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the decaying matter in soil is called humus.
Decomposition of dead organisms adds organic matter, or humus, to the soil; humus is necessary to support plant growth.
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Carbon is what humus is a source of.Specifically, the term designates organic matter in soil. The organic matter is created by the decomposition of animal and plant matter. Decomposition results in increased availability of carbon. Humus also will attract ammonium, copper, magnesium, potassium and zinc.
Decomposition of dead organisms adds organic matter, or humus, to the soil; humus is necessary to support plant growth.
HUMUS IS A DARK-COLORED,MINERAL SUBSTANCE THAT DEVELOPS AS DEAD PLANTS AND ANIMALS.loam is soil with a crumbly texture that is made of equal parts of clay,sand,and silt.
That decomposition and erosion are still effective processes is a reason for why humus is still around.Specifically, humus designates organic matter from the breakdown of animal and plant matter and from erosion. The breakdown may be naturally induced or through the intervention of humans. The production of compost through the composting of recyclable materials serves as an example of human-induced humus.
Composting, decomposition, erosion and weathering are terms that represent what the process of leaves, organic matter and twigs being turned into humus gets called. The term humus describes dark-colored, fresh-smelling, macro- and micro-nutrient-rich organic matter. It may be used to refer to the end product of human-directed composting, and of Mother Nature-guided decomposition, of carbon- and nitrogen-rich recyclables.
The last answer was bad. It was "compost heap"
Dark in color, fresh in smell, result of organic decomposition, and rich in nutrients are ways that compost is similar to humus. Both compost and humus represent two ways of arriving at the same end product. The former shows how humans can guide carbon- and nitrogen-rich recyclables through natural decomposition by air, heat, micro-organisms and moisture for an end product that can amend, fertilize and mulch soils in ways as effective as nature-decomposed animals and plants and water- and wind-eroded rocks and stones.
As the clay content increases, there is more surface area in the soil for organic matter to adsorb to, which decreases the rate of decomposition.
Breakdown into basic elements is the event that happens as compostable materials turn into compost. The decomposition occurs because of the presence of heat, micro-organisms, moisture and oxygen. It serves as the human-guided equivalent of the erosion of boulders, rocks and stones into water- and wind-produced humus.