Contents  on 6 April '17

Asteroid/Comet Connection (A/CC) Resources:

The latest A/CC news is available via framed access, RSS news feed RSS news feed, or redirection.

Navigation tips: Use the << and >> arrows on the menus for each regular section (Observers, Risks, etc.) to move to the previous and next day's news for that section. Use the Index menu item to access specific days through a calendar interface. To keep track of what's new each day, watch the Chronology section.

Traffic Report  on 6 April '17

Eleven objects reported inside ten LD

Today eleven minor objects are reported to be within ten lunar distances (LD) of our home world. Nearest is NHATS target 2017 FT102, which is in Earth's SOI outbound from 1.57 to 1.97 LD.

Earth passage I D ~Size Distance Today  Notes
0.04 LD April 42017 GM 4 m  6.03 to 9.88 LD intruder
0.57 LD April 22017 FU102 6 m  5.24 to 6.88 LD intruder, NHATS target
1.05 LD April 32017 FT102 4 m  1.57 to 1.97 LD NHATS target, inside Earth SOI
2.05 LD April 32017 FQ127 19 m  7.77 to 10.89 LD exits ten LD
2.57 LD March 222017 FJ3 4 m  7.14 to 7.57 LD NHATS target
3.49 LD April 92017 GT4 16 m  5.54 from 7.27 LD DOU
3.74 LD today2017 FU64 57 m  3.74 LD Earth closest at 1915 UTC - DOU
5.20 LD today2017 FW128 12 m  5.20 LD NHATS target, risk, Earth closest at 2027 UTC
5.75 LD March 272017 FF3 15 m  8.48 to 8.95 LD NHATS target
7.03 LD April 42017 FM101 16 m  7.44 to 8.32 LD NHATS target - DOU
7.69 LD tomorrow2017 FS102 13 m  7.81 from 8.25 LD

This report was generated at 1845 UTC with follow-up in today's DOU MPEC for three objects active in the traffic tables here and for two quite dim departed risk-listed objects that both passed Earth on March 17th, before their discovery. 2017 FA3 went by at 1.72 LD (4.97 days added to 5.06-day observation arc) and intruder 2017 FD3 at 0.47 LD (4.96 days added to 8.02).

Approaching (sorted by 10-LD bubble entry date)
6.66 LD April 132017 FF128 26 m  < 10 LD April 10
4.57 LD April 192014 JO25 812 m  < 10 LD April 18, radar target
7.92 LD May 292017 CS 446 m  < 10 LD May 26, radar target



Notes: Ten times the distance to the Moon (ten LD) has no astronomical importance but is a useful boundary for reporting on transient natural objects that approach the actually significant gravitational sphere of influence (SOI), which has a radius of about 2.41 LD from Earth's center. This puts a focus on some of the most important and very best NEO observation work, representative of the much larger NEO discovery and tracking effort. Object distances are derived by A/CC from JPL Horizons data. See also current sky chart and object details (alt-details), ephemerides, and today's timeline.

NEOCP Activity  on 6 April '17

The MPC's NEO Confirmation Page has 60 listings

When last checked at 2358 UTC today, the Minor Planet Center's Near Earth Object discovery Confirmation Page (NEOCP) had 60 objects listed. Of these, 27 were "one nighters." So far The Tracking News has counted a total of 79 listings on the NEOCP today.

To learn how observers use the NEOCP, see the Practical guide on how to observe NEOCP object at Suno Observatory by Birtwhistle et al.

New MPECs  on 6 April '17

Minor Planet Electronic Circulars

As of last check at 2358 UTC, there have been fifteen MPECs posted today from the International Astronomical Union's Minor Planet Center in Cambridge, Massachusetts.


