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Factors affecting farmers' adoption of integrated rice-fish farming systems in the Mekong delta, Vietnam.

机译:影响越南湄公河三角洲农民采用稻米-鱼类综合养殖系统的因素。

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This study investigated the determinants of the adoption of improved rice-fish farming systems in the Mekong delta to support policy making, agricultural land-use planning and extension of integrated rice-fish farming. Recently these systems have been referred to as adaptations to climate change, while traditional rice-fish systems have often been abandoned. In 2006, we carried out surveys among 94 farmers either practising rice monoculture or having an improved rice-fish system. We analysed data among others with binary logistic regression and simulated adoption by using fuzzy logic. Per capita and per hectare incomes of households practising rice-fish systems were nearly double, while their farm size was 1.3 times larger than that of the rice monoculture farms. Households with larger homesteads, i.e. neighbouring irrigated fields and ponds, better access to financial capital and more know-how of rice and fish culture and their integration, were more likely to adopt rice-fish systems. Previously identified drivers and factors for adoption, such as an appropriate agro-ecological context and the farmer's education and training level, were confirmed. Promoting rice-fish systems needs participatory extension and research approaches for sustainable agriculture strategies such as integrated pest management (IPM) in which farmers, trainers and researchers optimize technologies in constantly changing contexts.
机译:这项研究调查了在湄公河三角洲采用改良的稻鱼养殖系统的决定因素,以支持政策制定,农业土地利用规划和稻米鱼类综合养殖的扩展。最近,这些系统被称为适应气候变化,而传统的稻鱼系统却经常被抛弃。 2006年,我们对94名从事稻米单作养殖或改善稻鱼-鱼类系统的农民进行了调查。我们使用二进制逻辑回归分析数据,并使用模糊逻辑模拟采用情况。实行稻鱼-鱼类系统的家庭的人均收入和每公顷收入几乎翻了一番,而其农场规模是水稻单作养殖场的1.3倍。拥有更大宅基地的家庭,即邻近的灌溉田地和池塘,更容易获得金融资金以及更多的稻米和鱼类养殖知识及其融合知识的家庭,更可能采用稻鱼-鱼类系统。确认了先前确定的驱动因素和采用因素,例如适当的农业生态环境以及农民的教育和培训水平。促进稻-鱼系统需要参与性扩展和可持续农业战略的研究方法,例如病虫害综合治理(IPM),其中,农民,培训者和研究人员可以在不断变化的环境中优化技术。

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