北极国家航空客运的地域结构(以挪威、瑞典和芬兰为例)

A.D. Suzanskiy
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引用次数: 0

摘要

本文分析了世界北极国家(以挪威、瑞典和芬兰为例)航空运输的地域结构。考虑了上述国家的机场网络和国内航空客运量。这三个国家的机场网络有明显的地域“划分”:南部机场比其他机场更积极地参与国际航空运输。由于缺乏必要的统计数据来分析挪威、瑞典和芬兰国内客运航空交通的领土结构,作者开发了一种方法。这种方法可以计算个别航空公司的客流量值。该方法是通用的,可用于在世界任何区域计算上述指标的值。根据获得的数据,构建了制图方案,以便确定所考虑的每个国家航空运输组织的特点:芬兰的特点是直接组织模式(“点对点”),挪威的特点是连接组织模式(“枢纽和辐条”),瑞典的特点是直接结合连接组织模式(混合)。此外,基于2020年(冠状病毒活跃传播之年)计算数据的制图方案可以确定所考虑国家的“弹性”区域航空枢纽。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Territorial structure of passenger air transport in the Arctic countries (case of Norway, Sweden and Finland)
The article analyses the territorial structure of air transportation in the Arctic countries of the world (on the example of Norway, Sweden and Finland). The airport network and domestic passenger air traffic of the mentioned countries are considered. There is a clear territorial “division” in the airport network of all three countries: southern airports are much more actively involved in international air transportation than other airports. Due to the lack of statistical data necessary to analyze the territorial structure of domestic passenger air traffic in Norway, Sweden and Finland, an author’s methodology has been developed. This methodology allows calculating passenger traffic values on individual air lines. The methodology is universal and can be applied to calculate the values of the mentioned indicator in any region of the world. Based on the data obtained, the cartographic schemes were constructed that allowed to identify the peculiarities of the organization of air transportation in each of the countries under consideration: Finland is characterized by a direct organization model (“point-to-point”), Norway is characterized by a connecting organization model (“hub and spoke”), Sweden is characterized by a direct in combination with a connecting organization model (mixed). In addition, the cartographic scheme based on calculated data for 2020 (the year of active spread of the coronavirus) allowed to identify “resilient” regional air hubs of the countries under consideration.
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