ash trees are being removed when they show signs of the ash borer, a parasite that affects only ash trees…

ash trees are being removed when they show signs of the ash borer, a parasite that affects only ash trees and kills them off. what best explains why the ash trees are being cut down? the ash borer is a density - independent limiting factor, and humans need to clear cut to control tree density. the ash borer is a density - dependent limiting factor and will start to spread to nearby healthy trees. ash trees are outcompeting other trees and are thus more affected by the ash borer. changes in climate have decreased ash borer populations which indirectly increased the need for cutting down the trees.

ash trees are being removed when they show signs of the ash borer, a parasite that affects only ash trees and kills them off. what best explains why the ash trees are being cut down? the ash borer is a density - independent limiting factor, and humans need to clear cut to control tree density. the ash borer is a density - dependent limiting factor and will start to spread to nearby healthy trees. ash trees are outcompeting other trees and are thus more affected by the ash borer. changes in climate have decreased ash borer populations which indirectly increased the need for cutting down the trees.

Answer

Brief Explanations:

The ash borer is a parasite specific to ash trees. Density - dependent factors affect populations based on their density. Since the borer will spread to nearby healthy ash trees, cutting down affected trees is a preventive measure. The other options are incorrect as the borer is density - dependent, not density - independent, there's no indication of outcompeting, and the need for cutting is due to the borer's spread, not decreased borer populations.

Answer:

The ash borer is a density - dependent limiting factor and will start to spread to nearby healthy trees.