MPEC 2017-G68 - "23:06 UT" - 2017 GO5


MPEC 2017-G67 - "23:03 UT" - 2017 GU5


MPEC 2017-G66 - "22:59 UT" - 2017 GT5


MPEC 2017-G65 - "22:56 UT" - 2017 GS5


MPEC 2017-G64 - "22:53 UT" - 2017 GR5


MPEC 2017-G63 - "22:50 UT" - 2017 GQ5


MPEC 2017-G62 - "22:46 UT" - 2017 GP5


MPEC 2017-G61 - "22:43 UT" - 2017 GN5


MPEC 2017-G60 - "22:32 UT" - 2017 GM5


MPEC 2017-G59 - "22:28 UT" - 2017 GL5


MPEC 2017-G58 - "22:04 UT" - 2009 HS2


MPEC 2017-G57 - "15:46 UT" - Comet P/2017 G1 (Panstarrs)


MPEC 2017-G56 - "15:40 UT" - Comet C/2017 F2 (Panstarrs)


MPEC 2017-G55 - "14:00 UT" - 2013 SY99


<< DOU on 6 Apr. '17 >>  MPEC 2017-G54 - "12:07 UT" - Daily Orbit Update

Observers  on 6 April '17

A total of 31 observers appear in today's MPECs.

