Table of contents

 

Index to observations received from ARPS members

 

Observations received FROM ARPS MEMBERS

 

March and April 2009

 

Astrometry

 

Peter Birtwhistle, J95

 

February notes

 

Early in the month a few fast movers were observed, Apollo 2009 BL58 had been discovered at the end of January by the Catalina Sky Survey. When first observed on 9th Feb it was mag +17.1 and placed 5 SE of Regulus, moving swiftly SE. It was observed two nights later, 45 further on in Hydra at -25 Dec, a degree S of Alpha Corvus and although still mag +17.7, because of its altitude of only 13 was much more difficult to record. It was just a few hours away from its closest to Earth at 4.8 Lunar Distances (LD) and moving at 70"/min.

 

Apollo 2009 BG81 was a LINEAR discovery from Jan 31st and picked up on the evening of Feb 1st moving at 51"/min, already as close as 4.6 LD but only 19th mag. It came to 4.4 LD on Feb 2nd and was observed by three other observatories but was not reported after that date. With an estimated diameter of 7 metres 2009 BG81 was intrinsically about 4 times smaller than 2009 BL58.

 

At the end of the month another small Apollo, 2009 DS43 was picked up on 27th Feb in Sextans, first by LINEAR and 97 minutes later by the Catalina Sky Survey (CSS). CSS reported their observations first and were credited with the discovery. It was mag 18 and moving almost due N at 38"/min. I first observed it on the evening of 28th Feb at mag +17.8 by which time it had accelerated to 94"/min and had reached +39 Dec. By then it was at 6.9 LD and would reach its closest at 3am on 1st March at 6.7 LD. By the evening of the 1st it was at a declination of +76 midway between the Pointers and Polaris, had slowed to 81"/min and receded to 7.4 LD and was fading fast, more than 1 mag fainter than the previous night. The Minor Planet Center didn't receive any further reports of it.

 

Regards,

 

Peter

 

09785 C2009 02 01.02223 09 55 21.26 +16 46 11.6 J95 = MBA

09785 C2009 02 01.02703 09 55 21.01 +16 46 12.7 J95

09785 C2009 02 01.03165 09 55 20.77 +16 46 13.8 17.2 R J95

 

25324 C2009 02 11.01941 08 26 31.87 +08 04 36.2 J95 = MBA

25324 C2009 02 11.03915 08 26 31.03 +08 04 43.0 J95

25324 C2009 02 11.05105 08 26 30.52 +08 04 47.1 16.9 R J95

25324 C2009 02 11.98004 08 25 52.03 +08 10 12.8 J95

25324 C2009 02 11.99381 08 25 51.43 +08 10 17.5 J95

25324 C2009 02 12.00529 08 25 50.95 +08 10 21.6 17.0 R J95

 

37437 C2009 02 01.91352 08 06 18.60 +28 05 42.9 J95 = MBA

37437 C2009 02 01.91900 08 06 18.25 +28 05 43.6 J95

37437 C2009 02 01.92472 08 06 17.83 +28 05 44.2 J95

37437 C2009 02 01.92965 08 06 17.48 +28 05 45.2 19.5 R J95

 

68549 C2009 02 12.08662 09 36 01.64 +19 05 57.9 J95 = MBA

68549 C2009 02 12.12420 09 35 59.11 +19 06 12.8 18.1 R J95

 

82858 C2009 02 16.00706 09 34 21.38 +21 23 19.7 J95 = MBA

82858 C2009 02 16.01134 09 34 21.17 +21 23 19.9 J95

82858 C2009 02 16.01509 09 34 20.95 +21 23 20.7 19.2 R J95

 

B5573 C2009 02 01.91352 08 06 45.14 +28 12 36.9 J95 = MBA

B5573 C2009 02 01.91900 08 06 44.81 +28 12 37.3 J95

B5573 C2009 02 01.92472 08 06 44.45 +28 12 37.5 J95

B5573 C2009 02 01.92965 08 06 44.16 +28 12 37.7 19.4 R J95

 

D0987 C2009 02 21.81141 09 29 48.43 +26 57 12.9 J95 = MBA

D0987 C2009 02 21.82299 09 29 47.79 +26 57 14.8 J95

D0987 C2009 02 21.83421 09 29 47.08 +26 57 17.5 J95

D0987 C2009 02 21.96346 09 29 39.31 +26 57 46.4 19.2 R J95

 

G1535 C2009 02 01.02223 09 55 24.70 +16 51 10.8 J95 = MBA

G1535 C2009 02 01.02703 09 55 24.34 +16 51 12.7 J95

G1535 C2009 02 01.03165 09 55 24.07 +16 51 15.2 20.0 R J95

 

H0110 C2009 02 13.91714 08 34 33.76 +20 19 11.7 J95 = MBA

H0110 C2009 02 13.92301 08 34 33.42 +20 19 11.9 J95

H0110 C2009 02 13.92887 08 34 33.05 +20 19 12.6 20.1 R J95

 

H0634 C2009 02 11.07073 09 39 43.56 +24 56 44.7 J95 = MBA

H0634 C2009 02 11.07887 09 39 43.05 +24 56 47.3 J95

H0634 IC2009 02 11.08662 09 39 42.55 +24 56 49.9 J95

H0634 C2009 02 11.09459 09 39 42.17 +24 56 51.8 J95

H0634 C2009 02 11.13396 09 39 39.87 +24 57 04.3 19.4 R J95

H0634 C2009 02 12.03906 09 38 48.60 +25 01 33.7 J95

H0634 C2009 02 12.04489 09 38 48.21 +25 01 34.6 J95

H0634 C2009 02 12.05080 09 38 47.88 +25 01 37.2 19.6 R J95

H0634 C2009 02 13.93716 09 37 01.11 +25 10 36.3 J95

H0634 C2009 02 13.94495 09 37 00.65 +25 10 38.3 J95

H0634 C2009 02 14.00806 09 36 57.00 +25 10 56.0 J95

H0634 C2009 02 14.02272 09 36 56.17 +25 10 59.7 J95

H0634 C2009 02 14.04243 09 36 54.94 +25 11 05.8 19.7 R J95

H0634 C2009 02 15.98689 09 35 05.48 +25 19 46.0 J95

H0634 C2009 02 15.99707 09 35 04.89 +25 19 49.4 19.7 R J95

 

H1368 C2009 02 11.07887 09 39 10.67 +25 03 15.0 J95 = MBA

H1368 C2009 02 11.08662 09 39 10.27 +25 03 18.2 J95

H1368 C2009 02 11.09459 09 39 09.80 +25 03 22.2 19.2 R J95

H1368 C2009 02 13.93716 09 36 36.95 +25 23 47.7 J95

H1368 C2009 02 13.94495 09 36 36.52 +25 23 51.0 J95

H1368 C2009 02 13.95267 09 36 36.08 +25 23 54.4 J95

H1368 C2009 02 14.00806 09 36 33.04 +25 24 17.2 J95

H1368 C2009 02 14.02272 09 36 32.21 +25 24 23.2 J95

H1368 C2009 02 14.04243 09 36 31.16 +25 24 31.7 19.6 R J95

 

K5874 C2009 02 15.98689 09 34 56.24 +25 18 04.7 J95 = MBA

K5874 C2009 02 15.99707 09 34 55.53 +25 18 09.2 19.6 R J95

 

K01D08R C2009 02 01.00417 10 51 35.75 +09 47 19.0 20.3 R J95

 

K02EA8W C2009 02 12.03906 09 38 58.24 +24 50 22.2 J95 = MBA

K02EA8W C2009 02 12.04489 09 38 57.89 +24 50 24.9 J95

K02EA8W C2009 02 12.05080 09 38 57.47 +24 50 27.5 19.3 R J95

 

K02Q74O C2009 02 13.93911 09 36 28.08 +25 22 47.2 J95 = MBA

K02Q74O C2009 02 13.95074 09 36 27.26 +25 22 48.1 J95

K02Q74O C2009 02 14.00806 09 36 23.25 +25 22 54.0 J95

K02Q74O C2009 02 14.02272 09 36 22.17 +25 22 54.7 J95

K02Q74O C2009 02 14.04243 09 36 20.83 +25 22 56.3 20.2 R J95

K02Q74O C2009 02 15.98689 09 34 07.24 +25 25 40.3 J95

K02Q74O C2009 02 15.99707 09 34 06.51 +25 25 40.2 20.2 R J95

 

K02V62H C2009 02 13.91714 08 35 17.31 +20 20 21.5 J95 = MBA

K02V62H C2009 02 13.92301 08 35 17.10 +20 20 22.0 J95

K02V62H C2009 02 13.92887 08 35 16.83 +20 20 24.1 20.0 R J95

 

K04EA1L C2009 02 16.00706 09 34 48.53 +21 34 07.1 J95 = MBA

K04EA1L C2009 02 16.01134 09 34 48.33 +21 34 07.4 J95

K04EA1L C2009 02 16.01509 09 34 48.14 +21 34 08.6 19.5 R J95

 

K05N12Z C2009 02 01.00417 10 51 06.99 +09 43 55.3 20.3 R J95

 

K05W57L C2009 02 28.85517 11 34 47.98 +50 01 58.8 J95 = MBA

K05W57L C2009 02 28.85944 11 34 47.57 +50 02 01.7 J95

K05W57L C2009 02 28.86372 11 34 47.31 +50 02 04.1 19.7 R J95

 

K06F08K C2009 02 11.03915 08 26 37.77 +07 52 57.1 J95 = MBA

K06F08K C2009 02 11.05105 08 26 37.18 +07 53 01.4 19.2 R J95

K06F08K C2009 02 11.99381 08 25 50.33 +07 59 36.0 J95

K06F08K C2009 02 12.00529 08 25 49.73 +07 59 40.3 19.1 R J95

 

K06J48K C2009 02 21.97301 09 28 43.13 +25 30 11.1 J95 = MBA

K06J48K C2009 02 21.97921 09 28 42.78 +25 30 13.2 J95

K06J48K C2009 02 21.98596 09 28 42.40 +25 30 15.9 J95

K06J48K C2009 02 22.04006 09 28 39.12 +25 30 34.0 19.7 R J95

 

K07UB0Q C2009 02 12.01808 09 35 55.68 +24 11 46.1 J95 = MBA

K07UB0Q C2009 02 12.02977 09 35 55.05 +24 11 48.6 19.7 R J95

 

K09B10G C2009 02 01.02223 09 54 46.54 +16 43 55.5 J95 = MBA

K09B10G C2009 02 01.02703 09 54 46.19 +16 43 55.1 J95

K09B10G C2009 02 01.03165 09 54 45.91 +16 43 55.0 19.6 R J95

 

K09B58L C2009 02 09.00175610 18 49.63 +08 04 58.3 17.1 R J95 = Apollo

K09B58L C2009 02 09.00752210 18 58.94 +08 01 43.7 17.1 R J95

K09B58L C2009 02 09.01393810 19 09.32 +07 58 05.9 17.2 R J95

K09B58L C2009 02 11.10447012 05 06.74 -25 10 35.5 J95

K09B58L C2009 02 11.11387712 05 51.71 -25 22 37.7 17.7 R J95

 

K09B71L C2009 02 06.95900 08 36 30.49 +46 46 04.3 J95 = Aten

K09B71L C2009 02 06.96445 08 36 28.58 +46 46 03.2 19.0 R J95

K09B71L C2009 02 07.04021 08 36 01.72 +46 45 49.2 19.2 R J95

 

K09B77F C2009 02 01.01405 09 48 02.11 +22 59 35.1 20.4 R J95 = Mars-crossing Asteroid

K09B77F C2009 02 01.96336 09 46 59.10 +23 24 16.8 J95

K09B77F C2009 02 01.97517 09 46 58.26 +23 24 36.2 20.0 R J95

 

K09B81E C2009 02 01.82628 03 19 39.22 +32 11 09.3 J95 = BO28238 = Apollo

K09B81E C2009 02 01.83015 03 19 40.45 +32 11 42.5 J95

K09B81E C2009 02 01.83396 03 19 41.64 +32 12 15.5 J95

K09B81E C2009 02 01.83729 03 19 42.69 +32 12 45.0 19.5 R J95

 

K09B81G C2009 02 01.88830410 54 41.56 +29 48 27.6 19.3 R J95 = BO34760 = Apollo

K09B81G C2009 02 01.89807110 55 36.22 +29 48 23.0 19.3 R J95

K09B81G C2009 02 01.90669110 56 24.44 +29 48 19.7 19.0 R J95

 

K09B99U C2009 02 21.81141 09 29 51.02 +27 01 32.5 J95 = MBA

K09B99U C2009 02 21.82299 09 29 50.29 +27 01 32.8 J95

K09B99U C2009 02 21.83421 09 29 49.73 +27 01 33.5 J95

K09B99U C2009 02 21.96346 09 29 40.94 +27 01 33.6 20.2 R J95

 

K09C00E C2009 02 01.91352 08 06 51.22 +28 07 48.5 J95 = BO34798 = Aten

K09C00E C2009 02 01.91900 08 06 49.14 +28 08 22.3 J95

K09C00E C2009 02 01.92472 08 06 46.85 +28 08 57.0 J95

K09C00E C2009 02 01.92965 08 06 44.91 +28 09 27.8 19.8 R J95

 

K09C00F C2009 02 01.93878 08 33 27.70 +06 42 40.5 J95 = 9C92C34 = Apollo

K09C00F C2009 02 01.95079 08 33 23.14 +06 40 19.8 20.2 R J95

 

K09C00P C2009 02 07.19719010 12 13.49 +33 12 01.3 19.1 R J95 = Apollo

K09C00P C2009 02 07.20241110 12 32.83 +33 13 47.5 19.5 R J95

K09C00P C2009 02 09.02554612 32 26.18 +39 55 57.2 J95

K09C00P C2009 02 09.05056512 34 25.66 +39 57 07.6 19.5 R J95

 

K09C01S C2009 02 11.00292 07 45 54.85 +41 27 58.7 J95 = Apollo

K09C01S C2009 02 11.00643 07 45 53.92 +41 27 51.6 J95

K09C01S C2009 02 11.00956 07 45 52.95 +41 27 46.3 19.4 R J95

 

K09C02A C2009 02 14.14571 16 45 48.02 +45 26 59.2 J95 = Apollo

K09C02A C2009 02 14.15000 16 45 47.51 +45 27 01.9 J95

K09C02A C2009 02 14.15431 16 45 46.95 +45 27 05.6 19.6 R J95

 

K09C02R C2009 02 13.96439 10 24 36.94 +73 55 10.6 J95 = Amor

K09C02R C2009 02 13.96878 10 24 35.92 +73 55 12.6 J95

K09C02R C2009 02 13.97331 10 24 34.96 +73 55 14.8 19.1 R J95

 

K09C02Y C2009 02 12.18469 15 18 01.21 +59 46 30.7 J95 = Mars-crossing Asteroid

K09C02Y C2009 02 12.18995 15 18 01.92 +59 46 30.7 19.5 R J95

 

K09C02Z C2009 02 07.76960 23 49 17.51 +35 11 17.2 J95 = Apollo

K09C02Z C2009 02 07.77425 23 49 19.79 +35 11 40.4 19.6 R J95

 

K09C03A C2009 02 07.82360 05 09 12.27 -09 11 45.4 J95 = Apollo

K09C03A C2009 02 07.82682 05 09 13.90 -09 11 39.4 18.7 R J95

 

K09C03E C2009 02 07.13980 11 55 02.24 +24 26 31.1 20.5 R J95 = 9C98717 = Mars-crossing Asteroid

K09C03E C2009 02 07.15139 11 55 00.92 +24 26 27.4 19.3 R J95

K09C03E C2009 02 07.16309 11 54 59.78 +24 26 23.7 20.1 R J95

 

K09C03U C2009 02 01.93878 08 33 53.15 +06 50 18.5 J95 = GS921A = MBA = Great Shefford discovery

K09C03U C2009 02 01.94640 08 33 52.77 +06 50 21.8 J95

K09C03U C2009 02 01.95416 08 33 52.32 +06 50 24.4 20.0 R J95

K09C03U C2009 02 07.01050 08 29 35.38 +07 28 02.0 J95

K09C03U C2009 02 07.01945 08 29 34.94 +07 28 05.3 J95

K09C03U C2009 02 07.02854 08 29 34.50 +07 28 10.4 19.8 R J95

K09C03U C2009 02 11.01941 08 26 25.75 +07 59 11.5 J95

K09C03U C2009 02 11.03915 08 26 24.88 +07 59 20.1 J95

K09C03U C2009 02 11.05105 08 26 24.37 +07 59 25.2 19.6 R J95

K09C03U C2009 02 11.98004 08 25 42.85 +08 06 43.2 J95

K09C03U C2009 02 11.99381 08 25 42.21 +08 06 50.7 J95

K09C03U C2009 02 12.00529 08 25 41.60 +08 06 56.1 19.6 R J95

 

GS921B C2009 02 01.93878 08 34 05.00 +06 47 09.1 J95 = Great Shefford ONS

GS921B C2009 02 01.94649 08 34 04.58 +06 47 09.8 J95

GS921B C2009 02 01.95416 08 34 04.19 +06 47 11.3 20.1 R J95

 

