Not just being able to swim underwater, but being able to sprint directly on the water’s surface. What does this lizard eat that fuels its fast dash across the water? What features has the basilisk have that allow them to not sink into the water? How does the basilisk defeat gravity? Would it be possible for humans to walk on water?
Its body is slim and egg-shaped shaped in cross section. The corner of the mouth spread out past the eye, this is why it’s called the largemouth bass. (Bailey, et al., 2004; Boschung, et al., 2004) Young largemouth basses eats zooplankton and insects that is in the marine.
The fourth characteristic is if it has homeostasis and cold-blooded animals don’t have a constant body temperature. The fifth characteristic is if it can grow and poison dart frogs can grow up to 6cm. The last characteristic is if it has the chemicals of life and it does have
They then would lace their darts and arrows with this toxin. Although the Poison Frog might seem like a menace, its habitat, prey, and toxin can all be adjusted so that the frog that can kill ten men, will seem like a puppy. Poison Dart Frogs live in rainforests near Central and South America. Any type of frog needs their skin to be constantly moist so a place where it rains 80 inches a year is the perfect
These features made Beelzebufo capable of killing lizards and other small animals, perhaps even hatchling dinosaurs.By comparison, the largest living frog today is the goliath frog of West Africa, which can be 12.5 inches (31.7 centimeters) long and weigh about 7.2 pounds (3.2 kilograms). The largest frog alive on Madagascar today is just over four inches (10.1
The sea otter has made many adaptations to its water environment. Its nostrils and small ears can close. The back feet, make the sea otter swim fast, because they are long, broad, flat, and webbed. The tail is short, thick, slightly flattened, and muscular and the front paws are short with retractable claws, with tough pads on its palms to get a good grip on prey. The sea otter propels itself underwater by moving the rear end of its body, including its tail and back feet, up and down.
Bass are a predatory fish, this means that they have to eat other living animals to survive. To hunt, bass will hide in structure, such as a submerged log, or some grass and ambush their prey. When their prey swims by the fish will swim out quickly and eat the food. Bass will eat anything that swims, they will eat minnows, crawfish, frogs,worms and even mice and ducklings that fall into the water. Bass will also eat other fish and sometimes lizards that fall into the water.
The anterior end of the earthworm, frogs, and fetal frog is the head. The forelegs of the frog and fetal pig are also considered a part of the anterior end. The posterior end of the earthworm is its tail while the hind legs are considered a part of the posterior end of the frog and fetal pig. - The purpose of pining these specific part of the organism to the dissecting tray is to allow the organism’s body to stay in place during the process of dissection. It also provides a clearer view when observing the organism internal
The heart continues pumping ad when passed by the green glands any material not needed is excreted. As the blood arrives back at the gills, the now carbon dioxide gas is removed and more oxygen is taken in. Earthworms, on the other hand, have a much simpler way of getting things done. Although living without any lungs or gills seems impossible, the earthworm is living proof that it is. If their skin is moist and coated with mucus, diffusion will occur.
Ultimately, the American lobster has a bilaterally symmetrical nervous system. There are ganglia on each segment of the body, each made up of a paired hemi-ganglia. The ganglia of neighboring segments are linked by connectives, while the hemi-ganglia are connected by commissures. Overall, the structure of this nervous system appears as a ladder-like chain consisting of a brain, two connectives, and a ventral nerve cord. Because lobsters lack a cerebral cortex, they rely on this complex nervous system to translate pain impulses into the sensation of pain