Strategies to Cope with Risks of Uncertain Water Supply in Spate Irrigation Systems (e-bog) af Bashir, Eiman Mohamed Fadul

Strategies to Cope with Risks of Uncertain Water Supply in Spate Irrigation Systems e-bog

619,55 DKK (inkl. moms 774,44 DKK)
Flood based irrigation in particular spate irrigation relies on variable flood scenarios occurring every year. Management of spate flood for spate irrigation must cope with the variability and uncertainty of water supply. Coping with water supply risks is often the only way to harness the opportunities for a productive use of water in arid environment. Integrating and strengthening community re...
E-bog 619,55 DKK
Forfattere Bashir, Eiman Mohamed Fadul (forfatter)
Forlag CRC Press
Udgivet 7 februar 2020
Længde 134 sider
Genrer 1HBS
Sprog English
Format epub
Beskyttelse LCP
ISBN 9781000047240
Flood based irrigation in particular spate irrigation relies on variable flood scenarios occurring every year. Management of spate flood for spate irrigation must cope with the variability and uncertainty of water supply. Coping with water supply risks is often the only way to harness the opportunities for a productive use of water in arid environment. Integrating and strengthening community responses into irrigation policies and improvement plans could ensure sustainable and productive spate irrigated systems that can achieve food security for the poor population. This research analyses and evaluates risks and coping strategies developed by farming communities in the Gash spate irrigation system in Sudan, Eastern Africa. The research has synthesized different coping strategies developed by farmers, water user associations and water managers to cope with low, high and untimely flood risks. The research provide different frameworks that can assist with the identification of risk sources, pathways and propagation as well as evaluation of locally developed strategies at field, secondary and intake systems. The findings of this study contribute to scarce knowledge on spate irrigation system and provide scientifically sound and evidence-based insights to aid informed policy and decision making to improve productivity and sustainability of the spate irrigation systems.