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*[[Case studies for tree trenches and tree boxes]] | *[[Case studies for tree trenches and tree boxes]] | ||
*[[Soil amendments to enhance phosphorus sorption]] | *[[Soil amendments to enhance phosphorus sorption]] | ||
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*[[Design variants for tree trenches and tree boxes]] | *[[Design variants for tree trenches and tree boxes]] | ||
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*[[Construction observations for tree trenches and tree boxes]] | *[[Construction observations for tree trenches and tree boxes]] | ||
*[[Assessing the performance of tree trenches and tree boxes]] | *[[Assessing the performance of tree trenches and tree boxes]] | ||
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*[[Fact sheet for tree trenches and tree boxes]]--> | *[[Fact sheet for tree trenches and tree boxes]]--> | ||
*[[Requirements, recommendations and information for using trees as a BMP in the MIDS calculator]] | *[[Requirements, recommendations and information for using trees as a BMP in the MIDS calculator]] |
Use of trees to manage stormwater runoff encompasses several practices. Tree trenches and tree boxes (collectively called tree BMP(s)), the most commonly implemented tree BMPs, can be incorporated anywhere in the stormwater treatment train but are most often located in upland areas of the treatment train.
Tree BMPs are one component of urban forestry. Urban forestry is a broad term that applies to all publicly and privately owned trees within an urban area, including individual trees along streets and in backyards, as well as stands of remnant forest (Nowak et al. 2001).
The focus of this set of articles is on tree Best Management Practices rather than urban forestry.
The following pages address incorporation of trees into stormwater management under paved surfaces