FRAMEwork has released a sustainability assessment tool that evaluates farms across environmental, economic and social dimensions As the European Union shifts agricultural priorities towards sustainable food production and farmland biodiversity restoration, farmers and policymakers face a critical question: how can we reliably assess and compare the sustainability of farming systems? FRAMEwork has released a comprehensive sustainability assessment tool that evaluates farms across environmental, economic, and social dimensions. The approach differs fundamentally from traditional top-down metrics imposed by policymakers. Rather than imposing predetermined indicators, the tool was co-developed with farmers, facilitators, and scientists, incorporating over 30 sustainability indicators spanning land use, pesticide application, water quality, energy, profitability, worker wellbeing, and stakeholder relations. How Does the Assessment Tool Work? The FRAMEwork Sustainable Assessment Tool operates through a practical two-part system: a farmer-friendly questionnaire coupled with an automated calculation spreadsheet that handles complex calculations. Farmers provide information about their farming business over a 12-month period, including crop types, hectares of land, income, subsidies, and pesticide use. The spreadsheet automatically calculates indicators across five sections: agricultural produce, income and capital, resource usage, farming practices, and business policies. Crucially, each indicator is converted into a four-level statement system using colour coding: red, amber, green, and dark green. This visual approach makes results intuitive and solutions-focused. Farmers can self-assess their sustainability, track progress over time, and identify areas where sustainability is declining or improving. What Project Evidence was Used? Testing across the English Farmer Cluster revealed significant results. Of 23 overarching sustainability indicators examined, 11 were found to be significantly above or below their control values, with 8 additional indicators showing meaningful links to biodiversity outcomes. Specifically, farmers with higher sustainability scores demonstrated improvements in corporate ethics, stakeholder dialogue, water quality management, soil health, and reduced chemical inputs. Higher fertiliser use efficiency (£36.24 fertiliser per tonne of produce) and reduced pesticide spray rounds (averaging 5.29 spray rounds per crop per year) were associated with improved sustainability. This finding suggests that more efficient resource use correlates with improved sustainability performance. The tool was subsequently tested and refined across English, Austrian, Scottish, and Czech Farmer Clusters, with feedback ensuring broader applicability across diverse farming systems, from arable to mixed to pastoral operations. The Sustainable Assessment Tool exemplifies FRAMEwork's commitment to bridging the gap between scientific knowledge and farmer practice. Rather than assuming a single 'best' approach, the tool recognises that sustainability is multidimensional and context-dependent. It provides clear, actionable feedback that farmers can use to improve their operations whilst generating evidence that informs policy at regional and national levels. The collaborative development process demonstrates that practical, farmer-centred assessment tools can capture the complexity of real farming systems whilst remaining accessible to non-technical users. Access the full tool and guidance here: https://zenodo.org/records/17898930. Download training resources and explore related project publications at https://www.framework-biodiversity.eu/publications.

Project officially launches YouTube Channel to support legacy dissemination Throughout H2020 FRAMEwork, video has played a central role in connecting our project's actors and audiences across Europe - from short documentaries filmed on farms to expert-led webinars on biodiversity policy and practice. For most of the project's lifetime, these videos were hosted via Taskscape's Vimeo, embedded across the project website and knowledge hub, Recodo, and played at project events and via social media. They received thousands of views and helped foster a sense of a broader European farmer cluster movement, providing entry points for discussion on shared ecological challenges. As part of the project's legacy offer, Taskscape has launched Growing Biodiversity - a dedicated YouTube channel designed to keep this media content freely available and accessible to the widest possible audience. Although the project's media strategy was not deliberately optimised for YouTube, the channel has performed well since its soft launch on 1 May 2025, attracting over 20,000 views and more than 500 subscribers by the end of 2025. While modest, the project is pleased that this sits well above averages for similar projects of this scale. YouTube Shorts have proven particularly effective, offering quick snapshots of activity and opinions across the project, while longer webinar recordings have drawn viewers looking for deeper engagement with the science and policy behind biodiversity-sensitive farming. What Can I Find on the Channel? Beyond YouTube shorts, the channel is organised into five playlists, each offering a different window into the project's work. On the Ground features short documentaries in farmer clusters across Europe, showing how biodiversity measures, community engagement and scientific monitoring help farmers build resilient ecosystems. Video Abstracts makes academic research accessible, covering topics from biological pest control and habitat connectivity to biodiversity recovery and climate adaptation through nature-based solutions. Big-Picture Thinking brings together expert-led webinars exploring the intersection of agricultural policy and biodiversity — from EU Common Agricultural Policy reform and the UK's Environmental Land Management schemes to green finance, natural capital markets and decision tools. Tools for Progress introduces the digital resources available on Recodo, including the FRAMEwork Data Hub, FEAST for spatial mapping and landscape analysis, and FRAMEtest for evaluating farm-level biodiversity measures in transition contexts. Behind the Scenes documents milestones in the project, from our first in-person meeting in Luxembourg to key knowledge exchange visits in Spain and England. You can explore the playlists above in the media section of the FRAMEwork website, or access the full channel Growing Biodiversity on YouTube. Whether you're a researcher, a farmer, a policy maker, or simply interested in the future of sustainable land management there's something there for you!

