Dustier
Bronze Member
You guys are funny.:laughing:
The much more important question is just WHO is trying to persuade those that are capable of seeing the bigger picture, what is their ultimate agenda and how will/can they profit from it???
just curious if you're familiar with 'Robert Essenhigh's' theory ? Google
The much more important question is just WHO is trying to persuade those that are capable of seeing the bigger picture, what is their ultimate agenda and how will/can they profit from it???
just curious if you're familiar with 'Robert Essenhigh's' theory ? Google
"At 6 billion tons, humans are then responsible for a comparatively small amount - less than 5 percent - of atmospheric carbon dioxide," he said. "And if nature is the source of the rest of the carbon dioxide, then it is difficult to see that man-made carbon dioxide can be driving the rising temperatures. In fact, I don't believe it does."
Hmm, don't see any answere there, just another question.
Don't recall meeting this Robert fellow but If you want you can tell him it's ok to contact me for the "Reske theory"!:thumbsup:
Why does it not surprise one that you would see no answers there?
Well then, show me the answere?
Which answer are you seeking? The meaning of life perhaps? How do you cure a natural cycle?
Beneath Melting Antarctica, a Powerful Greenhouse Gas Lurks
An enormous and previously unknown reservoir of potent methane - a� greenhouse gas 25 times more potent than carbon dioxide - could be locked beneath the Antarctic ice sheet, a new study in the journal Nature warns.
The scientists behind the study calculate that as much as 4 billion tons of methane gas could exist beneath the ice, and that if the alarming rate of polar melting continues and the vast reserve escapes into the atmosphere, the feedback loop of climate change already underway would be dramatically excellerated.
If the scientists are correct, these southern deposits would roughly match recent estimates of the amount of methane lurking beneath the northern Arctic ice sheets.
典here痴 a potentially large pool of methane hydrate in part of the Earth where we haven稚 previously considered it, said Jemma Wadham, professor of Glaciology at the U.K.痴 University of Bristol and lead author of the study, in a telephone interview with Bloomberg. 泥epending on where that hydrate is, and how much there is, if the ice thins in those regions, some of that hydrate could come out with a possible feedback on climate.
As the Press Association reports, the organic material in which the methane remains trapped "dates back to a period 35 million years ago when the Antarctic was much warmer than it is today and teeming with life."
Just the answere to what was asked.![]()