* Astronomy

The 2011 MD asteroid, which is about the size of two buses, will pass over Australia about 11:00pm.
Experts say there is no chance of impact and Fred Watson from the Australian Astronomical Observatory says there won't be much of a spectacle.
He says the object is "tiny", and will only be visible from large telescopes in South Africa.
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Ephemeris

 Date__(UT)__HR:MN     R.A._(ICRF/J2000.0)_DEC  Mag
 2011-Jun-26 18:00     16 18 15.75 +32 02 00.9  16.43
 2011-Jun-26 19:00     16 17 00.13 +31 39 57.5  16.35
 2011-Jun-26 20:00     16 15 39.61 +31 16 13.4  16.26
 2011-Jun-26 21:00     16 14 13.62 +30 50 35.7  16.18
 2011-Jun-26 22:00     16 12 41.52 +30 22 48.9  16.08
 2011-Jun-26 23:00     16 11 02.51 +29 52 34.8  15.99
 2011-Jun-27 00:00     16 09 15.68 +29 19 31.0  15.88
 2011-Jun-27 01:00     16 07 19.91 +28 43 10.4  15.77
 2011-Jun-27 02:00     16 05 13.84 +28 02 59.3  15.66
 2011-Jun-27 03:00     16 02 55.78 +27 18 15.4  15.53
 2011-Jun-27 04:00     16 00 23.63 +26 28 05.1  15.40
 2011-Jun-27 05:00     15 57 34.72 +25 31 18.7  15.25
 2011-Jun-27 06:00     15 54 25.55 +24 26 24.4  15.10
 2011-Jun-27 07:00     15 50 51.51 +23 11 17.6  14.92
 2011-Jun-27 08:00     15 46 46.27 +21 43 05.3  14.73
 2011-Jun-27 09:00     15 42 00.87 +19 57 38.5  14.52
 2011-Jun-27 10:00     15 36 22.12 +17 48 44.2  14.27
 2011-Jun-27 11:00     15 29 29.44 +15 06 35.5  14.00
 2011-Jun-27 12:00     15 20 48.42 +11 34 46.2  13.67
 2011-Jun-27 13:00     15 09 15.33 +06 43 16.0  13.28
 2011-Jun-27 14:00     14 52 33.17 -00 29 12.1  12.80
 2011-Jun-27 15:00     14 24 24.31 -12 27 34.7  12.22
 2011-Jun-27 16:00     13 16 22.80 -35 32 49.7  11.63
 2011-Jun-27 17:00     07 19 58.63 -57 51 34.5  12.17
 2011-Jun-27 18:00     03 30 56.10 -15 40 27.7  -
 2011-Jun-27 19:00     02 35 03.96 +08 01 15.1  -
 2011-Jun-27 20:00     02 05 47.01 +19 48 14.4  -
 2011-Jun-27 21:00     01 46 08.85 +26 44 56.1  15.91
 2011-Jun-27 22:00     01 31 28.43 +31 21 00.9  16.14
 2011-Jun-27 23:00     01 19 49.61 +34 38 33.8  16.33
 2011-Jun-28 00:00     01 10 13.18 +37 07 39.6  16.51
 2011-Jun-28 01:00     01 02 04.80 +39 04 38.5  16.66
 2011-Jun-28 02:00     00 55 02.79 +40 39 10.0  16.80
 2011-Jun-28 03:00     00 48 52.53 +41 57 19.7  16.93
 2011-Jun-28 04:00     00 43 23.74 +43 03 10.1  17.05
 2011-Jun-28 05:00     00 38 28.86 +43 59 28.8  17.15
 2011-Jun-28 06:00     00 34 02.22 +44 48 15.4  17.26
 2011-Jun-28 07:00     00 29 59.43 +45 30 58.1  17.35
 2011-Jun-28 08:00     00 26 17.01 +46 08 42.9  17.44
 2011-Jun-28 09:00     00 22 52.21 +46 42 20.7  17.53
 2011-Jun-28 10:00     00 19 42.75 +47 12 31.1  17.61
 2011-Jun-28 11:00     00 16 46.78 +47 39 45.6  17.68
 2011-Jun-28 12:00     00 14 02.74 +48 04 29.5  17.76
 2011-Jun-28 13:00     00 11 29.33 +48 27 03.5  17.83
 2011-Jun-28 14:00     00 09 05.43 +48 47 44.4  17.89
 2011-Jun-28 15:00     00 06 50.09 +49 06 46.3  17.96
 2011-Jun-28 16:00     00 04 42.49 +49 24 21.0  18.02
 2011-Jun-28 17:00     00 02 41.91 +49 40 38.5  18.08
 2011-Jun-28 18:00     00 00 47.73 +49 55 47.3  18.14
 2011-Jun-28 19:00     23 58 59.41 +50 09 54.6  18.19
 2011-Jun-28 20:00     23 57 16.46 +50 23 06.6  18.24
 2011-Jun-28 21:00     23 55 38.45 +50 35 28.8  18.30
 2011-Jun-28 22:00     23 54 05.00 +50 47 05.9  18.35
 2011-Jun-28 23:00     23 52 35.76 +50 58 02.0  18.39
 2011-Jun-29 00:00     23 51 10.44 +51 08 20.8  18.44

Orbit updated:

Google earth file: Asteroid 2011 MD.kmz (18kb, kmz)

Ed ~ Just a note, for those not used to google earth, to say that you can switch to 'sky' mode (in the menu bar), to see the asteroids position in the sky, and to 'earth' mode to see the locations on earth based on its visibility. The time intervals are every 6 hours, and every hour, because the object will travel very fast at closest approach around the 27th June.