As of July 2024 the number of minor planets officially credited with
being discovered from Great Shefford is 112, see the list
of numbered objects below.
The new rules make it more
difficult for amateurs to be credited with new discoveries and also more
difficult to predict which objects that are initially picked up as
potentially new objects will eventually result in discovery credit being
assigned to the observer.
The new rules can seem confusing at first and an article attempting
to describe them can be found
here.
Potential new minor planets picked up from Great Shefford are now
separated into several different lists, depending on their status:
In the list below, the first column (Disc. Seq.) gives a running
tally of numbered objects together with the sequence in which the objects were
first picked up, e.g. 1/6 for (128465) 2004 OJ9
indicates it
was the first minor planet to receive a permanent number, but was the
6th to be discovered from Great Shefford.
Disc.
Seq. |
Designation |
Discovery Date |
Mag.(1) |
Circumstances |
Numbered in MPC batch issued on: |
1/6 |
(128465)
2004 OJ9 |
2004 Jul 20 |
+19.8 |
In field of NEOCP object (2004 NN31) |
2006 Mar 14 |
2/50 |
(145535) 2006 GP3 |
2006 Apr 08 |
+19.3 |
In field of NEOCP object (2006 GS2) |
2006 Dec 05 |
3/29 |
(147833) 2005 TW49 |
2005 Oct 09 |
+20.2 |
In field of NEOCP object (2005 TT45) |
2007 Jan 06 |
4/28 |
(152298) 2005 TV49 |
2005 Oct 09 |
+20.4 |
In field of MBA discovery 2005 SX21 |
2007 Mar 03 |
5/34 |
(155216) 2005 VV2 |
2005 Nov 05 |
+20.0 |
In field of NEOCP object (2005
VM1) |
2007 Apr 02 |
6/1 |
(159786)
2003 NL8 |
2003 Jul 14 |
+19.0 |
In field of Comet 104P/Kowal 2 |
2007 Jun 30 |
7/15 |
(164359) 2005 EC1 |
2005 Mar 02 |
+20.2 |
In recovery field of MBA discovery
2003 TQ3 |
2007 Sep 26 |
8/72 |
(168270) 2007 PY1 |
2007 Aug 06 |
+19.0 |
In field of MBA discovery 2007 PG1 |
2007 Oct 26 |
9/4 |
(172762)
2004 DN25 |
2004 Feb 22 |
+20.3 |
In field of MBA
2004 CK3 (station 185 discovery) |
2007 Dec 24 |
10/38 |
(191976) 2005 WR57 |
2005 Nov 21 |
+19.8 |
In field of ex NEOCP unusual object 2005
VX3 |
2008 Sep 17 |
11/68 |
(192197) 2007 HR4 |
2007 Apr 19 |
+20.3 |
In field of MBA discovery 2007 HQ4. |
2008 Sep 17 |
12/20 |
(198815) 2005 EJ222 |
2005 Mar 12 |
+20.3 |
In field of MBA
discovery 2005 EF30 |
2008 Nov 13 |
13/18 |
(204512) 2005 EF1 |
2005 Mar 02 |
+20.3 |
In recovery field of MBA discovery
2003 TQ3 |
2009 Jan 11 |
14/14 |
(209627) 2005 AD46 |
2005 Jan 11 |
+20.0 |
In field of NEO 2005 AV3 |
2009 Mar 11 |
15/19 |
(209694) 2005 EF30 |
2005 Mar 03 |
+20.6 |
In field of MBA
discoveries 2005 EC1 -2005 EF1 |
2009 Mar 11 |
16/96 |
(210426) 2008 AV72 |
2008 Jan 07 |
+20.8 |
In field of MBA discovery 2007 XS16.
Submitted to the
MPC
on 17 Jan as a
ONS after poor weather stopped follow-up, but it was matched
with positions from Mt. Lemmon from 12 Jan and given designation
2008 AV72. This allowed faint pre-discovery images to be
identified on images from Great Shefford taken on 29 Dec for 2007 XS16
and on 19 Dec for 2007 YL2.
