Camels, known as the "ships of the desert", are animals that can survive in extremely arid environments. They are famous for their strong thirst tolerance and ability to go without water for a long time. People often marvel at the fact that camels can travel long distances in the hot desert without falling down due to lack of water, but some people are curious: Will camels die of thirst in the desert? Can they really live without water at all? If there is no water in the desert, how long can camels survive?
This article will discuss in detail the question of whether camels will die of thirst in the desert from multiple perspectives, including the physiological characteristics of camels, their thirst tolerance mechanism, and their ability to survive in extreme situations.
Camels are animals that are highly adapted to arid environments, and are mainly divided into two types:
Dromedary camel (Arabian camel, Camelus dromedarius): Lives in the deserts of North Africa, the Middle East and India, and is mainly used for transportation and riding.
Bactrian camel: Mainly distributed in the deserts of Northwest China, Mongolia and Central Asia, adapted to colder climates.
Camels can survive in extreme environments by relying on their unique physiological structure, such as the hump storing fat, reducing water loss, and blood adapting to dehydration.
Camels are more thirst-tolerant than most mammals. They can go without water for days or even weeks, depending on the ambient temperature, food supply, and individual health.
✅ In a lower temperature environment (deserts that are colder at night): Camels can go without water for up to 2 weeks or even a month, because they can absorb water through food and effectively reduce water loss.
✅ In extremely high temperature environments (hot deserts above 50°C): Camels can still survive for 5-7 days, but if they cannot find a water source, they will eventually die of dehydration.
The camel's thirst tolerance mainly depends on the following physiological characteristics:
Many people mistakenly believe that the camel's hump stores water, but in fact it stores fat.
When a camel does not eat for a long time, it can obtain energy by breaking down fat. At the same time, fat oxidation releases water, thereby reducing its dependence on external water sources.
The shape of camel's red blood cells is oval (rather than round like that of general mammals). This structure allows their blood to maintain fluidity even in a state of severe dehydration.
Other animals will die when they lose 12-15% of their body weight in water, but camels can survive by losing 25% of their body weight in water.
Camels' kidneys and colons recycle water very efficiently, so their urine is extremely concentrated, even like syrup, and their feces are so dry that they can be used directly for fire.
This mechanism helps camels reduce water loss in their bodies, making them more tolerant of water shortages than other animals.
Ordinary mammals will sweat a lot to cool down in high temperature environments, but camels can let their body temperature fluctuate by 6-8°C in a day, as low as 34°C in the morning and as high as 42°C in the afternoon, thereby reducing water evaporation loss.
animal tags: camel