K09C04B C2009 02 01.96336 09 46 52.10 +23 32 20.4 J95 = GS921C = MBA = Great Shefford discovery

K09C04B C2009 02 01.97120 09 46 51.62 +23 32 22.5 J95

K09C04B C2009 02 01.97914 09 46 51.12 +23 32 25.7 20.3 R J95

K09C04B C2009 02 07.09121 09 41 50.55 +23 54 51.7 J95

K09C04B C2009 02 07.10291 09 41 49.85 +23 54 54.4 19.7 R J95

K09C04B C2009 02 11.15010 09 37 41.91 +24 10 24.8 J95

K09C04B C2009 02 11.16577 09 37 40.91 +24 10 26.1 19.7 R J95

K09C04B C2009 02 12.01612 09 36 48.68 +24 13 24.7 J95

K09C04B C2009 02 12.02783 09 36 47.83 +24 13 27.1 J95

K09C04B C2009 02 12.05855 09 36 45.96 +24 13 33.1 J95

K09C04B C2009 02 12.06621 09 36 45.46 +24 13 34.5 J95

K09C04B C2009 02 12.17127 09 36 38.89 +24 13 54.9 19.6 R J95

 

K09C04C EC2009 02 01.96112 09 47 00.63 +23 33 35.6 J95 = GS926F = MBA = Great Shefford discovery

K09C04C EC2009 02 01.96537 09 47 00.43 +23 33 38.0 J95

K09C04C EC2009 02 01.96889 09 47 00.33 +23 33 40.1 J95

K09C04C EC2009 02 01.97331 09 47 00.11 +23 33 41.7 19.3 R J95

K09C04C* C2009 02 07.11577 09 42 49.06 +24 18 19.6 J95

K09C04C C2009 02 07.12747 09 42 48.42 +24 18 25.4 J95

K09C04C C2009 02 07.17731 09 42 46.03 +24 18 52.0 J95

K09C04C C2009 02 07.18303 09 42 45.75 +24 18 53.8 19.1 R J95

K09C04C C2009 02 11.07073 09 39 31.22 +24 50 42.4 J95

K09C04C C2009 02 11.07887 09 39 30.68 +24 50 46.2 J95

K09C04C C2009 02 11.08662 09 39 30.38 +24 50 49.0 J95

K09C04C C2009 02 11.09459 09 39 29.99 +24 50 53.7 J95

K09C04C C2009 02 11.13396 09 39 28.00 +24 51 13.2 19.2 R J95

K09C04C C2009 02 12.03906 09 38 42.63 +24 58 18.5 J95

K09C04C C2009 02 12.04489 09 38 42.30 +24 58 22.3 J95

K09C04C C2009 02 12.05080 09 38 42.00 +24 58 25.0 19.2 R J95

K09C04C C2009 02 13.93716 09 37 07.67 +25 12 51.3 J95

K09C04C C2009 02 13.94495 09 37 07.27 +25 12 54.8 J95

K09C04C C2009 02 13.95267 09 37 06.90 +25 12 58.1 J95

K09C04C C2009 02 14.00806 09 37 04.02 +25 13 22.9 J95

K09C04C C2009 02 14.02272 09 37 03.29 +25 13 29.7 J95

K09C04C C2009 02 14.04243 09 37 02.26 +25 13 38.3 19.7 R J95

 

K09C04R C2009 02 13.91714 08 34 58.64 +20 13 11.1 J95 = Amor

K09C04R C2009 02 13.92301 08 34 57.83 +20 13 07.7 J95

K09C04R C2009 02 13.92887 08 34 57.12 +20 13 03.6 19.6 R J95

 

K09C05N C2009 02 13.89472 06 58 56.87 +48 51 42.4 J95 = 92D0006 = Apollo

K09C05N C2009 02 13.89669 06 58 57.26 +48 51 34.7 J95

K09C05N C2009 02 13.90275 06 58 58.50 +48 51 11.6 18.8 R J95

 

K09C06L C2009 02 13.93911 09 37 10.23 +25 22 27.5 J95 = GS92DF = MBA = Great Shefford discovery

K09C06L C2009 02 13.95074 09 37 09.43 +25 22 28.7 J95

K09C06L C2009 02 14.02700 09 37 04.21 +25 22 39.6 J95

K09C06L C2009 02 14.04243 09 37 03.05 +25 22 40.8 20.5 R J95

K09C06L C2009 02 15.98689 09 34 52.70 +25 26 31.4 J95

K09C06L C2009 02 15.99707 09 34 52.10 +25 26 32.3 J95

K09C06L C2009 02 21.97301 09 28 27.35 +25 33 30.4 J95

K09C06L C2009 02 21.97921 09 28 26.89 +25 33 31.4 J95

K09C06L C2009 02 21.98596 09 28 26.53 +25 33 30.8 20.4 R J95

 

K09C06Q C2009 02 14.08665 09 36 09.64 +21 12 15.8 J95 = GS92DG = MBA = Great Shefford discovery

K09C06Q C2009 02 14.09825 09 36 08.93 +21 12 21.1 J95

K09C06Q C2009 02 14.12665 09 36 07.21 +21 12 34.3 J95

K09C06Q C2009 02 14.13255 09 36 06.85 +21 12 36.9 19.3 R J95

K09C06Q C2009 02 16.00706 09 34 18.76 +21 26 51.2 J95

K09C06Q C2009 02 16.01134 09 34 18.47 +21 26 53.3 J95

K09C06Q C2009 02 16.01509 09 34 18.27 +21 26 55.0 19.5 R J95

 

K09C45A C2009 02 01.96239 09 46 51.81 +23 27 51.2 J95 = GS921F = MBA = Great Shefford discovery

K09C45A C2009 02 01.96826 09 46 51.54 +23 27 55.2 J95

K09C45A C2009 02 01.97436 09 46 51.19 +23 27 59.8 J95

K09C45A C2009 02 01.98013 09 46 50.94 +23 28 03.5 19.7 R J95

K09C45A C2009 02 07.11577 09 42 36.60 +24 27 35.3 J95

K09C45A C2009 02 07.12747 09 42 36.01 +24 27 43.0 J95

K09C45A C2009 02 07.18343 09 42 33.11 +24 28 19.2 19.6 R J95

K09C45A C2009 02 21.81141 09 29 59.60 +26 55 42.7 J95

K09C45A C2009 02 21.82299 09 29 59.03 +26 55 49.6 J95

K09C45A C2009 02 21.83421 09 29 58.49 +26 55 54.2 19.9 R J95

K09C45A C2009 02 21.96346 09 29 52.00 +26 57 00.6 19.7 R J95

 

K09D00D C2009 02 17.00796 10 40 52.82 +06 33 31.6 J95 = 9D10AAF = Amor

K09D00D C2009 02 17.01001 10 40 55.90 +06 33 39.6 18.8 R J95

 

K09D03R C2009 02 22.05087 09 55 26.84 +19 52 58.7 J95 = Apollo

K09D03R C2009 02 22.05514 09 55 26.36 +19 52 58.5 J95

K09D03R C2009 02 22.05944 09 55 25.87 +19 52 57.7 17.9 R J95

 

GS92MB C2009 02 21.81141 09 30 10.11 +26 48 28.9 J95 = Great Shefford ONS

GS92MB C2009 02 21.82299 09 30 09.31 +26 48 30.9 J95

GS92MB C2009 02 21.83421 09 30 08.60 +26 48 31.0 19.7 R J95

GS92MB C2009 02 21.96346 09 30 00.36 +26 48 46.8 19.9 R J95

 

GS92MC C2009 02 21.81141 09 30 05.25 +26 51 41.4 J95 = Great Shefford ONS

GS92MC C2009 02 21.82299 09 30 04.45 +26 51 42.0 J95

GS92MC C2009 02 21.83421 09 30 04.01 +26 51 40.0 20.0 R J95

GS92MC C2009 02 21.96346 09 29 57.79 +26 51 24.7 J95

 

K09D09G C2009 02 21.89952 11 24 07.75 +28 35 26.3 J95 = Amor

K09D09G C2009 02 21.91415 11 24 10.49 +28 36 30.6 J95

K09D09G C2009 02 21.92265 11 24 12.09 +28 37 07.4 19.6 R J95

 

K09D09H C2009 02 21.94242 11 47 29.17 +22 31 23.8 J95 = 9D17359 = MBA

K09D09H C2009 02 21.95174 11 47 28.81 +22 31 38.2 20.0 R J95

 

K09D10S C2009 02 21.85154 04 57 19.31 +21 31 29.9 J95 = 9D9DDEC = Apollo

K09D10S C2009 02 21.85959 04 57 23.42 +21 31 25.8 20.6 R J95

 

K09D10T C2009 02 21.99757 10 56 41.49 -13 57 25.7 J95 = 9D630A0 = Apollo

K09D10T C2009 02 22.02334 10 56 37.01 -13 55 41.3 J95

K09D10T C2009 02 22.02788 10 56 36.25 -13 55 23.4 19.1 R J95

 

K09D43S C2009 02 28.78451410 43 58.60 +39 15 49.1 18.2 R J95 = Apollo

K09D43S C2009 02 28.79066310 44 02.22 +39 29 34.1 18.1 R J95

K09D43S C2009 02 28.79740010 44 06.11 +39 44 39.9 17.8 R J95

 

K09D43V C2009 02 28.87048 11 08 18.19 +10 13 26.1 J95 = Apollo

K09D43V C2009 02 28.87686 11 08 19.76 +10 13 47.6 J95

K09D43V C2009 02 28.88439 11 08 21.64 +10 14 12.2 19.0 R J95

 

K09D45M C2009 02 28.83649 08 48 11.59 -16 35 29.8 J95 = 9D6384E = Apollo

K09D45M C2009 02 28.83875 08 48 10.79 -16 35 55.2 J95

K09D45M C2009 02 28.84103 08 48 09.98 -16 36 20.4 16.1 R J95

 

K09D45N C2009 02 28.80555 10 57 18.51 +49 16 31.6 J95 = 9D1C29E = Amor

K09D45N C2009 02 28.80935 10 57 21.37 +49 15 47.9 J95

K09D45N C2009 02 28.81245 10 57 23.58 +49 15 13.7 19.2 R J95

 

K09D45O C2009 02 28.84530 10 45 55.45 +39 27 49.4 J95 = 9D1C2A3 = Mars-crossing Asteroid

K09D45O C2009 02 28.84804 10 45 55.16 +39 27 47.0 J95

K09D45O C2009 02 28.85096 10 45 54.89 +39 27 44.6 19.6 R J95

 

K09D46J C2009 02 28.95498 11 35 55.34 +00 45 14.6 J95 = BO84259 = Apollo

K09D46J C2009 02 28.95676 11 35 52.31 +00 44 14.2 J95

K09D46J C2009 02 28.95854 11 35 49.31 +00 43 16.6 18.0 R J95

 

March notes

 

March and October are statistically the most likely months for NEOs to be discovered that will make very close passes, within 1 Lunar Distance (LD) of the Earth and this March was no exception.

As mentioned briefly last month in TA Vol 45, No 539 p295 [2009], March got off to a good start with the very close fly-by of NEO 2009 DD45, the picture taken during brief gaps in clouds just after midnight on the 3rd when it was at about 0.9 LD from the Earth. Unusually, it was bright enough to be observed from three days before closest approach (discovery by Rob McNaught at Siding Spring at mag +18.7), reaching mag +10 briefly at its closest when at just 0.18 LD (less than 6 Earth diameters away!), fading to 16th mag by the time I first picked it up, but then still detectable at mag +19 in the rich star fields 10N of Vega three nights later, somewhat brighter than predicted by the MPC ephemeris.

Even before 2009 DD45 had passed Earth, the next close approach object was queuing up. 2009 EW was discovered by the Catalina Sky Survey on March 2nd and picked up from Great Shefford on March 3.0 and again on March 4.9, before being followed through the night of March 5/6th when it came to within 0.9 LD. It was last detected 30 minutes before closest approach at mag +17, moving at 466"/min, 22 above the northern horizon.

Remarkably, less than two weeks later on March 17th, another NEO, 2009 FH was discovered by Catalina, 28 hours before an encounter that would bring it to within 0.22 LD of Earth. When first picked up at Great Shefford at 19:38 UT on the 17th it was already within 1 LD, mag +15 and moving at the relatively sedate speed of 57"/min. I followed it for 2 hours by which time it was 0.8 LD from Earth and had accelerated to 75"/min. It was last reported at 05:02 UT on 18th March, 7 hours before closest approach, at mag +13 and moving at 250"/min by the Catalina Sky Survey's Mt. Lemmon 1.5-m reflector.

A very preliminary light curve (Figure 1) from 220 brightness measurements on March 17th indicates 2009 FH has a rotational period of only 6 minutes 26 seconds, with an amplitude of about 0.3 mags. It made more than 13 full rotations during the 1h 27 minutes the observations span.

There were a number of other objects that made approaches nearly as close as the Moon, notable were 2009 DO111, passing 1.2 LD from Earth early on March 20th, as bright as mag +12 and showing rotational variations of about 1 magnitude by March 19th and also 2009 FD passing at 1.6 LD on March 27, again reaching mag +12. Unusually, this latter object was not discovered by one of the NASA funded surveys but rather by the team operating the La Sagra Observatory in Southern Spain.


Regards,

Peter

 

04003 C2009 03 28.95252 10 18 40.85 +07 13 46.8 J95 = MBA

04003 C2009 03 28.96775 10 18 40.46 +07 13 50.3 16.6 R J95

 

05981 C2009 03 28.05464 13 04 56.08 -12 43 33.6 J95 = MBA

05981 C2009 03 28.06770 13 04 55.40 -12 43 31.8 J95

05981 C2009 03 28.08189 13 04 54.67 -12 43 29.1 18.0 R J95

 

15289 C2009 03 01.92072 10 39 38.80 +11 39 59.7 J95 = MBA

15289 C2009 03 01.92858 10 39 38.32 +11 40 03.5 J95

15289 C2009 03 01.93630 10 39 37.83 +11 40 07.5 18.6 R J95

15289 C2009 03 01.96140 10 39 36.24 +11 40 20.0 J95

15289 C2009 03 01.96708 10 39 35.90 +11 40 23.0 18.5 R J95

 

16725 C2009 03 16.85978 10 59 12.35 +14 39 16.6 J95 = MBA

16725 C2009 03 16.87376 10 59 11.40 +14 39 14.3 16.5 R J95

 

22628 C2009 03 28.08587 13 24 01.36 -03 21 58.0 J95 = MBA

22628 C2009 03 28.09161 13 24 01.07 -03 21 55.7 J95

22628 C2009 03 28.09556 13 24 00.86 -03 21 54.1 18.4 R J95

 

23670 C2009 03 05.91769 09 21 49.07 +26 52 24.0 J95 = MBA

23670 C2009 03 05.92792 09 21 48.56 +26 52 24.1 J95

23670 C2009 03 06.02854 09 21 43.56 +26 52 19.9 J95

23670 C2009 03 06.03765 09 21 43.10 +26 52 19.3 J95

23670 C2009 03 06.05473 09 21 42.22 +26 52 18.3 19.3 R J95

 

30342 C2009 03 03.11021 10 40 07.60 +11 47 30.1 J95 = MBA

30342 C2009 03 03.11575 10 40 07.31 +11 47 31.4 J95

30342 C2009 03 03.12115 10 40 07.04 +11 47 32.8 17.6 R J95

 

31756 C2009 03 15.94541 11 40 02.87 +19 55 15.5 J95 = MBA

31756 C2009 03 15.95118 11 40 02.62 +19 55 18.5 J95

31756 C2009 03 15.95698 11 40 02.36 +19 55 21.1 17.2 R J95

 

36640 C2009 03 16.03695 11 43 10.78 +11 06 02.8 J95 = MBA

36640 C2009 03 16.04302 11 43 10.42 +11 06 05.0 J95

36640 C2009 03 16.04880 11 43 10.10 +11 06 07.0 18.0 R J95

 

47794 C2009 03 01.82568 04 18 51.32 +23 06 32.2 J95 = MBA

47794 C2009 03 01.83746 04 18 52.00 +23 06 32.9 J95

47794 C2009 03 01.84931 04 18 52.70 +23 06 35.2 19.3 R J95

 

49228 C2009 03 05.85896 10 42 15.99 +17 06 35.5 J95 = MBA

49228 C2009 03 05.86332 10 42 15.78 +17 06 37.0 J95

49228 C2009 03 05.86767 10 42 15.54 +17 06 38.9 17.8 R J95

 

50496 C2009 03 06.07198 10 36 14.33 +12 14 22.3 J95 = MBA

50496 C2009 03 06.08069 10 36 13.85 +12 14 24.4 18.6 R J95

 

50572 C2009 03 23.86953 10 24 20.55 +14 03 26.5 J95 = MBA

50572 C2009 03 23.88584 10 24 19.93 +14 03 27.7 17.7 R J95

 

52259 C2009 03 16.98230 10 26 58.60 +13 25 51.6 J95 = MBA

52259 C2009 03 16.99425 10 26 57.98 +13 25 52.3 19.0 R J95

 

55204 C2009 03 28.95252 10 18 45.06 +07 11 15.1 J95 = MBA

55204 C2009 03 28.96775 10 18 44.61 +07 11 17.7 19.7 R J95

 

