Peter reports; After a disappointing January, February turned out to be very good, with 15 usable nights and over 100 hours logged, almost double the total for January. With this and a number of fast moving NEOs discovered during the month that required a lot of short exposures to record them, over 13,800 images were taken, the highest monthly total I've recorded.

Two bright NEOs with large positional uncertainties were recovered, 2006 DU22 was 15th mag. and moving at 34"/min when picked up just before dawn on Feb 9th. With a 3-sigma positional uncertainty of 26' it was actually found only 90" off prediction, an easy catch.

2007 DA had only been seen for three weeks after discovery early last year and was due to make a close approach from the sunward side and moving rapidly up from the northern horizon during February. With a 3-sigma positional uncertainty of +/- 7 degrees (double that of 2005 BT1 mentioned last month), even at a relatively bright mag +17 it seemed a daunting task to start searching for it. However, it was picked up less than 5'(!) from prediction in the first set of images taken, so no laborious search was needed this time!

A 'Bright Recovery Opportunities' web page is maintained by the Minor Planet Center (MPC) at http://www.cfa.harvard.edu/iau/NEO/BrightRecovery.html, worth keeping an eye on for the occasional NEO like these two that is bright enough for amateurs to recover at 2nd opposition.

Another seven newly discovered fast moving NEOs were followed during the month, all closer than the 22 Lunar Distances (LDs) that 2006 DU22 was observed at. The closest was 2008 CF22, followed on the morning of Feb 10 at a distance of just 1.7 LD, moving at nearly 200"/min. This was discovered by the Catalina Sky Survey on the 9th, but had been recorded over 8 hours earlier from La Sagra Observatory (OLS) in Spain, but unfortunately not noticed until the next day. Reiner Stoss, who mentors students at the observatory gave me this account of their luck...

"That rock (OLS110) was found as 2 arcmin long trails on two 240s exposures. One of my students (Stefan Cikota) used one 36-cm f/2 remotely at OLS to make second nights for our MBA discoveries. Unfortunately he reduced the images only the next afternoon. He alerted me quickly and I checked and reported quickly, but soon after I submitted the astrometry, I got the reply from Mr. A. U. Tomatic that it is already on the NEOCP with a Catalina temporary designation."

After missing discovery credit on that one they didn't have to wait long before their next interesting find. I noticed 'OLS111' get posted on the NEO Confirmation Page at about 01:45 UT on 10 Feb, mag +18.4 and predicted to be moving at 2"/min west to east, in Hydra with an uncertainty area of less than 2'. It had been discovered from OLS only 2 hours before and the discovery positions were still well within the same field of view I was taking, but after careful checking I could not find any trace of a moving object. I emailed Reiner at 02:16 UT to say I couldn't find anything, only to hear back that he had managed to get it again from one of the remotely operated telescopes on Mallorca, but it had already accelerated to a speed of 8"/min! I quickly moved my telescope to the indicated position, much further east than originally indicated and picked it up easily at 02:42 UT, moving even faster at 12"/min. It was obviously already very close to Earth and closing in very fast. Both Reiner and I sent our new positions into the MPC and after working out an orbit using FindOrb, I alerted the MPC that it appeared to be in Earth orbit and due to make a very close approach the next day, suggesting that it might be an artificial satellite or a *very* small NEO. By 03:08 UT the MPC removed it from the NEO Confirmation Page with the note 'was not a minor planet'.

It turned out to be artificial satellite 2007-004B = THEMIS B, which is one of 5 satellites launched in Feb 2007 to study the Earth's magnetosphere, with 2007-004B being in a 4 day orbit and the others in 2 and 1 day orbits, every 4th day all 5 satellites line up down the Earth's magnetospheric tail and take simultaneous readings. With an apogee distance more half way to the Moon and at that point appearing almost stationary (in artificial satellite terms), 2007-004B had been 'discovered' as a NEO three times in the last few months before OLS picked it up and no doubt will be re-discovered again and again in the coming months.

04783 C2008 02 02.10808 14 29 22.75 +05 40 26.2 J95 = MBA

04783 C2008 02 02.11097 14 29 22.90 +05 40 26.7 J95

04783 C2008 02 02.11388 14 29 23.06 +05 40 27.4 18.1 R J95

08430 C2008 02 11.08301 10 03 09.51 +17 42 23.6 J95 = MBA

08430 C2008 02 11.09051 10 03 09.12 +17 42 26.1 J95

08430 C2008 02 11.09811 10 03 08.72 +17 42 28.6 17.4 R J95

08536 C2008 02 01.91101 09 51 27.93 +22 12 50.2 J95 = MBA

08536 C2008 02 01.91512 09 51 27.73 +22 12 51.1 J95

08536 C2008 02 01.91922 09 51 27.51 +22 12 51.9 18.1 R J95

18028 C2008 02 09.92924 05 01 10.20 +18 17 09.5 J95 = MBA

18028 C2008 02 09.94372 05 01 10.64 +18 17 12.2 J95

18028 C2008 02 09.95875 05 01 11.09 +18 17 15.2 J95

18028 C2008 02 09.97345 05 01 11.54 +18 17 17.9 18.7 R J95

19226 C2008 02 02.05249 08 44 27.93 +07 58 26.9 J95 = MBA

19226 C2008 02 02.05770 08 44 27.71 +07 58 28.1 J95

19226 C2008 02 02.06328 08 44 27.44 +07 58 29.4 17.8 R J95

29056 C2008 02 08.90977 09 49 02.05 +11 59 12.6 J95 = MBA

29056 C2008 02 08.92674 09 49 00.92 +11 59 12.5 18.3 R J95

40643 C2008 02 09.87228 04 27 42.83 +18 26 46.0 J95 = MBA

40643 C2008 02 09.90302 04 27 43.76 +18 26 50.8 19.8 R J95

57681 C2008 02 08.90977 09 48 32.47 +12 03 41.1 J95 = MBA

57681 C2008 02 08.92674 09 48 31.56 +12 03 45.9 19.1 R J95

58895 C2008 02 08.90977 09 49 11.08 +12 10 23.0 J95 = MBA

58895 C2008 02 08.92674 09 49 10.29 +12 10 29.3 J95

58895 C2008 02 08.94352 09 49 09.52 +12 10 35.8 18.0 R J95

85643 C2008 02 08.90977 09 49 33.28 +12 09 41.2 J95 = MBA

85643 C2008 02 08.92674 09 49 32.54 +12 09 49.3 J95

85643 C2008 02 08.94352 09 49 31.76 +12 09 57.2 19.2 R J95

A6109 C2008 02 08.92674 09 49 13.92 +12 15 37.7 J95 = MBA

A6109 C2008 02 08.94352 09 49 13.14 +12 15 44.3 19.3 R J95

B0780 C2008 02 08.80454 03 01 28.57 +16 06 08.6 J95 = MBA

B0780 C2008 02 08.81933 03 01 29.14 +16 06 14.3 20.6 R J95

B1359 C2008 02 02.07213 08 11 22.17 +07 43 52.0 J95 = MBA

B1359 IC2008 02 02.07760 08 11 21.85 +07 43 52.3 19.1 R J95

B8113 C2008 02 02.07213 08 11 11.86 +07 42 33.5 J95 = MBA

B8113 C2008 02 02.07760 08 11 11.55 +07 42 34.7 J95

B8113 C2008 02 02.08306 08 11 11.25 +07 42 36.6 19.7 R J95

G9665 C2008 02 09.87228 04 28 26.19 +18 21 30.6 J95 = MBA

G9665 C2008 02 09.90302 04 28 26.96 +18 21 29.7 21.1 R J95

H2781 C2008 02 08.90977 09 49 17.07 +12 01 55.7 J95 = MBA

H2781 C2008 02 08.92674 09 49 16.17 +12 01 59.2 19.9 R J95

K01B16E C2008 02 01.95159 05 07 02.40 +13 01 03.6 J95 = BI23773 = Apollo

K01B16E C2008 02 01.95856 05 07 00.63 +13 01 38.9 19.8 R J95

K01Q44G C2008 02 24.92081 11 08 06.08 +14 00 53.5 J95 = MBA

K01Q44G C2008 02 24.93950 11 08 05.25 +14 01 04.6 J95

K01Q44G C2008 02 24.96205 11 08 04.09 +14 01 18.0 20.2 R J95

K01V56S C2008 02 11.08301 10 04 17.74 +17 44 09.9 J95 = MBA

K01V56S C2008 02 11.09051 10 04 17.24 +17 44 11.1 J95

K01V56S C2008 02 11.09811 10 04 16.85 +17 44 13.4 20.0 R J95

K02PB0Q C2008 02 25.02781 10 51 02.19 +12 45 07.0 J95 = MBA

K02PB0Q C2008 02 25.03524 10 51 01.72 +12 45 09.1 J95

K02PB0Q C2008 02 25.04267 10 51 01.30 +12 45 10.0 19.7 R J95

K02S07L EC2008 02 25.02781 10 51 32.05 +12 44 42.8 J95 = MBA

K02S07L EC2008 02 25.03524 10 51 31.71 +12 44 45.0 20.0 R J95

K03F78P C2008 02 25.02781 10 50 47.76 +12 43 54.4 J95 = MBA = K08D00R (GS non-principal designation)

