Upon sea stack collapse, which factor most retards longshore sediment redistribution?

💡 Explanation

High sediment cohesion inhibits redistribution because internal friction resists dispersal by waves and currents, rather than wind or waves slowing erosion. Strong cohesion maintains stack-derived sediment close to the source, therefore preserving localized deposits rather than causing widespread distribution.

• Which outcome relating to water resources occurs following acid rain deposition across landscapes dominated by exposed limestone due to atmospheric pollution?
• Which outcome results in subtropical gyres when encountering continental landmasses?
• Which outcome is caused by creep along a major fault?
• Which rapid decline in air quality will result when a pyroclastic flow enters a densely forested ravine?
• Which mechanism causes seismic creep along a transform fault boundary?
• Which mechanism triggers a tsunami when a subduction zone fault ruptures offshore?