A Study on Spatial-Temporal Rainstorm Risk at Civil Airports in China

Based on daily precipitation data of 174 meteorological stations near civil airports in China, flight data over the same period (1994-2013) and other relevant airport data, this paper carries out a study on risk analysis of rainstorm at Chinese civil airports. We use the platform of ARCGIS, analyze...

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Main Authors: Xiaomei Guo, Xiaobing Hu, Hang Li, Zhen Xu
Format: Article
Language:English
Published: Society for Risk Analysis - China 2015-10-01
Series:Journal of Risk Analysis and Crisis Response (JRACR)
Subjects:
Online Access:https://www.atlantis-press.com/article/25840914.pdf
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author Xiaomei Guo
Xiaobing Hu
Hang Li
Zhen Xu
author_facet Xiaomei Guo
Xiaobing Hu
Hang Li
Zhen Xu
author_sort Xiaomei Guo
collection DOAJ
description Based on daily precipitation data of 174 meteorological stations near civil airports in China, flight data over the same period (1994-2013) and other relevant airport data, this paper carries out a study on risk analysis of rainstorm at Chinese civil airports. We use the platform of ARCGIS, analyze the four essential factors of disasters, i.e., rainstorm hazard, vulnerability, exposure and the capability of disaster prevention and mitigation, combine the traditional model of meteorological disaster risk assessment and characteristics of Chinese civil aviation, and then develop monthly rainstorm disaster risk zoning maps for civil airports in China. The results can provide useful information to daily operations of civil aviation of China, as well as to planning and management of civil aviation systems, in order to better mitigate the impact of heavy rains on daily functions of civil aviation of China.
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spelling doaj.art-cc4db18b2db043b786316772a634cb462022-12-22T02:30:07ZengSociety for Risk Analysis - ChinaJournal of Risk Analysis and Crisis Response (JRACR)2210-85052015-10-015310.2991/jrarc.2015.5.3.6A Study on Spatial-Temporal Rainstorm Risk at Civil Airports in ChinaXiaomei GuoXiaobing HuHang LiZhen XuBased on daily precipitation data of 174 meteorological stations near civil airports in China, flight data over the same period (1994-2013) and other relevant airport data, this paper carries out a study on risk analysis of rainstorm at Chinese civil airports. We use the platform of ARCGIS, analyze the four essential factors of disasters, i.e., rainstorm hazard, vulnerability, exposure and the capability of disaster prevention and mitigation, combine the traditional model of meteorological disaster risk assessment and characteristics of Chinese civil aviation, and then develop monthly rainstorm disaster risk zoning maps for civil airports in China. The results can provide useful information to daily operations of civil aviation of China, as well as to planning and management of civil aviation systems, in order to better mitigate the impact of heavy rains on daily functions of civil aviation of China.https://www.atlantis-press.com/article/25840914.pdfCivil airport; rainstorm disaster; risk assessment; risk zoning; spatial-temporal analysis
spellingShingle Xiaomei Guo
Xiaobing Hu
Hang Li
Zhen Xu
A Study on Spatial-Temporal Rainstorm Risk at Civil Airports in China
Journal of Risk Analysis and Crisis Response (JRACR)
Civil airport; rainstorm disaster; risk assessment; risk zoning; spatial-temporal analysis
title A Study on Spatial-Temporal Rainstorm Risk at Civil Airports in China
title_full A Study on Spatial-Temporal Rainstorm Risk at Civil Airports in China
title_fullStr A Study on Spatial-Temporal Rainstorm Risk at Civil Airports in China
title_full_unstemmed A Study on Spatial-Temporal Rainstorm Risk at Civil Airports in China
title_short A Study on Spatial-Temporal Rainstorm Risk at Civil Airports in China
title_sort study on spatial temporal rainstorm risk at civil airports in china
topic Civil airport; rainstorm disaster; risk assessment; risk zoning; spatial-temporal analysis
url https://www.atlantis-press.com/article/25840914.pdf
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AT zhenxu astudyonspatialtemporalrainstormriskatcivilairportsinchina
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