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LID Anatomy of a Project Pervious Pavement & Infiltration Constructed Wetlands and Bogs Bioretention and Rain Gardens Native Plants and Increased Planted Area Tiered Grassy Swales and Vegetated Filter Strips Bioswales Green Roofs Rainwater Harvesting

of a LID Project

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Page 1: of a LID Project

LIDAnatomy of a

ProjectPervious Pavement & 

InfiltrationConstructed Wetlands 

and Bogs

Bioretention and Rain Gardens

Native Plants and Increased Planted Area

Tiered Grassy Swales and Vegetated Filter Strips

Bioswales Green Roofs Rainwater Harvesting

Page 2: of a LID Project

 Hydrology

Page 3: of a LID Project

Constructed Wetland

Bioswale

Terraced Grassy Swale

Detention/Retention Tank

Outflow

Vegetated or Solar Roof

w of Water Through Site

Page 4: of a LID Project

nstructed Wetland

Outflow/Overflow

Water level

Root flow

Nitrification, denitrification, adsorption, 

absorption, ion exchange

Gravel, substrate, 

sandWater flow Inflow

Stones

MulchGravel

Native Plants

Page 5: of a LID Project

raced Grassy Swale

Page 6: of a LID Project

+ Shale+ Fired Clay+ Washed Large Grain Sand+ Top Soil+ HumicCompost

Good Soil:                       + Clay (fines)+ Small Sand Grain+ Peat Moss (controversial)

Bad Soil:                        

swale

Page 7: of a LID Project

ails for Retention/Detention

DETENTIONRETENTION

Page 8: of a LID Project

nt Material for Bioswales

Wax mallow

ooted, native, salt water resistant plants are important factors to consider when picking the plant material for a bioswale in a coastal prairie.

Cordgrass Gulf Coast Muhly

Page 9: of a LID Project

+ Bioretention+ Porous Pavement+ Rainwater Tanks+ Rain Gardens

Residential LID Application