Overview: A written professional analysis with recommendations. 
 
Test (I&R): Interpretations and Recommendations
 
This product is limited to 1 analytical report. One water analysis and up to Five soil analyses are considered 1 analytical report. Pricing is not pro-rated.
 
Water, soil, and nutrients contain 22 different elements, one of which is bacteria. Among these elements, pH, electrical conductivity (EC), and total dissolved solids (TDS) serve as temporary indicators. Another important measure is the calculated sodium percentage. Additionally, we recognize four key physical properties of soil: infiltration rate, infiltration depth, moisture percentage, and bulk density. 
 
We can categorize the various elements and transient indicators into four main groups: minerals, metals, microbes, and toxins. Toxins can come from elements, bacterial byproducts, and the waste produced by these bacteria. The accumulation of minerals and metals is often referred to as unavailable fertilizer. Additionally, the buildup of toxins and biological waste can harm vegetation and lead to diseases, respectively. 
 
Poor pore space, insufficient oxygen, limited infiltration depth and rate, a lack of essential minerals (both macro and micro), and the presence of harmful bacteria can lead to septic water in the soil, which can result in diseases and increased pest problems. 
 
Water and the properties of soil have their own unique characteristic that define what water through the soil is making available for your plant to drink. The physical properties of the soil at various depths define the same. 
 
Effective irrigation water treatment ensures that the water is nutrient-rich, free from harmful substances like sodium, chloride, and bio-toxins, and oxygenated for optimal plant growth. This process maintains the soil's physical properties, allowing plants to receive the right amount of hydration and nutrients they need to reach their full potential. Post-treatment data will track how fertilizers move into crops and be reflected in tissue analysis, plant growth rates, production levels, and overall vitality. This approach requires less financial investment, less water, and reduced soil maintenance efforts.
 
You will receive data on water treatment rates, soil remediation rates, timing, sustainability rates, and associated costs. For a fee, you can receive ongoing consultation services.