Geographically isolated wetlands (GIW), depressional landscape features entirely
surrounded by upland areas, provide a wide range of ecological functions and ecosystem …

Hydrological modifications frequently result in wetland loss and degradation while wetland
management, restoration and creation schemes rely upon further hydrological …

This paper introduces the project on 'Assessing the impact of land use change on hydrology
by ensemble modeling (LUCHEM)'that aims at investigating the envelope of predictions on …

The study of global change impacts on nitrogen dynamics in mesoscale catchments remains
an important topic. The primary mechanisms of change can be grouped broadly into those …

Six MIKE SHE models of the Mekong are developed, each employing potential
evapotranspiration (PET) derived using alternative methods: Blaney–Criddle (BC), Hamon …

Water resources management during drought is a significant challenge worldwide,
particularly for upland areas. Additionally, variations in water availability are becoming more …

MIKE SHE is a physically based, integrated water resources model that simulates both
surface and subsurface water dynamics. These dynamics include interception …

Abstract A MIKE SHE model of the Mekong, calibrated and validated for 12 gauging stations,
is used to simulate climate change scenarios associated with a 2° C increase in global …

Actual and reference evaporation from a wet grassland in Southeast England was studied
over the spring and summer of 1999 (March to September) through changes in surface …

Lowland river basins are characterised by complex hydrologic and hydraulic interactions
between the different subsystems (aerated zone, groundwater, surface water), which may …