Work Package Agricultural systems and land management
Introduction
Ensuring long-term behavioural change is essential to meeting strategic objectives for sustainable economic growth, food production, land use and environmental enhancement. A range of interventions at Scottish, UK and EU level are now being used to overcome some of the hurdles towards improved uptake of technologies and techniques. These include establishing monitor farm-type approaches (e.g. Farming for a Better Climate) for promoting best practice in resource use and carbon mitigation, increasing regulation to improve water and soil quality, as well as financial incentives and targeted information to promote protection of natural capital. Examples of areas where regulation is a prominent driver of change are the management of on-farm nutrients, control for pest and diseases and improved animal welfare. Other approaches have tended to promote uptake through financial or non-financial ‘nudges’. Understanding how regulatory and non-regulatory (e.g. information, financial, social) interventions influence uptake of best practice and technologies may lead to improved competitiveness and long-term sustainability of farming systems and natural resources.
Aim of Research
The aim of research deliverable is to explore the uptake of practices which improve the efficiency, productivity and sustainability of land, crop and livestock management throughout Scotland. The research builds on previous work within the RESAS Strategic Programme and on collaborations with UK and international partners.
Progress
Research has translated the ‘Good Life’ concept of animal welfare into practical stakeholder guidance to assist growing interest from supply chain actors prompted by the need for ‘Green Recovery’ strategies post Brexit. This work was integrated with insights gained through engagement with retailer livestock supply chains.
An online agri-ecological adoption projection tool to simulate uptake of best practice by farmers under different scenarios of Green Recovery in post Brexit Scottish agriculture involving a range of changes to agri-environmental policies has been developed and tested trough a workshop with Scottish policy stakeholders. This focused on adoption of agri-ecological practices in different types of farming systems with different levels of intensity, generating both agricultural and non-agricultural income, with varying levels of dependence on other actors along the supply chain, targeted by different types of policy measures such as subsidies, with different levels of exposure to advice and information from peers, research and extension, and different level of socio-economic and environmental performance.
Work with the visualisation and data teams under the Scottish COVID-19 Response Consortium (SCRC) enabled development of visualisation tools for EcoSISTEM, and informed development of data pipeline software to enhance model traceability. The model framework was extended to more flexibly include new mechanisms, such as agent behaviour and decision-making for land-use change scenarios.
A serious game was developed based on the 'DigiFarm' (a simulated platform depicting a generic farm), whereby additional functionality to explore agro-biodiversity practices was piloted with farmers to further understanding of how gamification can enhance learning and change for the agricultural community. The game aims to increase farmer knowledge relating to the agri-environment towards recognising its importance and underpinning management strategies to enhance biodiversity. Feedback obtained from stakeholders supports development of new guidelines on the use of gamification by farmers as a means of knowledge exchange relating to agri-environment and biodiversity.
Development of tools/materials for dissemination sustainable worm control messages to livestock producers has continued. A range of knowledge exchange activities included public events at the Edinburgh International Science Festival on Parasites: Friend or Foe?
Data from Farm Advisory Service (FAS) events that took place during 2020-2021 has been analysed and used to promote discussions with agronomists and farmers on the various positives and negatives of online meetings. A hybrid KTE programme is proposed in which certain technical information is delivered online during the winter months, with other events during the growing season moving back to in-person crop walks.
A Virtual platform (virtual tour) has been developed in association with Monitor Farm participants, and lessons learnt will enhance future work with stakeholders and bespoke ‘Living Lab groups’. Research evaluating attitudinal and behavioural change and impact in relation to best and shared practices in farming communities participating in the Monitor Farms Scotland programme has been shared with stakeholders.
Highlights:
Research has translated the ‘Good Life’ concept of animal welfare into practical stakeholder guidance to assist growing interest from supply chain actors prompted by the need for ‘Green Recovery’ strategies post Brexit. This work was integrated with insights gained through engagement with retailer livestock supply chains.
