Camels tolerate large changes in body temperature through a unique physiological adaptation that allows their body temperature to fluctuate significantly without adverse effects. Their body temperature can rise by several degrees during the day and cool down at night, which helps minimize water loss through sweating. Additionally, camels have a thick layer of insulating fat and fur that protects them from extreme heat, while their efficient kidneys and specialized nasal passages help conserve water. This combination of adaptations enables them to thrive in harsh desert environments.
growth rate at ideal tempurature
they have thicker skin so the desert temperature changes do not affect them
tundra
No, a camel is much too large for a fox to kill and eat.
is a large, even-toed camel with one hump on its back
camel
Large birds such as, Vultures, Eagles, and other large birds eat them.
Not drinking water for long periods is primarily a behavioral adaptation for camels. They have evolved to survive in arid environments by altering their behavior, such as drinking large amounts of water when available and minimizing water loss through various physiological mechanisms. Additionally, their ability to tolerate dehydration and regulate body temperature helps them conserve water effectively in harsh conditions.
Most fish species are not able to tolerate a large range of salinities; they typically have specific salinity preferences. However, some species, known as euryhaline fish, can adapt to varying salinity levels, such as those found in estuaries. In contrast, stenohaline fish are adapted to live in a narrow salinity range and cannot survive significant changes. Overall, the ability to tolerate salinity varies widely among fish species.
Camel spiders have a few predators, such as birds, reptiles, and other larger spiders. These predators hunt camel spiders for food, either actively seeking them out or opportunistically capturing them. Their predators play a role in controlling the population of camel spiders in their natural habitats.
Absence of solar radiation and heat. It usually is colder at night, right?
Water's high specific heat capacity is the property that allows it to resist rapid changes in temperature. This means that water can absorb or release a large amount of heat energy without its temperature changing significantly.