The sudden increase in water nutrients caused by environmental factors have always been
a focus of attention for ecologists. Fertilizer inputs with spatio-temporal characteristics are …

Rivers are among the most threatened freshwater ecosystems, and anthropogenic activities
are affecting both river structures and water quality. While assessing the organisms can …

Eutrophication has become one of the most widespread anthropogenic forces impacting
freshwater biological diversity. One potentially important mechanism driving biodiversity …

Groundwater is widely recognized as a source of lake materials. When it discharges into
lakes, phosphorus (P)‑iron (Fe) geochemical reactions occur due to environmental changes …

Freshwater catchments can experience nutrient deficits that result in reduced primary and
secondary productivity. The most commonly limiting nutrients are nitrogen and phosphorus …

Biodiversity and its constituted multitrophic network in rivers are accelerating change under
human land use and pollutants. However, due to the lack of complete datasets across taxa …

We used a recently published, open‐access data set of US streamwater nitrogen (N) and
phosphorus (P) concentrations to test whether watershed land use differentially influences N …

Particulate organic matter (POM) processing is an important driver of aquatic ecosystem
productivity that is sensitive to nutrient enrichment and drives ecosystem carbon (C) loss …

Human land uses and population growth represent major global threats to biodiversity and
ecosystem services. Understanding how biological communities respond to multiple drivers …

Anthropogenic disturbances are widely recognized as major threats to terrestrial and aquatic
biodiversity worldwide, including areas located in non-forest ecosystems. Headwater …