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Analyzing Metropolitan Area Measures as Enplanement Growth Predictors for United States Large Hub Airports.

机译:分析大都市区措施作为美国大型枢纽机场的飞机起降增长预测指标。

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摘要

Cities with the capacity to accommodate increased air traffic demand are in a stronger position for economic growth than those without this capacity. Air traffic demand is growing, as is airport capacity, yet at a much slower rate. In 2007, 15 large hub airports and 7 metropolitan airports reached their planned designed passenger capacity. Eighteen airports will require additional capacity by 2015; this figure will rise to 27 in 2025 if the airport system capacity remains at 2012 levels. Administrators responsible for large hub airport planning could benefit from a growth model that includes variables from the local areas to predict future enplanement growth requirements for servicing large hub airports validated among all 29 large hub airports (representing 100% of these airports) and their surrounding Metropolitan Statistical Areas (MSAs). Research was conducted to validate if variables from the local areas including population growth rate, secondary education completion growth rate, and employment growth rates would predict an increase in airport enplanements. The purpose of this quantitative, quasi-experimental study was to investigate the specific independent variables of population growth rate, secondary education completion growth rate, and employment growth rates to determine if they are predictors of large hub airport enplanement growth. These data were retrieved from online and publically available historical databases within the primary organizations of the Census Bureau, Department of Transportation, Department of Labor, and the Federal Aviation Administration. The results from the multiple regression analysis indicate the independent variable of employment growth rate is a significant predictor of enplanement growth rate among the 29 U.S. large hub airports, while population growth rate and secondary education completion growth rate are not. A stepwise regression analysis was conducted to consider which independent variable, if any, was the best predictor for large hub airport enplanement growth. This analysis resulted in identifying only employment growth rate, as the other two independent variables were not considered significant predictors. The primary recommendation is local MSA population growth rates and local MSA secondary education completion rates not be considered as common predictors for large hub airport enplanement growth rates among all 29 U.S. large hub airports.
机译:有能力满足日益增长的空中交通需求的城市比没有这种能力的城市处于更有利的经济增长位置。空中交通需求和机场容量都在增长,但速度却要慢得多。 2007年,有15个大型枢纽机场和7个大都市机场达到了计划的载客量。到2015年,将有18个机场需要增加容量;如果机场系统容量保持在2012年的水平,则这一数字将在2025年上升到27。负责大型枢纽机场规划的管理者可以从一个增长模型中受益,该模型包括来自本地的变量,以预测服务于所有29个大型枢纽机场(占这些机场的100%)及其周边大城市中经验证的大型枢纽机场的未来飞机增长需求统计区域(MSA)。进行了研究以验证来自本地的变量(包括人口增长率,中学教育完成率和就业增长率)是否可以预测飞机起降率的增加。这项定量,准实验研究的目的是调查人口增长率,中学教育完成率和就业增长率的特定自变量,以确定它们是否是大型枢纽机场空运增长的预测因素。这些数据是从人口普查局,交通部,劳工部和联邦航空局的主要组织内的在线和公开可用的历史数据库中检索的。多元回归分析的结果表明,就业增长率的独立变量是29个美国大型枢纽机场中飞机飞行增长率的重要预测指标,而人口增长率和中学教育完成率则不是。进行了逐步回归分析,以考虑哪个自变量(如果有)是大型枢纽机场空运增长的最佳预测指标。该分析仅确定了就业增长率,因为其他两个独立变量未被视为重要的预测指标。主要建议是,在所有29个美国大型枢纽机场中,不应将本地MSA人口增长率和本地MSA中等教育完成率视为大型枢纽机场空运增长率的共同预测指标。

著录项

  • 作者

    Witcher, Kenneth Lee.;

  • 作者单位

    Northcentral University.;

  • 授予单位 Northcentral University.;
  • 学科 Political Science Public Administration.
  • 学位 Ph.D.
  • 年度 2013
  • 页码 115 p.
  • 总页数 115
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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