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  - SUSTAINABLE & ORGANIC AGRO INPUTS -  

repairing, restoring & conditioning damaged soil

Conditions, Repairs & Restores Soil to Acquire its Own Sustainability
Reduces Agro Input Cost $ Significantly 
Increases Crop Yield up to  25% 
100 % Biodegradable 
Made in the USA 

OBJECTIVES

increase quality and yield while reducing input cost 

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PROGRAMS 

 

Organic intake methodology: water & nutrients

 

Soil Maintenance & Sustainability 

 

    Soil Habilitation 

    Soil Conditioning 

    Soil Optimization 

APPROACH & METHOD 

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Assessment 
The first step in repairing, restoring or maximizing optimal efficiency is to test and analyze the soil for its environment, conditions and organic material.  Based on our careful analysis we design a specific treatment program for your soil and its specific needs.  Baseline trial and reading look for the input / output relationships at the minimum of 80 / 20 to a 90 / 10 distribution efficiency.  

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Design & Planning 

Although we cannot change mother nature we can plan for her.  By focusing on the other controllable elements e.g. the soil, we can start to look at ways to maximize the efficiency at which a plant uses water and how the soil stores it.  Unfortunately there is no one cure all product, method or ideology that can accomplish this goal.  It takes an understanding of the relationships between the plant soil, microbes, farming practices and the products to reach it. 

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Implementation 

Organic matter is the missing element, without it out efficiency decreases in every face of farming.  The overall end goal is to achieve lower input cost for farmers.  Once the soil organic matter has been rebuilt, input cost on all products including fertilizer, pesticides can herbicides can be reduced.  Our sustainable programs restores, conditions and optimizes soil to achieve up to 70% self sustainability and efficiency.  

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RESULTS 

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  • Helps protect the plants from disease by out-competing the pathogenic microbes for space and food

 

  • Provides calcium and magnesium in a useable complexed metal form unlike the insoluble carbonate form

 

  • Maintains soil nutrients in forms that are readily available to the plants

 

  • Provides extra energy and nutrition needed to stimulate even bud break while minimizing early fruit drop 

 

  • Improves water penetration, reduces water runoff and decreases surface evaporation 

 

  • Assures a strong plant with abundant calcium and boron for the last phase of cropping cycle 

 

  • Helps speed up the complete aerobic decomposition of crop residues 

 

  • Aids in plant recovery from stressed caused by nutrient deficiencies, insects, disease, weather (hail) or chemical / mechanical damage 

 

  • Improves soil structure by providing a concentrated source of 70% humic acid (by weight) 

 

  • Provides specific group of nutrients that promote healthier plants that are more tolerant under wind, heat, and drought stress 

 

  • Grain crops show higher protein content

 

  • Produces high chlorophyll content in tissue

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