Abstract The 1990 Rudbar earthquake (Mw 7.3) broke along three right‐step** segments
of the left‐lateral Rudbar fault, in the western Alborz mountains (Iran), producing∼ 80 km of …

In recent decades, the development of InSAR and optical correlation as well as the
tremendous increase of SAR and optical satellite data available have revolutionized the …

Historical aerial photographs are a valuable source of data for investigating past
earthquakes, volcanic activities, ice mass balance and land changes in the pre-modern era …

Earthquake deformation is crucial for understanding fault kinematics. Modern earthquakes
(moment magnitude) have been well documented by geodetic techniques, such as radar …

Optical geodesy is a relatively new technique which allows deformation of the Earth's
surface to be retrieved from the correlation of remotely sensed optical satellite or aerial …

Large continental earthquakes are infrequent, but they are important for understanding
active tectonics. Many pre-1990, magnitude greater than 7 earthquakes have not been well …

Calculations of Coulomb stress changes have shown that moderate to large earthquakes
may increase stress at the location of future earthquakes. Coulomb stress transfers have …

İran'da aktif tektonik Arap Levhası'nın sabit kabul edilen Avrasya Levhası'na yakınsaması
sonucunda şekillenmektedir. Bu yakınsama oblik olması sebebiyle İran'nın doğusu ve batısı …

Optical imagery has been proven to be an effective tool for measuring earthquake
deformation in continental regions since its first application in the 1999 Izmit earthquake. In …

大地震的地表破裂及形变特征对研究地震成因机制, 断层运动及大陆变形具有重要意义.
随着卫星技术的日益成熟, 自1992 年美国加州Landers 地震以来, 光学和雷达影像被广泛应用于 …