Study Finds Warming Temperatures and Solar Radiation Boost Carbon Fixation in US Tidal Wetlands
By
Rebecca Owen
Summary
New research published in Global Biogeochemical Cycles examines gross primary productivity (GPP) in tidal wetlands across the United States. The study suggests that warming temperatures and increased solar radiation have boosted carbon fixation in these ecosystems, which provide critical services including carbon sequestration, climate regulation, biodiversity support, and shoreline protection. As climate change progresses, the amount of carbon captured by tidal wetlands may be shifting.
Source
dailyclimate.orgStudy Finds Warming Temperatures and Solar Radiation Boost Carbon Fixation in US Tidal Wetlandseos.orgKey quotes
· 3 pulledCarbon sequestration, climate regulation, biodiversity support, and shoreline protection: These are all benefits provided by tidal wetlands.
As the climate changes, the amount of carbon captured by these vital ecosystems may be changing as well.
Gross primary production (GPP) describes how much carbon is fixed by vegetation via photosynthesis.
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