The Colorado East River Community Observatory Data Collection
An overview of the spatially extensive, heterogeneous measurements and public datasets collected at the East River Watershed, Colorado ...
Impact of agricultural managed aquifer recharge practices on groundwater quality
This is the first-of-its-kind study to quantify how legacy nitrogen in agricultural environments responds to changing hydrologic application rates and ...
Hysteresis Patterns of Watershed Nitrogen Retention and Loss
A new conceptual model links instream nitrogen signals to upstream mechanistic landscape processes ...
Bedrock weathering contributes to subsurface reactive nitrogen and nitrous oxide emissions
Weathering of shale bedrock through snowmelt-driven water table fluctuations within hillslopes releases reactive nitrogen into the subsurface, which contributes to ...
Modeling geogenic and atmospheric nitrogen through the East River Watershed, Colorado Rocky Mountains
Authors developed a so-called High-Altitude Nitrogen Suite of Models (HAN-SoMo), a watershed-scale ensemble of process-based models to quantify the relative ...
Small Landscape Features Transform Nitrogen Flowing Through Floodplains
Depressions in the floodplain landscape can transform nitrogen passing through the system, influencing how much nitrate flows from floodplains into ...
Do Summer Monsoons Matter for Streamflow in the Upper Colorado River?
An easy-to-use C-Q approach has been developed that can account for gains, losses and/or fractional solute turnover over each stream ...
Groundwater Age in a Colorado River Headwater Stream
Age tracer observations in streamflow provide a novel and relatively cost-effective method to indirectly characterize bedrock properties in a steep, ...
Differential Concentration-Discharge (C-Q) analysis: A new approach to identifying contaminant hot spots along stream segments
Concentration–discharge (C-Q) relationships reflect sources, storage, reactions, and transport of solutes in watersheds. A new “Differential C-Q” approach allowed for ...
A benchmark problem for simulating kinetic isotope fractionation
A new reference for future isotopic modeling studies ...
