Nitrate pollution of ground and surface water bodies all over the world is generally linked
with continually increasing global fertilizer nitrogen (N) use. But after 1990, with more …

The Yangtze River basin covers one-fifth of China's land area and serves as a water source
for one-third of China's population. During long-distance water transport from upstream to …

The characterization of variations in riverine microbiota that stem from contaminant sources
and transport modes is important for understanding biogeochemical processes. However …

Livestock production poses a threat to water quality worldwide. A better understanding of the
contribution of individual livestock species to nitrogen (N) pollution in rivers is essential to …

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

Unprecedented urbanization-induced population migration in China severely affects the
scale and geographic distribution of anthropogenic pollutant discharge. Understanding how …

The control of agricultural nitrogen through inflow rivers is crucial for lake aquatic
environment conservation, while nitrate is the main form of non-point source pollution of …

CONTEXT Crop and livestock production are the primary contributors to agricultural non-
point pollution. It is crucial to understand the individual contributions of different crop and …

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

Water quality modeling facilitates management of nutrient flows from land to rivers and seas,
in addition to environmental pollution management in watersheds. In the present paper, we …