Overview of the Program:
The Bachelor of Biosphere Sustainability Science at Hokkaido University is an interdisciplinary undergraduate program designed to cultivate students’ understanding of the complex interactions within ecosystems, human societies, and the global environment. The curriculum emphasizes the importance of sustainable development, environmental conservation, and responsible resource management, preparing graduates to address pressing environmental challenges through scientific research and practical solutions. Students will explore a broad range of subjects including ecology, environmental policy, land use, biodiversity, climate change, and social sciences, enabling them to develop a comprehensive perspective on sustainability issues.
The program promotes a hands-on approach to learning by integrating fieldwork, laboratory experiments, and collaborative projects with local communities and international organizations. Through these experiential activities, students gain valuable skills in data collection, analysis, and interpretation, fostering a practical understanding of environmental problems and potential solutions. The curriculum also encourages critical thinking and innovative problem-solving to develop strategies that promote ecological resilience and sustainable human development.
Moreover, the program emphasizes global and regional perspectives, including Asian environmental issues, aligning with Hokkaido University's commitment to regional sustainability and international cooperation. Students are encouraged to engage in cross-cultural exchanges, internships, and research projects that broaden their understanding of global sustainability challenges. Faculty members, who are experts in their fields, guide students through advanced coursework and research opportunities, supporting their academic and professional growth.
Graduates of the Biosphere Sustainability Science program will be equipped with the knowledge and skills necessary for careers in environmental research, policy making, conservation, and sustainable resource management. They will be prepared to contribute to creating innovative solutions for maintaining the health of our planet while supporting human well-being. With a focus on interdisciplinary learning and practical experience, Hokkaido University's program aims to nurture future leaders dedicated to promoting sustainable development and preserving biodiversity for generations to come.
Laboratory |
Crop Science |
Plant Nutrition |
Animal Nutrition |
Animal Breeding and Reproduction |
Vehicle Robotics |
Agricultural and food process Engineering |
Crop Production Engineering |
Agricultural Circulative Engineering |
Agricultural and Rural Development |
Animal Ecology |
Land Improvement and Management |
Agricultural and Environmental Physics |
Soil Conservation |
Soil Science |
Environmental Informatics |
Silviculture and Forest Ecology |
Forest Chemistry |
Earth Surface Processes and Land Management |
Pathogen-Plant Interactions |
Applied Molecular Entomology |
Molecular Biology |
Molecular Enzymology |
Natural Product Chemistry |
Molecular and Ecological Chemistry |
Wood Chmistry & Chemical Biiology |
Biochemistry |
Applied Microbiology |
Microbial Physiology |
Nutritional Biochemistry |
Food Biochemistry |
Applied Bioproduction Engineering |
Rhizosphere Control |
Ecochemical Analysis |
Environmental Biogeochemistry |
Molecular Environmental Microbiology |
In order to obtain entry into the Doctoral Course you MUST :
- Consult with a professor prior to submitting the application
- Hold a master’s degree or passed a qualifying examination
- Have completed 18 years of education in a foreign country or in Japan
- Have a GPA requirement of 2.30 (3.00 as full score) during the last 2 academic years
The Financing studies for the Biosphere Sustainability Science program at Hokkaido University encompass a comprehensive structure designed to support both domestic and international students throughout their academic journey. The program primarily offers various funding opportunities, including scholarships, tuition reductions, and financial aid packages aimed at promoting diversity and inclusion within the student body. Prospective students are encouraged to explore scholarships provided by the Japanese government, such as MEXT (Ministry of Education, Culture, Sports, Science and Technology) scholarships, which cover tuition fees, living expenses, and travel costs for eligible applicants. Additionally, Hokkaido University administers its own scholarship programs, tailored to support students based on academic performance, research potential, and financial need. These include the Hokkaido University Undergraduate and Graduate Student Scholarships, which may be merit-based or need-based, offering partial or full financial assistance. International students have access to support programs designed to facilitate their integration into academic life, including language assistance and cultural exchange initiatives, which can be complemented by financial aid options.
Furthermore, students enrolled in the Biosphere Sustainability Science program are encouraged to seek external funding sources, such as grants from international organizations, research councils, and environmental agencies, especially those focusing on sustainability, environmental management, and ecological research. The university also promotes collaborative research projects with industry partners, which may include stipends, fellowships, or grants that support student research activities. For students engaged in thesis or project work, tuition fee reductions or stipends may be available through specific project funding or research assistantships. The application procedures for financial aid are clearly outlined on the university’s official website and include detailed eligibility criteria, required documentation, and deadlines. Overall, the program’s financing options aim to reduce financial barriers, thereby enabling talented students from diverse backgrounds to pursue advanced studies in Biosphere Sustainability Science and contribute meaningfully to global sustainability efforts.
Biosphere Sustainability Science at Hokkaido University is an interdisciplinary graduate program designed to address the complex environmental challenges faced by our planet. The program aims to cultivate experts who can develop sustainable solutions by integrating knowledge from ecology, environmental science, economics, social sciences, and policy studies. Students enrolled in this program engage in advanced coursework and research projects that focus on the sustainable management of ecosystems, conservation strategies, climate change adaptation, biodiversity preservation, and sustainable resource utilization. The curriculum emphasizes both theoretical foundations and practical applications, preparing graduates to contribute effectively to environmental policy formulation and implementation at local, national, and international levels.
The program often collaborates with government agencies, research institutions, and industry partners to ensure that research outcomes are relevant and impactful. Faculty members are specialists in fields such as ecosystem ecology, environmental management, and conservation biology, providing students with expert guidance. The multi-disciplinary approach encourages students to consider socio-economic factors alongside ecological data, fostering holistic solutions that promote sustainability in various contexts. Students may participate in fieldwork, laboratory experiments, workshops, and seminars, which enhance their practical skills and promote interdisciplinary dialogue. The program also supports career development by offering internships, networking opportunities, and participation in international conferences. Graduates of Biosphere Sustainability Science are expected to contribute to the development of sustainable environmental policies, innovative conservation strategies, and sustainable development plans that balance ecological integrity with human needs. The program signifies Hokkaido University’s commitment to fostering leaders in environmental sustainability who can make meaningful contributions to global efforts to preserve the biosphere for future generations.