These new viruses could help us fight climate change
New research reveals how tiny ocean viruses could play a surprising role in our fight against climate change by capturing carbon.
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New research reveals how tiny ocean viruses could play a surprising role in our fight against climate change by capturing carbon.
Water and sediment pour off the melting margin of the Greenland ice sheet. Jason Edwards/Photodisc via Getty ImagesAbout 400,000 years ago, large parts of Greenland were ice-free. Scrubby tundra basked in the Sun’s rays on the island’s northwest highlands. Evidence suggests that a forest of spruce trees, buzzing with insects, covered the southern part of Greenland. Global sea level was much higher then, between 20 and 40 feet above today’s levels. Around the world, land that today is home to hun
Video released by the laboratory captured the wriggling movements of the tiny microorganism as it reemerged from its frozen state. (Soil Cryology Laboratory) The bdelloid rotifer is awake - and we're going to need to buy some more birthday candles. For the past 24,000 years, the multicellular microorganism has been snoozing in Siberian permafrost, having become frozen in the Arctic ice right around the same time in history that humans first ventured into North America during the Upper Paleolithi