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Snakes are cold-blooded creatures, just like amphibians. When a certain animal is cold-blooded, it basically means that they are able to adapt their own internal temperature to that of their environment. When a snake is in a cool environment, their body temperature tends to drop rather quickly.


Almost everybody’s heard of the terms ‘cold-blooded’ and ‘warm-blooded.’ And we all know common examples of each: snakes and reptiles, for example, are cold-blooded. But what most people don’t know is why some animals are cold-blooded and why others aren’t. Being ectothermic gives snakes an advantage over other animals in […]


Snakes are cold-blooded - they need to absorb heat from the sun to warm their bodies instead of heating from the inside as we do. ...


Well, yes. Birds are endotherms, and they’re part of Sauropsida, which is synonymous with Reptilia. The Linnaean classification system is sadly outdated, and the old group ‘reptiles’ is non-monophyletic, so is falling into disuse. The only way to ...


Lizards (like snakes and other reptiles) are cold-blooded. They absorb heat from the sun in order to warm their bodies so they can forage for food. The cannot maintain their own temperature. ...


It has been hypothesized that warm-bloodedness evolved in mammals and birds because it provided defense against fungal infections. Very few fungi can survive the body temperatures of warm-blooded animals. By comparison, insects, reptiles, and amphibians are plagued by fungal infections. References


With one or two exceptions, all reptiles are considered to be cold blooded as they use exothermic means, such as sunning on rocks, or shading themselves, to control their body temperature.


reptiles blood is not really cold, it just means that when reptiles are in the shade they cool down and when they go into the sun they can warm up. the difference between the warm blooded is that ...


Most reptiles today are cold-blooded, meaning their body temperature is determined by how warm or cold their surroundings are. But, some of the modern ocean's top predators, tuna and swordfish, are “homeothermic” (aka warm-blooded), or able to keep their body temperatures at a constant temperature despite changing environmental conditions.


Cold-blooded animals also need to be warm and active to find a mate and reproduce. Being cold-blooded, however, also has its advantages. Cold-blooded animals require much less energy to survive than warm-blooded animals do. Mammals and birds require much more food and energy than do cold-blooded animals of the same weight.