Researchers develop explainable AI to predict dynamics of riverine nitrogen flux from unmonitored watersheds
Excessive riverine export of nitrogen caused by human activities poses huge thre...
2022-07-08Excessive riverine export of nitrogen caused by human activities poses huge thre...
2022-07-08The increasing consumption, misuse, and release of antibiotics and perfluorinate...
2022-06-28Recently, Lian FENG, Associate Professor of the School of Environmental Science ...
2022-06-05On May 25, 2022, the Guangdong Society of Environmental Sciences (GDSES) announc...
2022-05-27Global livestock production is a major source of N2O emissions, accounting for a...
2022-05-20Microplastics (MPs) are small plastic particles<5 mm in size. The rapid accum...
2022-05-11Associate Professor Hong Chen’s research team from the School of Environmental S...
2022-04-29Research Assistant Professor Wei Qi’s team from the School of Environmental Scie...
2022-04-13There is an increasing food demand with a growing population and limited land fo...
2022-04-06Recent rapid urbanization worldwide resulted in increasing urban residents. Shor...
2022-03-18