Climate change is simultaneously affecting lakes and their catchments, resulting in altered
runoff patterns in the catchment and modified mixing and biogeochemical dynamics in lakes …

A combination of hydrological and hydrodynamic modelling can be applied to understand
the hydrology and key water balance components of lakes and lagoons. In this research, the …

Abstract Study region The Yangtze River basin, China. Study focus In this study, a large-
scale coupled model of hydrological and hydrodynamic processes was developed via the …

Recent years have seen the development of 1‐D and 2‐D regional‐scale hydrological‐
hydrodynamic models, which differ greatly from reach‐scale applications in terms of subgrid …

Abstract Study region South America large basins (> 5000 km²) Study focus This work
represents a first assessment of seasonal streamflow forecasts in South America based on a …

Large-scale hydrologic–hydrodynamic models are powerful tools for integrated water
resources evaluation at the basin scale, especially in the context of flood hazard …

Topography is critical information for water resources management in lakes, and remote
sensing provides a unique opportunity to estimate topography in ungauged regions. We …

Hydrological models have been strongly recommended for supporting water resources
management and, among the models, the Lavras Simulation of Hydrology (LASH) has been …

Coastal lagoons offer vital ecosystem services that enhance human well-being and promote
biodiversity conservation. The molding and governance of the development and evolution of …

Abstract The Mirim and Patos Lagoons form the largest lagoon complex in South America.
Wind is one of the dominant climatic elements of circulation and water levels in the basin …