As global water resources decline and demand increases due to population growth and
climate change, innovative rainwater storage systems (IRSSs) have become crucial. This …

Climate change models predict an increase in rainfall variability, leading to floods and
drought events, hence intensifying the need for reservoirs. However, up to 50% of reservoirs' …

Climate change is expected to substantially reduce future crop yields in South Africa, thus
affecting food security and livelihood. Adaptation strategies need to be implemented to …

This study investigates the impact of enhanced horizontal resolution on simulating mean
and extreme precipitation in the major river basins of southern Africa. Seven global climate …

Climate change is expected to affect the livelihood of rural farmers in South Africa,
particularly the smallholder farmers, due to their overwhelming dependence on rain-fed …

Population growth and increasing demand for water have posed a significant challenge to
access to safe water resources. Climate change and land use in the not-too-distant future …

River basin management is very varied and challenging due to the competition in water
consumption in different parts. Therefore, modeling water resources and uses is …

This study considered a volumetric water balance to assess the influence of AWS on future
water security in the City of Johannesburg. Hydrological modelling was implemented in …

Integrated water resource management requires reliable information on the available water
resources and demand. This study aims to assess the future water supply and demand …

The Loess Plateau is the main soil erosion area within the Yellow River Basin. Quantifying
the contribution rate of climate change and human activities to runoff change can provide …