Core Concept

This book attempts to define agriculture not just as a set of techniques, but as a dynamic, life-centered system governed by mathematical and systemic relationships.
It connects biological processes, environmental factors, and energy flows into one integrated model.

Main Contributions

• Mathematical equation systems for organic regeneration dynamics
• Integration models linking soil, water, roots, and microbial activity
• System-theoretic representation of ecological balance
• Framework for adaptive regenerative agricultural systems
• Foundations for future computational agriculture models

Purpose of the Work

The goal of this volume is to formalize ODRI as a structured scientific discipline.
It provides theoretical foundations that can be expanded into research, simulation models, and applied regenerative farming systems.

Author

Written by Hiroaki Yoshimura, founder of Electronic Organic Agriculture and an organic farmer–theorist based in Tokushima, Japan.

Who This Book Is For

• Researchers in agricultural science and systems theory
• Advanced practitioners in regenerative agriculture
• Readers interested in mathematical modeling of natural systems
• Institutions exploring future agricultural frameworks