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  2. en.wikipedia.org › wiki › Cold-bloodedCold-blooded - Wikipedia

    Cold-blooded is an informal term for an animal's thermophysiology, such as ectothermy, poikilothermy and bradymetabolism. It can also refer to music, films, horses and other topics.

  3. adjective. uk / ˌkəʊldˈblʌd.ɪd / us / ˌkoʊldˈblʌd.ɪd / Add to word list. Cold-blooded animals can only control their body heat by taking in heat from the outside or by being very active: Snakes and lizards are cold-blooded animals. Compare. warm-blooded. behaving in a very cruel way with no sympathy for other people: a cold-blooded murder.

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    Sharks are fascinating creatures whose body temperature adapts to match the water they inhabit. One feature of sharks is their complex vascular network, which ensures oxygen is distributed efficiently throughout their bodies. Interestingly, this circulatory system also causes their bodies to heat up to the temperature of the surrounding water and a...

    Frogs are experts at regulating their body temperature through a combination of sunlight, water, and shade. During high temperatures, frogs rely on moisture and humidity to survive, and when the heat is too much, they instinctively cool off in water. In cooler weather, some frogs enter periods of dormancy, hibernating below ice or deep in mud. Duri...

    Bee antennae possess incredible sensitivity in detecting temperature drops as low as 0.25°C. To maintain warmth, hives and be built to trap heat, and insulation is provided by the likes of tree trunks or layers of honeycomb. The concentrated warmth from the bees themselves keeps the hive's interior temperature ready for flight, regardless of the te...

    Sea turtles are reptiles that rely on water to maintain their body temperature. They thrive at an optimal internal temperature between 25 and 27 Celsius, which is notably high given their low metabolic rate. Their moderate metabolism renders them vulnerable to frigid ocean temperatures; should ocean temps dip below 10 degrees Celsius, their bodies ...

    Other organisms, such as the Dinoflagellates, a type of protist, also present cold-blooded features in their physiology. The most remarkable example is the Tardigrades or "water bears," which can survive high temperatures and intense radiation due to specific physiological adaptations. As an additional feature peculiar to this group, they

    Learn what cold-blooded animals are, how they regulate their body temperature, and which ones are terrestrial or aquatic. Discover the benefits and challenges of being ectothermic, and see some fascinating examples of sharks, frogs, bees, and sea turtles.

    • Jessica Dillinger
  4. Mar 5, 2024 · Learn the difference between ectothermic (cold-blooded) and endothermic (warm-blooded) animals, how they regulate their body temperature, and their evolutionary history and advantages. See examples of ectothermic and endothermic animals, such as reptiles, fish, mammals, and birds.

    • Turtles and Tortoises. Scientific Family: Testudines. Turtles and tortoises are a large group of reptiles that go back hundreds of millions of years. This group includes over 350 species found on land, as well as in both fresh and salt water.
    • Honey Bees. Scientific Name: Apis mellifera. Honey bees are interesting insects that provide pollination for a wide array of plants. Like other insects, honey bees are cold-blooded.
    • Snakes. Scientific Suborder: Serpentes spp. Snakes are found just about everywhere on Earth, with the exception of New Zealand, Ireland, Iceland, Greenland, and Antarctica.
    • Crocodiles. Scientific Name: Crocodylinae. Crocodiles are large, fierce, and aggressive. In the wild, they can prey on zebras, elephants, and other large animals.
  5. Aug 3, 2023 · Cold-blooded animals have resistance against microorganisms, and when they are infected, they reduce body temperature as a defense mechanism. Warm-blooded animals have a much stronger immune system to defend against such microorganisms.

  6. cold-bloodedness, the state of having a variable body temperature that is usually only slightly higher than the environmental temperature. This state distinguishes fishes, amphibians, reptiles, and invertebrate animals from warm-blooded, or homoiothermic, animals (birds and mammals).

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