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Technical efficiency of alternative farming systems: the case of Greek organic and conventional olive-growing farms

机译:替代农业系统的技术效率:以希腊有机和常规橄榄种植农场为例

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摘要

Olive-growing is a major farming activity in Greek agriculture. This paper analyzes empirically the technical efficiency of organic and conventional olive-growing farms using a stochastic production frontier methodology and a translog functional specification. Findings indicate that the organic olive-growing farms examined exhibit a higher degree of technical efficiency (relative to their production frontier) than do conventional olive-growing farms. Reasons may include lower profit margins and restrictions on inputs permitted, thus forcing organic farmers to be more cautious with input use. However, both input- and output-oriented technical efficiency scores are still relatively low for both types of olive-farming. Thus there is considerable scope for cost reducing and farm income improvement in both farming modes. This could prove crucial for the long-run viability and the future course of the sector.
机译:橄榄种植是希腊农业的主要农业活动。本文使用随机生产前沿方法和超对数功能规范,对有机和常规橄榄种植农场的技术效率进行了经验分析。研究结果表明,所检查的有机橄榄种植农场比常规橄榄种植农场表现出更高的技术效率(相对于其生产前沿)。原因可能包括较低的利润率和对允许的投入物的限制,从而迫使有机农户对投入物的使用更加谨慎。但是,对于两种类型的橄榄种植,面向输入和面向输出的技术效率得分仍然相对较低。因此,在两种耕作方式中都有很大的降低成本和提高农场收入的空间。这对于长期生存和该行业的未来发展至关重要。

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