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</tr> <tr> <td>[[Bioretention: Partial infiltration|Bioretention with storage]]</td> <td class="text-center">yes</td> <td class="text-center">yes</td> <td class="text-center">-</td> <td>By raising the outlet of the discharge pipe the bottom portion of the BMP can only drain through infiltration. This creates a fluctuating anaerobic/aerobic environment which promotes denitrification. Increasing the period of storage has benefits for promoting infiltration, but also improves water quality for catchments impacted with nitrates. A complimentary technique is to use fresh wood mulch, which also fosters denitrifying biological processes. </td> <td>[[File:Partial with storage.png]]</td> </tr>
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![[Bioretention: Partial infiltration|Partially infiltrating bioretention]]
![[Bioretention: Partial infiltration|Partially infiltrating bioretention]]
|yes||yes||-||Including an underdrain in the gravel storage layer help to empty the facility between storm events, even over ‘tight soils’. The drain discharges to a downstream point, which could be an underground infiltration facility. Limited volume reduction is gained through infiltration and evapotranspiration.||[[File:Partial infiltration.png|thumb]]
|yes||yes||-||Including an underdrain in the gravel storage layer help to empty the facility between storm events, even over ‘tight soils’. The drain discharges to a downstream point, which could be an underground infiltration facility. Limited volume reduction is gained through infiltration and evapotranspiration.||[[File:Partial infiltration.png|thumb]]
|-
![[Bioretention: Partial infiltration|Bioretention with storage]]
|yes||yes||-||By raising the outlet of the discharge pipe the bottom portion of the BMP can only drain through infiltration. This creates a fluctuating anaerobic/aerobic environment which promotes denitrification. Increasing the period of storage has benefits for promoting infiltration, but also improves water quality for catchments impacted with nitrates. A complimentary technique is to use fresh wood mulch, which also fosters denitrifying biological processes.||[[File:Partial with storage.png]]
|}
|}
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<tr>
<td>[[Bioretention: Non-infiltrating|Bioretention planters (non-infiltrating)]]</td>
<td>[[Bioretention: Non-infiltrating|Bioretention planters (non-infiltrating)]]</td>