Times of India·3 min read·medium

Scientists seeded clouds over Chinese glacier; ice loss later fell up to 17%

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TOI SCIENCE DESK
Scientists seeded clouds over Chinese glacier; ice loss later fell up to 17%
AI Summary

Researchers in China conducted an experiment using cloud seeding with silver iodide to increase snowfall over the Muz Taw Glacier. The study found that the additional snow helped increase surface albedo and reduced ice mass loss during the summer melting period.

Why it matters

This experiment offers a potential, albeit experimental, method for mitigating the rapid retreat of glaciers caused by climate change.

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Researchers in China have tried to make artificial snow over China’s Muz Taw Glacier to slow its melting. The experiment conducted in 2018 involved seeding clouds with silver iodide, which helped trigger snowfall over the glacier. The fresh snow made the surface brighter and was linked to lower mass loss during the short study period.The experiment was carried out on the Muz Taw Glacier in the Sawir Mountains, which lie along the border between China and Kazakhstan, European Geosciences Union reported. The glacier has been shrinking for decades, with its retreat accelerating in recent years. Scientists wanted to test whether adding snow to its surface could reduce the amount of ice lost during the summer melting period.They used silver iodide (AgI) smoke generators to seed clouds. Silver iodide can act as an ice nucleus, helping water vapour in clouds form ice particles that can eventually fall as snow.

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