Watershed resilience is the ability of a watershed to maintain its characteristic system state
while concurrently resisting, adapting to, and reorganizing after hydrological (for example …

We reviewed the scientific literature on non‐floodplain wetlands (NFWs), freshwater
wetlands typically located distal to riparian and floodplain systems, to determine …

Headwater streams and inland wetlands provide essential functions that support healthy
watersheds and downstream waters. However, scientists and aquatic resource managers …

In this study, we assessed the impacts of uncertainties arising from hydrologic model
parameters and climate change data on streamflow and catchment-level non-floodplain …

Depressional wetlands influence the functions of wetlandscapes by storing and releasing
water, providing critical habitat, amplifying carbon and nutrient cycling, and influencing …

Wetlands have the capacity to retain nitrogen and phosphorus and are thereby often
considered a viable option for improving water quality at local scales. However, little is …

Methane emissions from small freshwater ecosystems represent one of the largest
components of uncertainty in the global methane budget. While these systems are known to …

Surface water storage in small yet abundant landscape depressions—including wetlands
and other small waterbodies—is largely disregarded in conventional hydrologic modeling …

Land surface depressions play a central role in the transformation of rainfall to ponding,
infiltration and runoff, yet digital elevation models (DEMs) used by spatially distributed …

Background Drainage activities have caused widespread wetland loss, groundwater
drawdown and impairment of ecosystem services. There are now several national programs …