By 21 Jan the MPC had matched it with various one and two night
observations over 5 oppositions back to 2000. It had previously
received designations 2000 JF4
and 2006 PH11 from
observations on two nearby nights in those years, but retained 2008
AV72 as the principal
designation. 2008 AV72
received permanent number (210426) in March 2009. |
2009 Mar 11 |
17/16 |
(214182) 2005 ED1 |
2005 Mar 02 |
+20.1 |
In recovery field of MBA discovery
2003 TQ3 |
2009 May 09 |
18/26 |
(224211) 2005 SX21 |
2005 Sep 28 |
+20.0 |
In field of NEO 2005 SR4 |
2009 Nov 02 |
19/43 |
(227722) 2006 EQ |
2006 Mar 04 |
+19.9 |
In field of NEO 2006 DO63 |
2009 Dec 02 |
20/13 |
(229255)
Andrewelliott
2005 AJ |
2005 Jan 04 |
+20.2 |
In field of NEO 2004 XG29 |
2009 Dec 31 |
21/49 |
(229648) 2006 GG2 |
2006 Apr 04 |
+20.4 |
In field of NEOCP object (2006
GZ) |
2009 Dec 31 |
22/3 |
(230681)
2003 TQ3 |
2003 Oct 05 |
+19.7 |
In field of NEO 2003 TK |
2010 Jan 30 |
23/89 |
(236971) 2007 XC18 |
2007 Dec 12 |
+20.6 |
In field of NEO 2007 XZ9 |
2010 Mar 30 |
24/10 |
(238546) 2004 VK65 |
2004 Nov 13 |
+19.7 |
In field of NEO 1999 VT25 |
2010 Apr 28 |
25/21 |
(240705) 2005 GZ60 |
2005 Apr 08 |
+19.5 |
In field of NEOCP object (2005 GO59) |
2010 May 27 |
26/46 |
(240937) 2006 GD1 |
2006 Apr 03 |
+19.4 |
In search area trying to recover MBA discovery 2004 VD70 |
2010 May 27 |
27/75 |
(241124) 2007 PO29 |
2007 Aug 12 |
+19.8 |
In field of MBA discovery 2007 PN9 |
2010 May 27 |
28/127 |
(241497) 2009 CC4 |
2009 Feb 07 |
+19.6 |
In the search field for MBA discovery
2009 CA45 that had been found along with 2009 CB4 on Feb 02.
Subsequently, pre-discovery images of 2009 CC4
were also found just a few pixels from the edge of the discovery
field of 2009 CB4 and 2009 CA45
on Feb 2nd. |
2010 May 27 |
29/132 |
(241517) 2009 EK |
2009 Mar 01 |
+20.0 |
In search field of an object that was
eventually identified as 2004 XE92
that had been found on 21 Feb 2009, which itself was
found following up discovery 2009 CA45. |
2010 May 27 |
30/90 |
(246485) 2007 XD18 |
2007 Dec 12 |
+19.9 |
In field of NEO 2007 XP3 |
2010 Jul 26 |
31/41 |
(248552) 2005 YA |
2005 Dec 17 |
+20.1 |
In field of MBA discovery 2005 WU57 |
2010 Aug 24 |
32/86 |
(256655) 2007 XV16 |
2007 Dec 11 |
+20.0 |
In field of MBA discovery
2004 DN25 |
2010 Nov 28 |
33/35 |
(261440) 2005 VJ7 |
2005 Nov 12 |
+20.3 |
In field of NEOCP object (2005
VU5) |
2011 Jan 19 |
34/54 |
(262302) 2006 TY |
2006 Oct 01 |
+19.9 |
In field of Comet P/2006 S1 |
2011 Jan 19 |
35/65 |
(262919) 2007 CB64 |
2007 Feb 15 |
+20.5 |
In search field of MBA
2007 BR2 (station J87
discovery, but 2007 BR2 was not found). 2007 CB64 could
not be confirmed due to bad weather and moonlight for over two
weeks, eventually being picked up again during the total lunar
eclipse of 03 Mar 2007. |
2011 Jan 19 |
36/69 |
(263044) 2007 HB5 |
2007 Apr 19 |
+19.8 |
In field of NEOCP object (Comet
C/2007 H2 (Skiff)). The comet passed 23" west of 2007 HB5
at 22:59UT on the discovery night. |
2011 Jan 19 |
37/94 |
(263184) 2007 YM2 |
2007 Dec 16 |
+20.4 |
In field of MBA discovery 2007 XV16 |
2011 Jan 19 |
38/138 |
(266734) 2009 SO |
2009 Sep 16 |
+18.4 |
In field of NEOCP object
2009 SC.
2009 SO is a Zone I (inner main belt) object and at mag. +18.4, the
brightest object at discovery found to date from Great Shefford
Observatory. |
2011 Feb 18 |
39/62 |
(268847) 2006 XZ4 |
2006 Dec 12 |
+20.4 |
In field of NEO object (2006 XW) |
2011 Mar 19 |
40/2 |
(271109)
2003 RV10 |
2003 Sep 13 |
