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Human alterations to aquatic ecosystems increase methane emissions

Washington [US], April 11 (ANI): Atmospheric methane has tripled since pre-industrial times. It traps heat far more effectively than carbon dioxide and accounts for 25 per cent of atmospheric warming to date, and much of that methane is coming from aquatic ecosystems, with human activities contributing to the emissions levels, a new paper published in Nature Geoscience has found.

Aquatic Ecosystems Source of Half of Global Methane Emissions

Aquatic Ecosystems Source of Half of Global Methane Emissions Daniel Balakov / iStock Direct human alterations to natural aquatic ecosystems can increase methane emissions, a new study has found. Atmospheric methane has tripled since pre-industrial times. It traps heat far more effectively than carbon dioxide and accounts for 25% of atmospheric warming to date. And much of that methane is coming from aquatic ecosystems, with human activities contributing to the emissions levels, a new paper published in Nature Geoscience has found. The global contribution and importance of aquatic ecosystems as methane emitters has been underestimated, says Judith Rosentreter, postdoctoral associate at the Yale School of the Environment (YSE) who led the study with a team of 14 researchers worldwide.

Aquatic ecosystems source of half of global methane emissions: Study

Aquatic ecosystems source of half of global methane emissions: Study ANI | Updated: Apr 07, 2021 20:21 IST Washington [US], April 7 (ANI): Direct human alterations to natural aquatic ecosystems can increase methane emissions, a new study has found. Atmospheric methane has tripled since pre-industrial times. It traps heat far more effectively than carbon dioxide and accounts for 25 per cent of atmospheric warming to date. And much of that methane is coming from aquatic ecosystems, with human activities contributing to the emissions levels, a new paper published in Nature Geoscience has found. The global contribution and importance of aquatic ecosystems as methane emitters has been underestimated, says Judith Rosentreter, postdoctoral associate at the Yale School of the Environment (YSE) who led the study with a team of 14 researchers worldwide.

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