K03F78P C2008 02 25.03524 10 50 47.38 +12 43 54.5 J95

K03F78P C2008 02 25.04267 10 50 46.95 +12 43 55.2 19.3 R J95

K03F78P C2008 02 25.10926 10 50 43.33 +12 43 57.5 J95

K03F78P C2008 02 25.12214 10 50 42.61 +12 43 58.0 19.1 R J95

K03F78P C2008 02 26.91204 10 49 05.91 +12 45 17.0 J95

K03F78P C2008 02 26.92064 10 49 05.52 +12 45 17.2 J95

K03F78P C2008 02 26.93584 10 49 04.67 +12 45 17.7 J95

K03F78P C2008 02 26.94078 10 49 04.32 +12 45 18.2 19.1 R J95

K03T16N C2008 02 09.92924 05 00 29.44 +18 20 01.6 J95 = MBA

K03T16N C2008 02 09.94372 05 00 29.98 +18 20 03.5 J95

K03T16N C2008 02 09.95875 05 00 30.63 +18 20 04.3 J95

K03T16N C2008 02 09.97345 05 00 31.22 +18 20 05.5 20.5 R J95

K03W25P C2008 02 16.92134 07 45 57.56 +54 46 49.8 19.7 R J95 = Aten

K03W25P C2008 02 16.94449 07 45 45.65 +54 47 07.5 20.2 R J95

K03W25P C2008 02 16.96756 07 45 33.76 +54 47 25.4 20.4 R J95

K05Y00A C2008 02 02.09237 14 11 04.93 +21 48 50.0 J95 = MBA

K05Y00A C2008 02 02.10048 14 11 05.20 +21 48 52.2 20.5 R J95

K05Y00A C2008 02 02.16099 14 11 06.85 +21 49 14.8 20.0 R J95

K06D62U C2008 02 09.19502115 23 20.89 -21 32 21.5 J95 = Apollo = recovery at 2nd opposition

K06D62U C2008 02 09.19557915 23 18.93 -21 32 24.1 J95

K06D62U C2008 02 09.19614615 23 16.94 -21 32 26.5 15.7 R J95

K06S96K C2008 02 11.08301 10 03 53.02 +17 40 14.4 J95 = MBA

K06S96K C2008 02 11.09051 10 03 52.52 +17 40 17.1 J95

K06S96K C2008 02 11.09811 10 03 52.22 +17 40 18.6 20.2 R J95

K06T00X C2008 02 02.05249 08 44 43.92 +07 53 15.9 J95 = MBA

K06T00X C2008 02 02.05770 08 44 43.63 +07 53 16.3 J95

K06T00X C2008 02 02.06328 08 44 43.33 +07 53 16.5 20.0 R J95

K06T00Z C2008 02 02.07213 08 11 13.26 +07 39 18.1 J95 = MBA

K06T00Z C2008 02 02.07760 08 11 12.91 +07 39 19.8 J95

K06T00Z C2008 02 02.08306 08 11 12.72 +07 39 22.3 20.1 R J95

K07D00A C2008 02 15.81959 07 01 54.43 +52 42 17.3 J95 = Apollo = recovery at 2nd opposition

K07D00A C2008 02 15.82048 07 01 56.16 +52 41 59.1 17.9 R J95

K07D00A C2008 02 15.84836 07 02 48.54 +52 32 22.0 J95

K07D00A C2008 02 15.84925 07 02 50.23 +52 32 03.3 J95

K07D00A C2008 02 15.85014 07 02 51.86 +52 31 45.1 17.8 R J95

K07D00A C2008 02 16.80000 07 26 20.24 +47 44 22.1 J95

K07D00A C2008 02 16.80295 07 26 23.42 +47 43 36.7 J95

K07D00A C2008 02 16.80577 07 26 26.42 +47 42 53.6 17.8 R J95

K07P33Q C2008 02 01.82341 03 54 27.15 +05 19 42.3 J95 = MBA

K07P33Q C2008 02 01.83088 03 54 27.57 +05 19 47.1 J95

K07P33Q C2008 02 01.83834 03 54 27.85 +05 19 51.5 19.9 R J95

K07R19X C2008 02 10.14258 20 36 15.98 +62 19 53.5 J95 = Apollo

K07R19X C2008 02 10.14681 20 36 16.14 +62 20 12.0 J95

K07R19X C2008 02 10.15102 20 36 16.28 +62 20 30.1 19.0 R J95

K07V26X C2008 02 09.82015 04 24 46.17 +17 30 19.8 J95 = MBA

K07V26X C2008 02 09.82641 04 24 47.02 +17 30 24.4 J95

K07V26X C2008 02 09.83241 04 24 47.80 +17 30 29.3 19.5 R J95

K07X18B C2008 02 09.87228 04 28 03.67 +18 21 00.4 J95 = MBA

K07X18B C2008 02 09.90302 04 28 04.25 +18 21 06.5 21.1 R J95

K07X18D C2008 02 01.98116 06 28 38.78 +22 27 32.5 J95 = MBA

K07X18D C2008 02 01.98848 06 28 38.56 +22 27 33.9 J95

K07X18D C2008 02 01.99579 06 28 38.35 +22 27 36.1 19.8 R J95

K08A04F C2008 02 17.10875 09 20 38.64 +39 07 17.9 J95 = Apollo

K08A04F C2008 02 17.11505 09 20 38.17 +39 07 16.1 J95

K08A04F C2008 02 17.12131 09 20 37.69 +39 07 14.5 18.7 R J95

K08A04F C2008 02 18.00985 09 19 39.61 +39 03 53.4 J95

K08A04F C2008 02 18.01517 09 19 39.24 +39 03 52.3 J95

K08A04F C2008 02 18.02049 09 19 38.82 +39 03 50.9 18.8 R J95

K08B15D C2008 02 02.02945 08 51 44.23 +26 10 50.8 J95 = Apollo

K08B15D C2008 02 02.03096 08 51 43.91 +26 11 13.3 J95

K08B15D C2008 02 02.03188 08 51 43.71 +26 11 26.7 17.0 R J95

K08B15E C2008 02 02.00230410 53 09.18 +22 35 40.0 J95 = Apollo

K08B15E C2008 02 02.00372910 53 12.97 +22 35 40.4 J95

K08B15E C2008 02 02.00522110 53 16.95 +22 35 40.4 18.3 R J95

K08B16O C2008 02 02.03704 10 58 48.36 +09 27 22.8 J95 = Apollo

K08B16O C2008 02 02.04122 10 58 45.72 +09 27 47.8 J95

K08B16O C2008 02 02.04538 10 58 43.12 +09 28 14.3 20.4 R J95

K08B18N C2008 02 11.80706 02 28 22.15 -11 09 33.9 J95 = ts498 = TransNeptunian Object (q=2.6, Q=65)

