Reasonable and effective use of renewable resources can reduce dependence on
traditional fossil-based energy sources and reduce carbon emissions. This study mapped …

Compared to rivers in Europe and North America, Chinese rivers that discharge into oceans
have different organic carbon (OC) transport characteristics. Out of the top 25 largest rivers …

Increased anthropogenic activities have caused contamination of perfluoroalkyl substances
(PFASs) in lakes worldwide. However, how to remediate their contamination remains …

A comprehensive understanding of nutrient transport patterns and clarification of pollutant
sources' load contributions are critical prerequisites for developing scientific pollution control …

Decades of economic growth in China were enabled by rapid industrialization with
insufficient water quality controls. Previous studies have traced water pollution discharges or …

Nitrous oxide (N2O) is a potent greenhouse gas and contributes to the loss of stratospheric
ozone. However, the role of inland waterbodies in the dynamics of atmospheric N2O is …

Chinese lakes have been affected by climate change, agricultural intensification and
population increases since 1850. However, the spatiotemporal variations in nitrogen and …

In this study, geochemical fractionation is used to establish the relationship between
sediment phosphorus (P) pools and anthropogenic activities based on the dated sediment …

Lake buffer riparian zones play an essential role in maintaining the sustainability of water
quality, reducing sediment accumulation, regulating surface runoff, and protecting …

Restoration of submerged macrophytes is an efficient way for endogenous nutrient control
and aquatic ecological restoration, but slow growth and limited reproduction of submerged …