Project publishes framework categorising private incentive mechanisms designed to support biodiversity-friendly agriculture across Europe Beyond government schemes, farmers across Europe face a rapidly expanding landscape of private incentive mechanisms specifically designed to promote biodiversity-friendly agriculture. FRAMEwork has developed a comprehensive framework for understanding and categorising these diverse mechanisms and has conducted extensive research assessing how they interact with farmer behaviour and cluster-level conservation goals. The D6.3 report presents a systematic categorisation of private incentive schemes relevant to contemporary European agriculture. These mechanisms range considerably in scope and design. What Forms do Private Incentives Take? Market-based mechanisms such as premium prices for biodiversity-friendly products allow consumers to support environmental outcomes directly through purchasing decisions. Supply chain certification schemes set environmental standards across production chains, creating quality assurance mechanisms that appeal to environmentally conscious retailers and consumers. Labels and ecolabels allow producers to signal environmental commitment to consumers, commanding price premiums that reflect added environmental value of products. Private retail standards set environmental requirements for suppliers wishing to stock products on supermarket shelves, creating both opportunities and barriers to participation. Direct marketing strategies enable farmers to capture additional value by selling directly to environmentally conscious consumers through farm shops, farmers' markets and subscription schemes. Privately funded payments from conservation organisations or companies seeking environmental offsets provide direct financial support completely independent of government programmes and policy changes. The heterogeneity of these schemes creates both opportunities for farmers to diversify income streams and complex challenges for coordination across multiple initiatives operating simultaneously. How to Coordinate Private and Public Incentives? Understanding private incentive mechanisms is increasingly important as farmers diversify income sources and as major companies integrate environmental commitments into procurement policies and corporate social responsibility programmes. Private schemes often complement public programmes effectively and can drive significant innovation in practice design, testing approaches that governments may later adopt at scale. However, they also create notable coordination challenges, particularly when multiple schemes operate simultaneously with potentially conflicting environmental requirements. These schemes may not target conservation priorities most effectively from a landscape perspective, potentially missing valuable opportunities for landscape-scale biodiversity gains where conservation action is ecologically most important. FRAMEwork's research explores how private and public incentives can work together more effectively within clusters to enhance landscape-scale biodiversity outcomes and farmer engagement. By understanding the complex interaction between these mechanisms, policymakers and practitioners can design more coherent incentive systems that strategically leverage the strengths of both private and public approaches. Cluster-based approaches offer particular opportunities for coordinating diverse incentive sources, reducing administrative burden for participating farmers, and targeting them strategically towards shared conservation objectives that transcend individual farm boundaries. Clusters provide natural forums where farmers can share information about incentive opportunities and discuss their experiences with different schemes. Access the full framework and findings at https://zenodo.org/records/7115617 or explore more FRAMEwork resources at https://www.framework-biodiversity.eu/publications.

