Study Finds Climate Change Stronger Driver of Methane Than Expected

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Scientists from NTU Singapore have shown that recent record-breaking increases in the atmospheric concentration of greenhouse gas methane could be explained by year-on-year changes in the climate. 

Scientists from NTU Singapore have shown that recent record-breaking increases in the atmospheric concentration of greenhouse gas methane could be explained by year-on-year changes in the climate. They show that climate change is a stronger driver of increasing atmospheric methane than expected, causing the Earth to heat up more and faster than anticipated.

Using data gathered over the last four decades to study the effects of temperature changes and rain on the atmospheric concentration of methane, the NTU team concluded that the Earth could be both delivering more, and removing less, methane into the air than previously estimated, with the result that more heat is being trapped in the atmosphere.

Read more at Nanyang Technological University

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