A Study on the Optimal Emission of CO2 due to Climate Change : An Application for Large Purse Seine

Q4 Engineering
J. Choi
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引用次数: 1

Abstract

: The purpose of this paper is to estimate the optimal CO 2 emission in the maximum economic yield (MEY), maximum sustainable yield (MSY), and open access (OA) using a bioeconomic model. The results are as follows; in the case of E MEY , E MSY , and E OA levels, CO 2 emissions are estimated at 150,704,746CO 2 /kg, 352,211,193CO 2 /kg, and 301,409,492CO 2 /kg respectively. We show that the E MEY is more efficient than the other levels. That is, the level of E MEY signifies the optimal economic fishing usage as the most economically efficient usage for large purse seine fishery catching mackerel species. The emission of CO 2 in E MEY is the lowest level. Also, the impacts of climate changes such as ocean temperature increase, ocean acidification, and the combined impact thereof show that the biomass of mackerel decreases.
气候变化引起的CO2最优排放研究——以塞纳河大型养殖场为例
:本文的目的是使用生物经济模型估计最大经济产量(MEY)、最大可持续产量(MSY)和开放获取(OA)中的最佳CO2排放。结果如下:;在E MEY、E MSY和E OA水平的情况下,CO2排放量估计分别为150704746、352211193和301409492。我们证明了E MEY比其他级别更有效。也就是说,E MEY的水平意味着最佳经济捕鱼用途,即大型围网渔业捕捞鲭鱼物种的最经济有效用途。E MEY的CO2排放量最低。此外,海洋温度升高、海洋酸化等气候变化的影响及其综合影响表明,鲭鱼的生物量减少。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Ocean and Polar Research
Ocean and Polar Research Engineering-Ocean Engineering
CiteScore
0.80
自引率
0.00%
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