57708 C2009 03 17.02631 13 06 17.92 -04 09 41.5 J95 = MBA

57708 C2009 03 17.03221 13 06 17.68 -04 09 40.1 J95

57708 C2009 03 17.03811 13 06 17.45 -04 09 38.6 18.5 R J95

 

65293 C2009 03 03.11021 10 39 51.35 +11 50 46.0 J95 = MBA

65293 C2009 03 03.11575 10 39 51.09 +11 50 47.5 J95

65293 C2009 03 03.12115 10 39 50.69 +11 50 49.3 18.9 R J95

 

70099 C2009 03 15.99827 11 57 23.31 -01 21 56.6 J95 = MBA

70099 C2009 03 16.00862 11 57 22.73 -01 21 51.3 J95

70099 C2009 03 16.01174 11 57 22.57 -01 21 49.5 18.3 R J95

 

72185 C2009 03 30.02241 13 18 05.40 +03 42 30.5 J95 = MBA

72185 C2009 03 30.03538 13 18 04.75 +03 42 35.4 17.5 R J95

 

81722 C2009 03 28.08587 13 23 16.08 -03 28 08.1 J95 = MBA

81722 C2009 03 28.09161 13 23 15.83 -03 28 06.7 J95

81722 C2009 03 28.09556 13 23 15.60 -03 28 06.3 19.0 R J95

 

83782 C2009 03 15.94541 11 39 45.30 +19 44 31.9 J95 = MBA

83782 C2009 03 15.95118 11 39 45.01 +19 44 33.6 J95

83782 C2009 03 15.95698 11 39 44.72 +19 44 35.6 18.5 R J95

 

84437 C2009 03 29.99700 13 28 31.89 +15 24 51.2 J95 = MBA

84437 C2009 03 30.00299 13 28 31.60 +15 24 54.2 J95

84437 C2009 03 30.00885 13 28 31.33 +15 24 56.7 19.6 R J95

 

89627 C2009 03 01.82568 04 18 58.73 +23 07 02.8 J95 = MBA

89627 C2009 03 01.83746 04 18 59.75 +23 07 04.7 J95

89627 C2009 03 01.84931 04 19 00.86 +23 07 07.1 20.1 R J95

 

A0742 C2009 03 01.96140 10 40 46.33 +11 54 01.6 J95 = MBA

A0742 C2009 03 01.96708 10 40 45.96 +11 54 03.9 19.2 R J95

A0742 C2009 03 03.11021 10 39 37.45 +12 00 19.2 J95

A0742 C2009 03 03.11575 10 39 37.08 +12 00 20.7 J95

A0742 C2009 03 03.12115 10 39 36.75 +12 00 21.7 19.6 R J95

A0742 C2009 03 06.07198 10 36 41.86 +12 16 05.0 J95

A0742 C2009 03 06.08069 10 36 41.35 +12 16 08.7 18.8 R J95

 

B1994 C2009 03 24.17464 13 27 17.12 +00 57 58.4 J95 = MBA

B1994 C2009 03 24.18025 13 27 16.87 +00 58 01.8 J95

B1994 C2009 03 24.18510 13 27 16.65 +00 58 04.6 19.8 R J95

 

B3264 C2009 03 02.04179 11 42 02.20 -06 52 01.3 J95 = MBA

B3264 C2009 03 02.04709 11 42 01.90 -06 52 02.0 J95

B3264 C2009 03 02.05258 11 42 01.58 -06 52 02.5 17.9 R J95

 

B7767 C2009 03 29.99700 13 27 45.49 +15 19 49.5 J95 = MBA

B7767 C2009 03 30.00299 13 27 45.21 +15 19 52.3 J95

B7767 C2009 03 30.00885 13 27 44.92 +15 19 54.8 19.5 R J95

 

C2421 C2009 03 01.98085 09 24 15.85 +26 32 36.4 J95 = MBA

C2421 C2009 03 01.99338 09 24 14.98 +26 32 39.0 J95

C2421 C2009 03 02.03316 09 24 12.43 +26 32 44.9 19.1 R J95

C2421 C2009 03 03.05640 09 23 09.19 +26 35 14.6 J95

C2421 C2009 03 03.06099 09 23 08.88 +26 35 15.1 J95

C2421 C2009 03 03.06499 09 23 08.62 +26 35 15.2 J95

C2421 C2009 03 03.08562 09 23 07.36 +26 35 18.2 18.5 R J95

 

D0586 C2009 03 15.96280 11 25 24.77 +17 54 47.2 J95 = MBA

D0586 C2009 03 15.96710 11 25 24.42 +17 54 48.9 J95

D0586 C2009 03 15.97142 11 25 24.11 +17 54 50.3 20.2 R J95

 

D2140 C2009 03 18.93343 10 25 08.42 +13 40 07.1 J95 = MBA

D2140 C2009 03 18.94082 10 25 08.06 +13 40 08.4 J95

D2140 C2009 03 18.94822 10 25 07.69 +13 40 08.9 J95

D2140 C2009 03 19.01510 10 25 04.56 +13 40 16.7 19.8 R J95

 

D7033 C2009 03 15.92331 10 59 18.07 +14 26 21.0 J95 = MBA

D7033 C2009 03 15.93505 10 59 17.38 +14 26 24.8 J95

D7033 C2009 03 15.97945 10 59 15.04 +14 26 35.7 J95

D7033 C2009 03 15.98739 10 59 14.66 +14 26 37.5 19.8 R J95

 

G2816 C2009 03 16.03695 11 42 51.12 +11 07 21.7 J95 = MBA

G2816 C2009 03 16.04302 11 42 50.80 +11 07 24.0 J95

G2816 C2009 03 16.04880 11 42 50.48 +11 07 26.1 19.7 R J95

 

G3061 C2009 03 06.00287 11 16 05.51 +07 18 50.3 J95 = MBA

G3061 C2009 03 06.00759 11 16 05.24 +07 18 52.9 J95

G3061 C2009 03 06.01234 11 16 04.92 +07 18 54.5 19.3 R J95

 

G5878 C2009 03 01.97418 09 21 37.57 +26 15 44.0 J95 = MBA

G5878 C2009 03 01.98601 09 21 36.96 +26 15 43.0 20.1 R J95

G5878 C2009 03 03.07055 09 20 49.39 +26 14 56.2 J95

G5878 C2009 03 03.07584 09 20 49.17 +26 14 56.5 J95

G5878 C2009 03 03.07979 09 20 48.95 +26 14 55.4 19.3 R J95

 

G9371 C2009 03 05.94535 11 06 48.43 +13 28 48.8 J95 = MBA

G9371 C2009 03 05.95716 11 06 47.86 +13 28 51.4 19.6 R J95

 

G9581 C2009 03 29.89126 11 33 52.84 +11 17 06.6 J95 = MBA

G9581 C2009 03 29.90251 11 33 52.21 +11 17 07.1 J95

G9581 C2009 03 29.91384 11 33 51.49 +11 17 08.8 18.7 R J95

 

H2894 C2009 03 29.90251 11 33 23.11 +11 22 55.9 J95 = MBA

H2894 C2009 03 29.91384 11 33 22.70 +11 23 01.8 18.7 R J95

 

H3929 C2009 03 15.94541 11 38 50.82 +19 56 20.8 J95 = MBA

H3929 C2009 03 15.95118 11 38 50.51 +19 56 21.4 J95

H3929 C2009 03 15.95698 11 38 50.23 +19 56 23.8 20.3 R J95

 

I5526 C2009 03 06.07198 10 36 07.08 +12 11 54.9 J95 = MBA

I5526 C2009 03 06.08069 10 36 06.65 +12 11 57.5 19.6 R J95

 

K7012 C2009 03 01.98085 09 23 34.99 +26 32 24.2 J95 = MBA

K7012 C2009 03 01.99338 09 23 34.28 +26 32 22.7 J95

K7012 C2009 03 02.03316 09 23 32.07 +26 32 19.2 19.6 R J95

 

J99E05F C2009 03 21.00187 13 52 35.52 -15 20 13.8 J95 = BP05715 = Amor

J99E05F C2009 03 21.00653 13 52 34.70 -15 20 40.3 J95

J99E05F C2009 03 21.01121 13 52 33.86 -15 21 07.3 18.3 R J95

 

J99F21J C2009 03 23.82577 10 41 09.48 +55 00 17.7 J95 = Apollo

J99F21J C2009 03 23.82982 10 41 08.84 +54 59 52.8 J95

J99F21J C2009 03 23.83386 10 41 08.21 +54 59 27.4 19.1 R J95

 

K00W05X C2009 03 16.98230 10 26 40.34 +13 39 53.0 J95 = MBA

K00W05X C2009 03 16.99425 10 26 39.72 +13 39 53.2 19.2 R J95

K00W05X C2009 03 18.93343 10 25 05.37 +13 39 56.2 J95

K00W05X C2009 03 18.94082 10 25 05.00 +13 39 56.5 J95

K00W05X C2009 03 18.94822 10 25 04.66 +13 39 56.1 J95

K00W05X C2009 03 19.01510 10 25 01.37 +13 39 55.7 19.1 R J95

 

K04X92E C2009 03 01.88877 09 22 26.88 +26 56 59.1 J95 = MBA

K04X92E C2009 03 01.89457 09 22 26.66 +26 56 59.5 J95

K04X92E C2009 03 01.90038 09 22 26.33 +26 57 00.1 20.3 R J95

 

K05EE3O C2009 03 06.00287 11 15 18.34 +07 22 27.8 J95 = MBA

K05EE3O C2009 03 06.00759 11 15 18.07 +07 22 29.7 J95

K05EE3O C2009 03 06.01234 11 15 17.88 +07 22 31.1 19.8 R J95

 

K05W57L C2009 03 01.94454 11 33 17.81 +50 12 02.3 J95 = MBA

K05W57L C2009 03 01.94887 11 33 17.50 +50 12 04.1 J95

K05W57L C2009 03 01.95318 11 33 17.11 +50 12 06.5 19.7 R J95

 

K06J48K C2009 03 01.97418 09 21 36.53 +26 05 43.2 J95 = MBA

K06J48K C2009 03 01.98601 09 21 35.86 +26 05 44.8 19.5 R J95

K06J48K C2009 03 03.07055 09 20 44.41 +26 09 23.4 J95

K06J48K C2009 03 03.07584 09 20 44.14 +26 09 25.0 J95

K06J48K C2009 03 03.07979 09 20 43.92 +26 09 26.2 19.5 R J95

 

K06TA5N C2009 03 15.92331 10 59 39.41 +14 28 34.2 J95 = MBA

K06TA5N C2009 03 15.93505 10 59 38.94 +14 28 37.7 19.9 R J95

K06TA5N C2009 03 15.97945 10 59 36.90 +14 28 46.8 J95

K06TA5N C2009 03 15.98739 10 59 36.56 +14 28 47.9 20.3 R J95

K06TA5N C2009 03 16.06080 10 59 33.40 +14 29 02.3 J95

K06TA5N C2009 03 16.85978 10 58 59.31 +14 31 37.0 J95

K06TA5N C2009 03 16.87376 10 58 58.75 +14 31 40.6 20.4 R J95

 

K07RC6A C2009 03 01.88877 09 22 25.47 +26 53 01.1 J95 = MBA

K07RC6A C2009 03 01.89457 09 22 25.18 +26 53 00.6 J95

K07RC6A C2009 03 01.90038 09 22 24.84 +26 53 02.0 19.8 R J95

 

K07U44L C2009 03 05.94535 11 07 34.66 +13 13 42.0 J95 = MBA

K07U44L C2009 03 05.95716 11 07 33.86 +13 13 44.1 19.0 R J95

 

K08S11V C2009 03 30.05295705 51 32.72 +54 49 30.2 J95 = Apollo

K08S11V C2009 03 30.05549805 51 48.64 +54 49 26.6 J95

K08S11V C2009 03 30.05793005 52 03.85 +54 49 23.2 14.7 R J95

K08S11V C2009 03 30.06199305 52 29.16 +54 49 17.5 14.9 R J95

K08S11V C2009 03 30.07517905 53 51.72 +54 48 56.0 14.6 R J95

K08S11V C2009 03 31.88405708 54 14.09 +44 19 03.0 13.5 R J95

K08S11V C2009 03 31.89608508 55 09.01 +44 11 36.2 13.4 R J95

K08S11V C2009 03 31.93377808 57 59.48 +43 48 04.1 13.0 R J95

K08S11V C2009 03 31.93980808 58 26.50 +43 44 16.9 12.9 R J95

 

K08U91V C2009 03 03.13075 14 20 29.40 +54 54 31.4 J95 = 9E1CD50 = Apollo

K08U91V C2009 03 03.13254 14 20 28.03 +54 54 23.4 J95

K08U91V C2009 03 03.13419 14 20 26.62 +54 54 16.0 18.1 R J95

 

K08UT0D C2009 03 01.82568 04 18 33.94 +23 11 28.0 J95 = MBA

K08UT0D C2009 03 01.83746 04 18 34.67 +23 11 31.1 J95

K08UT0D C2009 03 01.84931 04 18 35.39 +23 11 34.0 20.1 R J95

 

K09C40F C2009 03 01.97418 09 20 45.67 +26 07 34.6 J95 = MBA

K09C40F C2009 03 01.98601 09 20 45.22 +26 07 37.3 19.9 R J95

K09C40F C2009 03 03.07055 09 20 04.67 +26 11 44.0 J95

K09C40F C2009 03 03.07584 09 20 04.47 +26 11 45.6 J95

K09C40F C2009 03 03.07979 09 20 04.38 +26 11 46.7 19.6 R J95

K09C40F C2009 03 18.95809 09 13 51.51 +26 41 50.8 J95

K09C40F C2009 03 18.96685 09 13 51.39 +26 41 51.2 20.0 R J95

 

K09D03R C2009 03 14.81014004 52 42.15 -11 59 51.2 J95 = Apollo

K09D03R C2009 03 14.81310004 52 27.39 -12 01 23.1 J95

K09D03R C2009 03 14.81612304 52 12.28 -12 02 56.8 16.8 R J95

 

K09D16G C2009 03 06.07198 10 36 10.19 +12 07 28.5 J95 = MBA

K09D16G C2009 03 06.08069 10 36 09.74 +12 07 32.5 19.2 R J95

 

K09D19X C2009 03 15.96280 11 25 30.94 +17 57 24.0 J95 = 93FB074 = MBA

K09D19X C2009 03 15.96710 11 25 30.45 +17 57 21.6 J95

K09D19X C2009 03 15.97142 11 25 29.96 +17 57 19.1 18.8 R J95

 

K09D43A C2009 03 01.92281 10 40 11.28 +11 38 21.8 J95 = Apollo

K09D43A C2009 03 01.93452 10 40 09.59 +11 39 07.4 20.4 R J95

 

K09D43S C2009 03 01.80003811 16 04.95 +76 43 00.8 18.7 R J95 = Apollo

K09D43S C2009 03 01.80739411 16 49.21 +76 57 08.3 19.8 R J95

K09D43S C2009 03 01.81507011 17 36.02 +77 11 49.0 19.6 R J95

 

K09D43T C2009 03 02.04179 11 41 22.40 -06 46 59.9 J95 = Apollo

K09D43T C2009 03 02.04709 11 41 22.99 -06 47 32.5 J95

K09D43T C2009 03 02.05258 11 41 23.57 -06 48 06.4 19.3 R J95

 

K09D45D C2009 03 02.98509317 38 28.53 +42 17 29.5 15.0 R J95 = Apollo

K09D45D C2009 03 02.98549917 38 32.16 +42 18 03.1 15.4 R J95

K09D45D C2009 03 02.98606317 38 37.30 +42 18 51.3 15.1 R J95

K09D45D C2009 03 02.98641417 38 40.44 +42 19 21.2 14.3 R J95

K09D45D C2009 03 02.98678417 38 43.77 +42 19 51.9 15.8 R J95

K09D45D C2009 03 03.02607717 44 07.29 +43 10 14.1 16.3 R J95

K09D45D C2009 03 03.02703217 44 14.43 +43 11 21.2 16.3 R J95

K09D45D C2009 03 03.02796817 44 21.39 +43 12 26.7 16.3 R J95

K09D45D C2009 03 03.02897317 44 28.85 +43 13 36.6 15.9 R J95

K09D45D C2009 03 04.89059 18 34 43.67 +48 41 27.1 J95

K09D45D C2009 03 04.90342 18 34 52.09 +48 42 04.3 J95

K09D45D C2009 03 04.90868 18 34 55.53 +48 42 20.4 18.2 R J95

K09D45D C2009 03 06.19732 18 40 15.34 +49 14 06.9 J95

K09D45D C2009 03 06.21067 18 40 15.47 +49 14 29.7 J95

K09D45D C2009 03 06.21668 18 40 15.46 +49 14 38.4 19.5 R J95

 

K09D45M C2009 03 01.87862 08 43 35.47 -19 14 45.1 J95 = Apollo

K09D45M C2009 03 01.88070 08 43 34.94 -19 15 00.9 J95

K09D45M C2009 03 01.88250 08 43 34.48 -19 15 14.8 16.7 R J95

 

