Intensification mechanism analysis and anthropogenic climate change signal identification method for terrestrial water cycle (TWC) in dry and wet regions

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PATENT NO 12174337
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18646784

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An intensification mechanism analysis and anthropogenic climate change signal identification method for terrestrial water cycle (TWC) in dry and wet regions, includes: identifying dry regions and wet regions worldwide with observed data; quantifying a precipitation increasing rate; calculating a regional warming rate and a precipitation response warming rate, and investigating a difference between dry regions and wet regions; identifying a fingerprint pattern of a precipitation increase in dry regions and wet regions in response to global warming, and calculating a signal-to-noise ratio (SNR) to quantify a possibility of an anthropogenic climate change signal in dry regions and wet regions; and detecting different external forcing signals in a precipitation change of dry regions and wet regions with an optimal fingerprinting method, and quantifying a contribution of each of the different external forcing signals to the precipitation change.

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CHINA UNIVERSITY OF GEOSCIENCES (WUHAN)430074 NO 388 LU LU HONGSHAN DISTRICT HUBEI WUHAN WUHAN CITY HUBEI PROVINCE 430074

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Inventor(s)

Inventor Name Address # of filed Patents Total Citations
Gong, Jie Wuhan, CN 68 605
Gu, Xihui Wuhan, CN 2 0
Guan, Yansong Wuhan, CN 2 0
Kong, Dongdong Wuhan, CN 3 0
Wang, Lunche Wuhan, CN 2 0
Zhang, Xiang Wuhan, CN 387 2583
Zheng, Yanhui Wuhan, CN 2 0

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