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Technical Efficiency Analysis of Fisheries: Toward an Optimal Fleet Capacity

机译:渔业技术效率分析:实现最佳船队能力

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Technical efficiency analysis has a vital role in fishing management and decommissioning programs. In this context, ignoring the variation across the regions in the field of natural endowment and level of economic development may lead to biased estimates of efficiency scores. Therefore, efficiency analysis in the southern coastal provinces of Iran, which is the aim of this study, was investigated by a common metafrontier production function that was identical for all studied provinces. The required data was obtained from a random sample of 520 fishery vessels. The results of the estimating metafrontier showed that mean technical efficiency for selected provinces varies between 0.408 and 0.542, while ranging between 0.650 and 0.728 when assessed based on the regional frontier. The highest mean technical efficiency based on metafrontier is devoted to Sistan-va-Baluchestan, while Bushehr has the lowest mean technical efficiency. The results also indicated that the main reasons, beyond the fact that Sistan-va-Baluchestan has the highest technical operation in comparison with other provinces are access to more suitable vessels and especially, access to the deeper water in the Oman Sea and Indian Ocean to fish the big pelagic species.
机译:技术效率分析在捕捞管理和退役计划中至关重要。在这种情况下,忽略自然end赋和经济发展水平领域中各地区的差异可能导致效率得分的估计偏差。因此,本研究的目标是对伊朗南部沿海省份进行效率分析,该分析是通过对所有研究省份都相同的共同元前沿生产函数进行的。所需数据是从520个渔船的随机样本中获得的。估计元边界的结果表明,所选省份的平均技术效率在0.408和0.542之间变化,而根据区域边界进行评估时,则在0.650和0.728之间。基于元边界的平均技术效率最高的是Sistan-va-Baluchestan,而Bushehr的平均技术效率最低。结果还表明,除了与其他省相比Sistan-va-Baluchestan技术操作最高的事实之外,主要原因还在于获得了更合适的船只,特别是获得了阿曼海和印度洋更深的水域以至捕捞中上层鱼类。

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