The report identifies the levels of essential macro and micronutrients present in the soil. Nitrogen (N), phosphorus (P), potassium (K), calcium (Ca), magnesium (Mg), iron (Fe), zinc (Zn), and manganese (Mn). Including Soil PH.
Results from this report help you understand what your soil is lacking. You can then use this information to:
Adjust Fertilizers: It tells you exactly which nutrients you need to add, so you don't over-fertilize or waste money.
Balance pH: If the pH is too high or too low, you'll know what to add (like lime or sulfur) to get it to the ideal range for your specific plants.
Improve Plant Health: By providing the right balance of nutrients, you can ensure your plants are healthy, leading to better growth and higher yields.
Plant tissue Analysis is a lab test that measures the nutrient content directly inside a plant. It gives you a real-time snapshot of the plant's nutritional health.
How It Works:
A sample of plant tissue is taken at a key growth stage and sent to a lab for testing. The analysis reveals exactly which nutrients the plant has taken up and how it's using them.
This vital information helps you:
Spot problems early: Detect nutrient deficiencies or toxicities before they become visible.
Refine fertilization: Apply the right nutrients at the right time, preventing waste.
Maximize yield: Ensure optimal plant growth for a better, more abundant harvest.
The Brix equals to percent crude carbohydrate per 100 pounds of juice. The higher the carbohydrate in the plant juice the higher the mineral content of the plant, the oil content of the plant, and the protein quality of the plant.
How It Works:
A small amount of juice is extracted from the plant tissue and placed on a device called a refractometer. The refractometer measures how light bends as it passes through the juice, giving a reading in Brix, which is a percentage. For example, a reading of 12 Brix means the juice is 12% sugar and other dissolved solids by weight.
What the Results Tell You:
A higher Brix reading is a strong indicator of a healthier, more nutrient-dense plant. The results help you understand:
Plant Health: A higher Brix number correlates to higher mineral content, better protein quality, and increased resistance to pests and diseases.
Crop Quality: High Brix levels are often linked to better flavor, longer shelf life, and higher nutritional value in the harvested crop.
Fertilization Effectiveness: It's a quick way to see if your nutrient management program is working effectively, allowing you to make adjustments for a better harvest.
Total Carbon, Soil Organic Carbon and Total Nitrogen : The Total Carbon (Tot C) analysis measures all of the carbon in a sample using complete oxidation of carbon to CO2 using high temperature combustion (1100°C). When soils have no carbonate minerals, Tot C is equivalent to the soil organic carbon (SOC). However, in soils containing high levels of carbonates (minerals and lime), a significant portion of Tot C may be in the inorganic form. The soil inorganic carbon (SIC) is measured using an additional pressure calcimeter methodology on samples with a pH above 6.5. The measured SIC is subtracted from the Tot C and soil organic carbon (SOC) is reported. The Total Nitrogen includes the organic (living and non-living) and inorganic (or mineral) forms of nitrogen ammonium (NH4+) and nitrate (NO3-) found in soil. The Total Nitrogen is determined following the DUMAS combustion
My business thrives on data, and so should yours. We're not just offering a 1-hour consultation; we're offering the key to your empire's future. Decipher the data from your ecosystem, and you'll be light-years ahead into the future.
*Consultation may be split up into 15/30 min blocks. We are here for your growth.
The report identifies the levels of essential macro and micronutrients present in the soil. Nitrogen (N), phosphorus (P), potassium (K), calcium (Ca), magnesium (Mg), iron (Fe), zinc (Zn), and manganese (Mn). Including Soil PH.
Results from this report help you understand what your soil is lacking. You can then use this information to:
Adjust Fertilizers: It tells you exactly which nutrients you need to add, so you don't over-fertilize or waste money.
Balance pH: If the pH is too high or too low, you'll know what to add (like lime or sulfur) to get it to the ideal range for your specific plants.
Improve Plant Health: By providing the right balance of nutrients, you can ensure your plants are healthy, leading to better growth and higher yields.
Plant tissue Analysis is a lab test that measures the nutrient content directly inside a plant. It gives you a real-time snapshot of the plant's nutritional health.
How It Works:
A sample of plant tissue is taken at a key growth stage and sent to a lab for testing. The analysis reveals exactly which nutrients the plant has taken up and how it's using them.
This vital information helps you:
Spot problems early: Detect nutrient deficiencies or toxicities before they become visible.
Refine fertilization: Apply the right nutrients at the right time, preventing waste.
Maximize yield: Ensure optimal plant growth for a better, more abundant harvest.
The Brix equals to percent crude carbohydrate per 100 pounds of juice. The higher the carbohydrate in the plant juice the higher the mineral content of the plant, the oil content of the plant, and the protein quality of the plant.
How It Works:
A small amount of juice is extracted from the plant tissue and placed on a device called a refractometer. The refractometer measures how light bends as it passes through the juice, giving a reading in Brix, which is a percentage. For example, a reading of 12 Brix means the juice is 12% sugar and other dissolved solids by weight.
What the Results Tell You:
A higher Brix reading is a strong indicator of a healthier, more nutrient-dense plant. The results help you understand:
Plant Health: A higher Brix number correlates to higher mineral content, better protein quality, and increased resistance to pests and diseases.
Crop Quality: High Brix levels are often linked to better flavor, longer shelf life, and higher nutritional value in the harvested crop.
Fertilization Effectiveness: It's a quick way to see if your nutrient management program is working effectively, allowing you to make adjustments for a better harvest.
Total Carbon, Soil Organic Carbon and Total Nitrogen : The Total Carbon (Tot C) analysis measures all of the carbon in a sample using complete oxidation of carbon to CO2 using high temperature combustion (1100°C). When soils have no carbonate minerals, Tot C is equivalent to the soil organic carbon (SOC). However, in soils containing high levels of carbonates (minerals and lime), a significant portion of Tot C may be in the inorganic form. The soil inorganic carbon (SIC) is measured using an additional pressure calcimeter methodology on samples with a pH above 6.5. The measured SIC is subtracted from the Tot C and soil organic carbon (SOC) is reported. The Total Nitrogen includes the organic (living and non-living) and inorganic (or mineral) forms of nitrogen ammonium (NH4+) and nitrate (NO3-) found in soil. The Total Nitrogen is determined following the DUMAS combustion
My business thrives on data, and so should yours. We're not just offering a 1-hour consultation; we're offering the key to your empire's future. Decipher the data from your ecosystem, and you'll be light-years ahead into the future.
*Consultation may be split up into 15/30 min blocks. We are here for your growth.
