Innovative Aquaculture for Entrepreneurship Growth: Insights from RAS Adoption in Pakistan

Abstract

Recirculating Aquaculture Systems (RAS) have emerged as a transformative technology in aquaculture, offering sustainable production through water recycling, biofiltration, and controlled environmental management. This study investigates the impact of RAS adoption on entrepreneurship development in Pakistan, focusing on provincial case studies, SME growth, value chain enhancement, employment generation, and innovation promotion. Using a qualitative exploratory design with secondary data sources, including peer-reviewed articles and government reports, thematic analysis was conducted to assess entrepreneurial outcomes. The findings indicate that RAS facilitates technology-driven startups, urban and peri-urban aquaculture enterprises, and high-value niche markets, while strengthening linkages across the aquaculture value chain. However, adoption is constrained by technical and energy-related challenges. The study applies Rogers'Diffusion of Innovations Theory to explain the adoption patterns of RAS among early and late entrepreneurial adopters, and Barney's Resource-Based View (RBV) to highlight how technological and knowledge resources provide a competitive advantage to entrepreneurs. The integration of these theories demonstrates that strategic resource deployment and innovation diffusion are critical for scaling RAS-based entrepreneurship in Pakistan. Policy support, training, and renewable energy integration are recommended to overcome adoption barriers, ensuring sustainable economic growth, enhanced food security, and the development of a technology-driven aquaculture entrepreneurial ecosystem.