Riverbank erosion is primarily caused by the erosive action of flowing water, which can wear away the soil and sediment along the riverbanks.

Steep riverbanks are more susceptible to erosion as they are less able to resist the erosive forces of flowing water.

Sedimentation refers to the process by which sediment is deposited along the banks of a river, typically in areas where the water velocity decreases.

Riverbank erosion can lead to the loss of riparian habitat, which is the vegetation and wildlife that exists along the banks of a river.

Sediment transported by a river can be classified into three types: bedload, suspended load, and dissolved load.

Erosion rate is a measure used to quantify the amount of soil or sediment that is eroded from a riverbank over a given period of time.

Transportation refers to the process by which sediment is carried downstream by the flowing water of a river.

Vegetation cover along riverbanks can help to reduce erosion by stabilizing the soil and reducing the impact of flowing water.

Delta formation occurs when sediment is deposited at the mouth of a river, typically where the river meets a larger body of water.

Sedimentation can lead to increased flooding as it can reduce the capacity of a river to carry water, resulting in higher water levels during floods.

Erosion refers to the process by which sediment is worn away from a riverbank by the erosive action of flowing water.

Riprap is a type of riverbank protection structure that involves placing large rocks or boulders along the riverbank to protect it from erosion.

Bedload refers to the sediment that is transported along the bed of a river by rolling, sliding, or saltation.

Riverbank erosion can lead to the loss of riparian habitat, which is the vegetation and wildlife that exists along the banks of a river.

Transportation refers to the process by which sediment is carried downstream by the flowing water of a river.