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1青藏高原北部大型走滑断裂带近地表地质变形带特征分析显示文摘阿尔金断裂带、东昆仑断裂带和海原断裂带是青藏高原北部的大型左旋走滑断裂带,具有相对高的地质和GPS滑动速率,地表破裂型地震频发。在阿尔金断裂带阿克塞老城西和半果巴、东昆仑断裂带西大滩和玛沁、海原断裂带松山等地点的探槽地质剖面揭露了这些走滑断裂带累积地质变形带的基本特征。阿尔金断裂带半果巴探槽和阿克塞老城西探槽、东昆仑断裂带西大滩探槽和玛沁探槽揭露出的地质变形带宽度约12m左右;海原断裂带松山拉分盆地边界单条走滑断层地质变形带宽度不足10m,考虑到地震期间拉分盆地可能会出现较严重的变形,则拉分盆地本身也应作为强变形带处理。由此可见,经历过多个地震地表破裂循环的东昆仑断裂带、海原断裂带和阿尔金断裂带其地质变形带的宽度是有限的,具有变形局部化特征。单条走滑断层的地质变形带宽度一般为10余米,比较保守地估计应<30m,走滑断层斜列阶区的地质变形带宽度取决于阶区本身的宽度。徐锡伟 于贵华 陈桂华 李陈侠 张兰凤 Yann Klinger Paul Tapponnier 刘静 2007地震地质2007,29,2:55
2昆仑山地震(Mw7.8)破裂行为、变形局部化特征及其构造内涵讨论显示文摘地震地表破裂是地壳弹性应变转化为永久性构造变形的表现形式.2001年昆仑山地震在东昆仑断裂带库赛湖段产生的地表破裂带整体长426km,由西部剪切走滑破裂段、中部张剪切破裂段和东部剪切走滑破裂段等3个相对独立的地表破裂段组成,即昆仑山地震由震级为Mw=6.8,Mw=6.2和Mw≤7.8的3次地震破裂事件组成,其中东段Mw≤7.8级地震为昆仑山地震主震,由4次更次级地震事件组成.野外测量表明,不同段落上单条地表破裂宽度一般介于数米至15m,最大不超过30m;组合地表破裂带的宽度主要取决于几何结构,特别是次级地表破裂带斜列区的宽度,具有变形局部化的基本特征.结合东昆仑断裂带第四纪地质速率与GPS监测应变速率一致性,2001年昆仑山地震地表破裂局部化特征说明,青藏高原北部巴颜喀拉与祁连-柴达木两大块体间的构造变形主要表现为东昆仑断裂带宽度有限的剪切走滑错动,东昆仑山断裂带南北两侧块体具有整体运动特征.地震破裂局部化特征对确定重大工程、居民住宅和生命线工程等免遭走滑断层同震地表错动引起直接破坏的避让带宽度具有十分重要现实意义.徐锡伟 于贵华 马文涛 林传勇 Yann Klinger Paul Tapponnier 2008中国科学(D辑)2008,38,7:42
32013年芦山地震序列震源机制与震源区构造变形特征分析显示文摘基于四川区域地震台网记录的波形资料,利用CAP波形反演方法,同时获取了2013年4月20日芦山M7.0级地震序列中88个M≥3.0级地震的震源机制解、震源矩心深度与矩震级,进而利用应变花(strain rosette)和面应变(areal strain)As值,分析了芦山地震序列震源机制和震源区构造运动与变形特征.获得的主要结果有:(1)芦山M7.0级主震破裂面参数为走向219°/倾角43°/滑动角101°,矩震级为MW6.55,震源矩心深度15km.芦山地震余震区沿龙门山断裂带走向长约37km、垂直断裂带走向宽约16km.主震两侧余震呈不对称分布,主震南西侧余震区长约27km、北东侧长约10km.余震分布在7~22km深度区间,优势分布深度为9~14km,序列平均深度约13km,多数余震分布在主震上部.粗略估计的芦山地震震源体体积为37km×16km×16km.(2)面应变As值统计显示,芦山地震序列以逆冲型地震占绝对优势,所占比例超过93%.序列主要受倾向NW、倾角约45°的近NESW向逆冲断层控制;部分余震发生在与上述主发震断层近乎垂直的倾向SE的反冲断层上;龙门山断裂带前山断裂可能参与了部分余震活动.P轴近水平且优势方位单一,呈NW-SE向,与龙门山断裂带南段所处区域构造应力场方向一致,反映芦山地震震源区主要受区域构造应力场控制,芦山地震是近NE-SW向断层在近水平的NW-SE向主压应力挤压作用下发生逆冲运动的结果.序列中6次非逆冲型地震均发生在主震震中附近,且主震震中附近P轴仰角变化明显,表明主震对其震中附近局部区域存在明显的应力扰动.(3)序列整体及不同震级段的应变花均呈NW向挤压白瓣形态,显示芦山地震震源区深部构造呈逆冲运动、NW向纯挤压变形.各震级段的应变花方位与形状一致,具有震级自相似性特征,揭示震源区深部构造运动和变形模式与震级无关.(4)不同深度的应变花形态以NW-NWW向挤压白瓣为优势,显示震源区构造无论是总体还是分段均以NW-NWW向挤压变形为特征.但应变花方位与形状随深度仍具有较明显的变化,可能反映了震源区构造变形在深度方向上存在分段差异.(5)芦山地震震源体尺度较小,且主震未发生在龙门山断裂带南段主干断裂上,南段长期积累的应变能未能得到充分释放,南段仍存在发生强震的危险.易桂喜 龙锋 Amaury Vallage Yann Klinger 梁明剑 王思维 2016地球物理学报2016,59,10:46
