Simulation modelling for water governance in basins

Accelerating future water shortages require development of operational water governance models, as illustrated by three case studies: (1) upstream–downstream interactions in the Aral Sea basin, where science acts as problem recognizer, emphasizing scoping policies; (2) impact and adaptation of clima...

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Published in:	International journal of water resources development Vol. 30; no. 3; pp. 475 - 494
Main Authors:	Droogers, Peter, Bouma, Johan
Format:	Journal Article
Language:	English
Published:	Routledge 03-07-2014
Subjects:	Aral Sea basins case studies Caucasus climate change Credit Environmental policy food availability food security Food supply Global warming governance Government and politics hydrology issues and policy Kenya MENA Middle East North Africa Science simulation models stakeholders Water water resources modelling water shortages Middle East Northern Africa Kenya Eurasia, Aral Sea Basin
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Abstract	Accelerating future water shortages require development of operational water governance models, as illustrated by three case studies: (1) upstream–downstream interactions in the Aral Sea basin, where science acts as problem recognizer, emphasizing scoping policies; (2) impact and adaptation of climate change on water and food supply in the Middle East and North Africa, where science acts as a mediator between perspectives, emphasizing scoping and a start of implementation policies; and (3) green water credits in Kenya, where science acts as advocate, emphasizing scoping and implementation policies in close interaction with stakeholders, including impulses from applied to basic research.
AbstractList	Accelerating future water shortages require development of operational water governance models, as illustrated by three case studies: (1) upstream–downstream interactions in the Aral Sea basin, where science acts as problem recognizer, emphasizing scoping policies; (2) impact and adaptation of climate change on water and food supply in the Middle East and North Africa, where science acts as a mediator between perspectives, emphasizing scoping and a start of implementation policies; and (3) green water credits in Kenya, where science acts as advocate, emphasizing scoping and implementation policies in close interaction with stakeholders, including impulses from applied to basic research. Accelerating future water shortages require development of operational water governance models, as illustrated by three case studies: (1) upstream-downstream interactions in the Aral Sea basin, where science acts as problem recognizer, emphasizing scoping policies; (2) impact and adaptation of climate change on water and food supply in the Middle East and North Africa, where science acts as a mediator between perspectives, emphasizing scoping and a start of implementation policies; and (3) green water credits in Kenya, where science acts as advocate, emphasizing scoping and implementation policies in close interaction with stakeholders, including impulses from applied to basic research. Adapted from the source document.
Author	Bouma, Johan Droogers, Peter
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Title	Simulation modelling for water governance in basins
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