CodeObserver / observatory
T05ATLAS Haleakala in Hawaii, 6 in MPECs 2017-G54 & 2017-G66 -- 2017 GT5, 90075, 222073, 220124, 5604, 1036
T08ATLAS Mauna Loa in Hawaii, 6 in MPEC 2017-G54 -- 2017 AC5, 474231, 11398, 10636, 3103, 2329
160Castelmartini Obs. in Italy, 10 in MPEC 2017-G54 -- 2017 FU64, 2017 AC5, 54789, 52750, 388838, 252091, 220124, 143404, 137158, 4953
107Cavezzo Obs. in Italy, 1 in MPEC 2017-G54 -- 474231
807|Robert Holmes in Illinois via Cerro Tololo Inter-American Obs. (CTIO) in Chile, 13 in MPECs 2017-G54, 2017-G57, 2017-G64, 2017-G65 & 2017-G66 -- 2017 GT5, 2017 GS5, 2017 GR5, P/2017 G1, 2017 FT2, 2017 FS101, 2017 FR128, 2017 FR101, 2017 FP102, 2017 FO102, 2017 FK101, 2017 FJ63, 2017 FE65
K65Cesena Obs. in Italy, 1 in MPEC 2017-G54 -- 2017 DT37
F652Lothar Kurtze in Germany via Faulkes Telescope North in Hawaii, 1 in MPEC 2017-G58 -- 2009 HS2
K88GINOP-KHK in Hungary, 1 in MPEC 2017-G58 -- 2009 HS2
J95Great Shefford Obs. in England, 5 in MPECs 2017-G58, 2017-G59, 2017-G60, 2017-G63 & 2017-G68 -- 2017 GQ5, 2017 GO5, 2017 GM5, 2017 GL5, 2009 HS2
W86LCOGT Cerro Tololo B in Chile, 1 in MPEC 2017-G57 -- P/2017 G1
V37LCOGT Fort Davis in Texas, 1 in MPEC 2017-G56 -- C/2017 F2
K92LCOGT Sutherland B in South Africa, 1 in MPEC 2017-G64 -- 2017 GR5
Z22MASTER IAC Obs. in the Canary Islands, 3 in MPEC 2017-G54 -- 138155, 137158, 4055
568@Jean-Marc Petit on Mauna Kea in Hawaii, 1 in MPEC 2017-G55 -- 2013 SY99
568_Marco Micheli on Mauna Kea in Hawaii, 5 in MPECs 2017-G56, 2017-G57, 2017-G62, 2017-G63 & 2017-G64 -- 2017 GR5, 2017 GQ5, 2017 GP5, P/2017 G1, C/2017 F2
G96Mt. Lemmon Survey (MLS) in Arizona, 28 in MPECs 2017-G54, 2017-G58, 2017-G59, 2017-G60, 2017-G61, 2017-G63, 2017-G67 & 2017-G68 -- 2017 GU5, 2017 GQ5, 2017 GO5, 2017 GN5, 2017 GM5, 2017 GL5, 2017 FY, 2017 FU64, 2017 FO91, 2017 EN, 2017 DS35, 2016 UU80, 2016 UE101, 2013 RM43, 2009 HS2, 2006 UM, 2006 EC1, 1999 VQ6, 486607, 483408, 434188, 363305, 363116, 31345, 162452, 154652, 137158, 7474
583Odessa-Mayaki Obs. in the Ukraine, 1 in MPEC 2017-G54 -- 370307
F51Pan-STARRS 1 (PS1) in Hawaii, 19 in MPECs 2017-G54, 2017-G56, 2017-G57, 2017-G59, 2017-G60, 2017-G62, 2017-G63, 2017-G64, 2017-G65 & 2017-G66 -- 2017 GT5, 2017 GS5, 2017 GR5, 2017 GQ5, 2017 GP5, 2017 GM5, 2017 GL5, P/2017 G1, 2017 FW64, 2017 FO90, 2017 FL102, C/2017 F2, 2017 CR32, 2015 FF37, 2013 NV6, 480934, 411280, 4503, 3199
H45Petit Jean Mtn. South Obs. (PJMSO) in Arkansas, 15 in MPEC 2017-G54 -- 2017 GS4, 2017 GM4, 2017 DT37, 2017 DS35, 2017 AC5, 2006 UM, 1998 HK1, 484795, 388838, 370307, 252091, 143404, 138359, 138155, 10636
W25RMS Obs., 3 in MPECs 2017-G54 & 2017-G59 -- 2017 GL5, 370702, 138155
104San Marcello Pistoiese Obs. in Italy, 1 in MPEC 2017-G58 -- 2009 HS2
H36Sandlot Obs. in Kansas, 4 in MPECs 2017-G54, 2017-G58, 2017-G59 & 2017-G67 -- 2017 GU5, 2017 GO4, 2017 GL5, 2009 HS2
510Siegen Obs. in Germany, 1 in MPEC 2017-G54 -- 433
587Sormano Obs. in Italy, 2 in MPECs 2017-G67 & 2017-G68 -- 2017 GU5, 2017 GO5
691Spacewatch 0.9m telescope in Arizona, 8 in MPECs 2017-G54, 2017-G57 & 2017-G65 -- 2017 GS5, P/2017 G1, 2017 FO90, 2017 FO2, 2017 FL128, 2017 FD65, 2017 FC157, 2016 WO1
291Spacewatch 1.8m telescope in Arizona, 7 in MPECs 2017-G54, 2017-G56, 2017-G57, 2017-G62 & 2017-G63 -- 2017 GQ5, 2017 GP5, P/2017 G1, 2017 FE65, C/2017 F2, 2015 XY378, 2011 KR12
V78Spirit Marsh Obs. in Minnesota, 1 in MPEC 2017-G54 -- 143404
W34Squirrel Valley Obs. in North Carolina, 1 in MPEC 2017-G54 -- 2017 AC5
I52Steward Obs. Mt. Lemmon Station in Arizona, 11 in MPECs 2017-G54, 2017-G56, 2017-G58, 2017-G59, 2017-G60, 2017-G61, 2017-G63, 2017-G65, 2017-G67 & 2017-G68 -- 2017 GU5, 2017 GS5, 2017 GQ5, 2017 GO5, 2017 GN5, 2017 GM5, 2017 GL5, 2017 FT128, 2017 FR128, C/2017 F2, 2009 HS2
926Tenagra II Obs. in Arizona, 10 in MPECs 2017-G54, 2017-G56, 2017-G58, 2017-G59, 2017-G60, 2017-G61, 2017-G63, 2017-G66 & 2017-G68 -- 2017 GT5, 2017 GT4, 2017 GQ5, 2017 GO5, 2017 GN5, 2017 GM5, 2017 GL5, 2017 FM101, C/2017 F2, 2009 HS2
Z52The Studios Obs., 2 in MPEC 2017-G54 -- 143404, 4055
T12UH/Tholen NEO Follow-Up 2.24m Telescope in Hawaii, 3 in MPEC 2017-G54 -- 2017 FD3, 2017 FC3, 2017 FA3
For a list of all participating observatories that have Web addresses, see A/CC's Observatory Links page.

