Minskad resursförbrukning och accelererad cirkulär ekonomi

• Unlocking Sustainable Resource Potential: The Role of Biogas-based Agricultural Biorefineries, Carina Gunnarsson, Rise
• Aluminium circularity by tolerant materials design and rethinking of material flow by IT-based system approach (ALCIRCUT), Lars Nyborg, Chalmers
• AI Built Designer Enzymes for the Next Generation of Cellulose Modification, Paul Hudson, KTH
• Finding peat alternatives for agriculture in Sweden’s most abundant industrial waste streams, Ulrike Schimpf, Stockholms universitet
• INCENTIVIZE: Transferable quotas, fees or taxes for al less toxic circular economy, Daniel Slunge, Göteborgs universitet
• Decoupling in a business practice via business model-LCA and market shaping (Delish), Henrikke Baumann, Chalmers
• Breaking the consumption cycle: On the feasibility of limits to consumption, Eva Alfredsson, Uppsala universitet
• Forest-based materials: How to transform the bioeconomy to beat the planetary crisis, Linnea Cederholm, Stockholms universitet
• Accelerated development of lignin-based rubber by robotized screening and AI-reinforced decision-making, Anders Holst, KTH
• Exnovation for sufficiency – exploring pathways to an exnovation mindset and sufficiency futures, Sara Renström, Rise
• Circular Economy and Ecologically Unequal Exchange: Uncovering Barriers and Opportunities to Reduced Resource Consumption, Tiina Häyhä, Stockholm Resilience Centre, Stockholms universitet

Diplomati för hållbarhet

• Transformational Adaption – Prospects for a New Avenue in International Climate Diplomacy, Victoria Wibeck, Linköpings universitet
• The Anthropocene navigator: identifying robust strategies for advancing global sustainability in the face of the polycrisis, Peter Søgaard Jørgensen, Stockholm Resilience Centre, Stockholms universitet
• NatureDiplomacyAI- AI-generated environmental policies for sustainability, Chapron Guillaume, SLU
• Nuclear Diplomacy? Strengthening Civil Society Involvement with Final Repositories for Nuclear Waste, Thomas P. Keating, Linköpings universitet
• Improving accountability, traceability and sustainability in timber supply chains, Jakub Truszkowski, Chalmers