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Of or belonging to the Teleostei or Teleostomi, a large group of fishes with bony skeletons, including most common fishes. The teleosts are distinct from the cartilaginous fishes such as sharks, rays, and skates

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Which fishes has a skeleton made of hard bone?

The taxonomic classification of fish that have hard, bony skeletons is teleosts.


What fish group has the greatest number of species?

The fish group with the greatest number of species is the teleosts, which belong to the class Actinopterygii. Teleosts account for over 26,000 species, making them the most diverse group of vertebrates. This group includes familiar species such as salmon, tuna, and goldfish, and they are characterized by their bony skeletons and advanced anatomical features.


Is cuttlefish a true fish?

The term "true fish" would normally be applied to bony fish, technically known as teleosts. The cuttlefish is not a teleost, it is a cephalopod, which is a type of mollusc.


What has the author Ted Cavender written?

Ted Cavender has written: 'The caudal skeleton of the cretaceous teleosts Xiphactinus, Ichthvodectes, and Gillicus' -- subject(s): Fossil Osteichthyes, Paleontology


What does a white tip reef shark eat?

They eat · Octopuses · Teleosts fishes · Crabs · Goat fish · Squirrel fish · Eels · Parrot fish · Tiger fish · Damselfish · Surgeon fish


What is the difference bwtween teleosts and elasemobrache?

Teleosts are a diverse group of bony fish that belong to the class Actinopterygii, characterized by their advanced skeletal structures and swim bladders, which aid in buoyancy. Elasmobranchs, on the other hand, are a subclass of cartilaginous fish, including sharks and rays, characterized by their skeletons made of cartilage rather than bone. This fundamental difference in skeletal structure, along with variations in reproductive strategies and ecological roles, distinguishes the two groups within the aquatic ecosystem.


What members of the class Osteichyes are the most abundant and diverse vertebratesWhat members of the class Osteichyes are the most abundant and diverse vertebrates?

The most abundant and diverse members of the class Osteichthyes, commonly known as bony fish, are the teleosts. Teleosts make up the majority of fish species, with over 30,000 identified, including familiar groups such as salmon, tuna, and goldfish. Their evolutionary adaptations, such as specialized feeding mechanisms and varied reproductive strategies, contribute to their vast diversity and ecological success in aquatic environments.


What has the author Arie Schuijf written?

Arie Schuijf has written: 'Field studies of directional hearing in marine teleosts' -- subject(s): Atlantic cod, Ballan wrasse, Directional hearing, Fishes, Sense organs


What is a telelosts?

Teleosts are a diverse group of bony fish that belong to the infraphylum Osteichthyes and are characterized by a range of advanced features, including a mobile jaw and a swim bladder that aids in buoyancy. They represent the largest and most varied group of fish, encompassing over 26,000 species, including familiar types like salmon, tuna, and goldfish. Teleosts are notable for their evolutionary adaptations, which allow them to thrive in various aquatic environments. Their evolutionary success is partly due to their efficient reproductive strategies and varied feeding mechanisms.


Why are cartilaginous fish called cartilaginous fish?

Cartilaginous fish, also known as elasmobranchi, have skeletons made of cartilage rather than bone. Bony fish, also known as teleosts, have skeletons made of bone.


What has the author Aimo Oikari written?

Aimo Oikari has written: 'Adaptations enabling Baltic teleosts to maintain osmotic and ionic balance in dilute brackish water' -- subject(s): Adaptation (Physiology), Fishes, Kidneys, Osmoregulation, Physiology, Water-electrolyte balance (Physiology)


What is Horizontal septum?

The horizontal septum is a structure found in certain fish species, particularly teleosts, that separates the body cavity into dorsal and ventral compartments. This partition helps in organizing the internal organs and can play a role in locomotion by providing support for muscle attachment. It is particularly significant in the context of the fish's swimming mechanics, influencing how the body moves through water.