How does TraceCOMPLETE differentiate its pathogen and nutrient insights from traditional soil testing methods?
TraceCOMPLETE utilizes high-definition genomic sequencing to provide unmatched insights into over 225 pathogens and specific nutrient indicators. This goes beyond traditional chemical analyses by identifying the living microorganisms in the soil, offering a more precise understanding of biological interactions affecting crop health and nutrient cycling.
Can TracePHOS and TraceN help in deciding between building soil nutrient levels versus re-allocating existing input resources?
Yes, TracePHOS helps identify areas where crops would benefit from biofertilizers or phosphorus-liberating agents, guiding decisions on whether to build soil phosphorus levels or re-allocate inputs. Similarly, TraceN uses unique nitrogen biological indicators to determine the optimal placement for nitrogen stabilizers or biofertilizers, ensuring efficient nutrient use.
What specific macro and micro nutrients are covered in the TraceCHEM comprehensive soil chemistry analysis?
TraceCHEM provides analysis for macro nutrients including Phosphorus (P), Potassium (K), Sulfur (S), Nitrate, Ammonia, Zinc (Zn), Magnesium (Mg), and Calcium (Ca). Micro nutrients covered include Manganese (Mn), Iron (Fe), Copper (Cu), and Boron (B), alongside Organic Matter (OM), pH, and Base Saturations.
How does the Seed Solution Guide assist in making better seed selection decisions for growers?
The Seed Solution Guide leverages comprehensive soil analysis, covering over 70 crops and more than 225 pathogens, to provide data-driven recommendations. This allows growers to select the most appropriate seed varieties and treatments based on the specific biological and chemical profile of their soil, optimizing for pathogen resistance and nutrient uptake.
What is the scope of the 'year-round decisions' empowered by TraceCOMPLETE, and how does it adapt to different planting schedules?
TraceCOMPLETE provides insights that are applicable throughout the year, regardless of whether a grower operates on a spring or winter planting schedule. The continuous nature of the insights allows for timely adjustments to soil management strategies, enabling informed decisions on an as-needed basis to optimize outcomes across different growing seasons.