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Theme & topic descriptions
| A | Carbon Farming and Ecosystem Management | The integration of carbon farming practices with ecosystem management, emphasizing the need for holistic approaches that consider local adaptation, biodiversity, sustainable agricultural practices, and the role of peatlands in carbon sequestration. |
| 1 | Local Adaptation in Carbon Farming | The need for flexible carbon farming models that account for local conditions and climate change effects. |
| 2 | Sustainable forest management | The importance of managing forests sustainably to enhance carbon storage while also addressing biodiversity and other environmental values. |
| 3 | Peatland Restoration and Carbon Sequestration | The importance of restoring peatlands for carbon storage and reducing greenhouse gas emissions, highlighting their role in climate mitigation. |
| 4 | Sustainable Agricultural Practices | Promotion of sustainable agricultural and forestry practices as essential for carbon sequestration and achieving climate neutrality. |
| 5 | Carbon Market Concerns | Skepticism about the effectiveness of carbon markets in forestry and agriculture, emphasizing the need for a holistic approach to ecosystem functions. |
| 6 | Biodiversity and Carbon Farming | The necessity of integrating biodiversity considerations into carbon farming practices to ensure ecosystem resilience and climate adaptation. |
| B | Carbon Certification and Policy Integration | The importance of aligning carbon reduction certification frameworks with sustainability policies, ensuring coherence between various climate incentive schemes, and considering the economic, social, and environmental impacts. |
| 7 | Certification and Sustainability | The importance of including sustainability aspects in carbon reduction certification frameworks, considering economic and social impacts. |
| 8 | Policy Complementarity | The need for a holistic governance structure that clarifies how different climate incentive schemes can be combined effectively. |
| 9 | Integration of Carbon and Sustainability Policies | The necessity for coherence and coordination between carbon certification frameworks and other sustainability initiatives in agriculture. |
| C | Carbon Removal Technologies and Verification | Exploring innovative carbon removal methods, including biochar and CCU, and the importance of rigorous monitoring, reporting, and verification to ensure their effectiveness and integrity. |
| 10 | Carbon Capture and Utilization (CCU) | Recognition of CCU as a vital pathway for achieving EU climate goals through the reduction of CO2 emissions and substitution of fossil resources. |
| 11 | Carbon Removal Strategies | Exploration of innovative methods for carbon removal, including Reverse Carbon Mining and biochar applications, emphasizing their scalability and permanence. |
| 12 | Biochar as a carbon removal method | The use of biochar in agricultural practices as a method for carbon removal and its benefits for soil health and carbon sequestration. |
| 13 | Carbon removal monitoring and verification | The need for rigorous monitoring and verification processes to ensure the effectiveness and integrity of carbon removal efforts. |
| D | Funding and Incentives for Carbon Farming | The need for public funding and equitable incentives to support carbon farming and climate action, ensuring that farmers are adequately compensated and encouraged to adopt climate-smart practices. |
| 14 | Public Funding for Carbon Farming | The need for public funds to incentivize carbon farming practices rather than relying on carbon markets for compensation. |
| 15 | Farmer-Centric Carbon Framework | The importance of adopting a farmer-centric approach in carbon removals to promote climate-smart practices and reduce barriers to participation. |
| 16 | Equitable Incentives for Climate Action | The importance of creating fair incentives for all actors in the agricultural sector, ensuring that those who have historically contributed to climate-friendly practices are not disadvantaged compared to those who have not. |
| E | Collaborative Climate Strategies and Government R… | The significance of multi-stakeholder collaboration and government involvement in establishing effective climate strategies, with a focus on achieving climate neutrality and managing greenhouse gas concentrations. |
| 17 | Collaboration in Carbon Farming | The significance of multi-stakeholder collaboration in implementing carbon farming projects and achieving shared goals. |
| 18 | Carbon management goals | The need to stabilize atmospheric concentrations of greenhouse gases rather than just removing carbon dioxide. |
| 19 | Climate Strategy and Government Role | The importance of government involvement in establishing effective climate strategies to reduce emissions and achieve climate neutrality. |
| F | Sustainable Practices and Air Quality in Agricult… | The impact of agricultural practices on air quality and the importance of sustainable management and agroecological practices to reduce greenhouse gas emissions and enhance carbon storage. |
| 20 | Air quality management in agriculture | The impact of agricultural practices on air quality and the importance of sustainable management to reduce greenhouse gas emissions. |
| 21 | Agroecology and carbon sequestration | The role of agroecological practices in enhancing carbon storage in soils and promoting sustainable agricultural systems. |
| G | Market Dynamics and Costs of Carbon Storage | The financial challenges and market dynamics affecting the development and adoption of carbon storage technologies, including the cost implications and the need for market standards. |
| 22 | Cost of carbon storage technologies | The financial challenges and market dynamics affecting the development and adoption of carbon storage technologies. |
| 23 | Carbon removal market dynamics | The interaction and development of carbon markets, including the need for standards and the role of various stakeholders in shaping these markets. |
| H | Consumer Engagement and Long-term Carbon Storage | The necessity of informing consumers about product origins to encourage climate-friendly choices and ensuring the long-term maintenance of carbon storage measures for their effectiveness. |
| 24 | Consumer Awareness and Climate-Friendly Choices | The necessity of informing consumers about the origins and production conditions of products to encourage climate-friendly purchasing behaviors. |
| 25 | Long-term Carbon Storage Assurance | The necessity of ensuring that carbon storage measures are maintained over time to guarantee their effectiveness. |
| I | Other topics | Topics which could not be grouped into themes. |
| 26 | Nature-based Solutions | The need for defined protocols for measuring, reporting, and verifying (MRV) carbon storage across various ecosystems. |
| 27 | Soil Carbon Sequestration Practices | The role of soil management practices in enhancing carbon sequestration and the need for monitoring and certification. |
| 28 | Biobased Materials and Carbon Storage | The role of biobased materials in carbon storage and the importance of recognizing their potential in climate change mitigation. |
| 29 | Local Context in Carbon Standards | The need for carbon standards to be tailored to the specific environmental and socio-economic conditions of different regions, particularly in Europe. |
| 30 | Interdisciplinary Research in Carbon Removal | The need for comprehensive and interdisciplinary approaches to evaluate and implement carbon removal methods, considering ecological, social, economic, and political dimensions. |