+18.5 |
In field of NEOCP object (2003 QJ5) |
2011 Apr 18 |
41/71 |
(274001) 2007 PG1 |
2007 Aug 04 |
+20.7 |
In search field of NEOCP object
2007
OR9 |
2011 Apr 18 |
42/100 |
(278620) 2008 QM20 |
2008 Aug 31 |
+19.8 |
In field of NEO 2008 QU11. |
2011 May 17 |
43/115 |
(279096) 2008 XZ6 |
2008 Dec 06 |
+20.0 |
In field of NEO object 2008 XO2. |
2011 May 17 |
44/12 |
(280639)
2005 AH |
2005 Jan 04 |
+20.1 |
In field of NEO 2004 XG29 |
2011 Jun 15 |
45/9 |
(283957) 2004 RF |
2004 Sep 02 |
+20.5 |
In field of NEO 2004 QB17 |
2011 Aug 13 |
46/37 |
(290872) 2005 WQ57 |
2005 Nov 20 |
+20.3 |
In field of NEO 2005 VY3 |
2011 Sep 12 |
47/77 |
(293705) 2007 QK |
2007 Aug 16 |
+18.6 |
In field of NEO object (2007 PF28) |
2011 Sep 12 |
48/88 |
(294519) 2007 XB18 |
2007 Dec 12 |
+20.6 |
In field of NEO 2007 XZ9 |
2011 Sep 12 |
49/95 |
(294568) 2007 YP47 |
2007 Dec 29 |
+20.5 |
In field of MBA discovery 2007 XU23 |
2011 Sep 12 |
50/135 |
(296319) 2009 EE3 |
2009 Mar 05 |
+20.5 |
In field of NEO object 2009 EK1. |
2011 Sep 12 |
51/55 |
(299919) 2006 TZ |
2006 Oct 03 |
+20.0 |
In field of NEOCP object (2006 TK, which
was not detected) |
2011 Oct 12 |
52/56 |
(299922) 2006 TY6 |
2006 Oct 04 |
+20.4 |
In field of unidentified MBA (which was
eventually designated as a Spacewatch discovery 2006 SG186
). |
2011 Oct 12 |
53/125 |
(301345) 2009 CU3 |
2009 Feb 02 |
+20.1 |
In field of NEOCP object
2009 CF. |
2011 Oct 12 |
54/129 |
(305716) 2009 CQ6 |
2009 Feb 14 |
+19.5 |
In field of NEO object 2009 CY1. |
2011 Nov 10 |
55/25 |
(308387) 2005 SW21 |
2005 Sep 28 |
+20.3 |
In field of NEO 2005 SR4 |
2011 Dec 10 |
56/78 |
(309238) 2007 RV10 |
2007 Sep 11 |
+19.4 |
In field of NEOCP object
2007
RU9 |
2011 Dec 10 |
57/99 |
(309709) 2008 GE3 |
2008 Apr 07 |
+20.7 |
In field of NEOCP object 8G005AF (which
was never confirmed) |
2011 Dec 10 |
58/134 |
(309897) 2009 EM2 |
2009 Mar 03 |
+20.2 |
In field of MBA discovery 2009 EK. |
2011 Dec 10 |
59/59 |
(314922) 2006 WE29 |
2006 Nov 21 |
+20.1 |
In field of NEOCP object (2006 WU3). |
2012 Feb 07 |
60/97 |
(320810) 2008 FM5 |
2008 Mar 27 |
+20.6 |
In field of NEO 2008 EW5. |
2012 Mar 08 |
61/67 |
(328002) 2007 HQ4 |
2007 Apr 19 |
+20.7 |
In field of MBA discovery 2005 WR57. |
2012 May 06 |
62/23 |
(335340) 2005 SR19 |
2005 Sep 24 |
+20.0 |
In field of NEOCP object (2005 SR1) |
2012 Aug 31 |
63/48 |
(340438) 2006 GA2 |
2006 Apr 04 |
+19.9 |
In field of MBA discovery 2006 GZ1 |
2012 Oct 29 |
64/110 |
(342371) 2008 UO5 |
2008 Oct 25 |
+19.5 |
In field of NEOCP object
2008 UZ6 |
2012 Oct 29 |
65/111 |
(346502) 2008 UH95 |
2008 Oct 28 |
+21.1 |
In field of NEOCP object
2008 UO90 |
2012 Nov 28 |
66/131 |
(346855) 2009 EJ |
2009 Mar 01 |
+19.6 |
In field of NEO object 2009 DA43. |
2012 Nov 28 |
67/143 |
(347005) 2010 DJ12 |
2010 Feb 20 |
+20.8 |
In field of MBA
2010 DA1 (station 185 discovery) |
2012 Nov 28 |
68/52 |
(348739) 2006 GS3 |
2006 Apr 05 |
+20.3 |
In field of unidentified MBA (which was
eventually designated as a Spacewatch discovery 2006 GT1
). 2006 GS3 appears to be a Hilda type object (in 3:2 resonance with Jupiter) |
2012 Dec 28 |
69/124 |
(349774) 2009 BG10 |
2009 Jan 20 |
+20.3 |
In field of NEOCP object
2009 BP5. |
2012 Dec 28 |
70/121 |
(352928) 2009 AK2 |
2009 Jan 06 |
+19.8 |
In field of MBA discovery 2009 AN1. |
2013 Jan 27 |
71/53 |
(355092) 2006 TX |
2006 Oct 01 |
+20.6 |
In field of Comet P/2006 S1 |
2013 Feb 25 |
72/145 |
(359502) 2010 PV78 |
2010 Aug 05 |
+19.8 |
In field of NEO object 2010 PQ2.
