China

<b>A new water resources dataset for China, referred to as ChinaWR, was developed </b><b>using a random forest model based on high-resolution (prefecture-level) data reported in the </b><b>Water Resources Bulletins of China. ChinaWR </b><b>provides1 km and monthly estimates of SWR, GWR, and TWR (i.e., </b><b>total volume of water resources generated by precipitation</b><b>) from 1980 to 202</b><b>A new water resources dataset for China, referred to as ChinaWR, was developed </b><b>using a random forest model based on high-resolution (prefecture-level) data reported in the </b><b>Water Resources Bulletins of China. ChinaWR </b><b>provides1 km and monthly estimates of SWR, GWR, and TWR (i.e., </b><b>total volume of water resources generated by precipitation</b><b>) from 1980 to 202</b><b>A new water resources dataset for China, referred to as ChinaWR, was developed </b><b>using a random forest model based on high-resolution (prefecture-level) data reported in the </b><b>Water Resources Bulletins of China. ChinaWR </b><b>provides1 km and monthly estimates of SWR, GWR, and TWR (i.e., </b><b>total volume of water resources generated by precipitation</b><b>) from 1980 to 202</b>