4Rupture behavior and deformation localization of the Kunlunshan earthquake (M_w7.8) and their tectonic implications显示文摘Earthquake surface rupture is the result of transformation from crustal elastic strain accumulation to permanent tectonic deformation. The surface rupture zone produced by the 2001 Kunlunshan earth- quake (Mw7.8) on the Kusaihu segment of the Kunlun fault extends over 426 km. It consists of three relatively independent surface rupture sections: the western strike-slip section, the middle transten- sional section and the eastern strike-slip section. Hence this implies that the Kunlunshan earthquake is composed of three earthquake rupturing events, i.e. the Mw=6.8, Mw=6.2 and Mw≤7.8 events, respec- tively. The Mw≤7.8 earthquake, along the eastern section, is the main shock of the Kunlunshan earth- quake, further decomposed into four rupturing subevents. Field measurements indicate that the width of a single surface break on different sections ranges from several meters to 15 m, with a maximum value of less than 30 m. The width of the surface rupture zone that consists of en echelon breaks de- pends on its geometric structures, especially the stepover width of the secondary surface rupture zones in en echelon, displaying a basic feature of deformation localization. Consistency between the Quaternary geologic slip rate, the GPS-monitored strain rate and the localization of the surface rup- tures of the 2001 Kunlunshan earthquake may indicate that the tectonic deformation between the Ba- yan Har block and Qilian-Qaidam block in the northern Tibetan Plateau is characterized by strike-slip faulting along the limited width of the Kunlun fault, while the blocks themselves on both sides of the Kunlun fault are characterized by block motion. The localization of earthquake surface rupture zone is of great significance to determine the width of the fault-surface-rupture hazard zone, along which direct destruction will be caused by co-seismic surface rupturing along a strike-slip fault, that should be considered before the major engineering project, residental buildings and life line construction.KLINGER Yann TAPPONNIER Paul 2008Science China Earth Sciences2008,51,10:15
5Cartilage repair techniques of the talus: An update显示文摘Symptomatic chondral or osteochondral defects of the talus reduce the quality of life of many patients.Although their pathomechanism is well understood,it is well known that different aetiologic factors play a role in their origin.Additionally,it is well recognised that the talar articular cartilage strongly differs from that in the knee.Despite this fact,many recommendations for the management of talar cartilage defects are based on