K09D46H C2009 03 01.82568 04 18 52.18 +23 13 22.0 J95 = 9EA4BF6 = MBA

K09D46H C2009 03 01.83746 04 18 52.53 +23 13 21.5 J95

K09D46H C2009 03 01.84931 04 18 52.92 +23 13 18.2 20.6 R J95

 

K09D46Q C2009 03 01.85949 08 44 26.88 -06 24 48.8 J95 = 9E1C3A3 = Mars-crossing Asteroid

K09D46Q C2009 03 01.86611 08 44 26.12 -06 24 57.0 J95

K09D46Q C2009 03 01.87265 08 44 25.45 -06 25 04.4 19.4 R J95

 

K09D47D C2009 03 02.06830 12 04 27.34 +00 42 25.4 J95 = BO78961 = TransNeptunian Object (q=2.2, P=328y, i=107)

K09D47D C2009 03 02.07332 12 04 26.72 +00 42 37.9 J95

K09D47D C2009 03 02.07780 12 04 26.22 +00 42 49.4 19.3 R J95

 

K09D47E C2009 03 02.08419 16 35 07.36 +06 03 21.2 J95 = BO81925 = Apollo

K09D47E C2009 03 02.08849 16 35 07.32 +06 03 15.3 J95

K09D47E C2009 03 02.09279 16 35 07.19 +06 03 10.2 18.5 R J95

 

K09DB1O C2009 03 15.88266 12 20 56.71 +14 34 46.9 J95 = Apollo

K09DB1O C2009 03 15.88809 12 20 55.94 +14 35 24.0 J95

K09DB1O C2009 03 15.89344 12 20 55.15 +14 36 00.5 15.1 R J95

K09DB1O C2009 03 16.94145 12 18 52.45 +17 06 04.2 J95

K09DB1O C2009 03 16.95471 12 18 48.81 +17 08 38.3 J95

K09DB1O C2009 03 17.09123 12 18 07.25 +17 35 38.4 J95

K09DB1O C2009 03 17.10739 12 18 02.21 +17 38 54.4 14.4 R J95

K09DB1O C2009 03 19.07035812 01 09.28 +34 46 30.4 12.9 R J95

K09DB1O C2009 03 19.07250912 01 05.17 +34 49 13.4 12.9 R J95

K09DB1O C2009 03 19.07471012 01 00.95 +34 52 00.7 12.9 R J95

K09DB1O C2009 03 19.07696412 00 56.62 +34 54 52.7 12.9 R J95

K09DB1O C2009 03 19.81053011 03 31.17 +63 44 17.1 12.3 R J95

K09DB1O C2009 03 19.81390711 02 34.33 +63 57 45.9 12.6 R J95

K09DB1O C2009 03 19.89548910 31 11.81 +69 31 31.6 12.4 R J95

K09DB1O C2009 03 19.90159410 27 58.92 +69 56 40.0 12.5 R J95

K09DB1O C2009 03 19.91244210 21 52.31 +70 41 09.0 12.2 R J95

K09DB1O C2009 03 19.91274510 21 41.59 +70 42 23.2 12.3 R J95

K09DB1O C2009 03 19.91309410 21 29.22 +70 43 48.8 13.0 R J95

 

K09E00A C2009 03 01.90664410 43 41.84 -02 51 33.7 J95 = 9E1C46F = Apollo

K09E00A C2009 03 01.90887710 43 47.38 -02 51 11.0 J95

K09E00A C2009 03 01.91111210 43 52.95 -02 50 49.3 J95

K09E00A C2009 03 01.91350710 43 58.89 -02 50 26.0 18.3 R J95

K09E00A C2009 03 06.17995 14 46 53.91 +11 28 04.8 J95

K09E00A C2009 03 06.18583 14 47 11.41 +11 28 48.7 J95

K09E00A C2009 03 06.19134 14 47 27.73 +11 29 30.8 20.0 R J95

 

K09E00C C2009 03 02.11956 15 49 08.99 +12 32 04.1 J95 = 9E1C800 = Amor

K09E00C C2009 03 02.12535 15 49 09.39 +12 31 56.3 J95

K09E00C C2009 03 02.13116 15 49 09.83 +12 31 48.4 19.8 R J95

 

K09E00J C2009 03 01.92072 10 40 40.94 +11 46 00.5 J95 = GS931C = MBA = Great Shefford Discovery

K09E00J C2009 03 01.92858 10 40 40.53 +11 46 03.4 J95

K09E00J C2009 03 01.93630 10 40 40.17 +11 46 05.9 19.8 R J95

K09E00J C2009 03 01.96140 10 40 38.97 +11 46 13.4 J95

K09E00J C2009 03 01.96708 10 40 38.71 +11 46 14.9 19.7 R J95

K09E00J C2009 03 03.11021 10 39 45.56 +11 52 05.6 J95

K09E00J C2009 03 03.11575 10 39 45.28 +11 52 06.4 J95

K09E00J C2009 03 03.12115 10 39 45.03 +11 52 08.9 19.3 R J95

 

K09E00K C2009 03 01.98085 09 24 06.28 +26 38 02.8 J95 = GS931F = MBA = Great Shefford Discovery

K09E00K C2009 03 01.99338 09 24 05.77 +26 38 04.5 J95

K09E00K C2009 03 02.03316 09 24 03.93 +26 38 09.8 J95

K09E00K C2009 03 03.05640 09 23 19.70 +26 40 33.4 19.5 R J95

K09E00K C2009 03 03.06099 09 23 19.48 +26 40 33.3 J95

K09E00K C2009 03 03.06499 09 23 19.40 +26 40 34.7 J95

K09E00K C2009 03 03.08562 09 23 18.48 +26 40 36.5 19.7 R J95

K09E00K C2009 03 05.91769 09 21 21.91 +26 46 20.1 J95

K09E00K C2009 03 05.92792 09 21 21.55 +26 46 20.6 J95

K09E00K C2009 03 06.02854 09 21 17.34 +26 46 31.9 J95

K09E00K C2009 03 06.03765 09 21 16.96 +26 46 32.1 J95

K09E00K C2009 03 06.05473 09 21 16.36 +26 46 34.8 19.9 R J95

K09E00K C2009 03 16.02008 09 15 39.27 +26 56 22.3 J95

K09E00K C2009 03 16.02890 09 15 39.02 +26 56 23.0 20.2 R J95

 

K09E00P C2009 03 03.04064 10 16 46.14 +49 01 53.4 J95 = 9E1C8A4 = Apollo

K09E00P C2009 03 03.04177 10 16 46.27 +49 02 07.3 J95

K09E00P C2009 03 03.04290 10 16 46.45 +49 02 20.8 J95

K09E00P C2009 03 03.04401 10 16 46.60 +49 02 34.2 18.9 R J95

K09E00P C2009 03 08.94115915 02 51.68 +83 34 30.7 J95

K09E00P C2009 03 08.94556715 04 34.27 +83 35 08.3 J95

K09E00P C2009 03 08.95006615 06 19.42 +83 35 44.8 18.6 R J95

 

K09E00R C2009 03 03.03309 09 51 43.27 +34 43 44.3 J95 = 9E1C8C8 = Apollo

K09E00R C2009 03 03.03515 09 51 46.00 +34 43 07.5 J95

K09E00R C2009 03 03.03722 09 51 48.75 +34 42 30.3 18.9 R J95

K09E00R C2009 03 16.09286 12 17 32.71 -10 35 26.2 J95

K09E00R C2009 03 16.09727 12 17 33.70 -10 35 49.4 J95

K09E00R C2009 03 16.10096 12 17 34.54 -10 36 10.2 19.3 R J95

 

K09E00U C2009 03 09.03462 11 48 39.56 +08 21 40.2 J95 = Apollo

K09E00U C2009 03 09.03780 11 48 46.13 +08 20 12.5 J95

K09E00U C2009 03 09.04101 11 48 52.71 +08 18 45.7 18.3 R J95

 

K09E00W C2009 03 03.04699 11 39 39.37 +35 58 05.3 J95 = 9E1CB3D = Apollo

K09E00W C2009 03 03.04955 11 39 38.75 +35 58 21.9 18.9 R J95

K09E00W C2009 03 04.86513911 31 34.68 +43 34 06.4 J95

K09E00W C2009 03 04.86578411 31 34.11 +43 34 30.7 J95

K09E00W C2009 03 04.86642411 31 33.52 +43 34 54.6 17.4 R J95

K09E00W C2009 03 05.83687510 01 45.47 +72 49 35.1 15.8 R J95

K09E00W C2009 03 05.83749910 01 19.23 +72 52 35.1 15.5 R J95

K09E00W C2009 03 05.83826610 00 46.53 +72 56 17.5 15.6 R J95

K09E00W C2009 03 05.83945309 59 55.37 +73 02 01.8 15.6 R J95

K09E00W C2009 03 05.84007609 59 28.20 +73 05 02.4 15.4 R J95

K09E00W C2009 03 05.88241109 17 39.87 +76 31 26.7 15.5 R J95

K09E00W C2009 03 05.88288409 17 02.56 +76 33 42.1 15.8 R J95

K09E00W C2009 03 05.88390509 15 40.39 +76 38 35.3 16.0 R J95

K09E00W C2009 03 05.93482807 32 27.36 +80 03 20.7 15.7 R J95

K09E00W C2009 03 05.93567907 30 02.05 +80 05 35.3 16.1 R J95

K09E00W C2009 03 05.93742407 24 58.58 +80 09 59.2 15.8 R J95

K09E00W C2009 03 05.96650705 49 24.90 +80 36 22.4 15.5 R J95

K09E00W C2009 03 05.97159105 31 46.24 +80 30 23.3 16.0 R J95

K09E00W C2009 03 05.99128704 27 12.10 +79 35 32.1 17.0 R J95

K09E00W C2009 03 05.99758304 08 46.59 +79 08 03.3 16.4 R J95

K09E00W C2009 03 06.01799403 18 13.21 +77 11 14.3 16.4 R J95

K09E00W C2009 03 06.02056803 12 49.41 +76 53 55.1 16.1 R J95

K09E00W C2009 03 06.04394802 32 19.72 +73 55 58.2 15.5 R J95

K09E00W C2009 03 06.04937702 24 48.08 +73 10 11.6 16.9 R J95

K09E00W C2009 03 06.06029202 11 22.01 +71 34 06.4 16.4 R J95

K09E00W C2009 03 06.06456602 06 39.09 +70 55 08.9 16.5 R J95

K09E00W C2009 03 06.08724101 45 45.75 +67 18 21.6 16.5 R J95

K09E00W C2009 03 06.09157801 42 25.32 +66 35 14.8 16.4 R J95

K09E00W C2009 03 06.12385601 22 17.60 +61 03 00.1 16.3 R J95

K09E00W C2009 03 06.12499101 21 42.57 +60 51 03.0 17.0 R J95

 

K09E01C C2009 03 16.13971 12 30 19.25 +13 21 33.8 J95 = Apollo

K09E01C C2009 03 16.14380 12 30 18.48 +13 20 58.3 J95

K09E01C C2009 03 16.14792 12 30 17.73 +13 20 22.2 18.8 R J95

 

GS935C C2009 03 05.94535 11 07 13.30 +13 28 45.5 J95 = GS935C =(MBA) = ONS

GS935C C2009 03 05.95716 11 07 12.70 +13 28 50.5 J95

GS935C C2009 03 06.09769 11 07 05.00 +13 29 50.3 J95

GS935C C2009 03 06.10640 11 07 04.56 +13 29 55.5 20.3 R J95

 

GS935F C2009 03 05.95125 11 07 23.31 +13 28 38.9 J95 = GS935F =(MBA) = ONS

GS935F C2009 03 06.09769 11 07 13.98 +13 29 28.0 J95

GS935F C2009 03 06.10640 11 07 13.44 +13 29 31.0 20.2 R J95

 

GS935E C2009 03 06.07198 10 36 36.47 +12 18 44.6 J95 = GS935E =(MBA) = ONS

GS935E C2009 03 06.08069 10 36 35.83 +12 18 47.9 J95

GS935E C2009 03 06.11558 10 36 33.38 +12 18 54.9 19.5 R J95

 

K09E01E C2009 03 06.00287 11 15 52.08 +07 13 56.8 J95 = Amor

K09E01E C2009 03 06.00759 11 15 54.39 +07 13 39.2 J95

K09E01E C2009 03 06.01234 11 15 56.72 +07 13 19.9 19.8 R J95

 

K09E01F C2009 03 05.98435 13 08 08.95 +08 46 58.3 J95 = Apollo

K09E01F C2009 03 05.98678 13 08 06.63 +08 46 22.8 19.2 R J95

 

K09E01H C2009 03 05.85141 10 41 31.19 +17 34 01.8 J95 = Apollo

K09E01H C2009 03 05.90479 10 40 56.76 +17 53 27.9 J95

K09E01H C2009 03 05.90881 10 40 54.09 +17 54 57.1 19.4 R J95

 

K09E01K C2009 03 05.94535 11 07 03.75 +13 19 35.0 J95 = Apollo

K09E01K C2009 03 05.95716 11 07 01.81 +13 19 33.2 20.1 R J95

 

K09E01M C2009 03 05.88725 11 18 22.92 +14 47 09.2 J95 = Amor

K09E01M C2009 03 05.89067 11 18 22.63 +14 46 25.2 J95

K09E01M C2009 03 05.89560 11 18 22.24 +14 45 22.0 18.4 R J95

 

K09E02L C2009 03 01.92072 10 39 45.69 +11 42 29.8 J95 = GS931D = MBA = Great Shefford Discovery

K09E02L C2009 03 01.92858 10 39 45.13 +11 42 33.5 J95

K09E02L C2009 03 01.93630 10 39 44.75 +11 42 38.2 J95

K09E02L C2009 03 01.96140 10 39 43.41 +11 42 49.0 J95

K09E02L C2009 03 01.96708 10 39 43.08 +11 42 52.0 20.3 R J95

K09E02L C2009 03 06.07198 10 36 00.21 +12 14 11.6 J95

K09E02L C2009 03 06.08069 10 35 59.74 +12 14 15.9 20.2 R J95

K09E02L C2009 03 16.89965 10 27 01.99 +13 27 04.1 J95

K09E02L C2009 03 16.98199 10 26 58.18 +13 27 34.1 J95

K09E02L C2009 03 16.99425 10 26 57.64 +13 27 37.9 20.4 R J95

K09E02L C2009 03 20.91087 10 24 13.02 +13 49 16.1 J95

K09E02L C2009 03 20.93823 10 24 11.89 +13 49 25.3 19.9 R J95

 

K09E02M C2009 03 03.05640 09 23 04.82 +26 45 03.6 J95 = GS932A = MBA = Great Shefford Discovery

K09E02M C2009 03 03.06099 09 23 04.61 +26 45 05.2 J95

K09E02M C2009 03 03.06499 09 23 04.45 +26 45 05.0 J95

K09E02M C2009 03 03.08562 09 23 03.51 +26 45 07.0 19.8 R J95

K09E02M C2009 03 05.91769 09 20 58.59 +26 49 09.6 J95

K09E02M C2009 03 06.02854 09 20 53.79 +26 49 17.2 J95

K09E02M C2009 03 06.03765 09 20 53.39 +26 49 17.9 J95

K09E02M C2009 03 06.05473 09 20 52.62 +26 49 18.1 19.8 R J95

K09E02M C2009 03 18.95809 09 14 29.77 +26 44 10.0 J95

K09E02M C2009 03 18.96685 09 14 29.58 +26 44 08.8 20.1 R J95

 

K09E02N C2009 03 06.13096 18 10 21.20 +39 09 12.3 J95 = 9E1DAAE = Apollo

K09E02N C2009 03 06.13708 18 10 23.79 +39 09 20.4 J95

K09E02N C2009 03 06.14145 18 10 25.61 +39 09 26.2 J95

K09E02N C2009 03 06.16881 18 10 37.14 +39 10 01.2 19.5 R J95

K09E02N cC2009 03 19.18289 19 40 21.16 +41 33 46.1 J95

K09E02N cC2009 03 19.19218 19 40 24.66 +41 33 48.4 19.9 R J95

 

K09E02Q C2009 03 16.12143 13 45 36.56 -07 05 03.0 J95 = Amor

K09E02Q C2009 03 16.12725 13 45 37.41 -07 04 59.3 J95

K09E02Q C2009 03 16.13307 13 45 38.37 -07 04 56.3 19.3 R J95

 

K09E03D C2009 03 16.03695 11 43 00.53 +11 09 51.2 J95 = 9E200BF = MBA

K09E03D C2009 03 16.04302 11 43 00.18 +11 09 53.6 J95

K09E03D C2009 03 16.04880 11 42 59.82 +11 09 56.1 19.7 R J95

 

K09E03E C2009 03 05.94535 11 07 37.45 +13 26 45.7 J95 = GS935B = MBA = Great Shefford Discovery

