Atmosphere
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Mississippi Mud Offers Clue How Ancient Antarctica Formed [Study]
The transfer of carbon from plant remains contributed to Antarctica’s expansion. Click to read more.
Latest Research Articles
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Nitrogen Generated by Gas-powered Equipment Leads Dry Soil To Emit Carbon Into the Atmosphere
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Climate Change May Reduce Organic Carbon Burial While Increasing Carbon Recovered to the Atmosphere
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Levels of Greenhouse Gases in the Atmosphere Reaches New High
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NASA's Lucy Spacecraft To Pass and Swing by Earth's Atmosphere
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Nuclear Explosions Puts Soot in the Atmosphere, Resulting in Worldwide Famines, Study Warns
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Volcanic Twilight "Afterglow": How Tonga's Eruption Left Antarctica in Magnificent Light
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Scientific Community Contradicts Study About a New Ozone Hole over Earth’s Tropics Due to 'Unsubstantiated Assertions'
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Space Tourism Contributes to Worsening Climate Change: UCL and MIT Researchers
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Scientists Confirm the Existence of Long-Speculated Hydrotrioxides in the Atmosphere
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Pollution From Rocket Engines Spreads High Into the Earth’s Atmosphere
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Urban Forests May be Storing More Carbon Dioxide Than They Emit
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Atmospheric Waves: How the 1883 Krakatoa Eruption Caused the Earth’s Atmosphere to Ring Like a Bell