True or False: A diversion or earthen dike must be used to direct stormwater into the temporary slope drain.

True or False: A diversion or earthen dike must be used to direct stormwater into the temporary slope drain.

• A. True
• B. False
• C. Only for large storms
• D. Depends on location

Answer: (A)

The statement is true because a diversion or earthen dike is specifically designed to manage and redirect stormwater runoff. In terms of stormwater management, ensuring that water is effectively channeled into a temporary slope drain is crucial for preventing erosion, controlling sedimentation, and minimizing potential damage to surrounding areas. A diversion or earthen dike serves as a physical barrier that guides stormwater away from vulnerable areas and directs it into appropriate drainage systems. This is particularly important during heavy rain events, where uncontrolled runoff can lead to significant erosion and sediment displacement. By using diversions or earthen dikes, practitioners are implementing best management practices that enhance control of stormwater flow and improve overall site stability. This is a standard approach in many erosion and sediment control practices, emphasizing the importance of proactive measures in managing stormwater effectively.

The statement is true because a diversion or earthen dike is specifically designed to manage and redirect stormwater runoff. In terms of stormwater management, ensuring that water is effectively channeled into a temporary slope drain is crucial for preventing erosion, controlling sedimentation, and minimizing potential damage to surrounding areas.

A diversion or earthen dike serves as a physical barrier that guides stormwater away from vulnerable areas and directs it into appropriate drainage systems. This is particularly important during heavy rain events, where uncontrolled runoff can lead to significant erosion and sediment displacement. By using diversions or earthen dikes, practitioners are implementing best management practices that enhance control of stormwater flow and improve overall site stability.

This is a standard approach in many erosion and sediment control practices, emphasizing the importance of proactive measures in managing stormwater effectively.