i don't know clay soil lack air and water
soil that is made up of about equal parts of clay, sand, and silt is called loam. it has a crumbly texture that holds both air and water. loam is best for growing most types of plants.
In clay soils are very small gaps between the rock particles, and so clay soils do not drain well. In sandy soils there are bigger gaps between the particles, allowing the soil to drain well and contain enough air.
Silt.
Clay soils have both advantages and disadvantages. The most common complaint about clay soil is that it has poor drainage. Soil drainage refers to the movement of water down through the soil, not how fast water runs off the surface. Because clay soils have poor drainage, the soil tends to stay wet and soggy after rain or irrigation. While it is wet, it can easily become compacted. When it finally dries out, it cracks into hard, unworkable clods. Clay soils also have poor aeration, compared to sandier soil. Because the soil particles are small and closely spaced, it is very difficult for air to enter or leave the soil. Plant's roots exchange a large volume of gasses and this exchange is not always possible in clay soil. Clay soils are also naturally alkaline. This condition makes certain nutrients unavailable to plants causing diseases such as iron chlorosis. Finally, it is difficult for a plant's roots to penetrate the clay and spread out. In spite of this, clay soils do have some advantages. Clay soil is typically very high in nutrient reserves, reducing the need for fertilization. Also, because clay retains water, plants growing in it are often more drought tolerant than plants growing in sandy soil.
Yes, air is present in soil. Since soil is made of particles ranging from sand ( 0.175mm to 1.5mm), silt (0.02mm), clay ( 0.0015mm), there are minute pores between these particles for air to reside. That is why aeration of the soil is really important to plant survival.
i don't know clay soil lack air and water
soil that is made up of about equal parts of clay, sand, and silt is called loam. it has a crumbly texture that holds both air and water. loam is best for growing most types of plants.
baliw titi
In clay soils are very small gaps between the rock particles, and so clay soils do not drain well. In sandy soils there are bigger gaps between the particles, allowing the soil to drain well and contain enough air.
Silt.
Soil is the mixture of: rock particles-sand, silt, and clay. Minerals. decayed organic material- humus. water. air. Fertility refers to the ability of soil to support plant health
Soil heavy with clay does not have a lot of air in it, as it is very dense. As a result, drainage of water is bad, and it can be hard to grow fragile plants. My garden has London Clay in it - it is very thick and does not drain well at all, especially if it has rained recently. It is also a peculiar shade of yellow (lol)
Yes, certain types of clay can dissolve in water. These types of clays are not fired, non oil based clays, but natural and air dried clays.
Water will drain through sandy soil the fastest. Sandy soil is easy to work, but benefits from large amounts of water retaining manures and humus.A loamy soil will retain water, but allow air spaces between the grains.The worst draining soil is clay, usually needing drainage, and is heavy to work.
soil,water&air are the factors of a habbit
temperature sun water predators humidity soil air pesticides human activities competition between other plants, and animals in the ecosystem space
Clay soils have both advantages and disadvantages. The most common complaint about clay soil is that it has poor drainage. Soil drainage refers to the movement of water down through the soil, not how fast water runs off the surface. Because clay soils have poor drainage, the soil tends to stay wet and soggy after rain or irrigation. While it is wet, it can easily become compacted. When it finally dries out, it cracks into hard, unworkable clods. Clay soils also have poor aeration, compared to sandier soil. Because the soil particles are small and closely spaced, it is very difficult for air to enter or leave the soil. Plant's roots exchange a large volume of gasses and this exchange is not always possible in clay soil. Clay soils are also naturally alkaline. This condition makes certain nutrients unavailable to plants causing diseases such as iron chlorosis. Finally, it is difficult for a plant's roots to penetrate the clay and spread out. In spite of this, clay soils do have some advantages. Clay soil is typically very high in nutrient reserves, reducing the need for fertilization. Also, because clay retains water, plants growing in it are often more drought tolerant than plants growing in sandy soil.