Posted on 02/16/2005 12:45:39 PM PST by edcoil
You are soooo right!
Yep, that confirms it! Break out the bottle of dust and we'll toast to this Tutor Turtle moment in time.
But Mr. Wizard... "Ahhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh".
They still haven't proved to me that there is any evidence of intelligent life at NASA.
"I still don't understand why trace amounts of methane on Mars means life, but oceans of methane on Titan are natural."
You beat me to it. But, I suppose the stock answer has something to do with distance from the sun, temperature, etc.
Perhaps Mars has a significant number of underground cows?
I've no doubt. "Maybe" is maybe not worth alerting the media....unless you're trying to drum up support!
Thanks for the ping. This is very interesting.
It's a big planet. Any impact we have will be negligible.
ROFL at the image of flatulent Martian cows living underground! If only Bessie could've held that one in, we'd have never found them!
Who is the person in the picture with Sean?
I can see the Martians hiding in their little caves as the Rovers pass by:
"Yornlkt, shut up. They're getting closer."
"I'm being quiet, Bcvinq, you shut up."
"No, you shut up."
"You shut up."
"No, you."
"You."
"Who farted? Oh, crap, the little thing with wheels just stopped!!! Way to go Yornlkt, you moron. There goes the neighborhood."
No idea, I was just making a joke.
I thought that was Jeri Ryan without make up.
Methane could be supplied by three sources: comet impact, volcanism and bacteria. Titan is thought to be geologically active, whereas Mars thought to be geologially inactive. On Mars, methane quickly oxidizes into water and carbon dioxide. Any detectable amount would need to be continuously replenished. On the other hand, Titan has an atmosphere which is neutral to oxidization or reduction, which would allow levels to build up over time.
Coast to Coast Ping List
Note: Richard Hoaglund described this a while ago...and said NASA was sitting on it.
Must be budget review time for NASA.
This will push forward the inclusion of very sophisticated bioscience experiments on the Mars Science Laboratory lander that will arrive on Mars in 2009. MSL, unlike the current Mars Exploration Rovers, will be powered by a "nuclear" battery that will allow MSL to run for up to two years after landing. That means MSL could travel well over 200 kilometers (124 miles) during its operational lifetime looking for lifeforms beneath the Martian surface.
Thanks for the explanation.
So where does methane in comets come from?
If volcanism generates methane, that implies, that the mantle has methane. Wouldn't it be logical to assume that there is a slow seepage of methane from the mantle up through the ground?
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