AI for Climate-Smart Aquaculture

• Overview of the Blue Bioeconomy and its relevance to sustainable coastal and marine food systems
• Principles of Aquaculture LCA: methodologies, stages, and metrics
• Role of LCA in optimizing aquaculture systems for sustainability
• Hands-on:
• Introduce a simple LCA model for an aquaculture system and perform basic impact analysis (e.g., carbon footprint, water use)
• Deliverable: LCA report highlighting environmental impacts and initial sustainability indicators for an aquaculture system

• Climate change challenges and opportunities in aquaculture and marine food systems
• Introduction to climate-smart aquaculture and adaptation strategies for coastal food systems
• Tools and digital models for climate impact analysis and optimization in aquaculture systems
• Hands-on:
• Use digital modeling tools to simulate climate-smart aquaculture strategies (e.g., impact of water temperature changes on fish growth)
• Deliverable: Simulation results showing the potential climate adaptation strategies for optimizing aquaculture practices

• FAO’s “Blue Transformation” initiative and its objectives for sustainable coastal and marine food systems
• Robust metrics for monitoring progress toward sustainable marine food systems: carbon, water, biodiversity, and resource use
• Using LCA and digital models to assess sustainability and guide decision-making in line with the FAO’s goals
• Hands-on:
• Develop an LCA-based digital model to assess a coastal food system’s sustainability, focusing on key metrics aligned with FAO’s Blue Transformation goals
• Deliverable: Sustainability model with actionable recommendations for improving the environmental performance of a marine food system

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