approaches that were developed for the knee.Conservative treatment seems to work best in paediatric and adolescent patients with osteochondritis dissecans.However,depending on the size of the lesions,surgical approaches are necessary to treat many of these defects.Bone marrow stimulation techniques may achieve good results in small lesions.Large lesions may be treated by open procedures such as osteochondral autograft transfer or allograft transplantation.Autologous chondrocyte transplantation,as a restorative procedure,is well investigated in the knee and has been applied in the talus with increasing popularity and promising results but the evidence to date is poor.The goals of the current article are to summarise the different options for treating chondral and osteochondral defects of the talus and review the available literature.Mike H Baums Wolfgang Schultz Tanja Kostuj Hans-Michael Klinger 2014World Journal of Orthopedics2014,5,3:11
6富蕴断裂:低应变速率条件下断层滑动习性显示文摘富蕴断裂是阿尔泰地区低应变速率条件下的典型右旋走滑断层之一。野外考察和3个观测点的3D陆地LiDAR扫描DEM影像断错地貌恢复、重建,结合高分辨率卫星影像解译等进一步证实,1931年富蕴地震同震右旋走滑位移平均值为(6.3±1.2)m,且沿富蕴断裂向南北两端缓慢、平稳衰减,中部同震位移最大值为(6.7±0.5)m,而不是前人给出的10~14m;包含2~5次地震的同震累积位移值为1931年富蕴地震相同地点同震位移的整数倍,表明富蕴断裂大地震复发服从特征地震模型。2个观测点多级地貌面宇宙成因核素(10Be)系统测年数据,进一步限定富蕴断裂晚更新世以来的右旋走滑速率为(0.76±0.24)mm/a,大地震复发间隔(9700±3300)a。低滑动速率和长周期特征地震复发模型可能为板块间相互作用产生的远程应变效应的基本特征。徐锡伟 孙鑫喆 谭锡斌 李康 于贵华 Marie Etchebes Yann Klinger Paul Tapponnier J.Van Der Woerd 2012地震地质2012,34,4:10
7西双版纳热带森林挥发性有机物的观测研究显示文摘2002年7月中旬利用异戊二烯通量测定系统对云南西双版纳热带森林异戊二烯的排放通量进行了连续测量,同时对光合有效辐射(PAR)、气温、湿度、风等参数进行了观测.结果表明,热带地区人工橡胶林区域湿季异戊二烯的排放有明显的日变化规律,中午前后为一天中的最大值,异戊二烯排放通量的日平均值在0.85~0.24mgC/(m2(h)之间.对小时值和日平均值而言,异戊二烯的排放与PAR和气温的变化规律比较一致,但它对PAR比对气温更加敏感.不同的天气状况对异戊二烯的排放有非常明显的影响.橡胶林是一个单萜烯排放者,其单萜烯的排放速率明显依赖于PAR.橡胶林和热带雨林冠层上空异戊二烯和单萜烯的浓度也有明显的日变化规律,而且橡胶林区域的异戊二烯和单萜烯的浓度均明显高于热带雨林.白建辉 Bradly Baker Curtis Johnson 李庆军 王永峰 赵崇奖 Lee Klinger Alex Guenther Jim Greenberg 2004中国环境科学2004,24,2:9
8东昆仑活动断裂带西大滩段断层气(Rn,CO_2)的释放特征显示文摘通过在东昆仑活动断裂带西大滩段进行断层气测试,首次获取了该断裂带中Rn和CO2的释放量。在2004年开挖的2~3m深的探槽内,氡浓度可达20732Bq.m-3,氡发射率可达433mBq.m-2.s-1,远高于在地表的氡浓度505~2380Bq.m-3与氡发射率7~28.19mBq.m-2.s-1(地表氡发射率均值为14.7mBq.m-2.s-1,与世界平均值相当)。从而我们推断该断裂具有从上部第四系覆盖物到深部花岗岩之间的良好连通性。在地表CO2的析出率平均值为18.9g.m-2.d-1,与通常的背景值相当,在探槽中和距离断层1km的地方没有明显的空间变化,但是在断层北侧3km处的一个近乎直立的千枚岩小山上,CO2的析出率却很高,为421g.m-2.d-1,同时该处氡的发射率也高,达503mBq.m-2.s-1,因此,有必要在该断裂附近进行长期监测。李陈侠 徐锡伟 F Perrier P Richon 陈桂华 Y Klinger J-M Nocquet C Romieu 张晓清 常振广 2007地震地质2007,29,4:9