K09E03E C2009 03 05.95716 11 07 36.91 +13 26 50.2 J95

K09E03E C2009 03 06.09769 11 07 29.99 +13 27 43.6 J95

K09E03E C2009 03 06.10640 11 07 29.53 +13 27 46.6 19.9 R J95

K09E03E C2009 03 09.05113 11 05 09.49 +13 45 43.9 19.8 R J95

K09E03E C2009 03 09.08214 11 05 07.99 +13 45 55.8 J95

K09E03E C2009 03 15.92331 10 59 49.40 +14 24 20.4 J95

K09E03E C2009 03 15.93505 10 59 48.78 +14 24 23.9 J95

K09E03E C2009 03 15.97945 10 59 46.68 +14 24 38.1 J95

K09E03E C2009 03 15.98739 10 59 46.33 +14 24 40.7 20.5 R J95

K09E03E C2009 03 16.06080 10 59 42.87 +14 25 04.0 20.6 R J95

K09E03E C2009 03 16.85978 10 59 07.14 +14 29 09.3 J95

K09E03E C2009 03 16.87376 10 59 06.52 +14 29 15.6 20.2 R J95

 

K09E03F C2009 03 15.99827 11 57 09.25 -01 28 08.9 J95 = SW40gG = Apollo

K09E03F C2009 03 16.00862 11 57 07.70 -01 27 29.3 J95

K09E03F C2009 03 16.01174 11 57 07.23 -01 27 18.0 19.2 R J95

 

K09E03H C2009 03 15.94541 11 39 23.24 +19 54 45.0 J95 = 9EACAB4 = Apollo

K09E03H C2009 03 15.95118 11 39 23.83 +19 54 34.1 J95

K09E03H C2009 03 15.95698 11 39 24.36 +19 54 23.8 20.1 R J95

 

K09F00A C2009 03 16.82097 12 15 07.01 +40 18 14.8 J95 = 9F2314C = Amor

K09F00A C2009 03 16.82237 12 15 06.34 +40 18 08.5 J95

K09F00A C2009 03 16.82379 12 15 05.68 +40 18 02.4 17.4 R J95

 

K09F00D C2009 03 17.00340 13 07 19.15 +00 07 49.5 J95 = 93FC478 = Apollo

K09F00D C2009 03 17.00756 13 07 19.34 +00 07 50.0 J95

K09F00D C2009 03 17.01175 13 07 19.51 +00 07 50.8 17.8 R J95

K09F00D C2009 03 21.02924 13 13 44.43 +00 24 56.2 J95

K09F00D C2009 03 21.03227 13 13 44.76 +00 24 57.4 J95

K09F00D C2009 03 21.03530 13 13 45.09 +00 24 58.6 J95

K09F00D C2009 03 21.03865 13 13 45.46 +00 25 00.1 16.7 R J95

K09F00D C2009 03 24.16649 13 27 36.32 +01 06 00.6 J95

K09F00D C2009 03 24.17464 13 27 39.93 +01 06 12.5 J95

K09F00D C2009 03 24.18025 13 27 42.44 +01 06 20.8 J95

K09F00D C2009 03 24.18510 13 27 44.62 +01 06 27.9 J95

K09F00D C2009 03 24.19149 13 27 47.52 +01 06 37.3 15.4 R J95

K09F00D C2009 03 26.92577715 05 32.14 +05 38 52.9 J95

K09F00D C2009 03 26.92620415 05 35.70 +05 39 02.1 J95

K09F00D C2009 03 26.92663715 05 39.37 +05 39 11.7 12.9 R J95

K09F00D C2009 03 27.16117215 47 44.04 +07 23 40.2 12.5 R J95

K09F00D C2009 03 27.16446315 48 29.31 +07 25 24.1 12.5 R J95

K09F00D C2009 03 27.16874415 49 28.70 +07 27 39.7 12.6 R J95

K09F00D C2009 03 27.17143415 50 06.31 +07 29 05.3 12.5 R J95

K09F00D C2009 03 27.17502115 50 56.84 +07 30 59.7 12.5 R J95

 

K09F00E C2009 03 17.04607 13 34 02.12 -03 29 12.0 J95 = SW40gH = Apollo

K09F00E C2009 03 17.05347 13 34 03.44 -03 29 19.4 J95

K09F00E C2009 03 17.06105 13 34 04.92 -03 29 27.3 19.7 R J95

 

K09F00G C2009 03 16.92331 11 39 10.11 +02 38 37.9 J95 = 9FAEB83 = Apollo

K09F00G C2009 03 16.93210 11 39 13.14 +02 38 15.6 19.4 R J95

 

K09F00H C2009 03 17.81809008 44 24.68 +13 41 44.3 J95 = Apollo

K09F00H C2009 03 17.81853508 44 22.54 +13 42 03.6 J95

K09F00H C2009 03 17.81894708 44 20.56 +13 42 21.6 15.1 R J95

K09F00H C2009 03 17.82232408 44 04.19 +13 44 49.4 15.4 R J95

K09F00H C2009 03 17.82960508 43 28.25 +13 50 11.5 15.3 R J95

K09F00H C2009 03 17.83869608 42 42.15 +13 57 01.2 15.1 R J95

K09F00H C2009 03 17.84862808 41 50.16 +14 04 38.7 14.9 R J95

K09F00H C2009 03 17.89681508 37 13.32 +14 44 11.1 14.6 R J95

K09F00H C2009 03 17.90385608 36 29.28 +14 50 20.8 14.8 R J95

K09F00H C2009 03 17.90815108 36 01.97 +14 54 09.3 14.8 R J95

K09F00H C2009 03 17.90983608 35 51.17 +14 55 39.4 14.7 R J95

K09F00H C2009 03 17.91148708 35 40.51 +14 57 08.4 14.8 R J95

 

K09F00K C2009 03 19.04922512 00 55.42 +16 09 30.9 17.3 R J95 = Apollo

K09F00K C2009 03 19.05160412 01 09.79 +16 07 39.2 17.4 R J95

K09F00K C2009 03 19.05563612 01 34.21 +16 04 29.3 16.9 R J95

K09F00K C2009 03 19.05637912 01 38.76 +16 03 54.1 17.1 R J95

K09F00K C2009 03 19.05714112 01 43.40 +16 03 17.7 17.3 R J95

K09F00K C2009 03 19.11701712 08 06.38 +15 12 53.2 17.1 R J95

K09F00K C2009 03 19.12269412 08 44.69 +15 07 47.6 17.1 R J95

K09F00K C2009 03 19.13476312 10 07.37 +14 56 46.0 17.3 R J95

K09F00K C2009 03 19.14130812 10 52.98 +14 50 40.1 17.1 R J95

K09F00K C2009 03 19.14326712 11 06.71 +14 48 49.9 17.1 R J95

 

K09F00L C2009 03 19.08053709 48 13.78 +52 02 36.2 J95 = Aten

K09F00L C2009 03 19.08153309 48 10.85 +52 03 27.5 J95

K09F00L C2009 03 19.08253509 48 07.78 +52 04 17.5 19.0 R J95

 

K09F00Q SC2009 03 17.88481 11 00 55.35 -00 39 05.2 J95 = 9F240C0 = Amor

K09F00Q SC2009 03 17.88947 11 00 58.04 -00 40 20.7 18.8 R J95

 

K09F00R C2009 03 18.90690 12 08 51.99 -08 49 37.5 J95 = Apollo

K09F00R C2009 03 18.90947 12 08 57.70 -08 49 52.7 18.5 R J95

 

K09F00S C2009 03 17.86527 08 35 38.77 +19 31 51.8 J95 = 9FAFD7B = Apollo

K09F00S C2009 03 17.87263 08 35 36.00 +19 32 42.5 19.6 R J95

K09F00S C2009 03 26.87806304 12 15.55 +57 47 42.3 19.7 R J95

K09F00S C2009 03 26.88402004 11 39.82 +57 48 24.5 20.1 R J95

K09F00S C2009 03 26.90276504 09 47.71 +57 50 35.8 20.3 R J95

 

K09F01H bC2009 03 18.85365 03 46 46.99 +32 04 20.7 J95 = 9FB1AC5 = MBA

K09F01H bC2009 03 18.86472 03 46 48.14 +32 04 17.6 20.7 R J95

 

K09F01J C2009 03 18.91409 13 35 15.57 +09 03 46.5 J95 = 9F25878 = Apollo

K09F01J C2009 03 18.91817 13 35 12.75 +09 03 07.5 J95

K09F01J C2009 03 18.92217 13 35 10.10 +09 02 29.4 18.7 R J95

 

K09F01K C2009 03 16.89965 10 26 38.65 +13 26 39.8 20.5 R J95 = GS93GB = MBA = Great Shefford Discovery

K09F01K C2009 03 16.98199 10 26 34.99 +13 27 13.2 J95

K09F01K C2009 03 16.99425 10 26 34.41 +13 27 17.8 21.0 R J95

K09F01K C2009 03 18.93343 10 25 33.73 +13 38 42.0 J95

K09F01K C2009 03 18.94082 10 25 33.37 +13 38 44.5 J95

K09F01K C2009 03 18.94822 10 25 33.09 +13 38 47.1 20.4 R J95

 

GS93JA C2009 03 18.93343 10 25 13.30 +13 39 38.6 J95 = GS93JA = (MBA) = ONS

GS93JA C2009 03 18.94082 10 25 12.96 +13 39 42.4 J95

GS93JA C2009 03 18.94822 10 25 12.64 +13 39 45.1 20.5 R J95

 

K09F04T FC2009 03 19.82912 07 45 44.15 +19 01 22.5 J95 = 9FB261D = Amor

K09F04T UC2009 03 19.84472 07 45 48.04 +19 01 47.7 21.0 R J95

 

K09F04Y C2009 03 21.09634 13 42 37.36 +32 30 25.0 J95 = Apollo

K09F04Y C2009 03 21.10216 13 42 36.11 +32 30 47.5 J95

K09F04Y C2009 03 21.10799 13 42 34.87 +32 31 10.1 19.2 R J95

 

K09F10X C2009 03 27.87247 09 23 06.51 +53 16 39.5 J95 = Apollo

K09F10X C2009 03 27.87756 09 22 58.34 +53 17 36.4 J95

K09F10X C2009 03 27.88259 09 22 50.30 +53 18 31.4 19.9 R J95

 

K09F10Z C2009 03 29.04015 12 46 35.66 +08 09 27.7 J95 = Apollo

K09F10Z C2009 03 29.07126 12 46 39.47 +08 09 31.6 20.7 R J95

 

K09F14R C2009 03 21.00975 14 16 24.43 +06 16 01.7 J95 = MBA

K09F14R C2009 03 21.04571 14 16 23.37 +06 16 10.6 J95

K09F14R C2009 03 21.05154 14 16 23.18 +06 16 12.3 20.0 R J95

 

K09F14S C2009 03 20.98211 14 15 45.05 +06 38 28.5 J95 = MBA

K09F14S C2009 03 20.99496 14 15 44.64 +06 38 31.4 19.1 R J95

 

K09F21P C2009 03 28.00375 12 35 52.54 +05 13 47.4 J95 = MBA

K09F21P C2009 03 28.01003 12 35 52.19 +05 13 49.8 J95

K09F21P C2009 03 28.01600 12 35 51.84 +05 13 53.0 19.9 R J95

 

K09F23S C2009 03 23.94704 12 21 04.52 -00 25 21.4 J95 = BP12604 = Amor

K09F23S C2009 03 23.94897 12 21 06.24 -00 25 05.9 J95

K09F23S C2009 03 23.95093 12 21 08.03 -00 24 49.1 19.3 R J95

 

K09F23T C2009 03 23.93527713 38 58.87 +11 07 48.0 18.0 R J95 = BP09357 = Apollo

K09F23T C2009 03 23.94185813 39 15.81 +11 14 10.3 J95

K09F23T C2009 03 23.94268613 39 17.95 +11 14 58.6 J95

K09F23T C2009 03 23.94350713 39 20.09 +11 15 46.3 17.7 R J95

 

K09F23U C2009 03 23.83943 16 20 21.49 +57 34 45.7 J95 = 9F286CB = Aten

K09F23U C2009 03 23.84667 16 20 19.42 +57 35 03.1 J95

K09F23U C2009 03 23.85190 16 20 18.13 +57 35 14.5 J95

K09F23U C2009 03 23.85780 16 20 16.40 +57 35 28.4 18.9 R J95

K09F23U C2009 03 27.14082 16 02 56.78 +59 32 04.5 J95

K09F23U C2009 03 27.14351 16 02 55.82 +59 32 10.5 J95

K09F23U C2009 03 27.14638 16 02 54.73 +59 32 16.5 18.9 R J95

 

K09F23V C2009 03 27.11797 13 22 25.08 +11 31 45.7 J95 = Amor

K09F23V C2009 03 27.12066 13 22 27.82 +11 30 15.6 J95

K09F23V C2009 03 27.12288 13 22 30.04 +11 29 01.5 18.2 R J95

 

K09F25L C2009 03 27.12792 14 27 55.92 +38 12 16.6 J95 = Apollo

K09F25L C2009 03 27.13170 14 27 53.93 +38 12 03.3 J95

K09F25L C2009 03 27.13550 14 27 51.93 +38 11 50.0 18.1 R J95

 

K09F29P C2009 03 26.93228 10 08 41.30 +07 32 26.7 J95 = 9FB867F = Amor

K09F29P C2009 03 26.94331 10 08 44.24 +07 32 21.2 J95

K09F29P C2009 03 26.95355 10 08 47.11 +07 32 15.1 20.7 R J95

K09F29P C2009 03 28.94872 10 18 31.23 +07 14 55.9 J95

K09F29P C2009 03 28.96393 10 18 35.47 +07 14 47.1 20.9 R J95

 

K09F29Q C2009 03 26.99728 13 51 49.18 +46 08 01.7 J95 = 9F29162 = Mars-crossing Asteroid

K09F29Q C2009 03 27.00308 13 51 48.37 +46 07 56.6 J95

K09F29Q C2009 03 27.00919 13 51 47.51 +46 07 51.9 20.1 R J95

 

K09F29Y C2009 03 27.05719 15 38 20.71 -01 24 45.1 J95 = 9FB91E8 = Amor

K09F29Y C2009 03 27.06027 15 38 21.34 -01 24 34.4 J95

K09F29Y C2009 03 27.06342 15 38 21.83 -01 24 24.7 20.0 R J95

K09F29Y C2009 03 30.10971 15 47 15.88 +01 23 23.7 J95

K09F29Y C2009 03 30.11776 15 47 17.26 +01 23 51.6 J95

K09F29Y C2009 03 30.12601 15 47 18.74 +01 24 20.1 19.7 R J95

 

K09F30H C2009 03 28.08587 13 23 14.05 -03 20 37.3 J95 = 93QB304 = Inner Main-belt Asteroid

K09F30H C2009 03 28.09161 13 23 13.52 -03 20 39.4 J95

K09F30H C2009 03 28.09556 13 23 13.13 -03 20 40.6 18.8 R J95

 

K09F30J C2009 03 28.05464 13 04 42.49 -12 45 55.3 J95 = 9FBA00D = Apollo

K09F30J C2009 03 28.06770 13 04 42.95 -12 46 03.8 J95

K09F30J C2009 03 28.08189 13 04 43.53 -12 46 13.3 20.1 R J95

 

K09F30U C2009 03 29.08945 13 05 33.07 +21 07 35.5 J95 = Apollo

K09F30U C2009 03 29.09047 13 05 34.76 +21 07 38.7 J95

K09F30U C2009 03 29.09146 13 05 36.44 +21 07 41.8 18.3 R J95

 

K09F31R C2009 03 29.99700 13 28 11.91 +15 25 38.9 J95 = 9F2BC9F = Mars-crossing Asteroid

K09F31R C2009 03 30.00299 13 28 11.56 +15 25 46.3 J95

K09F31R C2009 03 30.00885 13 28 11.23 +15 25 53.3 19.8 R J95

 

K09F32N C2009 03 29.01047 14 41 13.93 -01 22 57.2 J95 = 9FBB0B2 = Amor

K09F32N C2009 03 29.01671 14 41 15.49 -01 22 02.5 19.8 R J95

K09F32N C2009 03 30.08697 14 46 04.43 +01 13 42.7 J95

K09F32N C2009 03 30.09366 14 46 06.19 +01 14 41.4 J95

K09F32N C2009 03 30.09868 14 46 07.46 +01 15 25.3 20.1 R J95

 

K09F32O C2009 03 28.98513 12 44 24.81 -19 29 13.9 J95 = 9F655E4 = Apollo

K09F32O C2009 03 28.99221 12 44 22.69 -19 32 26.5 J95

K09F32O C2009 03 28.99950 12 44 20.33 -19 35 46.1 18.5 R J95

 

K09F32P C2009 03 29.89126 11 33 35.49 +11 12 24.4 J95 = 9FBB670 = Apollo

K09F32P C2009 03 29.90251 11 33 28.45 +11 14 58.4 J95

K09F32P C2009 03 29.91384 11 33 21.09 +11 17 36.1 19.7 R J95

 

K09F32R C2009 03 29.92474 11 23 11.92 -03 47 10.3 J95 = 9FBBAD6 = Amor

K09F32R C2009 03 29.93661 11 23 14.28 -03 48 22.1 20.2 R J95

 

K09F32S C2009 03 29.95494 11 47 38.66 -06 32 31.8 J95 = 9FBC0D8 = Apollo

K09F32S C2009 03 29.97442 11 47 25.28 -06 36 10.6 J95

K09F32S C2009 03 29.98718 11 47 16.60 -06 38 32.4 20.0 R J95

 

