Theoretical Models as a Tool to Derive Management Strategies for Sustainable Natural Resource Management

Biodiversity hot spots cannot be preserved successfully unless human activities such as illegal logging and grazing are properly controlled and cooperation is achieved among resource users to reduce anthropogenic impacts. We explore strategies for sustainable use of common resources by studying resource users’ behaviors together with resource dynamics, because ecological and social factors are known to interact strongly. By showing three systems dealing with the risk of illegal logging, grazing pressure, and increasing catching effort respectively, we show the advantages of a mathematical model as a management tool.

Attempt to Develop High-Value Rice in the Shimojin District, Mashiki Town, Kumamoto Prefecture: Transition Into Sustainable Local Community Using Disaster Recovery from the 2016 Kumamoto Earthquakes as a Branding Strategy

In this chapter, we report the case of a co-design project undertaken in the Shimojin district that was severely damaged by the 2016 Kumamoto Earthquakes. We, IDS3, and local residents have not only attempted to recover the aforementioned district from the damages it suffered due to the earthquakes but also unite its entire community, which is currently suffering from population decline and aging. To supplement its local agriculture, we initiated the co-design project as a means to promote rice branding by adding value by utilizing the biodiversity in the district and transforming the district’s rice paddy fields into eco-friendly paddy systems. We were involved with the project since the consensus building phase owing to our co-design experience with regard to restoration planning at disaster restoration sites and knowledge about the district. We primarily conducted our research in three fields: (1) design of the recovery plan of eco-friendly paddy fields and agricultural ditches, (2) consensus formation for rice branding, (3) exploration of eco-friendly farming method suitable for the region under study.

Oral Care that Supports Healthy Lives as a Case Study of the Kumamoto Earthquake

Immediately after the Great Hanshin-Awaji Earthquake in 1995 and the Great East Japan Earthquake in 2011, pneumonia outbreak among the elderly increased the rate of fatalities. What caused this? To use lessons learned during the large-scale disaster, specialists concerned with the field of dentistry began to take action using new perspectives. Consequently, they noticed the importance of giving care to the entire oral cavity as well as the teeth. Based on reports from a dentist and a dental hygienist who tackled the oral care of the Kumamoto Earthquake victims in 2016, their methods of effective health care following a disaster is presented in this paper. We also propose a preventative medical activity that can be conducted sustainably for anyone, not just medical personnel.

Co-design, Co-production, and Co-evaluation Processes for a Mobile Health Check-Up Research Project in Jaipur, India: A Case Study of the Portable Health Clinic, 2016–2020

This chapter summarizes the co-design, co-production, and co-evaluation processes of a mobile health check-up research project in Jaipur, India, from March 2016 to June 2020. It is the continuation of our previous paper which was published in November 2018 at Sustainability. The main focus of this chapter is to describe the processes of co-production, co-implementation, and co-evaluation research activities after November 2018. To accomplish this, all documents and materials related to the research processes of co-design, co-production, and co-evaluation were thoroughly reviewed, including minutes from meetings, consultations, workshops, trainings, presentation slides, pictures, and reports. After reviewing the past 4 year’s research process, the road map of a sustainable mobile health check-up project in India was proposed.

Decision Science for Future Earth: A Conceptual Framework

The purpose of this chapter is to review progress in our understanding of human behavior and decision-making relevant to future earth research agenda, and propose Decision Science as a hub of knowledge networks connecting disciplinary and interdisciplinary sciences with the practice of problem-solving. This review is composed of four sections. First, we describe the conceptual framework of “decision science for a sustainable society” and argue that evolutionary biology of the human nature is key to construct this framework. Second, we review how our group decision-making often fails due to various cognitive biases and argue that participatory approaches of co-design and co-production do not guarantee reasonable decision-making. Third, we review success stories of problem-solving in local communities and consider how we can connect those successes in local communities to successful national and global decision-making. Fourth, learning from both failures and successes, we argue that the adaptive learning of society is a process enabling us to transform our society toward a sustainable future. We review some positive global trends toward sustainability and consider the cognitive processes and behavioral mechanisms behind those trends that would provide clues for finding successful ways to transform our society.

