monkeymagick
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- Jun 22, 2008
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And the reason why, to figure if certain bacteria will survive space travel between the Earth and onto Mars. Up above the ozone layer is Earth's stratosphere, which is minus 35 degrees. During the total solar eclipse, temperatures would drop even lower to a Mars-like condition as the Moon will help cause ultraviolet rays similar to radiation that affects Mars. We'll see how this experiment works, as we either get the Blob or an alien symbiote.
The bacteria that will fly to the edge of space is a particular strain called Paenibacillus xerothermodurans. It was first isolated from soil outside a spacecraft-assembly facility at the Kennedy Space Center in Florida in 1973, says Parag Vaishampayan, an astrobiologist at NASA's Jet Propulsion Laboratory. These bacteria form shields of spores that allow them to survive even when conditions turn deadly. It takes around 140 hours at 257 degrees Fahrenheit to kill 90 percent of these bacteria
The bacteria that will fly to the edge of space is a particular strain called Paenibacillus xerothermodurans. It was first isolated from soil outside a spacecraft-assembly facility at the Kennedy Space Center in Florida in 1973, says Parag Vaishampayan, an astrobiologist at NASA's Jet Propulsion Laboratory. These bacteria form shields of spores that allow them to survive even when conditions turn deadly. It takes around 140 hours at 257 degrees Fahrenheit to kill 90 percent of these bacteria