How does soil compaction affect turf?

How does soil compaction affect turf?

• A. It increases water flow
• B. It enhances nutrient absorption
• C. It limits water and nutrient absorption
• D. It promotes turf growth

Answer: (C)

Soil compaction leads to a denser and more consolidated soil structure, which significantly impacts the turf's overall health and growth. When the soil becomes compacted, the pore spaces that allow for air and water movement become reduced. This diminished pore space restricts the ability of water to infiltrate the soil, leading to poor drainage and increased runoff. Additionally, compacted soil limits root penetration, making it difficult for grass roots to grow deep and access vital nutrients required for healthy turf development. This results in a scenario where both water and essential nutrients, such as nitrogen and phosphorus, become less available to the grass plants. Consequently, this acts as a barrier to optimal nutrient absorption, compelling the turf to struggle for resources necessary for thriving and maintaining a lush and healthy appearance.

Soil compaction leads to a denser and more consolidated soil structure, which significantly impacts the turf's overall health and growth. When the soil becomes compacted, the pore spaces that allow for air and water movement become reduced. This diminished pore space restricts the ability of water to infiltrate the soil, leading to poor drainage and increased runoff.

Additionally, compacted soil limits root penetration, making it difficult for grass roots to grow deep and access vital nutrients required for healthy turf development. This results in a scenario where both water and essential nutrients, such as nitrogen and phosphorus, become less available to the grass plants. Consequently, this acts as a barrier to optimal nutrient absorption, compelling the turf to struggle for resources necessary for thriving and maintaining a lush and healthy appearance.