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It uses it its roots to suck the water up.

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How are oasis formed?

Oases are usually formed in deserts where underground water sources are close to the surface, allowing vegetation to thrive. These water sources can be from underground aquifers, springs, or rivers. The presence of water in these arid regions creates a microclimate that supports plant life and attracts wildlife, making oases important for human settlement and agriculture.


Is geothermal energy caused by falling water?

No, geothermal energy is heat energy stored beneath the Earth's surface from the Earth's core. It is not caused by falling water. Geothermal energy is harnessed by tapping into hot water and steam reservoirs deep underground to generate electricity or provide heating.


How do plants and animals adapt to life in a hot desert?

Plants in hot deserts adapt by having deep root systems to access water, small leaves to reduce water loss through transpiration, and the ability to store water in their tissues. Animals adapt by being nocturnal to avoid the heat, having efficient water conservation mechanisms, and having specialized body coverings to reflect sunlight and regulate body temperature. Both plants and animals in hot deserts have evolved these adaptations over time to survive in the harsh, arid conditions.


Where do tubers grow?

On your back by a disease. It can hurt kids and Adults.


Two ways plants have adapted to the landscape of the Sahara?

Plants in the Sahara have adapted by developing deep root systems to access underground water sources during droughts. Some plants have also evolved mechanisms like thick waxy leaves or hairy coverings to reduce moisture loss through transpiration in the intense heat.

Related Questions

What can contain water that is deep underground?

Deep underground, water can be contained in porous rock formations such as aquifers, which are layers of rock that can hold and transmit water. Another way water can be contained underground is in underground water reservoirs or natural underground chambers created by geologic processes like caves or caverns.


How deep do roots of desert plant go?

The depth of the roots of desert plants can vary depending on the species and the availability of water. In general, desert plant roots can reach depths of 1-10 meters to access water sources deep underground. These deep roots help desert plants survive in arid environments by tapping into water reserves below the surface.


Where is all the water in the desert?

Most of the water in a desert is deep underground in aquifers.


How deep does a pump go underground for water?

50 metes


A plant in the desert would most likely have which root system?

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.


Is what is ground water?

It is all the underground water, the water in soil and in (actually between) deep rocks.


Why might a plant send roots deeper underground?

A plant may send the roots deeper down because of the lack of water. Because normally when the plant is in need of food it is watered but these are trees so they have to turn/grow deep underground for there food ! Like the giant redwoods in Calafornia which are over 3200 years!


Where do you put radioactive waste?

Deep underground. And away from water and people


Is the water in the desert underground?

Yes. Really, really deep though!


What is the definition of a root?

Root is a part of a plant which is underground. It transports water and fiber in the plant.


Where does the water of a plant go?

inside the plant or deep inside the ground/dirt


Do underground stems absorbs water and mineral salts for the plant?

Yes, underground stems such as rhizomes, tubers, and corms can absorb water and mineral salts for the plant. These structures have specialized cells that are capable of taking up nutrients and water from the soil and transporting them to other parts of the plant.