At a global scale, delta morphologies are subject to rapid change as a result of direct and
indirect effects of human activity. This jeopardizes the ecosystem services of deltas …

Ecohydrologic fluxes within atmosphere, vegetation, and soil systems exhibit a joint
variability that arises from forcing and feedback interactions. These interactions cause …

Atmospheric cold fronts quasi-periodically produce storm surges and generate significant
subtidal oscillations of water levels and water transport in coastal environments. Yet, it is …

Watersheds aggregate precipitation signals of many intensities and from many locations into
a single observable streamflow at an outlet point. This dependency between precipitation …

Interactions among atmospheric, root‐soil, and vegetation processes drive carbon dioxide
fluxes (Fc) from land to atmosphere. Eddy covariance measurements are commonly used to …

Ecohydrological models vary in their sensitivity to forcing data and use available information
to different extents. We focus on the impact of forcing precision on ecohydrological model …

In a complex ecohydrologic system, vegetation and soil variables combine to dictate heat
fluxes, and these fluxes may vary depending on the extent to which drivers are linearly or …

Many coastal regions around the globe experience land loss due to high relative sea level
rise rates, declining sediment supply, and a host of other anthropogenic factors. To evaluate …

The creation of a regional decomposition scoring system for western Colorado provides a
model for the creation of regional systems. The development of a scoring system requires:(1) …

River deltas have received considerable attention due to coastal land loss issues caused by
subsidence, storms, and sea level rise. Improved understanding of deltaic processes and …