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Methane shapes microbial life beneath Greenland ice sheet

A study finds methane concentration is a key factor in microbial communities at the ice sheet margin, with implications for Arctic carbon cycling.

newest coverage 16h agosummary written 15h ago3 pieces NewswiresGoogle NewsReddit

What to know

  • Methane concentration is a key determinant of microbial community composition at the Greenland Ice Sheet margin.
  • The findings illuminate previously understudied processes governing carbon and methane cycling in the warming Arctic.
  • The research was published in Applied and Environmental Microbiology by researchers at Charles University.

“Methane concentration is among the key factors determining the composition of microbial communities at the margin of the Greenland Ice Sheet.”

Charles University researchers · Phys.org ↗

Charles University, Faculty of Science Research institution

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  1. 1

    Charles University study identifies methane as key factor in ice sheet microbial communities

    Researchers from Charles University's Faculty of Science publish findings showing that methane concentration determines microbial community composition at the Greenland Ice Sheet margin, with implications for Arctic carbon cycling.

    1. 1 outlet Methane beneath the Greenland ice sheet shapes microbial life and influences the carbon cycle

      first by Phys.org, 1d ago