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  • Broschiertes Buch

This book is about irrigation performance in two distinct typologies of irrigation schemes: large-scale sugar estate schemes and community managed schemes. The thesis identifies the major irrigation performance challenges and concerns in the two categories of schemes. Moreover, variations in performance between the same irrigation typologies as a result of differences in water management modalities were addressed. Hydraulic/water delivery performance in the sugar estate schemes was evaluated using routinely collected offtake flow data and hydrodynamic modelling. In addition to comparative…mehr

Produktbeschreibung
This book is about irrigation performance in two distinct typologies of irrigation schemes: large-scale sugar estate schemes and community managed schemes. The thesis identifies the major irrigation performance challenges and concerns in the two categories of schemes. Moreover, variations in performance between the same irrigation typologies as a result of differences in water management modalities were addressed. Hydraulic/water delivery performance in the sugar estate schemes was evaluated using routinely collected offtake flow data and hydrodynamic modelling. In addition to comparative performance evaluation, the thesis introduced assessing the internal irrigation service (utility) using qualitative data from the water users' perspective in the community-managed schemes.
Autorenporträt
Zeleke Agide Dejen, Irrigation Engineer by profession, has over 13 years of research, teaching and field experience in the area of irrigation engineering and water management. Currently, he holds a position of lecturer and researcher at Arba Minch University (a pioneer University in Ethiopia for water education and research). He has been conducting his PhD research since February 2010 at UNESCO-IHE Institute for Water Education in Delft the Netherlands which resulted in this book. His research interests are water management, irrigation system management, irrigation water distribution modelling, unsaturated zone modelling, flow control in irrigation, drainage and salinity control.