Flow estimation provides valuable information to support decision making in controlling 30
floods, operating water resources, and mitigating water quality degradation (Alfieri et al., 31 …

Wetland dynamics research primarily concentrates on individual wetland's loss or gain of
area where landscape specific approach is majorly ignored. While the fate of floodplain …

A good number of researchers investigated the impact of flow modification on hydrological,
ecological, and geomorphological conditions in a river. A few works also focused on …

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 …

A major source of uncertainty in the global methane budget arises from quantifying the area
of wetlands and other inland waters. This study addresses how the dynamics of surface …

Wetlands strongly interact with groundwater and surface water, influencing catchment
hydrology and altering water quality. Meanwhile, catchment-scale models are typically …

Hydrologic controls on carbon processing and export are a critical feature of wetland
ecosystems. Hydrologic response to climate variability has important implications for carbon …

In two small and isolated wetlands located at the interface of the Atlantic Forest and Brazilian
savanna (Cerrado) in São Paulo State, Brazil, we employed a pixel-based supervised …

The world's climate is changing rapidly. Future model projections suggest amplified storm
intensities and frequencies across the globe, increasing human exposures to flooding …

Riparian buffers are an important conservation practice to mitigate water quality degradation
in the Coastal Plain of the Chesapeake Bay watershed (CBW). Although forested and …