No not all the time. Usually the deeper you go the smaller the particles, due to the pressure pressurising the particles together thus making them smaller. However it depends how deep and what type of soil it is and what is consists of.
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The relationship between temperature and depth underground is that the temperature generally increases as you go deeper underground. This is because the Earth's interior is hot, and the heat from the Earth's core gradually warms up the surrounding rock and soil as you move deeper underground.
The little grains of soil are called particles or soil particles.
As you go deeper underground, the temperature generally increases due to the Earth's geothermal heat. Pressure also rises because of the weight of the overlying rock and soil. These changes occur at a rate known as the geothermal gradient.
Plants with deep roots can access water from underground sources through a process called hydraulic lift, where they draw up water from deeper soil layers at night and store it in their tissues for use during the day. Additionally, some plants have specialized root systems that can grow deep into the ground to reach water sources deeper underground.
If the question has to do with the environmental process of soil liquefaction, the water between the grains stays were it is, which causes the soil grains to lose friction and therefore makes it act as a liquid.
Millets are known as coarse grains that can be grown on less fertile and sandy soil.
The two methods used for mining coal are surface mining and underground mining. Surface mining involves removing layers of soil and rock to access coal deposits near the surface, while underground mining involves tunneling underground to extract coal from deeper deposits.
The texture of soil depends on its particle size: clay-fine grains, very little space for water. sand- coarse grains, loose, water drains quicklysilt-medium grains, retains water.
Sandy soil has large grains and allows water to drain easily due to its coarse texture and good drainage properties.
The smallest grains in soil are called clay particles. They are characterized by their tiny size and high surface area, which influences soil properties like water retention and nutrient availability.
Beneath the soil lies the subsoil, which typically consists of a mix of sand, clay, and rocks. Below the subsoil is the bedrock, which is the solid rock layer that forms the foundation of the Earth's crust. Deeper down, there may also be layers of water and other underground formations.
It was a rich soil to plant grains and vegetables.