Linked from

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

• EstuaryCompared with: Fjords can have estuarine salinity layering, but their defining feature is glacial origin.

• Glacial erosionBroader topic: Glacial overdeepening creates the submerged trough that seawater later fills.

• Glacial landformBroader topic: Fjords preserve deeply eroded valleys now occupied by seawater.

• U-shaped valleyBroader topic: Fjords are coastal examples of deeply glaciated valleys.

• GlaciationBroader topic: Fjords show how glacial erosion can leave valleys below sea level.

• Coastal geomorphologyBroader topic: Fjords reveal how glacial erosion and later marine flooding create coastal relief.

• Scandinavian PeninsulaBroader topic: Fjords are characteristic features of the peninsula’s Norwegian coast.

• Glacial valleyBroader topic: Fjords are coastal glacial valleys whose lower reaches were submerged after ice retreat.

• Coast MountainsRelated: Fjords cut into the range’s western flank where glacial valleys meet the sea.

• Scandinavian MountainsBroader topic: Fjords indent the Norwegian coast where glacial valleys reach the sea.

• Putorana PlateauCompared with: Putorana’s glacial troughs resemble fjords but remain inland and lake-filled.

• GeirangerfjordNarrower topic: Geirangerfjord is a classic example of this coastal landform.

• SognefjordNarrower topic: Sognefjord is one of Norway’s largest examples of this landform.

• Te WahipounamuBroader topic: Fjords such as Milford Sound are the area’s signature glacially carved inlets.

• Thurston IslandRelated: Glacially cut inlets mark parts of the island’s rugged coast.

• Cliffed coastCompared with: Its steep walls are chiefly glacial in origin, not wave-cut coastal cliffs.