Journal of Fish Biology · 2016 · 69 citations · 18 references
Life SciencesBiologyEcologyFish BiologyFish EcologyFreshwater EcologyFish MigrationFish Reproductive EcologyFreshwater Fish EcologyFreshwater Reproductive BiologyMigration EcologyRiver EcologyAlternative Entry RoutesDam Impacts On MigrationFish Migration PathwaysPotamodromous MigrationReproductive MigrationsSeasonal Fish MovementsSeasonal Migration PatternsSpawning Migrations
Magdalena River basin potamodromous fishes have two annual reproductive seasons: the subienda in the first half of the year and the mitaca in the second. Both upstream migrations are c. 30-45 days long; after that, with the onset of the rainy season, fishes spawn and remain in the river (resident individuals) or start a downstream movement (the bajanza) to return to the Magdalena floodplain lakes (nursery, shelter and feeding grounds). Due to their particular gonad development the bocachico Prochilodus magdalenae and probably the comelón Leporinus muyscorum are physiologically able to undertake two annual basin migrations. In the presence of dams or hydropower structures, fishes are able to find alternative migration routes. Some species should be re-classified in their migratory behaviour.
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