An aquifer is the underground layer which is composed of water-bearing rocks. Sandstone, sands, gravel, and other sedimentary rocks are examples of water-bearing rock. They are permeable and have openings that gases and liquids can pass through. In a water cycle, a water will be added to the aquifer during the precipitation.
Aquifers store and transmit groundwater, regulating water movement in the water cycle. They provide storage, regulate base flow, support transpiration, and aid in water purification.
Aquifers are underground porous rock formations that store and release groundwater, playing a crucial role in the water cycle. During periods of excess water, they store water that percolates through the soil, recharging through precipitation. In times of scarcity, aquifers discharge water slowly, sustaining base flow in streams and rivers, thus maintaining ecosystems.
They also contribute to transpiration by supplying water to plants, supporting their growth and the release of moisture into the atmosphere. Additionally, as water travels through aquifer layers, natural filtration occurs, enhancing water quality. Proper aquifer management is vital for sustainable water resources, ecosystem health, and human consumption.
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The appropriate question is:
What role do aquifers play in the water cycle?
The skin is the answer. It is an organ of protection.
The skin is made up of two layers namely the epidermis and the dermis. Under the dermis is found hypodermis which is subcutaneous fatty tissue.
The skin has three major functions namely protection, regulation and sensation. When the skin is broken, i.e. wounded, all these functions are affected.
The skin acts as a barrier, providing protection from radiation from the sun, mechanical impacts, pressure and changes in temperature, as well as from microorganisms and chemicals.
integumentary that's the answer