Conflict of Legitimacy Over Tropical Forest Lands: Lessons for Collaboration from the Case of Industrial Tree Plantation in Indonesia

Industrial Tree Plantation (ITP) in Indonesia has been controversial due to its significant environmental, economic, and social impacts and the severe conflicts among stakeholders. Therefore, it is crucially important to discuss the fundamental structure of the conflicts to promote going forward. We introduce the concept of “legitimacy” and discuss the (1) inequality of the landholding structure and (2) legal pluralism established by historical circumstances as the fundamental structure of the conflicts. Our discussions present some key lessons in promoting collaboration among stakeholders. The first lesson is that the degree of interest and priority for problems differs among stakeholders. Therefore, an understanding of these differences is the first step toward collaboration. The second lesson is about the importance of considering history. Awareness of the problem, interpretation of the historical facts, and evaluation of other stakeholders by a certain stakeholder change over time. Therefore, to start a collaboration, it is necessary to build a consensus among stakeholders as a time point to go back to in order to discuss the problem. The third lesson is that a procedure for data presentation agreeable among stakeholders as independent, neutral, and fair is essential for their collaborations. Especially in cases where conflicts among stakeholders are intensive, it appears that confidence in and interpretation of presented data are different for each stakeholder. Therefore, data presentation agreeable to all stakeholders is essential to promote their collaborations. Unlike conventional scientific research, scientists are required to uphold various values existing in society to collaborate with stakeholders in transdisciplinary research of Future Earth.

Sustainability of Micro Hydropower Generation in a Traditional Community of Indonesia

Over 3 years, we undertook a micro hydropower (MHP) project in the Ciptagelar village, West Java, to improve the understanding and implementation of sustainable operations and management of MHP generation in remote rural areas, where the primary industry is farming and thus monetary incomes are low. First, we describe in this paper the history of setting up the research agenda to be tackled with the cooperation of governmental and nongovernmental stakeholders. Second, we report the current status of MHP plants and the related issues obtained through fieldwork and model simulations, in the context of culture, traditions, and society in the village. Finally, we propose guidelines to solve the issues and present the lessons learned and things scientists should pay attention to when proceeding with transdisciplinary research projects in remote rural areas. Through fieldwork and model simulations, we revealed issues related to budgeting and techniques for maintaining and operating MHP plants. We found that the village had difficulty in securing funds for repairing broken intake weirs, though it had funds to cover the general maintenance of the MHP plants. We also found that the intake weirs were vulnerable to large floods and that no accomplished technicians were available to operate MHP plants in the village properly. To solve these issues, we need to find ways to reinforce the intake weirs using local materials and increase monetary incomes by creating new industries based on the MHP generation while considering the cultural and traditional backgrounds of the remote rural areas.

Experiences of University Student Volunteer Activities to Revitalize the Area Affected by the Kumamoto Earthquake

The purpose of this paper is to clarify the situation and issues of volunteer activities through the example of the students’ voluntary activities after the Kumamoto earthquake. In the case study, we described the volunteer activities of Tokai University students starting from the time immediately after the Kumamoto Earthquake, and the revitalization activities they conducted in the disaster area. We focused on how the motivations and actions of university students are changing over time. The students of the Faculty of Agriculture of Tokai University established a student volunteer group called Aso Fukkoheno Michi which means “Path for Revitalization of Aso”. The group is currently working on the revitalization of Minami-aso Village, with a particular focus on developing the sustainability of the Kurokawa area. With this intention, members of Aso Fukkoheno Michi started to tell the story of Minami-aso Village to visitors. Through this storytelling activity, the students are able to convey their own experiences of the disaster to visitors. From the survey conducted among student volunteers, we learned about the effective ways in which the students undertook such activities. However, we identified problems faced by the volunteers regarding the continuation of their efforts in the future, and regarding maintaining their involvement with the local community.

How Can We Develop a Co-design, Co-production, and Co-delivery Process Toward a Sustainable Local Society? Comparative Study on Transdisciplinary Research Projects

This chapter will introduce the results of a comparative, interdisciplinary joint research on transdisciplinary research (TD), conducted by three social science researchers and three natural science researchers who work at the Decision Science Center for a Sustainable Society, Kyushu University (Institute of Decision Science for a Sustainable Society, Kyushu University, IDS3). Since the beginning of IDS3’s Future Earth project, or before the project became a global research program, all of us had engaged with TD research in our own local fields and disciplines, to solve local social problems while interacting with various social stakeholders. Our disciplines include public health, forest management, natural regeneration in paddy fields, small hydropower generation, local governance, and tourism promotion. While sharing the results of our TD projects among ourselves, we found some common questions and problem perspectives on Future Earth, mainly from the point of view of social science. In this chapter, we will present the outcome of our comparative joint research, including our common questions, perspectives, and problem setting on Future Earth and TD research. Then, we will propose some hypothetical indicators for the conditions and requirements for achieving successful “co-design/co-production/co-delivery.”

Correction to: Decision Science for Future Earth: A Conceptual Framework

Correction to Chapter 1 in: Yahara T. et al. (2021) Decision Science for Future Earth: A Conceptual Framework. In: Yahara T. (eds) Decision Science for Future Earth. Springer, Singapore. 10.1007/978-981-15-8632-3_1