Farmer Cluster Network
Online Home
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► Recodo.io ↗
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Guidelines
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► Farmer Clusters: An Overview ↗
► Starting a Farmer Cluster ↗
► Managing a Farmer Cluster ↗
► Communication for Clusters ↗
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Training Course
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► 'Landscape Leaders: Farmer Cluster Training Programme' ↗
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Knowledge Tools
Online Home
â–º Arriving on Recodo Autumn 2024
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Individual Tools
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► Citizen Biodiversity Observatory ↗
► Project Data Hub ↗
► Farmland Ecosystem Assessment Support Tool ↗​
► DigiFarm Game ↗
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Media
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► Project Videos ↗
► Project Podcast ↗
► Video Abstracts ↗
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Publications & Policy Briefs
Project Overview
► EU CAP Network ↗
► EU CORDIS ↗
► Open Access Repository ↗
► IOBC-WPRS Abstract ↗
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Research Publications
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📄 Impact of sustainable land management practices on controlling water erosion events: hillslopes in the Czech Republic
Journal of Cleaner Production ↗
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📄 The Use of Digital Platforms for Community-Based
Monitoring | BioScience ↗
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📄 Connecting Top-Down and Bottom-Up Approaches in Environmental Observing | BioScience ↗
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📄 Impacts of land consolidation on land degradation: A systematic review | Journal of Environmental Management ↗
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📄 Monitoring Temporal Trends in Internet Searches for “Ticks” across Europe by Google Trends: Tick–Human Interaction or General Interest? | Insects ↗
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📄 The Concept, Practice, Application, and Results of Locally Based Monitoring of the Environment | BioScience ↗
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📄 Creating Synergies between Citizen Science and Indigenous and Local Knowledge | BioScience ↗
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📄 Farmers' decisions regarding involvement in conservation projects and communcation preferences: A case study of an EU H2020 project | MSc thesis, Liege Universite, Gembloux Agro-Bio Tech | link incoming ↗
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📄 Navigating Natural Capital and Inclusive Wealth for gaining sustainability and wellbeing for the farming community (businesses, supply chain and consumers | ESP ↗
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📄 Spontaneous flowering vegetation favours hoverflies and parasitoid wasps in apple orchards but has low cascading effects on biological pest control | Agriculture, Ecosystem & Environment ↗
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📄 Does Increasing Farm Plot Size Influence the Visual Quality of Everyday Agricultural Landscapes? | International Journal of Environmental Research and Public Health ↗
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📄 The potential of citizen science to support local biodiversity sensitive farming systems: First insights from the FRAMEwork project | IOBC-WPRS ↗
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📄 FRAMEwork – Experiences from the first year of the Czech Farmer Cluster to improve biodiversity in the agricultural landscape | link incoming ↗
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📄 Data Sovereignty in Community-Based Environmental Monitoring: Toward Equitable Environmental Data Governance BioScience ↗
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📄 Citizen science in environmental and ecological sciences
Nature Reviews Methods Primers ↗
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📄 Community monitoring of natural resource systems and the environment | Annual Review of Environment and Resources ↗
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📄 Farmers' decisions shape agricultural biodiversity
Teaduselt mahepõllumajandusele ↗
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📄 Is the Abandonment of Organic Grassland a Threat to Alpine Insect Diversity? | Land ↗
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📄 Can farmer-led innovation promote biodiversity and sustainable farming? | Aarhus University ↗
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📄 Realising agrobiodiversity management across ecosystems with farmer clusters | Julius Kühn Institute ↗
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📄 Farmers use citizen science practices to support biodiversity on land | Zenodo ↗
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📄 The Contributions of Citizen Science to the United Nations Sustainable Development Goals and Other International Agreements and Frameworks | Citizen Science Theory + Practice ↗
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📄 Citizen science and farmer-led innovation at the frontiers of farming and biodiversity | Zenodo ↗
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📄 The potential of citizen science for Natural Capital and Ecosystem Services assessment in agri-environmental systems
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📄 Processes and Tools for enabling Interoperability between Citizen Science and Expert Biodiversity Data in Agriculture
IIASA PURE ↗
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