Platypuses do not hold much food in their cheek pouches. The cheek pouches are only used to store enough food for the platypus to grind (it does not chew as it has no teeth) as it floats on the surface between dives.
The platypus has sensitive electroreceptors which pick up tiny nerve and electrical impulses generated by crustaceans and other animals that inhabit the bottom of the creek or river. The platypus then uses its bill to shovel away the dirt, and find the food. It does not have teeth, but hard bony plates which it uses to grind the food.
No. The platypus is well equipped with sensitive electroreceptors which pick up tiny nerve and electrical impulses generated by crustaceans and other animals that inhabit the bottom of the creek or river. The platypus then uses its bill to shovel away the dirt, and find the food. It does not have teeth, but hard bony plates which it uses to grind the food.
An example of a physical adaptation is the bill of a platypus. The platypus's bill has sensitive electroreceptors which pick up tiny nerve and electrical impulses generated by crustaceans and other animals that inhabit the bottom of the creek or river. The platypus then uses its bill to shovel away the dirt, and find the food. It does not have teeth, but hard bony plates which it uses to grind the food.
The platypus has a number of unique adaptations which help it to find food. The platypus dives into creeks and rivers for its food. Its bill has sensitive electroreceptors which pick up tiny nerve and electrical impulses generated by crustaceans and other animals that inhabit the bottom of the creek or river. The platypus then uses its bill to shovel away the dirt, and find the food. It does not have teeth, but hard bony plates which it uses to grind the food. The platypus has webbed feet which help it to swim, and which have a retracting webbed membrane which can expose the claws, enabling the platypus to effectively dig burrows in riverbanks for shelter, and the webbing membrane retracts for that purpose, but spreads between its toes when it needs to swim - which it needs to do to get its food.
how do crayfish grind up there food in there stomach
when your teeth grind food is it chemical or mechanical
All animals have physical adaptations of some kind. An example of an animal with a physical adaptation is the platypus. The platypus's bill has sensitive electroreceptors which pick up tiny nerve and electrical impulses generated by crustaceans and other animals that inhabit the bottom of the creek or river. The platypus then uses its bill to shovel away the dirt, and find the food. It does not have teeth, but hard bony plates which it uses to grind the food.
Mastication (when teeth cut and grind food) is a physical change.
On a daily basis, a platypus swims and hunts for food in the water.
Platypuses are carnivores. They are predators; they eat small water animals such as aquatic insect larvae, fresh water shrimp, annelid worms, yabbies and crayfish. Platypuses catch their food in the water. They may make hundreds of dives in a single day. The bill of a platypus has sensitive electroreceptors which pick up tiny nerve and electrical impulses generated by crustaceans and other animals that inhabit the bottom of the creek or river. The platypus then uses its bill to shovel away the dirt, and find the food. Platypuses do not have teeth, but hard bony plates which they use to grind the food.
Platypuses are unique in that they use electroreception to catch their prey. This is unlike any other mammal, and is also nothing like the echolocation used by some bats and some marine mammals. The bill of a platypus has sensitive electroreceptors which pick up tiny nerve and electrical impulses generated by crustaceans and other animals that inhabit the bottom of the creek or river. They catch their food in the water and may make hundreds of dives in a single day. The platypus then uses its bill to shovel away the dirt, and find the food. Platypuses do not have teeth, but hard bony plates which they use to grind the food.