A global study of 41,499 lakes reveals that lake sediments experience heatwaves that are often longer, more frequent, and slower to cool than surface waters.
...boosting production of GHGs (e.g. CH4) and altering freshwater ecosystems worldwide.
www.nature.com/articles/s41...
Model analyses and projections of sediment heatwave duration, intensity and frequency across 41,499 representative lakes suggest that lake sediment heatwaves are more persistent and frequent than lake...
