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琼州海峡沿岸大风分布规律及影响系统分析

郭冬艳 姜涛 陈有龙 辛吉武

气象2011,Vol.37Issue(11):1372-1379,8.
气象2011,Vol.37Issue(11):1372-1379,8.

琼州海峡沿岸大风分布规律及影响系统分析

Analysis on Distribution Pattern of High Wind Events in Qiongzhou Strait Coastal Zones and Its Weather Systems

郭冬艳 1姜涛 2陈有龙 3辛吉武1

作者信息

  • 1. 海南省气象台,海口570203
  • 2. 南海气象防灾减灾重点实验室,海口570203
  • 3. 92830部队气象处,海口571122
  • 折叠

摘要

Abstract

Based on the data from automatic weather stations in the Qiongzhou Strait northern and southern coasts,the distribution patterns of high wind events in both coastal zones were analyzed.And the difference between them was also analyzed using weather systems.The high wind events are defined into two kinds:sustained winds and gust winds.The results are as follows:In southern coast,the high wind events are more frequent than in northern coast,but the speeds of gust winds are obviously bigger in northern coast than in southern coast.The high wind events in northern coastal zones and the sustained wind events in southern coastal zones mainly happen in autumn and winter but rare in other seasons,and the sustained wind events in both coastal zones mainly occurred by cold air.But the gust wind events in the southern coastal are quite special,which mainly happen in autumn and rarely occurred by cold air.In both coastal zones of the Qiongzhou Strait,the high wind events happen with more frequency and bigger speed on the east entrance than on the west entrance,and with the least in the middle of coastal zones.There exist pronounced phenomena that the northeast high wind was donsinant in both coasts of the strait.The high wind events are more easily occurred by cold air from east than from west.The Qiongzhou Strait can obviously make the turbulent intensity of cold air turning weak.

关键词

琼州海峡沿岸/自动站/大风规律/影响系统

Key words

the Qiongzhou Strait/automatic weather stations/high wind events/weather systems

分类

天文与地球科学

引用本文复制引用

郭冬艳,姜涛,陈有龙,辛吉武..琼州海峡沿岸大风分布规律及影响系统分析[J].气象,2011,37(11):1372-1379,8.

基金项目

国家自然科学基金课题 ()

海南省重点科技项目(070302)共同资助 ()

气象

OA北大核心CSCDCSTPCD

1000-0526

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