Celray James Chawanda

Aug 25, 2023 | scholarsarchive.byu.edu | Celray James Chawanda |Celray James |Vrije Universiteit Brussel

Home > Engineering > Civil and Environmental Engineering > iEMSs Conference > 2020 > STREAM-F > 22 Keywords SWAT+, Africa, Hydrological Modelling, Climate Change COinS Sep 17th, 12:20 PM Sep 17th, 12:40 PM Mass Balance Calibration and Evaluation for Large-Scale Hydrological Impact Studies Using SWAT+ Climate Change (CC) has a high impact on hydrological processes which calls for reliable projections of CC hydrological impacts at large scales. However, there are several challenges in...

Aug 4, 2023 | scholarsarchive.byu.edu | Wim Thiery |Ann van Griensven |Celray James |Celray James Chawanda

Hydrology; Climate Change; SWAT+; ModellingLike many continents, Africa depends on its water resources for hydroelectricity, inland fisheries, and water supply for domestic, industrial, and agricultural operations. Anthropogenic climate change (CC) has changed the state of these water resources. Land use and land cover has also undergone significant changes due to the need to provide resources to a growing population.