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Plants are adapted to growing in cooler or wetter areas, preserving their own water, and having slower growth. They can grow on cooler areas where water is less likely to evaporate or takes longer to evaporate.
Like a cactus, whenever it rains the cactus absorbs the water, then it preserves it's water, and since it has a slower growth it doesn't require as much water. The spines on a cactus may also help it collect moisture or fog on the air and also help prevent some moisture from escaping the surface of the cactus.
Palm trees in the Sahara desert may grow on water sources or in shaded areas.
Some plants in a desert grow widely spaced from each other so they have room to absorb enough water that surrounds them.
Some plants in the Atacama Desert (the second driest place th the world) would get their water from condensed moist air or fog coming from the Pacific coast during the mornings instead of relying on rainfall.
Whenever there's a water source in a desert you would see plants that are greener, taller, and more denser. There may even be a more of a variety of species.
Camels, Coyotes, and thorndevils are animals that are adapted to the desert. Most desert animals could be nocturnal to escape the hot days from sleep.
What else can I help you with?
Do any plants grow in the desert?
There are many plants that are adapted to living in deserts. They are called xerophytes - plants able to survive with little rainfall.
What plants survive with little rainfall in the Sahara Desert?
Plants that survive with little rainfall in the Sahara Desert include acacia trees, palms, succulents, spiny shrubs, and grasses that have adapted to the arid conditions. These plants grow lower to the ground to prevent water loss by winds, store water in thick stems, and have long, horizontal roots that seek out water sources.
Can people and plants survive in the desert?
Yes, man and plants can and do survive in the desert and have done so for thousands of years.
Why is much of the desert bare?
because there is very hot or very cold climates with very little water and rainfall, it is hard for animals and plants to survive
Why are there more plants in the tropics than in the desert?
The tropics have consistent warmth, abundant sunlight, and consistent rainfall, providing ideal conditions for plant growth. In contrast, deserts have limited water and nutrients, harsh temperatures, and low rainfall, making it difficult for plants to survive and thrive. Therefore, the tropical climate is more favorable for plant diversity compared to the desert.
Why is the Atacama Desert a barren land?
The desert receives virtually no rainfall which is needed for plants to flourish.
What is A very dry place with little rainfall and few plants?
A dry area where few plants grow is called a desert.
Are there large or small plants in a desert biome?
Desert biomes can have both large and small plants. Large plants in deserts, like cacti and Joshua trees, are adapted to store water and survive in arid conditions. Small plants, such as shrubs and grasses, have shallow roots to quickly absorb water after rare rainfall events. Both types of plants have evolved various adaptations to thrive in desert environments.
How much rain does the Ka'u Desert receive?
The Kaʻu desert is not a true desert in that rainfall exceeds 1,000 millimeters (39 in) per year. It appears as a desert because it receives acid rain caused by volcanic activity and few plants will survive in the high acidity of the soil.
Are warter in the desert?
yes, how do you think plants survive? There is some precipitation and even light rainfall, but it is just a few inches. Consequently, only the hardiest plant and animal species, needing the least amount of water survive. in many parts of the desert, there are no readily available water sources for humans.
Is water readily available in the desert?
NO! Why in the world will there be water in a desert,there is barely plants and animals living there! It is the hottest and dryest biome.
What plants cannot survive in the desert?
Desert plants have adapted to the extremes of heat and aridity by using both physical and behavioral mechanisms.