New project study in Agriculture, Ecosystems & Environment examines how spontaneous flowering vegetation enhances biodiversity and supports ecosystem services in managed apple production systems Research examining spontaneous flowering vegetation in apple orchards has been published in Agriculture, Ecosystems & Environment, revealing important linkages between unmanaged flowering plants and biodiversity outcomes in managed agricultural systems. Apple production relies increasingly on intensive management practices that can limit habitat heterogeneity and reduce species diversity. Yet within managed orchards, spontaneous flowering vegetation—plants that colonise orchard floors without deliberate cultivation—can support diverse arthropod communities and contribute to ecosystem services including pollination and natural pest control. Flowering Plants and Arthropod Communities The research documents which spontaneous plant species establish in apple orchards and how their presence relates to arthropod community composition. Flowering plants provide essential nectar and pollen resources supporting diverse arthropods including pollinators, natural enemies of pests and detritivores. The timing of flowering matters substantially—plants flowering during crop pollination periods provide critical resources for pollinators supporting fruit set. Plants flowering after harvest support arthropod communities during seasons when crop-provided resources decline. Orchard structure influences which spontaneous species establish and persist, with factors including soil management intensity, pesticide use, light availability beneath canopies and proximity to adjacent habitat all affecting vegetation establishment and composition. Implications for Orchard Management Tolerating spontaneous flowering vegetation within apple orchards represents a low-cost, passive approach to enhancing biodiversity compared to active sowing of wildflower strips or establishment of field margins. However, tolerance requires confidence that vegetation does not substantially compete with apple trees for water, nutrients or light, and that vegetation management does not become burdensome. Research identifies management approaches balancing orchard productivity with vegetation heterogeneity. Some orchards maintain vegetation in specific zones such as inter-row areas whilst controlling vegetation in zones immediately adjacent to trees. Others employ selective mowing schedules allowing extended flowering periods whilst controlling vegetation at critical times. The choice of management approach depends on orchard structure, economic considerations, regional market standards and farmer preferences. Read: https://www.sciencedirect.com/science/article/abs/pii/S0167880923004255. Explore all publications at https://www.framework-biodiversity.eu/publications.

Project publishes working paper showing that group-based results-based payments significantly outperform individual schemes FRAMEwork has published a working paper by Rellensmann, Engel, Rommel and Thomas at consortium partner The University of Onsnabruck - examining a fundamental question for biodiversity conservation and sustainable agriculture: are results-based agri-environment payments more effective when designed for farmer groups rather than individuals? Experimental evidence from German farmers directly informs policy design for conservation incentive schemes. The research reveals that group-based approaches lead to substantially higher conservation efforts compared to individual schemes. Farmer groups demonstrate significantly stronger responses to results-based payment structures than individual farmers, suggesting that collective action enhances the effectiveness of outcome-focused incentives. This finding has immediate relevance for policymakers designing the next generation of conservation support mechanisms. Experimental Design Testing Real Farmer Behaviour The experimental research uses rigorous methodology to test these approaches with actual German farmers. Rather than relying on observational data from existing programmes, experimental designs allow researchers to randomly assign farmers to different payment structures and observe resulting behaviour. This eliminates confounding factors and provides causal evidence rather than mere correlation. The German farming context provides particularly valuable insights, as Germany has extensive experience with both agri-environment schemes and farmer cooperative structures. Researchers can therefore draw on established institutions and farmer experience with results-based approaches. Implications for Conservation Policy Across Europe The research tests predictions from economic theory about group dynamics, monitoring effects, and payment incentives in a real-world agricultural context. Results may inform not only biodiversity conservation payments but also other collective action schemes including water management, soil conservation, and climate mitigation on farms. The evidence base for what actually works in environmental incentive design remains surprisingly thin, making rigorous experimental research particularly valuable for informing future policy development. Understanding whether group-based results payments outperform individual schemes has immediate policy implications across the European Union and globally. If groups prove more effective, policymakers should structure conservation payments around cooperative models and invest in farmer group development. Cost-effectiveness matters because conservation budgets are limited and must stretch across millions of hectares of farmland. This working paper will inform ongoing discussions within the EU Common Agricultural Policy reform process and discussions around implementation of biodiversity frameworks. As farmers face increasing pressure to contribute to environmental targets whilst maintaining economic viability, understanding the most effective incentive structures becomes crucial. The research is particularly timely given the EU's strengthened biodiversity commitments and the role agricultural lands must play in achieving restoration targets. Access the paper and additional research on conservation incentive mechanisms: https://zenodo.org/records/15681847. Explore more FRAMEwork publications at https://www.framework-biodiversity.eu/publications.

