sea urchin This answer is incorrect. The correct answer is a cuttlefish.
The octopus is known for its ability to change color and texture to blend in with its environment, allowing it to avoid predators. This camouflage technique helps the octopus to hide in plain sight and escape from potential threats.
it uses camouflage because of its fur
One grassland animal that uses camouflage is the plains zebra. Their black and white stripes help them blend in with the tall grasses and create visual confusion for predators, making it harder for them to be detected. This adaptation helps them evade potential threats and survive in their open habitat.
A coral reef is home to many ocean organisms, starting with the coral itself. Many kinds of fish also live there, such as trigger fish and clown fish. The reef is also home to sea anemones, sea urchins, moray eels, and starfish, along with many more.
Many insects use camouflage. Name one of the laws of camouflage.
Ah, darling, that's called camouflage. It's nature's way of playing hide and seek, but with a survival twist. So, next time you can't spot that sneaky chameleon or well-camouflaged moth, just remember, they're just blending in like the pros they are.
The chamelion uses camouflage to hide away from its predators and to hide from its pray. Many sea creatures, such as certain types of squid and octopus, make use of camouflage as well.
Yes it does because the stick insect looks like a branch in a tree or on the ground.If an animal spots it,it uses that camoflage to make it look like a branch and that animal walks away and forgets all about it.
No, for example deer: they have their antlers and hooves to help them but they also have their camouflage to help them. They usually run away from their predators but if one stood up to the predator they would use their antlers and hooves.
coral bleaching is the loss of symbiotic 'algae' known as zooxanthellae (actually, they're dinoflagellates) in stressful environmental conditions, such as warmer than normal water temperatures and UV stress from the sun, or even pollutants. These 'algae' provide the coral with 90% of it's nutrition which it uses for growth and reproduction. If the corals are unable to regain their zooxanthellae, they will slowly starve and lose the ability to compete with other organisms for space on the reef. Algae frequently overgrow the weakened corals which subsequently die. Some corals, such as plating corals, have fragile skeletons and crumble into rubble when the coral dies. If a coral is not growing, it is eroding by ocean processes, and loses the complex structure that provided a home for all of the other reef organisims. No reef, no fish.
To hide form it's predator.
so it dosent get eaten