchip SFW C ## u.uu xx.x PIXELSIZE
   2016M1  2018 09 14.39  Z  9.2 AQ 10.6R 5a480  14                        LEHaaI     C14   mSTL KA1 AIT 5               3.5s 3.5 Thomas Lehmann
2016M1 2018 09 13.43 M 10.4 AQ 40.6L 4 76 3 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 09 10.38 xM 9.8 TK 25.0L 5 39 3.5 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 09 09.94 S 10.1 TK 22.0L 6 60 3 4 ICQ XX GOI Marco Goiato
2016M1 2018 09 09.40 xM 9.6 TK 25.0L 5 39 4.9 4/ ICQ XX WYA Christopher Wyatt
2016M1 2018 09 08.38 xM 9.7 TK 25.0L 5 39 4.8 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 09 07.40 xM 9.8 TK 25.0L 5 39 3.2 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 09 06.46 M 10.1 AQ 40.6L 4 76 3 6 ICQ XX CAM03 Paul Camilleri
2016M1 2018 09 04.42 C 9.3 AQ 9.0R 5a180 8.3 ICQ XX RAMaa C sA16 CAC A32 5 U3 3.7s 3.7 Raymond Ramlow
2016M1 2018 09 04.41 Z 9.1 AQ 10.6R 5a480 14 LEHaaI C14 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 09 03.46 M 9.9 TK 40.6L 4 76 2.5 6 ICQ XX CAM03 Paul Camilleri
2016M1 2018 09 01.45 M 9.8 TK 40.6L 4 76 2 6 ICQ XX CAM03 Paul Camilleri
2016M1 2018 08 31.45 M 9.8 TK 40.6L 4 76 2.5 6 ICQ XX CAM03 Paul Camilleri
2016M1 2018 08 29.41 Z 9.0 AQ 10.6R 5a480 14 LEHaaI C14 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 08 29.37 xM 9.8 TK 25.0L 5 39 2.9 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 08 28.93 S 10.0 TK 9.0R10 90 1 3 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 08 27.93 S 9.2 TK 11.4L 72 6 3 ICQ XX FERac Adriano G. Ferrao
2016M1 2018 08 27.91 S 10.0 TK 9.0R10 90 1 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 08 22.38 Z 8.9 AQ 12.7R 5a600 13 LEHaaI C13 m AIT 5 2.7s 2.7 Thomas Lehmann
2016M1 2018 08 19.93 S 9.8:TK 9.0R10 90 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 08 17.98 S 9.5:TK 9.0R10 36 1 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 08 15.06 S 9.0 TK 10.0B 20 4 4 ICQ XX GOI Marco Goiato
2016M1 2018 08 15.02 C 8.6 NO 35.0T11a 50 0.6 5 ICQ XX PAUaaI C dSTL KA1 AFo 0 P3 27.0d27.0 Nirmal Paul, Slooh, La Dehesa (MPC - W88); Data generated using astrometrica, focas and kphot. Later to produce visual equivalent magnitude.
2016M1 2018 08 14.90 S 9.2 TK 9.0R10 36 1.5 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 08 14.47 xM 9.1 TK 25.0L 5 39 6 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 08 14.47 Z 8.9 AQ 10.6R 5a480 13 LEHaaI C13 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 08 13.93 S 9.2 TK 9.0R10 36 2 3 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 08 13.45 M 9.0 TK 8.0R 4 36 5 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 08 13.37 xM 9.1 TK 25.0L 5 39 3.8 5 ICQ XX WYA Christopher Wyatt
2016M1 2018 08 13.02 S 9.3 TK 9.0R10 36 2 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 08 11.92 S 9.2 TK 9.0R10 36 2 3 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 08 11.45 M 9.0 TK 8.0R 4 36 5 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 08 10.96 S 9.2 TK 9.0R10 36 2 3 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 08 10.94 S 9.0:TK 11.4L 72 6 3 ICQ XX FERac Adriano G. Ferrao
2016M1 2018 08 10.47 M 8.9 TK 8.0R 4 36 5 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 08 10.08 S 9.0 TK 22.0L 6 60 4 5 ICQ XX GOI Marco Goiato
2016M1 2018 08 10.07 S 8.9 TK 10.0B 20 4 4/ ICQ XX GOI Marco Goiato
2016M1 2018 08 09.93 S 9.0 TK 9.0R10 36 2 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 08 09.50 Z 8.7 AQ 10.6R 5a480 17 LEHaaI C17 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 08 09.43 M 8.9 TK 8.0R 4 36 6 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 08 08.38 xM 8.7 TK 25.0L 5 39 5.4 5 ICQ XX WYA Christopher Wyatt
2016M1 2018 08 08.01 S 9.0 TK 11.4L 72 6 3 ICQ XX FERac Adriano G. Ferrao
2016M1 2018 08 07.45 M 9.1 TK 8.0R 4 36 5 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 08 06.91 S 9.0 TK 9.0R10 36 2 3 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 08 06.58 xM 8.8 TK 25.0L 5 39 6 5 5.0m 98 ICQ XX WYA Christopher Wyatt
2016M1 2018 08 06.44 M 9.0 TK 8.0B 20 5 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 08 04.42 M 9.0 TK 8.0B 20 6 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 08 02.36 xM 8.9 TK 25.0L 5 39 6.9 6 ICQ XX WYA Christopher Wyatt
2016M1 2018 08 01.48 C 8.4 AQ 10.6R 5a300 13.1 ICQ XX RAMaa C s KB2 5 U3 0.1 3.5s 3.5 Raymond Ramlow
2016M1 2018 08 01.36 xM 8.8:TK 25.0L 5 39 5.1 5 ICQ XX WYA Christopher Wyatt
2016M1 2018 07 31.94 S 8.9 TK 11.4L 72 6 4 ICQ XX FERac Adriano G. Ferrao
2016M1 2018 07 31.44 M 8.5 TK 8.0R 4 36 5 6 ICQ XX CAM03 Paul Camilleri, Katherine - Northern Territory - Australia
2016M1 2018 07 30.39 Z 8.5 AQ 10.6R 5a480 21 LEHaaI C21 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 07 30.36 xM 8.7 TK 25.0L 5 39 4.8 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 07 30.09 C 8.3 NO 35.0T11a 50 1.6 5 ICQ XX PAUaaI C dSTL KA1 AFo 0 P6 27.0d27.0 Nirmal Paul, Slooh, La Dehesa (MPC - W88); Data generated using astrometrica, focas and kphot. Later to produce visual equivalent magnitude.