New Publications Showcase the Power of Citizen Science in Nature Management... Still from a video below by the Bill Sutherland’s Conservation Concepts YouTube channel A new project-supported reports from FRAMEwork partner NORDECO explores how local knowledge and citizen engagement are informing conservation practices across the Arctic In an era where environmental challenges demand innovative solutions, two publications from our partner NORDECO, co-authored by project participant Finn Danielsen, are helping to chart a new course for nature management in the Arctic. These reports reveal how citizen involvement isn't just beneficial but can be central to creating sustainable, effective conservation strategies that work for both people and nature. Local Voices, Global Impact The first report, "Strengthened locally based monitoring and management of living resources in the Arctic," presents a compelling narrative of how communities across Norway, Iceland, Greenland, and the Faroe Islands are revolutionizing nature management through citizen participation. Drawing from a workshop held in Sandavágur, Faroe Islands, in May 2024, and informed by in-depth discussions with local hunters across four settlements, the report demonstrates how local knowledge can do more than just fill data gaps. It can fundamentally improve the quality of environmental decision-making. Where centralised authorities might overlook crucial observations, local citizens can provide eyes and ears on the ground, capturing nuances that come from daily living alongside the nature around them. Why Local Involvement Matters The report's findings are particularly striking in the context of the Faroe Islands, where nature is more than a resource and is woven into the cultural fabric of identity and tradition. Citizen dialogue proved invaluable in addressing modern challenges around the islands - like speedboat traffic impacts on wildlife, and respecting traditional practices around seabird hunting. Key insights from the report include: Enhanced decision-making quality through observations that might otherwise go unnoticed Greater legitimacy and ownership of resource management decisions within communities Improved resilience in facing environmental and economic challenges The critical need for long-term frameworks, capacity-building, and technical support for local monitoring systems A Practical Roadmap for Change The second publication, "Guidance for strengthening citizen involvement in the management of nature in the Arctic," moves from theory to practice, offering a concrete five-step model for implementing community-based monitoring and management: Identify responsible authorities for coordinating citizen involvement Hold public meetings to explore how local knowledge can contribute to management Establish locally based monitoring through citizen science initiatives Support continued engagement with formalized cooperation mechanisms Link local efforts to global goals by integrating community data into UN biodiversity monitoring This strategic framework transforms the concept of citizen science from an abstract ideal into an actionable plan. In the Faroe Islands, the guide showcases how hunters, landowners, communities, and authorities can collaborate to share valuable insights on everything from bird populations to hunting patterns, helping to create more legitimate and effective management practices. By participating directly in nature management, Arctic communities can enhance both their economic sustainability and environmental stewardship, gaining: better data quality through continuous local observation, increased community buy-in for conservation measures, more adaptive and responsive management strategies and stronger connections between traditional knowledge and modern science. A Collaborative Achievement The work represents a collaborative effort, led by the University of the Faroe Islands, Umhvørvisstovan staff, and NORDECO, working in close dialogue with Jagtforeningen Lonin on Sandoy. The project received support from multiple sources, including The Nordic Council of Ministers' Working Group for Biodiversity, The UArctic Thematic Network on Collaborative Resource Management and the EU Commission through the H2020 FRAMEwork project, European Citizen Science, and more4nature initiatives. Looking Forward: Recommendations for a Sustainable Arctic The publications conclude with actionable recommendations that could help improve nature management and conservation in the Artic, to: Strengthen shared Nordic experiences through cross-border collaboration Ensure better data sharing and public engagement mechanisms Establish formalized cooperation models between authorities and local actors Build long-term support structures for community-based monitoring These steps are building blocks for securing a sustainable future for the Arctic, where local communities are empowered as active stewards of their natural heritage. Join the Conversation As one local participant noted in the project discussions, "We cannot make a plan for the future because it's so unpredictable." This uncertainty makes citizen involvement not just valuable, but vital. By combining traditional knowledge with modern science, and local observations with global monitoring systems, people can build more resilient, adaptive approaches to conservation that truly work for Arctic communities and ecosystems. These publications from NORDECO and project participant Finn Danielsen demonstrate how the path to sustainable conservation runs through local communities. When citizens become scientists, and traditional knowledge meets modern monitoring, we create powerful synergies that benefit everyone - from local people to global sustainability and conservation goals. The FRAMEwork project has supported innovative approaches to biodiversity monitoring and citizen science across Europe. Explore more updates on how local knowledge can improve nature management and conservation.

