SWITZERLAND-ENVIRONMENT-CLIMATE-MOUNTAINS-GLACIERS

People walk next to the Rhone Glacier and its glacial lake (L), formed by the melting of the glacier due to global warming, near Gletsch, in the Swiss Alps, on September 30, 2024. A snowy winter provided no respite for Switzerland's glaciers, which shed 2.4 percent of their volume over the past year, with sand blown in from the Sahara accelerating the summer melt. The past 12 months have been "exceptional both in terms of accumulation and melt" for the Swiss glaciers, a fresh study from Glacier Monitoring in Switzerland (GLAMOS) showed on October 1, 2024. (Photo by Fabrice COFFRINI / AFP) (Photo by FABRICE COFFRINI/AFP via Getty Images)
People walk next to the Rhone Glacier and its glacial lake (L), formed by the melting of the glacier due to global warming, near Gletsch, in the Swiss Alps, on September 30, 2024. A snowy winter provided no respite for Switzerland's glaciers, which shed 2.4 percent of their volume over the past year, with sand blown in from the Sahara accelerating the summer melt. The past 12 months have been "exceptional both in terms of accumulation and melt" for the Swiss glaciers, a fresh study from Glacier Monitoring in Switzerland (GLAMOS) showed on October 1, 2024. (Photo by Fabrice COFFRINI / AFP) (Photo by FABRICE COFFRINI/AFP via Getty Images)
SWITZERLAND-ENVIRONMENT-CLIMATE-MOUNTAINS-GLACIERS
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Credit:
FABRICE COFFRINI / Contributor
Editorial #:
2175197665
Collection:
AFP
Date created:
30 September, 2024
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Source:
AFP
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AFP
Object name:
AFP_36HN3ZU
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6000 x 3993 px (50.80 x 33.81 cm) - 300 dpi - 12 MB