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Surface storage of rainfall in tree crowns: not all trees are equalAuthor(s): E. Gregory McPherson; Q. Xiao; Natalie van Doorn; P. Peper; E. Teach
Source: Arborist News. June: 30-33
Publication Series: Magazines or Trade Publications
Station: Pacific Southwest Research Station
PDF: Download Publication (463.0 KB)
DescriptionUrban forests can be an effective strategy for managing stormwater. The soil that supports tree growth acts like a reservoir that reduces runoff. The tree crown intercepts rainfall on leaves and stems and its evaporation reduces water reaching the ground below. Until now surface storage capacities have been studied only for forest trees. Based on forest research, green infrastructure accounting tools have assumed a storage depth of one millimeter, regardless of species. We used a rainfall simulator and branch cuttings of 20 tree species in Davis, CA to measure the depth of surface storage under a variety of rainfall conditions. Potential storage capacity is modeled for 40 years using tree growth equations and storage depth values.
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CitationMcPherson, E.G.; Xiao, Q.; van Doorn, N.S.; Peper, P.; Teach, E. 2017. Surface storage of rainfall in tree crowns: not all trees are equal. Arborist News. June: 30-33.
Keywordsecosystem services, interception, leaf area, tree growth, urban forestry
- Surface water storage capacity of twenty tree species in Davis, California
- A new approach to modeling tree rainfall interception
- Winter rainfall interception by two mature open-grown trees in Davis, California
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