期刊文献+
共找到2篇文章
< 1 >
每页显示 20 50 100
广西影响区热带气旋强度突变的天气气候特征分析 被引量:5
1
作者 孔宁谦 蔡敏 陈润珍 《热带地理》 2007年第1期15-20,共6页
对1960-2002年在广西影响区活动的热带气旋进行分析统计,发现有如下气候特征:广西影响区活动的热带气旋平均每年5.2个,强度发生突变的有3.1个,其中2%的热带气旋只发生强度突然加强,90%只发生强度突然减弱,而8%的热带气旋既... 对1960-2002年在广西影响区活动的热带气旋进行分析统计,发现有如下气候特征:广西影响区活动的热带气旋平均每年5.2个,强度发生突变的有3.1个,其中2%的热带气旋只发生强度突然加强,90%只发生强度突然减弱,而8%的热带气旋既发生强度突然加强,又发生强度突然减弱过程。强度突然减弱发生在5-11月,受海岸和陆地地形影响,其区域主要集中在登陆和登陆后的陆地;强度突然加强发生在6-10月,受海洋环境影响,其区域集中在粤西近海至海南岛东部海域和北部湾海域。 展开更多
关键词 广西热带气旋 强度突变 天气气候特征
下载PDF
Analysis on causes of tropical cyclones and their disasters affecting on Guangxi coast based on historical data
2
作者 陈波 董德信 +2 位作者 陈宪云 刘晖 邱绍芳 《Marine Science Bulletin》 CAS 2014年第1期2-14,共13页
The tropical cyclone that lands or passes through Guangxi coast is a serious natural disaster, which brings about strong winds, heavy rains, storm surges and other disasters causing severe damage of property or casual... The tropical cyclone that lands or passes through Guangxi coast is a serious natural disaster, which brings about strong winds, heavy rains, storm surges and other disasters causing severe damage of property or casualties in the coastal region every year. By counting and analyzing the tropical cyclones affecting Guangxi coast from 1950 to 2012, we find that the annual number of tropical cyclones changes significantly, and the maximum value can be up to 9, whereas the minimum value is 0 in some year. The regularity of seasonal distribution of tropical cyclones is obvious, and the peak period is in July, August and September every year, followed by June and October. Most of tropical cyclones come from the east of Philippines. After entering the South China Sea and passing through Hainan province and Leizhou Peninsula, they landed on Guangxi coast once again and caused the mean of peak surge reaching 111.2 cm, which is 2.6 times of non-landing typhoon. The formation of storm surge disaster is directly related to the severe typhoon weather systems, diurnal spring tide and discharge of river flood. Severe typhoons generate huge waves and rainfall, which lead to the rise of water level at the estuary, and would result in significant increasing water when stacking up with the storm surge, and cause huge tidal disaster. 展开更多
关键词 Guangxi coast tropical cyclone disaster causation impact analysis
下载PDF
上一页 1 下一页 到第
使用帮助 返回顶部