K09F32T C2009 03 30.02241 13 17 57.04 +03 34 00.2 J95 = 9FBC2CF = Apollo

K09F32T C2009 03 30.03538 13 18 00.89 +03 34 47.1 20.5 R J95

 

K09F44H C2009 03 31.95775 12 50 53.20 -19 19 25.1 J95 = BP27661 = Apollo

K09F44H C2009 03 31.96104 12 50 54.29 -19 18 41.1 J95

K09F44H C2009 03 31.96425 12 50 55.37 -19 17 58.4 17.6 R J95

 

K09F44J C2009 03 31.96983 12 48 08.12 -02 16 33.6 J95 = 9F2D028 = Apollo

K09F44J C2009 03 31.97413 12 48 07.64 -02 16 30.0 J95

K09F44J C2009 03 31.97856 12 48 07.06 -02 16 26.8 19.6 R J95

 

Dave Briggs, J69

 

COD J69

OBS David Briggs

MEA David Briggs

TEL 0.40-m f/4.57 Newtonian reflector + CCD

ACK MPCReport file updated 2009.03.29 22:02:48

AC2 dbriggs@kepler.demon.co.uk

NET NOMAD

K08S11V C2009 03 29.88951 05 34 58.42 +54 49 00.3 14.9 C J69

K08S11V C2009 03 29.88994 05 35 02.37 +54 49 01.5 14.7 C J69

K08S11V C2009 03 29.89072 05 35 06.74 +54 49 01.9 14.6 C J69

K08S11V C2009 03 29.89372 05 35 24.71 +54 49 07.6 14.9 C J69

K08S11V C2009 03 29.89454 05 35 29.59 +54 49 09.5 14.9 C J69

K08S11V C2009 03 29.89537 05 35 34.41 +54 49 10.8 14.7 C J69

K08S11V C2009 03 29.89701 05 35 44.23 +54 49 13.4 14.9 C 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 2009.03.01 23:17:41

AC2 alancahill@blueyonder.co.uk

NET UCAC-2

04006 C2009 03 01.85743 07 51 45.03 +19 42 29.2 15.9 C

J94

04006 C2009 03 01.87160 07 51 44.90 +19 42 29.1 15.9 C

J94

04006 C2009 03 01.88632 07 51 44.74 +19 42 28.9 15.9 C

J94

05859 C2009 03 01.86179 07 58 04.40 +20 12 19.7 16.7 C

J94

05859 C2009 03 01.87583 07 58 04.20 +20 12 21.7 16.6 C

J94

05859 C2009 03 01.89058 07 58 04.00 +20 12 23.8 16.5 C

J94

33983 C2009 03 01.85317 07 46 48.58 +19 45 11.0 17.1 C

J94

33983 C2009 03 01.86749 07 46 48.59 +19 45 06.8 17.1 C

J94

33983 C2009 03 01.88183 07 46 48.57 +19 45 02.5 16.8 C

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 2009.03.23 23:45:42

AC2 alancahill@blueyonder.co.uk

NET USNO-B1.0

35422 C2009 03 23.93515 10 34 18.19 +21 34 57.6 17.3 C

J94

35422 C2009 03 23.94625 10 34 17.68 +21 34 59.3 17.1 C

J94

35422 C2009 03 23.95743 10 34 17.20 +21 35 01.1 17.3 C

J94

53517 C2009 03 23.93515 10 33 56.41 +21 34 46.9 17.1 C

J94

53517 C2009 03 23.94625 10 33 56.09 +21 34 51.6 16.9 C

J94

53517 C2009 03 23.95743 10 33 55.78 +21 34 56.6 16.8 C

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 2009.03.26 23:39:13

AC2 alancahill@blueyonder.co.uk

NET USNO-B1.0

74431 C2009 03 26.92258 11 38 03.01 +24 03 20.9 17.7 C

J94

74431 C2009 03 26.93922 11 38 02.22 +24 03 24.0 17.7 C

J94

74431 C2009 03 26.96453 11 38 01.02 +24 03 28.9 17.7 C

J94

E0764 C2009 03 26.92258 11 38 00.26 +24 05 25.5 18.7 C

J94

E0764 C2009 03 26.93922 11 37 59.48 +24 05 25.8 18.2 C

J94

E0764 C2009 03 26.96453 11 37 58.26 +24 05 26.9 18.2 C

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 2009.04.20 00:52:17

AC2 alancahill@blueyonder.co.uk

NET USNO-B1.0

00986 C2009 04 19.97318 13 27 10.69 +11 32 55.0 14.4 C

J94

00986 C2009 04 19.99532 13 27 09.70 +11 32 58.2 14.4 C

J94

00986 C2009 04 20.01441 13 27 08.86 +11 33 00.7 14.3 C

J94

03222 C2009 04 19.96922 13 26 12.25 +10 24 19.3 15.3 C

J94

03222 C2009 04 19.99138 13 26 11.30 +10 24 27.0 15.3 C

J94

03222 C2009 04 20.01109 13 26 10.43 +10 24 34.2 15.3 C

J94

03442 C2009 04 19.96382 13 20 02.81 +09 30 46.7 16.0 C

J94

03442 C2009 04 19.98471 13 20 01.86 +09 30 49.8 16.3 C

J94

03442 C2009 04 20.00443 13 20 01.07 +09 30 53.6 16.2 C

J94

09141 C2009 04 19.98045 13 17 42.13 +11 08 05.3 16.3 C

J94

09141 C2009 04 20.00134 13 17 41.06 +11 08 07.8 16.2 C

J94

09141 C2009 04 20.02292 13 17 40.03 +11 08 06.9 16.2 C

J94

33813 C2009 04 19.96775 13 25 35.91 +09 45 20.4 16.3 C

J94

33813 C2009 04 19.98866 13 25 34.65 +09 45 21.3 16.6 C

J94

33813 C2009 04 20.00838 13 25 33.46 +09 45 22.3 16.4 C

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 2009.04.20 23:02:03

AC2 alancahill@blueyonder.co.uk

NET USNO-B1.0

03041 C2009 04 20.91316 13 40 58.27 +10 21 20.1 16.0 C

J94

03041 C2009 04 20.93081 13 40 57.30 +10 21 21.6 16.3 C

J94

03041 C2009 04 20.94615 13 40 56.42 +10 21 22.6 16.2 C

J94

09853 C2009 04 20.90779 14 05 02.69 +13 14 17.7 15.8 C

J94

09853 C2009 04 20.92155 14 05 02.02 +13 14 24.1 15.6 C

J94

09853 C2009 04 20.94103 14 05 01.02 +13 14 33.4 15.6 C

J94

10109 C2009 04 20.90052 13 58 28.73 +12 24 33.2 15.6 C

J94

10109 C2009 04 20.91678 13 58 27.83 +12 24 36.3 15.7 C

J94

10109 C2009 04 20.93377 13 58 26.89 +12 24 39.6 15.8 C

J94

24779 C2009 04 20.91111 13 57 25.55 +13 09 06.7 16.0 C

J94

24779 C2009 04 20.92741 13 57 24.68 +13 09 13.3 15.9 C

J94

24779 C2009 04 20.94440 13 57 23.82 +13 09 20.7 16.0 C

J94

26408 C2009 04 20.90385 14 08 37.75 +12 43 03.2 16.4 C

J94

26408 C2009 04 20.91887 14 08 36.97 +12 43 06.5 16.4 C

J94

26408 C2009 04 20.93708 14 08 36.02 +12 43 10.7 16.4 C

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 2009.04.21 22:39:40

AC2 alancahill@blueyonder.co.uk

NET USNO-B1.0

02804 C2009 04 21.89472 13 38 05.53 +07 44 51.8 15.3 C J94

02804 C2009 04 21.90955 13 38 04.83 +07 44 54.6 15.4 C J94

02804 C2009 04 21.92271 13 38 04.22 +07 44 57.2 15.3 C J94

15152 C2009 04 21.89808 13 43 12.69 +08 05 57.9 16.7 C J94

15152 C2009 04 21.91043 13 43 12.09 +08 06 01.5 16.6 C J94

15152 C2009 04 21.92608 13 43 11.29 +08 06 05.5 16.8 C J94

15903 C2009 04 21.89075 13 31 42.65 +07 09 10.4 17.0 C J94

15903 C2009 04 21.90619 13 31 41.92 +07 09 17.0 17.0 C J94

15903 C2009 04 21.92060 13 31 41.25 +07 09 23.8 16.8 C J94

27313 C2009 04 21.90083 13 39 19.55 +10 00 44.6 16.5 C J94

27313 C2009 04 21.91627 13 39 18.76 +10 00 46.2 16.6 C J94

27313 C2009 04 21.92946 13 39 18.08 +10 00 47.7 16.5 C J94

67645 C2009 04 21.89075 13 31 23.48 +07 03 28.9 17.2 C J94

67645 C2009 04 21.90619 13 31 22.48 +07 03 33.0 18.2 C J94

67645 C2009 04 21.92060 13 31 21.64 +07 03 36.8 17.3 C 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 2009.03.02 00:45:16

AC2 jfmto@blueyonder.co.uk

NET USNO-B1.0

01036 C2009 03 01.95806 10 05 30.04 -19 30 53.3 15.9 V

J93

01036 C2009 03 01.96367 10 05 29.78 -19 30 51.3 15.9 V

J93

01036 C2009 03 01.96929 10 05 29.51 -19 30 49.1 16.0 V

J93

03040 C2009 03 01.84034 11 10 33.73 +39 05 42.7 16.0 V

J93

03040 C2009 03 01.84384 11 10 33.40 +39 05 51.4 16.0 V

J93

03040 C2009 03 01.84735 11 10 33.15 +39 05 59.6 15.9 V

J93

03554 C2009 03 01.97700 08 04 27.51 +63 20 21.9 15.8 V

J93

03554 C2009 03 01.97981 08 04 27.19 +63 20 09.3 15.9 V

J93

03554 C2009 03 01.98263 08 04 26.83 +63 19 55.1 15.7 V

J93

14402 C2009 03 01.93096 12 36 36.03 +06 25 27.5 16.1 V

J93

14402 C2009 03 01.93447 12 36 37.31 +06 25 41.0 15.9 V

J93

14402 C2009 03 01.93797 12 36 38.42 +06 25 55.4 16.1 V

J93

16958 C2009 03 01.85237 12 19 34.58 +30 26 25.7 15.8 V

J93

16958 C2009 03 01.85800 12 19 34.68 +30 26 51.2 15.8 V

J93

16958 C2009 03 01.86362 12 19 34.81 +30 27 16.6 16.0 V

J93

85953 C2009 03 02.00809 10 44 35.72 -14 38 20.8 16.3 V

J93

85953 C2009 03 02.01159 10 44 34.14 -14 38 04.6 16.2 V

J93

85953 C2009 03 02.01860 10 44 30.75 -14 37 27.2 16.3 V

J93

G2900 C2009 03 01.89948 07 09 35.49 +38 30 10.3 16.2 V

J93

G2900 C2009 03 01.90299 07 09 36.33 +38 30 06.4 16.3 V

J93

G2900 C2009 03 01.90910 07 09 37.69 +38 29 59.1 16.3 V

J93

 

1036 Ganymed. Unusual

14402 0.1AU from home planet.

16946 0.6AU from home planet.

 

COD J93

OBS John Fletcher

MEA John Fletcher

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

ACK MPCReport file updated 2009.03.23 00:50:59

AC2 jfmto@blueyonder.co.uk

NET USNO-B1.0

01036 C2009 03 22.98747 09 51 11.89 -16 43 45.4 14.8 C

J93

01036 C2009 03 22.99308 09 51 11.65 -16 43 41.9 14.7 C

J93

01036 C2009 03 22.99870 09 51 11.42 -16 43 38.0 14.8 C

J93

14402 C2009 03 23.00711 16 07 04.35 +33 32 34.1 16.4 V

J93

14402 C2009 03 23.00992 16 07 06.20 +33 32 41.6 16.5 V

J93

14402 C2009 03 23.01553 16 07 09.90 +33 32 56.9 16.5 V

J93

16958 C2009 03 23.02453 12 21 49.45 +52 39 52.0 16.0 C

J93

16958 C2009 03 23.02734 12 21 49.40 +52 40 00.1 16.1 C

J93

16958 C2009 03 23.03015 12 21 49.38 +52 40 08.1 16.1 C

J93

 

COD J93

OBS John Fletcher

MEA John Fletcher

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

ACK MPCReport file updated 2009.03.28 00:24:12

AC2 jfmto@blueyonder.co.uk

NET USNO-B1.0

01036 C2009 03 28.00014 09 48 39.88 -15 59 20.4 14.8 C

J93

01036 C2009 03 28.00295 09 48 39.75 -15 59 18.6 14.8 C

J93

01036 C2009 03 28.01550 09 48 39.42 -15 59 12.0 14.9 C

J93

 

Ganymed 1036 (unusual).

Klaasen 16958 NEO. 0.6au from home planet.

 

2008 SV11 Potentially hazardous asteroid. 0.04au from home planet.

 

COD J93

OBS John Fletcher

MEA John Fletcher

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

ACK MPCReport file updated 2009.03.29 22:03:22

AC2 jfmto@blueyonder.co.uk

NET USNO-B1.0

K08S11V C2009 03 29.91708 05 37 43.83 +54 49 42.0 15.7 C

J93

K08S11V C2009 03 29.91740 05 37 45.77 +54 49 42.0 15.6 C

J93

K08S11V C2009 03 29.91772 05 37 47.65 +54 49 42.1 15.7 C

J93

01036 C2009 03 29.83466 09 47 50.52 -15 42 59.8 15.8 C

J93

01036 C2009 03 29.83678 09 47 50.45 -15 42 57.7 15.8 C

J93

01036 C2009 03 29.83889 09 47 50.36 -15 42 56.5 16.0 C

J93

16958 C2009 03 29.85160 12 21 07.42 +57 13 53.4 16.4 C

J93

16958 C2009 03 29.85582 12 21 07.26 +57 14 02.4 16.4 C

J93

16958 C2009 03 29.86216 12 21 07.15 +57 14 15.5 16.4 C

J93

 

 

Potentially hazardous asteroid. 2008 SV11

0.04-AU from home planet.

 

COD J93

OBS John Fletcher

MEA John Fletcher

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

ACK MPCReport file updated 2009.04.02 01:19:33

AC2 jfmto@blueyonder.co.uk

NET CMC-14

K08S11V C2009 04 02.04098 10 03 54.39 +31 52 39.8 13.3 V

J93

K08S11V C2009 04 02.04134 10 03 55.35 +31 52 25.8 13.3 V

J93

K08S11V C2009 04 02.04171 10 03 56.34 +31 52 11.8 13.3 V

J93

 

2008 SV11 PHA 0.1au from home planet.

143651 NEO 0.3au from home planet.

5604 NEO 0.3au from home planet. (fainter than predicted in Mpcorb)

 

COD J93

OBS John Fletcher

MEA John Fletcher

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

ACK MPCReport file updated 2009.04.13 22:19:55

AC2 jfmto@blueyonder.co.uk

NET CMC-14

K08S11V C2009 04 13.89737 12 13 08.50 -08 23 32.3 15.5 V

J93

K08S11V C2009 04 13.89880 12 13 08.70 -08 23 36.2 15.5 V

J93

K08S11V C2009 04 13.90023 12 13 08.90 -08 23 40.2 15.4 V

J93

05604 C2009 04 13.92252 11 08 27.08 -14 32 40.6 16.1 V

J93

05604 C2009 04 13.92395 11 08 26.88 -14 32 38.5 16.0 V

J93

05604 C2009 04 13.92822 11 08 26.46 -14 32 31.1 16.0 V

J93

E3651 C2009 04 13.90712 10 37 30.54 +45 26 09.0 15.5 V

J93

E3651 C2009 04 13.91139 10 37 30.18 +45 26 06.1 15.4 V

J93

E3651 C2009 04 13.91424 10 37 29.90 +45 26 04.0 15.4 V

J93

 

NEO's

2008 SV11 0.2au from home planet.

No 5604 0.3au from home planet. (as previous observations about 0.5

fainter than latest "Mpcorb=15.9" )

143651 0.2au from home planet.

 

1036 Ganymed

 

COD J93

OBS John Fletcher

MEA John Fletcher

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

ACK MPCReport file updated 2009.04.18 22:45:36

AC2 jfmto@blueyonder.co.uk

NET CMC-14

K08S11V C2009 04 18.91977 12 22 46.71 -11 16 25.3 16.1 V

J93

K08S11V C2009 04 18.92189 12 22 46.89 -11 16 28.5 16.2 V

J93

K08S11V C2009 04 18.92400 12 22 47.06 -11 16 31.6 16.2 V

J93

K08S11V C2009 04 18.92611 12 22 47.21 -11 16 35.1 16.2 V

J93

01036 C2009 04 18.90073 09 42 40.89 -12 50 02.1 15.8 V

J93

01036 C2009 04 18.90285 09 42 40.89 -12 50 01.2 15.8 V

J93

01036 C2009 04 18.90497 09 42 40.87 -12 49 59.5 15.7 V

J93

05604 C2009 04 18.88696 11 00 58.88 -12 28 53.8 16.4 V

J93

05604 C2009 04 18.89118 11 00 58.61 -12 28 48.3 16.4 V

J93

05604 C2009 04 18.89330 11 00 58.43 -12 28 45.2 16.5 V

J93

E3651 C2009 04 18.93983 10 31 19.95 +44 13 47.6 15.6 V

J93

E3651 C2009 04 18.94267 10 31 19.73 +44 13 44.7 15.7 V

J93

E3651 C2009 04 18.94552 10 31 19.53 +44 13 41.6 15.6 V

J93

 

NEO's

2008 WL60 0.3au from home planet.

2008 SV11 0.2au from home planet.

No 5604 0.3au from home planet.

