Abstract:Agriculture is a major source of global greenhouse gas emissions and therefore effective policy interventions are required in order to mitigate these emissions. One form of intervention used within the agricultural sector is participatory extension programmes (PEPs). PEPs are advisory programmes based on voluntary participation where farmers, researchers, and rural experts collectively learn by sharing information and experiences. To evaluate the contribution of these programmes towards more climate friendly f… Show more
“…The ATEs across different estimation settings (pre-or post-matching, and with or without regression, shown in Table 5) show that participation in the PEP increases the odds of more frequent soil testing and larger soil test areas, which is in line with other studies conducted in developed countries (Goodhue et al, 2010;Knook et al, 2020b;Läpple & Hennessy, 2015b;Läpple et al, 2013;Tamini, 2011). The results based on post-PSM regression models are presented in Table 5 (columns 5 and 6), along with the estimates from the regression without matching (column 2), and post-PSM without regression (columns 3 and 4).…”
Section: Average Treatment Effects Of Pep Participationsupporting
Participatory extension programmes (PEPs) are a popular policy tool to stimulate the uptake of climate change mitigation practices on a farm level. Given the public investment in PEPs, reliable evaluation is important. However, few studies evaluate climate change PEPs. Moreover, the evaluations conducted so far do not correctly account for potential spatial effects, such as the influence of neighbouring farms on PEP participation. Therefore, this paper estimates the impact of PEP participation on the uptake of a climate change mitigation practice and soil management, and identifies the importance of spatial effects on PEP participation. A spatial propensity score matching method is applied to a dataset from Scotland, consisting of 134 PEP and 184 control farmers. The results show that PEP participation facilitates the uptake of soil management practices and that spatial dependence exists in farmers' decision-making, indicating the need for the inclusion of spatial factors. This study contributes to the current literature by combining spatial econometric analysis and propensity score matching to conduct a quantitative evaluation of a climate change PEP. The evaluation methodology provides decision-makers with reliable insights into the potential contribution of PEPs towards climate change mitigation targets.
“…The ATEs across different estimation settings (pre-or post-matching, and with or without regression, shown in Table 5) show that participation in the PEP increases the odds of more frequent soil testing and larger soil test areas, which is in line with other studies conducted in developed countries (Goodhue et al, 2010;Knook et al, 2020b;Läpple & Hennessy, 2015b;Läpple et al, 2013;Tamini, 2011). The results based on post-PSM regression models are presented in Table 5 (columns 5 and 6), along with the estimates from the regression without matching (column 2), and post-PSM without regression (columns 3 and 4).…”
Section: Average Treatment Effects Of Pep Participationsupporting
Participatory extension programmes (PEPs) are a popular policy tool to stimulate the uptake of climate change mitigation practices on a farm level. Given the public investment in PEPs, reliable evaluation is important. However, few studies evaluate climate change PEPs. Moreover, the evaluations conducted so far do not correctly account for potential spatial effects, such as the influence of neighbouring farms on PEP participation. Therefore, this paper estimates the impact of PEP participation on the uptake of a climate change mitigation practice and soil management, and identifies the importance of spatial effects on PEP participation. A spatial propensity score matching method is applied to a dataset from Scotland, consisting of 134 PEP and 184 control farmers. The results show that PEP participation facilitates the uptake of soil management practices and that spatial dependence exists in farmers' decision-making, indicating the need for the inclusion of spatial factors. This study contributes to the current literature by combining spatial econometric analysis and propensity score matching to conduct a quantitative evaluation of a climate change PEP. The evaluation methodology provides decision-makers with reliable insights into the potential contribution of PEPs towards climate change mitigation targets.
“…For this analysis 28 (4-point Likert scale) variables focusing on the structural, functional and learning aspects of on-farm demonstrations, along with 6 variables (Table 1) representing the events' effectiveness according to farmers' perceptions, were used. Therefore, we did not select the most usually used outcome indicators such as adoption (in line with the tenets of the Diffusion of Innovations theory; Rogers 2003), economic indicators or 'knowledge acquisition' which is usually assumed to translate into practice changes (Knook et al 2018(Knook et al , 2020Prager and Creaney 2017).…”
Purpose: The paper focuses on exploring the influence of structural and functional characteristics of demonstrations on their effectiveness. Design/Methodology: In the framework of AgriDemo-F2F project, we analysed the responses to 345 post-demonstration questionnaires filled out by the attendees of 31 demo events held in 12 EU countries. Factor analysis was employed and on a subsequent step a linear regression to predict general effectiveness. Findings: Results indicate that the very first steps in the organisation of on-farm demonstration are of critical importance for the successful delivery of their objectives, particularly decisions relating to relevance to farmers' needs and the structure of the event. Moreover, the paper offers first evidence that when/if on-farm demonstrations are appropriately structured and delivered they can meet their objectives regardless of the status and strength of the corresponding AKIS. Practical implications: Demonstration organisers should take special care with regard to the relevance of the topic and the group (demonstrator and attendees) as well as of the structure of the event. Theoretical implications: The various elements influencing the success of on-farm demonstrations are examined together and ranked. Originality/Value: The study generates important (theoretical and practical) insights concerning the success of a widely used technique of advisory/extension services, that is on-farm demonstrations, based on a large data-set from demonstration events through out Europe.
“…2) but was too small to allow robust subpopulation analyses based on participant demographics. Thus, the inferences we could draw related to (Knook et al 2020). • Hire professionals with relevant sociocultural expertise to join outreach teams (Tanaka & Bhavar 2008).…”
Climate change poses a challenge to farming systems worldwide. However, existing research suggests that farmers and those providing outreach may have different climate change perspectives, and there is little understanding of how farmers prioritize climate change compared with other aspects of their farming system. To compare how farmers and outreach professionals in northern New England consider climate change within the context of whole-farming systems, we conducted mental modeling interviews with 33 farmers and 16 outreach professionals. Despite being primed to consider climate during the interviews, only 24% of farmers and 25% of outreach professionals included climate in their mental models. Key differences arose in both group’s perceptions of weather: outreach professionals focused on connections between good weather and biophysical factors, while farmers drew additional connections to factors like quality of life and overall farm success. Social factors including community well-being, public education, and farm success were significantly more likely to be included (P < 0.05), and in some cases were more influential, in farmer models compared to outreach professional models. We conclude that farmer participants did not perceive climate to be a central factor of their farming systems, and valued human and social dimensions more highly than outreach professionals perceived. These factors may warrant special consideration in efforts to make outreach meaningful to local contexts, along with framing climate change within its broader relationship to other farming system aspects. Interdisciplinary teams may be helpful in developing outreach approaches that fully contextualize climate change within farmers’ complex whole-farm management perspectives.
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