Work with the visualisation and data teams under the Scottish COVID-19 Response Consortium (SCRC) enabled development of visualisation tools for EcoSISTEM, and informed development of data pipeline software to enhance model traceability. The model framework was extended to more flexibly include new mechanisms, such as agent behaviour and decision-making for land-use change scenarios.
Animal welfare research focused on the practical application of tools to support best practice welfare in the supply chain and the in-depth analysis of societal perspectives on best practice animal welfare. The QBA app was successfully rolled-out by a major UK retailer, and utilised across six of their supply chains, resulting in on-farm use of QBA by producers, and wide public and media interest. A large survey of members of the public and farmers revealed deeper insights into what they consider best practice for animal welfare. On the whole, they prioritised the minimisation of health issues but both groups do consider welfare to be optimal when both health issues are minimised, and natural behaviours are promoted. The priority given to health issues and natural behaviours also varied according to gender, farming sector and the extent to which farmers believe in animal mind (i.e., sentience).
Quantitative causal analyses have been completed on factors influencing Scottish farmers behaviours and intentions to uptake agroecological practices. Using behavioural economic approaches and survey data, main behavioural factors influencing uptake of agroecological practices such as precision agriculture and integrated pest management included formal, informal and personal variables. Additional analyses on the constraints to IPM adoption, and on attitudinal and behavioural change and impact in relation to best and shared practices in farming communities participating in the Monitor Farms Scotland programme have been undertaken.
Resources and tools on sustainable roundworm control for various stakeholder groups have been developed and disseminated to the industry. The industry led Sustainable Control of Parasites of Sheep (SCOPS) manual has been updated, particularly around quarantine advice and testing for anthelmintic resistance. Continued Professional Development (CPD) courses have been developed and presented to sheep and cattle vets.
Work on the modelling framework to represent COVID-19 spread across the landscape including environmental as well as direct routes of transmission has been completed. Research in collaboration with visualisation experts to explore simulation runs and further development of the system; research software engineers to link the model to the SCRC FAIR data pipeline; and statisticians at University of Glasgow to develop Approximate Bayesian Computation approaches to parameterise the model from observational data, led to development of tools applicable to modelling land manager control of pests and diseases.
Highlights:
On-farm roll-out of the QBA app was accompanied by a joined stakeholder/SRUC press-release, generating extensive media coverage (BBC1 Countryfile, radio interviews, over 60 UK/international newspaper and website articles), and invitations to present QBA to Westminster Parliament and Defra. An article on QBA’s potential role in commercial farm assurance was published in ‘Livestock’.
Spatial COVID-19 disease spread model has been released to the science community via github https://doi.org/10.5281/zenodo.4716816
SCOPS manual has been updated and released at https://www.scops.org.uk/advisers-technical-info http://dx.doi.org/10.17605/OSF.IO/SQA4E
Research focussed on qualitative and quantitative analyses of Scottish crop and livestock farmers’ behaviour and intentions towards sustainable production. Case studies focussed on stakeholders engagement on understanding of societal perspectives of best practice animal welfare and the practical application of tools to encourage best practice on farms; causal analyses of factors influencing sustainable disease control on dairy farms, livestock farmers responses to Brexit, and uptake of low input systems; development of an online course and manual guiding sheep farmers’ uptake of sustainable worm control; stakeholders’ engagement for social capital development through monitor farms; agent-based modelling of farmer’s behaviour in response to perceptions of disease risks via networks of influence.
Highlights:
Work engaging with stakeholders to increase understanding of societal perspectives of best practice animal welfare and the practical application of tools to encourage best practice on farms resulted in a new industry stakeholder coming on board to roll-out QBA (Qualitative Behaviour Assessment) and the development of a dedicated mobile app to enhance the practicality of QBA as a tool for supporting best practice animal welfare on farms.
A survey to quantitatively assess societal perceptions of ‘best practice’ in animal welfare has been designed and a representative number of responses collected. This builds on key findings from a prior stakeholder interview study on the importance of minimising health issues and promoting natural behaviours as key elements of perceptions of good animal welfare.
