Sparidae
Fanged seabream
Sparidentex jamalensis
FISH SPECIES
Saltwater fish, also called marine fish, live in seas and oceans. They range from small reef residents to fast open-ocean swimmers and species that stay close to the seabed.
01 / NATURAL HISTORY
Marine fish regulate water and salts in a very different environment from freshwater fish. Body form often reflects where they live: streamlined swimmers cross open water, while compressed or camouflaged species maneuver around complex habitats.
02 / LIFESTYLE
Marine fish occupy a vast, three-dimensional environment with shifting currents, light gradients and depths. Open-water pelagic species often school to travel efficiently and confuse predators, while reef residents navigate complex crevices between foraging patches. Along the coast and continental shelves, tidal cycles and changing sunlight dictate daily peaks of activity and shelter seeking.
OBSERVATION INDEX
03 / SPECIES
Discover representative species illustrating the ecological diversity, morphologies and adaptations of this group.
Sparidae
Sparidentex jamalensis
Ophichthidae
Echiophis brunneus
Anoplogastridae
Anoplogaster cornuta
Stomiidae
Melanostomias niger
Muraenidae
Enchelycore anatina
Anthiadidae
Lepidoperca brochata
Alepocephalidae
Bathyprion danae
Platyrhinidae
Platyrhina sinensis
Monacanthidae
Pervagor spilosoma
Syngnathidae
Doryrhamphus excisus
Paralichthyidae
Xystreurys liolepis
Gobiidae
Priolepis farcimen
Mullidae
Upeneus farnis
Eleotridae
Calumia eilperinae
Moridae
Guttigadus globiceps
Psychrolutidae
Cottunculus granulosus
Psychrolutidae
Psychrolutes marmoratus
Squalidae
Squalus crassispinus
Pomacentridae
Pycnochromis fatuhivae
Ophidiidae
Lepophidium profundorum
Blenniidae
Hypsoblennius hentz
Gobiidae
Callogobius plumatus
Blenniidae
Hypleurochilus multifilis
Scorpaenidae
Neochirus brachyptera
04 / FIELD NOTES
Yes. Because surrounding seawater is saltier than their internal fluids, marine bony fish constantly lose water by osmosis, requiring them to drink seawater continuously and pump excess salts out via gill cells.
No. Coral reefs represent only a fraction of marine environments; the vast majority of marine species inhabit open pelagic waters, continental shelves, or the deep ocean floor.
Yes. Euryhaline and migratory species like salmon, bull sharks and European eels actively adjust their osmotic regulation between fresh and marine waters.