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1440 Barberry Drive
Port Coquitlam
Canada
Toll free: +011-2369836419
Phone: +12369836419
Fax: +011 604-941-9022
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Description:
Moving Agriculture to More Sustainable Animal Feeding and Greener Energy Feedstocks. - SSF Feeds Pelleted and Reformulated with Feeding Nutraceuticals with Sustainable Feeding (see: D. A. Flores 2025 Discoveries in Agriculture and Food Sciences 13(03): 14-22).
- High-Quality (HQ) All-Grass Feeds.
- In North America: Animal Feed Processing & Reformulation with Sem-Automated and Digital Process Equipment with Post-Harvest Processing, In-Facility Aquafarming and Processing of Feedstock for Distribution and AquaPharming and Downstream Processing for Manufacturing of Pharma (Hormones, Enzymes, Fine-Biochemicals).
Crop Management. - Crop monitoring with data-driven farming as supplied by third party services.
- Spray applications with fertilizer using robotics machinery.
- Mapping to plot geographic area for planning planting, crop management and harvesting.
- Yield assessment to compare input factors with the resulting parameters in crops.
Precision Farming. - Digital and Data-driven.
- Application Rate and Manner of Fertilizer Addition.
- AI Integration for Multiple Modalities in Farming Operations.
- Machinery Operations and Smart Telecommunications.
Regenerative Farming to Combat Climate Change through Sustainable Agriculture. - Soil Health and Recovery through: 1) Compost use, 2) Cover cropping, 3) Agroforestry or planting trees alongside food crops, 4) No-till farming or disturbing the soil less, and 5) Use of crop rotation.
Drones for Precision Farming and Crop Management. - For Smart Data Handling
- AI Driven Operational Mechanisms
- Robotics with Automated or Autonomous Mechanical Devices
- Parameters for the Improvement of: Efficiency or cost operability and for the profitability or returns; Risk or controlling variability including weather-related factors and their impact; Expanding scalability in terms of economies of scale and profitability for expansion, with reproducibility, and for quality control improvement.
SKYEVIEW: There is now the issue of direct application (DA) of the PNA-Auxin (or ARF) factors as biologics to cropping (e. g. food crops, grasses & forages, trees & shrubs, aquatic herbs and vines) of the C4 variety in regards to boosting C-sequestration or sinking to mitigate GHG emissions and increase yield with photosynthesis. The crops would have to be demarcated and application either through croppers or light planes or with robotic drones. These would be low-lying with a wide swath of application as guided via satellite and GPS control systems. The stage of growth (viz. early, intermediate or late stage) and the resultant yield when growth accelerated and their point of development as to whether their flowering stage and accessibility allows for effective cropping of the auxin carriered factor or biologic will have to be considered.
SKYEVIEW: Another case rather than just yield concerns and carbon mitigation is wood product or lumber quality from boring by beetles such as the pine forests and their pestilence from the Mountain Beetle populations. Drones can be used to apply pheremonal (sex attractants) traps via drones along 'guideways' with set traps to catch and kill the beetles during mating season when it is opportune to control their increasing population as monitored. It is yet to be studied as to the impact this direct applied (DA) method or approach is to improving the effective yield of quality wood or lumber product in the forestry industry including that in BC Canada. (c) 2026-27. Skye Blue Press Corporation. Port Coquitlam, BC Canada V3B 1G3.
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Last update of this entry: February 11, 2026
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