EXTREME Chelates Macro and Micronutrients

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Agnes Bernice Wilson
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2 EXTREME Chelates Macro and Micronutrients With monovalent, divalent, trivalent and polyvalent metal ions, Extreme has the power to form stable water soluble complex structures. Extreme facilitates the movement of metal ions that are normally difficult to mobilize.

3 EXTREME Enhances Nutrient Availability and Assimilation EXTREME enhances availability of nutrients and makes them readily absorbable. Fulvic acid electrolyte chelation facilitates inter-nutrient interaction and breaks them down to simplest ionic forms. The metallic organic complexes have small molecules and can easily penetrate cells. EXTREME is technically not a fertilizer. EXTREME is an effective agent to use as a complement to synthetic or organic fertilizers. In many instances, regular use of EXTREME will reduce the need for fertilization due to the soil and plant's ability to make better use of it.

EXTREME Helps on Foliar Applications The main benefit of including EXTREME in a liquid foliar application is that the plant will be able to uptake and utilize the nutrients in the solution many times

4 EXTREME Helps on Foliar Applications The main benefit of including EXTREME in a liquid foliar application is that the plant will be able to uptake and utilize the nutrients in the solution many times more effectively than without it. For this reason, it is an obvious complement to any foliar program. In the soil, EXTREME is a very important chelator, combining minerals into organic compounds that are more available to plants. It also ties up toxins, making them less available to plants. Systemic foliar sprays such fertilizers and fungicides enter the plant via pores called stomata. EXTREME increases the absorption of the product in the leaves.

5 EXTREME Stimulates Plant Metabolism Extreme causes the genetic mechanism of plants to function at a higher level and improve growth. o Oxygen is absorbed more intensely and It changes the pattern of metabolism of carbohydrates. o A higher osmotic pressure is created inside the cell wall which stimulates the immune system. o Increased vital activity of cells results in accumulation of soluble sugars which enable plants to withstand wilting healthy plants.

6 EXTREME Improves Plant Growth Plant growth is improved by the ability of the plant to uptake and receive more nutrients. EXTREME is especially beneficial in freeing up nutrients in the soil so that they are made available to the plant as needed. For instance, if an aluminum molecule is bound with a phosphorus one, humic acid detaches them making the phosphorus available for the plant. EXTREME is especially important because of its ability to chelate micronutrients increasing their bio-availability.

EXTREME Improves Soil When applied to clay soils, EXTREME can help break up compacted soils, allowing water penetration and better root growth and development.

7 EXTREME Improves Soil When applied to clay soils, EXTREME can help break up compacted soils, allowing water penetration and better root growth and development. When applied to sandy soils, EXTREME adds essential organic material necessary for water retention thus improving root growth and enhancing the sandy soil's ability to retain and not leach out vital plant nutrients. EXTREME can ameliorate the deleterious effects of salt stress by increasing root growth, altering mineral uptake, and decreasing membrane damage, thus inducing plant salt tolerance. EXTREME increases the water infiltration and water-holding capacity of the soil. It also increases plant root growth and metabolism, enhance seed germination, and help plants deal with environmental stresses.

EXTREME Affects Microbial Activity The activities of beneficial soil microbes are crucial for the sustainability of any soil and plant growth.

8 EXTREME Affects Microbial Activity The activities of beneficial soil microbes are crucial for the sustainability of any soil and plant growth. EXTREME stimulates microbial activity by providing the indigenous microbes with a carbon source for food, thus encouraging their growth and activity. Soil microbes are responsible for solubilizing vital nutrients such as phosphorus that can then be absorbed by EXTREME and in turn made available to the plant. Additionally, microbes are responsible for the continued development of humus in the soil as it continues to break down not fully decomposed organic matter.

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Understanding a Soil Report

Understanding a Soil Report AGRONOMY SOIL ANALYSIS 1. Soil ph Soil ph is a measure of the acidity in the soil. An acidic soil has a greater amount of hydrogen (H+) ions and a ph below 7.0. Values above