Enhancing climate change adaptation in agriculture and water resources in the Greater Horn of Africa (ECAW) is supported by the IDRC-AARC (African Adaptation Research Centre) to address climate change vulnerabilities through economic analysis of a
As the management of water resources becomes increasingly complex due to climatic stresses on socio-ecological systems, growing evidence suggests that collaborative governance with meaningful local participation is vital for building institutional
Changes in hydrological extremes will have implications on the design of future hydraulic structures, flood plain development, and water resource management.
Urbanisation has become one of the strongest drivers of growing challenges in the fields of food security, human health and water resources management.
Climate change is the sever problem that the whole world facing today. It is now widely accepted that climate change is already happening and further change is inevitable.
This research develops water demand (end-use) modelling and forecasting, and assesses water conservation and demand management potential for the city of Addis Ababa.
To build sustainable drainage systems, designers need to incorporate future climatic conditions into their computation of design.
The study reassesses water potential of the three catchment areas that serve Addis Ababa.
Four coastal villages in Ghana were selected as case studies to assess the capacities of institutions to respond to and deal with existing and future climate change-induced sea level rise conditions.