Introduction

About the Dairy Ecosystem Research & Development Center

Leveraging the unique characteristics of the Seto Inland Sea climate—mild winters and scorching summers—we are becoming a leading hub for technological development aimed at overcoming the global shortage of animal protein.

Our foundation is built upon the reorganized and integrated facilities of our University Farm, Precision Experimental Crop Fields, and Food Processing Training Factory. Here, we conduct research in key areas like livestock and poultry genome editing (for breeding superior varieties), reproductive technology development (to increase production), and advanced feeding management techniques (to boost productivity).

To further accelerate our progress, we are actively collaborating with on-campus researchers from the fields of science and engineering (including information science and sensing technology) as well as social sciences. This collaboration allows us to drive end-to-end research, from fundamental studies to practical societal implementation and even large-scale social transformation, spanning from the lab to the field.

Through these initiatives, we aim to contribute to improving Japan’s self-sufficiency in animal protein on a calorie basis and promoting the export of domestic agricultural products, thereby enhancing the nation’s food security. By integrating our top-tier research capabilities with AI, we will also pioneer innovative animal protein production technologies and create labor-saving solutions through future forecasting. Ultimately, we are committed to helping solve the future challenge of a global supply limit for animal protein.

Message from the Director

The Dairy Ecosystem Research and Development Center (DRDC) in Hiroshima University aims to advance cutting-edge research in dairy and livestock sciences, and to build sustainable production systems for real-world application.

With global challenges such as food security and climate change intensifying, our center focuses on innovative animal protein production, labor-saving technologies, and environmental impact reduction. As part of the university’s “President’s Five Initiatives for Peace Sciences,” we are also committed to improving nutrition and livestock systems in developing countries. Developing technologies for stable dairy supply in hot climates is especially crucial for supporting health and economic growth in low-income regions.

Our strength lies in integrating expertise across disciplines—including AI, big data, genome editing, resource recycling, and cellular agriculture—to create a seamless path from basic research to practical implementation.

Key focus areas include:

Automation to address labor shortages

Smart dairy systems using digital twin technologies

Advanced environmental solutions for waste and emissions

Developing alternative feeds and novel protein sources

Hiroshima’s climate and advanced robotic farm facilities provide ideal conditions for building models applicable to Southeast Asia and Africa. We are already conducting large-scale research projects and will continue to strengthen collaborations with industry, government, and international partners.

Through our research and educational efforts, we aim to contribute to sustainable livestock development and global well-being. We appreciate your continued support.

Professor Toshihisa Sugino

Research & Facilities

Coming Soon

Organization