Project publishes practitioner assessment tool enabling farmers to evaluate performance across sustainability indicators FRAMEwork has published a Sustainability Assessment Tool designed for arable and mixed farming systems across Europe. The tool provides methods for evaluating farm performance across 16 key sustainability indicators organised into environmental, social and economic dimensions. Farmers can complete assessments in approximately two hours, whilst cluster facilitators can aggregate results across multiple farms in a single working day. The tool accommodates diverse farming systems from organic smallholdings to conventional grain producers across different European contexts, emerging directly from feedback gathered during FRAMEwork's intensive work with Farmer Clusters across multiple years of collaboration and learning. A colour-coded approach to progress Each indicator employs a structured four-statement approach, with farmers selecting which statement best reflects their circumstances. Assessment results are colour-coded: red for 25%, yellow for 50%, light green for 75%, and dark green for 100%. This visual feedback reveals which areas of sustainability are performing well and which merit further attention. The framework's modular design allows farmers to focus resources on areas most relevant to their farm system and business priorities. Rather than demanding perfect scores across all dimensions, the tool shows which areas of strong performance can be celebrated and communicated, and which areas merit further attention and resources. This framing supports farmer motivation and genuine learning rather than inducing guilt about performance gaps. The assessment process itself becomes a learning opportunity rather than a compliance burden. Serving farmers, facilitators and policymakers The assessment covers 16 indicators spanning governance, environmental, social and economic domains. Governance indicators assess corporate ethics and stakeholder dialogue. Environmental dimensions address water quality, land degradation, biodiversity monitoring, and hedgerow length. Material use examines fertiliser and pesticide efficiency. Energy considerations assess renewable electricity and consumption reductions. Economic dimensions evaluate profitability and income from environmental subsidies. The tool serves multiple stakeholders simultaneously. Farmers obtain reliable feedback about whether their biodiversity management efforts deliver genuine environmental benefits rather than producing warm feelings without ecological substance. Without such concrete feedback, motivation wanes, and farmers may abandon new practices. Cluster facilitators gain concrete assessment methods to communicate progress to stakeholders and community members, securing continued local support and investment in cluster activities. Policymakers receive credible evidence of impact at landscape scale, with confidence that reported improvements reflect genuine ecological change rather than wishful thinking. The development process involved repeated cycles of testing with real farmers to ensure the tool serves their needs and integrates scientific rigour with practical accessibility. Download the assessment tool and guidance materials: https://zenodo.org/records/17083854. Explore comprehensive training resources and other publications at https://www.framework-biodiversity.eu/publications.

A new project report maps the drivers and barriers to biodiversity-friendly farming across European regions FRAMEwork has published a new report analysing what drives and blocks farmer adoption of biodiversity-friendly practices. The research draws on fieldwork in three contrasting regions — Buchan in Scotland, Born in Luxembourg and Val Graziosa in Italy — and uses socio-ecological network models to trace how the costs and benefits of changing practice ripple through entire value chains. The report is aimed at policymakers designing agri-environment support, and at anyone trying to understand why uptake of biodiversity schemes varies so widely across Europe. Economics Matters as much as Ecology The report finds that visible ecological improvements motivate farmers, but so do cost savings and market premiums. Reducing spending on pesticides and fertilisers improves farm economics directly. Access to premium prices for differentiated products strengthens the business case. Younger farmers tend to respond more readily to environmental arguments than established producers, and organic farmers face different market incentives than conventional ones transitioning towards sustainability. Peer endorsement from neighbouring farmers is a recurring factor: many respondents said they were more persuaded by seeing results on a neighbour's land than by advisory literature. Barriers are Structural, not just Informational On the other side, the report documents barriers that information campaigns alone cannot address. Insecure land tenure discourages long-term habitat investment. Upfront costs strain cash-limited budgets. Extension services sometimes lack biodiversity expertise themselves. Time constraints mean attending training comes at the direct expense of productive work. These obstacles vary by region: what blocks adoption in Scottish arable farming differs from what blocks it in Italian olive groves. One of the report's more useful contributions is mapping how practice change affects other actors in the food system. When a farmer reduces pesticide use, input suppliers lose revenue; adjacent farms may gain free pollination and pest control services; processors need new coordination mechanisms; consumers get documented environmental benefits. The network models show who bears costs and who captures value at each step. This kind of system-level view is rare in the agri-environment literature, and the report argues it should inform scheme design. Read the full D7.2 report: https://zenodo.org/records/15090395. Browse all FRAMEwork publications at https://www.framework-biodiversity.eu/publications.