Impact Risk Monitoring  on 6 April '17

Summary Risk Table for Risk Assessments Updated Today   (last checks: NEODyS and JPL at 2358 UTC)
See the CRT page for a list of all objects rated recently as risks and our ephemerides page for a list of risk-listed objects under current observation.
The time horizon for JPL is 100 years from today and for NEODyS is usually the year 2090. Both also post impact solutions beyond 100 years for a few special objects.
For the latest official risk assessments, and for explanations of the terminology, see the JPL NEO Program Sentry and NEODyS CLOMON2 risk pages.
0000NNN000

Object

Risk
Monitor
When
Noted
UTC
0000T0000
Year
Range

VI
#
000NN00
Prob
Cum
T0000
PS
Cum
T0000
PS
Max

T
S


Notes for Today's Latest Risk Assessments
2017 GMNEODyS1531R E M O V E D-
2017 FD157NEODyS15312034-205455.95e-09-6.48-6.690NEODyS: "Based on 48 optical observations (of which 2 are rejected as outliers) from 2017-03-31.149 to 2017-04-04.135."
2017 FW128NEODyS15312081-211326.31e-08-8.59-8.650NEODyS: "Based on 48 optical observations (of which 0 are rejected as outliers) from 2017-03-30.381 to 2017-04-05.343."
2017 FO128NEODyS15312104-211679.21e-06-3.97-4.110NEODyS: "Based on 44 optical observations (of which 1 are rejected as outliers) from 2017-03-30.263 to 2017-04-05.308."
2017 FN128JPL Sentry17002054-2116322.3e-06-2.41-3.010JPL: "Analysis based on 43 observations spanning 7.8256 days (2017-Mar-27.30332 to 2017-Apr-04.12896)." Diameter approximately 0.520 km. from mean, weighted H=19.1.
2017 FM128JPL Sentry1700206711.1e-08-6.64-6.640JPL: "Analysis based on 33 observations spanning 3.0860 days (2017-Mar-30.12987 to 2017-Apr-02.2159)." Diameter approximately 0.130 km. from mean, weighted H=22.1.
2017 FQ127NEODyS1531R E M O V E D-
2017 FS102NEODyS1531R E M O V E D-
2017 FR102JPL Sentry18022089-2117152.6e-06-5.67-5.850JPL: "Analysis based on 20 observations spanning 5.9256 days (2017-Mar-27.55657 to 2017-Apr-02.4822)." Diameter approximately 0.039 km. from mean, weighted H=24.7.
2017 FW90NEODyS15312097-2117123.03e-05-6.47-6.820NEODyS: "Based on 81 optical observations (of which 6 are rejected as outliers) from 2017-03-25.346 to 2017-04-05.397."
2017 FL64NEODyS15312098-211147.35e-07-8.39-8.590NEODyS: "Based on 16 optical observations (of which 0 are rejected as outliers) from 2017-03-18.348 to 2017-04-01.391."
2017 FO63JPL Sentry18022088-210441.5e-06-4.80-4.890JPL: "Analysis based on 58 observations spanning 9.8597 days (2017-Mar-21.38988 to 2017-Mar-31.249601)." Diameter approximately 0.070 km. from mean, weighted H=23.4.
2017 FC3JPL Sentry15312044-205951.4e-07-5.96-6.140JPL: "Analysis based on 34 observations spanning 13.017 days (2017-Mar-19.32518 to 2017-Apr-01.34258)." Diameter approximately 0.066 km. from mean, weighted H=23.6.
NEODyS15312051-205541.67e-07-5.87-6.060NEODyS: "Based on 30 optical observations (of which 0 are rejected as outliers) from 2017-03-19.326 to 2017-04-01.343."
