Azomite is a sedimentary rock that was formed millions of years ago by an underwater volcano. It was one of the last known minerals from Earth’s surface and it was formed in the aftermath of an ocean tsunami. Azomite can be found in a wide range of soils across Europe, Asia, and North America. The mineral is very important to the study of soils because it provides a record of the deposition of various trace elements. These trace elements, in combination with the minerals that compose the Earth’s crust, form a soil’s composition.
A variety of animals and plants are being raised for consumption on land and in feed stores. As with all livestock products, however, farmers must be careful about what chemicals they use on crops that come from plant wastes. The addition of Azomite to a field can help to make certain that chemical fertilizers and weed killers do not kill the important plants and animals that make up the base of the food chain. Many crops grown for human consumption as well as livestock require the use of weed killers and insecticides, and the rich soil of many fields would be lost without the addition of this trace mineral fertilizer.
The name “Azomite” comes from two Latin words – meaning “little grain” and “green grain.” Azomite granules are about two-thirds the size of a grain of sand, and they consist of tiny, evenly distributed crystals of silica, magnetized iron, and aluminum oxide. The iron and aluminum oxide are bound together by a hydrogen bonding agent. Because the granules contain these trace minerals, a natural condition called “osmosis” occurs when water enters the plants’ tissues, removing the toxins and leaving behind the trace minerals.
The presence of trace minerals in the soil is advantageous to plant life. Plants can obtain a variety of nutrients from the elements in the soil, including iron, calcium, and magnesium, all of which are essential for plant growth. Azomite is one of the most important of these trace elements and its presence in plants’ roots helps to transport those elements to the plants where they are needed. Azomite is an extremely important trace mineral product used in a wide range of agricultural and forestry activities.
Azomite acts as a source of moisture in dry climates and as a source of fuel for burning. It has been used successfully to control grass and to help prevent the formation of soil-borne disease by limiting the ability of pathogenic organisms to develop spores. The addition of Azomite to soil can improve both its fertility and its ability to retain moisture. The addition of Azomite can also provide a benefit for crop production by improving the quality of the crop as it feeds off the existing soil. This can reduce the risk of crop yield loss due to deficient soil quality.
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