No 143651 0.2au from home planet.

 

1036 Ganymed

 

COD J93

OBS John Fletcher

MEA John Fletcher

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

ACK MPCReport file updated 2009.04.19 23:10:25

AC2 jfmto@blueyonder.co.uk

NET CMC-14

K08S11V C2009 04 19.93288 12 24 15.22 -11 40 22.4 16.3 V

J93

K08S11V C2009 04 19.93506 12 24 15.35 -11 40 25.3 16.4 V

J93

K08S11V C2009 04 19.93688 12 24 15.47 -11 40 27.7 16.4 V

J93

K08W60L C2009 04 19.95317 14 27 42.10 +23 58 16.0 17.2 V

J93

K08W60L C2009 04 19.95536 14 27 41.80 +23 58 07.3 17.3 V

J93

K08W60L C2009 04 19.95754 14 27 41.57 +23 57 55.3 17.2 V

J93

01036 C2009 04 19.87640 09 42 36.70 -12 42 12.6 15.6 V

J93

01036 C2009 04 19.88063 09 42 36.69 -12 42 10.6 15.7 V

J93

01036 C2009 04 19.88486 09 42 36.66 -12 42 09.2 15.7 V

J93

05604 C2009 04 19.89825 10 59 49.54 -12 06 14.2 16.3 V

J93

05604 C2009 04 19.89924 10 59 49.47 -12 06 13.1 16.4 V

J93

05604 C2009 04 19.90019 10 59 49.41 -12 06 12.3 16.3 V

J93

E3651 C2009 04 19.91149 10 30 17.63 +43 56 32.8 16.3 V

J93

E3651 C2009 04 19.91291 10 30 17.54 +43 56 31.5 16.2 V

J93

E3651 C2009 04 19.91575 10 30 17.31 +43 56 27.9 16.2 V

J93

 

Richard Miles, F65

 

COD F65

OBS R. Miles

MEA R. Miles

TEL 2.0-m f/10.0 Ritchey-Chretien + CCD

ACK MPCReport file updated 2009.02.26 16:18:51

AC2 rmiles@baa.u-net.com

NET USNO-B1.0

9D1A97C C2009 02 26.62736514 47 13.89 +27 32 57.7 19.3 R

F65

9D1A97C C2009 02 26.62860914 47 13.92 +27 32 59.4 19.2 R

F65

9D1A97C C2009 02 26.62995214 47 13.96 +27 33 01.3 19.1 R

F65

9D1A97C C2009 02 26.64032814 47 14.32 +27 33 16.9 19.2 R

F65

9D1A97C C2009 02 26.64155614 47 14.36 +27 33 18.8 19.3 R

F65

9D1A97C C2009 02 26.64279614 47 14.40 +27 33 20.4 19.4 R

F65

9D1A97C C2009 02 26.64401114 47 14.44 +27 33 22.3 19.2 R

F65

9D1A982 C2009 02 26.63319516 19 52.38 +24 22 52.8 19.0 R

F65

9D1A982 C2009 02 26.63407016 19 52.60 +24 22 52.7 18.8 R

F65

9D1A982 C2009 02 26.63502516 19 52.86 +24 22 52.7 18.8 R

F65

9D1A982 C2009 02 26.63599716 19 53.13 +24 22 52.8 18.9 R

F65

9D1A982 C2009 02 26.63688516 19 53.36 +24 22 53.0 19.0 R

F65

9D1A982 C2009 02 26.63777216 19 53.61 +24 22 52.7 18.9 R

F65

 

Richard Miles, J77

 

COD J77

CON [rmiles@baa.u-net.com]

OBS R. Miles

MEA R. Miles

TEL 0.28-m f/10 Schmidt-Cassegrain + CCD

ACK MPCReport file updated 2009.03.20 01:08:31

AC2 rmiles@baa.u-net.com

NET USNO-B1.0

K09DB1O C2009 03 19.92475 10 14 20.98 +71 31 35.2 13.4 V

J77

K09DB1O C2009 03 19.92561 10 13 46.85 +71 35 05.8 13.7 V

J77

K09DB1O C2009 03 19.92691 10 12 55.38 +71 40 20.9 13.3 V

J77

K09DB1O C2009 03 19.93071 10 10 22.07 +71 55 38.0 13.1 V

J77

 

David Storey, 987

 

Asteroid Astrometric Observations. Dave Storey. The Isle of Man Observatory. (987)

0.4m SCT at F/10 ST9-XE Unfiltered. Reduction using Astrometrica.

55077 2001 PQ98

 

2009 03 05.99074 10 51 39.58 +08 20 45.3 18.2 C 987

2009 03 05.99215 10 51 39.49 +08 20 46.1 18.4 C 987

2009 03 05.99355 10 51 39.46 +08 20 47.0 18.3 C 987

 

18693 1998 HS19

 

2009 03 06.00075 11 18 34.84 +13 05 23.9 17.1 C 987

2009 03 06.00213 11 18 34.76 +13 05 24.9 17.3 C 987

2009 03 06.00352 11 18 34.68 +13 05 25.4 17.3 C 987

 

74348 1998 VT53

 

2009 03 05.99562 11 21 07.68 +13 31 59.9 17.9 C 987

2009 03 05.99709 11 21 07.59 +13 32 00.6 18.2 C 987

2009 03 05.99862 11 21 07.58 +13 32 00.4 17.9 C 987

 

Images and movies

 

David Gray

 

 

John Fletcher

 

2008 SV11 Potentially Hazardous Asteroid

 

Nick James

 

 

Movie of 2009 DO111 taken on 17 Mar 2009

 

Movie of 2009 DO111 taken on 18 Mar 2009

 

Richard Miles

 

Here's my periodic error!

Nice to be able to see the minima in the intensity as the asteroid rotates. We are still wondering whether it takes 176 or 352 seconds. Radar on Friday morning hopefully will explain all.

 

 

Martin Mobberley

 

An image of 2009 DO111 on the borders of Coma, UMa and

CVn is attached. Not of much scientific value, except perhaps when trying to measure the periodic error of a Paramount ME!

 

Regards,

Martin

 

 

Occultations

 

Andrew Elliott

 

ASTEROIDAL OCCULTATION - REPORT FORM

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

 

EAON - EUROPEAN ASTEROIDAL OCCULTATION NETWORK

 

1. DATE: 2009 Mar 01 STAR: TYC 1311-00752-1 ASTEROID: (2127) Tanya

 

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 - Warton Bank Observatory North - fixed single station

Nearest City: PRESTON, UK

Latitude : 53d 44' 25.6"N

Longitude: 002d 54' 25.4"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 23 26 30 (Central predicted time here: ~23:28:30 UT)

E 23 30 30

 

5. TELESCOPE Type: Schmidt-Cassegrain Aperture: 406mm + f/3.3 reducer

Mount: Altazimuth 'goto' Motor drive: Yes

Magnification: Video f.o.v. ~ 15' x 11'

 

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: Good Wind: Nil Temperature: +5C

Star image stability : Good Star elevation: 33 degrees

No scintillation

Minor Planet visible on video? No (mag 16, LM 13)

 

8. OBSERVATION QUALITY - Good - almost perfect conditions (for here).

 

9. ADDITIONAL COMMENTS

(Report submitted to Gilles Regheere and PLANOCCULT.)

Positive not expected here - ~1.2 sigma north of centre line.

 

Best Regards: Andrew Elliott

Date: 2009 March 02

(Rev. Jan 09)

 

ASTEROIDAL OCCULTATION - REPORT FORM

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

 

EAON - EUROPEAN ASTEROIDAL OCCULTATION NETWORK

 

1. DATE: 2009 Mar 04 STAR: TYC 1377-00142-1 ASTEROID: (869) Mellena

 

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 - Warton Bank Observatory North - fixed single station

Nearest City: PRESTON, UK

Latitude : 53d 44' 25.6"N

Longitude: 002d 54' 25.4"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 00 02 41 (Appeared out of cloud)

E 00 06 00 (Central predicted time here: ~00:04:05 UT)

 

5. TELESCOPE Type: Schmidt-Cassegrain Aperture: 406mm + f/3.3 reducer

Mount: Altazimuth 'goto' Motor drive: Yes

Magnification: Video f.o.v. ~ 15' x 11'

 

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: Good Wind: Gusty after gale Temperature: +3C

Star image stability : Fair Star elevation: +42 degrees

No scintillation during period. Remained visible during wind gusts.

Minor Planet visible on video? No (LM 13)

 

8. OBSERVATION QUALITY - Good

 

9. ADDITIONAL COMMENTS

(Report submitted to Gilles Regheere and PLANOCCULT.)

Positive not expected here - near 1 sigma north track.

 

Best Regards: Andrew Elliott

Date: 2009 Mar 04

(Rev. Jan 09)

 

ASTEROIDAL OCCULTATION - REPORT FORM

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

 

EAON - EUROPEAN ASTEROIDAL OCCULTATION NETWORK

 

1. DATE: 2009 Mar 04 STAR: TYC 1291-01047-1 ASTEROID: (3260) Vizbor

 

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 - Warton Bank Observatory North - fixed single station

Nearest City: PRESTON, UK

Latitude : 53d 44' 25.6"N

Longitude: 002d 54' 25.4"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 18 35 00 (Central predicted time here: ~18:37:00 UT)

I 18 36 31 Cloud interruption

J 18 36 48

E 18 39 00

 

5. TELESCOPE Type: Schmidt-Cassegrain Aperture: 406mm + f/3.3 reducer

Mount: Altazimuth 'goto' Motor drive: Yes

Magnification: Video f.o.v. ~ 15' x 11'

 

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: Variable Wind: Nil Temperature: +1C

Star image stability : Good Star elevation: +55 degrees

No scintillation

Minor Planet visible on video? No

 

8. OBSERVATION QUALITY - Good

 

9. ADDITIONAL COMMENTS

(Report submitted to Gilles Regheere and PLANOCCULT.)

Positive not expected here - ~2.5 sigma north of predicted track.

 

Best Regards: Andrew Elliott

Date: 2009 March 10

(Rev. Jan 09)

 

ASTEROIDAL OCCULTATION - REPORT FORM

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

 

EAON - EUROPEAN ASTEROIDAL OCCULTATION NETWORK

 

1. DATE: 2009 Mar 04 STAR: HIP 37788 ASTEROID: (949) Hel

 

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 - Warton Bank Observatory North - fixed single station

Nearest City: PRESTON, UK

Latitude : 53d 44' 25.6"N

Longitude: 002d 54' 25.4"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 18 45 30 (Central predicted time here: ~18:47:30 UT)

E 18 49 30

 

5. TELESCOPE Type: Schmidt-Cassegrain Aperture: 406mm + f/3.3 reducer

Mount: Altazimuth 'goto' Motor drive: Yes

Magnification: Video f.o.v. ~ 15' x 11'

 

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/variable Wind: Nil Temperature: +1C

Star image stability : Good/Fair/Poor Star elevation: +51 degrees

No scintillation - bright star continuously visible through variable thin cloud

Minor Planet visible on video? No

 

8. OBSERVATION QUALITY - Good

 

9. ADDITIONAL COMMENTS

(Report submitted to Gilles Regheere and PLANOCCULT.)

Positive not expected here - ~3 sigma east of predicted track.

 

Best Regards: Andrew Elliott

Date: 2009 March 10

(Rev. Jan 09)

 

ASTEROIDAL OCCULTATION - REPORT FORM

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

 

EAON - EUROPEAN ASTEROIDAL OCCULTATION NETWORK

 

1. DATE: 2009 Mar 04 STAR: TYC 4955-00242-1 ASTEROID: (3232) Brest

 

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 - Warton Bank Observatory North - fixed single station

Nearest City: PRESTON, UK

Latitude : 53d 44' 25.6"N

Longitude: 002d 54' 25.4"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 23 32 30 (Central predicted time here: ~23:34:30 UT)

E 23 36 30

 

5. TELESCOPE Type: Schmidt-Cassegrain Aperture: 406mm + f/3.3 reducer

Mount: Altazimuth 'goto' Motor drive: Yes

Magnification: Video f.o.v. ~ 15' x 11'

 

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: Good Wind: Nil Temperature: -2C

Star image stability : Fair Star elevation: +22 degrees

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 - 2 sigma N of predicted centre line.

 

Best Regards: Andrew Elliott

Date: 2009 March 10

(Rev. Jan 09)

 

ASTEROIDAL OCCULTATION - REPORT FORM

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

 

EAON - EUROPEAN ASTEROIDAL OCCULTATION NETWORK

 

1. DATE: 2009 Mar 20 STAR: HIP 67091 ASTEROID: (3184) Raab

 

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 - Warton Bank Observatory North - fixed single station

Nearest City: PRESTON, UK

Latitude : 53d 44' 25.6"N

Longitude: 002d 54' 25.4"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 01 10 23 (Central predicted time here: ~01:12:20 UT)

E 01 14 21

 

5. TELESCOPE Type: Schmidt-Cassegrain Aperture: 406mm + f/3.3 reducer

Mount: Altazimuth 'goto' Motor drive: Yes

Magnification: Video f.o.v. ~ 15' x 11'

 

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-misty Wind: light Temperature: +3C

Star image stability : Good Star elevation: 37 degrees

No scintillation

Minor Planet visible on video? No

 

8. OBSERVATION QUALITY - Good

 

9. ADDITIONAL COMMENTS

(Report submitted to Gilles Regheere and PLANOCCULT.)

Positive not expected here - near 1sigma S limit.

 

Best Regards: Andrew Elliott

Date: 2009 March 20

(Rev. Jan 09)

 

ASTEROIDAL OCCULTATION - REPORT FORM

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

 

EAON - EUROPEAN ASTEROIDAL OCCULTATION NETWORK

 

1. DATE: 2009 Apr 08 STAR: TYC 1311-03055-1 ASTEROID: (4140) Branham

 

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 - Warton Bank Observatory North - fixed single station

Nearest City: PRESTON, UK

Latitude : 53d 44' 25.6"N

Longitude: 002d 54' 25.4"W

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

Datum WGS 84 - all coordinates GPS averaged 24hrs.

 

4. TIMING OF EVENTS OCCULTATION RECORDED? PROBABLY 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 23 02 02 (Central predicted time here: ~23:04:00 UT)

E 23 06 00

 

5. TELESCOPE Type: Schmidt-Cassegrain Aperture: 406mm + f/3.3 reducer

Mount: Altazimuth 'goto' Motor drive: Yes

Magnification: Video f.o.v. ~ 15' x 11'

 

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: Poor Wind: Light Temperature: +5C

Star image stability : Poor Star elevation: +15 degrees

Scintillation - no break greater than 0.2 sec

Minor Planet visible on video? No

 

8. OBSERVATION QUALITY - Fair

 

9. ADDITIONAL COMMENTS

Report submitted to Gilles Regheere and PLANOCCULT only.

Poor quality sky due to low elevation.

Positive not expected here - ~1.3 sigma S of centre line.

 

Best Regards: Andrew Elliott

Date: 2009 April 09

(Rev. Jan 09)

 

ASTEROIDAL OCCULTATION - REPORT FORM

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

 

EAON - EUROPEAN ASTEROIDAL OCCULTATION NETWORK

 

1. DATE: 2009 Apr 14 STAR: TYC 0833-00754-1 ASTEROID: (318) Magdalena

 

Only 3km south of the centre line, almost perfect conditions, and the

longest ever duration for me, but definitely negative! Report attached.

 

Pete Franklin, from Blackpool and District Astronomical Society

(BADAS), 15km north of here, also attempted to observe but was clouded

out 10 minutes before the event.

 

I attempted the (2192) Pyatigorya event last night but the twilight

was too strong (sun el. -8). The Mr 11.8 star appeared faintly

during the recording but I do not think it will be possible to obtain

a valid result.

 

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 - Warton Bank Observatory North - fixed single station

Nearest City: PRESTON, UK

Latitude : 53d 44' 25.6"N

Longitude: 002d 54' 25.4"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 00 49 40 (Central predicted time here: 00:51:40 UT)

E 00 55 20

 

5. TELESCOPE Type: Schmidt-Cassegrain Aperture: 406mm + f/3.3 reducer

Mount: Altazimuth 'goto' Motor drive: Yes

Magnification: Video f.o.v. ~ 15' x 11'

 

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: Good Wind: Slight Temperature: +8C

Star image stability : Fair Star elevation: +27 degrees

Slight Scintillation - no break greater than 0.1 sec

Minor Planet visible on video? No LM ~13.0

 

8. OBSERVATION QUALITY - Very good

 

9. ADDITIONAL COMMENTS

Report submitted to Gilles Regheere and PLANOCCULT only.