2016M1 2018 07 22.52 M 9.0 TK 40.6L 4 76 5 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 07 21.45 M 8.8 TK 8.0R 4 36 6 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 07 20.72 xM 8.6 TK 25.0L 5 39 5 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 07 20.59 Z 8.7 AQ 10.6R 5a360 12 LEHaaI C12 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 07 20.17 S 8.8 TK 10.0B 20 6 4 ICQ XX GOI Marco Goiato
2016M1 2018 07 20.02 S 9.1 TK 9.0R10 36 2 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 07 18.93 S 9.4 TK 9.0R10 90 1 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 07 18.72 xM 9.1 TK 25.0L 5 39 3.5 5/ 6.3m 40 ICQ XX WYA Christopher Wyatt
2016M1 2018 07 17.50 M 9.0 TK 8.0R 4 36 5 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 07 16.42 xM 9.0 TK 25.0L 5 39 3.5 5 ICQ XX WYA Christopher Wyatt
2016M1 2018 07 15.97 S 8.8 TK 10.0R 5 34 3 5 ICQ XX SOU01 Willian Souza
2016M1 2018 07 15.92 S 9.0 TK 9.0R10 36 3 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 07 15.14 S 8.7 TK 10.0B 20 6 4/ ICQ XX GOI Marco Goiato
2016M1 2018 07 14.93 S 9.0 TK 18.0L 8 57 2 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 07 14.59 Z 8.5 AQ 10.6R 5a360 15 LEHaaI C15 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 07 13.93 M 8.8 TK 9.0R10 36 3 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 07 13.71 xM 8.7 TK 25.0L 5 39 3.5 6 ICQ XX WYA Christopher Wyatt
2016M1 2018 07 12.97 S 9.0 TK 9.0R10 36 3 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 07 12.47 xM 8.7 TK 25.0L 5 39 5.4 6 ICQ XX WYA Christopher Wyatt
2016M1 2018 07 11.97 S 8.8 TK 9.0R10 36 4 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 07 11.73 xM 8.7 TK 25.0L 5 39 5.1 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 07 10.90 M 9.0 TK 9.0R10 36 2 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 07 10.44 M 8.6 TK 8.0B 20 6 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 07 09.92 M 9.0 TK 9.0R10 36 2 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 07 09.68 Z 8.1 AQ 10.6R 5a360 19 LEHaaI C19 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 07 09.46 M 8.5 TK 8.0R 5 36 5 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 07 09.14 M 9.0 TK 10.2R 27 5 5 ICQ XX ALMab Joao Marcos Almeida
2016M1 2018 07 08.50 M 8.6 TK 8.0B 20 6 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 07 08.38 xM 8.3 TK 25.0L 5 39 5.6 5/ 5.0m 40 ICQ XX WYA Christopher Wyatt
2016M1 2018 07 08.10 M 8.9 TK 10.2R 27 5 5 ICQ XX ALMab Joao Marcos Almeida
2016M1 2018 07 06.65 C 7.9 AQ 10.6R 5a300 14.2 > 16.0m 21 ICQ XX RAMaa C s KB2 5 U3 0.1 3.5s 3.5 Raymond Ramlow; dense star field
2016M1 2018 07 06.51 xM 8.5 TK 25.0L 5 39 5.3 5/ 5.0m 45 ICQ XX WYA Christopher Wyatt
2016M1 2018 07 06.12 S 8.4 TK 10.0B 20 6 4/ ICQ XX GOI Marco Goiato
2016M1 2018 07 05.93 S 8.8:TK 11.4L 72 8 3 ICQ XX FERac Adriano G. Ferrao
2016M1 2018 07 04.36 xM 8.5 TK 25.0L 5 39 4.8 5 6.0m 30 ICQ XX WYA Christopher Wyatt
2016M1 2018 07 04.05 S 8.5 TK 10.0B 20 6 4 ICQ XX GOI Marco Goiato
2016M1 2018 07 03.05 S 8.8 TK 9.0R10 36 3 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 07 02.01 S 9.0 TK 9.0R10 36 3 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 07 01.48 Z 7.9 AQ 10.6R 5a480 22 LEHaaI C22 mFM1 K6N AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 06 30.93 S 8.8 TK 11.4L 72 7.5 4 ICQ XX FERac Adriano G. Ferrao
2016M1 2018 06 30.42 S 8.5 TK 8.0B 20 8 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 06 24.82 S 8.5 TK 8.0B 20 8 5 ICQ XX CAM03 Paul Camilleri
2016M1 2018 06 24.11 M 8.9 TK 10.2R 89 3 5 ICQ XX ALMab Joao Marcos Almeida
2016M1 2018 06 23.81 S 8.5 TK 8.0B 20 8 4 ICQ XX CAM03 Paul Camilleri
2016M1 2018 06 23.74 xM 8.6 TK 25.0L 5 39 6 6 4.7m348 ICQ XX WYA Christopher Wyatt
2016M1 2018 06 23.66 C 7.9 AQ 10.6R 5a300 13.7 24.0m 7 ICQ XX RAMaa C s KB2 5 U3 0.1 3.5s 3.5 Raymond Ramlow; interference from nearby 6th magnitude star, bright moonlight
2016M1 2018 06 22.74 xM 8.7 TK 25.0L 5 39 4.2 6 6.4m 0 ICQ XX WYA Christopher Wyatt
2016M1 2018 06 22.38 M 8.3 TK 12.5B 30 4 3 ICQ xx HER02 Carl Hergenrother
2016M1 2018 06 22.14 M 8.7 TK 10.2R 27 3 5 ICQ XX ALMab Joao Marcos Almeida
2016M1 2018 06 22.05 M 8.9 TK 9.0R10 36 3 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 06 21.77 S 8.6 TK 8.0B 20 6 4 ICQ XX CAM03 Paul Camilleri
2016M1 2018 06 21.06 M 8.9 TK 9.0R10 36 4 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 06 20.82 S 8.8 TK 8.0B 20 5 4 ICQ XX CAM03 Paul Camilleri
