The Sparidae are a family of fish in the order Perciformes, commonly called sea breams and porgies. The sheepshead, scup, and red seabream are species in this family. Most sparids are deep-bodied compressed fish with a small mouth separated by a broad space from the eye, a single dorsal fin with strong spines and soft rays, a short anal fin, long pointed pectoral fins and rather large firmly attached scales.[1] They are found in shallow temperate and tropical waters and are bottom-dwelling carnivores.
Hermaphrodites occur in the Sparidae. Protogyny and protandry appear sporadically through this lineage of fish.[2] Simultaneous hermaphrodites and bidirectional hermaphrodites do not appear as much, since Sparidae are found in shallow waters.[2] Species of fish that express a hermaphroditic condition usually "lack a genetic hardwire", so ecological factors play a role in sex determination.[3]
Most species possess grinding, molar-like teeth.[4] Some of the species, such as Polysteganus undulosus, have been subject to overfishing, or exploitation beyond sustainable recovery.[5]
The family Sparidae contains about 155 species in 38 genera:
The most celebrated of the breams in cookery are the gilt-head bream and the common dentex.[7]
The Sparidae are a family of fish in the order Perciformes, commonly called sea breams and porgies. The sheepshead, scup, and red seabream are species in this family. Most sparids are deep-bodied compressed fish with a small mouth separated by a broad space from the eye, a single dorsal fin with strong spines and soft rays, a short anal fin, long pointed pectoral fins and rather large firmly attached scales. They are found in shallow temperate and tropical waters and are bottom-dwelling carnivores.
Hermaphrodites occur in the Sparidae. Protogyny and protandry appear sporadically through this lineage of fish. Simultaneous hermaphrodites and bidirectional hermaphrodites do not appear as much, since Sparidae are found in shallow waters. Species of fish that express a hermaphroditic condition usually "lack a genetic hardwire", so ecological factors play a role in sex determination.
Most species possess grinding, molar-like teeth. Some of the species, such as Polysteganus undulosus, have been subject to overfishing, or exploitation beyond sustainable recovery.
