Changes

:<math>q'=\frac{q}{SCF}</math>

:<math>q'=\frac{q}{SCF}</math>

{{Plainlist|1=Where:

{{Plainlist|1=Where:

*''q''' = Infiltration coefficient in mm/hr (accounting for SCF)

*''q''' = Infiltration coefficient in mm/hr (accounting for ''SCF'')

*''SCF'' = Safety correction factor}}

*''SCF'' = Safety correction factor}}

{{:Safety correction factors}}

{{:Safety correction factors}}

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{| class="wikitable style="border: none; background: none;"

{| class="wikitable style="border: none; background: none;"

|Determine if there is a constraint to the depth (d) of the bioretention practice:

|Determine if there is a constraint to the depth (''d'') of the bioretention practice:

{{:Depth to GW}}

{{:Depth to GW}}

|'''or''' if the land area is limited, determine the I/P ratio:<math>R=\frac{A_{c}}{A_{p}}</math>

|'''or''' if the land area is limited, determine the I/P ratio:<math>R=\frac{A_{c}}{A_{p}}</math>

|}

|}

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{| class="wikitable style="border: none; background: none;"

{| class="wikitable style="background: none;"

|To calculate the required depth, where the area of the facility is constrained:

|To calculate the required depth, where the area of the facility is constrained:

<math>d=\frac{D\left[Ri-q'\right]}{V_{R}}</math>

<math>d=\frac{D\left[Ri-q'\right]}{V_{R}}</math>