Linked from

The 24 pages that link to Anadromy, each with the reason it gives.

• Fish migrationBroader topic: Salmon exemplify this sea-to-river route between feeding grounds and spawning sites.

• Freshwater fishBroader topic: Some freshwater-linked species, including salmon, alternate between ocean and river habitats.

• Pacific salmonNarrower topic: Pacific salmon exemplify this migration between marine feeding grounds and freshwater spawning sites.

• Atlantic salmonNarrower topic: Atlantic salmon exemplify this movement between river and ocean habitats.

• SpawningBroader topic: Salmon exemplify this migration between marine feeding grounds and freshwater spawning habitat.

• European eelCompared with: It reverses the European eel's usual movement between continental growth habitats and ocean spawning grounds.

• Salmon runNarrower topic: It describes the sea-to-river pattern shared by most salmon runs.

• SalmonNarrower topic: Many salmon follow this sea-to-river pattern to reach their spawning grounds.

• SalmonidaeRelated: Many salmonids use this migration, though the family also includes freshwater residents.

• Arctic charRelated: Some Arctic char populations feed at sea and return to freshwater to spawn.

• Sea lampreyRelated: Many sea lampreys feed in marine waters before returning to rivers to spawn.

• American shadNarrower topic: American shad follow this marine-to-freshwater reproductive pattern.

• CatadromyCompared with: It reverses catadromy's usual direction between growth habitat and spawning habitat.

• ClupeidaeRelated: Several shads in Clupeidae use this migration pattern to reach spawning grounds.

• Brown troutRelated: Sea trout exhibit this pattern, while many brown trout remain in freshwater.

• Rainbow troutNarrower topic: Steelhead express this migration pattern, while many rainbow trout stay in freshwater.

• SturgeonRelated: Some sturgeon populations migrate between marine feeding grounds and freshwater spawning sites.

• TroutRelated: Some trout populations migrate between freshwater and the ocean, while others remain inland.

• European seabassCompared with: Unlike anadromous fish, European seabass generally spawn in marine waters.

• OncorhynchusRelated: Many Oncorhynchus species hatch in fresh water, grow at sea, then return to spawn.

• SticklebackRelated: Some sticklebacks migrate between marine feeding grounds and freshwater spawning sites.

• AlosaRelated: Many Alosa species migrate between marine feeding grounds and freshwater spawning sites.

• CoregonusRelated: Some Coregonus populations move between marine and freshwater habitats.

• IlishNarrower topic: Ilish is anadromous, moving from marine feeding grounds into rivers to spawn.