Cyprinidae
cá lá giang
Parazacco fasciatus
FISH SPECIES
Freshwater fish spend all or part of their lives in rivers, lakes, streams and wetlands. The label describes an environment, not one branch of the fish family tree, so freshwater species include many unrelated shapes and lineages.
01 / NATURAL HISTORY
Freshwater habitats contain far less salt than seawater and can change quickly with seasons, floods and drought. Fish living there use many different strategies, from streamlined bodies for current to barbels that help find food near the bottom.
02 / LIFESTYLE
Life in freshwater follows the movement of water and food. Some fish hold position in a current and intercept drifting prey; others search plants or sediment for a meal. Changes in flow and water level can open feeding grounds or trigger movements toward spawning areas. These behaviors reflect how fish balance hydrodynamic energy expenditure against food intake.
OBSERVATION INDEX
03 / SPECIES
Discover representative species illustrating the ecological diversity, morphologies and adaptations of this group.
Cyprinidae
Parazacco fasciatus
Poeciliidae
Phalloceros elachistos
Badidae
Dario dayingensis
Cyprinidae
Telestes dabar
Cyprinidae
Acrossocheilus dabieensis
Cyprinidae
Neochela dadiburjori
Cichlidae
Neolamprologus pulcher
Cyprinidae
Alburnoides gmelini
Adrianichthyidae
Oryzias woworae
Gobiidae
Chlamydogobius gloveri
Eleotridae
Mogurnda thermophila
Cyprinidae
Zacco taliensis
Cyprinidae
Aulopyge huegelii
Characidae
Amazonspinther dalmata
Cichlidae
Paretroplus damii
Cichlidae
Paretroplus maculatus
Aphaniidae
Anatolichthys danfordii
Cyprinidae
Leuciscus danilewskii
Cyprinidae
Alburnus mento
Cyprinidae
Romanogobio antipai
Gobionidae
Gobio obtusirostris
Cyprinidae
Romanogobio uranoscopus
Cyprinidae
Rutilus pigus
Galaxiidae
Galaxias mungadhan
04 / FIELD NOTES
It is recorded from inland waters with low salinity for all or part of its life cycle.
No. Freshwater is a habitat category that includes many separate evolutionary groups.
Most cannot; without physiological adaptations to excrete excess salt, their cells rapidly lose water through osmosis and dehydrate in hypertonic seawater.