Exposure of dissolved organic matter (DOM) to sunlight can increase or decrease the
fraction that is biodegradable (BDOM), but conceptual models fail to explain this dichotomy …

The effect of watershed characteristics (land use land cover and morphology) on spatial
variability in dissolved organic matter (DOM) composition, and concentrations of dissolved …

Groundwater depletion in many areas of the world has been broadly attributed to irrigation.
However, more formal, data-driven, causal mechanisms of long-term groundwater patterns …

Dissolved organic matter (DOM) and particulate organic matter (POM) can influence
biogeochemical processes in aquatic systems. An understanding, however, of the source …

Agriculture affects the biogeochemical cycles of carbon, nitrogen, and phosphorus, leading
to a deterioration of surface water quality. The increasing magnitude of climate change …

Chromophoric dissolved organic matter (CDOM) exported from riverine catchments can
influence biogeochemical processes in coastal environments with implications for water …

The riverine dissolved organic matter (DOM) pool constitutes the largest and most dynamic
organic carbon reservoir within inland aquatic systems. Human activities significantly alter …

In this paper, we describe the major contributions of Professor Emily Bernhardt to the
hydrologic sciences. Dr. Bernhardt's work addresses how carbon, nutrient, and contaminant …

In the 1970s, Forest Service and academic researchers clearcut the forest in Watershed 7 in
the Coweeta Basin to observe how far the perturbation would move the ecosystem and how …

The ecological response of shallow oxbow lakes to variability in hydrology and catchment
development in large river floodplain ecosystems (RFE) in Arkansas remains largely …