Surveys were implemented focusing on cereals and potato growers in Scotland and Ireland, and a workshop was organised to identify supply chains and barriers to/potential for IPM in the potato sector.
Findings of the study on stakeholders’ engagement through monitor farms indicate that effective facilitation is key to farmer engagement, learning, and co-production of knowledge that has local and regional significance; and the Monitor Farms programme supports social capital development and provides stimulus for new and enduring collaborative relationships.
Research has commenced in the area of agent-based modelling of individual behaviour e.g. farmers’ response to perceptions of disease risks via networks of influence, with a prototype having been designed.
A final positional paper has been generated following a stakeholder meeting on the sustainable use of long acting moxidectin. The outcome has been fed in to the SCOPS manual and used within industry guidance for anthelmintic prescribers (vets, suitable qualified persons and pharmacists).
Results of the causal analysis on disease control on Scottish dairy farms indicate that incentives to make this more sustainable may include access to private subsidies for disease testing and training, changes to animal health standards and regulations, increased pressure from welfare and environmental nongovernmental organisations, benchmarking, and technological development in testing and surveillance, genomics.
Findings from the literature review on institutional and structural factors influencing uptake of low input systems show that farmers agri-environmental behaviour is influenced by socio-economic factors from the whole supply chain. Results of the causal analysis on farmers’ intentions to increase uptake of legumes show that the main determinants are past changes and intentions towards diversification, agri-environment and investment in new technologies, and current legume uptake, followed by education, technological uptake behaviour, perceived influences on business management from prices, land availability and technological change, plans to continue with farming, profit and perceived usefulness of information sources.
Outputs ranged from academic papers to on-farm events, workshops, animations and trade publications engaging a wide range of stakeholders within policy, industry, advisory committees, rural communities and the public. Funding leverage – a BBSRC/AWRN grant - has been secured.
Research has further extended the understanding of decision-making with deeper investigations for understanding and measuring attitudes leading to information flow and targeted behavioural change. Engagement with industry and policy communities has continued and multiple datasets have been created to understand drivers and barriers of intentions towards best practice in Scotland. Research on factors influencing uptake of agri-environmental schemes and practices for preserving water quality found that uncertainties in the policy landscape have added to stasis in land use planning but also that successional issues enabled the transition to more agri-environmental outcomes. An interactive faecal egg count workshop was developed on the theory around sustainable roundworm control, roundtable discussions and hands-on practical advice on how to collect and process livestock faecal material and generate meaningful results for treatment decisions. Research on implementation of biosecurity highlighted the vulnerabilities and impacts to uptake of regulatory best practice in beef production arising from the decreasing and ageing farming workforce and the various added benefits of social support networks, including the relationship with veterinarians. Dairy farmers trialled the Qualitative behavioural analysis (QBA) tool on farm using the newly developed QBA app, and were able to pick up day-to-day shifts in their cows’ expressivity. Doing this, as one farmer said, “… has made me stop, look and think about what and how we do things on a daily basis, to try to implement changes that are practical and positive”. Knowledge exchange to communicate best-practice to help remove barriers to uptake for disease control included on-farm events and practical workshops for farmers and veterinarians, presentations and information points at agricultural shows, industry meetings, discussion forums, science festivals, a press event and Parliament reception, trade and academic publications, and animated films.
Highlights:
- Research has engaged separate communities along the supply chain to engage them in the concept of ‘positive animal welfare’ and findings were written into policy briefings pointing to the potential joint benefits to humans and animals from improving positive welfare, which have raised media interest (e.g. The Scottish Sun, Food and Farming Future, The Herald and The National).
- Ongoing research exploring principles underlying learning and change in relation to facilitated peer-to-peer learning opportunities, such as Monitor Farms focussed on three case study topics (soil assessment, collaborative working, selection of hosts), which allow a detailed look at how and why farmers might implement new innovations and practices.
