[meteorite-list] Earthites on the moon

2008-06-26 Thread Darren Garrison
http://www.space.com/scienceastronomy/080626-am-earth-moon.html Bits of Ancient Earth Hidden on the Moon By John Ruley Astrobiology Magazine posted: 26 June 2008 06:55 am ET Some scientists believe that at least one meteorite found in Antarctica preserves evidence of ancient life on Mars.

Re: [meteorite-list] Earthites

2005-09-25 Thread Steve Schoner
I think that Earthites would have a very high amount of Maskelynite should plagioclase be present in the parent rock. The impacts from earth would be so energetic as to create more of this mineral than in Martian meteorites. The atmospheric composition would then, just as the case with Martian

Re: [meteorite-list] Earthites

2005-09-25 Thread drtanuki
Steve and List, Thanks for your contribution to this discussion. Your information may help lead to the finding of an Earthite. Best, Dirk Ross...Tokyo --- Steve Schoner [EMAIL PROTECTED] wrote: I think that Earthites would have a very high amount of Maskelynite should plagioclase be

[meteorite-list] Earthites

2005-09-23 Thread drtanuki
List, Which would be the most likely event that potentially could have created an Earthite meteorite? What age would it be? And of what earth rock material and how could it be determined (other than fusion crust)? Would they not be more valuable than Lunites? Thanks for any comments.

Re: [meteorite-list] Earthites

2005-09-23 Thread Sterling K. Webb
Hi, Ken, List, I've posted on Earthites or terrestrial meteorites a couple of times before; they're somewhere in the archives... Howver. Likely event? More energetic than the impacts that launched the Martian meteorites off Mars, since our atmosphere is thicker, hence harder to get back

Re: [meteorite-list] Earthites

2005-09-23 Thread Sterling K. Webb
Hi, Some scientists are aware of the possibilities and the problems. See (from 1994): http://www.lpi.usra.edu/meetings/programs/desertswa.txt and scroll down to: Wright, I. P.; Grady, M. M.; Pillinger, C. T. The Acquisition of Martian Sedimentary Rocks: For the Time Being,