Ephemeris of the order of last observations

ObjectTMagnitudeR.A.Last obs.cross
P/2002 EJ57 (LINEAR)2018 06 1819.3T-18.9T06h1808/24
P/1998 VS24 (LINEAR)2018 01 1718.7N-18.9N01h421999 01 14,693,19.1 T09/01
P/1999 XN120 (Catalina)2017 06 1217.2T-17.0T08h552000 03 30,360,17.8 T01/06
P/2010 H2 (Vales)2017 09 1518.9T-18.9T14h082010 07 14,160,19.1 N11/27
(60558) Echeclus [174P]2015 04 2117.5N-17.8N02h472011 10 02,D90,19.1 R09/16
37P/Forbes2018 05 0419.4T-18.3T13h512012 12 09,349,19.4 T08/07
103P/Hartley2017 04 2018.4T-18.3T11h282013 05 14,215,19.2 T11/02
P/2011 CR42 (Catalina)2018 06 2218.2T-17.8T12h402013 10 30,E10,20.0 T11/21
P/2013 YG46 (Spacewatch)2017 01 2716.0T-16.6T01h272016 05 26,I57,16.8 N11/11
P/2016 G1 (PANSTARRS)2017 01 2618.4T-18.8T03h032016 08 09,W96,20.5 N10/17
219P/LINEAR2017 02 2017.5T-17.9T03h132016 10 15,A77,18.3 N11/13
139P/Vaisala-Oterma2017 12 1018.3T-18.4T02h302016 10 30,A77,20.0 N11/24
237P/LINEAR2016 10 1118.3T-19.2T00h182016 10 31,A77,12.3 T11/28
188P/LINEAR-Mueller2017 02 1617.9T-17.9T07h282017 02 13,C23,17.3 N09/22
143P/Kowal-Mrkos2018 05 0718.3T-17.9T11h362017 02 18,A77,20.6 N11/28
117P/Helin-Roman-Alu2014 03 2718.0T-17.9T06h242017 03 17,G96,18.1 T11/21
128P/Shoemaker-Holt2017 01 1018.9T-18.9T09h272017 03 24,695,19.7 N10/28
314P/2014 U1 (Montani)2016 10 0818.9T-18.8T11h562017 03 30,A71,18.5 N12/20
C/2006 S3 (LONEOS)2012 04 1218.9T-18.9T10h142017 03 31,461,19.7 T11/01
183P/Korlevic-Juric2017 11 1118.6T-18.4T12h072017 04 02,850,20.0 N09/29
30P/Reinmuth2017 08 1916.2T-16.1T12h432017 04 17,J22,17.1 N01/20
C/2017 A3 (Elenin)2017 01 3018.5T-18.5T07h212017 04 25,474,18.4 N12/30
C/2014 B1 (Schwartz)2017 09 1015.8T-15.7T10h282017 04 30,Q68,17.5 N09/04
74P/Smirnova-Chernykh2018 01 2616.4T-16.1T11h202017 05 04,703,17.2 T12/09
P/2015 TP200 (LINEAR)2016 10 2818.7T-18.7T11h162017 05 04,703,17.8 T09/30
C/2015 LC2 (PANSTARRS)2015 05 0118.5T-18.6T15h322017 06 04,G96,17.7 T11/06
C/2013 X1 (PANSTARRS)2016 04 2018.4T-18.5T13h042017 06 05,T08,17.8 T02/01
C/2014 R3 (PANSTARRS)2016 08 0817.5T-17.4T12h002017 06 06,G96,17.0 T08/27
352P/2000 S1 (Skiff)2017 06 2117.5T-18.1T00h252017 06 06,Q62,17.8 T10/22
164P/Christensen2018 05 3118.0T-17.9T20h472017 06 22,F51,21.0 T12/20
236P/LINEAR2017 11 2018.4T-18.8T21h392017 06 29,291,20.2 T11/28
213P/Van Ness2017 09 2416.5T-17.0T20h382017 07 01,107,15.3 N01/31
71P/Clark2017 06 3015.6T-16.7T20h552017 07 04,E94,14.0 N11/22
C/2017 D3 (ATLAS)2017 04 2618.0T-17.9T12h442017 07 05,T08,18.0 T09/30
C/2017 E3 (PANSTARRS)2017 06 0218.0T-18.0T14h152017 07 22,Q68,17.7 N11/03
357P/2008 T4 (Hill)2018 05 2918.8T-19.0T22h312017 08 18,F51,22.0 T11/07
145P/Shoemaker-Levy2017 08 3115.3T-15.6T05h412017 09 02,349,15.4 T10/20
