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Krisha, flickr.com/photos/nexus2006, Creative Commons
An international study, with involvement from Australian researchers, has shown that, contrary to prior science, global levels of CO2 were significantly lower than expected during the intial formation of the Antarctic ice sheet.
Remember Eyjafjallajokull? British researchers are actually trying to recreate that atmospheric effect with balloons and garden hoses.
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Boaworm via
Wikimedia
When most people think of simulating a volcano, they think of baking soda, vinegar, and third grade science fair projects. A team of British researchers are thinking more along the lines of a giant balloon the size of a soccer stadium and a 12-mile garden hose that can pipe chemicals into the stratosphere to slow global warming. And they're planning to test their hypothesis soon, sending a scaled down version of their sky-hose-balloon-thing skyward in the next few months.
You Can Thank The Cosmic Rays for this Beautiful View
IMAGE BY
Michael Jastremski via
Wikimedia
Not content with just stirring the pot in particle physics, CERN has embarked on an experiment aimed at addressing whether or not comic rays from deep space might be seeding clouds in Earth's atmosphere, influencing climate change. The early findings are far from deciding the issue of whether climate change is man made or otherwise, but they have borne some interesting results. It turns out that cosmic rays could be influencing temperatures on Earth. Perhaps even more groundbreaking, it turns out they also might not. Welcome to climate science.