Stormwater Management Systems improve groundwater recharge by providing a pervious surface for water to be absorbed into the ground during a storm. This has become a popular practice in recent years, and it has countless environmental benefits. The low impact designs are intrinsically centralized to ensure increased pervious surfaces for groundwater recharge. Cleaning and attenuation of stormwater, as well as, the rain barrel adaptation have flood reduction as well as water quality benefits.
1. Improved Ground Water Recharge
The main benefit of these stormwater management solutions is that they ensure optimum groundwater recharge. Water usually accumulates at low-lying areas and having a pervious surface for water to be absorbed into the ground ensures there is no flooding after a storm.
2. Inexpensive Solution
Modern stormwater management solutions are affordable solutions that ensure balance in the environment. These systems ensure improved water quality as well as reduced flooding incidents after a storm. The radical shift from traditional stormwater management solutions guarantees sustainability as they are future proof solutions. The reduced infrastructure costs that come with the implementation of these systems make economic sense. The collection and cleaning of rainwater ensure rainwater safety and quality.
3. Improved Aquatic Life and Habitats
Stormwater affects aquatic habitats, and by extension, aquatic life hence stormwater management solutions ensure better aquatic habitat. Improved water quality ensures that aquatic life is safe and sustained. With stormwater systems ensure that during short rain seasons, streamflows are supported.
4. Environment-Friendly Solution
Stormwater management solutions are environment-friendly, ensuring environmental conservation. Apart from improving water quality, these structures ensure the restoration of aquatic habitats. When the flow-speed of stormwater is controlled, plantation on the surface of the earth is not destroyed, and no pollutants are washed into water bodies.
The low impact design is a radical approach that ensures that flooding is also controlled. Unique building arrange meant increases rainfall infiltration by the provision of porous surfaces for groundwater recharge. This is a popular modern practice that guarantees environmental conservation. These systems prevent the disruption of the natural water cycle.
Water Safety
Management and use of rainwater on site ensure environmental conservation. Treatment and attenuation of stormwater guarantees safe, high-quality rainwater. Stormwater solution systems also prevent;
• Pollution into streams and rivers
• Increased surface water pollution
• Increased flow-speed of runoff in a storm
Conclusion
Stormwater management strategies are inexpensive ways of contributing to environmental conservations. By having low impact designs in place, the flow speed of water in a storm in decreased, which improves groundwater recharge. Controlled flooding preserves aquatic life by ensuring the aquatic habitats are sustainable.