2017 FA3NEODyS1600R E M O V E D-
2017 FB1JPL Sentry18022101-2114116.8e-06-4.35-4.540JPL: "Analysis based on 37 observations spanning 6.6823 days (2017-Mar-18.20739 to 2017-Mar-24.889738)." Diameter approximately 0.072 km. from mean, weighted H=23.4.
2017 CY32JPL Sentry18022041-211074.1e-07-7.61-7.940JPL: "Analysis based on 18 observations spanning .12763 days (2017-Feb-01.39999 to 2017-Feb-01.52762)." Diameter approximately 0.007 km. from mean, weighted H=28.4.
2017 BE136JPL Sentry1802R E M O V E DJPL: Risk listing removed at 1804 UTC 21 Feb..
2017 BG92JPL Sentry18322031-2110233.0e-05-6.39-6.520JPL: "Analysis based on 10 observations spanning 5.0184 days (2017-Jan-28.39899 to 2017-Feb-02.41736)." Diameter approximately 0.006 km. from mean, weighted H=28.6.
2017 AA21JPL Sentry19012020-21171952.6e-06-5.75-6.090JPL: "Analysis based on 7 observations spanning .98032 days (2017-Jan-03.45994 to 2017-Jan-04.44026)." Diameter approximately 0.021 km. from mean, weighted H=26.0.
2017 AY20JPL Sentry1802R E M O V E DJPL: Risk listing removed at 1704 UTC.
2016 VA18JPL Sentry20012020-21165012.6e-06-6.98-7.690JPL: "Analysis based on 9 observations spanning .14092 days (2016-Nov-06.29285 to 2016-Nov-06.43377)." Diameter approximately 0.007 km. from mean, weighted H=28.5.
2016 VZ17JPL Sentry20322021-21161794.1e-07-7.43-8.430JPL: "Analysis based on 8 observations spanning .18721 days (2016-Nov-05.31503 to 2016-Nov-05.50224)." Diameter approximately 0.011 km. from mean, weighted H=27.4.
2016 VB1JPL Sentry19302065-2116631.1e-03-5.02-5.620JPL: "Analysis based on 44 observations spanning 2.6662 days (2016-Nov-05.45293 to 2016-Nov-08.11917)." Diameter approximately 0.006 km. from mean, weighted H=28.6.
2016 THJPL Sentry19012072-2115269.3e-06-7.39-7.580JPL: "Analysis based on 56 observations spanning .87431 days (2016-Oct-02.19582 to 2016-Oct-03.070128)." Diameter approximately 0.004 km. from mean, weighted H=29.4.
2016 RD34JPL Sentry19302051-2087292.5e-03-4.06-4.380JPL: "Analysis based on 80 observations spanning 101.90 days (2016-Sep-11.42997 to 2016-Dec-22.325591)." Diameter approximately 0.011 km. from mean, weighted H=27.5.
2016 QY84JPL Sentry23582020-21168152.7e-05-7.47-8.650JPL: "Analysis based on 8 observations spanning .12492 days (2016-Aug-29.28386 to 2016-Aug-29.40878)." Diameter approximately 0.002 km. from mean, weighted H=31.7.
2016 NL56JPL Sentry22032019-21172842.4e-06-3.30-3.820JPL: "Analysis based on 6 observations spanning 2.7808 days (2016-Jul-12.44383 to 2016-Jul-15.2246)." Diameter approximately 0.134 km. from mean, weighted H=22.1.
2016 JT38JPL Sentry1832R E M O V E DJPL: Risk listing removed at 1826 UTC.
2016 CD30JPL Sentry20012056-2111114.2e-05-5.71-5.760JPL: "Analysis based on 32 observations spanning 6.0894 days (2016-Feb-05.3591 to 2016-Feb-11.448544)." Diameter approximately 0.010 km. from mean, weighted H=27.7.
