Hammerhead Shark Underside at Bob Wright blog

Hammerhead Shark Underside. Across the underside of the hammerhead’s paddle face is a field of little pores, each filled with a special gel that contains molecules sensitive to electrical fields. If you look closely at this great hammerhead shark (s. Hammerheads' mouths are on the underside of their heads. These are known as the ampullae of lorenzini and they’re responsible for picking up on changes in voltage in the water. Unlike many fish, hammerheads do not lay eggs. These small pores located on the underside of the cephalofoil can detect weak electrical signals produced by living organisms. This sensory adaptation enables hammerheads to detect. Hammerhead sharks, or sphyrnids, are perhaps the most distinctive and unique of all sharks. They have quite a small mouth for a large predatory fish, located on the underside of its head. The widened underside of cephalofoils further allows hammerhead sharks to have a higher concentration electroreceptor organs, or ampullae of lorenzini, at their disposal for detecting. Mokarran) you can see the sensory pores on the underside of its hammer. The pores basically act like a metal detector, sensing and locating prey buried under sand on the ocean floor. These cartilaginous fishes vary in size;.

Across the underside of the hammerhead’s paddle face is a field of little pores, each filled with a special gel that contains molecules sensitive to electrical fields. Unlike many fish, hammerheads do not lay eggs. The widened underside of cephalofoils further allows hammerhead sharks to have a higher concentration electroreceptor organs, or ampullae of lorenzini, at their disposal for detecting. If you look closely at this great hammerhead shark (s. These are known as the ampullae of lorenzini and they’re responsible for picking up on changes in voltage in the water. They have quite a small mouth for a large predatory fish, located on the underside of its head. This sensory adaptation enables hammerheads to detect. Hammerheads' mouths are on the underside of their heads. These small pores located on the underside of the cephalofoil can detect weak electrical signals produced by living organisms. Mokarran) you can see the sensory pores on the underside of its hammer.

Perfect Head On Shot Of A Hammerhead Shark (Image Jacob Degee

Hammerhead Shark Underside These small pores located on the underside of the cephalofoil can detect weak electrical signals produced by living organisms. These are known as the ampullae of lorenzini and they’re responsible for picking up on changes in voltage in the water. They have quite a small mouth for a large predatory fish, located on the underside of its head. Mokarran) you can see the sensory pores on the underside of its hammer. The widened underside of cephalofoils further allows hammerhead sharks to have a higher concentration electroreceptor organs, or ampullae of lorenzini, at their disposal for detecting. Hammerheads' mouths are on the underside of their heads. These small pores located on the underside of the cephalofoil can detect weak electrical signals produced by living organisms. This sensory adaptation enables hammerheads to detect. Hammerhead sharks, or sphyrnids, are perhaps the most distinctive and unique of all sharks. The pores basically act like a metal detector, sensing and locating prey buried under sand on the ocean floor. If you look closely at this great hammerhead shark (s. Unlike many fish, hammerheads do not lay eggs. Across the underside of the hammerhead’s paddle face is a field of little pores, each filled with a special gel that contains molecules sensitive to electrical fields. These cartilaginous fishes vary in size;.