9内蒙古草地挥发性有机物的预研究显示文摘内蒙古草原挥发性有机物的研究在大气化学、大气环境领域具有重要的作用。2001年夏季,利用便携式光离子化检测器以及采样仪器对于内蒙古草原的一些优势草种进行了测量,得到了对内蒙古草原挥发性有机物的初步认识。白建辉 王庚辰 Bradly Baker Lee Klinger 李庆军 王永峰 2003科学技术与工程2003,3,2:8
10汶川M_w 7.9级地震同震断层陡坎类型与级联破裂模型显示文摘2008年5月12日,汶川Mw7.9级地震在青藏高原东缘沿龙门山逆冲断裂带中段形成了两条NE向和一条NW向逆冲走滑型地表破裂。依据同震地表陡坎形态特征,将其分为8种类型:逆断层陡坎、上盘垮塌陡坎、挤压推覆陡坎、右旋挤压推覆陡坎、断层相关褶皱陡坎、后冲挤压陡坎、上冲叠覆陡坎和局部正断层陡坎。汶川地震所形成的同震地表破裂主要由以逆冲为主的映秀破裂段和兼具逆冲、右旋走滑的北川破裂段两部分组成,这两个破裂段分别对应于Mw7.8与Mw7.6级地震事件;它们还可进一步细分为分别对应于Mw7.5、Mw7.7、Mw7.0和Mw7.5等4个次级事件的4个次级破裂段。这些次级破裂段的级联破裂可以用来解释为什么汶川地震的持续时间长达110 s。余震震源机制分析结果表明,发震断层的倾角随深度的增加而变缓,且从西南向北东逐渐变陡可以用来解释走滑分量增加的成因。此次大地震还表明,沿青藏高原东缘地形抬高的主要驱动力可能是地壳挤压缩短,而不一定是下地壳物质流动和膨胀引起上地壳的隆升。于贵华 徐锡伟 Yann Klinger 刁桂苓 陈桂华 冯向东 李陈侠 朱艾斓 袁仁茂 郭婷婷 谭锡斌 安艳芬 孙鑫喆 2010地学前缘2010,17,5:8
11阿尔金断裂带阿克塞段半果巴探槽揭露的古地震事件显示文摘阿尔金断裂带是青藏高原北边界的1条近EW向延伸长约1600km的大型左旋走滑断裂带,也是晚第四纪活动性最强的断裂带之一,被分为11个破裂段。利用高精度卫星影像结合野外地质地貌调查,通过Trimble VX扫描测量了阿尔金断裂带阿克塞段半果巴观察点的断错微地貌,显示冲沟左岸T1阶地保存了最新1次地震的位错约6~7m。选择冲沟右岸跨断塞塘开挖探槽,采集了14C样品进行年代测定,对该探槽的古地震事件进行了分析。探槽揭示了12套地层单元,记录了4次古地震事件,结合之前的研究,利用逐次限定方法可以把阿克塞段的最新2次古地震事件的发生时间分别限定在1 180a BP左右和507~230a BP。李康 徐锡伟 罗浩 Paul Tapponnier Yann Klinger 高明星 2016地震地质2016,38,3:6
12Seismotectonics of the 2008 and 2009 Qaidam Earthquakes and its Implication for Regional Tectonics显示文摘Three magnitude >6 earthquakes struck Qaidam, Qinghai province, China, in November 10th 2008, August 28th and 31st 2009 respectively. The Zongwulongshan fault has often been designated as the active seismogenic structure, although it is at odd with the data. Our continuous GPS station (CGPS), the Xiao Qaidam station, located in the north of the Qaidam basin, is less than 30 km to the southwest of the 2008 earthquake. This CGPS station recorded the near field co-seismic deformation. Here we analyzed the co-seismic dislocation based on the GPS time series and the rupture processes from focal mechanism for the three earthquakes. The aftershocks were relocated to constrain the spatial characteristics of the 2008 and 2009 Qaidam earthquakes. Field geological and geomorphological investigation and interpretation of satellite images show that the Xitieshan fault and Zongwulongshan fault were activated as left lateral thrust during the late Quaternary. Evidence of folding can also be identified. Integrated analyses based on our data and the regional tectonic environment show that the Xitieshan fault is the fault responsible for the 2008 Qaidam earthquake, which is a low dip angle thrust with left lateral strike slip. The Zongwulongshan fault is the seismogenic