FRAMEwork has published research on how collaborative approaches help urban and rural communities build shared commitment to farmland conservation. Farmland biodiversity is declining across Europe, threatening the ecosystem services and food security that all communities depend on. Yet urban and rural populations often view farming through fundamentally different lenses. Urban residents tend to emphasise environmental action as a priority, whilst rural residents prioritise jobs and fair living standards for farming families. FRAMEwork has released research demonstrating how collaborative approaches—such as those developed in the Born farmer cluster in Luxembourg—can bridge these divides and catalyse genuine commitment to biodiversity conservation. Understanding the rural and urban divide Climatic, technical and financial constraints mean change cannot happen overnight. Citizen science events and open-door farm visits provide essential opportunities for urban residents to understand the hard constraints farmers face: low prices for non-market-grade fruit, the necessity for permanent vegetation cover on sloped fields to prevent erosion, and the practical complexities of livestock management. These direct experiences build empathy and realistic understanding. Urban residents discover that conservation on working farms requires balancing environmental goals with economic survival. Farmers discover that public interest in conservation is genuine and not merely ideological. The Born Farmer Cluster Model Initiated in 2020, the Born cluster encompasses apple, pear and quince orchards grazed in summer and sold to Ramborn Cider Company. The orchards are managed for pesticide-free production, reflecting the cluster's commitment to environmental stewardship. A significant marker of success is Ramborn's certification as a B-Corporation, demonstrating that participation has fundamentally shifted the company's identity from pure commerce to integrated stewardship. Camera traps operated by volunteer farmers revealed diverse wildlife moving through interconnected orchards at night—tangible evidence that cluster practices create habitats where wildlife thrives. Insect hotels have been installed partly in collaboration with local residents, further extending biodiversity benefits and deepening community engagement. The cluster maintains old and rare fruit cultivars by grafting them onto new rootstocks, preserving genetic diversity crucial for agricultural resilience. These practical conservation actions transform abstract environmental goals into visible, measurable outcomes that both farmers and urban residents can see and understand. Three pillars for Success The research identifies three interconnected factors that enable success. 1) Skilled facilitation is essential: facilitators coordinate meetings, deliver training, monitor progress and connect farmers with experts and policymakers. In multilingual regions, facilitators skilled in communication enable full participation. 2) Access to knowledge and practical tools empowers farmers: with platforms like Recodo.io providing open-access training, biodiversity monitoring protocols and practical guidance. 3) Incentives must support voluntary action: farmers prefer schemes encouraging cooperation over mandatory participation. Collective result-based payments enhance conservation outcomes and build peer accountability. When businesses demonstrate they value biodiversity and are willing to pay accordingly, farmer participation strengthens dramatically. Read the policy brief. Dive into what makes Clusters work through our dedicated training course, or explore more project publications.

