Urban stormwater and snowmelt pollution contributes significantly to the deterioration of
surface waters quality in many locations. Consequently, the sources of such pollution have …

Over the last 30 years, the optical property community has shifted from conducting dissolved
organic matter (DOM) measurements on new complex mixtures in natural and engineered …

Dissolved organic matter (DOM) composition influences its ability to form photochemically
produced reactive intermediates (PPRI). While relationships have been established …

Landscape urbanization broadly alters watersheds and stream ecosystems, yet the impact of
nonpoint source urban inputs on the quantity, quality, and ultimate fate of dissolved organic …

The effects of climate change, population growth, and future hydrologic uncertainties
necessitate increased water conservation, new water resources, and a shift towards …

This paper explores the urban carbon cycle from the natural sciences perspective,
identifying key knowledge gaps and priority areas for future research. The combination of …

Increasing inputs of organic matter (OM) are driving declining dissolved oxygen (DO)
concentrations in coastal ecosystems worldwide. The quantity, source, and composition of …

Multiple sources contribute to nitrogen (N) and phosphorus (P) pollution in lowland urban
rivers, and apportioning the sources of N and P pollution is essential for improving 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 …

Dissolved organic matter (DOM) has strong reactivity and migration ability, which affects
biogeochemical processes such as nutrient cycling. Karst ecological vulnerability has been …