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Correlation Fractal and Multifractal Characteristics of Seismic Activity in the Taiwan Area, China
作者姓名:XU Jiandong  HUANG Jianf  WEI Fuquan  YAN Yunpeng  LI Yaping and LIN Chien-te Institute of Geology  China Earthquake Administration  Beijing  Chin  Earthquake Administration of Fujian Province  Fuzhou  Fujian  China China Aero Geophysical Survey and Remote Sensing for Land and Resources  Beijing  China Leader University  Tainan  Taiwan  China
作者单位:[1]InstituteofGeology,-ChinaEarthquakeAdministration,Beijing100029,China [2]EarthquakeAdministrationofFujianProvince,Fuzhou,Fujian350003 [3]ChinaAeroGeophysicalSurveyandRemoteSensingforLandandResources,Beijing100083,China [4]LeaderUniversity,Tainan,Taiwan,China
摘    要:Based on the analysis of newly collected data of plate tectonics, distribution of active faults and crustal deformation, the Taiwan area is divided into two seismic regions and six seismic belts. Then, correlation fractal dimensions of all the regions and belts are calculated, and the fractal characteristics of hypocenteral distribution can be quantitatively analyzed. Finally, multifractal dimensions Dq and f(α) are calculated by using the earthquake catalog of the past 11 years in the Taiwan area. This study indicates that (1) there exists a favorable corresponding relationship between spatial images of seismic activity described with correlation fractal dimension analysis and tectonic settings; (2) the temporal structure of earthquakes is not single but multifractal fractal, and the pattern of Dq variation with time is a good indicator for predicting strong earthquake events.

关 键 词:地震活动性  中国  台湾省  地质断裂  地震带

Correlation Fractal and Multifractal Characteristics of Seismic Activity in the Taiwan Area, China
Authors:XU Jiandong  HUANG Jianf  WEI Fuquan  YAN Yunpeng  LI Yaping and LIN Chien-te Institute of Geology  China Earthquake Administration  Beijing  Chin  Earthquake Administration of Fujian Province  Fuzhou  Fujian  China China Aero Geophysical Survey and Remote Sensing for Land and Resources  Beijing  China Leader University  Tainan  Taiwan  China
Abstract:Abstract  Based on the analysis of newly collected data of plate tectonics, distribution of active faults and crustal deformation, the Taiwan area is divided into two seismic regions and six seismic belts. Then, correlation fractal dimensions of all the regions and belts are calculated, and the fractal characteristics of hypocenteral distribution can be quantitatively analyzed. Finally, multifractal dimensions Dq and f(α) are calculated by using the earthquake catalog of the past 11 years in the Taiwan area. This study indicates that (1) there exists a favorable corresponding relationship between spatial images of seismic activity described with correlation fractal dimension analysis and tectonic settings; (2) the temporal structure of earthquakes is not single but multifractal fractal, and the pattern of Dq variation with time is a good indicator for predicting strong earthquake events.
Keywords:Taiwan  correlation fractal  multifractal  seismic belt  seismic region
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