2016M1 2018 06 20.36 C 8.5 NO 35.0Y11a 50 3.6 5 ICQ XX PAUaaI C dSTL KA1 CMP 0 P9 27.0d27.0 Nirmal Paul, Slooh, La Dehesa (MPC - W88)
2016M1 2018 06 20.04 S 8.7 TK 25.4T10 60 4 4 ICQ XX MARab Antonio Martini Jr
2016M1 2018 06 19.65 Z 7.6 AQ 10.6R 5a480 17 LEHaaI C17 mFM1 K6N AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 06 19.50 S 8.7 TK 8.0B 20 6 4 ICQ XX CAM03 Paul Camilleri
2016M1 2018 06 19.30 M 8.5 TK 12.5B 30 5 5 ICQ xx HER02 Carl Hergenrother
2016M1 2018 06 19.05 S 7.7 TK 5.0B 10 10 3 ICQ XX GON05 Juan Jose Gonzalez Suarez
2016M1 2018 06 19.05 S 8.6 TK 10.0B 20 6 4/ ICQ XX GOI Marco Goiato
2016M1 2018 06 19.04 S 7.9 TK 10.0B 25 8 3/ 0.3 350 ICQ XX GON05 Juan Jose Gonzalez Suarez
2016M1 2018 06 19.03 S 8.3 TK 20.3T10 77 6 4 0.3 350 ICQ XX GON05 Juan Jose Gonzalez Suarez
2016M1 2018 06 18.64 S 8.7 TK 8.0B 20 5 4 ICQ XX CAM03 Paul Camilleri
2016M1 2018 06 18.14 M 8.7 TK 10.2R 27 5 4 ICQ XX ALMab Joao Marcos Almeida
2016M1 2018 06 18.05 S 8.7 TK 10.0B 20 5 4/ ICQ XX GOI Marco Goiato
2016M1 2018 06 17.81 S 8.7 TK 8.0B 20 5 4 ICQ XX CAM03 Paul Camilleri
2016M1 2018 06 17.14 C 8.7 AQ 30.0T 6B160 6 ICQ XX MAS01I C 6 mG2x K6M KPR 0 U9* 0.1 0.9s 0.9 Martin Masek; Comet Alt.:64.9 Calculated mags:8.7,8.8,8.7,8.8,8.6,8.8,8.8,8.8,8.8,8.8,8.7,8.7,8.8
2016M1 2018 06 17.08 M 8.7 TK 10.2R 27 5 4 ICQ XX ALMab Joao Marcos Almeida
2016M1 2018 06 17.04 M 8.7 TK 8.0B 11 4 3 ICQ XX LAB02 Carlos Labordena, La Llacua
2016M1 2018 06 16.83 S 8.5 TK 8.0B 20 5 4 ICQ XX CAM03 Paul Camilleri
2016M1 2018 06 16.03 S 8.8 TK 10.0B 20 4.5 4/ ICQ XX GOI Marco Goiato
2016M1 2018 06 15.95 S 8.5 TK 30.5L 5 94 5 6 NAV02 NAV02 Jose Pablo Navarro Pina, Puerto de la Cadena ( Murcia , Spain )
2016M1 2018 06 15.72 xM 8.7 TK 25.0L 5 39 5.6 5/ 8.8m328 ICQ XX WYA Christopher Wyatt
2016M1 2018 06 14.07 S 8.9 TK 9.0R10 36 3 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 06 13.72 xM 8.8 TK 25.0L 5 39 5.4 5 5.9m322 ICQ XX WYA Christopher Wyatt
2016M1 2018 06 13.07 S 8.8 TK 20.3T10 77 4 3/ 0.2 350 ICQ XX GON05 Juan Jose Gonzalez Suarez
2016M1 2018 06 13.06 S 8.3 TK 10.0B 25 6 3/ ICQ XX GON05 Juan Jose Gonzalez Suarez
2016M1 2018 06 12.71 xM 8.8 TK 25.0L 5 39 6 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 06 12.35 Z 8.1 AQ 10.6R 5a600 23 LEHaaI C23 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 06 10.36 S 8.9 TK 12.5B 30 4 5 ICQ xx HER02 Carl Hergenrother
2016M1 2018 06 10.08 S 9.0 TK 11.4L 72 4 3 ICQ XX FERac Adriano G. Ferrao
2016M1 2018 06 10.05 S 9.0 TK 9.0R10 36 2 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 06 09.30 S 9.0 TK 9.0R10 36 2 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 06 09.10 S 9.0 TK 11.4L 72 3.8 3 ICQ XX FERac Adriano G. Ferrao
2016M1 2018 06 09.03 S 9.0 TK 9.0R10 36 2 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 06 09.02 M 9.2 TK 15.0L 5 30 4 4 ICQ XX LAB02 Carlos Labordena, Castellfort
2016M1 2018 06 08.35 S 9.3 TK 12.5B 30 4 5 ICQ xx HER02 Carl Hergenrother
2016M1 2018 06 08.33 S 8.9 TK 9.0R10 36 3 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 06 08.17 C 8.6 MC 50.0L 3a 90 6.4 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2018 06 08.01 S 8.9 TK 9.0R10 36 3 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 06 07.78 C 8.3 AQ 10.6R 5a300 13 ICQ XX RAMaa C sA16 KB2 A32 5 U3 0.1 3.5s 3.5 Raymond Ramlow
2016M1 2018 06 07.05 S 9.0 TK 9.0R10 36 2 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 06 06.32 M 9.0 TK 12.5B 30 4 5 ICQ xx HER02 Carl Hergenrother
2016M1 2018 06 06.07 B 8.9 TK 11.0L 7 54 4 4 ICQ XX SEMaa saveliy sementsov, moscow
2016M1 2018 06 06.07 S 9.1 TK 10.0B 20 4 4 ICQ XX GOI Marco Goiato
2016M1 2018 06 05.02 B 9.0 TK 11.0L 7 54 4 4 ICQ XX SEMaa saveliy sementsov, moscow
2016M1 2018 06 05.01 C 9.2 AQ 10.0R 6a630 4.7 FRIaa Steffen Fritsche
2016M1 2018 06 04.44 xM 8.9 TK 25.0L 5 39 3.3 4/ ICQ XX WYA Christopher Wyatt
2016M1 2018 06 04.27 S 9.0 TK 12.5B 30 4 4 ICQ xx HER02 Carl Hergenrother
2016M1 2018 06 04.05 S 9.0:TK 9.0R10 36 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 06 04.03 C 8.9 AQ 10.0R 6a900 6.3 0.01 307 FRIaa Steffen Fritsche
2016M1 2018 05 30.14 S 9.5:TK 9.0R10 36 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 05 29.36 S 9.6:TK 9.0R10 36 4 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 05 28.79 Z 8.7 AQ 10.6R 5a480 16 LEHaaI C16 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 05 28.36 S 9.5 TK 9.0R10 36 2 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 05 27.46 S 9.4 TK 12.5B 30 4 4 ICQ xx HER02 Carl Hergenrother
