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On commercial, industrial and multi-unit developments, a popular choice is to integrate bioretention into parking lot landscaped areas. These distributed cells typically accept sheet flow through multiple curb cuts, have shallow depression storage ≤ 100 mm, and a total area of 5 -200 m². Although many parking lot schemes include long linear bioretention cells (≥ 0.6 m wide), infiltration is optimized by having a level grade and a level base, unlike a [[Bioswales|bioswale]].

On commercial, industrial and multi-unit developments, a popular choice is to integrate [[bioretention]] into parking lot landscaped areas. These distributed cells typically accept sheet flow through multiple curb cuts, have shallow depression storage ≤ 100 mm, and a total area of 5 -200 m². Although many parking lot schemes include long linear bioretention cells (≥ 0.6 m wide), infiltration is optimized by having a level grade and a level base, unlike a [[Bioswales|bioswale]].

 

Salt can be damaging to the planting in parking lot bioretention. To help minimize this, bioretention practices adjacent to parking areas should always have an [[underdrain]] and salt use be reduced through good design and planning of the [[salt management| parking lot]].

==Gallery==

==Gallery==

==See Also==

==See Also==

*[[Extended tree pits]]

*[[Bioretention: Streetscapes]]

*[[Curb extensions]]

*[[Stormwater planters]]

*[[Stormwater planters]]

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*[[Trees]]

*[[Trees]]

*[[Bioretention:_Filter_media|Filter media]]

*[[Bioretention:_Filter_media|Filter media]]

*[[Choking layer]]

*[[Choking layer]]

*[[Reservoir_gravel|Reservoir]]

*[[Reservoir_aggregate|Reservoir]]

*[[underdrain]]