METEOROLOGY – HYDROLOGY & FLOOD CALCULATOR Green Infrastructure Storage A precise tool.
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What is the Green Infrastructure Storage & How does it work?
Green infrastructure, such as green roofs and bioswales, plays a crucial role in managing stormwater runoff and mitigating flood risks. These systems help reduce the volume of water entering urban drainage systems by capturing and retaining rainfall on-site.
The storage capacity of these green infrastructure elements is essential for their effectiveness. For instance, a green roof can store water in its vegetation layer and underlying substrate, while a bioswale captures runoff through its vegetated channel and infiltrates it into the ground.
V = A times h
V = storage volume, A = surface area, h = depth of water stored
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Frequently Asked Questions
How does a green roof store water?
A green roof stores water in its vegetation layer and underlying substrate, reducing runoff.
What is the purpose of a bioswale in managing stormwater?
A bioswale captures runoff through its vegetated channel, filtering and slowing water flow to prevent flooding.
How does green infrastructure help mitigate flood risks?
Green infrastructure reduces flood risks by capturing and retaining rainfall on-site, lessening the load on urban drainage systems.
What factors affect the storage capacity of a green roof?
Factors include the depth of the substrate, type of vegetation, and amount of rainfall.
Can bioswales handle heavy rain events?
Yes, bioswales are designed to manage heavy rain by capturing and filtering runoff over time.
How do I calculate the storage capacity for a new green roof project?
Use this calculator to input your specific dimensions and materials to determine the storage capacity of your green roof.
What are some benefits of using bioswales in urban areas?
Bioswales improve water quality, reduce erosion, enhance biodiversity, and provide aesthetic benefits.

Results are for informational purposes only and do not constitute professional advice.