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首页> 外文期刊>Innovative Systems Design and Engineering >Model for Measuring Post-Harvest Technological Capability of Paddy Farmers in Dealing with Climate Change
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Model for Measuring Post-Harvest Technological Capability of Paddy Farmers in Dealing with Climate Change

机译:稻农应对气候变化的收获后技术能力测评模型

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摘要

Extreme weather has been occuring recently in various regions in Indonesia. In the early 2013, this condition has caused flood in Karawang district. The increasing extreme climate indicates that climate change has occurred. Climate change, in the form of high/low rainfall, erratic rainfall or changes in the rainy/dry season, has become problem to paddy farmers in Karawang district. Problem faced by farmers due to climate change is the increase of paddy post-harvest losses. Technological capability of farmers is one of the main factors that play important role in facing such condition. Measurement of post-harvest technological capabilities of paddy farmers in dealing with climate change is carried out using six criteria, i.e the production capability, investment capability, capability to make small changes, capability to make major changes, marketing capability, and capability to create network. The methods used to measure the technological capabilities are the Analytical Hierarchy Process (AHP) and Non Numeric Multi Expert Multi Criteria Decision Making (ME-MCDM). This study reveals the level of farmer post-harvest technological capabilities in dealing with climate change and provides technology policy recommendation. Key Words:Climate change, technological capability, level of technological capabilities, policy recommendation
机译:最近在印度尼西亚的各个地区都出现了极端天气。在2013年初,这种情况在Karawang区引发了洪水。极端气候的增加表明已经发生了气候变化。气候变化,以高/低降雨,降雨不规律或雨季/干旱季节的变化,已成为卡拉旺地区稻农的问题。由于气候变化,农民面临的问题是稻谷收获后损失的增加。农民的技术能力是面对这种状况的重要因素之一。稻农应对气候变化后收获后技术能力的测量使用六个标准进行,即生产能力,投资能力,进行小规模改变的能力,进行重大改变的能力,营销能力和建立网络的能力。 。衡量技术能力的方法是层次分析法(AHP)和非数字多专家多标准决策(ME-MCDM)。这项研究揭示了农民应对气候变化的收获后技术能力水平,并提供了技术政策建议。关键词:气候变化,技术能力,技术能力水平,政策建议

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