- Expanding upon the findings of previous years research a second stakeholder workshop was held in order to understand and overcome barriers to integrated pest management (IPM) uptake and, more generally, sustainable agriculture in the potato sector. This workshop focussed on mapping the innovation chain for both the seed and ware potato sectors and identifying pinch points currently preventing greater adoption of IPM, with retailing sector and regulation found to have the greatest influence.
- Further research on uptake of arable precision agricultural technologies (PATS) using behavioural modelling suggests the high cost element of the initial investment and uncertainty towards the potential for improved profitability to recoup this investment as main barriers to intended adoption and technical support/training for farmers not currently using PATs, and regulatory pushes for those already using PATs as main incentives to increase uptake.
Research has further explored, though a multitude of approaches, the complexities of decision making, behavioural change and transfer of information to key stakeholders within rural economies. Members of the policy, industry and advisory community have been engaged to understand the more salient issues for ensuring uptake of techniques for improving sustainability and productivity within the land based sectors. Survey data on perceptions and behaviours of Scottish farmers in relation to animal health and welfare technological innovations evaluated through new statistical approaches suggest that statistical validation is essential to enable socio-economic research lead to reliable policy recommendations. Results from a behavioural analysis on main drivers for uptake of nutrient management planning show that attitudes and resource availability are significant and positively associated with farmers’ intentions towards best practice measures. Panel survey data analysis of factors influencing dairy farmers intentions to intensity/extensify shows that some drivers e.g. policy (effect of past CAP 2005 reform) and market (2008-2009 shocks) have short-term effects and do not fully affect the trajectory of intensifying farms and more long-term structural effects occurring in dairy farming e.g. removal of dairy quota (and adding recent years of panel data) would allow assessment of long-term effects on the intensification of activities. Research involving monitor farm programmes found that most farmers consider a mix of expert and farmer-to-farmer learning suitable and many changed soil monitoring or management practices. Consistent knowledge exchange on best-practice to help remove barriers to uptake of disease control included events at agricultural shows, industry meetings, Science Festival, webinars, press communication, training events, on-farm participatory events and discussion forums, trade publications, and animated films.
Highlights:
- A continued focus on precision agriculture technologies (PATs) led to identification of seven arable technologies leading to input saving and reduction of greenhouse gas emissions in farming. Their uptake was found to be significantly influenced by informational and institutional/financial drivers, with the use of demonstration farming to support uptake being of potential benefit.
- Collaboration with members of farming and consumer stakeholder groups was established to identify the issues within animal welfare management relevant to understanding best practice. Qualitative behaviour assessment (QBA) tools were developed and tested, and farmers were invited to express their views of these tools on paper and in a brief video document.
- Analysis of online survey data on farmers’ perception of the scale of anthelmintic resistance problem shows the need for better information around quarantine treatments, on-farm risk assessment and diagnostics using preferred knowledge transfer channels such as on-farm events, talks to students and vets, slaughter reports and events supported by processors and supermarkets.
- An economic framework for evaluating returns to investment in agricultural projects which includes social and environmental benefits has been developed. A set of technologies devoted to mitigation of carbon were assessed using our tool to understand the rate of return to investment. The tools provide estimates of the direct benefits, such as impact on productivity, and the indirect benefits, such as mitigation of carbon.
- Mapping of the innovation within the barley sector identified main issues around current drivers of uptake of integrated pest management such as the concentration of plant seed and breeding companies and the influence of commercial agronomists and research, as well as limits on current spraying technology.
