Difference between revisions of "Curb cuts: Gallery"
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<gallery mode="packed" widths=200px heights=200px> | <gallery mode="packed" widths=200px heights=200px> | ||
LSRCA curb.jpg| [[Curb cuts|Curb cut]] used as a controlled [[overflow]] route from [[permeable | County Court Blvd biofilter spillway inlet and CB overflow.jpg|OPSD 605.040 Asphalt Spillway inlet to biofilter swale and road catch basin overflow outlet. County Court Blvd., Brampton, ON. | ||
Curb cut CNT.jpg| Curb cut into a bioretention facility in Hinsdale, IL. [[Stone]] in the center of the facility reduces erosion and dissipates power inflow around the [[Inlets|inlet]] area. A | Curb inlet Miss Rd.jpg|This curb cut has been sawn into existing concrete as part of a retrofit. Note the temporary (erosion log) and permanent [[stone]] erosion control measures in place. Mississauga Road, ON. | ||
LSRCA curb.jpg| [[Curb cuts|Curb cut]] used as a controlled [[overflow]] route from [[permeable pavements]] to a [[bioretention]] facility with monitoring well, Lake Simcoe Region Conservation Authority, Newmarket, ON. | |||
Curb cut CNT.jpg| Curb cut into a bioretention facility in Hinsdale, IL. [[Stone]] in the center of the facility reduces erosion and dissipates power inflow around the [[Inlets|inlet]] area. A monitoring/maintenance [[well]] can be seen in the foreground. Photo credit: [[Acknowledgements|CNT]] | |||
Curb cut AV.jpg | Curb cut into a bioretention facility in Brown Deer, WI. Stone is used to reduce erosion around the inlet area. Photo credit: [[Acknowledgements|Aaron Volkening]] | Curb cut AV.jpg | Curb cut into a bioretention facility in Brown Deer, WI. Stone is used to reduce erosion around the inlet area. Photo credit: [[Acknowledgements|Aaron Volkening]] | ||
Ajax_curb_inlet.JPG| Curb cut into a bioretention facility in Ajax, ON. | Ajax_curb_inlet.JPG| Curb cut into a bioretention facility in Ajax, ON. | ||
IMAX Stone Inlet.jpeg| | IMAX Stone Inlet.jpeg| [[Stone]] lined inlet at IMAX site in Mississauga | ||
Curb inlet grade.jpg| The [[grading]] around this inlet prevents flow in the correct direction. i.e. from the pavement onto the grass. Not too critical in this example, as the surface is [[permeable pavements]]. | |||
183A1507.jpg | [[Curb cuts|Curb cut]] into a [[Rain gardens|rain garden]] on a green street in Newmarket, ON. | |||
Curb cut - Wychwood.JPG| Curb cut leading into a small bioretention cell in Brampton, ON. | |||
Bioswale - sheet flow - Wychwood.JPG| Curb cut leading to a bioswale in Brampton, ON. | |||
</gallery> | </gallery> | ||
[[Category:Gallery]] | [[Category:Gallery]] |
Latest revision as of 18:06, 6 August 2020
This curb cut has been sawn into existing concrete as part of a retrofit. Note the temporary (erosion log) and permanent stone erosion control measures in place. Mississauga Road, ON.
Curb cut used as a controlled overflow route from permeable pavements to a bioretention facility with monitoring well, Lake Simcoe Region Conservation Authority, Newmarket, ON.
Curb cut into a bioretention facility in Brown Deer, WI. Stone is used to reduce erosion around the inlet area. Photo credit: Aaron Volkening
Stone lined inlet at IMAX site in Mississauga
The grading around this inlet prevents flow in the correct direction. i.e. from the pavement onto the grass. Not too critical in this example, as the surface is permeable pavements.
Curb cut into a rain garden on a green street in Newmarket, ON.