K08B18N C2008 02 11.81836 02 28 22.80 -11 09 29.0 19.6 R J95

K08B18N HC2008 02 12.80245 02 29 29.73 -11 00 55.7 J95

K08B18N HC2008 02 12.81387 02 29 30.50 -11 00 49.8 19.6 R J95

K08B18T C2008 02 01.91101 09 51 34.30 +22 15 04.3 J95 = BI22780 = Apollo

K08B18T C2008 02 01.91512 09 51 34.03 +22 15 08.3 J95

K08B18T C2008 02 01.91922 09 51 33.72 +22 15 12.5 19.4 R J95

K08B22C C2008 02 27.02328 12 16 10.41 -00 30 12.6 J95 = 8DBD62C = Amor

K08B22C C2008 02 27.02785 12 16 10.65 -00 30 17.0 J95

K08B22C C2008 02 27.03242 12 16 10.85 -00 30 21.4 18.7 R J95

K08C00B C2008 02 01.80611 00 50 58.28 +34 01 43.0 J95 = 8CA72FB = MBA

K08C00B C2008 02 01.81109 00 50 58.80 +34 01 43.5 J95

K08C00B C2008 02 01.81583 00 50 59.34 +34 01 43.9 19.8 R J95

K08C00F C2008 02 01.92508 08 28 54.40 +23 56 32.1 J95 = 8CA76C4 = Amor

K08C00F C2008 02 01.92818 08 28 56.56 +23 56 34.8 20.4 R J95

K08C00G C2008 02 01.96522 10 27 55.69 +01 00 19.4 20.1 R J95 = BI23806 = Apollo

K08C00G C2008 02 01.96863 10 27 55.10 +01 00 46.0 19.3 R J95

K08C00G C2008 02 01.97206 10 27 54.51 +01 01 13.7 19.4 R J95

K08C00H C2008 02 02.10808 14 29 34.39 +05 32 50.1 J95 = 8C17E21 = Apollo

K08C00H C2008 02 02.11097 14 29 33.12 +05 33 22.4 J95

K08C00H C2008 02 02.11388 14 29 31.91 +05 33 56.2 18.8 R J95

K08C00P C2008 02 15.86912 09 43 30.87 +43 00 50.8 J95 = Amor

K08C00P C2008 02 15.87257 09 43 31.94 +43 01 39.9 J95

K08C00P C2008 02 15.87586 09 43 32.94 +43 02 26.7 18.4 R J95

K08C00P C2008 02 17.94458 09 56 25.04 +50 25 33.2 J95

K08C00P C2008 02 17.95335 09 56 28.05 +50 27 17.9 J95

K08C00P C2008 02 17.96198 09 56 31.01 +50 29 00.5 18.8 R J95

K08C01S C2008 02 16.18851 17 42 47.03 +31 35 13.0 J95 = Apollo

K08C01S C2008 02 16.19491 17 42 51.44 +31 35 22.8 20.4 R J95

K08C06B C2008 02 16.03499 10 53 19.97 -17 23 32.8 19.0 R J95 = Apollo

K08C06B C2008 02 16.03970 10 53 34.50 -17 26 19.4 18.4 R J95

K08C06B C2008 02 16.04487 10 53 50.42 -17 29 24.0 19.3 R J95

K08C20L C2008 02 08.99161511 46 39.86 +19 17 02.5 J95 = Aten

K08C20L C2008 02 08.99314011 46 36.17 +19 16 41.8 J95

K08C20L C2008 02 08.99469211 46 32.42 +19 16 19.9 18.2 R J95

K08C20L C2008 02 10.21993110 48 25.26 +12 45 34.7 J95

K08C20L C2008 02 10.22078310 48 22.37 +12 45 13.1 J95

K08C20L C2008 02 10.22160610 48 19.58 +12 44 52.4 17.4 R J95

K08C20M C2008 02 08.77781 04 22 53.73 +19 13 39.9 J95 = 8CAC2FD = Apollo

K08C20M C2008 02 08.78714 04 22 54.52 +19 12 44.8 J95

K08C20M C2008 02 08.79263 04 22 54.98 +19 12 11.9 20.0 R J95

K08C20M C2008 02 09.82015 04 24 32.93 +17 31 01.2 J95

K08C20M C2008 02 09.82562 04 24 33.35 +17 30 29.3 J95

K08C20M C2008 02 09.83282 04 24 34.02 +17 29 47.0 20.1 R J95

K08C20M FC2008 02 16.82429 04 36 16.09 +06 40 12.9 J95

K08C20M FC2008 02 16.84892 04 36 18.41 +06 38 05.5 J95

K08C20M FC2008 02 16.87721 04 36 21.13 +06 35 38.2 20.3 R J95

K08C20M C2008 02 17.83621 04 38 00.97 +05 12 47.0 J95

K08C20M C2008 02 17.87714 04 38 04.77 +05 09 14.9 J95

K08C20O C2008 02 08.80454 03 00 51.44 +16 06 13.2 J95 = 8CAC030 = MBA

K08C20O C2008 02 08.81933 03 00 52.46 +16 06 07.5 21.0 R J95

K08C20P pC2008 02 08.83429 03 10 50.73 +18 34 16.9 J95 = 8CABEA7 = MBA

K08C20P pC2008 02 08.84837 03 10 51.29 +18 34 09.9 20.5 R J95

K08C21X C2008 02 09.10090 10 37 30.42 +40 30 59.8 J95 = BI40521 = Apollo

K08C21X C2008 02 09.10257 10 37 32.51 +40 31 51.0 J95

K08C21X C2008 02 09.10392 10 37 34.29 +40 32 32.6 20.0 R J95

K08C21Y C2008 02 09.14463 09 10 11.78 +28 47 15.7 J95 = BI44014 = Aten

K08C21Y C2008 02 09.14598 09 10 10.86 +28 47 02.3 J95

K08C21Y C2008 02 09.14748 09 10 09.88 +28 46 47.3 19.5 R J95

K08C21Z C2008 02 09.15248 09 38 42.40 +31 33 14.2 J95 = BI44018 = Amor

K08C21Z C2008 02 09.15666 09 38 41.68 +31 33 08.3 J95

K08C21Z C2008 02 09.16081 09 38 40.94 +31 33 01.1 20.1 R J95

K08C21Z C2008 02 15.89663 09 20 06.77 +28 46 23.7 J95

K08C21Z C2008 02 15.90320 09 20 05.73 +28 46 13.5 J95

K08C21Z C2008 02 15.90980 09 20 04.64 +28 46 03.5 20.3 R J95

K08C22B C2008 02 09.19987 15 02 43.45 +18 40 41.3 J95 = 8C1E79C = Apollo

K08C22B C2008 02 09.20400 15 02 42.24 +18 40 41.4 J95

K08C22B C2008 02 09.20814 15 02 41.02 +18 40 41.5 19.1 R J95

K08C22E C2008 02 15.92694 09 31 21.61 -00 58 12.2 J95 = Apollo

K08C22E C2008 02 15.93454 09 31 21.32 -00 58 22.0 J95

K08C22E C2008 02 15.94204 09 31 21.07 -00 58 30.9 19.9 R J95

K08C22F C2008 02 10.08398111 01 00.09 -02 32 17.7 15.3 R J95 = Apollo

K08C22F C2008 02 10.08472011 01 10.70 -02 33 20.4 15.1 R J95

K08C22F C2008 02 10.08553411 01 22.39 -02 34 29.6 15.3 R J95

K08C22F C2008 02 10.21531311 36 19.79 -05 56 26.8 J95

K08C22F C2008 02 10.21571811 36 27.13 -05 57 07.6 J95

K08C22F C2008 02 10.21612311 36 34.40 -05 57 48.7 15.2 R J95

K08C22J C2008 02 08.91408 09 49 12.24 +12 11 02.7 J95 = 8CAD0CE = Amor

K08C22J C2008 02 08.93936 09 49 20.39 +12 17 42.3 21.0 R J95

K08C70D EC2008 02 10.03290009 32 46.10 +02 01 40.0 J95 = BI49423 = Apollo

K08C70D EC2008 02 10.03342809 32 46.87 +02 02 19.4 J95

K08C70D EC2008 02 10.03392409 32 47.57 +02 02 57.6 17.9 R J95

K08C70D C2008 02 10.03594709 32 50.54 +02 05 30.7 J95

K08C70D C2008 02 10.03665009 32 51.54 +02 06 23.7 17.9 R J95

K08C70D C2008 02 11.00895610 01 15.74 +22 13 04.9 J95

K08C70D C2008 02 11.00981710 01 17.11 +22 14 05.0 J95

K08C70D C2008 02 11.01055810 01 18.29 +22 14 57.4 17.8 R J95

K08C70D C2008 02 12.02362010 32 43.09 +39 10 01.4 J95

K08C70D C2008 02 12.02472610 32 44.94 +39 10 57.2 J95

K08C70D C2008 02 12.02580810 32 46.71 +39 11 51.2 18.3 R J95

K08C70D C2008 02 13.84935 11 31 18.17 +56 33 33.3 J95

K08C70D C2008 02 13.85493 11 31 28.56 +56 35 46.1 J95

K08C70D C2008 02 13.85974 11 31 37.30 +56 37 39.2 19.0 R J95

K08C70E C2008 02 09.99898 07 39 12.27 +01 51 22.4 19.0 R J95 = BI49021 = Apollo

K08C70E C2008 02 10.04957 07 39 05.29 +01 12 30.0 J95

K08C70E C2008 02 10.05067 07 39 05.18 +01 11 38.6 J95

K08C70E C2008 02 10.05098 07 39 05.17 +01 11 25.6 18.7 R J95

K08C70H C2008 02 10.10123 08 57 35.44 +12 03 18.7 J95 = 8CAFBAF = Aten

K08C70H C2008 02 10.10805 08 57 32.99 +12 03 46.3 20.7 R J95

K08C70H C2008 02 11.01717 08 52 17.87 +13 08 43.1 J95

K08C70H C2008 02 11.02782 08 52 13.95 +13 09 28.4 20.7 R J95

K08C70J C2008 02 11.03758 09 17 09.67 +09 30 26.3 J95 = 8CAFF25 = Amor

K08C70J C2008 02 11.04491 09 17 09.17 +09 30 48.6 J95

K08C70J C2008 02 11.05224 09 17 08.59 +09 31 10.4 20.0 R J95

K08C70K C2008 02 11.12263 10 22 32.59 -02 06 16.4 J95 = BI45909 = Apollo

K08C70K C2008 02 11.12799 10 22 33.55 -02 06 25.9 J95

K08C70K C2008 02 11.13335 10 22 34.46 -02 06 35.0 19.0 R J95

K08C70L C2008 02 10.06880 10 28 07.93 +03 26 17.0 J95 = BI45910 = Apollo

K08C70L C2008 02 10.07060 10 28 07.64 +03 26 41.0 J95

K08C70L C2008 02 10.07243 10 28 07.38 +03 27 04.0 19.6 R J95

K08C70L C2008 02 11.13840 10 25 48.87 +06 55 18.4 J95

K08C70L C2008 02 11.14313 10 25 48.24 +06 56 10.1 J95

K08C70L C2008 02 11.14614 10 25 47.89 +06 56 44.0 19.7 R J95

K08C70M C2008 02 11.10878 09 51 13.84 -02 32 19.4 J95 = 8C1F078 = Inner Main-belt Asteroid

K08C70M C2008 02 11.11392 09 51 13.33 -02 32 23.3 20.1 R J95

K08C70Y C2008 02 11.16277 10 48 11.30 +35 19 02.9 J95 = 8C210BF = Inner Main-belt Asteroid

