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A platform for research: civil engineering, architecture and urbanism
Applying water soft path analysis in an agricultural region of Canada
The current study extends past work on water soft path analysis in breadth and in depth: in breadth by studying an area devoted to large-scale prairie agriculture, and in depth by adding direct interaction with water managers and citizens of the Pembina Valley Conservation District in the Province of Manitoba, Canada. The main conclusion from the study is that the region can continue to be a prosperous and attractive place in which to live and to farm for at least 30 years without a single additional drop of water.
Applying water soft path analysis in an agricultural region of Canada
The current study extends past work on water soft path analysis in breadth and in depth: in breadth by studying an area devoted to large-scale prairie agriculture, and in depth by adding direct interaction with water managers and citizens of the Pembina Valley Conservation District in the Province of Manitoba, Canada. The main conclusion from the study is that the region can continue to be a prosperous and attractive place in which to live and to farm for at least 30 years without a single additional drop of water.
Applying water soft path analysis in an agricultural region of Canada
Forsyth, Sheila (author) / Brooks, David B. (author)
Water International ; 36 ; 894-907
2011-11-01
14 pages
Article (Journal)
Electronic Resource
Unknown
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