Parts of East Asia could see ‘rivers in the sky’ form due to

Parts of East Asia could see ‘rivers in the sky’ form due to , bringing record-breaking levels of rainfall with them, a new study has revealed.

Researchers created a model to  investigate the behaviour of atmospheric rivers and extreme rainfall in East Asia under different climate change outcomes.

They were inspired to look at the topic after East Asia suffered extremely heavy rainfall events in July 2018 and July 2020 caused by atmospheric rivers. 

These rivers in the sky are narrow bands of concentrated water vapour that flow through the atmosphere, and can lead to high levels of rainfall over mountains. 

The team, from the University of Tsukuba, Japan, found that if temperatures rise by 7.2°F (4°C), a worst case scenario, atmospheric rivers would be strengthened, leading to unprecedented, record breaking levels of rainfall throughout East Asia.

While they only looked at East Asia, the team say their predictions would also apply to mid-latitude areas with steep mountain ranges, including Europe and North America.

These rivers in the sky are narrow bands of concentrated water vapour that flow through the atmosphere, and can lead to high levels of rainfall over mountains

These rivers in the sky are narrow bands of concentrated water vapour that flow through the atmosphere, and terbaik sumatera can lead to high levels of rainfall over mountains

The team, from the University of Tsukuba, Japan, found that if temperatures rise by 7.2°F (4°C), a worst case scenario, atmospheric rivers would be strengthened, leading to unprecedented, record breaking levels of rainfall throughout East Asia

The team, from the University of Tsukuba, Japan, found that if temperatures rise by 7.2°F (4°C), a worst case scenario, atmospheric rivers would be strengthened, leading to unprecedented, record breaking levels of rainfall throughout East Asia

<div class="art-ins mol-factbox floatRHS sciencetech" data-version="2" id="mol-bb3dae60-7cfb-11ec-8c9a-b7fbad896140" website change could create &apos;rivers in the sky&apos; over East Asia

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