In the middle of the desert, camels can go without water for a few days? How did he survive there?

There are two types of camels, dromedary with one hump and Bactrian with two humps. Dromedary camels are tall and can walk, run, transport goods and carry people in the desert. Bactrian camels have stubby limbs and are better suited for walking on gravel and snow.

Camels, unlike other animals, are particularly hungry and thirsty. People can ride camels across the desert, so camels are known as the "ships of the desert". The camel's hump stores fat, which can be broken down into nutrients for the camel's body to survive when the camel does not have food.

Camels can go four or five days without food, just because of the fat in the hump. In addition, the camel's stomach contains many small bubbles in the shape of bottles, which is where the camel stores water, and the water in these "bottles" makes the camel's life not dangerous even if it does not drink water for several days.

Camels have water bladders in their stomachs, which can store a lot of water; The camel's two tall humps can store more than 100 kilograms of fat, which can be converted into water and energy when necessary to sustain the camel's life activities. Therefore, in the desert, you can go without food or drink for thirty or forty days, which is suitable for long journeys. Domestic camels became the main means of transportation for humans in the desert.

Because the camel stretches out its front and rear legs on the left or right side at the same time when walking or running, it is very unstable for people to ride on it.

He survived for all sorts of reasons, one. There is a hump that can be used to hold water, to hold food, and all parts of its body are quite useful! So he can survive in the desert!

For many months, the ability is in the peak.

His back is fat, and when he is hungry or thirsty, what goes there will automatically enter his stomach

Camels are relatively large animals, we all know that camels live in the desert, the desert environment is desolate, so why can they survive in that kind of place? There is almost no vegetation in the desert, so what do camels eat to survive? In this article, I will briefly share this knowledge:

Camels are mammals in the desert, camels eat grass, dead leaves and other desert plants in the desert to maintain physical strength and life, camels are usually in the desert while eating while looking for new food. The conditions in the desert are inhospitable and difficult, and finding a plant is not an easy task, so camels need to travel long distances in the desert in search of food and water. There are two humps on the camel's body, the hump is used by the camel to store food, the camel will become fat after eating and stored in the hump, when there is no food, they rely on the fat consumption in the hump to maintain physical strength and life.

Camels have a strong sense of direction and smell, and having a strong sense of smell can lead camels in the direction of food or water sources. The temperature in the desert is very high, and most people will feel very hot when they go there, but the desert is relatively cold at night, and it can also be seen from here that the camel has a strong ability to survive and can resist the heat as well as the cold. There are relatively few water sources in the desert, and camels rely on the fat in the hump to relieve water when they are not found.

Even if the camel has a hump to support it to survive in the desert, the fat and energy in the hump are also limited, and the continuous digestion of the hump will also affect the physical condition of the hump, but without eating or drinking, the camel can live for a month at most, but this is already very powerful, after all, the desert is a very difficult environment.

Camels are also very smart, because the plants in the desert are relatively scarce, and the camels will not eat all the plants they find, but will eat some of them and leave some of them, so that the plants will have room to continue to grow, and also take advantage of the camel's subsequent feeding. The temperature of the desert is very high, then the temperature of the ground is also very good, and the foot pads of the camels are relatively thick, so they can travel far in the desert and survive all the time.

The camel can live in the desert in an extremely harsh environment because it has a very strange body.

In summer, the sun is blazing, and the desert surface temperature can reach 70. If a person walks on it, it is like walking on a hot pot, and it is difficult to walk an inch. But camels are not afraid of getting hot.

Because the soles of the camel's feet have wide pads of flesh. This pad not only has the effect of preventing scalding, but also ensures that it walks normally in the sand.

The camel also has long eyelashes and valves on its nostrils, which can provide it with good protection from the wind and sand.

Camels also have a lot of slender hair in their ears, which are specially used to block the invasion of wind and sand.

The camel has one or two humps, which store fat, which is automatically converted into nutrients when there is a lack of food for a long time, so as to maintain its life activities and ensure that it does not starve to death.

In addition to food, there is also one thing necessary for survival – water. Camels are thirsty. This characteristic is closely related to the distribution and breakdown of fat in the body.

Most of the fat in the camel's body is distributed on the hump and back. There are about 40 kilograms of fat inside the hump, and the hot summer sun shines directly on the camel's back, which acts as an insulator. Secondly, the fat in the camel also produces water during the oxidation process, which provides the water needed to sustain life activities.

In addition to producing water in the body, camels can also store water in the body. When the camel encounters a water source, it will drink a lot of water, and the water will be quickly dispersed in the body, and the water will be diffused into the cells of the body through the circulatory system for later use.

Another amazing function of the camel's body is that its body temperature can change with the outside air temperature, thus reducing the evaporation of water. The camel's body temperature does not start to sweat until it rises to 40, and the camel's body temperature does not rise immediately when the temperature rises during the day, so it is necessary to avoid evaporating a lot of water due to sweating. The temperature in the desert drops dramatically at night, and the camel's body temperature drops to 34.

In this way, the camel's body temperature changes with the temperature to widen the temperature gap between day and night, reducing the time spent sweating and reducing water loss.

How did the camel survive in the desert, after reading this, I finally knew the reason.

The camel's hump can store nutrients inside, and the foot pads are large to avoid getting trapped, and he is still a master of finding water.

The soles of the camel's feet have wide pads of flesh to prevent scalding and ensure that they do not sink into the sand;

The eyelashes are very long, and there are valves on the nostrils that provide shelter from the wind and sand;

Camels have humps that store fat, which can sustain the camel's vital activities when there is a lack of food;

Camels store water in their bodies and diffuse it into cells throughout their bodies for later use.

During the long period of desert life, the camel adjusts its body to a state that is very suitable for desert life.

Why don't you ask us how humans can survive on Earth? Any kind of creature can only survive if it can adapt to its environment! Those who do not adapt to the environment have long been eliminated!

Because the camel has one or two humps on its body, the hump stores fat, which is automatically converted into nutrients when there is a lack of food for a long time, so as to maintain its life activities and ensure that it will not starve to death.

Camels store their fat in humps, which they use when conditions are bad. The fat in the hump is not only used as a nutrient**, but also oxidizes the fat mass to produce water. As a result, camels were able to go days without food or drink, and it has been recorded that camels survived 17 days without drinking water.

Camels lose water slowly, and dehydration up to 25% of body weight still has no adverse effects. Camels can drink 100 litres of water in one go and regain lost weight in a matter of minutes. Because of these characteristics, camels are called the ships of the desert.

The most important thing about camels, as a means of transport in the desert, is that they can withstand thirst. This is related to the distribution and breakdown of fat in the body. Most of the fat in the camel's body is concentrated in the back and within its hump.

It is estimated that there are about 40 kilograms of fat stored in the peak, and the sun shines directly on the back in the hot summer season, and its back can act as an insulating heat. In addition to insulation, camel fat also produces water during oxidation in the body, with 107 grams of water per 100 grams of fat oxidized, which helps to produce the water needed to sustain life activities.

Camels have a special ability to store water. Once the camel encounters a water source, it will try to drink as much as possible, and quickly disperse it, and circulate to the cells around the body for later use.

In addition, the body temperature of the camel can change with the change of the external climate, thus reducing the evaporation of water. During the day, when the outside temperature rises, the camel's body temperature does not rise immediately, which means that it does not sweat and emits moisture. And when its body temperature rises to 40, it starts to sweat.

The temperature in the desert dropped dramatically at night, and the camel's body temperature dropped to 34. In this way, the camel's body temperature can widen the gap between day and night with the change of climate, reducing the time spent sweating and reducing the loss of water.