Research in the first year of the project examined the drivers of best practice uptake within the land use sector. Statistical and financial metrics and evaluation techniques to establish the extent of the social and economic impact of interventions have been developed to help understand the effectiveness of behavioural change. Quantitative and qualitative investigations linked to changes in policy support, the ongoing monitor farm programme and the role of gender and land ownership on land use change have been completed. A range of internal (socio-demographic and farm economics) and external (market and policy) factors influencing the nutrient use efficiency on farm have been estimated. Qualitative Behaviour Assessment (QBA) training workshops were held for focus groups consisting of dairy cattle farmers and other industry representatives to contribute to best practice in dairy herd health and welfare management, and to create workplans for rolling out QBA as a practical welfare assessment tool. Research on uptake of precision agricultural methods, namely machine guidance and variable rate nutrient application using survey data for wheat and potato farmers shows high levels of adoption across the East of Scotland, however most farmers stated only marginal effects of technological uptake on cost. Research involving monitor farm programmes to explore how effective they are in encouraging uptake of best practice in relation to soil and nutrient management techniques has commenced and is set to continue for the duration of the project.
Highlights:
- Research to identify drivers of intensification or extensification of production on dairy farms, barriers to development of integrated pest management on crop farms, and helminth worm control on sheep farms has been completed and inform pathways to impact and knowledge exchange activities in future work.
- ‘War of the Worms’ animated film launch at the 2016 Royal Highland Show to highlight the development and spread of anthelmintic resistance as well as the messages on sustainable methods of parasite worm control https://vimeo.com/180186122?lite=1
- A report reviewing the sources and content of biosecurity regulation for the beef industry has been finalised, identifying voluntary herd health and quality assurance schemes as the main sources of regulation. The work links to ongoing research in other parts of the programme to assess regulation as a driver of biosecurity behaviours and to characterise the effect of avian influenza outbreaks on poultry producers’ biosecurity practices.
Future Activities
The research on uptake of best practices will continue in the Environment, Agriculture and Food Strategic Research Programme 2022-2027 as part of the project SRUC-B3-1 ‘Ensuring positive behavioural change for farmers towards best practice for clean growth: economic and behavioural investigations’. The scope of the new project encompasses the focus on uptake of best practices and further estimates the efficiency of behavioural change at farm level in Scotland.
Additionally, the research feeds into the Environment, Agriculture and Food Strategic Research Programme 2022-2027 project SRUC-B4-4 ‘Food and drink innovations – models of policy support and other incentive mechanisms’, where uptake of innovations will consider those in the farming sector in Scotland.
Selected Outputs
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Barnes, A.P., Guillam, E. and Murray-Rust, D. Scaling up and out: Agent-based modelling to include farmer regimes. In Shrestha, S.S., Barnes, A.P. and Vosough-Ahmadi, B. (2016). (eds). Farm Level Modelling: Techniques, Applications and Policy. CABI, Oxford, pp. 147-155
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Prager, K. and R. Creaney (2017). Achieving on-farm practice change through facilitated group learning: Evaluating the effectiveness of monitor farms and discussion groups. Journal of Rural Studies 56, 1-11 https://doi.org/10.1016/j.jrurstud.2017.09.002