Project publishes accounts from our farmer clusters which have implemented practical management changes across over 240 square kilometres FRAMEwork has published a Farmer Clusters Narrative Magazine documenting grassroots action across eleven farmer clusters operating in nine European countries—the UK, Austria, Czech Republic, Estonia, France, Italy, Luxembourg, the Netherlands, and Spain. These clusters have implemented practical management changes and conducted extensive ecological monitoring across more than 240 square kilometres. Professional and citizen scientists surveyed hundreds of kilometres of transects and collected data through over 1,476 days of field work. The results reveal the ecological richness that exists within European farmland when farmers, scientists and communities collaborate with shared purpose. Achievements Across Diverse Landscapes Each cluster introduced tailored practices suited to local context. Scotland's Buchan Cluster expanded from seven to nine farms across 2,200 hectares. Austria's Burgenland Cluster spread across 2,870 hectares, engaging over 550 species documenters during the City Nature Challenge and recording rare birds. Estonia's Kanepi Kihilund Cluster documented 104 bird species and more than 60 bee species across 3,000 hectares. France's Basse-Durance Cluster installed 300 bird boxes and 300 bat boxes. England's Cranborne Chase Cluster planted 2,700 metres of hedgerow. Mediterranean landscapes saw equally striking transformations. Spain's Cazadores de Aguilar converted bare olive groves by introducing native wildflower ground cover, transforming silent landscapes into flowering meadows. Italy's Val Graziosa Cluster, spanning 50 hectares of traditional olive cultivation at Monte Pisano's foot, explored payments for ecosystem services to reward biodiversity-friendly practices. Why Does Farmer-led Governance Outperform Top-Down Approaches? Traditional top-down biodiversity management approaches often fail because they ignore local knowledge and farmer priorities. Farmer Clusters instead establish local governance where farmers lead decision-making, supported by environmental facilitators and connected to scientific networks. This approach proves more effective at driving sustained adoption of biodiversity practices than generic policy interventions. Monitoring revealed which species returned to intensively-farmed landscapes. Farmers and citizens documented rare birds including Northern Lapwing and Corn Bunting, diverse pollinator species, and wildflower strips returning to cultivation. The Mostviertel Cluster in Austria had logged 589 observations across 318 species by July 2025, establishing a living archive of biodiversity built on farmer-led science. This transformation demonstrates that biodiversity restoration aligns with agricultural productivity when farmers, scientists and communities collaborate with shared purpose. Rather than viewing conservation as an external burden imposed on farming, these clusters show how farmers themselves can champion ecological recovery whilst maintaining productive, economically viable operations. The narratives from each cluster reveal how farmer-led initiatives generate not only ecological benefits but also social cohesion, shared learning and renewed connection to the land. Read the complete narratives and lessons from each cluster in the FRAMEwork Farmer Clusters Narrative Magazine: https://zenodo.org/records/17633476. Read deep-dive articles exploring Cluster's experiences in their own words on our Substack: https://foodlands.substack.com/t/on-the-ground. Explore additional publications at https://www.framework-biodiversity.eu/publications.

New project funded paper reveals that local habitat type and prey availability drive predatory beetle communities even in landscapes rich in semi-natural habitat... Ground beetles (carabids) and rove beetles (staphylinids) are among the most important natural pest control agents in European arable farming. They prey on pollen beetle larvae and other crop pests. But what determines where these predators are found and in what numbers? A new project-funded study published in Pest Management Science provides detailed answers from Estonian oilseed rape fields. The findings have direct implications for how farmers and clusters manage field boundaries at landscape scale. What did the study find? Researchers from project partners, the Estonian University of Life Sciences and the Game and Wildlife Conservation Trust, surveyed 18 conventional winter oilseed rape fields and their adjacent habitats over two cropping seasons. They collected nearly 14,900 carabids from 92 species and over 9,700 staphylinids from 174 species. The type of habitat bordering each field—whether woody linear features such as hedgerows, herbaceous strips, or another crop—significantly influenced the composition, diversity, and activity-density of both beetle groups within the fields themselves. A key finding was that crop field beetle communities were subsets of those found in the adjacent boundary habitats, not separate populations. This means that surrounding habitats are not simply diverting predators away from crops. Instead, they serve as reservoirs that actively supply the fields with diverse predator communities. Woody linear boundaries supported the highest staphylinid diversity, while fields bordered by another crop showed the highest carabid activity-density. This suggests that predators respond directly to where their prey is concentrated. Why does this matter for pest management? Predatory beetle activity in crop fields was positively correlated with the abundance of pollen beetle larvae—their primary prey. The dominant carabid species, Poecilus cupreus, tracked larval abundance closely across all habitat types. Sentinel prey experiments confirmed this: prey consumption rates increased with predator activity-density, with an average removal rate of nearly 60% during 8-hour daylight exposures. Natural pest control actively functioned in these fields, driven by the predators’ response to prey availability rather than simply by predator numbers alone. Importantly, these patterns held even though the study landscapes already had relatively high proportions of semi-natural habitat—exceeding the commonly cited 20% threshold for effective natural pest control. This suggests that even in structurally diverse landscapes, local factors such as field boundary type, tillage practice, and insecticide use still substantially shape the pest control service that predators provide. Reduced tillage and lower insecticide use were both associated with higher carabid diversity. This reinforces the case for integrated approaches that combine landscape-level habitat management with field-level practice change. Implications for Future Research The findings from this study highlight the importance of understanding local habitat dynamics. Future research should explore how different agricultural practices influence predator-prey interactions. By doing so, we can better inform farmers about effective pest management strategies. Moreover, it is crucial to investigate the long-term effects of habitat management on biodiversity. This will help in developing sustainable agricultural practices that benefit both farmers and the environment. Conclusion In conclusion, the research underscores the significance of habitat type and prey availability in shaping predatory beetle communities. It provides valuable insights for enhancing natural pest control in European agriculture. By adopting integrated management practices, stakeholders can promote biodiversity and improve pest management outcomes. Learn More The full open-access paper is available from Pest Management Science. For more on how FRAMEwork research supports landscape-level approaches to natural pest control, explore our related publications on landscape complementation modelling and sentinel prey research in apple orchards. Browse all FRAMEwork publications at framework-biodiversity.eu/publications.

