Snakes like to hibernate somewhere.

Snakes hibernate in caves, tree cavities and rock crevices in the dry zone.

When winter arrives and the temperature drops to 7-8, snakes begin to hibernate in caves, tree hollows and rock crevices in high dry areas.

Because snakes are cold-blooded animals, the temperature in their body varies with the temperature of their environment. In winter, when the outside temperature drops, so does the snake's body temperature. Therefore, snakes adopt hibernation to adapt to the low temperature.

During this period, the snake does not eat or move, and only relies on the consumption of the fat stored in the body before wintering to maintain the minimum needs of life activities. In such a harsh natural environment as winter, the mortality rate of snakes that live in scattered hibernation is as high as 1 3 to 1 2. If you hibernate in groups, you can increase the ambient temperature by 1-2 and reduce water loss.

This greatly reduces the level of energy expenditure in the body, reduces mortality, and also helps to increase the chances of male and female snakes mating after the sting in the following spring. So when hibernating, there are often dozens or hundreds of snakes of the same or different species clustered together.

Hello answer, I am inquiring for you here, please wait a while, I will reply to you right away In winter, when the temperature is low, snakes generally hibernate in dry and sunny burrows, tree hollows or rock crevices.

Snakes have the habit of hibernation, whenever winter comes, the temperature drops to about 7-8 will enter the state of hibernation, often choose in dry high places, such as tree holes, caves, and rock crevices as the location of hibernation, there will be dozens or hundreds of snakes of the same species or different species gathered together, can raise the surrounding temperature.

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The snake is an ectothermic animal.

Its body temperature often changes with the change of temperature in the four seasons, and the metabolic rate and activity in the body are also closely related to the change of body temperature. When the body temperature is high, the metabolic rate is high and the activity is frequent; When body temperature is low, the metabolic rate is low and activity is weakened. Generally speaking, from late spring to early winter, it is the best season for snake activities, especially in the hot summer and the golden autumn, snake activities are the most active, often wandering around, looking for food day and night, as the saying goes"Seven horizontal, eight hanging, nine entanglement trees"This is a vivid illustration of the fact that these three months are the peak of snake activity.

However, there is a limit to how snakes like heat, especially in the scorching heat of summer, and they like to live in shade such as trees, grass, and streams. From autumn to winter, as the temperature gradually drops, the metabolism in the snake's body decreases, and when its physiological activities slow down to a certain level, it gradually enters"Hibernation"Time limit. Ordinary venomous snakes have begun to hibernate in burrows one after another without eating, drinking, molting or molting since late November, when they often gather in dozens or even hundreds of clusters in burrows or tree cavities located in high dry places for the winter.

It is not until the next spring when the flowers bloom and the ice and snow melt that they wake up from their dormant state and start a new life for the year. It takes about three months from the human cave to hibernation, and it mainly relies on the nutrients stored in the body in the form of fat to be slowly replenished to maintain the minimum nutrients of life.

Hibernation is determined by the thermotropic characteristics of snakes. The metabolic activity of snakes is the result of the action of chemical reactions in the body, catalysts, and enzymes. In general, enzymes require certain temperature conditions for their action.

When this condition is satisfied, the catalytic effect of the enzyme can be played at its best, and the metabolism can be carried out most vigorously. Only then can the snake obtain sufficient energy, increase the activity and emergency of the body, and improve the ability to hunt prey and evade predators. When the cold winter arrives, the snake dives underground.

As the temperature decreases, the activity of enzymes in the snake also decreases, and the metabolism is extremely slow, so that it is unable to maintain normal activities and has to be in a state of hibernation.

When snakes hibernate, they have the lowest energy consumption and the weakest life phenomena. Because a snake is ectothermic, its body temperature can change depending on the environment.

Snakes, one of the cold-blooded animals, do not have sweat glands of their own and cannot regulate their body temperature like other animals, and their body temperature varies with the temperature of the habitat environment. When the external environmental temperature decreases, the metabolic ability of the snake will decrease rapidly, and the amount of activity will also decrease significantly. When the temperature drops significantly, the snake will not eat or drink, and even be in a comatose state, and enter a sleep, that is, hibernation.

Snakes spend the cold and long winter in the form of hibernation, which is an instinctive natural genetic phenomenon inherited from snakes that have been fighting against harsh environmental climates for a long time, and are a dual manifestation of snakes fighting against nature or super vitality.

Snakes hibernate or not, and if snakes are going to hibernate, temperature is a prerequisite because snakes are cold-blooded and do not generate heat on their own. The snake then needs to store enough fat before hibernation to provide energy for hibernation. When snakes hibernate, they will choose a quiet environment, huddle in a ball, and wait for the weather to warm up.

When the snake hibernates, it coils itself in a coil with its head in the middle and its tail in the outer ring.

Snakes are social animals that hibernate together in caves.

It spends the winter in tree hollows, caves, rocks.

During hibernation, the snake does not eat or drink, reduces its metabolism to a minimum, and provides energy from the consumption of fat accumulated in the body to maintain the minimum needs of its vital activities. Snakes usually choose to hibernate in high, dry places such as tree cavities, burrows, and crevices in rocks. When hibernation in the wild, different species of snakes gather together in groups, raising the surrounding temperature and reducing water evaporation, which is conducive to overwintering.

When spring blooms, the snake wakes up and goes out to forage for food.

Snakes: Snakes are a group of animals belonging to the phylum Chordates and Reptiles. The body is elongated, divided into three parts: head, trunk and tail, without limbs or claw-like hind limbs on both sides of the cloaca transversely lobed by lower snakes; Covered in scales; The head is of a variety of shapes, with nostrils located on the snout, but the lifelong marine serpentidae species live on the snout; Protective transparency outside the eyeball**, pupils round, vertically oval or horizontal, no active eyelids, lenses almost spherical; tongue elongated and bifurcated; The premaxilla (only python snakes have teeth), maxilla, palatine, pterygoid and tooth bones are attached with teeth with back-curved tooth apex, but the size, number and structure of the teeth vary from snake species to species. The tail is significantly shorter than the head body length.

It is usually found in tree hollows, or in moist soil bottoms.

When the cold winter arrives, the snake sneaks into the ground to sleep (burrowing).

Due to the destruction of the ecology, some snakes may also find burrows in the yards of some homes to hibernate.

Snakes hibernate in places like hollow tree trunks, crypts, and rock crevices.

Snakes will choose places to hibernate before hibernating, such as burrows, tree hollows, and other dry places. Whenever winter comes, the temperature drops to about 7-8 and it will enter the state of winter demolition and sleep.

When snakes hibernate, they generally hibernate with other snakes, that is, many snakes often gather together to hibernate, because this can ensure that the surrounding temperature is relatively high, and the remaining snakes will not eat food during hibernation, but will rely on fat burning or macros in the body to maintain the substances needed for life. When spring blooms, the snake wakes up and goes out to forage for food.

Causes of snake hibernation.

Because snakes are ectotherms, also known as cold-blooded animals, blood and ** have no heat preservation function, and the internal temperature changes with the change of environmental temperature. In winter, as the temperature gradually drops, the body temperature of the snake also drops, and the function of the body also decreases. Snakes go into hibernation and in this way adapt to the cold environment.

Secondly, the food is reduced in winter, during which the snake does not eat or move, and only relies on the energy stored in the body to maintain the minimum needs of life activities to prevent frostbite or starvation, so the snake hibernation mainly plays a role in self-protection. <>