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Barnes, A.P., De Soto, I., Eory, V., Beck, B., Athanasios, B., Sánchez, B., Vangeyte, J., Fountas, S., van der Wal, T., Gómez-Barbero, M. 2019. Influencing factors and incentives on the intention to adopt precision agricultural technologies within arable farming systems. Environmental Science & Policy 93, 66-74 https://www.sciencedirect.com/science/article/pii/S1462901118305471#ack0005
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Barnes, A.P., De Soto, I., Eory, V., Beck, B., Balafoutis, A., Sánchez, B., Vangeyte, J., Fountas, S., van der Wal, T., Gómez-Barbero, M. 2019. Exploring the adoption of precision agricultural technologies: A cross regional study of EU farmers. Land Use Policy 80, 163-174 https://doi.org/10.1016/j.landusepol.2018.10.004
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Lawrence, A., Dwyer, C., Vigors, B. 2019. Promoting positive welfare in sheep. Rural Policy Centre Research Briefing, SRUC https://www.sruc.ac.uk/downloads/download/1493/promoting_positive_animal_welfare_in_dairy_cattle_and_sheep
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Lawrence, A., Haskell, M., Vigors, B. 2019. Promoting positive welfare in dairy cattle. Rural Policy Centre Research Briefing, SRUC https://www.sruc.ac.uk/downloads/download/1493/promoting_positive_animal_welfare_in_dairy_cattle_and_sheep
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Flanigan, S., Shortall, O., Wilson, R., Hardy, C., Sutherland, L-A. 2019. Learning and Change Through Monitor Farms. Interim report https://www.hutton.ac.uk/sites/default/files/files/Monitor Farms report Hutton Mar19.pdf
- Barnes, A., Meador, J.E., Burnett, F., Creissen, H. 2019. Assessing the barriers to uptake of Integrated Pest Management in Scotland. SRUC & SEFARI report https://www.sruc.ac.uk/downloads/file/3
- Liu, J., Toma, L., Barnes, A.P., Stott, A. 2019. Farmers’ uptake of animal health and welfare technological innovations. Implications for animal health policies. Frontiers in Veterinary Science - Veterinary Epidemiology and Economics https://doi.org/10.3389/fvets.2019.00410
- Meador, J.E. & Creissen, H. (2020). Where do social-media users get their plant health information? Results from the Twittersphere. Proceedings Crop Production in Northern Britain. Dundee, February 2020
- Toma, L. 2019. Determinants of farmers' uptake of innovative crop technologies. A structural equation modelling approach applied to survey data. Invited talk at ‘International Symposium on Agricultural Technology Adoption: Studies, Methods and Experiences, EMBRAPA, Campo Grande, November 2019
- Toma, L. 2019. Farmers’ uptake of animal health and welfare technologies. Invited talk at ‘International Symposium on Agricultural Technology Adoption: Studies, Methods and Experiences, EMBRAPA, Campo Grande, November 2019
- MRI Animation Series https://youtu.be/nV7ItbKCKhE ; https://youtu.be/ztylSqFuatU ; https://youtu.be/tlmHMzP2ZNY ; https://youtu.be/B8G5gWjhmKE ; https://youtu.be/NEBHaNSsfII ; https://youtu.be/3JPU2gARUS4
- Virtual and outdoor KE events were organised covering a range of topics of interest to farmers, animal health professionals and Scottish Estate Owners. Factsheets, a Moredun magazine, articles in the specialist press, an animation, 18 press releases and a piece for BBC Sounds were published informing on a variety of diseases relevant to stakeholders.
- Sustainable parasite control: Test don’t guess - Moredun Foundation Newssheet Vol, 7, No. 6., May 2020 https://www.moredun.org.uk/sites/default/files/documents/diseases/News_sheet_Vol_7-no.6_spreads_protected.pdf
- Parasite monitoring_checksheet https://www.moredun.org.uk/sites/default/files/documents/diseases/Parasite%20Monitoring%20Checklist_protected.pdf
