"Never before have such unequivocal, strong relationships between temperature and emissions of methane bubbles been shown on such a wide, continent-spanning scale.", says biologist Sarian Kosten of Radboud University.
"Never before have such unequivocal, strong relationships between temperature and emissions of methane bubbles been shown on such a wide, continent-spanning scale.", says biologist Sarian Kosten of Radboud University.
Bubbling greenhouse gas
The study focused on shallow lakes, ponds, rivers and wetlands. These aquatic environments are relevant in the context of climate change because they are responsible for much of global greenhouse gas emissions. An important part of these emissions is caused by bubbles filled with methane gas that develop in the sediment at the bottom of these water bodies. When the bubbles reach the surface, the gas enters the atmosphere.
Read more at Radboud University Nijmegen
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