Which of the following is NOT a benefit of tree support systems?

Tree support systems are designed primarily to enhance the structural integrity and longevity of trees, especially those that are young, weak, or subjected to adverse environmental conditions.

Increased tree stability ensures that the tree can withstand external forces, such as wind or heavy snow, thereby reducing the likelihood of failure and extending the tree's lifespan. This aspect is crucial for maintaining healthy trees, particularly in urban landscapes where trees are often stressed by soil conditions or limited space.

Protection during storm events is another critical benefit, as tree support systems can help safeguard branches and the trunk from damage caused by high winds and heavy precipitation. By minimizing movement during storms, these systems can significantly reduce the chance of structural damage, which is vital for both the tree's health and surrounding properties.

The reduction of risk factors for failure relates to how these systems help in managing various stressors on trees, ensuring that issues such as weak branches or poor growth habits are mitigated. Consequently, tree support systems can prolong the life of a tree by preventing complications that might lead to decline or collapse.

In contrast, while enhanced airflow through the canopy is beneficial for overall tree health and can aid in reducing issues like disease and pest problems by improving drying conditions, it is not a direct benefit derived from tree support