K08C70Y C2008 02 11.16818 10 48 10.88 +35 19 04.5 J95

K08C70Y C2008 02 11.17357 10 48 10.39 +35 19 05.7 20.0 R J95

K08C71A C2008 02 11.15049 10 40 46.27 +33 44 30.0 J95 = 8C211AE = Mars-crossing Asteroid

K08C71A C2008 02 11.15395 10 40 45.87 +33 44 30.2 J95

K08C71A C2008 02 11.15738 10 40 45.51 +33 44 29.9 19.2 R J95

K08C71C C2008 02 11.17929 11 17 40.59 +12 51 21.5 J95 = 8CB0790 = Apollo

K08C71C C2008 02 11.18389 11 17 42.89 +12 51 06.0 J95

K08C71C C2008 02 11.18851 11 17 45.21 +12 50 50.3 20.1 R J95

K08C71C C2008 02 16.15718 12 18 07.75 +06 00 52.0 J95

K08C71C C2008 02 16.16108 12 18 11.49 +06 00 23.2 20.0 R J95

K08C71D C2008 02 11.19750 11 52 40.68 -03 14 21.2 J95 = SW40cP = Apollo

K08C71D C2008 02 11.20561 11 52 39.49 -03 14 38.0 20.1 R J95

K08C74M C2008 02 13.13416 11 53 32.52 -03 10 25.9 J95 = Apollo

K08C74M C2008 02 13.13659 11 53 37.98 -03 11 30.0 18.9 R J95

K08C87R C2008 02 24.91713 11 07 40.28 +13 54 39.4 J95 = MBA

K08C87R C2008 02 24.93950 11 07 38.86 +13 54 51.1 J95

K08C87R C2008 02 24.96205 11 07 37.52 +13 55 01.6 20.3 R J95

K08C88S C2008 02 24.91713 11 07 49.88 +13 54 19.0 J95 = MBA

K08C88S C2008 02 24.93950 11 07 48.65 +13 54 28.4 J95

K08C88S C2008 02 24.96205 11 07 47.41 +13 54 38.1 19.6 R J95

K08CB6G C2008 02 10.02118 09 42 00.67 -24 09 45.0 J95 = BI49422 = Apollo

K08CB6G C2008 02 10.02598 09 42 08.20 -24 11 29.7 J95

K08CB6G C2008 02 10.02738 09 42 10.43 -24 12 01.3 18.4 R J95

K08CB6H C2008 02 10.19655 16 54 20.90 +14 16 06.6 J95 = 8CB0C0D = Aten

K08CB6H C2008 02 10.20730 16 54 24.02 +14 16 09.9 20.1 R J95

K08CB6H C2008 02 10.22877 16 54 30.10 +14 16 19.0 20.0 R J95

K08CB6H C2008 02 11.21567 16 59 15.51 +14 22 40.5 J95

K08CB6H C2008 02 11.22630 16 59 18.58 +14 22 45.4 J95

K08CB6H C2008 02 11.23699 16 59 21.63 +14 22 48.8 20.1 R J95

K08CB6H IC2008 02 13.15336 17 08 50.98 +14 34 29.5 J95

K08CB6H C2008 02 13.16583 17 08 54.59 +14 34 32.0 20.2 R J95

K08CB6J C2008 02 11.08301 10 03 38.31 +17 42 01.3 J95 = SW40cR = Amor

K08CB6J C2008 02 11.09051 10 03 37.54 +17 42 00.0 J95

K08CB6J C2008 02 11.09811 10 03 36.64 +17 42 00.1 20.4 R J95

K08CB6J C2008 02 13.01896 10 00 04.21 +17 40 52.0 J95

K08CB6J C2008 02 13.03135 10 00 02.74 +17 40 52.5 20.3 R J95

K08CB6K C2008 02 12.88859 07 26 00.98 +11 21 30.7 J95 = Apollo

K08CB6K C2008 02 12.91791 07 26 06.86 +11 19 48.9 20.3 R J95

K08CB6L C2008 02 13.09117 13 18 30.02 +23 57 11.8 J95 = 8C214E1 = Apollo

K08CB6L C2008 02 13.09759 13 18 32.29 +23 57 30.0 J95

K08CB6L C2008 02 13.10427 13 18 34.73 +23 57 47.3 20.2 R J95

K08CB6L C2008 02 16.16762 13 38 32.76 +26 21 22.1 J95

K08CB6L C2008 02 16.17257 13 38 34.82 +26 21 37.7 J95

K08CB6L C2008 02 16.17923 13 38 37.53 +26 21 56.3 20.0 R J95

K08CB6N C2008 02 12.82244 06 59 33.26 +35 56 15.7 19.6 R J95 = 8CB3C95 = Apollo

K08CB6N C2008 02 12.82621 06 59 22.61 +35 57 32.3 20.1 R J95

K08CB6N C2008 02 12.83028 06 59 11.05 +35 58 56.9 19.2 R J95

K08CB6N C2008 02 12.94382 06 53 38.72 +36 37 35.7 20.1 R J95

K08CB6N C2008 02 13.81327806 00 07.36 +41 49 50.1 19.2 R J95

K08CB6N C2008 02 13.82317605 59 18.98 +41 53 24.7 19.7 R J95

K08CB6N C2008 02 13.83506905 58 20.67 +41 57 40.6 19.9 R J95

K08CB6O C2008 02 11.82839 05 11 34.02 +11 21 41.7 J95 = 8C21711 = Apollo

K08CB6O C2008 02 11.83276 05 11 36.72 +11 22 25.1 J95

K08CB6O C2008 02 11.83705 05 11 39.39 +11 23 07.8 19.2 R J95

K08CB6P C2008 02 12.83809 08 39 13.84 +17 47 43.5 J95 = BI55989 = Amor

K08CB6P C2008 02 12.84035 08 39 15.29 +17 47 37.1 J95

K08CB6P C2008 02 12.84408 08 39 17.60 +17 47 26.9 18.5 R J95

K08CB6Q EC2008 02 12.98419010 56 03.26 -09 22 54.8 J95 = BI56071 = Apollo

K08CB6Q EC2008 02 12.98559910 56 01.02 -09 23 19.3 18.1 R J95

K08CB6Q C2008 02 13.06714010 53 50.78 -09 47 02.1 J95

K08CB6Q C2008 02 13.06864810 53 48.35 -09 47 28.4 J95

K08CB6Q C2008 02 13.07017910 53 45.95 -09 47 55.3 18.4 R J95

K08CB8R C2008 02 16.11592 11 02 36.68 +10 49 36.2 J95 = Apollo

K08CB8R C2008 02 16.13116 11 02 35.61 +10 49 46.3 J95

K08CB8R C2008 02 16.14628 11 02 34.50 +10 49 56.6 20.1 R J95

K08CB8R C2008 02 18.04181 11 00 21.25 +11 12 00.0 J95

K08CB8R C2008 02 18.05921 11 00 19.86 +11 12 13.3 20.5 R J95

K08CB8R C2008 02 25.02781 10 50 54.18 +12 39 54.9 J95

K08CB8R C2008 02 25.03524 10 50 53.41 +12 40 00.6 J95

K08CB8R C2008 02 25.04267 10 50 52.75 +12 40 07.2 19.5 R J95

K08CB8W FC2008 02 10.92777 08 51 09.30 +21 48 30.3 J95 = 8CB2401 = Amor

K08CB8W FC2008 02 10.95444 08 51 14.77 +21 48 27.7 21.5 R J95

K08CB9B C2008 02 13.11563 15 09 29.63 +30 13 22.9 J95 = 8C22136 = (Väisälä elements only, q ~ 2)

