What are hammer head shark adaptation?

* Cephalofoil (hammer-shaped head): This unique feature provides increased maneuverability and sensory reception. It allows for rapid turns and enhanced vision, enabling them to locate prey and detect predators more efficiently.

* Binocular vision: Hammerhead sharks have excellent binocular vision due to the positioning of their eyes on the sides of their head. This allows them to accurately estimate distances and depth perception when hunting or navigating their environment.

* Electroreception: Hammerhead sharks possess electroreceptors called ampullae of Lorenzini, which are sensitive to electrical fields. This adaptation helps them detect prey hidden in the sand or buried deep within sediments.

* Lateral line system: The lateral line system consists of sensory cells that detect vibrations and water currents. It allows hammerhead sharks to sense the movements of nearby objects and navigate in dark or murky waters.

* Teeth: Hammerhead sharks have sharp, serrated teeth that are well-suited for slicing through the flesh of their prey. Their lower teeth are longer than the upper teeth, creating a scissor-like bite.

* Gill slits: Hammerhead sharks have five gill slits on each side of their head. These slits allow for efficient water flow over the gills, facilitating oxygen uptake and respiration.

* Dorsal and pectoral fins: Hammerhead sharks have two dorsal fins and two large pectoral fins. The pectoral fins are used for steering and maneuvering while the dorsal fins provide stability and balance.

* Counter-shading: Hammerhead sharks have a dark dorsal side and a lighter ventral side. This coloration helps them blend into their surroundings and avoid being detected by predators or prey.