2016M1 2018 05 27.36 S 9.6 TK 9.0R10 36 1 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 05 26.28 S 9.3:TK 11.4L 72 3.5 3 ICQ XX FERac Adriano G. Ferrao
2016M1 2018 05 25.72 xM 9.6:TK 25.0L 5 39 2.9 5 ICQ XX WYA Christopher Wyatt
2016M1 2018 05 24.46 M 9.1 TK 12.5B 30 4 4 ICQ xx HER02 Carl Hergenrother
2016M1 2018 05 24.43 Z 8.6 AQ 10.6R 5a480 23 LEHaaI C23 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 05 24.36 S 9.8 TK 9.0R10 36 1 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 05 24.10 C 9.4 MC 50.0L 3a 90 5.3 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Note: Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2018 05 23.01 S 10.3 AQ 15.0L 5 60 2 4/ ICQ XX NOV01 Artyom Novichonok
2016M1 2018 05 22.72 xM 9.6 TK 25.0L 5 39 4.2 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 05 22.46 M 9.1 TK 12.5B 30 3 5 ICQ xx HER02 Carl Hergenrother
2016M1 2018 05 22.36 S 9.8 TK 9.0R10 36 1.5 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 05 22.00 S 10.5 AQ 15.0L 5 60 2 4 ICQ XX NOV01 Artyom Novichonok
2016M1 2018 05 21.72 xM 10.0 TK 25.0L 5 39 5 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 05 21.36 M 9.8:TK 9.0R10 36 1 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 05 21.29 C 9.7 AQ 30.0T 6a960 5.1 ICQ XX MAS01I C 5.1 mG2x K6M KPR 0 U9* 0.0 0.9s 0.9 Martin Masek; Comet Alt.:66.2 Calculated mags:9.7,9.7,9.6,9.6,9.6,9.6,9.7,9.7,9.7,9.7
2016M1 2018 05 21.07 S 8.9 TK 10.0B 25 5 3/ ICQ XX GON05 Juan Jose Gonzalez Suarez
2016M1 2018 05 21.06 S 9.1 TK 20.3T10 77 5 3 ICQ XX GON05 Juan Jose Gonzalez Suarez
2016M1 2018 05 21.03 S 10.3 TK 25.0L 5 90 4.1 3 ICQ XX BOH02 Jerzy Bohusz, Myślin Poland
2016M1 2018 05 21.00 S 10.4 AQ 15.0L 5 60 2.2 4 ICQ XX NOV01 Artyom Novichonok
2016M1 2018 05 20.31 S 9.7 TK 22.0L 6 60 4 4/ ICQ XX GOI Marco Goiato
2016M1 2018 05 20.09 B 9.6 TK 20.0T10 50 4 4 ICQ XX LAB02 Carlos Labordena, La Serra
2016M1 2018 05 20.00 S 9.6 TI 40.0L 75 6 4 ICQ XX HAR11 Christian Harder, Klipfontain nahe Vryburg/SA; SQM-L: 21.4 mag/arcsec^2, Swanfilter wirkte
2016M1 2018 05 19.72 xM 10.2 TK 25.0L 5 39 4.7 6 ICQ XX WYA Christopher Wyatt
2016M1 2018 05 19.00 S 9.5 TI 40.0L 75 5.5 4 ICQ XX HAR11 Christian Harder, Klipfontain/Vryburg SA; SQM-L: 21.2 mag/arcsec^2, Swanfilter wirkte gut.
2016M1 2018 05 18.99 S 10.4 AQ 15.0L 5 60 2 4 ICQ XX NOV01 Artyom Novichonok
2016M1 2018 05 18.73 xM 10.2 TK 25.0L 5 39 3.5 5 ICQ XX WYA Christopher Wyatt
2016M1 2018 05 18.46 M 9.6 TK 12.5B 30 3 4 ICQ xx HER02 Carl Hergenrother
2016M1 2018 05 17.95 S 9.5 TI 19.8L 37 6 4 ICQ XX HAR11 Christian Harder, Klipfontain/Vryburg SA; SQM-L: 21.2 mag/arcsec^2, Swanfilter sprach gut an.
2016M1 2018 05 17.01 S 10.2 AQ 15.0L 5 60 2.1 4 ICQ XX NOV01 Artyom Novichonok
2016M1 2018 05 16.95 S 9.4 TI 19.8L 37 7.5 5 ICQ XX HAR11 Christian Harder, Klipfontain/Vryburg SA
2016M1 2018 05 16.79 Z 9.0 AQ 10.6R 5a480 19 LEHaaI C19 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 05 16.02 S 9.0 TK 20.3T10 100 4 3 ICQ XX GON05 Juan Jose Gonzalez Suarez
2016M1 2018 05 15.94 S 9.8 TI 40.0L 75 4.8 5 ICQ XX HAR11 Christian Harder, Klipfontain/Vryburg SA
2016M1 2018 05 15.46 M 9.6 TK 12.5B 30 4 5 ICQ xx HER02 Carl Hergenrother
2016M1 2018 05 15.17 I 10.1:TK 9.0R10 36 0.5 5 ICQ XX AMO01 Alexandre Amorim
2016M1 2018 05 14.95 S 9.0 TI 19.8L 59 4.5 5 ICQ XX HAR11 Christian Harder, Klipfontain/Vryburg SA
2016M1 2018 05 13.20 S 9.5 TK 11.4L 72 3.2 2 ICQ XX FERac Adriano G. Ferrao
2016M1 2018 05 13.14 B 9.6 TK 20.0T10 50 4 4 ICQ XX LAB02 Carlos Labordena, La Serra
2016M1 2018 05 13.03 S 9.6 TK 18.5L 5 73 4 4 ICQ XX KWI Maciej Kwinta, Bukowiec, Bieszczady
2016M1 2018 05 12.95 S 9.2 TI 19.8L 59 4 5 ICQ XX HAR11 Christian Harder, Klipfontain/Vryburg SA; SQM-L: 20.8 mag/arcsec^2, Swanfilter wirkte
2016M1 2018 05 12.77 C 9.4 AQ 9.0R 5a180 9.3 ICQ XX RAMaa C s 5 U3 3.7s 3.7 Raymond Ramlow
2016M1 2018 05 12.46 M 9.9:TK 12.5B 30 4 5 ICQ xx HER02 Carl Hergenrother
2016M1 2018 05 12.03 Z 9.4 AQ 30.0L 4a400 12 LEHaaI C12 m AIT 5 1.3s 1.3 Thomas Lehmann
2016M1 2018 05 12.03 S 9.6 TK 18.5L 5 73 4 4 ICQ XX KWI Maciej Kwinta, Bukowiec, Bieszczady
2016M1 2018 05 11.98 S 9.4 TI 40.0L 75 5 5 ICQ XX HAR11 Christian Harder, Klipfontain/Vryburg SA
2016M1 2018 05 10.97 S 9.8 TI 40.0L 120 3.3 5 ICQ XX HAR11 Christian Harder, Klipfontain/Vryburg SA; Swanfilter wirkte gut.
