Modeling of future water systems at the regional scale is a difficult task due to the complexity
of current structures (multiple competing water uses, multiple actors, formal and informal …

Distributed, physics-based hydrologic models require spatially explicit specification of
parameters related to climate, geology, land-cover, soil, and topography. Extracting these …

A fully coupled land surface hydrologic model, Flux-PIHM, is developed by incorporating a
land surface scheme into the Penn State Integrated Hydrologic Model (PIHM). The land …

Climate-induced disturbances are expected to increase in frequency and intensity and affect
wetland ecology by altering its hydrology. Investigating how wetland hydrology responds to …

Surface water, the vadose zone, and groundwater are linked components of a hydrologic
continuum. In order to capture the interaction between different components of a hydrologic …

This paper presents multiple parameter estimation using multivariate observations via the
ensemble Kalman filter (EnKF) for a physically based land surface hydrologic model. A data …

Floods introduced by rainfall events are responsible for tremendous economic and property
losses. It is important to delineate flood prone areas to minimize flood damages and make …

A conjunctive management model has been developed to obtain optimal allocation of
surface water and groundwater under different constraints during a drought. Two simulation …

Coastal wetlands represent an ecotone between ocean and terrestrial ecosystems,
providing important services, including flood mitigation, fresh water supply, erosion control …

Blake, ES, Landsea CW, and Gibney EJ, 2007: The deadliest, costliest, and most intense
United States tropical cyclones from 1851 to 2006 (and other frequently requested hurricane …