Phytotechnology Advancement Based on Bio-information and Functions

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The objective of project was to make clear the fundamental avenue for applications of the phytotechnology researches into practical sites of bio-production. Systems analysis lead to set up four sub-project groups : bio-information analysis project, bio-modeling project, crop management project, and self-sustaining robotics project. Results were as follows.1) Bio-information analysis project provided an identification of plant response to magnetostatic field and acoustic stimuli, an image recognition of plant response to variation in thermodynamic environment, and a genetic algorithm for thermal optimization inside the culture vessel.2) Bio-modeling project established an algorithm for pattern formation of growth and flowering of plant, a diagnosis of recovering for transplanted roots by cross-correlation function, a concept of harmonized creating field by growing root and the surroundings, and a chaos control technique for eco-dynamics.3) Crop management project offered a cropping system with organic multi for non-weed and non-tillage cultivation, a new technique for visualization of root system in the soil, measurements on variability of soil parameters in the field, and an in-situ color image processing tool for paddy leaves.4) Self-sustaining robotics project developed a Chrysanthemum cutting sticking system, a controlled system for the production of plant grafting seedlings, and an image recognition of fruit body in situ.These establishments are published byJSAM as a textbook"Phytotechnology (Part 4)".