2016M1 2018 05 10.62 xM 10.0 AQ 25.0L 5 39 3.2 6 ICQ XX WYA Christopher Wyatt
2016M1 2018 05 10.36 Z 9.2 AQ 10.6R 5a480 19 LEHaaI C19 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 05 09.89 S 10.3 TI 40.0L 120 2.9 5 ICQ XX HAR11 Christian Harder, Klipfontain/Vryburg SA
2016M1 2018 05 09.59 xM 10.1 AQ 25.0L 5 39 4.7 6 ICQ XX WYA Christopher Wyatt
2016M1 2018 05 09.17 S 10.6 TK 22.0L 6 60 2.5 3 ICQ XX GOI Marco Goiato
2016M1 2018 05 09.09 S 9.3 TK 20.3T10 77 5 3 ICQ XX GON05 Juan Jose Gonzalez Suarez
2016M1 2018 05 08.04 S 10.2 TK 32.0L 5 80 3 5 PIL01 Uwe Pilz
2016M1 2018 05 03.76 S 10.5 AU 40.0L 4 144 1.7 4 ICQ XX YOS04 Seiichi Yoshida
2016M1 2018 04 26.72 xM 10.8 AQ 25.0L 5 39 3.2 5 ICQ XX WYA Christopher Wyatt
2016M1 2018 04 25.16 C 10.3 MC 50.0L 3a 90 3.3 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2018 04 24.79 Z 9.9 AQ 10.6R 5a600 13 LEHaaI C13 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 04 24.73 V 10.1 U4 51.0Y 7a 90 7.2 ICQ xx HER02I C 7.2 mA16 K6F IRA 5 U3 1.1s 1.1 Carl Hergenrother
2016M1 2018 04 23.43 I[10.3 AC 15.0T10 38 ICQ XX AGUaa Salvador Aguirre, Hermosillo, Sonora,Mex. ; City. Comp. Stars= 103,98
2016M1 2018 04 23.10 S 10.4 TK 25.4T10 96 1.9 2/ ICQ XX COLac Mike Collins, Everton
2016M1 2018 04 22.76 V 10.1 U4 51.0Y 7a 90 7.2 ICQ xx HER02I C 7.2 mA16 K6F IRA 5 U3 1.1s 1.1 Carl Hergenrother
2016M1 2018 04 22.53 S 10.6 TK 8.0B 24 1.5 4 ICQ XX LIN04 Michael Linnolt, Naalehu, Hawaii
2016M1 2018 04 22.27 S 10.8 AU 22.0L 6 160 2 4 ICQ XX GOI Marco Goiato
2016M1 2018 04 22.07 C 11.3 AQ 25.0T 5a360 1.3 ICQ XX WAR01I C 3.33mSXV ICY KPR 5 U4* 0.2 2.0s 2.0 Johan Warell; Comet Alt.:16.2 Calculated mags:11.2,11.5,11.0,11.3,10.9,11.2,11.5,11.7,11.3,11.7,11.1,11.3,11.2
2016M1 2018 04 21.08 S 10.8 TK 18.5L 5 73 1.5 3 ICQ XX KWI Maciej Kwinta, Krakow
2016M1 2018 04 20.69 xM 10.5 AQ 25.0L 5 39 3.8 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 04 20.45 Z 9.9 AQ 10.6R 5a600 12 LEHaaI C12 mSTL KA1 AIT 5 3.5s 3.5 Thomas Lehmann
2016M1 2018 04 20.09 M 10.5 TT 20.0L 4 42 5.5 3/ ICQ XX LEH Martin Lehký
2016M1 2018 04 20.08 B 11.3 TK 44.0L 5 199 1 4 ICQXXX HAS02 Werner Hasubick
2016M1 2018 04 20.08 S 10.9 TK 18.5L 5 73 1.5 3 ICQ XX KWI Maciej Kwinta, Krakow
2016M1 2018 04 19.11 S 10.8 TK 25.4T10 139 1.7 2 ICQ XX COLac Mike Collins, Everton
2016M1 2018 04 19.09 S 9.9 TK 20.3T10 77 4 3 ICQ XX GON05 Juan Jose Gonzalez Suarez
2016M1 2018 04 19.08 S 10.9 TK 18.5L 5 73 1.5 3 ICQ XX KWI Maciej Kwinta, Krakow
2016M1 2018 04 19.08 M 10.5 TT 20.0L 4 42 5.5 3 ICQ XX LEH Martin Lehký
2016M1 2018 04 18.80 C 10.2 AQ 10.6R 5a300 6 ICQ XX RAMaa C s 5 U3 0.1 3.5s 3.5 Raymond Ramlow
2016M1 2018 04 18.08 M 10.6 TT 20.0L 4 42 5 3/ ICQ XX LEH Martin Lehký
2016M1 2018 04 18.03 S 10.0 GB 22.0L 5 80 3 4 ICQ XX WAR01 Johan Warell, Lindby Observatory (K60), Skurup, Sweden ; NELM: 6.5, Reference stars: 96/109, Round coma. Altitude 11 deg. Clear, calm, dry, 5C, transparent sky.
2016M1 2018 04 17.17 C 10.7 MC 50.0L 3a150 4.8 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2018 04 17.14 B 10.8 TK 20.0T10 80 2.5 3 ICQ XX LABaa Carlos Labordena, La Serra
2016M1 2018 04 16.73 xM 11.2 AQ 25.0L 5 83 2.2 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 04 15.77 C 10.0 AQ 9.0R 5a300 6 ICQ XX RAMaa C sST2 5 U1 3.7s 3.7 Raymond Ramlow
2016M1 2018 04 15.71 xM 11.4 AQ 25.0L 5 83 2.7 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 04 15.10 V 10.9 AQ 3.4A 4a 30 2.6 ICQ XX PAR03I C 2.65mCKD CAC MIm 5 U9 0.0 7.9s 7.9 Mieczyslaw Leszek Paradowski, Lublin, Poland; Software: IRIS, IT=450s; comet alt. 26.7 deg; dawn
2016M1 2018 04 15.07 S 11.1 TK 18.5L 5 73 1.5 3/ ICQ XX KWI Maciej Kwinta, Krakow
2016M1 2018 04 14.67 xM 11.6 AQ 25.0L 5 83 2 4/ ICQ XX WYA Christopher Wyatt
2016M1 2018 04 14.07 S 11.2 TK 18.5L 5 73 1.5 3/ ICQ XX KWI Maciej Kwinta, Krakow
2016M1 2018 04 11.66 xM 11.3 AQ 25.0L 5 39 2.3 4 ICQ XX WYA Christopher Wyatt
2016M1 2018 04 11.43 Z 10.2 AQ 10.6R 5a720 13 LEHaa Thomas Lehmann
2016M1 2018 04 11.08 S 11.1 TI 53.1L 176 1.2 2 ICQ XX HAR11 Christian Harder, Jeersdorf; SQM-L: 20.9 mag/arcsec^2, Swanfilter sprach nur gering an
2016M1 2018 04 10.04 M 11.2:TT 32.6L 5 67 & 2 3 ICQ XX GUZ Piotr Guzik
2016M1 2018 04 09.08 C 11.4 AQ 10.0R 6a640 3.5 0.02 264 FRIaa Steffen Fritsche
2016M1 2018 04 03.80 Z 10.8 AQ 10.6R 5a840 9 LEHaa Thomas Lehmann
2016M1 2018 03 29.46 C 11.1 AQ 10.6R 5a300 3.6 ICQ XX RAMaa C sSTL KA1 5 U3 0.1 3.5s 3.5 Raymond Ramlow; moon 130 deg. away, 94% illuminated
2016M1 2018 03 27.17 B 11.1 TK 20.0T10 80 1.5 3 ICQ XX LABaa Carlos Labordena, La Serra
2016M1 2018 03 26.77 Z 10.6 AQ 10.6R 5a600 11 0.1 328 LEHaa Thomas Lehmann
2016M1 2018 03 25.12 S 11.0 TK 32.0L 5 144 PIL01 Uwe Pilz
2016M1 2018 03 24.74 xC 12.7 HV 15.0L 3a100 1.1 6 ICQ XX HAR10I a 2S 1.1 mCDS CFC MK1 5 4* 8.6 7.1s 7.1 Ken Harikae; GUIDE 9.0 software used for comp. star mags. B-V of comp. star was +0.064.
