Everest’s Rongbuk Glacier Continues to Shrink

Photos released on social media this week show how much climate change and pollution have affected the Rongbuk Glacier on Everest’s north side.

The vanishing. Debris on glaciers absorbs solar heat and exacerbates the effect of climate change.


The Rongbuk Glacier is located in the Himalaya of southern Tibet. Two large tributary glaciers, the East Rongbuk Glacier and the West Rongbuk Glacier, flow into the main Rongbuk Glacier, which forms the Rongbuk Valley north of Mount Everest.

Why is this glacier so important? The Rongbuk Glacier is a primary source of water for major Asian rivers such as the Indus and Yangtze, so its seasonal melt is essential to millions of people in India and China.

According to one Greenpeace study, the intense smog from nearby countries has been the main cause of the shrinkage. As the particles of soot, dirt, and smoke settle on the surface of the glaciers, they absorb the heat of the sun and promote rapid melting. Researcher Orville Schell describes the glaciers as “kind of on the run”. Can anyone blame them?

Villages in the mountains and further downstream have suffered crop failure and water shortage. Residents must travel longer distances to get access to the stuff of life.

The effects of climate change. Photo: David Breashears


This glacier is also important to the mountaineering community. The famous British Reconnaissance Expedition of 1921 first explored the Rongbuk Valley and its glacier. One of its members, Oliver Wheeler, discovered that the East Rongbuk Valley provided a direct route to the higher reaches of Everest via the North Col.

1921 vs 2009. Photo: David Breashears/Royal Geographical Society


Since 1980, the Middle Rongbuk Glacier has lost over 90 metres in depth and retreated two kilometres. In 2007, American mountaineer David Breashears compared the glacier in a 1921 photograph to what he saw before him. The great amounts of ice were gone, replaced by the mountain’s rocky shell. Since discovering the glacier’s worrisome deterioration, he has spearheaded a campaign to alert the world about the crisis. 

Is it possible that Everest’s glaciers will disappear within our lifetime?

Kristine De Abreu is a writer (and occasional photographer) based in sunny Trinidad and Tobago. Since graduating from the University of Leicester with a BA in English and History, she has pursued a full-time writing career, exploring multiple niches before settling on travel and exploration. While studying for an additional diploma in travel journalism with the British College of Journalism, she began writing for ExWeb. Currently, she works at a travel magazine in Trinidad as an editorial assistant and is also ExWeb's Weird Wonder Woman, reporting on the world's natural oddities as well as general stories from the world of exploration. Although she isn't a climber (yet!), she hikes in the bush, has been known to make friends with iguanas and quote the Lord of the Rings trilogy from start to finish.

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1 year ago

The Ganges river does NOT originate from the Rongbuk glacier. It starts from the Gangotri glacier near Gomukh in India.

Jerry Kobalenko
1 year ago
Reply to  S R

Thank you, corrected.

Joe J
Joe J
1 year ago

The precipitation/meltwater from the Rongbuk Glacier doesn’t end up in either the Indus or the Yangtze. It can get a little confusing with the traditional (Tibetan) and newer (Chinese) names of rivers in the area but the outflow from the Rongbuk flows northwards (at this stage I think called either the Rong River or the Zhaga Qu River), which joins the Pum Qu as a major tributary (the Pum Qu is also known as the Bum-Chu or the Peng Qu). The Pum Qu River crosses into Nepal near the town of Zhêntang, after which the river is named the Arun.… Read more »