About Humus

Even though terms "organic matter" and "humus" in many cases are used interchangeably, they are not interchangeable. Humus is really a small, stable portion of the total organic matter in soil. The process by which dead material and modified organic matter forms the more complex and stable humus is called humification. Humus can be divided into different humic substances: fulvic acids, which are soluble in water of any acidity; humic acids, that are darker in color and soluble in most however the most acidic conditions; and humin, the insoluble part of humus. As humus gradually decomposes, it lends the soil a darker color, increases soil aggregates and stability, and attracts, retains and contributes nutrients.

Nutritional Benefits

Humus is made up of about 50 % carbon compounds. The carbon is used by microorganisms, which convert the carbon to high-energy substances for plants. Humus helps bacteria to survive extreme moisture and temperature fluctuations. Some humus substances could work as natural plant hormones that may improve germination and nutrient uptake making nutrients open to plants. Humus will also support soil fungi and bacteria such as the rhizobacteria, whose relationship with legumes fixes nitrogen in the soil, and mycorrhizal fungi.

Soil Structure

A topsoil full of humus and organic matter improves soil structure. The soil forms water-stable aggregates that improve drainage, infiltration and aeration, and also the soil includes a greater capability to retain available water and nutrients. A humus-rich topsoil allows easier tilling, reduced erosion, less-frequent irrigation and root growth.

Buffering

Humus colloids protect microbes and plants from excessive, damaging sodium, magnesium and potassium, minerals that are positively charged and attracted to the negative charge of the humus colloid. The colloid also buffers and enhances carbon, sulfur, phosphorus and nitrogen. Additionally, humus can form complexes with metal ions and compounds, including toxic pollutants. This property can reduce toxicity or capture pollutants.

Increase Levels of Humus

To keep or increase the degree of humus in soil, it is important to ensure a stable, adequate, supply of crop residue and organic matter. Use low or no-till practices, responsibly fertilize crops to increase plant mass, and grow cover crops.

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Humus, sometimes mistakenly referred to interchangeably with all organic matter, is a vital element of a soil's profile. This stable component of topsoil regulates and affects soil function and plant growth. Humus improves soil health and productivity, holds soil moisture that is available for plants to uptake and reduces wind and water erosion of topsoil.

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