Loss of Glacier Mass in Recent Years Across All of High Mountain Asia

Nature Communications, July 5

This satellite study confirms that the rate of glacier ice loss has substantially increased in seven climatically different regions, spread across the entirety of Central Asia, since the 1960s. Ice loss rates have more than doubled in the Northern Tien Shan during this time period, and have accelerated nearly as much in Western Nyainqentanglha, Poiqu, and Langtang. The highest measured rates of ice loss began in the Central Himalaya and Northern Tien Shan about a decade ago, and continue to this day. Significantly, the only prior exceptions to this pattern, with previously stable or slightly growing glaciers, in western Central Asia such as Eastern Pamir are now also losing ice. This new pattern of loss similarly began about a decade ago, as global mean temperatures passed 1°C of warming. Increasing annual summer temperatures seem the most important factor in both previous and current trends in ice loss across the High Mountain Asia region. Greater understanding of the future response of these glaciers to global warming is paramount due to the fundamental role of these glaciers in sustaining river flow across China, India, Pakistan and all of Southeast and Central Asia.

https://www.nature.com/articles/s41467-021-24180-y

帕姆·皮尔森

最新帖子

Carbon and Nitrogen Release Due to Melting Permafrost in Arctic River Deltas

Nature Communications, 29 May 2026 The soils of Arctic river deltas store large amounts of…

1 周 ago

Himalayan Mountain Infrastructure Increasingly Exposed to Climate Risks

Scientific Reports, 27 May 2026 Rising global temperatures increase the exposure of communities and infrastructure…

1 周 ago

Permafrost Thaw Increases Infrastructure Risks and Economic Inequality in the Qinghai-Tibet Plateau

Global Environmental Change, 20 May 2026 In the Qinghai-Tibet Plateau, reducing greenhouse gas emissions could…

1 周 ago

Warming Near 1.5°C Commits Coastal Louisiana to Substantial Sea-Level Rise

Nature Sustainability, 4 May 2026 Sediment records from the Last Inter-Glacial (LIG) period suggest that…

2 周 ago

Over Four Decades of Winter Arctic Sea Ice Loss Primarily Driven by GHG Emissions

NPJ Climate and Atmospheric Science, 20 May 2026 Human-caused warming has been the primary driver…

2 周 ago

Sudden Meltwater Lake Drainage Speeds Up Greenland Ice Loss

Nature Communications, 27 May 2026 Sudden drainage of meltwater lakes through water-filled fractures can locally…

2 周 ago