- Sustainable parasite control: Test don’t guess webinar with NSA and ELANCO https://www.farmanimalhealth.co.uk/webinars
- SEFARI Gateway Food Booklet – Improving sustainable roundworm control for ‘Scotch Lamb’; SEFARI Case study - Nematodirus battus: Is it likely to spiral out of control? https://sefari.scot/research/nematodirus-battus-is-it-likely-to-spiral-out-of-control
- Stubbings, L., Bartley, D., Busin, V., Lovatt, F., Page, P., Rose Vineer, H., Skuce, P. (2020) SCOPS Technical Manual. http://dx.doi.org/10.17605/OSF.IO/SQA4E
- Vasconcelos, M.W., Grusak, M.A., Pinto, E., Gomes, A., Ferreira, H., Balázs, B., Centofanti, T., Ntatsi, G., Savvas, D, Karkanis, A., Williams, M., Vandenberg, A., Toma, L., Shrestha, S., Akaichi, F., Oré Barrios, C., Gruber, S., James, E.K., Maluk, M., Karley, A., Iannetta, P. 2020. The Biology of Legumes and Their Agronomic, Economic, and Social Impact. In: Hasanuzzaman M., Araújo S., Gill S. (eds) The Plant Family Fabaceae. Springer, Singapore https://link.springer.com/chapter/10.1007/978-981-15-4752-2_1
- Iannetta PPM, Hawes C, Begg GS, Maaß H, Ntatsi G, Savvas D, Vasconcelos M, Hamann K, Williams M, Styles D, Toma L, Shrestha S, Balázs B, Kelemen E, Debeljak M, Trajanov A, Vickers R and Rees RM (2021) A Multifunctional Solution for Wicked Problems: Value-Chain Wide Facilitation of Legumes Cultivated at Bioregional Scales Is Necessary to Address the Climate-Biodiversity-Nutrition Nexus. Front. Sustain. Food Syst. 5:692137. https://doi.org/10.3389/fsufs.2021.692137
- Toma, L., Akaichi, F., Shrestha, S., Barnes, A., Iannetta, PPM. 2021. Factors influencing uptake of legumes in Scotland. Contributed paper at the 95th Annual Conference of the Agricultural Economics Society, Warwick, UK (hybrid), 22nd & 23rd March https://aes.ac.uk/cms/tinymce/plugins/jsplus_file_manager/alphamanager/uploads//AES_Fullprogramme_v7_FA.pdf
- Liu, J., Toma, L. 2021. Farmers Typologies of Zoonotic Disease Control on Farm. A Latent Class Analysis. Poster presentation at the XVI Congress of the European Association of Agricultural Economists, EAAE
- Liu, J., Toma, L., Barnes, A.P., Stott, A. 2020. Farmers' Uptake of Animal Health and Welfare Technological Innovations. Implications for Animal Health Policies. In: Boden, L., Auty, H., Porphyre, T., Russell, G. C., Hagerman, A., Delgado, A., Grewar, J. D., eds. (2020). Risk-Based Evidence for Animal Health Policy. Lausanne: Frontiers Media SA. https://doi.org/10.3389/978-2-88966-116-9
- Jack, C., Hotchkiss, E., Sargison, N.D., Toma, L., Milne, C., Bartley, D.J. 2022. Determining the influence of socio-psychological factors on the adoption of individual ‘best practice’ parasite control behaviours from Scottish sheep farmers. Preventive Veterinary Medicine https://doi.org/10.1016/j.prevetmed.2022.105594
- Barnes, Thompson, Toma 2021. A farmer typology for intentions towards adoption of ecological approaches in European agriculture. Contributed presentation to Landscape 2021 - Diversification for Sustainable and Resilient Agriculture Leibniz Centre for Agricultural Landscape Research (ZALF) Eberswalder Str. 84, 15374 Müncheberg, Germany landscape2021@zalf.de
- Thompson, B. Barnes, A. P., L. Toma. 2022. Increasing the adoption intensity of sustainable agricultural practices in Europe: Farm and practice level insights. Journal of Environmental Management, 115663. doi: 10.1016/j.jenvman.2022.115663
- Wemelsfelder, F., Vigors, B., Lawrence, A. 2022. A Good Animal Life: Bringing awareness of animal sentience into farming practice. https://sefari.scot/sites/default/files/documents/Wemelsfelder%20et%20al%202022%20SRUC%20Research%20Briefing%20-%20FINAL.pdf
- Vigors, B., Sandøe, P., & Lawrence, A. B. 2021. Positive Welfare in Science and Society: Differences, Similarities and Synergies. Frontiers in Animal Science , 2, [738193]. https://doi.org/10.3389/fanim.2021.738193
