Content overview: “Supercooled Clouds Over High Mountains Shift Phase Faster as Climate Warms”. Clouds over the world's highest peaks, including the Tibetan Plateau, are changing phase more rapidly than ocean clouds as global temperatures rise, according to new research. The study finds that supercooled liquid clouds—those that remain liquid below freezing—are becoming more prevalent at high elevations, altering precipitation patterns and snowpack dynamics. This shift matters because the Tibetan Plateau alone supplies water to over 1.4 billion people across Asia, feeding major rivers like the Yangtze, Mekong, and Ganges.
As these clouds produce more rain instead of snow, the region's natural water storage in snow and glaciers diminishes, increasing the risk of spring water shortages and disrupting ecosystems. The findings highlight an urgent need for improved monitoring of mountain cloud behavior, as most climate models currently focus on ocean clouds and may underestimate future water stress in high-altitude regions. For the complete material, the listing points back to the source inside the network.