It depends on the species.
The platypus has webbed feet with a retracting webbed membrane which can expose the claws, enabling the platypus to effectively dig burrows into riverbanks for shelter. 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. The platypus can remain underwater for between one and five minutes. 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.
Many mammals such as platypuses, otters and beavers have thick, waterproof fur. Platypuses and beavers have flat tails which act as a rudder in the water.
Marine mammals have various adaptations as well. Dolphins and whales, for example, have a different fin shape: their tails go up and down to help them dive up to get air (compared to a fish's back fin which moves side to side). The shape of their fins also helps to propel them through the water. To help dolphins and whales save oxygen while they dive underwater, their heart beats slower during a dive and their blood is diverted from other parts of the body to their heart, lungs, and brain. They also save oxygen via their muscles, which have a protein called myoglobin, which in turn stores oxygen. Dolphins and whales have blubber, or fat, which provides insulation, helping the dolphin stay warm in cold water. Blubber also serves another function, streamlining the body for better speed in the water. Marine mammals breathe with lungs rather than gills, so they breathe from a blowhole which closes before the dolphin goes into the water, so water will not enter the blowhole. Many species have well developed echolocation, by which they locate other animals and objects in the water. It is also how they communicate with each other.
Animals get their food through various means such as hunting, scavenging, grazing, foraging, or through symbiotic relationships with other organisms. Different feeding strategies are adopted based on the animal's diet, habitat, and evolutionary adaptations.
Physical adaptations help animals survive by giving them characteristics such as camouflage, protective structures, or specialized body parts for hunting or gathering food. Behavioral adaptations, on the other hand, involve actions animals take to survive, such as migration, hibernation, or hunting strategies. Together, physical and behavioral adaptations increase an animal's chances of survival and reproduction in their environment.
Dessert animals get water from the food they eat, such as juicy fruits and succulent plants. Some animals also have specialized adaptations that allow them to extract water from their surroundings, like the kangaroo rat that can survive on metabolic water produced during digestion.
A predator is an animal that hunts and feeds on other animals for survival. Predators play a crucial role in maintaining the balance of populations within ecosystems by controlling the numbers of prey species. These animals have evolved various adaptations and hunting techniques to capture their prey effectively.
Water animals and land animals share several similarities despite their different habitats. Both types of animals have complex organ systems that allow them to perform essential functions such as respiration, digestion, and circulation. They also exhibit similar behaviors such as hunting for food, seeking shelter, and reproducing to ensure the survival of their species. Additionally, many water and land animals have evolved similar adaptations, such as limbs for movement or fins for swimming, to help them thrive in their respective environments.
Animals get their food through various means such as hunting, scavenging, grazing, foraging, or through symbiotic relationships with other organisms. Different feeding strategies are adopted based on the animal's diet, habitat, and evolutionary adaptations.
Hunting.
Tigers get their food by hunting many animals.
Animals get food by hunting foods.
Animals go extinct for numerous reasons. Common reasons animals die out are lack of habitat, over hunting, and changes in food or water sources.
It affects animals' food habits and adaptations.It affects the plants' adaptations as well.(ex for adaptations are t
Basically by hunting for weaker animals.
From hunting animals and farming.
like all animals they always know where the wetlands are
Physical adaptations help animals survive by giving them characteristics such as camouflage, protective structures, or specialized body parts for hunting or gathering food. Behavioral adaptations, on the other hand, involve actions animals take to survive, such as migration, hibernation, or hunting strategies. Together, physical and behavioral adaptations increase an animal's chances of survival and reproduction in their environment.
the hopewell found food by simply hunting down nearby animals
Examples of adaptations for a cacutse is that it is prickley and it has water inside of it as its main source of food.