Increasing incidences of eutrophication and groundwater quality impairment from
agricultural nitrogen pollution are threatening humans and ecosystem health. Minimal …

Despite widespread implementation of watershed nitrogen reduction programs across the
globe, nitrogen levels in many surface waters remain high. Watershed legacy nitrogen …

Worldwide surface waters suffer from the presence of nitrogen (N) compounds causing
eutrophication and deterioration of the water quality. Despite many Europe-wide …

Legacy nitrogen (N) originating from net N inputs (NNI) may pose ongoing threats to riverine
water quality worldwide and even cause serious time-lags between water quality restoration …

Excess nutrients transported by the Mississippi River (MR) contribute to hypoxia in the Gulf
of Mexico. Nutrient balances are key drivers to river nutrient loads and represent inputs …

Anthropogenic nutrient inputs have led to nutrient enrichment in many waterbodies
worldwide, including Chesapeake Bay (USA). River water quality integrates the spatial and …

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 …

Understanding drivers of water quality in local watersheds is the first step for implementing
targeted restoration practices. Nutrient inventories can inform water quality management …

For over three decades, Chesapeake Bay (USA) has been the focal point of a coordinated
restoration strategy implemented through a partnership of governmental and …

The increase of agricultural nitrogen (N) inputs since the 1960s is a key driver in surface-and
groundwater nitrate pollution. The water abstracted from these sources can input substantial …