K08CB9B C2008 02 13.12157 15 09 30.01 +30 13 25.8 J95

K08CB9B C2008 02 13.12751 15 09 30.37 +30 13 30.1 19.9 R J95

K08CH5B C2008 02 15.97656 10 27 34.67 +03 44 22.6 19.3 R J95 = 8C23C6A = Amor

K08CH5B C2008 02 16.01194 10 27 56.99 +03 51 22.9 19.5 R J95

K08CH5B C2008 02 16.02216 10 28 03.40 +03 53 24.0 19.4 R J95

K08CH5B C2008 02 16.99022 10 38 59.60 +07 01 46.1 J95

K08CH5B C2008 02 17.00615 10 39 09.45 +07 04 48.8 J95

K08CH5B C2008 02 17.02225 10 39 19.39 +07 07 53.9 19.5 R J95

K08CH5C C2008 02 16.06404 13 34 49.64 +18 02 42.1 J95 = 8C24288 = Aten

K08CH5C C2008 02 16.07936 13 34 54.35 +18 03 42.4 J95

K08CH5C C2008 02 16.08713 13 34 56.62 +18 04 11.7 J95

K08CH5C C2008 02 16.09788 13 34 59.92 +18 04 52.6 19.8 R J95

K08CH5C C2008 02 17.04346 13 40 06.09 +19 07 37.5 J95

K08CH5C C2008 02 17.06776 13 40 14.04 +19 09 18.5 J95

K08CH5C C2008 02 17.09052 13 40 21.45 +19 10 53.1 20.0 R J95

K08D00B C2008 02 18.99343 11 54 11.49 +26 50 55.7 J95 = 8D2458C = Apollo

K08D00B C2008 02 19.00126 11 54 04.28 +26 51 28.1 J95

K08D00B C2008 02 19.00894 11 53 57.24 +26 51 59.0 18.7 R J95

K08D00B C2008 02 24.98274 11 06 13.08 +29 39 35.4 J95

K08D00B C2008 02 24.99782 11 06 08.19 +29 39 46.5 J95

K08D00B C2008 02 25.01246 11 06 03.50 +29 39 55.6 20.2 R J95

K08D00C C2008 02 18.93320 11 14 39.81 +16 45 42.8 J95 = 8DB93C6 = Amor

K08D00C C2008 02 18.94112 11 14 38.39 +16 45 38.9 J95

K08D00C C2008 02 18.95311 11 14 36.29 +16 45 30.5 19.5 R J95

K08D00D C2008 02 19.01771 14 35 16.96 +18 27 16.0 J95 = 8D246D4 = Amor

K08D00D C2008 02 19.02235 14 35 18.09 +18 26 49.6 19.0 R J95

K08D00D C2008 02 19.02912 14 35 19.84 +18 26 09.8 J95

K08D00D C2008 02 19.03442 14 35 21.19 +18 25 38.6 18.6 R J95

K08D00J C2008 02 27.00349 08 46 10.57 +06 45 37.2 J95 = Apollo

K08D00J C2008 02 27.00915 08 46 12.46 +06 45 29.3 J95

K08D00J C2008 02 27.01471 08 46 14.30 +06 45 21.5 17.3 R J95

K08D00V IC2008 02 26.81902 04 44 49.42 +31 11 16.6 J95 = 8DBBC08 = Apollo

K08D00V C2008 02 26.83052 04 44 50.07 +31 10 53.0 J95

K08D00W C2008 02 27.03861 11 31 00.40 +02 52 27.3 J95 = SW40cb = Amor

K08D00W C2008 02 27.04293 11 31 00.65 +02 52 32.1 J95

K08D00W C2008 02 27.05737 11 31 01.48 +02 52 48.3 19.8 R J95

K08D00X C2008 02 26.97850 10 33 52.08 +11 22 36.8 J95 = 8DBC2EB = Amor

K08D00X C2008 02 26.99137 10 33 54.86 +11 23 15.8 20.4 R J95

K08D05F C2008 02 29.07966607 47 46.29 +15 45 09.6 J95 = BI96261 = Aten

K08D05F C2008 02 29.08051007 47 44.70 +15 44 25.9 J95

K08D05F C2008 02 29.08129207 47 43.26 +15 43 46.1 17.5 R J95

K08D05H C2008 02 29.11576 11 31 19.22 -12 41 45.2 J95 = 8D273DF = Apollo

K08D05H C2008 02 29.11813 11 31 21.08 -12 41 34.4 J95

K08D05H C2008 02 29.12072 11 31 23.07 -12 41 22.6 19.1 R J95

K08D05L C2008 02 29.16924 13 45 44.87 -07 08 33.8 J95 = 8D27640 = Apollo

K08D05L C2008 02 29.17165 13 45 43.78 -07 08 11.2 J95

K08D05L C2008 02 29.17402 13 45 42.63 -07 07 46.2 19.5 R J95

K08D05L C2008 02 29.18508 13 45 37.38 -07 05 55.0 18.8 R J95

David Briggs, J69

COD J69

OBS David Briggs

MEA David Briggs

TEL 0.40-m f/4.57 Newtonian reflector + CCD

ACK MPCReport file updated 2008.02.06 21:08:22

AC2 dbriggs@kepler.demon.co.uk

NET USNO-A2.0

K05E70K C2008 02 06.87637 10 42 48.47 +73 29 14.9 15.3 R J69

K05E70K C2008 02 06.87720 10 42 46.95 +73 29 13.2 15.6 R J69

K05E70K C2008 02 06.87804 10 42 45.35 +73 29 11.2 15.2 R J69

K05E70K C2008 02 06.87888 10 42 43.89 +73 29 09.6 15.3 R J69

K05E70K C2008 02 06.87971 10 42 42.37 +73 29 08.2 15.3 R J69

COD J69

OBS David Briggs

MEA David Briggs

TEL 0.40-m f/4.57 Newtonian reflector + CCD

ACK MPCReport file updated 2008.02.16 21:36:12

AC2 dbriggs@kepler.demon.co.uk

NET USNO-A2.0

K05E70K C2008 02 16.89560 07 25 53.16 +52 53 29.9 15.1 R J69

K05E70K C2008 02 16.89638 07 25 52.73 +52 53 21.1 15.1 R J69

K05E70K C2008 02 16.89715 07 25 52.28 +52 53 12.6 15.0 R J69

K05E70K C2008 02 16.89794 07 25 51.82 +52 53 04.1 15.0 R J69

K05E70K C2008 02 16.89873 07 25 51.38 +52 52 55.6 15.2 R J69

04450 C2008 02 16.86052 07 16 49.94 -05 40 32.3 12.9 R J69

04450 C2008 02 16.86279 07 16 45.40 -05 41 05.6 12.9 R J69

04450 C2008 02 16.86468 07 16 41.62 -05 41 33.8 12.8 R J69

04450 C2008 02 16.87100 07 16 29.01 -05 43 07.0 12.7 R J69

04450 C2008 02 16.87251 07 16 25.98 -05 43 29.3 12.7 R J69

F3591 C2008 02 16.88112 07 08 28.20 +24 12 12.3 12.6 R J69

F3591 C2008 02 16.88187 07 08 28.63 +24 12 05.8 12.5 R J69

F3591 C2008 02 16.88263 07 08 29.07 +24 11 59.6 12.6 R J69

COD J69

OBS David Briggs

MEA David Briggs

TEL 0.40-m f/4.57 Newtonian reflector + CCD

ACK MPCReport file updated 2008.02.18 23:04:07

AC2 dbriggs@kepler.demon.co.uk

NET USNO-A2.0

K08C01N C2008 02 18.94278 10 36 15.38 +14 46 21.0 13.9 R J69

K08C01N C2008 02 18.94407 10 36 13.54 +14 46 19.9 13.8 R J69

K08C01N C2008 02 18.94483 10 36 12.47 +14 46 19.0 13.8 R J69

K08C01N C2008 02 18.94559 10 36 11.41 +14 46 18.4 14.0 R J69

K08C01N C2008 02 18.94634 10 36 10.35 +14 46 17.6 13.9 R J69

Alan Cahill, J94

COD J94

OBS A.E. Cahill

MEA A.E. Cahill

TEL 0.3-m f/4.0 Schmidt-Cassegrain + CCD

ACK MPCReport file updated 2008.02.12 22:03:32

AC2 alancahill@blueyonder.co.uk

NET UCAC-2

02758 C2008 02 12.85757 07 16 33.60 +24 48 48.0 17.3 R J94

02758 C2008 02 12.87372 07 16 33.22 +24 48 46.1 17.2 R J94

02758 C2008 02 12.89020 07 16 32.83 +24 48 46.0 17.2 R J94

03032 C2008 02 12.85398 07 18 15.26 +24 32 27.6 16.2 R J94

03032 C2008 02 12.87088 07 18 14.78 +24 32 29.2 16.6 R J94

03032 C2008 02 12.88740 07 18 14.17 +24 32 30.5 16.2 R J94

03997 C2008 02 12.86122 07 24 00.71 +25 40 48.2 17.1 R J94

03997 C2008 02 12.87812 07 24 00.18 +25 40 50.0 17.6 R J94

03997 C2008 02 12.89456 07 23 59.63 +25 40 50.7 17.3 R J94

05523 C2008 02 12.85580 07 17 12.85 +24 45 01.1 17.7 R J94

05523 C2008 02 12.87191 07 17 12.35 +24 45 01.6 17.3 R J94

05523 C2008 02 12.88919 07 17 11.77 +24 45 03.6 17.2 R J94

13839 C2008 02 12.86302 07 22 34.55 +25 38 19.4 17.5 R J94

13839 C2008 02 12.87916 07 22 34.01 +25 38 22.8 17.3 R J94

13839 C2008 02 12.89633 07 22 33.28 +25 38 25.5 17.6 R J94

45470 C2008 02 12.85862 07 15 20.91 +24 44 40.8 16.9 R J94

45470 C2008 02 12.87631 07 15 20.17 +24 44 35.0 17.6 R J94

45470 C2008 02 12.89278 07 15 19.46 +24 44 30.9 17.4 R J94

H0891 C2008 02 12.82362 07 21 55.66 +31 34 41.4 15.5 R J94

H0891 C2008 02 12.83163 07 21 56.17 +31 34 22.4 15.5 R J94

H0891 C2008 02 12.84361 07 21 56.93 +31 33 54.3 15.7 R J94

COD J94

OBS A.E. Cahill

MEA A.E. Cahill

TEL 0.3-m f/4.0 Schmidt-Cassegrain + CCD

ACK MPCReport file updated 2008.02.15 21:52:44

AC2 alancahill@blueyonder.co.uk

NET UCAC-2

F3591 C2008 02 15.83709 06 57 32.05 +26 32 17.8 13.4 R J94

F3591 C2008 02 15.84138 06 57 34.52 +26 31 45.3 12.4 R J94

