基于震源机制分析中国东北地区现今构造动力学背景

通过收集1957—2022年以来日本东北至中国东北地区的不同深度的地震震源机制解,采用联合迭代应力反演的方法,计算俯冲带构造应力场及中国东北地区构造应力场状态。研究结果显示:日本海沟浅部区域不仅受到太平洋板块的俯冲挤压,也与北美板块的推挤作用有关;中国东北区域的深源地震与海沟俯冲带的长期作用存在密切的联系。长白山火山区的形成与俯冲带的逆冲存在巨大的联系,俯冲带的地震活动间接控制着东北亚火山区的形成与活动。辽宁营口地区主压应力轴分布于NEE-SWW方向,主张应力轴分布于NNW-SSE方向。结合火山区及周边浅源地震震源机制的结果,认为东北火山区现今构造应力场延续了东北区域应力的整体结构,主压应力轴...

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Published in地震科学进展 Vol. 54; no. 4; pp. 258 - 264
Main Authors 冯兵, 胡亚轩, 柴旭超, 李杨, 靳源, 刘伟, 宋亮, 王闯, 王文青
Format Journal Article
LanguageChinese
English
Published Beijing Editorial Office of Progress in Earthquake Sciences 01.01.2024
中国地震局第二监测中心,陕西西安 710054
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ISSN2096-7780
DOI10.19987/j.dzkxjz.2023-058

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Abstract 通过收集1957—2022年以来日本东北至中国东北地区的不同深度的地震震源机制解,采用联合迭代应力反演的方法,计算俯冲带构造应力场及中国东北地区构造应力场状态。研究结果显示:日本海沟浅部区域不仅受到太平洋板块的俯冲挤压,也与北美板块的推挤作用有关;中国东北区域的深源地震与海沟俯冲带的长期作用存在密切的联系。长白山火山区的形成与俯冲带的逆冲存在巨大的联系,俯冲带的地震活动间接控制着东北亚火山区的形成与活动。辽宁营口地区主压应力轴分布于NEE-SWW方向,主张应力轴分布于NNW-SSE方向。结合火山区及周边浅源地震震源机制的结果,认为东北火山区现今构造应力场延续了东北区域应力的整体结构,主压应力轴呈NEE-SWW向,主张应力轴呈NNW-SSE向。
AbstractList P315.3+3; 通过收集1957—2022年以来日本东北至中国东北地区的不同深度的地震震源机制解,采用联合迭代应力反演的方法,计算俯冲带构造应力场及中国东北地区构造应力场状态.研究结果显示:日本海沟浅部区域不仅受到太平洋板块的俯冲挤压,也与北美板块的推挤作用有关;中国东北区域的深源地震与海沟俯冲带的长期作用存在密切的联系.长白山火山区的形成与俯冲带的逆冲存在巨大的联系,俯冲带的地震活动间接控制着东北亚火山区的形成与活动.辽宁营口地区主压应力轴分布于NEE-SWW方向,主张应力轴分布于NNW-SSE方向.结合火山区及周边浅源地震震源机制的结果,认为东北火山区现今构造应力场延续了东北区域应力的整体结构,主压应力轴呈NEE-SWW向,主张应力轴呈NNW-SSE向.
通过收集1957—2022年以来日本东北至中国东北地区的不同深度的地震震源机制解,采用联合迭代应力反演的方法,计算俯冲带构造应力场及中国东北地区构造应力场状态。研究结果显示:日本海沟浅部区域不仅受到太平洋板块的俯冲挤压,也与北美板块的推挤作用有关;中国东北区域的深源地震与海沟俯冲带的长期作用存在密切的联系。长白山火山区的形成与俯冲带的逆冲存在巨大的联系,俯冲带的地震活动间接控制着东北亚火山区的形成与活动。辽宁营口地区主压应力轴分布于NEE-SWW方向,主张应力轴分布于NNW-SSE方向。结合火山区及周边浅源地震震源机制的结果,认为东北火山区现今构造应力场延续了东北区域应力的整体结构,主压应力轴呈NEE-SWW向,主张应力轴呈NNW-SSE向。
Abstract_FL By collecting focal mechanism solutions of earthquakes at different depths from Northeast Japan to Northeast China during 1957 to 2022, the joint iterative stress inversion method is used to calculate the tectonic stress field in the subduction zone and the tectonic stress field state in Northeast China. The results show that the shallow area of the Japan trench is not only affected by the subduction and extrusion of the Pacific plate, but also related to the extrusion of the North American plate. The deep source earthquakes in Northeast China are closely related to the long-term action of the trench subduction zone. The formation of the Changbaishan volcanic area has a great relationship with the thrust of the subduction zone. The seismicity of the subduction zone indirectly controls the formation and activity of the volcanic area in Northeast Asia. The principal compressive stress axis distributes in the NEE-SWW direction in the Yingkou area of Liaoning, while the principal tensile stress axis distributes in the NNW-SSE direction. Based on the results of the focal mechanism of shallow earthquakes in the volcanic area and its surrounding areas, it is believed that the current tectonic stress field in the northeastern volcanic area continues the overall structure of stress in the northeastern region, with the principal compressive stress axis in the NEE-SWW direction and the principal tensile stress axis in the NNW-SSE direction.
Author 李杨
宋亮
王文青
王闯
冯兵
胡亚轩
刘伟
柴旭超
靳源
AuthorAffiliation 中国地震局第二监测中心,陕西西安 710054
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Author_FL Liu Wei
Li Yang
Feng Bing
Chai Xuchao
Song Liang
Wang Wenqing
Hu Yaxuan
Jin Yuan
Wang Chuang
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Issue 4
Keywords dynamics
动力学
板块俯冲
长白山火山区
Changbaishan volcanic area
tectonic stress field
构造应力场
震源机制解
focal mechanism
plate subduction
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PublicationTitle 地震科学进展
PublicationTitle_FL Progress in Earthquake Sciences
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中国地震局第二监测中心,陕西西安 710054
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Snippet 通过收集1957—2022年以来日本东北至中国东北地区的不同深度的地震震源机制解,采用联合迭代应力反演的方法,计算俯冲带构造应力场及中国东北地区构造应力场状态。研究结果...
P315.3+3; 通过收集1957—2022年以来日本东北至中国东北地区的不同深度的地震震源机制解,采用联合迭代应力反演的方法,计算俯冲带构造应力场及中国东北地区构造应力场状态....
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Seismic activity
Tensile stress
Title 基于震源机制分析中国东北地区现今构造动力学背景
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