Buried debris in turf areas can resemble disease because which statement is true?

Buried debris in turf areas can resemble disease because which statement is true?

• A. It accelerates soil drainage.
• B. It dries out rapidly in dry summer weather and may resemble disease.
• C. It adds beneficial nutrients.
• D. It reduces soil temperature.

Answer: (B)

When turf shows brown or scorched-looking patches, it can be hard to tell apart disease from environmental stress. Buried debris creates uneven moisture and microclimates in the root zone. In hot, dry summer weather, those buried pockets can hinder water movement into the soil and trap heat, causing the turf over them to desiccate quickly. That rapid drying produces tissue that looks damaged—quite similar to how some diseases appear—so a patch can resemble a pathogen even though the cause is abiotic stress from the debris. So the statement that buried debris dries out rapidly in dry summer weather and may resemble disease captures this moisture-stress effect. The other options don’t fit because buried debris isn’t mainly about faster drainage, it doesn’t typically provide beneficial nutrients in a way that mirrors disease symptoms, and while it can influence temperature, the common observable consequence during dry periods is desiccation rather than a straightforward cooling effect.

When turf shows brown or scorched-looking patches, it can be hard to tell apart disease from environmental stress. Buried debris creates uneven moisture and microclimates in the root zone. In hot, dry summer weather, those buried pockets can hinder water movement into the soil and trap heat, causing the turf over them to desiccate quickly. That rapid drying produces tissue that looks damaged—quite similar to how some diseases appear—so a patch can resemble a pathogen even though the cause is abiotic stress from the debris.

So the statement that buried debris dries out rapidly in dry summer weather and may resemble disease captures this moisture-stress effect. The other options don’t fit because buried debris isn’t mainly about faster drainage, it doesn’t typically provide beneficial nutrients in a way that mirrors disease symptoms, and while it can influence temperature, the common observable consequence during dry periods is desiccation rather than a straightforward cooling effect.