可持续农业的绿色技术:农民采用的政策选择

P. Devi, S. Solomon, M. Jayasree
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引用次数: 8

摘要

生物肥料(BF)和生物防治剂(BCA)是试图提高作物产量和保护可持续农业发展的生物技术干预措施。本文基于在喀拉拉邦进行的一项研究,根据一手和二手数据,分析了消费模式和农民对技术的反应及其案例。共有840名农民接受了结构化的预测问卷调查。随后,通过对数据的后分层估计作物用量。通过Logit分析来研究被调查者的采用行为。在喀拉拉邦,BF/BCA由公共部门、私营部门和非政府组织生产,直接分发给农民或通过零售商店间接分发给农民。相当大一部分产品出售给农业部,作为部门计划的一部分,其中BF/BCA获得补贴。对BF/BCA的采用率分析表明,BCA的采用率高于BF。采用生物制剂的比例不到1%,而采用生物制剂的比例约为11%。研究受访者(稻农)采用行为的逻辑回归分析表明,教育水平、农业经验、农业回报和农民获得的技术支持的扩展是影响采用生物制剂决策的主要因素。虽然补贴促进了经济上获得技术,但它并不能确保持续采用和科学上适当的应用。分析结果表明,技术支助在采用技术方面具有统计上显著的影响,这突出了基础设施和技术支助机制在更广泛地采用技术方面的重要性。因此,补贴可被视为持续采用技术的必要条件,但不是充分条件。
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Green Technologies for Sustainable Agriculture: Policy Options Towards Farmer Adoption
Bio-fertilisers (BF) and bio-control agents (BCA) are the biotechnological interventions tried to improve crop production and protection for sustainable agricultural development. This paper based on a study, conducted in the state of Kerala, depending both on primary and secondary data, analyses the consumption pattern and farmer responses to the technology and cases thereof. A total of 840 farmers were surveyed using a structured, pretested questionnaire. Later on, the crop-wise use was estimated through a post stratification of the data. Logit analysis was done to study the adoption behaviour of the respondents. In Kerala, BF/BCA is produced by the public sector, private sector and NGO, and is distributed either directly to the farmers or indirectly through the retail shops. A sizeable part of production is sold to the Department of Agriculture itself as part of department schemes where the BF/BCA is given at subsidy. The analysis on the level of adoption of BF/BCA showed that the percentage of adoption is more in the case of BCA when compared to BF. The adoption of BF was found to be less than 1 per cent and for BCA it was around 11 per cent. The logistic regression analysis to study the adoption behaviour of the respondents (rice farmers) showed that educational level, farming experience, returns from farming and extension of technical support received by the farmers are the major factors that influenced the decision making with regard to the adoption of bioagents. Though subsidies facilitate the economic access to the technology, it did not ensure the sustained adoption and scientifically proper application. The analysis supports the statistically significant influence of technical support in the adoption of the technology, which underlines the importance of infrastructural and technological support mechanism in the wider adoption of the technology. Thus subsidies can be considered as a necessary but not a sufficient condition for the sustained technology adoption.
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