Difference between revisions of "Wetlands"
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| − | [Kortright-farm-june-2011.jpg|thumb|Wetlands fed by stormwater at Kortright Farm, Vaughan ON]] | + | [[File:Kortright-farm-june-2011.jpg|thumb|Wetlands fed by stormwater at Kortright Farm, Vaughan ON]] |
==Overview== | ==Overview== | ||
Revision as of 14:01, 28 September 2018
Overview[edit]
Wetlands are an ideal technology for:
- Text A
- Text B
| Type A | Type B | Type C |
|---|---|---|
| Surface water | Minimal Any surface flow can be slowed with check dams |
Ponding is encouraged with check dams |
| Soil | Filter media required | Amendment preferable when possible |
| Underdrain | Common | Uncommon |
| Maintenance | Medium to high | Low |
| Stormwater benefit | High | Moderate |
| Biodiversity benefit | Increased with native planting | Typically lower |
Planning considerations[edit]
Design[edit]
Performance[edit]
STEP (under previous name SWAMP) conducted their own research into the performance of stormwater wetlands, the project page and report can be viewed here.
Gallery[edit]
Wetlands on the Rouge River, Toronto ON. Photo credit: Vlad Litvinov (flickr)
Emergent wetland vegetation supported by stormwater runoff at Kino Environmental Restoration Project. Photo by Matthew Grabau, US Fish and Wildlife Service
Azalea Park, Charlottesville VA - "This side of the park, formerly located along a runoff channel that led into Moore's Creek, has been converted into a wetland which supports a surprising amount of insect and amphibian life." -Credit and Photo: Scott Clark (certhia on Flickr).
Walberswick Mill sluice, part of the water level control and coastal defence infrastructure within the marshes, UK
