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The findings connection clues to a worrisome caller spike successful wetlands’ methane emissions
Below nan serene aboveground of Chesapeake Bay tidal wetlands, methane-producing and methane-consuming microbes are competing for food. Higher temperatures whitethorn springiness nan producers nan edge.
Beata Whitehead/Moment/Getty Images Plus
Warming temperatures whitethorn origin methane emissions from wetlands to emergence — by helping methane-producing germs thrive. Higher temperatures favour nan activity of wetland ungraded microbes that nutrient nan potent greenhouse gas, astatine nan disbursal of different microbes that tin devour it, researchers study April 23 successful Science Advances.
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