Roundup: Black Carbon, Dying Crustaceans, and Ice Sheet Melting

Kuwait Fires Cause Black Carbon Buildup

From Atmospheric Chemistry and Physics: “Muztagh Ata is located to the east of Pamir and in the north of the Tibetan Plateau. The ice core data provide important information for atmospheric circulation and climate change in Asia. Moreover, the climate in Muztagh Ata is very sensitive to solar warming mechanisms because it has a large snow cover in the region, resulting in important impacts on the hydrological cycle of the continent by enhancing glacier melt.”

Read more about black carbon in northern Tibet here.

Muztagh Ata Mountain, northern Tibetan Plateau (Source: Yunsheng Bai/Flickr)

 

Microscopic Crustaceans at Risk in Patagonian Fjords

From Progress in Oceanography: “Glacial retreat at high latitudes has increased significantly in recent decades associated with global warming. Along Chile’s Patagonian fjords, this has promoted increases in freshwater discharge, vertical stratification, and the input of organic and inorganic particles to fjords.”

Read more about the effects of glacial retreat on Patagonian crustaceans here.

Pia Fjord in Chile (Source: Glenn Seplak/Flickr).

 

Melting Greenland Ice Sheet Contributes to Sea Level Rise

From The Cryosphere: “Mass loss from the Greenland Ice Sheet (GrIS) has accelerated since the early 2000s, compared to the 1970s and 1980s, and could contribute 0.45–0.82m of sea level rise by the end of the 21st century. Recent mass loss has been attributed to both a negative surface mass balance and increased ice discharge from marine-terminating glaciers.”

Read more about the research here.

Massive ice island broken off from Petermann Glacier, one of the 18 glaciers observed in the study (Source: NASA Goddard Space Flight/Flickr).

 

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