Third Pole Environment News Today

High Mountain Asia (HMA) has experienced a spatial imbalance in water resources in recent decades, partly because of a dipolar pattern of precipitation changes known as South Drying–North Wetting1. These changes can be influenced by both human activities and internal climate variability2,3. Although climate projections indicate a future widespread wetting trend over HMA1,4, the timing and mechanism of the transition from a dipolar to a monopolar pattern remain unknown. Here we demonstrate ...

Climate change is bringing heatwaves and drought, glaciers are melting faster, lakes are expanding and desertification is worsening

A new study involving scientists from the University of St Andrews reveals that the mass loss of lake-terminating glaciers in the greater Himalaya has been significantly underestimated due to the inability of satellites to see glacier changes occurri

Paris (ESA) Apr 11, 2023 - New research reveals that ice being lost from glaciers that flow into lakes in the Himalayas has been significantly underestimated. This discovery has critical implications for predicting the demise

Beijing, China (SPX) Apr 07, 2023 - A new insightful study reveals that the mass loss of lake-terminating glaciers in the greater Himalaya has been significantly underestimated, due to the inability of satellites to see glacier change

New research reveals that ice being lost from glaciers that flow into lakes in the Himalayas has been significantly underestimated. This discovery has critical implications for predicting the demise of the region’s glaciers and for managing critical water resources.

/PRNewswire/ -- A new insightful study reveals that the mass loss of lake-terminating glaciers in the greater Himalaya has been significantly underestimated,...

A study by a multinational research team with the participation of Graz University of Technology shows that the actual mass loss of numerous glaciers in

Beijing, Apr 4 (EFE).- A new study has found that the lake-terminating glaciers in the greater Himalayas have lost more mass that previously known. The study by a team of global scientists has found that the mass loss of lake-terminating Himalayas glaciers was significantly underestimated from 2000 to 2020 due to the inability of satellites …

A new study reveals that the mass loss of lake-terminating glaciers in the greater Himalaya has been significantly underestimated, due to the inability of satellites to see glacier changes occurring underwater, with critical implications for the region’s future projections of glacier disappearance and water resources.