Sound Energy Can Increase Rainfall in Drought Prone Areas, Find Chinese University Scientists
The team conducted a weather manipulation experiment on the Tibetan Plateau in 2020. The Chinese researchers recorded an increase in rainfall of up to 17 percent by pointing a giant loudspeaker at the sky.
The research team, led by Professor Wang Guangqian from the Tsinghua University's State Key Laboratory of Hydro-science and Engineering, said: "The total annual atmospheric water vapor resource in China is about 20 trillion tonnes. [But] only 20 percent forms natural precipitation that reaches the ground, and the precipitation conversion rate in western regions is even smaller."
www.ibtimes.sg
The team conducted a weather manipulation experiment on the Tibetan Plateau in 2020. The Chinese researchers recorded an increase in rainfall of up to 17 percent by pointing a giant loudspeaker at the sky.
The research team, led by Professor Wang Guangqian from the Tsinghua University's State Key Laboratory of Hydro-science and Engineering, said: "The total annual atmospheric water vapor resource in China is about 20 trillion tonnes. [But] only 20 percent forms natural precipitation that reaches the ground, and the precipitation conversion rate in western regions is even smaller."
Sound Energy Can Increase Rainfall in Drought Prone Areas, Find Chinese University Scientists
Tsinghua University in Beijing researchers conducted a sound wave-based experiment in Tibetan Plateau and found promising results.
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