Positive expected here - on track 3km S of predicted centre line!.

 

Best Regards: Andrew Elliott

Date: 2009 April 14

(Rev. Jan 09)

 

Alex Pratt

 

ASTEROIDAL OCCULTATION - REPORT FORM

 

+------------------------------+ +------------------------------+

| EAON | | IOTA/ES |

| | | INTERNATIONAL OCCULTATION |

| EUROPEAN ASTEROIDAL | | TIMING ASSOCIATION |

| OCCULTATION NETWORK | | EUROPEAN SECTION |

+------------------------------+ +------------------------------+

 

1 DATE: 2009/03/01 STAR: TYC 1311-00752-1 ASTEROID:Tanya No:2127

 

2 OBSERVER: Name: Alex Pratt Abbr:ARP Phone +44 (0)113 2788777

E-mail: alexander.pratt@btinternet.com

Address: 76 Latchmere View, Leeds, West Yorkshire, LS16 5DT, England

 

3 OBSERVING STATION: Leeds

Nearest city: Leeds

Station: Leeds

Latitude: 53 50' 14" N

Longitude: 1 36' 21" W

Altitude: 108 m above sea level

Datum WGS84

 

Single, OR Double or Multiple station (Specify observer's name): Single

Alex Pratt

 

 

+----------------------------------+

4 TIMING OF EVENTS: | |

| OCCULTATION RECORDED: No |

| |

+----------------------------------+

Type of event

Start observation Interrupt-start Disappearance Blink Flash

End observation Jnterrupt-end Reappearance Other

(specify)

 

Comments see additional Comments

 

 

Event Time (UT) P.E. Acc.

Code HH MM SS.ss S.ss S.ss

 

S - 23:22:11 - - :

E - 23:33:19 - - :

 

 

Was your reaction time applied to the above timings? No

 

5 TELESCOPE: Type: Schmidt-Cassegrain Aperture:20cm Focal length: 660mm

Magnification:F3.3 - video field horizontal 35' vertical 25'

Mount: German Losmandy GM-8 Motor drive:Yes

 

6 TIMING & RECORDING:

Time source: GPS/PPS time signal receiver Garmin GPS18LVC

Sensor: Mintron MTV-12V1-EX video camera

Recording: PAL VHS videotape recorder

Time insertion (specify): AME / Cuno GPS video time inserter

Event insertion (specify):

 

7 OBSERVING CONDITIONS:

Atmospheric transparency: good Wind:No Temperature: +4C

Star image stability:good Minor planet visible:No

 

8 ADDITIONAL COMMENTS: Intermittent cloud cover. Clear during the timing period.

Video camera operated in 6x mode, i.e. 6/50th second per exposure.

No event observed. None expected at this 2-sigma location.

 

Photometry

 

Roger Dymock

 

Note - The magnitude measurements were done using the CMC14 catalogue. 01909 and 04437 are a Magnitude Alert Program targets with suspect values of absolute magnitude.

 

Predictions for 17 Apr are different ie:

MPC; 14.7 (Abs mag 12.3)

JPL Horizons; 14.65 (Abs mag 12.3)

AstDys; 15.0 (Abs mag 12.6)

 

AstDys is same as my measurement and their abs mag is different to MPC and JPL.

 

 

COD G98

OBS R.Dymock

MEA R.Dymock

TEL 0.25-m f/6.4 reflector + CCD

ACK MPCReport file updated 2009.04.18 14:19:16

AC2 roger.dymock@ntlworld.com

NET USNO-B1.0

01909 C2009 04 17.16979 11 50 25.96 -01 06 30.1 15.08V G68

01909 C2009 04 17.18345 11 50 25.52 -01 06 26.1 15.02V G68

01909 C2009 04 17.20428 11 50 24.84 -01 06 19.9 15.05V G68

01909 C2009 04 17.22512 11 50 24.14 -01 06 13.4 15.05V G68

01909 C2009 04 17.24572 11 50 23.46 -01 06 07.2 15.03V G68

01909 C2009 04 17.26809 11 50 22.71 -01 06 00.6 15.00V G68

01909 C2009 04 17.28623 11 50 22.09 -01 05 55.0 15.01V G68

01909 C2009 04 17.30799 11 50 21.40 -01 05 48.5 15.00V G68

01909 C2009 04 17.32350 11 50 20.89 -01 05 43.8 15.04V G68

01909 C2009 04 17.36541 11 50 19.51 -01 05 31.0 14.99V G68

 

COD G98

OBS R.Dymock

MEA R.Dymock

TEL 0.25-m f/6.4 reflector + CCD

ACK MPCReport file updated 2009.04.20 09:37:48

AC2 roger.dymock@ntlworld.com

NET USNO-B1.0

01909 C2009 04 19.19064 11 49 27.78 -00 56 40.5 15.5 V G68

01909 C2009 04 19.26030 11 49 25.73 -00 56 21.1 15.5 V G68

01909 C2009 04 19.32118 11 49 23.93 -00 56 04.0 15.5 V G68

 

I have recently been using the Sierra Stars robotic telescope. My results for asteroid 1909 are attached. You will note that my results show the asteroid to be significantly fainter than predicted. Interestingly enough I seem to have observed it at opposition (quite by chance) on 24th March so its magnitude at that time may be a result of the opposition effect.

 

COD G68

OBS R.Dymock

MEA R.Dymock

TEL 0.61-m f/10 reflector + CCD

ACK MPCReport file updated 2009.04.11 15:45:12

AC2 roger.dymock@ntlworld.com

NET USNO-B1.0

001909 C2009 03 24.30943 12 08 21.01 -03 35 36.6 14.46V G68

001909 C2009 03 24.31059 12 08 20.94 -03 35 36.1 14.46V G68

001909 C2009 03 24.31175 12 08 20.89 -03 35 35.7 14.49V G68

001909 C2009 03 24.31291 12 08 20.81 -03 35 35.4 14.47V G68

001909 C2009 03 24.32332 12 08 20.25 -03 35 31.2 14.50V G68

001909 C2009 03 28.32072 12 04 51.73 -03 09 02.5 14.80V G68

001909 C2009 03 28.32211 12 04 51.65 -03 09 02.0 14.81V G68

001909 C2009 03 28.32350 12 04 51.58 -03 09 01.4 14.81V G68

001909 C2009 03 28.32488 12 04 51.49 -03 09 00.7 14.81V G68

 

04437 is fainter than predicted - the 24th is 1 day after opposition so I may have caught the opposition effect as for 1909.

 

COD G68

OBS R.Dymock

MEA R.Dymock

TEL 0.61-m f/10 reflector + CCD

ACK MPCReport file updated 2009.04.12 11:55:04

AC2 roger.dymock@ntlworld.com

NET USNO-B1.0

04437 C2009 03 24.30480 11 57 58.76 -05 34 23.5 15.04V G68

04437 C2009 03 24.30596 11 57 58.69 -05 34 23.0 15.06V G68

04437 C2009 03 24.30712 11 57 58.62 -05 34 22.6 15.06V G68

04437 C2009 03 24.30828 11 57 58.56 -05 34 22.1 15.01V G68

04437 C2009 03 28.31123 11 54 38.84 -05 02 06.5 15.74V G68

04437 C2009 03 28.31262 11 54 38.76 -05 02 05.8 15.73V G68

04437 C2009 03 28.31400 11 54 38.69 -05 02 05.1 15.72V G68

04437 C2009 03 28.31539 11 54 38.62 -05 02 04.4 15.73V G68

04437 C2009 03 28.31678 11 54 38.55 -05 02 03.8 15.73V G68

 

John Fletcher

 

I have just been looking at the magnitudes in Mpcorb.dat against my observations of the unusual listing. 1036 Ganymede.

 

Over 0.5 brighter in my latest two sets?

Over 0.4 fainter in my earliest set of the 2nd of March.

 

I know it is an elongated body from the near shoemaker past data, so could it be full body face on in the latest two sets as it is brighter than predicted.

 

Regards John.

 

Mpcorb reads'

2009-03-28 15.5

2009-03-23 15.5

2009-03-22 15.5

2009-03-02 15.4

COD J93

OBS John Fletcher

MEA John Fletcher

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

ACK MPCReport file updated 2009.03.28 00:24:12

AC2 jfmto@blueyonder.co.uk

NET USNO-B1.0

01036 C2009 03 28.00014 09 48 39.88 -15 59 20.4 14.8 C

J93

01036 C2009 03 28.00295 09 48 39.75 -15 59 18.6 14.8 C

J93

01036 C2009 03 28.01550 09 48 39.42 -15 59 12.0 14.9 C

J93

 

COD J93

OBS John Fletcher

MEA John Fletcher

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

ACK MPCReport file updated 2009.03.23 00:50:59

AC2 jfmto@blueyonder.co.uk

NET USNO-B1.0

01036 C2009 03 22.98747 09 51 11.89 -16 43 45.4 14.8 C

J93

01036 C2009 03 22.99308 09 51 11.65 -16 43 41.9 14.7 C

J93

01036 C2009 03 22.99870 09 51 11.42 -16 43 38.0 14.8 C

J93

 

COD J93

OBS John Fletcher

MEA John Fletcher

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

ACK MPCReport file updated 2009.03.22 00:55:29

AC2 jfmto@blueyonder.co.uk

NET USNO-B1.0

01036 C2009 03 22.02353 09 51 43.75 -16 52 11.2 15.5 V

J93

01036 C2009 03 22.03426 09 51 43.38 -16 52 05.6 15.4 V

J93

01036 C2009 03 22.03707 09 51 43.27 -16 52 04.5 15.4 V

J93

 

COD J93

OBS John Fletcher

MEA John Fletcher

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

ACK MPCReport file updated 2009.03.02 00:45:16

AC2 jfmto@blueyonder.co.uk

NET USNO-B1.0

01036 C2009 03 01.95806 10 05 30.04 -19 30 53.3 15.9 V

J93

01036 C2009 03 01.96367 10 05 29.78 -19 30 51.3 15.9 V

J93

01036 C2009 03 01.96929 10 05 29.51 -19 30 49.1 16.0 V

J93

 

I created this using Guide8. Opens up in line using Microsoft word.

 

(1036) Ganymed

Date RA declination r delta mag Elong

Alt Azim

---- -- ----------- - ----- --- ----- --

---- ------

2 Mar 2009 0:10 10h05m53.87s S19 33' 17.2" 4.0205 3.1254 15.4 150.9 18.29 188.63 3 Mar 2009 0:10 10h05m07.13s S19 26' 29.1" 4.0216 3.1263 15.4 150.9 18.29 189.81 4 Mar 2009 0:10 10h04m20.79s S19 19' 32.1" 4.0227 3.1275 15.4 150.9 18.27 190.99 5 Mar 2009 0:10 10h03m34.89s S19 12' 26.4" 4.0238 3.1290 15.4 150.8 18.24 192.16 6 Mar 2009 0:10 10h02m49.47s S19 05' 12.4" 4.0249 3.1308 15.4 150.6 18.20 193.34 7 Mar 2009 0:10 10h02m04.55s S18 57' 50.5" 4.0260 3.1329 15.4 150.4 18.15 194.51 8 Mar 2009 0:10 10h01m20.17s S18 50' 20.8" 4.0271 3.1353 15.4 150.2 18.08 195.68 9 Mar 2009 0:10 10h00m36.36s S18 42' 43.8" 4.0282 3.1379 15.4 150.0 18.00 196.85

10 Mar 2009 0:10 9h59m53.14s S18 34' 59.7" 4.0292 3.1409 15.4 149.6

17.91 198.01

11 Mar 2009 0:10 9h59m10.54s S18 27' 08.8" 4.0303 3.1441 15.4 149.3

17.81 199.17

12 Mar 2009 0:10 9h58m28.60s S18 19' 11.5" 4.0313 3.1476 15.4 148.9

17.70 200.33

13 Mar 2009 0:10 9h57m47.33s S18 11' 08.1" 4.0323 3.1514 15.4 148.5

17.57 201.49

14 Mar 2009 0:10 9h57m06.77s S18 02' 59.0" 4.0334 3.1555 15.4 148.0

17.43 202.64

15 Mar 2009 0:10 9h56m26.94s S17 54' 44.4" 4.0344 3.1598 15.4 147.5

17.29 203.78

16 Mar 2009 0:10 9h55m47.87s S17 46' 24.6" 4.0354 3.1644 15.4 147.0

17.13 204.93

17 Mar 2009 0:10 9h55m09.57s S17 38' 00.1" 4.0364 3.1693 15.4 146.5

16.96 206.06

18 Mar 2009 0:10 9h54m32.08s S17 29' 31.1" 4.0374 3.1745 15.4 145.9

16.78 207.19

19 Mar 2009 0:10 9h53m55.41s S17 20' 58.0" 4.0383 3.1799 15.5 145.3

16.58 208.32

20 Mar 2009 0:10 9h53m19.59s S17 12' 21.1" 4.0393 3.1856 15.5 144.7

16.38 209.44

21 Mar 2009 0:10 9h52m44.64s S17 03' 40.9" 4.0403 3.1916 15.5 144.0

16.17 210.55

22 Mar 2009 0:10 9h52m10.58s S16 54' 57.5" 4.0412 3.1978 15.5 143.3

15.94 211.66

23 Mar 2009 0:10 9h51m37.43s S16 46' 11.4" 4.0422 3.2043 15.5 142.7

15.71 212.76

24 Mar 2009 0:10 9h51m05.20s S16 37' 23.0" 4.0431 3.2110 15.5 141.9

15.47 213.86

25 Mar 2009 0:10 9h50m33.92s S16 28' 32.5" 4.0440 3.2180 15.5 141.2

15.21 214.95

26 Mar 2009 0:10 9h50m03.60s S16 19' 40.4" 4.0449 3.2253 15.5 140.5

14.95 216.03

27 Mar 2009 0:10 9h49m34.26s S16 10' 46.9" 4.0458 3.2328 15.5 139.7

14.68 217.10

28 Mar 2009 0:10 9h49m05.91s S16 01' 52.4" 4.0467 3.2405 15.5 138.9

14.40 218.17

29 Mar 2009 0:10 9h48m38.56s S15 52' 57.2" 4.0476 3.2485 15.6 138.2

14.11 219.23

30 Mar 2009 0:10 9h48m12.23s S15 44' 01.8" 4.0484 3.2568 15.6 137.4

13.81 220.28

31 Mar 2009 0:10 9h47m46.93s S15 35' 06.3" 4.0493 3.2652 15.6 136.6

13.50 221.33

1 Apr 2009 0:10 9h47m22.66s S15 26' 11.2" 4.0502 3.2739 15.6 135.7

13.19 222.37

 

An interesting comparison using Nomad. Same mask used for both.

 

COD J93

OBS John Fletcher

MEA John Fletcher

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

ACK MPCReport file updated 2009.03.22 02:17:12

AC2 jfmto@blueyonder.co.uk

NET NOMAD

16958 C2009 03 22.00649 12 21 54.81 +51 52 04.4 16.28V

J93

16958 C2009 03 22.00931 12 21 54.81 +51 52 12.6 16.18V

J93

16958 C2009 03 22.01212 12 21 54.71 +51 52 20.3 16.07V

J93

----- end -----

 

I have just imaged No. 16958 Klaasen and it is the same magnitude as todays latest (MPCorb.dat) for tonight. 15.9v Something strange about this object.

 

NET USNO-B1.0

16958 C2009 03 22.00649 12 21 54.75 +51 52 04.4 15.9 V

J93

16958 C2009 03 22.00931 12 21 54.74 +51 52 12.8 15.9 V

J93

16958 C2009 03 22.01212 12 21 54.71 +51 52 20.3 15.9 V

J93

 

I re-measured the 16958 = 15.9v Unfiltered.

 

COD J93

OBS John Fletcher

MEA John Fletcher

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

ACK MPCReport file updated 2009.03.22 00:55:29

AC2 jfmto@blueyonder.co.uk

NET USNO-B1.0

01036 C2009 03 22.02353 09 51 43.75 -16 52 11.2 15.5 V

J93

01036 C2009 03 22.03426 09 51 43.38 -16 52 05.6 15.4 V

J93

01036 C2009 03 22.03707 09 51 43.27 -16 52 04.5 15.4 V

J93

16958 C2009 03 22.00649 12 21 54.75 +51 52 04.4 15.9 V

J93

16958 C2009 03 22.00931 12 21 54.74 +51 52 12.8 15.9 V

J93

16958 C2009 03 22.01212 12 21 54.71 +51 52 20.3 15.9 V

J93

 

Richard Miles

 

Please note that on 2009 April 01 20:05-01:53 UT, I made 1,351 measures of

the V magnitude of 2008 SV11. The mean magnitude was 13.221 compared to the

predicted magnitude for my location by JPL Horizons of V=13.24. So no

significant deviation from the adopted H value was found.

 

The amplitude of variation was 0.17 mag in about 6 hours, showing one

minimum at JD 2,454,923.54 and the probable rotation period is significantly

more than 24 hours.

 

 

Index to observations received from ARPS members

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