|
2013 Mar 27 |
73/64 |
(367197) 2007 BC3 |
2007 Jan 21 |
+19.8 |
In field of NEOCP object (2007
BS2). |
2013 Jul 22 |
74/108 |
(375473) 2008 UH1 |
2008 Oct 21 |
+20.4 |
In field of MBA discovery 2008 TV9 |
2013 Oct 18 |
75/45 |
(377922) 2006 EN45 |
2006 Mar 02 |
+20.7 |
In field of NEO 2006 DX |
2013 Nov 17 |
76/102 |
(383953) 2008 TV |
2008 Oct 02 |
+20.1 |
In field of NEOCP object, Comet
C/2008 T1
(Boattini) |
2014 Jan 16 |
77/74 |
(386092) 2007 PO9 |
2007 Aug 12 |
+19.6 |
In field of MBA discovery 2007 PN9 |
2014 Feb 14 |
78/103 |
(388944) 2008 TR1 |
2008 Oct 02 |
+20.9 |
In field of NEOCP object
2008 TE |
2014 Mar 16 |
79/58 |
(391373) 2006 WJ4 |
2006 Nov 20 |
+20.2 |
In field of NEOCP object (2006
WD4). |
2014 Apr 15 |
80/73 |
(394437) 2007 PN9 |
2007 Aug 12 |
+20.3 |
In field of Mars-crossing unusual minor
planet 2007 PR |
2014 May 14 |
81/113 |
(397890) 2008 UX202 |
2008 Oct 28 |
+20.8 |
In field of NEOCP object AM4772 (which
was never confirmed). |
2014 Jun 13 |
82/11 |
(399718) 2004 VD70 |
2004 Nov 13 |
+20.3 |
In field of MBA
discovery 2004 VK65 |
2014 Jul 12 |
83/130 |
(400618) 2009 CA45 |
2009 Feb 02 |
+20.3 |
In field of ex-NEOCP Mars-crossing object 2009 BF77.
Initial attempts to confirm 2009 CA45
were hampered by the waxing Moon (full on Feb 09) and tentative
positions obtained on Feb 7th were only confirmed by observations
made on Feb 21st. |
2014 Jul 12 |
84/133 |
(410771) 2009 EL2 |
2009 Mar 01 |
+20.6 |
In field of NEO object 2009 DA43. |
2014 Oct 08 |
85/27 |
(423460) 2005 SO134 |
2005 Sep 29 |
+20.9 |
In field of suspect THX034 found by Robert
Hutsebaut from station H06
on Sep 28th. THX034 was eventually identified as 2001 XN185. Faint
pre-discovery images of 2005 SO134 were later found by
Robert on his images from Sep 28th. |
2015 Feb 03 |
86/105 |
(428804) 2008 TV9 |
2008 Oct 08 |
+20.5 |
In field of MBA discovery 2008 TV |
2015 Mar 05 |
87/106 |
(428806) 2008 TC26 |
2008 Oct 09 |
+19.5 |
In field of two(!) NEOCP objects
2008 TQ10 and
2008 TR10. Moving at
1.2"/min at discovery, 2008 TC26
was a Hungaria-type minor planet (between resonances 1:4 and 1:5
with Jupiter) lying inside the inner zone of the main belt, at a
mean distance from the Sun of a=1.91 AU. |
2015 Mar 05 |
88/76 |
(438498) 2007 PP29 |
2007 Aug 12 |
+20.5 |
In field of MBA discovery 2007 PN9 |
2015 Jul 02 |
89/5 |
(447025)
