Exploring bioproduction systems in socio-ecological production landscapes and seascapes in Asia through solution scanning using the Nature Futures Framework

Social-ecological production landscapes and seascapes (SEPLS) are an essential source of livelihood for people worldwide; however, they are experiencing challenges due to climate and ecological systems' change affecting their bioproduction mechanisms. These externally influenced drivers challenge their relevance, which calls for the revitalization of these systems focusing on sustainable use and management of resources with increased socio-ecological resilience and improved economic viability. In response, this study was conducted by reviewing the literature on 90 bioproduction systems in SEPLS across three countries in Asia, Japan, Philippines and Indonesia. Through a solution scanning exercise, the study aims to identify the driver of change, the involvement of stakeholders, and the prominent response types considered during their revival. The recorded 348 policy responses are filtered using the Millennium Ecosystem Assessment-based response typology to systematically categorize the scanned solutions, and the Nature Futures Framework (NFF) to capture the linked pluralistic values. In addition to the solutions, the study captured the drivers of change and other characteristics of the bioproduction system. Overall, the stakeholder engagement, the solution type, and pathways to achieve the NFF perspectives vary across the countries. In all study countries, the change in natural, physical, and biological systems and challenges posed by land use change are the key direct driver. Indirect drivers in Japan are mainly associated with demographic change, while in the Philippines and Indonesia, they are socio-political and technological challenges, respectively. The NFF filtering indicates a stronger lean toward a 'Nature as Culture/One with Nature' perspective, achieved through solutions targeting sociocultural and behavioral change and community-based management. The solutions and the filtering allowed an understanding of the differing approaches, which can guide other bioproduction systems in enhancing their socio-economic resilience and bringing transformative change to SEPLS.