F3591 C2008 02 15.84932 06 57 39.23 +26 30 43.9 12.7 R J94

H0891 C2008 02 15.85361 07 25 54.65 +29 31 21.7 15.5 R J94

H0891 C2008 02 15.87694 07 25 56.39 +29 30 24.6 15.4 R J94

H0891 C2008 02 15.88795 07 25 57.21 +29 29 57.3 15.4 R J94

COD J94

OBS A.E. Cahill

MEA A.E. Cahill

TEL 0.3-m f/4.0 Schmidt-Cassegrain + CCD

ACK MPCReport file updated 2008.02.26 22:53:27

AC2 alancahill@blueyonder.co.uk

NET UCAC-2

00821 C2008 02 26.83009 08 13 28.52 +12 13 06.7 16.4 R J94

00821 C2008 02 26.84531 08 13 27.99 +12 13 10.1 16.3 R J94

00821 C2008 02 26.86505 08 13 27.29 +12 13 15.0 16.1 R J94

00988 C2008 02 26.88194 08 31 21.06 +21 06 53.7 16.7 R J94

00988 C2008 02 26.89413 08 31 20.65 +21 06 55.0 16.8 R J94

00988 C2008 02 26.91160 08 31 20.05 +21 06 56.2 17.1 R J94

01966 C2008 02 26.87678 08 29 22.54 +19 56 12.9 17.7 R J94

01966 C2008 02 26.88892 08 29 22.12 +19 56 13.3 17.8 R J94

01966 C2008 02 26.90645 08 29 21.45 +19 56 16.5 17.5 R J94

03765 C2008 02 26.82405 08 20 13.45 +18 09 33.7 16.4 R J94

03765 C2008 02 26.84007 08 20 13.01 +18 09 35.4 17.0 R J94

03765 C2008 02 26.85976 08 20 12.31 +18 09 37.6 17.4 R J94

05075 C2008 02 26.82656 08 20 12.25 +17 34 31.8 16.3 R J94

05075 C2008 02 26.84256 08 20 11.81 +17 34 33.3 16.4 R J94

05075 C2008 02 26.86074 08 20 11.35 +17 34 34.7 16.4 R J94

05784 C2008 02 26.82836 08 15 33.52 +12 42 43.8 16.9 R J94

05784 C2008 02 26.84433 08 15 32.96 +12 42 44.3 17.3 R J94

05784 C2008 02 26.86329 08 15 32.36 +12 42 43.7 16.6 R J94

06732 C2008 02 26.88024 08 29 55.65 +20 46 38.4 17.6 R J94

06732 C2008 02 26.89243 08 29 55.22 +20 46 40.5 17.3 R J94

06732 C2008 02 26.90990 08 29 54.62 +20 46 43.0 16.9 R J94

COD J94

OBS A.E. Cahill

MEA A.E. Cahill

TEL 0.3-m f/4.0 Schmidt-Cassegrain + CCD

ACK MPCReport file updated 2008.03.04 21:48:50

AC2 alancahill@blueyonder.co.uk

NET UCAC-2

00557 C2008 03 04.83712 07 59 50.42 +18 56 26.2 15.5 R J94

00557 C2008 03 04.85394 07 59 50.28 +18 56 26.0 15.4 R J94

00557 C2008 03 04.86870 07 59 50.15 +18 56 25.7 15.4 R J94

01292 C2008 03 04.83440 07 58 58.91 +18 20 52.9 15.3 R J94

01292 C2008 03 04.85045 07 58 58.70 +18 20 53.5 15.2 R J94

01292 C2008 03 04.86453 07 58 58.51 +18 20 54.0 15.2 R J94

06142 C2008 03 04.83264 08 02 09.49 +16 58 38.1 17.9 R J94

06142 C2008 03 04.84793 08 02 09.18 +16 58 40.8 17.6 R J94

06142 C2008 03 04.86356 08 02 08.87 +16 58 43.3 17.5 R J94

09219 C2008 03 04.82822 07 57 53.42 +16 26 00.8 16.4 R J94

09219 C2008 03 04.84431 07 57 53.19 +16 26 06.8 16.5 R J94

09219 C2008 03 04.85999 07 57 52.94 +16 26 12.8 16.5 R J94

12463 C2008 03 04.83712 07 59 57.70 +18 59 36.1 17.5 R J94

12463 C2008 03 04.85394 07 59 57.38 +18 59 38.4 17.9 R J94

12463 C2008 03 04.86870 07 59 57.10 +18 59 41.2 17.5 R J94

12600 C2008 03 04.87616 08 11 45.91 +19 48 03.0 18.0 R J94

12600 C2008 03 04.88469 08 11 45.65 +19 48 04.6 17.8 R J94

12600 C2008 03 04.89846 08 11 45.40 +19 48 05.7 17.8 R J94

H0891 C2008 03 04.83089 07 59 41.84 +16 53 13.7 15.8 R J94

H0891 C2008 03 04.84694 07 59 43.85 +16 52 35.0 15.7 R J94

H0891 C2008 03 04.86183 07 59 45.73 +16 51 58.4 15.5 R J94

John Fletcher, J93

COD J93

OBS John Fletcher

MEA John Fletcher

TEL 0.25-m f/5.5 Schmidt-Cassegrain + CCD

ACK MPCReport file updated 2008.02.08 21:18:05

AC2 jfmto@blueyonder.co.uk

NET USNO-A2.0

01036 C2008 02 08.83730 06 30 31.85 -13 09 35.5 14.0 V J93

01036 C2008 02 08.84087 06 30 31.77 -13 09 33.6 14.0 V J93

01036 C2008 02 08.84622 06 30 31.62 -13 09 30.4 13.9 V J93

04954 C2008 02 08.86252 04 43 46.96 +57 08 49.8 14.1 V J93

04954 C2008 02 08.86424 04 43 47.51 +57 08 46.9 14.1 V J93

04954 C2008 02 08.86595 04 43 48.09 +57 08 44.3 14.1 V J93

H0891 C2008 02 08.87279 07 17 38.97 +34 08 34.2 15.5 V J93

H0891 C2008 02 08.87450 07 17 39.02 +34 08 30.4 15.5 V J93

H0891 C2008 02 08.87622 07 17 39.12 +34 08 26.9 15.4 V J93

John reports; This scattered disk object No 136472 (2005 FY9) is a scattered disc object Cubewano. Dist from home planet tonight is computed to be: 51.32968758 AU (7,678,811,965 km) MPCorb data below. Last observed: 2006 07 10 in this database. Position seems to have altered a little since last positions listed but nothing else on my images in the immediate vicinity. RMS errror was 0.2 sec arc on three images below. I was also amazed at No 4954 Eric how far that ones position was away from the MPCorb listed position for tonight.

COD J93

OBS John Fletcher

MEA John Fletcher

TEL 0.25-m f/5.5 Schmidt-Cassegrain + CCD

ACK MPCReport file updated 2008.02.08 22:37:36

AC2 jfmto@blueyonder.co.uk

NET USNO-A2.0

D6472 C2008 02 08.90719 12 30 14.25 +29 00 06.7 17.0 V J93 D6472 C2008 02 08.92329 12 30 14.12 +29 00 07.4 16.9 V J93 D6472 C2008 02 08.93731 12 30 14.06 +29 00 07.8 17.0 V J93

(136472) 2005 FY9 mag 17.0

Right ascension: 12h30m38.190s

Declination: N28 57' 26.92"

Mean position at current epoch:

Right ascension: 12h30m38.190s

Declination: N28 57' 26.92"

Apparent position at current epoch:

Right ascension: 12h30m40.042s

Declination: N28 57' 08.85"

Dist from home planet: 51.32968758 AU (7,678,811,965 km) Heliocentric position: lon 173.54114 lat 28.94046 Heliocentric radius 52.04007 AU 100.00% illuminated Phase angle: 0.76 degrees Elongation from Sun 135.68 degrees (morning sky) Speed of apparent motion: 2.265"/hour at position angle 315.1 Motion is 0.01 degrees/day in RA, 0.01 degrees/day in dec Assumed asteroid diameter 7567.8 km

Comments from the MPCORB database:

Designation: (136472) 2005 FY9

Absolute magnitude: -0.3

Slope parameter: 0.15

Orbital elements:

Semimajor axis: 45.5432176

Eccentricity: 0.1583247

Inclination of orbit: 28.99783

Argument of perihelion: 295.45996

Long. ascending node: 79.60382

Mean anomaly: 150.02080

Mean daily motion: 0.00320678 degrees/day

Epoch of elements: 27 Oct 2007

Uncertainty level: 1

122 observations made at 9 oppositions

Orbital arc: 1955-2006

Last observed: 2006 07 10

RMS residual: 0.26

Perturbing objects used in orbit: M-v

Orbit computed by MPC

Orbit based on the JPL DE403 positions and masses

Cubewano or scattered disk object

Reference: MPO103109

Perihelion distance 38.3326013 AU

Aphelion distance 52.7538339 AU

Period of orbit 307.36 years (112262.3 days)

Date of perihelion JD 2407618.04952 (25 Sep 1879 13:11)

COD J93

OBS John Fletcher

MEA John Fletcher

TEL 0.25-m f/5.5 Schmidt-Cassegrain + CCD

ACK MPCReport file updated 2008.02.09 00:37:34

AC2 jfmto@blueyonder.co.uk

NET USNO-A2.0

02602 C2008 02 08.96639 11 25 50.81 +03 34 03.6 16.0 V J93

02602 C2008 02 08.97606 11 25 50.59 +03 34 06.8 16.0 V J93

John reports; No.153591 is interesting at 0.06AU from home planet tonight.

