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Improving urban irrigation efficiency by using weather‐based “smart” controllers
This article discusses two large‐scale regional efforts, funded by the California Department of Water Resources (CDWR), to effect urban irrigation efficiency and reduce runoff through the installation of smart controllers. California's smart controller programs represent the largest effort to date to distribute and evaluate the effects of weather‐based irrigation‐control technology. The current study reviewed evaluation results from weather‐based irrigation‐controller programs in Northern and Southern California and offers empirical data on the performance of smart‐controller products distributed and installed through different methodologies in an array of residential and nonresidential settings.
Improving urban irrigation efficiency by using weather‐based “smart” controllers
This article discusses two large‐scale regional efforts, funded by the California Department of Water Resources (CDWR), to effect urban irrigation efficiency and reduce runoff through the installation of smart controllers. California's smart controller programs represent the largest effort to date to distribute and evaluate the effects of weather‐based irrigation‐control technology. The current study reviewed evaluation results from weather‐based irrigation‐controller programs in Northern and Southern California and offers empirical data on the performance of smart‐controller products distributed and installed through different methodologies in an array of residential and nonresidential settings.
Improving urban irrigation efficiency by using weather‐based “smart” controllers
Mayer, Peter W. (author) / Deoreo, William B. (author)
Journal ‐ American Water Works Association ; 102 ; 86-97
2010-02-01
12 pages
Article (Journal)
Electronic Resource
English
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