355P/2017 M2 (LINEAR-NEAT)2017 10 1216.8T-17.5T02h212017 09 03,349,17.1 T11/14
185P/Petriew2018 01 2719.4T-16.1T18h502017 09 18,Q11,19.4 T10/28
217P/LINEAR2017 07 1613.9T-14.4T08h202017 09 24,372,14.5 T01/26
C/2013 V4 (Catalina)2015 10 0717.4T-17.5T14h472017 09 24,C23,17.7 N11/18
159P/LONEOS2018 05 2218.6T-18.7T01h462017 09 25,Q11,19.2 T11/17
240P/NEAT2018 05 1514.1T-14.1T23h522017 09 28,Q11,15.1 T12/07
14P/Wolf2017 12 0118.7T-19.0T22h192017 09 29,A71,19.5 N10/15
29P/Schwassmann-Wachmann2019 03 1213.1T-13.3T21h092017 09 29,A77,16.5 N08/05
47P/Ashbrook-Jackson2017 06 1015.7T-16.2T00h582017 09 29,T08,16.7 T09/20
C/2015 V1 (PANSTARRS)2017 12 1714.6T-14.8T00h422017 09 30,A71,16.2 N10/10
73P/Schwassmann-Wachmann2017 03 1618.1T-19.1T02h042017 09 30,F51,18.4 T12/02
62P/Tsuchinshan2017 11 1611.6T-12.1T10h532017 09 30,L51,12.9 T12/22
24P/Schaumasse2017 11 1610.7T-11.3T11h562017 10 01,L51,13.8 T12/12
C/2017 K4 (ATLAS)2018 01 0815.9T-15.9T18h462017 10 11,J22,15.8 N01/19
C/2017 M5 (TOTAS)2018 05 3118.5T-18.6T18h472017 10 14,215,18.7 T10/30
C/2017 T2 (PANSTARRS)2020 05 0419.1T-18.9T03h162017 10 24,I52,18.8 T11/27
C/2017 D2 (Barros)2017 07 1417.1T-17.7T21h282017 10 26,703,17.3 T08/24
C/2015 XY1 (Lemmon)2018 04 3017.9T-17.7T06h512017 10 26,D81,16.6 T01/02
P/2017 S8 (PANSTARRS)2018 01 2818.8T-18.9T02h542017 10 27,691,18.7 T10/05
C/2014 OE4 (PANSTARRS)2016 12 1116.7T-16.8T18h342017 10 29,970,16.1 N11/23
C/2017 K2 (PANSTARRS)2022 12 2118.2T-18.1T17h232017 10 29,970,18.6 N12/20
C/2015 O1 (PANSTARRS)2018 02 1914.7T-14.5T16h142017 10 29,C23,14.8 N01/20
C/2016 N6 (PANSTARRS)2018 07 1814.5T-13.9T15h132017 10 29,C23,15.3 N01/19
C/2016 T3 (PANSTARRS)2017 09 0619.0T-18.7T09h382017 10 30,T08,18.0 T12/24
C/2016 N4 (MASTER)2017 09 1614.9T-15.1T19h482017 10 31,K14,16.8 N09/17
P/2017 S5 (ATLAS)2017 07 2718.4T-18.9T00h332017 10 31,T08,17.8 T12/05
C/2016 M1 (PANSTARRS)2018 08 1013.8T-13.5T17h322017 11 01,850,15.2 N12/24
C/2017 T3 (ATLAS)2018 07 1917.7T-17.1T21h322017 11 01,K51,17.8 N11/12
C/2011 KP36 (Spacewatch)2016 05 2615.5T-15.7T03h262017 11 01,T05,16.3 T09/16
C/2017 M4 (ATLAS)2019 01 1816.6T-16.5T18h322017 11 02,A77,16.8 N11/28
C/2017 O1 (ASASSN)2017 10 1410.5T-11.3T04h462017 11 02,C23,14.9 N10/19
C/2016 R2 (PANSTARRS)2018 05 0912.9T-12.5T05h222017 11 02,C23,15.2 N12/13
C/2016 A1 (PANSTARRS)2017 11 2315.8T-15.6T09h162017 11 02,C23,16.6 N01/28
C/2017 T1 (Heinze)2018 02 2116.0T-13.1T08h492017 11 02,C23,16.9 N01/03
90P/Gehrels2017 06 1917.8T-17.9T05h412017 11 02,C23,17.2 N10/06
C/2010 U3 (Boattini)2019 02 2616.5T-16.4T07h032017 11 02,C23,17.4 N11/05
C/2017 S6 (Catalina)2018 02 2716.8T-16.3T03h302017 11 02,F51,19.5 T01/31
C/2015 ER61 (PANSTARRS)2017 05 0914.2T-15.3T03h072017 11 02,T05,15.4 T11/18
inserted by FC2 system