2016 AZ193JPL Sentry22032017-21145052.2e-06-6.15-6.860JPL: "Analysis based on 9 observations spanning .15930 days (2016-Jan-03.25638 to 2016-Jan-03.41568)." Diameter approximately 0.016 km. from mean, weighted H=26.6.
2015 XA378JPL Sentry20012092-2116194.9e-05-4.63-4.850JPL: "Analysis based on 1 radar Doppler and 43 optical observations spanning 11.782 days (2015-Dec-06.456533 to 2015-Dec-18.23839)." Diameter approximately 0.027 km. from mean, weighted H=25.5.
2015 WN1JPL Sentry20322053-2116697.8e-05-5.06-5.770JPL: "Analysis based on 41 observations spanning 15.057 days (2015-Nov-18.29924 to 2015-Dec-03.35645)." Diameter approximately 0.017 km. from mean, weighted H=26.5.
2015 TC25NEODyS1531211415.47e-10-11.94-11.940NEODyS: "Based on 35 optical observations (of which 1 are rejected as outliers) from 2015-10-11.291 to 2017-04-01.582."
2015 TG24JPL Sentry22382102-2116301.6e-05-5.94-6.830JPL: "Analysis based on 44 observations spanning 5.0052 days (2015-Oct-09.35353 to 2015-Oct-14.35876)." Diameter approximately 0.016 km. from mean, weighted H=26.7.
2015 TL21JPL Sentry21012061-2095104.0e-06-6.10-6.740JPL: "Analysis based on 85 observations spanning 11.040 days (2015-Oct-08.23237 to 2015-Oct-19.272403)." Diameter approximately 0.017 km. from mean, weighted H=26.4.
2015 HV182JPL Sentry21012017-21011942.0e-07-4.48-5.470JPL: "Analysis based on 9 observations spanning .99953 days (2015-Apr-18.27618 to 2015-Apr-19.27571)." Diameter approximately 0.157 km. from mean, weighted H=21.7.
2015 FC345JPL Sentry21012097-210938.5e-07-7.81-7.810JPL: "Analysis based on 23 observations spanning 1.1661 days (2015-Mar-28.15809 to 2015-Mar-29.32424)." Diameter approximately 0.009 km. from mean, weighted H=27.8.
2015 FF36JPL Sentry22032059-207779.5e-07-6.89-7.160JPL: "Analysis based on 54 observations spanning 12.569 days (2015-Mar-14.349115 to 2015-Mar-26.918529)." Diameter approximately 0.017 km. from mean, weighted H=26.5.
2015 DQ224JPL Sentry23012025-20891918.3e-05-5.83-6.660JPL: "Analysis based on 9 observations spanning .13181 days (2015-Feb-19.22291 to 2015-Feb-19.35472)." Diameter approximately 0.005 km. from mean, weighted H=29.3.
2014 SR261JPL Sentry22032058-211584.6e-06-6.07-6.140JPL: "Analysis based on 29 observations spanning 8.1664 days (2014-Sep-25.29843 to 2014-Oct-03.464832)." Diameter approximately 0.015 km. from mean, weighted H=26.8.
2014 MO68JPL Sentry23012017-21162047.7e-07-4.82-4.950JPL: "Analysis based on 6 observations spanning .98038 days (2014-Jun-30.47333 to 2014-Jul-01.453713)." Diameter approximately 0.066 km. from mean, weighted H=23.6.
2014 MV67JPL Sentry22032018-202541.6e-09-4.44-4.680JPL: "Analysis based on 7 observations spanning .93959 days (2014-Jun-24.38088 to 2014-Jun-25.32047)." Diameter approximately 0.537 km. from mean, weighted H=19.0.
2014 HN198JPL Sentry23582019-2117982.5e-08-7.52-8.090JPL: "Analysis based on 16 observations spanning .98769 days (2014-Apr-28.04889 to 2014-Apr-29.03658)." Diameter approximately 0.024 km. from mean, weighted H=25.7.

