Carbon farming innovation and scale-up

Expected Outcome: Project results are expected to contribute to all of the following expected outcomes: models, methods and data needed for the quantification of carbon farming activities and results are available for integration in a single monitoring, reporting and verification (MRV) system, so that the costs and burden associated to carbon farming MRV are reduced to a minimum; use of carbon-removal and emission-reduction certification is facilitated at scale, and the EU Carbon Removals and Carbon Farming (CRCF) Regulation [1] becomes the basis for cost-effective certification of carbon farming in different contexts; carbon farming actors involved in CRCF implementation in different roles – including land managers and other market participants as well as certification and governance bodies – have access to relevant scientific knowledge and tailored technical support for the implementation of CRCF rules. Scope: The CRCF Regulation creates the first EU-wide voluntary framework for certifying carbon removals, carbon farming and carbon storage in products across Europe. By establishing EU quality criteria and laying down monitoring and reporting processes, the CRCF Regulation will facilitate investment in innovative carbon removal technologies, as well as sustainable carbon farming solutions, while addressing greenwashing. By 2026, the Commission will have adopted the first EU certification methodologies for different carbon farming activities through delegated acts, will have issued implementing acts with certification rules, and will have started the process of recognising certification schemes entitled to apply CRCF rules. With implementation of CRCF expected to start in 2027, this topic should serve to develop innovations and knowledge facilitating and enhancing its implementation on the ground. Proposals should: develop innovations to facilitate carbon farming certification, particularly by integrating advanced technologies (e.g., machine learning, artificial intelligence, blockchain, Earth observation, IoT) and by enhancing cooperation among holders of relevant knowledge and data (e.g., networks of benchmark sites, ring tests among soil laboratories, interoperability of relevant datasets), in order to harmonise data collection and verification and to minimise administrative burden for operators; maintain open-access lists of models, sampling protocols, datasets of emission factors and other relevant data to harmonise sustainability benchmarks for carbon farming activities, enhance the robustness of company-level and national greenhouse gas inventories for the land sector and the agricultural sector, and ensure the comparability and interoperability of all CRCF uses; based on experience with the implementation of the CRCF Regulation and its implementing rules during the first years after entry into force, and building on previous knowledge and tools developed by other relevant (EU-funded) projects, enhance capacity among the relevant stakeholders and facilitate the broad application of new or improved technologies, processes or services supporting the successful participation of land managers, certification schemes, and certification bodies; create awareness about CRCF among all potential users, buyers, or financiers of carbon farming (e.g., companies in the bioeconomy, national and regional agriculture and environmental authorities, financial institutions), collect information about their data needs, and facilitate access to those data within the context of CRCF certification and registry; systematically collect and analyse feedback and lessons learned by carbon farming actors involved in CRCF implementation, particularly regarding obstacles to implementing and scaling-up of CRCF certification; identify and address – through technological, economic or social innovations – remaining obstacles for effective large-scale participation in CRCF certification, and propose potential improvements to enabling conditions, certificati…