Abstract
The reduction of environmental and health risks from pesticide use is on top of the agenda of the food-value chain actors. The establishment of pesticide-free production systems could be a cornerstone for the sustainable intensification of agriculture. In Switzerland, a pesticide-free but non-organic wheat production standard is currently being introduced. We present survey data of 1105 IP-SUISSE producers on adoption, future adoption, expectations and perceptions of the program, structural farm, and farmers' characteristics, and producers' risk preferences, farming objectives, attitudes and goals, self-efficacy, and locus of control. The data was collected to identify adoption determinants, barriers, and incentives for pesticide-free wheat production. The data is combined with publicly available data on soil properties, climate, weed pressure, and spread of herbicide resistance.
Highlights
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We present survey data of 1105 IP-SUISSE producers on adoption, future adoption, expectations and perceptions of the program, structural farm, and farmers’ characteristics, and producers’ risk preferences, farming objectives, attitudes and goals, self-efficacy, and locus of control
The online questionnaire was distributed via Limesurvey to the entire population of IP-SUISSE wheat producers in Switzerland (4749)
Summary
We collected survey data from IP-SUISSE wheat producers in Switzerland. Survey data with publically available data on i) soil properties from the Swiss Federal Office for Agriculture [2], ii) climate from MeteoSuisse [3,4], iii) weed pressure from Info Flora [5] and iv) spread of herbicide resistances from Agroscope [6], matched by farm location, respectively. The online survey link was distributed in December 2019 via E-Mail to all IP-SUISSE wheat producers in Switzerland (4749) At this point, producers had already decided to participate in the program for the growing season 2019/20. We merged the survey data with publically available data on soil properties, climate, weed pressure, and spread of herbicide resistances from Agroscope by farm location (municipality and ZIP code level), respectively.
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