because we like to take massive pool pool around the world
The adaptions of a turtle to survive is by their shell to hide in it..
The adaptions of a turtle to survive is by their shell to hide in it..
water temp
i believe the common adaptions of the common snapping turtle are anonymous.
They already now how to cover themselves in their shell.
the behaviourl adaptations are to be mad at everything it sees
the ribs of a sea turtle are attached to the shell and so they sea turtle breathes by opening and closing his/hers legs.
They get mad when another turtle takes it's place as the parent for the baby turtle's sake of life and death.The giant turtle will use it's structural adaptations to fight for it's child.It may bump the other turtle's shell then swim off, so it can make the fake parent of the baby turtle will follow it into some dark places in the sea then get lost.Then the real parent comes back to take the child far away from the false parent.
Their forelimbs are paddle-like flippers that aid in swimming. Also, their necks and limbs are nonretractile.
A sea turtle adapts by eating kelp and fish.A sea turtle is a truly amazing reptile with many different adaptations. One of its adaptations is its hard shell. The shell protects a sea turtle like a shield from many predators. Another adaptation that a sea turtle has is its flippers. A sea turtle's flippers help it swim smoothly. They are also built for digging in the sand. A sea turtle has a very interesting adaptation near its eyes. There is a gland that helps release salt from the ocean. So, on land, it looks like a sea turtle is crying. Without these adaptations, sea turtles may not survive in the wild.they eat kelp
A turtle's cell is similar in structure to the cells of other animals. It would consist of a cell membrane, cytoplasm, nucleus, and organelles such as mitochondria and endoplasmic reticulum. Additionally, turtle cells may have adaptations to suit their specific physiological needs.
In general, flatter and wider shell shapes tend to be more buoyant than rounder and more domed shell shapes. The flatter shape creates more surface area, allowing for greater buoyancy in the water. The buoyancy of a turtle shell can also be influenced by factors such as air pockets within the shell, body composition of the turtle, and other adaptations for aquatic life.