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Via The National News, an article on a recent study that found that Himalayan glaciers in the region disappeared 65 per cent faster in the decade from 2011 to 2020: Himalayan glaciers providing critical water to nearly two billion people are melting faster than ever before due to climate change, exposing communities to unpredictable and […]
Read more »Via The Diplomat, a look at how climate change-induced water loss in the Tibetan Plateau further challenges water security from Central to Southeast Asia: A recently published study by a team of scientists from the University of Texas in Austin, Penn State, and Tsinghua University in Nature climate change journal found that terrestrial water storage (TWS) in the Qinghai-Tibet […]
Read more »Via Third Pole, an interview on the Ganges Water Sharing Treaty, signed by India and Bangladesh in 1996, which is due to expire in 2026: The Ganges Water Sharing Treaty was signed by India and Bangladesh in 1996. The 30-year treaty was the culmination of decades of negotiation, and specifies the minimum level of water flow to […]
Read more »Via Eureka Alert, notice of a new study on the Asian Water Towers: The Third Pole centered on the Tibetan Plateau is home to headwaters of over 10 major Asian rivers. These glacier-based water systems, also known as the Asian Water Towers, will have to struggle to quench the thirst of downstream communities despite more […]
Read more »Via Outpost Magazine, a look at some of the glaciers feeding the Ganges river: Berinder and Karin are hidden under their loads with only their legs peeking out, pulling them relentlessly onward and upward. Our scattered porter team is a ragged line, coloured bulbs weaving in and out of rocks and ice, disappearing and then […]
Read more »Via Asia Times, a report on how groundwater input to the Ganges River has declined by 50% during the summer over recent decades, a dwindling flow that could severely affect the availability of water for irrigation and cause potential declines in food production: A study forecasts that in the absence of interventions, groundwater contribution to Ganga […]
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