New Data on the Olyutorskii Earthquake Acquired via SAR Interferometry

Mikhailov V. O.; Kiseleva E. A.; Arora K.; Timoshkina E. P.; Smirnov V. B.; Chadda R.; Ponomarev A. V.; Shrinagesh D.

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New Data on the Olyutorskii Earthquake Acquired via SAR Interferometry

机译：通过SAR干涉测量获得的Olyutorskii地震的新数据

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A coseismic displacement field based on SAR interferometry data was determined for the area of the April 20, 2006 Olyutorskii earthquake. The resulting image shows displacements toward the satellite ("uplifts") to the northwest of the surface rupture area where the epicenters of most aftershocks lie. The displacement- affected area extends as far as the Vyvenka-Vatyna tectonic suture. We have developed a model for the rupture surface that is in agreement with the hypothesis of A.V. Lander and T.K. Pinegina stating that the largest displacements occurred along a fault northwest of the surface rupture zone; the fault dips southeast and is not exposed. The slip on the fault is close to a pure thrust type. These results furnish another confirmation of the fact that advanced satellite technologies can provide important additional information on the dynamics of seismic regions, especially where the existing observing networks are sparse.

机译：基于SAR干涉测量数据的电影位移场是针对2006年4月20日的奥延斯特基地震的地区确定的。所得到的图像显示到卫星（“隆起”）到地表破裂区域的西北地位的位移，其中大多数余震的震中撒谎的震中。受影响的区域延伸到Vyvenka-Vatyna构造缝合线。我们开发了一个型号，即破裂表面与A.V的假设一致。着陆器和T.K. Pinegina表示，最大的位移沿着表面破裂区域的故障发生; 断层蘸东南，并没有暴露。故障上的滑动靠近纯推力类型。这些结果提供了另一个确认先进的卫星技术可以提供有关地震区域动态的重要信息，特别是在现有观察网络稀疏的情况下。

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《Journal of Volcanology and seismology》 |2018年第3期|共8页
作者
Mikhailov V. O.; Kiseleva E. A.; Arora K.; Timoshkina E. P.; Smirnov V. B.; Chadda R.; Ponomarev A. V.; Shrinagesh D.;
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Russian Acad Sci Inst Phys Earth Ul B Gruzinskaya 10 Bldg 1 Moscow 123995 Russia;

Russian Acad Sci Inst Phys Earth Ul B Gruzinskaya 10 Bldg 1 Moscow 123995 Russia;

Natl Geophys Res Inst Hyderabad 500007 Telangana India;

Russian Acad Sci Inst Phys Earth Ul B Gruzinskaya 10 Bldg 1 Moscow 123995 Russia;

Russian Acad Sci Inst Phys Earth Ul B Gruzinskaya 10 Bldg 1 Moscow 123995 Russia;

Natl Geophys Res Inst Hyderabad 500007 Telangana India;

Russian Acad Sci Inst Phys Earth Ul B Gruzinskaya 10 Bldg 1 Moscow 123995 Russia;

Natl Geophys Res Inst Hyderabad 500007 Telangana India;

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1. New Data on the Olyutorskii Earthquake Acquired via SAR Interferometry [J] . Mikhailov V. O., Kiseleva E. A., Arora K., Journal of Volcanology and seismology . 2018,第3期

机译：通过SAR干涉测量获得的Olyutorskii地震的新数据
2. COSEISMIC DISPLACEMENT ANALYSIS OF THE 12 NOVEMBER 2017 MW 7.3 SARPOL-E ZAHAB (IRAN) EARTHQUAKE FROM SAR INTERFEROMETRY, BURST OVERLAP INTERFEROMETRY AND OFFSET TRACKING [J] . Sanaz Vajedian, Mahdi Motagh ISPRS Annals of the Photogrammetry, Remote Sensing and Spatial Information Sciences . 2018,第136期

机译：2017年11月12日兆瓦7.3级SARPOL-E Zahab（伊朗）地震的同震位移分析，包括SAR干扰，爆发性重叠干扰和偏移量跟踪
3. Earthquake fault of the 26 May 2006 Yogyakarta earthquake observed by SAR interferometry [J] . Takeshi Tsuji, Katsuya Yamamoto, Toshifumi Matsuoka, Earth, planets and space: EPS . 2009,第7期

机译：用SAR干涉仪观测到2006年5月26日日惹地震的地震断层。
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机译：具有用于环境测量的Sentinel-1数据的SAR干涉测量法：以斯基亚地震为例
5. Relationships of earthquakes (and earthquake-associated mass movements) and polar motion as determined by Kalman filtered, very-long-baseline - interferometry group delays. [D] . Preisig, Joseph Richard Mark. 1988

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6. Earthquake Damage Visualization (EDV) Technique for the Rapid Detection of Earthquake-Induced Damages Using SAR Data [O] . Ram C. Sharma, Ryutaro Tateishi, Keitarou Hara, 2017

机译：地震破坏可视化（EDV）技术用于使用SAR数据快速检测地震造成的破坏
7. SAR interferometry using ALOS-2 PALSAR-2 data for the Mw 7.8 Gorkha, Nepal earthquake [O] . Ryo Natsuaki, Hiroto Nagai, Takeshi Motohka, 2016

机译：使用ALOS-2 PALSAR-2数据的SAR干涉测量法，用于尼泊尔7.8级戈尔卡地震
8. Slip distribution of the 1997 Umbria-Marche earthquake sequence: joint inversion of GPS and SAR interferometry data [R] . Stramondo, S., Lundgren, P. 2001

机译：1997年翁布里亚 - 马尔凯地震序列的滑动分布：Gps和saR干涉测量数据的联合反演

New Data on the Olyutorskii Earthquake Acquired via SAR Interferometry

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