What are the modern technologies in agricultural science and how do they work?

utilize a science-driven framework known as Activated Nutrients, which employs several specialized technologies designed to activate both nutrients and plant responses. These technologies ensure high-performing, low-rate solutions suitable for various crops and nutrient deficiencies.

Key specialized technologies include:

  • PolyAldoCarbosate® (PAC): This technology utilizes natural, plant-derived carbohydrates to chelate essential crop nutrients. This process is designed to enhance nutrient uptake and optimize how the plant uses those nutrients.
  • Active Cell Elicitor™: These are specialized compounds used to enhance a crop’s tolerance to abiotic stress. By doing so, they support overall crop health and help protect potential yields.
  • Matrix Ortho-Deprotonation™: This is a sequestering technology that enables the simultaneous inclusion of 100% orthophosphate with other essential nutrients while maintaining a stable, true solution.
  • Essential BioNutritionals™: These complexes are used to biofortify fertilizers with natural metabolites. This improves the nutritional quality of the fertilizer, leading to superior performance and higher yields.
  • Enviro AldoCarbosate™: This represents an organic version of the natural plant-derived carbohydrate technology, delivering highly effective nutrition in an organic form.
  • Microbial and Inoculant Technologies:
    • Bioactive Organic Soil-Microbes: These exclusive microbes enhance nitrogen fixation, phosphate solubilization, and micronutrient availability, while also improving tolerance to crop stress.
    • Methylobacterium organophilum: A unique bacterium that produces metabolites to assist plant defenses against abiotic stress and improve overall growth.
  • Plant Growth Enhancer™: This technology uses a unique combination of plant growth stimulants that work together to optimize the development of the crop.

Furthermore, as part of the HGS BioScience platform, these technologies can be “stacked” and blended. This integration allows products to deliver multiple biological “modes of action” simultaneously, resulting in more reliable and consistent outcomes for growers.