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Story he
http://news.bbc.co.uk/2/hi/science/nature/8526093.stm Enter "Omeonga Democratic Republic of the Congo" in Google Earth's "Fly To" box to see it; may work in GMaps, too. |
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On Mar 16, 9:01*pm, Dan Birchall
wrote: (Thad Floryan) wrote: http://news.bbc.co.uk/2/hi/science/nature/8526093.stm *Enter "Omeonga Democratic Republic of the Congo" in Google *Earth's "Fly To" box to see it; may work in GMaps, too. Yep, works in GMaps too. *Interesting topography; on the "Terrain" view the ring is pretty visible too, but it looks like a pretty small variation in elevation. -- djb@ | Dan Birchall, Night Operation Assistant, Subaru Telescope/NAOJ. naoj | Views I express are my own, obviously not those of my employer. .org | Our atmospheric inversion layer keeps silly people below 3000m. After each of the ten largest impact events, life as we might have known it would have been terminated or at least made unbearable for a considerable time, and thereby each species pretty much having to fend for itself and essentially start over. Even as of a somewhat recent glancing sucker-punch from behind, of an encounter by an icy Selene of perhaps 8e22 kg as of roughly 12,900 BP would have terminated the majority of human life existing at the time, as well as having traumatized most of everything else to death or at least near extinction. If this 8e22 kg icy rear-end encounter of something similar happened today, chances are that 99.9% of all life on Earth would vanish (much of it without any trace), and perhaps another 99.9% of those initial survivors would not last but a few years, leaving one out of a million per given species as a survivor. Exoskeletal types like the nearly immortal cockroach and tough little ants would have likely survived the best. ~ BG |
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