2004 OH9 |
2004 Jul 20 |
+19.9 |
In field of NEOCP object (2004 NN31) |
2015 Oct 28 |
90/42 |
(447428) 2006 DH |
2006 Feb 17 |
+20.5 |
In field of NEO 2006 CU10 |
2015 Oct 28 |
91/91 |
(450858) 2007 XU23 |
2007 Dec 12 |
+20.7 |
In field of MBA discoveries 2007 XB18
and 2007 XC18 |
2015 Nov 25 |
92/80 |
(462118) 2007 RE133 |
2007 Sep 15 |
+19.9 |
In field of NEOCP object
Comet C/2007 R3 (Gibbs) |
2016 Mar 23 |
93/136 |
(477193) 2009 HR12 |
2009 Apr 19 |
+20.2 |
In field of NEOCP object
2009 HU2. |
2016 Nov 14 |
94/139 |
(477291) 2009 SG171 |
2009 Sep 27 |
+20.4 |
In field of NEOCP object
2009 SM104.
|
2016 Nov 14 |
95/116 |
(484726) 2008 XE7 |
2008 Dec 09 |
+19.4 |
In field of MBA discovery 2008 XZ6. |
2017 Mar 12 |
96/141 |
(490529) 2009 VC |
2009 Nov 06 |
+19.0 |
In field of MBA 2009 UF94,
which at the time had only been observed on two nights, having been discovered by Paolo Bacci from station
B33
on Oct 26th. |
2017 May 10 |
97/22 |
(518470) 2005 PZ4 |
2005 Aug 08 |
+20.4 |
In field of NEO 2005 PO. First discovery
using Meade 16" after first light on 27 June 2005. |
2018 May 29 |
98/70 |
(550544) 2007 PL = 2012 PV22 |
2007 Aug 05 |
+20.2 |
In search field of NEOCP object 2007
OR9 |
2021 Mar 25 |
99/7 |
(568632)
2004 PN2 |
2004 Aug 07 |
+19.6 |
In field of MBA
discovery 2004 OJ9 |
2021 Aug 10 |
100/31 |
(569485) 2005 UZ6 |
2005 Oct 22 |
+20.4 |
In field of MBA
discovery 2005 TV49 |
2021 Aug 10 |
101/40 |
(569720) 2005 WN60 |
2005 Nov 25 |
+20.8 |
In recovery field of MBA discovery 2004
OJ9 |
2021 Aug 10 |
102/36 |
(577822) 2005 VW7 = 2013 RX43 |
2005 Nov 06 |
+20.6 |
In field of suspect THX052 found by Robert
Hutsebaut from station H06
on Nov 6th. THX052 was eventually identified as 2000 WD86. |
2021 Aug 10 |
103/51 |
(587579) 2006 GQ3 = 2013
GB37 |
2006 Apr 04 |
+20.6 |
In field of MBA discovery 2006 GA2 |
2021 Sep 20
|
104/147 |
(590165) 2011 RU14 |
2011 Sep 06 |
+20.8 |
In field of NEOCP object
P101fiN (which was never confirmed). First Great Shefford discovery
receiving a permanent number under
new rules. |
2021 Sep 20 |
105/32 |
(613119) 2005 UA7 |
2005 Oct 22 |
+19.9 |
In field of MBA
discovery 2005 TW49 |
2022
Mar 28
|
106/84 |
(613915) 2007 XS16 |
2007 Dec 10 |
+20.5 |
In field of NEO 2007 XB10 |
2022
Mar 28
|
107/149 |
(634395) 2011 QM2 |
2011 Aug 20 |
+20.1 |
In field of NEO 2011 PU1 |
2023 Nov 18
|
108/150 |
(634465) 2011 SP232 |
2011 Sep 30 |
+20.3 |
In field of NEOCP object 2011 SF191
(which was not recorded due to proximity with a star) |
2023 Nov 18
|
109/93 |
(646021) 2007 YL2 |
2007 Dec 16 |
+20.1 |
In field of MBA discovery
(613915) 2007 XS16 |
2024 Feb 01 (&
WGSBN Bulletin Vol 4 #7)
|
110/104 |
(664694) 2008 TG9 |
2008 Oct 08 |
+20.8 |
In field of NEO 2008 TH. |
2024 Mar 22
|
111/128 |
(667963) 2009 CL6 |
2009 Feb 14 |
+20.9 |
In search field for MBA discovery 2009
CA45. |
2024 Mar 22
|
112/118 |
(705374) 2009 AO1 |
2009 Jan 03 |
+20.5 |
In field of NEOCP object 2008 YH30. |
2024 Jul 14 |
Provisional designations with single-opposition orbits as of 19 Oct
2010, or minor planets that have been submitted to the Minor Planet Center (MPC)
as potentially new discoveries since 19 Oct 2010. All these objects are
subject to the new rules as published by the MPC in the
Editorial Notice in MPEC 2010-U20.
Discovery credit for these objects will only get assigned to Great
Shefford if the earliest submitted observations used in the orbital
computation at the time of numbering are attributable to Great Shefford.
As at 03 January 2020, objects marked in
green appear to be favourable, though it is
quite likely that earlier observations from other observatories will
eventually be identified when further (newer) observations come to light,
extending the orbital arc. In that case, discovery credit would then be
assigned to the observatory that first submitted positions used in the
final orbit.
