Research news on carpet sharks (order)

Carpet sharks are an order of cartilaginous fishes (Orectolobiformes) within the class Chondrichthyes, characterized by generally dorsoventrally flattened bodies, often elaborate dermal ornamentation, and subterminal mouths accompanied by prominent nasal barbels or nasoral grooves. This order includes nurse sharks, wobbegongs, whale sharks, and several smaller benthic species. They typically possess two dorsal fins without spines, small spiracles, and well-developed sensory systems adapted for demersal or filter-feeding ecologies. Reproductive modes range from oviparity to various forms of viviparity, with internal fertilization. Carpet sharks occupy primarily marine habitats from shallow coastal reefs to pelagic zones, playing important roles as meso- and apex predators or large planktivores.

Cameras on whale sharks reveal they are the snackers of the sea

New video evidence has revealed whale sharks, the largest fish in the sea, are serial snackers, feeding on large amounts of small prey at all ocean depths, according to research led by the Australian Institute of Marine Science ...

Assessing the impact of drones on whale sharks

In recent years, using drones for wildlife research has proven to be a valuable tool in collecting data for population surveys, observing behavior and measuring animals' physical dimensions. A new study led by Murdoch University ...

War threatens Gulf's dugongs, turtles and birds

From sea turtles to birds and the gentle dugong, the Persian Gulf's diverse but fragile marine life is threatened by the bombs and oil of the war in the Middle East.

Prehistoric fossil poses puzzles in shark research

A newly examined prehistoric shark from the age of dinosaurs provides surprising insights into the early evolution of modern sharks. It cannot be confidently assigned to any shark order that exists today and thus calls into ...

Walking sharks break biology reproduction rules

New research from James Cook University has made the extraordinary discovery that epaulette sharks can reproduce and lay eggs without any measurable rise in energy use.

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