Leveraging Blockchain and AI for Transparent and Equitable Protected Area and Recreation Co-Management

Abstract

Protected areas and recreation management face persistent challenges in ensuring transparency, fostering equitable participation, and building trust among diverse stakeholders. Traditional co-management models often struggle with opaque decision-making processes, unequal power dynamics, and inefficient data management. This paper explores the transformative potential of integrating blockchain and artificial intelligence (AI) technologies to address these shortcomings. Blockchain, with its inherent characteristics of immutability, transparency, and distributed ledger technology, can provide a secure and verifiable platform for recording decisions, transactions, and resource allocation, thereby enhancing accountability and trust. AI, conversely, can analyze complex datasets, identify patterns, optimize resource distribution, support equitable decision-making processes by incorporating diverse perspectives, and personalize recreation experiences while minimizing ecological impact. By synergistically combining these technologies, a new paradigm for co-management emerges—one characterized by enhanced transparency, improved equity, data-driven insights, and increased stakeholder engagement. We discuss specific applications, potential benefits, and significant challenges related to implementing blockchain and AI in protected area and recreation co-management, offering a vision for a more just, effective, and sustainable future for conservation and outdoor recreation.