Nonpoint source pollution (NPSP) from agricultural runoff threatens drinking water quality,
aquatic habitats, and a variety of other beneficial uses of water resources. Agricultural runoff …

Several agricultural non-point source pollutants impair water quality in the Sacramento–San
Joaquin River system of California's Central Valley. Constructed wetlands are a water …

Large tracts of lowlands have been drained to expand extensive agriculture into areas that
were historically categorized as wasteland. This expansion in agriculture necessarily …

To increase ecosystem services provided by their lands, farmers in the United States are
managing non-production areas to create a more biodiverse set of habitats and greater …

Grassland, forest, and farmland are the dominant land covers in upper catchments of the
Yellow River and their landscape status has direct connection with dynamics of non-point …

Water quality degradation from bacterial pathogens is one of the leading causes of surface
water impairment in California agricultural watersheds. In the San Joaquin Valley …

Constructed wetlands are used worldwide to improve water quality while also providing
critical wetland habitat. However, wetlands have the potential to negatively impact drinking …

The Sacramento–San Joaquin Delta (Delta) is a case-study of the Anthropocene “great
accelerations,” with exponentially increasing temperatures and sea level over time, leading …

Best management practices are being implemented throughout the Lower Mississippi River
Alluvial Valley with the aim of alleviating pressures placed on downstream aquatic systems …

Wetland environments are important sites for the cycling and retention of terrestrially derived
organic matter and nutrients. Wetland treatment of agricultural runoff has been shown to …