- Vigors, B., & Lawrence, AB. 2021. Positive Animal Welfare: Similarities and differences between scientific and farmer perspectives - Research Brief. (Research Briefing). Scotland's Rural College (SRUC) https://pure.sruc.ac.uk/ws/files/42646552/RPC_Research_Briefing_Template_2021_Farmer_Science_Positive_Welfare.pdf
- Vigors, B., & Lawrence, AB. 2021. Happy or healthy? Public perspectives on farm animal health and natural behaviours and opportunities for positive welfare - Research Brief. (Research Briefing). Scotland's Rural College (SRUC) https://pure.sruc.ac.uk/ws/portalfiles/portal/42646493/RPC_Research_Briefing_Template_2021_Public_Perspective_Positive_Welfare.pdf
- Vigors B, Ewing DA and Lawrence A.B. 2021. The Importance of Farm Animal Health and Natural Behaviors to Livestock Farmers: Findings from a Factorial Survey Using Vignettes. Front. Anim. Sci. 2:638782. doi: 10.3389/fanim.2021.638782
- Vigors B, Ewing DA, Lawrence A.B. 2021. Happy or healthy? How members of the public prioritise farm animal health and natural behaviours. PLoS ONE 16(3): e0247788. https://doi.org/10.1371/journal.pone.0247788
- Creissen, H.E., Jones, P.J., Tranter, R.B., Girling, R.D., Jess, S., Burnett, F.J., Gaffney, M., Thorne, F.S., Kilde, S. 2021. Identifying the drivers and constraints to adoption of IPM among arable farmers in the UK and Ireland. Pest Management Science 77(9) September 2021 https://doi.org/10.1002/ps.6452
- Articles on Precision Livestock farming, OPA, Louping Ill, Nematodirus, Targeted selective treatment and sheep scab diagnostics have been published in trade magazines including The Sheep farmer, The Crofter, Scottish Farming Leader and the Blackface Sheep Breeders association; Test don’t guess animation (inconjunction with EU COST action COMBAR) https://www.youtube.com/watch?v=GF-KxpitrS0; multiple anthelmintic resistance decision support tool developed https://www.surveymonkey.co.uk/r/MAR_DS (in conjunction with SCOPS and VMD); updated quarantine advice and associated leaflets for roundworms, fluke and sheep scab control generated in conjunction with SCOPS https://www.scops.org.uk/workspace/pdfs/quarantine-procedures-and-treeatments.pdf; faecal egg count reduction test (FECRT) protocol, Gastrointestinal nematodes – SHEEP & GOATS in conjunction with EU COST action COMBAR https://www.combar-ca.eu/sites/default/files/FECRT_PROTOCOL_sheep_goats_March%202021.pdf; faecal egg count reduction test (FECRT) protocol, Gastrointestinal nematodes – CATTLE in conjunction with EU COST action COMBAR (https://www.combar-a.eu/sites/default/files/FECRT_PROTOCOL_cattle_March_2021%20.pdf;
- Dave Bartley, Davinia Hinde, Fiona Hutchings, Andrew Pattison, Philip Skuce, Claire Stratford, Lesley Stubbings. Multiple anthelmintic resistance decision support tool - Stay in control. Managing MDR in practice, Consortium for Anthelmintic Resistance nd Susceptibility Meeting (CARS) meeting, Dublin 2021
- Dave Bartley, Principles of anthelmintic resistance: How are we doing with pig wormers? Pig Veterinary Society Edinburgh 2021
- Glenn Marion, Liza Hadley, Valerie Isham, Denis Mollison, Jasmina Panovska-Griffiths, Lorenzo Pellis, Gianpaolo Scalia Tomba, Francesca Scarabel, Ben Swallow, Pieter Trapman, Daniel Villela, Modelling: Understanding pandemics and how to control them, Epidemics, Volume 39, 2022, 100588, ISSN 1755-4365, https://doi.org/10.1016/j.epidem.2022.100588
- Hardy, C., Collie, M. 2022. Research note: Gamification for farmer engagement and learning. March 2022. https://www.hutton.ac.uk/research/projects/learning-and-change-through-monitor-farms
- Hardy, C., Collie, M. 2022. Research note: Virtual Tour development guidelines and future work recommendations. March 2022. https://www.hutton.ac.uk/research/projects/learning-and-change-through-monitor-farms
- Flanigan, S., Hardy, C. 2021. Learning and Change through Monitor Farms. https://www.hutton.ac.uk/research/projects/learning-and-change-through-monitor-farms