Linked from

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

• Cascade RangeRelated: Erosion and changing drainage help explain the range’s complex river valleys and divides.

• RiverRelated: Headward erosion can redirect flow and reorganize drainage networks.

• WaterfallRelated: An eroding waterfall can help a stream extend its basin and capture neighboring waters.

• Continental DivideRelated: Capture can shift a divide and redirect water between ocean-bound systems.

• River incisionRelated: Headward incision can extend a channel until it captures drainage from a neighboring basin.

• Three GorgesRelated: Drainage rearrangement is one proposed explanation for the Yangtze’s route through the gorges.

• Yangtze River basinRelated: Capture and erosion helped shape the basin's deeply incised upper courses.

• Brazilian HighlandsRelated: Drainage rearrangement has helped shape the highlands’ river networks.

• Three Parallel Rivers of Yunnan Protected AreasRelated: It helps explain how neighboring river systems acquired their present courses.

• Casiquiare CanalCompared with: It can create drainage rearrangements, unlike the Casiquiare’s continuing channel bifurcation.

• Kolyma MountainsRelated: Drainage rearrangement helps explain the complex river valleys around the highlands.

• River sourceRelated: Capture can shift a drainage boundary and alter which source feeds a river.

• Anadyr HighlandsRelated: Long-term erosion can alter drainage divides in upland terrain like this.

• Caves of Han-sur-LesseRelated: Underground drainage helps explain the Lesse’s disappearance and re-emergence at Han.

• Tang-e GharuRelated: Drainage processes help explain how rivers cut and reshape narrow mountain valleys.

• VøringsfossenRelated: Changes in drainage can help explain how rivers become routed through steep valleys.