2016M1 2018 03 24.70 xS 12.0 AQ 25.0L 5 83 1.3 3 ICQ XX WYA Christopher Wyatt
2016M1 2018 03 24.33 S 11.3 AU 22.0L 6 160 1.5 3 ICQ XX GOI Marco Goiato
2016M1 2018 03 24.21 C 11.6 MC 50.0L 3a150 2 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2018 03 24.10 M 11.3 AQ 32.6L 5 67 & 2 4 ICQ XX GUZ Piotr Guzik
2016M1 2018 03 18.72 xM 11.8 AQ 25.0L 5 83 1.3 5/ ICQ XX WYA Christopher Wyatt
2016M1 2018 03 16.82 xC 12.4 HV 15.0L 3a 50 1.1 6 ICQ XX HAR10I a 2S 1.1 mCDS CFC MK1 5 2* 8.0 7.1s 7.1 Ken Harikae; GUIDE 9.0 software used for comp. star mags. B-V of comp. star was +0.722.
2016M1 2018 03 16.21 C 10.8 MC 50.0L 3a150 1.4 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.1 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2018 03 13.82 xC 12.6 HV 15.0L 3a 50 1.3 6 ICQ XX HAR10I a 2S 1.3 mCDS CFC MK1 5 2* 7.9 7.1s 7.1 Ken Harikae; GUIDE 9.0 software used for comp. star mags. B-V of comp. star was +0.174.
2016M1 2018 03 13.45 C 11.6 AQ 10.6R 5a300 3 2.5m311 ICQ XX RAMaa C sSTL KA1 A32 5 U3 0.2 3.5s 3.5 Raymond Ramlow
2016M1 2018 03 10.49 Z 11.1 AQ 10.6R 5a600 8 LEHaa Thomas Lehmann
2016M1 2018 02 27.50 C 11.8:AQ 10.6R 5a300 2.2 3.0m328 ICQ XX RAMaa C sSTL KA1 A32 5 U3 3.5s 3.5 Raymond Ramlow; dense star field
2016M1 2018 02 26.50 Z 11.8 AQ 51.0L 4a480 5 LEHaa Thomas Lehmann
2016M1 2018 02 22.51 Z 11.8 AQ 10.6R 5a720 5.5 LEHaa Thomas Lehmann
2016M1 2018 02 21.23 S 11.0 TK 20.3T10 133 3 2/ ICQ XX GON05 Juan Jose Gonzalez Suarez
2016M1 2018 02 17.84 xC 12.8 HV 15.0L 3a 75 1.4 5 ICQ XX HAR10I a 2S 1.4 mCDS CFC MK1 5 3* 8.2 7.1s 7.1 Ken Harikae; GUIDE 9.0 software used for comp. star mags. B-V of comp. star was +0.263.
2016M1 2018 02 15.28 C 11.4 MC 50.0L 3a150 1.1 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2018 02 14.21 C 14.2 AQ 25.0T 5a270 1.7 ICQ XX WAR01I C 1.67mSXV ICY KPR 5 U3* 0.7 2.0s 2.0 Johan Warell; Comet Alt.:9.2 Calculated mags:16.1,16.3,16.1,15.0,15.0,16.9,16.7,15.4,15.1,16.0
2016M1 2018 02 13.51 C 12.6 U4 10.6R 5a300 2.2 1.6m350 ICQ XX RAMaa C sSTL KA1 5 U3 3.5s 3.5 Raymond Ramlow
2016M1 2018 02 12.84 xC 12.7 HV 15.0L 3a 25 1.8 5 ICQ XX HAR10I a 3S 1.8 mCDS CFC MK1 5 7.7 7.1s 7.1 Ken Harikae; GUIDE 9.0 software used for comp. star mags. B-V of comp. star was +0.540.
2016M1 2018 02 12.51 Z 12.0 AQ 10.6R 5a600 6 0.04 352 LEHaa Thomas Lehmann
2016M1 2018 02 04.52 Z 12.0 AQ 10.6R 5a840 6 0.03 335 LEHaa Thomas Lehmann
2016M1 2018 02 01.53 C 12.8 AQ 10.6R 5a720 2.4 0.02 327 LEHaa Thomas Lehmann
2016M1 2018 01 26.85 xC 13.4 HV 15.0L 3a 50 0.9 2 ICQ XX HAR10I a 2S 0.9 mCDS CFC MK1 5 2* 8.3 7.1s 7.1 Ken Harikae; GUIDE 9.0 software used for comp. star mags. B-V of comp. star was +0.448.
2016M1 2018 01 18.54 C 13.4:U4 10.6R 5a300 0.9 ICQ XX RAMaa C sSTL KA1 5 U3 3.5s 3.5 Raymond Ramlow; altitude=16 deg., strong twilight
2016M1 2017 11 28.70 C 14.3 AQ 20.0L 4a840 1.1 LEHaa Thomas Lehmann
2016M1 2017 11 22.72 C 14.4 AQ 20.0L 4B520 1.1 LEHaa Thomas Lehmann
2016M1 2017 11 14.75 S 14.0 U4 60.0L 4 244 0.5 3 ICQ XX SZA Sandor Szabo, Sopron
2016M1 2017 11 13.77 C 14.7 AQ 25.0T 5a240 1.3 ICQ XX WAR01I C 1.33mSXV ICY KPR 5 U4* 0.4 2.0s 2.0 Johan Warell; Comet Alt.:35.0 Calculated mags:14.9,14.5,14.6,15.1,14.5,15.2,14.1,14.9
2016M1 2017 11 13.73 C 14.5 AQ 20.0L 4C480 1.1 0.01 8 LEHaa Thomas Lehmann
2016M1 2017 11 12.75 S 13.5 TI 40.2L 164 0.6 3 ICQ XX HAR11 Christian Harder, Tondern/DK
2016M1 2017 11 03.86 C 13.1 MC 50.0L 3a150 0.7 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 11 01.73 C 14.8 AQ 20.0L 4a720 1.2 LEHaa Thomas Lehmann
2016M1 2017 10 26.40 S[13.9 UO 40.0L 4 257 ! 0.4 ICQ XX YOS04 Seiichi Yoshida
2016M1 2017 10 25.08 C 14.3 TK 25.0L 3a300 0.7 ICQ XX RAMaa C sSTM K32 A32 5 U3 0.1 1.6s 1.6 Raymond Ramlow
2016M1 2017 10 19.78 C 14.8 AQ 40.0L 3A500 1 0.01 42 LEHaa Thomas Lehmann
2016M1 2017 10 19.78 C 14.7 AQ 20.0L 4D320 1.1 0.03 31 LEHaa Thomas Lehmann
2016M1 2017 10 14.76 C 14.7 AQ 20.0L 4C600 1.2 0.02 27 LEHaa Thomas Lehmann
2016M1 2017 10 11.14 C 14.3:TK 25.0L 3a300 0.8 ICQ XX RAMaa C sSTM K32 5 U3 0.2 1.6s 1.6 Raymond Ramlow
2016M1 2017 10 09.12 C 14.2 TK 25.0L 3a300 0.7 ICQ XX RAMaa C sSTM K32 A32 5 U3 1.6s 1.6 Raymond Ramlow
2016M1 2017 10 09.11 C 14.7 AQ 51.0L 4a480 1.5 0.02 38 LEHaa Thomas Lehmann
2016M1 2017 10 06.86 C 14.2 MC 50.0L 3a150 0.6 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 10 06.18 C 14.3 TK 61.0L 6a180 0.6 ICQ XX RAMaa C sFL9 KA9 5 U3 0.1 0.6s 0.6 Raymond Ramlow; Mag. measurements between 14.22 and 14.32
2016M1 2017 10 04.18 C 14.1 TK 61.0L 6a180 0.7 ICQ XX RAMaa C sFL9 KA9 5 U3 0.1 0.6s 0.6 Raymond Ramlow
2016M1 2017 09 26.18 C 14.4 TK 25.0L 3a300 0.7 ICQ XX RAMaa C sSTM K32 5 U3 1.6s 1.6 Raymond Ramlow
2016M1 2017 09 25.19 C 14.4 TK 15.0R 7a300 0.7 ICQ XX RAMaa C s 5 U3 1.4s 1.4 Raymond Ramlow
2016M1 2017 09 24.48 xC 14.2 TJ 20.3Y 5a240 0.6 ICQ XX YOS02I a 5S 0.6 mST9 K26 SI6 5 11.5 3.4s 3.4 Katsumi Yoshimoto; GUIDE 9.0 software used for comp. star mags. B-V of comp. stars were +0.54,+0.58 and +0.60.