Objects marked in red are very
unlikely to result in discovery credit being assigned to Great Shefford,
with observations from other observatories from earlier dates already
being available. However, for a few (generally marked with a
?) there is a small chance that
discovery credit could be assigned to Great Shefford (if the Great
Shefford observations were submitted to the MPC earlier than other
observatories). Until the objects are finally numbered this will not be
known for sure.
Disc.
Seq. |
Designation |
Discovery Date |
Mag.(1) |
Circumstances |
8 |
2004 PO95 |
2004 Aug 13 |
+19.2 |
In field of MBA
discovery 2004 PN2 |
39 |
2005 WU57 |
2005 Nov 25 |
+20.7 |
In field of MBA discovery 2005 WR57 |
66? |
2007 EA183 = 2012 BL157 |
2007 Mar 15 |
+20.6 |
In field of NEOCP object (2007
EJ88), which was only dimly recorded at mag +21.6 R
and measurements were not submitted to the Minor Planet Center. |
79? |
2007 RA12 |
2007 Sep 11 |
+21.3 |
In field of NEOCP object
1998
QB28 |
85 |
2007 XT16 |
2007 Dec 10 |
+21.3 |
In field of NEO 2007 XB10 |
87? |
2007 XY17 = 2020 PE8 |
2007 Dec 11 |
+19.6 |
In field of MBA 2007 XR16 (see
non-principal designations) |
106? |
2008 TR156 = 2014 OO232 |
2008 Oct 09 |
+20.6 |
In field of NEOCP object
2008 TN9 |
111 |
2008 UE99 |
2008 Oct 28 |
+21.0 |
In field of NEOCP object
2008 UO90 |
113 |
2008 WH2 |
2008 Nov 18 |
+19.2 |
In field of NEO object 2008 WB. |
116 |
2008 YT24 |
2008 Dec 26 |
+21.3 |
In field of NEO object 2008 YN2. |
117 |
2009 AN1 = 2018 FH17 |
2009 Jan 03 |
+20.7 |
In field of NEOCP object 2009 AR. |
141 |
2009 VJ42 |
2009 Nov 08 |
+20.1 |
In field of NEOCP object
2009 VR.
|
147 |
2011 SV25 |
2011 Sep 19 |
+20.6 |
In field of NEOP object
2011 SN5 |
151 |
2012 CJ2 |
2012 Feb 03 |
+20.7 |
In field of NEOCP object
2012 CG |
154 |
2012 FW1 |
2012 Mar 18 |
+20.9 |
In field of NEOCP object
2012 FC1
|
155? |
2012 FX1 |
2012 Mar 18 |
+20.5 |
In field of NEOCP object 2012 FZ |
157? |
2012 RP9 |
2012 Sep 12 |
+19.6 |
In field of NEOCP object
2012 RH10 |
162 |
2012 XH54 |
2012 Dec 06 |
+19.2 |
In field of NEOCP object 2012 XX6 |
163 |
2013 YX35
= 2017 XD40 |
2013 Dec 27 |
+20.9 |
In field of NEOCP object JCM1803 (which
was eventually flagged as non-existent) |
164? |
2015 TN23 |
2015 Oct 08 |
+20.7 |
In field of NEO 2015 TH |
166 |
2015 XV218 |
2015 Dec 04 |
+21.1 |
In field of NEOCP object
2015 XJ55 |
167 |
2016 QP45 |
2016 Aug 31 |
+20.2 |
In field of unidentified MBA (subsequently
designated as 2016 QZ48 and
then identified with 2003 SO203)
which had been picked up in the field of outbursting Comet 174P/Echeclus
24 hours earlier. 2016 QP45
is a Mars-crosser and was listed on the NEOCP as GSG8VB for 2 days
after discovery. |
169 |
2016 VY11 |
2016 Nov 07 |
+20.3 |
In field of MBA discovery 2016 VU6 |
171? |
2017 DH110 |
2017 Feb 23 |
+20.7 |
In field of NEOCP object
2017 DU35 |
173 |
2017 RB18 |
2017 Sep 12 |
+20.7 |
In field of Mars
crossing NEOCP object 2017 RJ1 |
174 |
2020 FD7
= 2012 KD37 |
2020 Mar 25 |
+21.2 |
In field of NEOCP object
2020 FH5. |
The following minor planets were discovered at Great Shefford, given
a provisional designation by the Minor Planet Center, but later identified with
observations from
a different apparition or earlier in the same apparition and discovery credit given to those
observations:
|
Designation /
Principal
Designation |
Discovery
Date |
Mag.(1) |
Circumstances |
1 |
2004 VM64 / 2007 HG7
/ (266437) |
2004 Nov 12 |
+19.7 |
In field of NEOCP object (2004 VB61).
