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Effects of new shipping routes on the operational resilience of container lines: potential impacts of the Arctic Sea Route and the Kra Canal on the Europe-Far East seaborne trades

机译:新航线对集装箱线操作弹性的影响:北极海路线与KRA运河对欧洲远东海运交易的潜在影响

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摘要

New shipping routes have been proposed to be more efficient than conventional routes, resulting in huge commercial opportunities, while reducing shipping costs and formidable technological challenges. However, few earlier studies have examined the resilience of container lines to evolving shipping networks and new routes. This study thus discusses the important factors affecting operational resilience of container lines and assesses their performance through a fuzzy cognitive map: a semi-quantitative simulation framework which considers interdependences among factors. The Europe-Far East (E/F) routes are employed as empirical cases, and then the resilience of container lines using the Arctic shipping route, the Thai Kra Canal and the traditional Suez route are simulated and compared. Results indicate that E/F route carriers can improve their operational resilience through a possible future Kra Canal in Thailand, but this would not be the case with Arctic shipping because of the worsening of navigational incidents and other operational deficiencies.
机译:已提出新的航线比传统路线更有效,导致商业机会巨大,同时降低运输成本和强大的技术挑战。然而,很少有研究已经检查了集装箱线的恢复力,以不断发展的航运网络和新的路线。因此,本研究讨论了影响集装箱线路运营弹性的重要因素,并通过模糊认知地图评估它们的性能:一个半定量模拟框架,其在因素之间考虑相互依存性。欧洲 - 远东(E / F)途径被聘用为经验案例,然后使用北极航线,泰国KRA运河和传统的SUEZ路线抵御集装箱线的抵御能力。结果表明,E / F路由载波可以通过泰国可能的未来KRA运河改善其运营弹性,但由于导航事件和其他业务缺陷的恶化,这不是北极航运的情况。

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