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In recent years the demand for improved assessments tools to help in understanding the wetland hydrological and hydrodynamic processes for the Barotse floodplains is ever increasing especially with the advent of climate change/variability. Despite several studies in the Upper Zambezi Basin, there...

Floodplains are among the most dynamic, productive, diverse, and threatened ecosystems in the world. Their interactions between ground and surface water is a key element in understanding the resilience of floodplains to hydrological changes, especially with the advent of climate change and...

Floodplains are among the most dynamic, productive, diverse, and threatened ecosystems in the world. Their interactions between ground and surface water is a key element in understanding the resilience of floodplains to hydrological changes, especially with the advent of climate change and...

The seasonal interactions among rivers, floodplains, vegetation and anthropogenic activities result in highly dynamic systems, which tend to exhibit distinctly different biogeochemical patterns throughout the wet and dry seasons. An assessment and characterization of the spatial-temporal...

Groundwater is one of the most valuable natural resources, which supports human health, economic development and ecological diversity. More than half of the households in Barotse Floodplain and surrounding areas depend on groundwater as the main source of portable water supply. A groundwater...

Climate change, construction of the Mongu-Kalabo Road coupled with increased mining activities in the upper catchment of the Barotse Wetland could alter the inundation extent dynamics and impact the flood dependent ecosystem. There is very little information available in public domain on...