because its roots spred out because the roots sense the water and therfor they extend far away so that they can reach the water
The roots would be near the surface because when there is precipitation, it does not penetrate the ground very far. Since there is very little precipitation in the desert a plant would need to maximize the area from which to gather water, hence the very large root system.
The large, fine root system close to the surface is able to abosrb water from even a light rainfall in the desert.
True
A plant in the desert would likely have a deep taproot system to reach deep into the soil for water. This type of root system helps the plant access water sources that are located further underground, allowing it to survive in arid conditions.
Las Vegas, Nevada, and Bakersfield, California, are located in the Mojave Desert. Los Angeles and San Diego are close by.
An ecosystem can be as large as the Sahara Desert.
Yes, some desert plants have evolved large root systems near the surface to quickly absorb water during rare rain events and to spread out to capture as much moisture as possible. These roots are adapted to be shallow to cover a wide area and maximize water intake.
Desert foxes have large ears to help regulate their body temperature in the extreme heat of their desert environment. The large surface area of their ears allows for better heat exchange and cooling through blood vessels close to the skin. Additionally, their ears also help enhance their hearing, allowing them to detect prey and predators in the open desert landscape.
They compete with other large plants for land.
Cactus have a large root system to soak up maximal amounts of moisture. They need as much as they can get in the desert with the ground mainly being incredibly dry. The roots have large surface area again to soak up as much moisture as possible.
To be bright you need to be hot, close or have a large surface area. The brightest coolest stars are red super giants. They have such a large surface area, that even though their surface temperature is cool - in star terms - their large surface area makes them appear bright.
Desert plants are characterized by their ability to survive with limited water resources, often through adaptations such as deep root systems, succulent leaves, and reduced leaf surface area to minimize water loss. They also usually have mechanisms to tolerate high temperatures and intense sunlight commonly found in arid environments.
A well adapted plant in a desert will typicaly have a root system covering a large surface area, and that is close to the surface in order to maximise water uptake. Some plants will also have a waxy surface in order to prevent water loss from inside.