Linked from

The 16 pages that link to River engineering, each with the reason it gives.

• Hydraulic engineeringBroader topic: It is a specialized application concerned with channel stability, navigation, and flood conveyance.

• Inland waterway transportRelated: River works can improve navigation while changing flow and channel conditions.

• Inland waterwayRelated: Dredging, dams, and bank works can maintain navigation or alter a river's course.

• Alluvial plainRelated: Levees and channelization can reduce local flooding while changing sediment distribution.

• MeanderRelated: Engineered bank protections and channel works can constrain or redirect meanders.

• River channelNarrower topic: Engineering projects alter channel geometry to manage flow, erosion, or access.

• Fluvial geomorphologyRelated: Engineering choices alter the erosion, transport, and deposition processes geomorphology explains.

• Open-channel flowNarrower topic: It applies channel-flow analysis to river training, flood management, and conveyance.

• Fluvial erosionRelated: Structures such as revetments and groynes are used to limit or redirect erosion.

• River transportRelated: Channelization and barriers can improve navigation while changing river processes.

• DistributaryRelated: Engineering works can close, redirect, or stabilize distributary channels.

• Water managementRelated: It provides the engineering methods used to control and redirect river flows.

• Alluvial riverRelated: Engineering works attempt to control channels whose sediment and flow continually change.

• Japanese giant salamanderRelated: Channel changes and dams can remove shelter and disrupt the streams it inhabits.

• River morphologyRelated: Engineering works can reshape channels, making morphological effects central to their design.

• Baer–Babinet lawRelated: Levees, groynes, and channelization can impose bank-erosion patterns unrelated to the law.