Our observed annual mass losses suggest that of the total ice mass present in 1975, about 87% remained in 2000 and 72% remained in 2016,” the study’s authors wrote.
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Unknown titleshed in the Science Advances journal on Wednesday, J.M. Maurer and co-authors analysed four decades of ice loss for 650 of the largest glaciers across a 2,000 km transect across the Himalayas. “<span>Our observed annual mass losses suggest that of the total ice mass present in 1975, about 87% remained in 2000 and 72% remained in 2016,” the study’s authors wrote. “We find similar mass loss rates across subregions and a doubling of the average rate of loss during 2000–2016 relative to the 1975–2000 interval,” they added. The study goes on to asse Summary
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