2016M1 2017 09 24.17 C 14.5 TK 61.0L 6a120 0.7 ICQ XX RAMaa C sFL9 KA9 5 U3 0.6s 0.6 Raymond Ramlow
2016M1 2017 09 22.84 C 13.3 MC 50.0L 3a150 0.7 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 09 22.82 S 14.5 U4 60.0L 4 305 0.5 5 ICQ XX SZA Sandor Szabo, Sopron
2016M1 2017 09 19.11 C 14.5 TK 25.0L 3a300 0.8 ICQ XX RAMaa C sSTM K32 A32 5 U3 1.6s 1.6 Raymond Ramlow
2016M1 2017 09 17.87 C 15.0 AQ 20.0L 4D440 1.2 0.01 42 LEHaa Thomas Lehmann
2016M1 2017 09 17.80 C 14.9 AQ 20.0L 4D440 1.2 0.02 44 LEHaa Thomas Lehmann
2016M1 2017 09 15.91 C 14.2 MC 50.0L 3a150 1 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 09 11.13 C 14.5 TK 25.0L 3a300 0.7 ICQ XX RAMaa C sSTM K32 5 U3 1.6s 1.6 Raymond Ramlow
2016M1 2017 09 10.82 C 14.9 AQ 20.0L 4D800 1.2 0.01 62 LEHaa Thomas Lehmann
2016M1 2017 09 08.93 C 14.6 MC 50.0L 3a150 1.6 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 09 05.20 C 14.6 U4 10.6R 5a300 0.7 ICQ XX RAMaa C sSTL KA1 A32 5 U3 0.1 3.5s 3.5 Raymond Ramlow
2016M1 2017 09 04.86 C 14.9 AQ 20.0L 4I000 1.1 LEHaa Thomas Lehmann
2016M1 2017 08 29.90 C 15.1 AQ 20.0L 4D560 1 LEHaa Thomas Lehmann
2016M1 2017 08 29.84 C 15.2 AQ 20.0L 4E160 0.9 LEHaa Thomas Lehmann
2016M1 2017 08 27.86 C 15.1 AQ 20.0L 4B640 0.9 LEHaa Thomas Lehmann
2016M1 2017 08 26.84 C 15.4 AQ 20.0L 4A200 0.6 LEHaa Thomas Lehmann
2016M1 2017 08 24.91 C 15.2 AQ 20.0L 4D680 0.8 LEHaa Thomas Lehmann
2016M1 2017 08 24.85 C 15.2 AQ 20.0L 4E280 0.8 LEHaa Thomas Lehmann
2016M1 2017 08 17.83 S 15.0 U4 60.0L 4 244 0.3 6 ICQ XX SZA Sandor Szabo, Tarjan
2016M1 2017 08 14.86 B 14.9 U4 20.0L 4a450 0.29 5 ICQ XX NAGaa S dCDS CFC A4A 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 08 14.84 C 15.4 AQ 20.0L 4A320 0.7 LEHaa Thomas Lehmann
2016M1 2017 08 14.15 C 15.3 AQ 51.0L 4a360 0.8 LEHaa Thomas Lehmann
2016M1 2017 08 13.91 C 15.2 AQ 20.0L 4G080 1 LEHaa Thomas Lehmann
2016M1 2017 08 11.97 C 14.3 MC 50.0L 3a150 0.7 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 08 09.99 Z 15.9 U4 35.0T 6a300 0.38 ICQ XX BUCaa a300C22.6 sST9 K26 CMP 0 U 2.0d 2.0 Denis Buczynski, Tarbatness MPC Code I81; vem Mag derived from comphot Nick James BAA Software
2016M1 2017 08 06.91 C 15.4 AQ 20.0L 4F120 0.8 LEHaa Thomas Lehmann
2016M1 2017 08 02.03 B 14.7 U4 20.0L 4a450 0.19 1 ICQ XX NAGaa S dCDS CFC A4A 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 08 02.02 B 14.7 U4 20.0L 4a450 0.19 1 ICQ XX NAGaa S dCDS CFC A4A 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 07 30.06 C 14.6 MC 50.0L 3a150 0.6 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 07 29.92 C 15.3 AQ 20.0L 4I240 1 LEHaa Thomas Lehmann
2016M1 2017 07 26.97 Z 15.9 U4 35.0T 6a720 ICQ XX BUCaa C22.6 sST9 K26 CMP 5 U 2.0s 2.0 Denis Buczynski, I81 tarbatness; Magnitude derived using Nick James BAA comphot for VEM
2016M1 2017 07 25.88 Z 16.0 U4 28.0T10a307 0.18 ICQ XX JAMaaI C 0.38sFL9 K6F CMP 5 7* 1.4s 1.4 Nick James
2016M1 2017 07 22.94 C 15.4 AQ 20.0L 4E640 0.9 LEHaa Thomas Lehmann
2016M1 2017 07 20.93 C 15.4 TK 20.0L 4A680 0.8 LEHaa Thomas Lehmann
2016M1 2017 07 18.96 C 13.3 U4 20.0L 4a450 0.89D8 ICQ XX NAGaa S dCDS CFC A4A 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 07 17.95 C 13.5 U4 20.0L 4a450 0.76D8 ICQ XX NAGaa S dCDS CFC A4A 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 07 15.94 C 13.9 U4 20.0L 4a450 0.76 7 ICQ XX NAGaa S dCDS CFC A4A 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 07 15.05 C 14.9 UO 50.0L 3a150 0.7 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 07 12.16 C 15.6 AQ 51.0L 4a600 0.8 LEHaa Thomas Lehmann
2016M1 2017 06 29.93 C 13.7 UO 50.0L 3a150 0.7 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 06 29.25 C 15.6 AQ 51.0L 4a600 0.8 LEHaa Thomas Lehmann
2016M1 2017 06 24.98 B 15.7 U4 20.0L 4a450 0.25 0 ICQ XX NAGaa S dCDS CFC 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 06 20.91 B 16.0 U4 20.0L 4a450 0.17S8 ICQ XX NAGaa S dCDS CFC 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 06 19.94 B 14.7 U4 20.0L 4a450 0.58S7 ICQ XX NAGaa S dCDS CFC 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 06 17.33 C 15.6 TK 10.6R 5a960 1.2 LEHaa Thomas Lehmann
