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- Title
生态认知和社会化服务对农户农药减量施用行为的影响 ——基于重庆市水稻种植户的调研数据.
- Authors
唐琪琪; 詹行天; 孔立; 陈琼
- Abstract
The study explored the impact mechanisms of reduced pesticide application among farmers. The impact mechanism and analysis framework of the pesticide reduction behavior of 104 rice planting farmers in Chongqing were surveyed, with ecological cognition, social services, and policy incentives of farmers as important supports. The data were empirically tested using multiple linear regression, Poisson distribution regression, and mesomeric effect analysis models. The results revealed that a significant positive impact of socialized services on reduced pesticide application. Technical measures to reduce the purchase of pesticides provided by socialized service organizations can significantly reduce the use of application. Ecological cognition has a significant positive impact on reducing applied pesticides. The higher the level of ecological cognition of farmers, the more willing they are to protect the ecological environment and reduce pesticide application. Ecological awareness plays a mediating role in the impact of social services on the pesticide reduction and application behavior of farmers. Social service organizations can disseminate relevant knowledge to farmers by promoting pesticide reduction technologies, thereby improving ecological awareness and facilitating pesticide reduction and application. Policy initiatives positively regulate the mesomeric effect of socialized services on farmers′ reduced pesticide use through ecological cognition. Publicity and education, technical training, and price subsidies implemented by the government have strengthened the positive impact of farmers′ ecological cognition on the degree of reduced pesticide use. The findings indicate that improving the socialized service system, improving ecological awareness, and focusing on implementing policy incentives for pesticide reduction can be important ideas for promoting pesticide reduction.
- Subjects
CHONGQING (China); RESONANCE effect; PESTICIDE pollution; POISSON distribution; RICE farmers; POISSON regression; PESTICIDES; COGNITIVE neuroscience
- Publication
Journal of Agricultural Resources & Environment / Nongye Ziyuan yu Huanjing Xuebao, 2023, Vol 40, Issue 5, p1245
- ISSN
2095-6819
- Publication type
Article
- DOI
10.13254/j.jare.2023.0243