We review the published results on the Congo Basin hydrology and summarize the historic
and ongoing research. Annual rainfall is~ 1900 mm/yr along an east‐west trend across the …

The 40th anniversary of the initial development of the Pitman rainfall-runoff (developed in
South Africa and widely applied throughout southern Africa) approximately coincides with …

Riverine flooding is a widespread global challenge and is predicted to worsen with climate
change. Wetlands have been recognised as a potential nature-based solution (NbS) to …

Understanding temporal and spatial characteristics of regional climate is essential for
decision making in water resource management. Established statistical and GIS techniques …

Multi-model comparison can provide useful information for model selection and
improvement. In this study, twelve monthly water balance models with different structures …

Gaps in hydrological information of the Congo Basin increase uncertainties in
understanding hydroclimatic processes in the basin, and consequently the risks associated …

In semi-distributed hydrologic models, it is difficult to account for the impacts of wetlands on
hydrologic processes, as they are based on lumped, subbasin-scale wetland concepts. It is …

Assessing the impact of land use land cover (LULC) changes on runoff is crucial for the
sustainable management of wetland catchments. This study modelled the impacts of LULC …

Abstract Study region Sub-Saharan Africa. Study focus Water resources availability
assessments are highly uncertain due to inadequate observation networks, and this is …

This study intends to integrate heterogeneous remote sensing observations and
hydrological modeling into a simple framework to monitor hydrological variables in the …