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印尼苏门答腊大地震和珠江大洪水的关系研究

STUDY ON THE RELATIONSHIP BETWEEN THE SUMATRA EARTHQUAKE AND THE ZHUJIANG FLOOD

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【作者】 高建国姚清林强祖基黄树桃杜乐天赵永安王涌泉刘京晶郭增建黄定华王彰贵贾燕

【Author】 GAO Jian-guo1,YAO Qing-lin1,QIANG Zu-ji1 HUANG Shu-tao2,DU Le-tian2,ZHAO Yong-an2 WANG Yong-quan3,LIU Jing-jing4,GUO Zeng-jian5 HUANG Ding-hua6,WANG Zhang-gui7,JIA Yan1(1.Institute of Geology,China Seismological Bureau,Beijing 100029,China;2.Beijing Research Institute of Geology,Ministry of Nuclear Industry,Beijing 100029,China;3.Huang River Water Conservancy Research Institute,Huang River Water Resources Commission,Ministry of Water Resources,Zhengzhou 450003,China;4.National Satellite Meteorological Center,Beijing 100081,China;5.Lanzhou Research Institute of Earthquake,China Seismological Bureau,Lanzhou 730000,China;6.China University of Geosciences,Wuhan 430074,China;7.National Marine Environment Forecast Center,Beijing 100081,China)

【机构】 中国地震局地质研究所核工业北京地质研究所水利部黄委会黄河水利科学研究院国家卫星气象中心中国地震局兰州地震研究所中国地质大学中国地震局地质研究所 北京100029北京100029河南郑州450003北京100081甘肃兰州730000湖北武汉430074

【摘要】 1991年,郭增建发现1912~1914年缅甸、云南峨山和安达曼群岛3次7级以上地震发生后产生大量水汽,导致1915年珠江特大洪水。2005年3月26日,王涌泉向有关方面反映苏门答腊巨震后,珠江可能发生大洪水,6月珠江果然出现了大洪水。巨震引起地壳释放出携热水汽,叠加到西南气流上,季风爆发后,被带到中国的华南地区形成暴雨。由于地下裂隙复杂和不畅,放气可滞后1a。2004年12月~2005年12月南海地区850hPa水汽通量距平明显呈现出高峰值。杜乐天等判读美国MOPITT的850hPa高度地球排气图,发现2002年9~11月印尼上空几百万km2有高出常年10倍以上的CO强烈排气。震前数月,印度洋东北部有持续性“长波辐射”。对苏门答腊震区地震前后的潜热通量的时空变化过程的分析,发现了在地震前20d里,震中附近潜热通量发生了显著的异常变化。巨灾预测属世界科学难题。重大自然灾害一经发生,极易借助自然生态系统之间的相互依存、制约关系,引发出一系列灾害—由损失较轻灾害扩展为损失较大灾害,从一个地域空间扩散到另一个更广阔的地域空间。因此,利用卫星遥感、红外技术分析大地震前后水汽变化,进一步探索地气耦合机制,是一个关键科技问题。

【Abstract】 In 1991,Guo Zengjian found that much water vapor was produced after three earthquakes above Ms 7.0 occurring in Burma,Yunnan,Andamanese Islands,which led to Zhujiang rather heavy flood in 1915.On March 26,2005,Wang Yongquan said heavy flood might occur in Zhujiang after the serious Sumatra Earthquake,which came into true in June.The water vapor produced by the serious earthquake,is brought to North China to form heavy rain.Water vapor may be produced one year later because of the underground rocks’ fissures complex and obstructive.From December 2004 to December 2005,the water vapor flux was 850 hPa,obviously to be the peak value.Du Letian and other persons found that the CO content was over 10 times higher than usual in several million km2 above Indonesia from September to November,2002,by reading the American MOPITT global vapor map at the height of 850 hPa.Several months before the earthquake,there was continuous Outgoing Longwave Radiation in the northeast of Indian Ocean.By analysis of the space-time variety course of the latent heat flux before and after the Sumatra earthquake area,it is found that the latent heat flux about the epicenter changed anomaly and obviously,20 days before the earthquake.Tremendous disaster forecast is a scientific difficult problem in all over the world.If tremendous disaster took place,series of disasters would be led to.The key scientific problems are as follows: to analyze the water vapor variety before and after earthquake by remote sensing technology and infrared technique,to survey the content of water vapor by observation on the ground and GPS observation station,to research the coupling mechanism between the stratum and vapor.

【关键词】 地震洪水地壳携热水汽研究
【Key words】 EarthquakeFloodLithosphere water vaporStudy.
【基金】 国家科技部地震科学数据库共享资助项目(2002DZGX—04)
  • 【文献出处】 气象与减灾研究 ,Meteorology and Disaster Reduction Research , 编辑部邮箱 ,2006年02期
  • 【分类号】P315.9;P426.616
  • 【被引频次】15
  • 【下载频次】171
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