COD J93

OBS John Fletcher

MEA John Fletcher

TEL 0.25-m f/5.5 Schmidt-Cassegrain + CCD

ACK MPCReport file updated 2008.02.24 23:26:44

AC2 jfmto@blueyonder.co.uk

NET USNO-A2.0

01036 C2008 02 24.93222 06 27 08.17 -10 33 10.7 14.3 V J93

01036 C2008 02 24.93578 06 27 08.17 -10 33 08.5 14.3 V J93

01036 C2008 02 24.94319 06 27 08.16 -10 33 04.1 14.3 V J93

04954 C2008 02 24.91463 05 57 48.03 +49 38 32.4 14.1 V J93

04954 C2008 02 24.91640 05 57 48.42 +49 38 29.2 14.1 V J93

04954 C2008 02 24.91818 05 57 48.83 +49 38 26.1 14.1 V J93

F3591 C2008 02 24.96630 08 29 44.07 +03 57 36.8 12.4 V J93

F3591 C2008 02 24.96986 08 29 45.93 +03 57 05.5 12.3 V J93

F3591 C2008 02 24.97341 08 29 47.75 +03 56 34.5 12.3 V J93

H0891 C2008 02 24.95589 07 41 07.53 +23 06 07.0 15.6 V J93

H0891 C2008 02 24.95801 07 41 07.71 +23 06 01.7 15.7 V J93

H0891 C2008 02 24.96012 07 41 07.92 +23 05 55.9 15.6 V J93

Kevin Hills, J66

Kevin reports; I started out using CCD Soft to search for and measure the position of objects and the software would automatically insert its own reference codes (BSQ001,002 etc.) After the event I'd get an auto-generated message back from the MPC giving the correct designation. In the reports below; BSQ173 = K07T15G, BSQ336 = G6600, BSQ275 = K02TN2B, BSQ235 = K07S11E, BSQ220 = K07VI90. However, I never really got along with CCD Soft and went in search of something new. After reviewing the slides from last summer's meeting at Newbury on your website and browsing through Peter Birtwhistle's site I have now switched to Astrometrica, something that I'm much more comfortable with. So hopefully you'll recognise my designations in the future... (Weather here has been awful for ages, by the way. It's depressing).

COD J66

CON K. Hills, Kinver, England [kinverhills@aol.com]

OBS K. Hills

MEA K. Hills

TEL 0.41-m f/6.9 Ritchey-Chretien + CCD

ACK MPCReport file updated 2008.02.09 22:57:46

AC2 kinverhills@aol.com

NET USNO-B1.0

K06J25Y C2008 02 09.80263 08 48 26.97 +78 04 30.2 19.1 V J66

K06J25Y C2008 02 09.80525 08 48 26.00 +78 04 04.3 19.0 V J66

K06J25Y C2008 02 09.81050 08 48 24.24 +78 03 16.2 18.8 V J66

K06J25Y C2008 02 09.81312 08 48 23.46 +78 02 50.2 18.8 V J66

K08C22D C2008 02 09.93686 08 18 13.97 +01 05 47.1 17.8 V J66

K08C22D C2008 02 09.93811 08 18 14.17 +01 05 53.0 17.8 V J66

K08C22D C2008 02 09.93917 08 18 14.35 +01 05 58.7 17.7 V J66

K08C22D C2008 02 09.94022 08 18 14.59 +01 06 03.4 18.0 V J66

K08C22D C2008 02 09.94075 08 18 14.64 +01 06 06.1 17.9 V J66

K08B15D C2008 02 09.82567 08 16 33.51 +55 38 00.8 17.9 V J66

K08B15D C2008 02 09.82829 08 16 32.51 +55 38 30.4 18.2 V J66

K08B15D C2008 02 09.83091 08 16 31.43 +55 38 59.7 18.1 V J66

K08B15D C2008 02 09.83354 08 16 30.45 +55 39 29.5 17.8 V J66

K08B15D C2008 02 09.83616 08 16 29.42 +55 39 59.0 18.1 V J66

K08B15D C2008 02 09.83836 08 16 28.60 +55 40 23.8 18.1 V J66

K08B16H C2008 02 09.84565 09 48 46.11 +52 11 29.9 18.0 V J66

K08B16H C2008 02 09.84829 09 48 46.45 +52 12 10.1 18.0 V J66

K08B16H C2008 02 09.85093 09 48 46.78 +52 12 48.9 17.8 V J66

K08B16H C2008 02 09.85354 09 48 47.20 +52 13 28.1 18.1 V J66

K08B16H C2008 02 09.85617 09 48 47.51 +52 14 06.7 18.3 V J66

K08B16H C2008 02 09.85836 09 48 47.83 +52 14 39.9 17.9 V J66

K08C00M C2008 02 09.86902 00 59 25.98 +18 13 14.5 18.9 V J66

K08C00M C2008 02 09.87340 00 59 27.59 +18 13 11.9 19.1 V J66

K08C00M C2008 02 09.87778 00 59 29.20 +18 13 10.8 19.1 V J66

K08C00P C2008 02 09.88393 09 14 56.03 +16 22 39.3 18.5 V J66

K08C00P C2008 02 09.88552 09 14 56.35 +16 23 06.3 18.4 V J66

K08C00P C2008 02 09.88711 09 14 56.66 +16 23 33.1 18.4 V J66

K08C00P C2008 02 09.88869 09 14 56.96 +16 23 59.9 18.3 V J66

K08C00P C2008 02 09.89028 09 14 57.30 +16 24 26.8 18.0 V J66

K08C22F C2008 02 09.91448 10 25 53.12 +00 55 29.8 15.3 V J66

K08C22F C2008 02 09.91473 10 25 55.89 +00 55 13.8 15.7 V J66

K08C22F C2008 02 09.91499 10 25 58.65 +00 54 57.4 15.6 V J66

K08C22F C2008 02 09.91550 10 26 04.09 +00 54 25.6 15.8 V J66

K08C22F C2008 02 09.91575 10 26 06.87 +00 54 09.6 15.8 V J66

K08C22F C2008 02 09.91626 10 26 12.37 +00 53 37.1 15.6 V J66

K08C22F C2008 02 09.94910 10 32 15.63 +00 17 57.5 15.5 V J66

K08C22F C2008 02 09.94948 10 32 19.97 +00 17 31.9 15.7 V J66

K08C22F C2008 02 09.94999 10 32 25.75 +00 16 57.9 15.8 V J66

K08C22F C2008 02 09.95051 10 32 31.61 +00 16 23.2 15.8 V J66

K08C22F C2008 02 09.95102 10 32 37.48 +00 15 48.2 15.6 V J66

K08C22F C2008 02 09.95128 10 32 40.42 +00 15 31.2 15.5 V J66

K08C22F C2008 02 09.95167 10 32 44.81 +00 15 05.2 15.8 V J66

K08C22F C2008 02 09.95205 10 32 49.23 +00 14 39.0 15.6 V J66

K08C22F C2008 02 09.95243 10 32 53.60 +00 14 13.3 15.9 V J66

COD J66

CON K. Hills, Kinver, England [kinverhills@aol.com]

OBS K. Hills

MEA K. Hills

TEL 0.41-m f/6.9 Ritchey-Chretien + CCD

ACK MPCReport file updated 2008.02.09 23:50:21

AC2 kinverhills@aol.com

NET USNO-B1.0

K03A01D C2008 02 09.98565 13 53 24.63 +43 39 04.9 17.9 V J66

K03A01D C2008 02 09.98696 13 53 25.00 +43 39 08.4 17.8 V J66

K03A01D C2008 02 09.98872 13 53 25.44 +43 39 13.4 18.2 V J66

K03A01D C2008 02 09.99047 13 53 25.97 +43 39 18.0 17.9 V J66

K03A01D C2008 02 09.99179 13 53 26.41 +43 39 21.4 18.0 V J66

K05E70K C2008 02 09.97568 09 15 59.01 +69 58 25.3 15.5 V J66

K05E70K C2008 02 09.97703 09 15 56.98 +69 58 17.5 15.5 V J66

K05E70K C2008 02 09.97834 09 15 54.99 +69 58 09.7 15.4 V J66

K05E70K C2008 02 09.97966 09 15 53.01 +69 58 02.1 15.4 V J66

K05E70K C2008 02 09.98101 09 15 50.99 +69 57 54.1 15.4 V J66

K05E70K C2008 02 09.98206 09 15 49.39 +69 57 47.9 15.4 V J66

K07V04Q C2008 02 09.96410 14 36 29.21 +77 32 37.0 17.0 V J66

K07V04Q C2008 02 09.96536 14 36 29.59 +77 32 36.9 17.0 V J66

K07V04Q C2008 02 09.96671 14 36 29.83 +77 32 36.5 17.0 V J66

K07V04Q C2008 02 09.96933 14 36 30.50 +77 32 36.1 17.0 V J66

K07V04Q C2008 02 09.97063 14 36 30.75 +77 32 35.8 17.0 V J66

K07V04Q C2008 02 09.97170 14 36 31.01 +77 32 35.7 17.1 V J66

COD J66

CON K. Hills, Kinver, England [kinverhills@aol.com]