Only observed on two nights in 2004, then rediscovered by Catalina
Sky Survey in April 2007. |
2 |
2005 US3 / 2001 QD252
/ (230166) |
2005 Oct 22 |
+19.3 |
In field of NEOCP object (Comet P/2005
U1 Read) |
3 |
2006 EN / 2011 EF63
/ (281914) |
2006 Mar 01 |
+21.2 |
In field of NEO 2006 CT9. 31
day arc in 2006 was superseded by linkages made from observations in
2011. |
4 |
2006 FE35/ 2002
GH85 / (307220) |
2006 Mar 23 |
+19.3 |
In field of MBA discovery 2006 EQ |
5 |
2006 UT215 / 2002 SO32
/ (427548) |
2006 Oct 26 |
+20.0 |
In field of MBA 2006 UV62
(station 715
discovery by David Dixon). |
6 |
2007 GA / 2004 TN200 /
(318331) |
2007 Apr 04 |
+20.6 |
In field of MBA discovery 2007 EA183.
28 hours after discovery 2007 GA passed 27" south of 2007 EA183. |
7 |
2007 XR16 / 2000 CH96
/ (182043) |
2007 Dec 10 |
+19.4 |
In field of NEO 2007 XB10 |
8 |
2007 XW16 / 2003 AG20
/ (350957) |
2007 Dec 11 |
+19.8 |
In field of NEO 2007 XJ16 |
9 |
2008 DR / 2003 FP78
/ (350983) |
2008 Feb 25 |
+19.4 |
In field of NEO 2008 CR118 |
10 |
2008 GD3 / 2010 VE106
/ (411397) |
2008 Apr 05 |
+20.8 |
In field of NEOCP object
2008 GF2 |
11 |
2008 QE20 / 2005 XQ3
/ (280899) |
2008 Aug 30 |
+18.6 |
In field of MBA discovery 2005
WR57. 3-sigma uncertainty of 2005 XQ3
at time of re-discovery: 10.8°. |
12 |
2008 SE83 / 2002 SU1
/ (270818) |
2008 Sep 27 |
+19.7 |
In field of NEOCP object
2008 SB85 |
13 |
2009 DF47 / 2006 JK48
/ (261908) |
2009 Feb 21 |
+20.0 |
In field of MBA discovery
2009 CL6. |
14 |
2009 FK1 / 2007 RA71
/ (304856) |
2009 Mar 16 |
+20.9 |
In field of MBA discovery 2009 EL2.
Only observed on two nights in 2009 from Great Shefford. |
15 |
2005 UR3 / (323940) |
2005 Oct 25 |
+19.9 |
In field of NEOCP object
2005 UU3. |
16 |
2010 PJ66
/ (359499) |
2010 Aug 10 |
+20.3 |
In field of NEOCP object
2010
PD57. |
17 |
2010 PQ74 / 2006 SD390
/ (450619) |
2010 Aug 11 |
+20.0 |
In a search field for a ONS object
(GSA4A, which was not recovered) which itself had been found in the
field of NEO 2010 PQ2. 2010 PQ74
was about 3° from the predicted position of
2006 SD390 when re-discovered. |
18 |
2013 AB / 2005 AA58 /
(366257) |
2013 Jan 01 |
+19.9 |
In field of NEOCP object 2013 AU.
|
19 |
2012 TM146 / (384958) |
2012 Oct 14 |
+20.5 |
In field of NEOCP object 2012 TD140
|
20 |
2008 UF3
/ (394874) |
2008 Oct 22 |
+19.4 |
In field of NEOCP object 2008 UE1,
which was only dimly recorded and measurements were not submitted to the Minor Planet Center. |
21 |
2009 AL2
/ (394973) |
2009 Jan 06 |
+20.6 |
In field of MBA discovery 2009 AN1. |
22 |
2006 GZ1 / (417365)
|
2006 Apr 03 |
+20.2 |
In search area trying to recover MBA discovery 2004 VD70 |
23 |
2012 JK3
/ (426171) |
2012 May 12 |
+19.9 |
In field of NEOCP object
2012 JN4 |
24 |
2006 WU129 / (424014) |
2006 Nov 25 |
+20.9 |
In field of MBA discovery 2006 VP1 |
25 |
2007 VC188 / (428489) |
2007 Nov 11 |
+20.6 |
In field of NEOCP object
2007 VE184 |
26 |
2015 TO23
/ 2014 KA32 |
2015 Oct 08 |
+20.6 |
In field of NEO 2015 TL |
27 |
2005 UB7 = 2009 SD123 (457842) |
2005 Oct 25 |
+20.6 |
In field of NEOCP object (2005
UU3) |
28 |
2012 FT1 / (466127) |
2012 Mar 17 |
+20.4 |
In field of NEOCP object
2012 FD1
|
29 |
2012 FU1 / 460360) |
2012 Mar 17 |
+20.8 |
In field of NEOCP object
2012 FD1
|
30 |
2012 TM146 / (384958) |
2012 Oct 14 |
+20.5 |
In field of NEOCP object 2012 TD140
|
31 |
2008 SB83/ (465454) |
2008 Sep 26 |
+20.4 |
In field of NEOCP object
2008 SH82 |
32 |
2008 GB2 = 2012 CD23
= 2005 QC101 = 2008 HZ70 = (550231) |
2008 Apr 05 |
+20.4 |
In field of NEOCP object
2008 GF2 |
33 |
2007 VU84 (476251) |
2007 Nov 05 |
+20.1 |
In field of NEOCP object
2007 VJ8 |
34 |
2009 BC10 (477053) |
2009 Jan 20 |
+19.5 |
In field of NEOCP object 2009 BV2. |
35 |
2007 AN9
(481467) |
2007 Jan 14 |
+19.2 |
In field of NEOCP object (2007
AE12). At mag +21.8, 2007 AE12 was too
close to a field star to be detected. |
36 |
2009 CB4 (481942) |
2009 Feb 02 |
+20.6 |
In field of ex-NEOCP Mars-crossing object 2009 BF77.
