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Understanding and Using Compost

Compost is produced when organic matter, such as garden and lawn waste, is broken down by bacteria and fungi. It contains humus, which helps hold nutrients in the soil. Humus reduces the need for chemical fertilizers and helps prevent leaching of nitrogen into groundwater. Humus-rich soil promotes healthy plants which are less susceptible to diseases and insect pests thus reducing the need for chemical pesticides.

Humus also improves soil structure; sandy soils will hold water better while clays will drain faster. The improved soil structure helps reduce erosion as better drainage allows water to flow into lower soil layers, rather than puddling on top and running off. Improved soil structure also helps the growth of roots which hold soil in place.

Compost promotes biologically healthy soil by providing food for earthworms, soil insects, and beneficial microorganisms. Of great value also, compost recycles garden wastes that would otherwise end up in our landfills. However, compost should not be considered a fertilizer.

Compared to organic materials like manure, compost is low in nitrogen. Some of the nitrogen in plant wastes is lost during the composting process. Much of the remaining nitrogen is incorporated into organic compounds and is released slowly when the compost is applied to the soil.

Using Compost




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