Webmaster  © Paul L Money 2012


Binocular Comets for 2012


          Comets are notoriously difficult to predict how bright they may become however 2012 has one definite binocular comet and one that seems to have vanished, Comet C/2009 P1 Garradd and Comet P/2006 T1 Levy.  Comet Levy has not been recovered which confirms how difficult it is when originally writing about these things so far in advance for the printed version of Nightscenes (August-Sept 2011). We will have to assume it has either broken up or simply is far fainter than anyone expected.  

As I write this section for the web site the Southern Hemisphere has had a spectacular naked eye comet with Comet Lovejoy,  a comet that passed extremely close to the sun and was expected to be destroyed. It survived and moved into the dawn sky for our Southern Hemisphere friends and it shows that you can never tell if we might also be lucky in 2012 and have one that gets flung into the Northern Hemisphere sky for us to enjoy. In the meantime though we do have Comet Garrodd to enjoy!



At the time of writing Nightscenes 2012 (Sept 2011) Comet Garradd was putting on a reasonable showing in both binoculars and telescopes. The view seen here at left was taken by the author on Sept 2nd 2011 when the comet was close to the Coathanger cluster. During January and February the comet gradually improved and became circumpolar and so visible all night.



Over the nights of Feb 2nd - 4th it lay close to the globular cluster M92 (right) for a great photo opportunity where I caught it on Feb 3rd/4th as shown at right and taken with my Equinox 80ED Refractor.

By then it was around magnitude 7 - just a little fainter than the globular cluster.


It rapidly passes through Draco, dipping into Ursa Minor and back into Draco before passing into Ursa Major in late March and by April 15th it will have faded to around 8.4 magnitude. It continues to be visible but will start to need a telescope as it passes through Lynx into Cancer by mid May and at mag 9.5 will no longer be an easy binocular target and will require a telescope to follow it further.