This module leverages historical growing degree days and cultivation data, along with real-time weather parameters, to predict rice growth stages and provide dynamic irrigation recommendations. By integrating with existing farm management platforms, it enables precise irrigation control based on actual field conditions. This results in reduced water usage, labor costs, and overall environmental impact, while promoting sustainable and profitable farming practices.
High-quality production, propagation, and seed collecting technologies of rice variety “Taitung 35” and “Taitung 32”
Development and application technology of cold cathode fluorescent plant growth lamps for cultivation of perilla and cucurbitaceae rootstocks
Compound fermentation microorganisms production technology for poultry manure composting and its application method
Cloud-based automated interpretation and algorithmic assistance for chemicals residue detection
Technology maturity:Trial production
Exhibiting purpose:Technology transactions、Display of scientific results
Trading preferences:Non-exclusive license
Coming soon!