In hot environments, cold-blooded animals can have blood that is much warmer than warm-blooded animals. Cold-blooded animals are much more active in warm environments and are very sluggish in cold environments. This is because their muscle activity depends on chemical reactions which run quickly when it is hot and slowly when it is cold. A cold-blooded animal can convert much more of its food into body mass compared with a warm-blooded animal.
INFO FOUND: http://coolcosmos.ipac.caltech.edu/image_galleries/ir_zoo/coldwarm.html
It's not Tundra!
Bees are not completely dormant in cold weather, but they are less active. They are less likely to be out foraging for food when temperatures are very low. However, bees can still be active during colder periods and may defend their hive if they feel threatened.
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Your thyroid responds to TSH produced by your pituitary gland by producing T4 (an inactive form of thyroid hormone). It then converts T4 into a mixture of T3 (the active form) and reverse T3 (another inactive form). Not enough T3 is likely to make you feel too cold at normal room temperatures. Too much T3 is likely to make you feel too hot at normal room temperatures.
Biomes that have low precipitation, extreme temperatures, short growing seasons, and poor soil are the most likely to have nocturnal animals.
the animal's that are most active at night would have to be the leapord,tiger,and lion because they come out at night to hunt for food and that is when they are most dangerous because you can't see them so they are most likely to attack.
Has high Internal Temperatures.
thermosphere
Thermoshpere
low temperatures
The phrase "bright eyed and bushy tailed" likely originated from observations of animals like squirrels or rabbits, which are known for their alertness and energy. It is used to describe someone who is enthusiastic and full of energy, similar to how these animals appear when they are alert and active.
In stars.