Excess phosphorus from agricultural intensification has contributed to the eutrophication of
rivers and lakes worldwide, including the transboundary Laurentian Great Lakes Basin …

Excessive nitrogen (N) and phosphorus (P) loading is one of the greatest threats to aquatic
ecosystems in the Anthropocene, causing eutrophication of rivers, lakes, and marine …

Evaluating the eutrophication risk of a receiving reservoir is crucial for scientific water
transfer schemes. However mega water transfer projects would greatly affect both water …

Ecosystems in the Anthropocene face pressures from multiple, interacting forms of
environmental change. These pressures, resulting from land use change, altered hydrologic …

Excess nutrient inputs from agricultural and urban sources have accelerated eutrophication
and increased the incidence of algal blooms in the Great Lakes Basin (GLB). Lake basin …

Extensive efforts are underway to reduce phosphorus (P) export from the Lake Erie
watershed. On the Canadian side, the Thames River is the largest tributary source of P to …

Riverine exports of silicon (Si) influence global carbon cycling through the growth of marine
diatoms, which account for∼ 25% of global primary production. Climate change will likely …

Abstract The Upper Mississippi River Basin is the largest source of reactive nitrogen (N) to
the Gulf of Mexico. Concentration‐discharge (C‐Q) relationships offer a means to …

Decades of agricultural intensification have led to elevated stream nitrogen (N)
concentrations and eutrophication of inland and coastal waters. Despite widespread …

Stream dissolved oxygen (DO) dynamics are an outcome of metabolic activity and
subsequently regulate ecosystem functions such as in‐stream solute and sediment …