Snails tell of the rise and fall of the Tibetan plateau

The rise of the Tibetan plateau—the largest topographic anomaly above sea level on Earth—is important for both its profound effect on climate and its reflection of continental dynamics. In this study published in GSA ...

How the Asian monsoon affects methane emissions

(Phys.org) —Scientists at the University of Bristol's Cabot Institute have shown how changes in the Asian monsoon affected emissions of methane, a prominent greenhouse gas, from the Tibetan Plateau.

Extinct human cousin gave Tibetans advantage at high elevation

Tibetans were able to adapt to high altitudes thanks to a gene picked up when their ancestors mated with a species of human they helped push to extinction, according to a new report by University of California, Berkeley, ...

China glaciers shrink 15 percent in warming

China's glaciers have shrunk by thousands of square kilometres over the past 30 years as a result of climate change, state-run media reported Wednesday.

Meltwater from Tibetan glaciers floods pastures

The earth is warming up, the glaciers are shrinking. However, not all meltwater is causing sea-level rise as feared. In Tibet, as measurements taken by an international team of researchers including the University of Zurich ...

Pollution shrouds Tibetan capital, grounding flights

China's pollution reached new heights on Friday, as the Tibetan capital of Lhasa was shrouded in a cloud of dust that halted flights and rendered one of its most-recognisable landmarks nearly invisible.

Rising mountains dried out Central Asia, scientists say

(Phys.org) —A record of ancient rainfall teased from long-buried sediments in Mongolia is challenging the popular idea that the arid conditions prevalent in Central Asia today were caused by the ancient uplift of the Himalayas ...

Image: Qarhan Salt Lake

This false-colour composite image from the Kompsat-2 satellite shows part of the Qarhan Salt Lake on the Tibetan Plateau in China.

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