Legend: VI# = VI count, Prob Cum = cumulative probability, PS Cum/Max = cumulative/maximum Palermo Scale, TS = Torino Scale (next 100 years)

An impact solution, also known as a "virtual impactor" (VI), is not a prediction but rather a possibility derived from a variant orbit calculation that cannot be eliminated yet based on the existing data. Elimination can come quickly with just a little further observation or may take weeks or months, sometimes years. Once superceded or eliminated, a former impact solution has zero relevance to an object's risk. See Jon Giorgini's "Understanding Risk Pages" to learn more.

Chronology  on 6 April '17

Times are UTC for when items were noted or added by The Tracking News.

2358Noted that JPL Sentry has updated its 2014 HN198 risk assessment - see above
Noted that JPL Sentry has updated its 2016 QY84 risk assessment - see above
Grabbed MPEC 2017-G67 - 2017 GU5 - see above
Grabbed MPEC 2017-G68 - 2017 GO5 - see above
2301Noted that JPL Sentry has updated its 2014 MO68 risk assessment - see above
Noted that JPL Sentry has updated its 2015 DQ224 risk assessment - see above
Grabbed MPEC 2017-G60 - 2017 GM5 - see above
Grabbed MPEC 2017-G61 - 2017 GN5 - see above
Grabbed MPEC 2017-G62 - 2017 GP5 - see above
Grabbed MPEC 2017-G63 - 2017 GQ5 - see above
Grabbed MPEC 2017-G64 - 2017 GR5 - see above
Grabbed MPEC 2017-G65 - 2017 GS5 - see above
Grabbed MPEC 2017-G66 - 2017 GT5 - see above
2238Noted that JPL Sentry has updated its 2015 TG24 risk assessment - see above
Grabbed MPEC 2017-G58 - 2009 HS2 - see above
Grabbed MPEC 2017-G59 - 2017 GL5 - see above
2203Noted that JPL Sentry has updated its 2014 MV67 risk assessment - see above
Noted that JPL Sentry has updated its 2014 SR261 risk assessment - see above
Noted that JPL Sentry has updated its 2015 FF36 risk assessment - see above
Noted that JPL Sentry has updated its 2016 AZ193 risk assessment - see above
Noted that JPL Sentry has updated its 2016 NL56 risk assessment - see above
2101Noted that JPL Sentry has updated its 2015 FC345 risk assessment - see above
Noted that JPL Sentry has updated its 2015 HV182 risk assessment - see above
Noted that JPL Sentry has updated its 2015 TL21 risk assessment - see above
2032Noted that JPL Sentry has updated its 2015 WN1 risk assessment - see above
Noted that JPL Sentry has updated its 2016 VZ17 risk assessment - see above
2001Noted that JPL Sentry has updated its 2015 XA378 risk assessment - see above
Noted that JPL Sentry has updated its 2016 CD30 risk assessment - see above
Noted that JPL Sentry has updated its 2016 VA18 risk assessment - see above
1930Noted that JPL Sentry has updated its 2016 RD34 risk assessment - see above
Noted that JPL Sentry has updated its 2016 VB1 risk assessment - see above
1901Noted that JPL Sentry has updated its 2016 TH risk assessment - see above
Noted that JPL Sentry has updated its 2017 AA21 risk assessment - see above
1845Generated Traffic Report
1832Noted that JPL Sentry has removed 2016 JT38 as an impact risk - see above
Noted that JPL Sentry has updated its 2017 BG92 risk assessment - see above
1802Noted that JPL Sentry has removed 2017 AY20 as an impact risk - see above
Noted that JPL Sentry has removed 2017 BE136 as an impact risk - see above
Noted that JPL Sentry has updated its 2017 CY32 risk assessment - see above
Noted that JPL Sentry has updated its 2017 FB1 risk assessment - see above
Noted that JPL Sentry has updated its 2017 FO63 risk assessment - see above
Noted that JPL Sentry has updated its 2017 FR102 risk assessment - see above
1700Noted that JPL Sentry has posted 2017 FM128 as an impact risk - see above
Noted that JPL Sentry has updated its 2017 FN128 risk assessment - see above
1600Noted that NEODyS has removed 2017 FA3 as an impact risk - see above
Grabbed MPEC 2017-G56 - Comet C/2017 F2 (Panstarrs) - see above
Grabbed MPEC 2017-G57 - Comet P/2017 G1 (Panstarrs) - see above
1531Noted that NEODyS has updated its 2015 TC25 risk assessment - see above
Noted that JPL Sentry has updated its 2017 FC3 risk assessment - see above
Noted that NEODyS has updated its 2017 FC3 risk assessment - see above
Noted that NEODyS has posted 2017 FD157 as an impact risk - see above
Noted that NEODyS has updated its 2017 FL64 risk assessment - see above
Noted that NEODyS has updated its 2017 FO128 risk assessment - see above
Noted that NEODyS has removed 2017 FQ127 as an impact risk - see above
Noted that NEODyS has removed 2017 FS102 as an impact risk - see above
Noted that NEODyS has updated its 2017 FW128 risk assessment - see above
Noted that NEODyS has updated its 2017 FW90 risk assessment - see above
Noted that NEODyS has removed 2017 GM as an impact risk - see above
Grabbed MPEC 2017-G54 - Daily Orbit Update - see above
Grabbed MPEC 2017-G55 - 2013 SY99 - see above