UV-induced transformations of colored dissolved organic matter (CDOM, which is part of
dissolved organic matter, DOM) affect CDOM absorption properties resulting in the loss of …

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 …

Nearly 40% of the Earth's ice-free surface area is cropland or pasture. Agricultural land use
can increase the delivery of nutrients such as nitrogen and phosphorus to fluvial …

Wetlands are known to be important sources of dissolved organic matter (DOM) to rivers and
coastal environments. However, the environmental dynamics of DOM within wetlands have …

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 …

Wetlands provide quintessential ecosystem services such as maintenance of water quality,
water supply and biodiversity, among others; however, wetlands are also among the most …

Given the pace of climate change, it is important to better understand dissolved organic
matter (DOM) storage and cycling in high‐latitude rivers and its subsequent export to the …

About 250 Tg of dissolved organic carbon are annually transported from inland waters to
coastal systems making rivers a critical link between terrestrial and ocean carbon pools …

Large rivers transport considerable amounts of terrestrial dissolved organic matter (DOM) to
the ocean. However, downstream gradients and temporal variability in DOM fluxes and …

In aquatic ecosystems and soil interstitial waters, dissolved organic material (DOM) is
comprised of a heterogeneous mixture of organic compounds derived from plant and soil …