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Comparing the benefits of different low-impact development (LID) practices, which of these would be best suited for recharging ground

Select the correct answer. Comparing the benefits of different low-impact development (LID) practices, which of these would be best suited for recharging groundwater? A. riparian buffers B. bioretention areas C. porous concrete D. filter strips E. green roofs

Ask by Phillips Pena.
Mar 16,2025 20:38

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Answer

Porous concrete is the best choice for recharging groundwater among the options.

Solution

To determine which low-impact development (LID) practice is best suited for recharging groundwater, let's analyze each option: A. **Riparian buffers**: These are vegetated areas near water bodies that help filter pollutants and provide habitat, but they primarily focus on protecting water quality rather than directly recharging groundwater. B. **Bioretention areas**: These are designed to manage stormwater runoff and can help recharge groundwater, but their primary function is to treat and manage runoff. C. **Porous concrete**: This material allows water to pass through it, facilitating infiltration and promoting groundwater recharge. It is specifically designed to manage stormwater and enhance groundwater levels. D. **Filter strips**: These are vegetated areas that filter pollutants from runoff but are not primarily designed for groundwater recharge. E. **Green roofs**: While they manage stormwater and reduce runoff, they do not significantly contribute to groundwater recharge due to their design and function. Based on this analysis, the best option for recharging groundwater is: **C. porous concrete**.

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Porous concrete is an excellent option for recharging groundwater because it allows rainwater to pass through its surface and seep into the ground. This permeability enables effective infiltration, reducing surface runoff and promoting groundwater replenishment, which is essential for maintaining water supply. Bioretention areas, often designed as green spaces with plants and soil layers, can also capture and filter stormwater. While they do help in groundwater recharge, their primary function is more about managing runoff quality. They can still be beneficial, but porous concrete stands out for direct groundwater infiltration.
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