OBS K. Hills

MEA K. Hills

TEL 0.41-m f/6.9 Ritchey-Chretien + CCD

ACK MPCReport file updated 2008.02.11 20:28:04

AC2 kinverhills@aol.com

NET USNO-B1.0

8C21711 C2008 02 11.83697 05 11 39.32 +11 23 06.2 18.9 V J66

8C21711 C2008 02 11.83856 05 11 40.37 +11 23 21.8 18.6 V J66

8C21711 C2008 02 11.84334 05 11 43.30 +11 24 09.6 18.8 V J66

8C21711 C2008 02 11.84494 05 11 44.28 +11 24 25.8 18.6 V J66

8C21711 C2008 02 11.84656 05 11 45.33 +11 24 41.5 19.1 V J66

8C21711 C2008 02 11.84817 05 11 46.26 +11 24 58.8 18.9 V J66

8C21711 C2008 02 11.84976 05 11 47.26 +11 25 13.9 19.0 V J66

COD J66

CON K. Hills, Kinver, England [kinverhills@aol.com]

OBS K. Hills

MEA K. Hills

TEL 0.41-m f/6.9 Ritchey-Chretien + CCD

ACK MPCReport file updated 2008.02.11 22:34:41

AC2 kinverhills@aol.com

NET USNO-B1.0

8C2197A C2008 02 11.92603 12 14 46.55 +43 17 27.3 17.8 V J66

8C2197A C2008 02 11.92823 12 14 45.69 +43 17 17.6 17.5 V J66

8C2197A C2008 02 11.93043 12 14 44.86 +43 17 08.1 17.8 V J66

8C2197A C2008 02 11.93262 12 14 43.94 +43 16 58.0 18.0 V J66

8C2197A C2008 02 11.93480 12 14 43.10 +43 16 48.4 17.9 V J66

8C2197A C2008 02 11.93700 12 14 42.28 +43 16 39.4 17.9 V J66

COD J66

CON K. Hills, Kinver, England [kinverhills@aol.com]

OBS K. Hills

MEA K. Hills

TEL 0.41-m f/6.9 Ritchey-Chretien + CCD

ACK MPCReport file updated 2008.02.13 01:02:23

AC2 kinverhills@aol.com

NET USNO-B1.0

BI55989 C2008 02 13.02964 08 41 12.72 +17 38 35.7 18.4 V J66

BI55989 C2008 02 13.03123 08 41 13.71 +17 38 31.1 18.1 V J66

BI55989 C2008 02 13.03282 08 41 14.71 +17 38 26.6 18.1 V J66

BI55989 C2008 02 13.03441 08 41 15.68 +17 38 21.9 18.5 V J66

COD J66

CON K. Hills, Kinver, England [kinverhills@aol.com]

OBS K. Hills

MEA K. Hills

TEL 0.41-m f/6.9 Ritchey-Chretien + CCD

ACK MPCReport file updated 2008.02.13 01:39:54

AC2 kinverhills@aol.com

NET USNO-B1.0

8C2192F C2008 02 13.05188 13 38 15.91 +15 28 48.5 18.3 V J66

8C2192F C2008 02 13.05451 13 38 15.40 +15 28 36.1 18.3 V J66

8C2192F C2008 02 13.05947 13 38 14.46 +15 28 12.8 18.1 V J66

8C2192F C2008 02 13.06443 13 38 13.52 +15 27 49.5 18.3 V J66

8C2192F C2008 02 13.06706 13 38 13.03 +15 27 37.0 18.0 V J66

COD J66

CON K. Hills, Kinver, England [kinverhills@aol.com]

OBS K. Hills

MEA K. Hills

TEL 0.41-m f/6.9 Ritchey-Chretien + CCD

ACK MPCReport file updated 2008.02.17 20:42:07

AC2 kinverhills@aol.com

NET USNO-B1.0

K07R19X C2008 02 17.82922 20 43 06.29 +73 12 09.6 19.5 V J66

K07R19X C2008 02 17.83359 20 43 06.81 +73 12 35.2 19.3 V J66

K07R19X C2008 02 17.83795 20 43 07.16 +73 13 01.3 19.2 V J66

K07R19X C2008 02 17.84232 20 43 07.57 +73 13 27.1 19.1 V J66

K07R19X C2008 02 17.84669 20 43 08.13 +73 13 53.7 19.4 V J66

K07R19X C2008 02 17.85106 20 43 08.74 +73 14 19.0 19.3 V J66

COD J66

CON K. Hills, Kinver, England [kinverhills@aol.com]

OBS K. Hills

MEA K. Hills

TEL 0.41-m f/6.9 Ritchey-Chretien + CCD

ACK MPCReport file updated 2008.02.17 22:18:58

AC2 kinverhills@aol.com

NET USNO-B1.0

K08A04F C2008 02 17.90340 09 19 47.50 +39 04 18.3 18.1 V J66

K08A04F C2008 02 17.90785 09 19 47.20 +39 04 17.6 18.0 V J66

K08A04F C2008 02 17.91228 09 19 46.85 +39 04 16.2 18.0 V J66

K08A04F C2008 02 17.91672 09 19 46.54 +39 04 14.8 18.3 V J66

K08A04F C2008 02 17.92117 09 19 46.21 +39 04 14.3 18.4 V J66

K08A04F C2008 02 17.92561 09 19 45.87 +39 04 12.7 18.2 V J66

Visual astrometry/photometry

Bob Middleton

First use of new all-in-one printer to scan a document (RD).

Images

John Fletcher

Asteroid (2602) Moore (named after Sir Patrick Moore)

Maurice Gavin

Maurice reports; Got these shots tonight [Feb 15] of the rapid progress of 1 mile wide MP#4450 Pan near the Head of Hydra at 17 Lunar distances.

http://www.cloudynights.com/ubbthreads/attachments/2194369-pan080215de.jpg

http://www.cloudynights.com/ubbthreads/attachments/2194365-pan080215abc.jpg

Occultations

Andrew Elliott

Andrew reports ; My negative report of this Transatlantic event (discovered by OccultWatcher!). This was also an unprecedented 5th consecutive night here in which the sky was clear from horizon to horizon! This made it possible to see stars at low elevation.

ASTEROIDAL OCCULTATION - REPORT FORM

====================================

EAON - EUROPEAN ASTEROIDAL OCCULTATION NETWORK

'Transatlantic occultation':-

1. DATE: 2008 Feb 19 STAR: TYC 1357-00954-1 ASTEROID: (775) Lumiere

2. OBSERVER Name: Andrew Elliott Abbr: ELL

Address: White Lodge, Bank Lane, Warton, PRESTON, PR4 1TB, UK

Tel: +44 (0)1772 632450 Email: ae@f2s.com

3. OBSERVING STATION - Single station

(4 metres from Warton Bank observatory to reach low elevation - actual

coordinates below.)

Nearest City: PRESTON, UK

Latitude : 53d 44' 25.5"N

Longitude: 002d 54' 25.2"W

Height above ellipsoid: 65m (EGM96 Geoid Height = 52.4m)

Datum WGS 84 - all coordinates GPS averaged 24hrs.

4. TIMING OF EVENTS OCCULTATION RECORDED? NEGATIVE

Type of event:

(S)tart observation (I)nterrupt start (D)isappearance (B)link (F)lash

(E)nd observation (J)Interrupt end (R)eappearance (O)ther (specify)

Event Time (UTC) Accuracy

Code (HH MM SS.ss) (+/-S.ss)

S 04 10 00 (Central predicted time here: 04:12:02 UT)

E 04 14 08

5. TELESCOPE Type: Schmidt-Cassegrain Aperture: 254mm + f/3.3 reducer

Mount: Altazimuth 'goto' Motor drive: Yes

Magnification: Video f.o.v. ~ 30' x 23'

6. TIMING AND RECORDING

Timekeeping: GPS receiver - Garmin 35 HVS, 1pps output into:

Mode: On-screen display - BlackBoxCamera 'STVASTRO' GPS video Date/Time

inserter.

Device: DV camcorder recording of Watec 902H video camera at Cass. focus.

Backup: MSF 60KHz time signal beeps on audio track - synch. confirmed.

7. OBSERVING CONDITIONS

Atmospheric transparency: Fair Wind: slight breeze Temperature: ~ -2C

Star image stability : Fair Star altitude: 11 degrees

Significant atmospheric extinction and interference from 96% sunlit moon

19 degrees away, but star remained visible (Mr = 9.5)

Scintillation - no break greater than 0.1 sec

Minor Planet visible on video? No

8. OBSERVATION QUALITY - Good

9. ADDITIONAL COMMENTS

(Report submitted to Gilles Regheere and PLANOCCULT.)

Positive not expected here - within 1SD track.

Best Regards: Andrew Elliott

Date: 2008 Feb 19

(Rev. Oct 07)

Index to observations received from ARPS members

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