(See 2009 CA45) |
37 |
2011 SQ232
(485502) |
2011 Sep 30 |
+20.4 |
In field of NEOCP object 2011 SF191
|
38 |
2017 RK3 = 2015 FW230 |
2017 Sep 12 |
+20.1 |
In field of spacecraft OSIRIS REx (which
was too faint to be recorded) |
39 |
2007 RF133 = (498065) |
2007 Sep 15 |
+19.9 |
In field of NEOCP object
Comet C/2007 R3 (Gibbs) |
40 |
2006 EJ1 = 2015 BO16 = 2010 EV16 = 2013 RY69 = 2015 BO16 = (502127) |
2006 Mar 05 |
+20.4 |
In field of NEOCP object (2006
EY) |
41 |
2005 SS19 = (509035) |
2005 Sep 23 |
+20.3 |
In field of NEOCP object (5S017C4, which
turned out not to be a minor planet, but the slow moving
artificial satellite WMAP
positioned at the Earths L2 Lagrange Point) |
42 |
2006 VP1 = (509279) |
2006 Nov 01 |
+19.4 |
In field of NEOCP object (2006
VA) |
43 |
2016 VZ11 = (512855) |
2016 Nov 07 |
+20.9 |
In field of NEOCP object
2016 VL2 |
44 |
2018 DJ3 = 2013 YH82 |
2018 Feb 22 |
+19.8 |
In field of NEOCP object
2018 DM |
45 |
2012 XM2 = (513762) |
2012 Dec 03 |
+18.7 |
In field of NEOCP object
2012 XH |
46 |
2016 VU6 = (516265) |
2016 Nov 05 |
+20.4 |
In field of NEOCP object
2016 VR1 |
47 |
2012 TN146 =
(531500) |
2012 Oct 14 |
+20.4 |
In field of NEOCP object
2012 TT145 |
48 |
2012 HB12
= (590607) |
2012 Apr 20 |
+19.9 |
In field of NEOCP object 2012 HK2
|
49 |
2006 XY4 = (611518) |
2006 Dec 12 |
+20.8 |
In field of NEO object (2006 XW) |
50 |
2007 YL2 = (646021) |
2007 Dec 16 |
+20.1 |
In field of MBA discovery 2007 XS16 |
51 |
2009 TQ2
= (648395) |
2009 Oct 12 |
+20.0 |
In field of MBA discovery 2007 HB5. |
52 |
2010 TO5
= (648955) |
2010 Oct 01 |
+19.3 |
In field of NEOCP object 2003 SZ84
= 2010 TA. |
53 |
2017 GE7
= (658096) |
2017 Apr 04 |
+19.3 |
In field of NEOCP object
2017 GQ5 = 2010 JY209 |
54 |
2009 AJ2 = 2015 TO162 =
2015 OK69 = 2012 XT129 = (665141) |
2009 Jan 06 |
+20.5 |
In field of MBA discovery 2009 AN1. |
55 |
2012 XL2
= 2006 JJ75 = 2011 OK33 (688717) |
2012 Dec 03 |
+20.6 |
In field of NEOCP object
2012 XH |
56 |
2005 EE1 = 2005 CC77 =
(701540) |
2005 Mar 02 |
+20.0 |
In recovery field of MBA discovery
2003 TQ3 |
57 |
2009 HW58 = 2017 QA19 =
(718667) |
2009 Apr 25 |
+20.0 |
In field of NEOCP object
2009 HT58. |