Dissolved organic matter (DOM) plays a significant role in aquatic biogeochemical
processes and the carbon cycle. As global climate warming continues, it is anticipated that …

Reactive oxygen species (ROS) are omnipresent in natural aquatic environments, and play
an important role in biogeochemical cycles. One of the dominant sources of ROS in surface …

The large variability in the emissions of carbon dioxide (CO2) from urban lakes remains a
challenge for partitioning these sources at meaningful spatial and temporal scales …

River-connected lakes are complicated and dynamic ecosystems due to their distinctive
hydrological pattern, which could significantly impact the generation, degradation, and …

The transportation processes during aquatic systems regulate the ultimate chemistry of
dissolved organic matter (DOM), and in recent years, climate changes and human activities …

As the largest reactive organic carbon pool, dissolved organic matter (DOM) plays an
important role in various biogeochemical processes in lake ecosystems. Recently, climate …

Abstract The Dongting Lake region (TDLR) is China's essential commodity grain base and
inland wetland reserve. Few studies, however, focus on the water security of TDLR …

Freshwater lakes serve as active conduits for processing terrestrial dissolved organic matter
(DOM), playing a crucial role in global carbon cycle. Little attention has been paid to how …

Poyang Lake, the largest freshwater lake in China, faced severe ecological degradation in
the past decade. Combined pollution of multi-pollutants may be one of the contributing …

Groundwater and surface water are hydrologically interconnected systems that exhibit
dynamic water, heat and mass exchanges. In this study, a conceptual framework was used …