fault of the 2009 earthquakes, which is a south dipping back thrust of the northern marginal thrust system of the Qaidam basin. Folding takes a significant part of the deformation in the northern marginal thrust system of the Qaidam basin, dominating the contemporary structure style of the northern margin of the Qaidam basin and Qilianshan tectonic system. In this region, this fault and fold system dominates the earthquake activities with frequent small magnitude earthquakes.CHEN Guihua XU Xiwei ZHU Ailan ZHANG Xiaoqing YUAN Renmao Yann KLINGER Jean-Mathieu NOCQUET 2013Acta Geologica Sinica(English Edition)2013,87,2:5
13美国地震学会通报(BSSA)2008年四川汶川地震专集介绍显示文摘Klinger Y Ji C Shen Z-K Bakun W H 李平恩(译) 左玉玲(校) 2010国际地震动态2010,,12:3
14海原断裂干盐池探槽揭示非特征性古地震序列显示文摘海原断裂是青藏高原东北缘一条重要的陆内活动左旋走滑断裂,于1920年发生过里氏8?级特大地震,形成约230km的地表破裂带和高达10.2m的同震左旋位移。该断裂的大地震复发行为特征一直是地震地质学家关注的重点,然而现有的认识需要更多以精细沉积地层约束的古地震数据的验证。基于此,在海原断裂中段干盐池盆地成功开挖了数个大型三维探槽,揭露了清晰的韵律性、面状展布地层和丰富的古地震事件证据。在探槽上部2.5m厚的最新细粒沉积层序记录了AD 1500以来的3次地震事件。基于地层中^(14)C样品的结果和历史地震史料的考证,限定这3次地震事件分别对应于AD 1920年、AD 1760年(或1709年)和AD 1638年的地震,但其震级差别很大。除了最新一次地震,即1920年海原大地震的震级为8?级,其他2次地震事件的震级较小,均小于7级,说明海原断裂上伴生有地表破裂的地震不全是特征型地震事件。结果表明,古地震探槽中揭示的地震强度不一定相同,而且中等震级地震也可以产生地表破裂,其地层证据在合适的条件下,如无沉积间断、沉积速率大等环境能在地层中得到保存。邵延秀 刘静 Yann Klinger 谢克家 袁道阳 雷中生 2016地质通报2016,35,5:3
15A systematic review of multidisciplinary outcomes in themanagement of chronic low back pain显示文摘Lynn Shaw Birgit Prodinger Karen Jacobs Michael J. Ravenek Ian D. Hughes Nathan Ivanovich Kevin Tyrer Christopher Desrochers Lisa Klinger Lynn Shaw 2009Work2009,,3:2
16Infuence of hormonal contraceptiveson microbial flora of gingival sulcus显示文摘Klinger G Eick S Pfister W 1998Contraception1998,57,6:1
17Four-year results from a randomized controlled study of knee chondroplasty with concomitant medial meniscectomy:mechanical debridement versus radiofrequency chondroplasty显示文摘Spahn G Klinger HM Mückley T 2010Arthroscopy2010,26,9:1
18Sinusoidal obstruction syndrome impairs longterm outcome of colorectal liver metastases treated with resection after neoadjuvant chemotherapy显示文摘Tamandl D Klinger M Eipeldauer S 2011Ann Surg Oncol2011,18,2:1
19Short-term neonatal outcome in low-risk,spontane-ous,singleton,late preterm deliveries显示文摘Melamed N Klinger G Tenenbaum-Gavish K 0,,:1
20Atypical Meningiomas: Recurrence, Reoperation , and Radiotherapy显示文摘Klinger DR Flores BC Lewis JJ 2015World Neurosurg2015,84,:1
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