This issue brief highlights the latest major research in climate change science and technology. It presents a synthesis

GANGTOK: Glaciers in north Sikkim, disturbed by the 6.8 magnitude earthquake, have started melting faster, leading to fears of flash floods in the region.

The Times Atlas of the World exaggerated the rate of Greenland's ice loss in its thirteenth edition last week, scientists said on Monday.

For the first time in India, scientific tests will be conducted on the Himalayan glaciers in Uttarakhand to measure the impact of carbon soot on glaciers.

In the face of climate change, there is urgent need for Himalayan nations to build resilience to buffer the impacts of climate change and generate resources for adaptation, capacity building, and technology transfer. Such actions can no longer wait for a global agreement.

Two glaciers in Nepal that shrank at an accelerated rate in the past 10 years compared to preceding decades will inevitably disappear from rising temperatures as no fresh snow supply is expected fo

We describe volumetric changes in three benchmark glaciers in the Nepal Himalayas on which observations have been made since the 1970s. Compared with the global mean of glacier mass balance, the Himalayan glaciers showed rapid wastage in the 1970s–1990s, but similar wastage in the last decade. In the last decade, a glacier in an arid climate showed negative but suppressed mass balance compared with the period 1970s–1990s, whereas two glaciers in a humid climate showed accelerated wastage. A mass balance model with downscaled gridded datasets depicts the fate of the observed glaciers.

Siliguri, June 17: A first-of-its-kind study to prepare an inventory of the Himalayan glaciers in the Indian sub-continent has revealed a loss in the glacial cover in the Teesta basin in the past fourteen years and the absence of snow in the sub-basins of the river like the Rangit.

The study named Snow and Glaciers of the Himalayas was conducted by the Union ministry of environment and forests

Global warming could be slowed down if governments cleaned up what's known as black carbon from industry and cooking fires, 50 of the world's leading atmospheric scientists said on June 14.

Major air pollutants like black carbon, methane and ground level ozone mostly result from the soot and gases formed by the incomplete burning of fossil fuels, wood and biomass.

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