Camels can survive up to 30 days without food and up to two weeks without water. They have evolved specifically to survive in deserts and harsh environments.
The tongue and mouth of a camel is very leathery and strong. Which means that camels can eat vegetation with thorns or cactuses, that most other mammals avoid.
Camels have long eyelashes which protect their eyes from sand. They also have large three-toed feet which are spread specifically so their weight doesn't sink into the sand. Camels also have hairy slit nostrils and hairy ears to keep sand out of them.
Their hump(s) are used to store fat, which is converted from excessive nutrients that they do not need. When a camel needs additional food or water, they metabolise the fat in their hump(s). 1,000g of fatty tissue holds the equivalent nutrients of 1,111g of water.
Camels do not physically store water in their humps they store fat. The belief that camels store water in their humps is a myth and zoological hoax which has been disproved by scientists.
Due to their vast size, many predators will ignore a camel, because they can be rather difficult to subdue. However if the pack of predators are hungry enough, they will attempt to bring down a camel.
Camels have fur which protects their skin from the harsh, scorching desert sun and to keep them warm during the cold desert nights. They also have a hairless underbelly to help cool them down when they lie down on the sand.
Camels are also camouflaged. Their skin and fur is the same or similar colour to the desert. Either dark-blonde, sandy or tan.
Camels have fascinated scientists for centuries. From Ancient China, Ancient Greece up to the modern era. Specifically because of their abilities to survive in harsher desert environments for so long, where other animals, humans included, would perish.
Camels are the perfect example of how animals have evolved to suit their environments.
It has specially adapted feet for walking in the sand together with a hump (one or two) that is on their backs, which are fat stores that can be later converted to water by the camels physiology thereby it does not need to drink as much and is therefore the ideal animal for very arid condition areas such as the desert. They also have long eye lashes to protect their eyes from the sun, wind and sand.
Many enslaved people cope with the miserable conditions they faced by keeping family traditions alive.
Many enslaved people cope with the miserable conditions they faced by keeping family traditions alive.
Like all good soldiers they adapted themselves to it.
Many enslaved people cope with the miserable conditions they faced by keeping family traditions alive.
Plants in the woods have adapted by developing features like broad leaves to maximize light absorption, growing taller to reach sunlight, and having efficient root systems to extract nutrients from the soil. Additionally, some plants have evolved to be shade-tolerant, allowing them to thrive in low-light conditions.
An adaptitude is a specific way in which something is adapted to cope with its surroundings, particularly one which is different to one you would usually expect.
If an animal or plant is to survive it must be able to fit in with the environmental conditions which occur in its habitat. This fitting in is called adaptation. Every living thing is adapted to enable it to cope with a particular habitat's environmental factors such as the air, water, soil, light and temperature. For example, cacti plants are adapted specially to be able to withstand the dry conditions of a desert, whereas seaweeds are designed specially to live in salty water - neither would survive if they changed places
The Waratahs' adaption's include having thick, waxy leaves to cope with dry periods and is a unique flower to attract pollinators
Organisms in the intertidal zone have adaptations to cope with exposure to air during low tide, such as shells that retain moisture or the ability to seal themselves in a protective casing. They are well adapted to withstand fluctuating conditions and can survive both underwater and when exposed to air.
Organisms in the intertidal zone need to be adapted to survive rapid changes in temperature, salinity, and oxygen levels as the tide rises and falls. They must also be able to withstand the physical stress of waves, strong currents, and exposure to air during low tide. Additionally, they need ways to avoid desiccation and cope with competition and predation in a dynamic and crowded environment.
To cope with adverse conditions of water loss during scarcity of water.
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