Soil

This process is called infiltration. It refers to the downward movement of water from the surface into the soil.

Soil itself is not flammable because it is a mixture of organic and inorganic materials like minerals, water, and organisms. However, soil can contain combustible materials like dead plants, roots, or organic matter that can burn when exposed to a heat source.

Adding straw to the soil can help improve soil structure and increase water retention. As the straw breaks down, it releases nutrients into the soil, which can benefit plant growth. Additionally, straw can help prevent erosion and suppress weed growth in the soil.

Soil texture influences moisture content based on its ability to retain and drain water. Fine-textured soils like clay hold water well but may become waterlogged, while coarse-textured soils like sand drain quickly but can dry out faster. Soil texture impacts the balance between water retention and drainage, which ultimately affects the moisture content of the soil.

Sandy soil does not hold water well due to its large particle size and poor ability to retain moisture. This type of soil tends to have good drainage but may require more frequent irrigation to support plant growth.

Farmers in some developing countries still use the traditional plowing method due to limited access to modern farming equipment. This method also helps to maintain soil structure and fertility in certain types of agricultural settings.

The movement of soil from one place to another by wind and water is called erosion. It can result in the loss of fertile topsoil and the degradation of land quality. Measures such as planting trees and maintaining vegetation can help prevent soil erosion.

a soil formed under broad-leaved forests in humid subtropical regions, chiefly on parent material fromclayey shales. It has an acid reaction and low humus content, and its yellow color is caused by the presence of ferric hydroxide. The total thickness of the soil horizons is 30-70 cm. Four types of yellow earth may be distinguished: yellow soil, yellow podzolic soil, yellow gley soil, and yellow podzolic gley soil. Yellow soil covers large areas in China, in the southern United States, in southeastern Australia, and in New Zealand. In the USSR, it is widely distributed in Western Georgia and Lenkoran' (Azerbaijan SSR). Perennial sub-tropical crops (citrus fruits, tea), grapes, essential-oil plants, tobacco, vegetables, and other crops are grown on yellow soil. Because it has a small supply of nutrients yellow soil requires large quantities of fertilizers

Rock wool can be used as a soil amendment or improver due to its properties like water retention and aeration. However, it's important to be cautious as it has a high pH and can affect nutrient availability to plants. Make sure to balance it with other soil components and monitor plant health closely.

A home made out of logs covered with grasses, sticks, and soil is called a sod house. This type of dwelling provides natural insulation and is historically common in regions with abundant natural resources like grass and timber. Sod houses were particularly popular among settlers in North America during the 19th century.

Yes, grass seeds need soil to grow. The soil provides essential nutrients, support, and a medium for the seeds to establish roots and germinate. It's important to choose a quality soil that is compatible with the type of grass you are planting.

Alluvial soil is the debris/talus from weathering/erosion of mountain rocks. If the mountain rock is granite, the alluvial is the breakdown components of it which are clay, silicon and mica sand. This so called alluvial soil will be deposited around foothills and perhaps further down if acted by river system.

My take on this one : ....By the same token the mountain soil should be the "in situ" weathered/eroded mountain rocks which have not been transported away from the mountain yet.

Causes of soil degradation include deforestation, soil erosion due to poor agricultural practices, overgrazing, industrial activities, and urbanization. These activities can lead to loss of soil fertility, compaction, salinization, and contamination, ultimately affecting the ability of the soil to support plant growth and ecosystem functions.

Aeroponics is the process of growing plants in an air or mist environment without the use of soil. Plants suspended in a closed environment by spraying the dangling roots and lower stem with an atomized nutrient-rich water solution. A cell foam is placed around the lower stem for support and the plants are suspended in a pest free enviroment.

Yes, loam has a good balance of sand, silt, and clay particles, which allows it to soak up water easily while still providing adequate drainage. This makes it a good choice for plant growth as it retains moisture and nutrients well without becoming waterlogged.

1. Deforestation: Clearing forests for agriculture or development exposes soil to erosion and degradation.
2. Overgrazing: Too many animals grazing in an area can lead to soil compaction and loss of vegetation, which exposes soil to erosion.
3. Intensive farming: Practices like monocropping, excessive tilling, and heavy pesticide use can degrade soil health and fertility.
4. Urbanization: Construction and development activities can lead to soil compaction, contamination, and loss of natural vegetation cover.

Loam soil has a balanced amount of sand, silt, and clay, allowing it to have good drainage while still retaining moisture. This type of soil tends to dry at a moderate rate, making it a good option for many plants.

Restoration- which is required by law. Mining companies must post a bond to reclaim land that has been mined. It will be contoured to reduce erosion and seeded with grasses and/or planted with trees.

Rich soil in Tennessee is primarily used for agriculture, specifically for growing crops such as corn, soybeans, cotton, and tobacco. This fertile soil supports the state's farming industry and contributes to its economy. Additionally, it is also utilized for gardening and landscaping purposes in residential and commercial spaces.

Gypsum can help improve soil structure by reducing soil compaction and increasing water infiltration and retention. It can also provide a source of calcium and sulfur for plants, helping to improve nutrient availability and uptake. Additionally, gypsum can reduce aluminum toxicity in acidic soils.

The process of washing away soil is called erosion. Erosion occurs when water, wind, or other natural forces remove soil and rock particles from one location and transport them to another. Erosion can lead to land degradation and loss of fertile soil.

I am thinking size of inorganic matter here means the amount. The amount can have varied affects. Some can be positive as in higher phosphor amounts can cause positive effect so are nitrates for plant life. Harmful materials like Magnesium and cadmium can cause plants growing in such soils harmful for consumption.

All such matter is measured in PPM parts per million. Beyond certain safety levels such soil can be very dangerous to particularly the animal growth there. Sulphur can cause the soil to be acidic.

Im not shure if there is any soil in the artic

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Plants require a number of minerals in order to grow, and they get these minerals from the soil (through their roots). In a natural setting, the plants will sooner or later die or be eaten, and the mineral content of those plants will be returned to the soil in the form of either decaying vegetable matter, or animal droppings. However, human agriculture creates a different situation, in which plants are grown, and harvested, and the mineral content of those plants is taken away and never returned to the soil. Therefore, the soil gets exhausted, unless the farmer uses fertilizers to replace lost minerals.