Protein 2.0: An Agent-Based Model for Simulating Norway’s Protein Sector Under Carbon Pricing and the Emergence of Cultivated Proteins (1.0.0)
            Protein 2.0 is a systems model of the Norwegian protein sector designed to explore the potential impacts of carbon taxation and the emergence of cultivated meat and dairy technologies. The model simulates production, pricing, and consumption dynamics across conventional and cultivated protein sources, accounting for emissions intensity, technological learning, economies of scale, and agent behaviour. It assesses how carbon pricing could alter the competitiveness of conventional beef, lamb, pork, chicken, milk, and egg production relative to emerging cultivated alternatives, and evaluates the implications for domestic production, emissions, and food system resilience. The model provides a flexible platform for exploring policy scenarios and transition pathways in protein supply. Further details can be found in the associated publication.
            
            Release Notes
            Code for a model of protein production scenarios in Norway for the Protein 2.0 project. See the associated publication and model Info tab for details of the required input data.
            Associated Publications
            https://doi.org/10.1016/j.clet.2025.100979
         
    
    
        
        
            
        
        Protein 2.0: An Agent-Based Model for Simulating Norway’s Protein Sector Under Carbon Pricing and the Emergence of Cultivated Proteins 1.0.0
        
            
                Submitted by
                
                    Nick Roxburgh
                
            
            
                
                    Published May 08, 2025
                
            
            
                Last modified May 08, 2025
            
         
        
        
            
                Protein 2.0 is a systems model of the Norwegian protein sector designed to explore the potential impacts of carbon taxation and the emergence of cultivated meat and dairy technologies. The model simulates production, pricing, and consumption dynamics across conventional and cultivated protein sources, accounting for emissions intensity, technological learning, economies of scale, and agent behaviour. It assesses how carbon pricing could alter the competitiveness of conventional beef, lamb, pork, chicken, milk, and egg production relative to emerging cultivated alternatives, and evaluates the implications for domestic production, emissions, and food system resilience. The model provides a flexible platform for exploring policy scenarios and transition pathways in protein supply. Further details can be found in the associated publication.
             
            
                
            
            
            Release Notes
            
                
Code for a model of protein production scenarios in Norway for the Protein 2.0 project. See the associated publication and model Info tab for details of the required input data.