2016M1 2017 06 15.94 B 15.3 U4 20.0L 4a450 0.25D7 ICQ XX NAGaa S dCDS CFC 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 06 15.25 C 15.2 TK 10.6R 5a600 1.2 LEHaa Thomas Lehmann
2016M1 2017 06 10.34 C 15.7 AQ 51.0L 4a780 0.7 LEHaa Thomas Lehmann
2016M1 2017 06 03.02 C 13.7 UO 50.0L 3a150 0.5 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.1 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 06 01.97 C 15.6 TK 7.5A 4C294 1 LEHaa Thomas Lehmann
2016M1 2017 05 28.96 B 15.8 U4 20.0L 4a450 0.33 1 ICQ XX NAGaa S dCDS CFC 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 05 18.40 C 16.1 AQ 51.0L 4a600 0.7 LEHaa Thomas Lehmann
2016M1 2017 05 18.15 C 14.8 UO 50.0L 3a150 0.6 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 05 06.04 C 15.7 UO 50.0L 3a150 0.3 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 04 23.07 V 16.4 TK 50.0L 4 60 0.3 ICQ TA QVA Jan K Qvam
2016M1 2017 04 21.19 C 15.7 UO 50.0L 3a150 0.4 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 04 15.46 C 16.6 AQ 51.0L 4a960 0.5 LEHaa Thomas Lehmann
2016M1 2017 04 06.12 C 15.8 MC 50.0L 3a150 0.3 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2017 04 02.10 B 15.8 U4 20.0L 4a450 0.25S5 ICQ XX NAGaa S dCDS CFC 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 04 01.07 B 17.0 U4 20.0L 4a450 0.33s2 ICQ XX NAGaa S dCDS CFC 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 03 30.10 B 16.8 U4 20.0L 4a450 0.66S3 ICQ XX NAGaa S dCDS CFC 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 03 28.11 B 16.7 U4 20.0L 4a450 0 9 ICQ XX NAGaa S dCDS CFC 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 03 24.10 B 17.2 U4 20.0L 4a450 0.17S8 ICQ XX NAGaa S dCDS CFC 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 03 17.49 C 16.8 AQ 51.0L 4A080 0.5 LEHaa Thomas Lehmann
2016M1 2017 03 02.51 C 17.0 TK 10.6R 5a600 1 LEHaa Thomas Lehmann
2016M1 2017 02 26.01 B 17.3 U4 20.0L 4a450 0.33 0 ICQ XX NAGaa S dCDS CFC 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2017 02 16.51 C 17.1:TK 10.6R 5A080 0.9 LEHaa Thomas Lehmann
2016M1 2017 01 18.27 C 15.1 MC 50.0L 3a150 0.3 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.1 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2016 12 31.14 B 17.3 U4 20.0L 4a450 0 9 ICQ XX NAGaa S dCDS CFC 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2016 12 30.14 B 17.5 U4 20.0L 4a450 0 9 ICQ XX NAGaa S dCDS CFC 5 U9 d Akos Nagy Melykuti, Szalánta
2016M1 2016 10 31.89 C 17.2 UO 50.0L 3a150 0.2 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.1 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2016 10 06.91 C 17.5 UO 50.0L 3a150 0.2 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.1 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2016 09 29.95 C 17.7 UO 50.0L 3a150 0.2 ICQ XX HILaaI C 0.19mFL9 K32 AFo 5 P5 0.1 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2016 09 08.89 C 17.8 UO 50.0L 3a150 0.2 ICQ XX HILaaI C 0.19mFL9 K32 AFo P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2016 09 01.95 C 16.9 UO 50.0L 3a150 0.2 ICQ XX HILaaI C 0.19mFL9 K32 AFo P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2016 08 25.95 C 16.7 MC 50.0L 3a150 0.2 ICQ XX HILaaI C 0.19mFL9 K32 AFo P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2016 07 03.82 C 17.8 AQ 30.0D 2a600 9 ICQ XX NOV01I C 0.62mFL9 KA9 MIm P5* 0.2 14.9 4.2s 4.2 Artyom Novichonok
2016M1 2016 07 03.82 C 18.0 UO 30.0D 2a600 9 ICQ XX NOV01I S 0.5 mFL9 KA9 AFo P5 4.2s 4.2 Artyom Novichonok
2016M1 2016 06 27.00 C 18.5 UO 50.0L 3a150 0.2 ICQ XX HILaaI C 0.19mFL9 K32 AFo P5 0.0 1.0s 1.0 Kevin Hills; Multibox data generated using Astrometrica and FoCas, then Kphot used to estimate visual equivalent magnitude as reported above
2016M1 2016 06 26.82 C 17.6:UO 30.0D 2a600 9 ICQ XX NOV01I S 0.5 mFL9 KA9 AFo P3 4.2s 4.2 Artyom Novichonok
2016M1 2016 04 19.95 C 17.7 AQ 20.0R 9a120 < 0.22 9 ICQ XX NOV01I C mSTM K32 MIm P9* 0.3 15.7 1.9s 1.9 Artyom Novichonok
2016M1 2016 04 19.95 C 17.6 UO 20.0R 9a120 < 0.22 9 ICQ XX NOV01I S 1 mSTM K32 AFo P9* 1.9s 1.9 Artyom Novichonok
2016M1 2016 04 11.97 C 17.5 UO 20.0R 9a120 < 0.22 9 ICQ XX NOV01I S 0.5 mSTM K32 AFo P9* 1.9s 1.9 Artyom Novichonok
2016M1 2016 04 11.97 C 17.8 UO 20.0R 9a120 < 0.22 9 ICQ XX NOV01I C 0.5 mSTM K32 MIm P9* 0.3 1.9s 1.9 Artyom Novichonok