New paper introduces a standardised protocol for measuring farmland biodiversity outcomes across European farmer-cluster landscapes. This protocol was developed and tested during the FRAMEwork Project, which established eleven farmer clusters across nine countries. The project monitored biodiversity using a Before-After-Control-Impact (BACI) experimental design. The paper makes the full methodology available for replication in other farming systems and landscapes across Europe. What Does the Protocol Cover? The protocol outlines how to conduct biodiversity surveys of three key taxonomic groups: birds, pollinators (including bumblebees, butterflies, solitary bees, and hoverflies), and vegetation. It provides guidance on selecting survey squares and transects that represent different farmland habitats within a landscape. Additionally, it offers advice on adapting the approach to various farming systems, from arable land in central Europe to olive groves in the Mediterranean. The methods employed in this protocol draw on well-documented individual procedures. However, they are combined into a single standardised framework designed to produce comparable data across diverse sites. The Importance of BACI Design The BACI design is central to this protocol. By comparing biodiversity on cluster farms before and after intervention with control sites where no coordinated management changes were made, the protocol isolates the effect of the cluster approach from background variation. This aspect distinguishes it from simpler snapshot surveys. It allows the protocol to be used by other collective landscape-scale approaches, generating evidence of change attributable to the intervention rather than merely recording what was present. Why is This Essential? Farmland biodiversity monitoring across Europe currently lacks consistency. Different countries, projects, and research groups employ various methods. This inconsistency makes it challenging to compare results or aggregate evidence across regions. A protocol that works in Estonian grasslands and Spanish olive groves, while remaining scientifically rigorous, addresses a significant gap that has limited the evidence base for agri-environment policy. Making progress on data standardisation and management is vital in an era of big data and AI. For policymakers and practitioners considering the farmer cluster model, the protocol also offers a practical evaluation framework. Rather than relying on anecdotal reports of ecological improvement, new clusters adopting this protocol can generate data directly comparable to FRAMEwork’s five-year dataset. That comparability is what helps turn individual result sets into a growing European evidence base. Implications for Future Research The introduction of this standardised protocol opens new avenues for research and collaboration. Researchers can now engage in comparative studies across different regions, enhancing the understanding of biodiversity dynamics in agricultural landscapes. This collaborative approach can lead to more robust findings and a deeper comprehension of how various farming practices impact biodiversity. Moreover, the protocol encourages the integration of local knowledge and practices into biodiversity monitoring. By involving farmers and local stakeholders in the data collection process, the protocol fosters a sense of ownership and responsibility towards biodiversity conservation. Conclusion In conclusion, the standardised monitoring protocol developed during the FRAMEwork Project represents a significant advancement in the field of biodiversity monitoring in agriculture. By providing a consistent methodology, it enables researchers and practitioners to gather comparable data across diverse landscapes. This, in turn, supports the development of evidence-based policies that promote biodiversity and ecosystem services in European agriculture. Read the full paper: https://doi.org/10.1371/journal.pone.0345691. Explore the FRAMEwork Data Hub for related datasets, or browse all FRAMEwork publications on the project website.