climate change
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Climate Change Puts Sea Snails at Risk of Shell Dissolution and Ecosystem Collapse
The world's oceans absorb approximately a quarter of all carbon dioxide (CO2) emissions. During absorption, CO2 reacts with seawater and oceanic pH levels fall. This is known as ocean acidification and results in lower carbon ion concentrations. Certain ocean inhabitants use carbon ion to build and sustain their shells. Pteropods, which are important components of the marine ecosystem, are among them.
Latest Research Articles
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How Climate Change Reshapes Birds: A Surprising Discovery Across Two Continents
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Extreme Rainfall is Putting Asia's Rice Fields at Risk, Threatening Global Food Production
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Atmospheric Rivers: The Hidden Drivers of Global Weather and Climate Change
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Greenland Ice Sheet Melts 255 Gigatons of Ice Annually, Nears Its Melting Point
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Southeast European Lake Respa Is Dwindling Alarmingly Due to Pressure From Climate Change, Unregulated Pumping, and Pollution
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G7 Countries Offer New 'Pledge' to Stop Fossil Fuels, Urge Other Countries to Follow
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Catastrophic Flash Droughts Brought by Climate Change Are Catching Farmers Off Guard
Ancient Species Australian Eucalyptus in Rapid Decline Following Severe Drought, Climate Change
Climate Change: Armadillos Migrate to North Carolina for Warmer Weather
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Climate Change Increases Lake Water Storage on the 18 Lakes of Inner Tibetan Plateau
10 Places Around the World Slowly Disappearing Due to Climate Change
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Widespread Forests Contributed Significantly to Climate Warming During the Middle Miocene Climate Optimum





