Which practice can help improve soil drainage in landscaped areas?

Which practice can help improve soil drainage in landscaped areas?

• A. Compacting the soil
• B. Adding organic matter like compost
• C. Watering frequently and heavily
• D. Using synthetic fertilizers only

Answer: (B)

Adding organic matter like compost is an effective practice for improving soil drainage in landscaped areas. Organic matter enhances the soil structure by creating spaces between soil particles, which allows for better air circulation and water infiltration. When compost is incorporated into the soil, it helps to loosen compacted areas, increases the soil's ability to hold moisture without becoming waterlogged, and promotes a healthier ecosystem for plant roots. Incorporating organic matter also fosters beneficial microbial activity and earthworm populations, both of which can further improve soil structure and drainage over time. This leads to a more balanced environment for plants, reducing the risk of root rot and other drainage-related issues. In contrast, compacting the soil can lead to reduced drainage by creating a denser soil structure that restricts water movement. Watering frequently and heavily might temporarily saturate the soil, but it can lead to poor drainage and waterlogged conditions if the soil does not have enough capacity to hold and absorb the water properly. Using only synthetic fertilizers does not contribute to improving soil drainage; instead, it usually focuses on providing nutrients without enhancing the soil's physical properties.

Adding organic matter like compost is an effective practice for improving soil drainage in landscaped areas. Organic matter enhances the soil structure by creating spaces between soil particles, which allows for better air circulation and water infiltration. When compost is incorporated into the soil, it helps to loosen compacted areas, increases the soil's ability to hold moisture without becoming waterlogged, and promotes a healthier ecosystem for plant roots.

Incorporating organic matter also fosters beneficial microbial activity and earthworm populations, both of which can further improve soil structure and drainage over time. This leads to a more balanced environment for plants, reducing the risk of root rot and other drainage-related issues.

In contrast, compacting the soil can lead to reduced drainage by creating a denser soil structure that restricts water movement. Watering frequently and heavily might temporarily saturate the soil, but it can lead to poor drainage and waterlogged conditions if the soil does not have enough capacity to hold and absorb the water properly. Using only synthetic fertilizers does not contribute to improving soil drainage; instead, it usually focuses on providing nutrients without enhancing the soil's physical properties.