Better documentation and understanding of long-term temporal dynamics of nutrients in
watersheds are necessary to support effective water quality management. We examined the …

Nitrogen and phosphorus are universally recognized as limiting elements in the
eutrophication processes affecting the majority of the world's lakes, reservoirs, and coastal …

The increasing number of dams and reservoirs affects the delivery of fluvial particulate
organic carbon (POC) to the sea due to their trapping effect. Here, we study the POC …

Inland waters are an important component of the global nitrogen (N) cycle, functioning not
only as land-to-sea transporters but also as active biogeochemical reactors. However, the …

Sediment organic carbon (SeOC) sources with rich information can be used as a" historical
archive" reflecting anthropogenic activities in the catchment, which is crucial to carbon …

Silicon (Si) plays an essential role in the biogeochemistry of rivers. This study explored how
damming, eutrophication and climate change alters the abundance and flux of DSi in the …

The impact of dam on the distribution and transformation of elements in riparian zones has
received increasing attention. However, previous studies mainly focused on the site scale …

Interconnected river–lake systems record sedimentary organic carbon (OC sed) dynamics
and watershed environmental changes, providing valuable information for global carbon …

Small reservoirs are more widely distributed globally than larger reservoirs, and they have
characteristic sediment total organic carbon (TOC) and total nitrogen (TN) trapping patterns …

Understanding the biogeochemical processes of particulate organic matter occurring in the
river under anthropogenic disturbances and its transport to the coastal system is important …