نتایج جستجو برای: makran transition and kazerun
تعداد نتایج: 16873563 فیلتر نتایج به سال:
SUMMARY Makran subduction zone is very active with ∼38 mm yr−1 convergence rate and has experienced great earthquakes in the past. The latest earthquake of 1945 Mw 8.1 event also triggered a large tsunami led to ∼4000 casualties. However, due incomplete historical seismicity records poor modern instrumentation, mechanism, co-seismic slip characteristics remain unclear. On 2017 February 17, an 6...
Due to coastal areaschr('39') dynamic nature, sediment transport frequently changes the shape and morphology of coastal profiles. During the time, coastal areas adjust their sedimentation regimes to such changes. Although constructing structures such as breakwaters and jetties in coastal areas results in disorder in their natural sedimentation regime. To restore the natural regime, Sand Bypassi...
The Kazerun Fault System (KFS) is a right-lateral strike slip fault system in the middle part of the Zagros seismogenic zone in Iran. Historical and instrumental earthquake data catalogs of this fault system show good evidence of fault interactions and seismic migrations. This study provides evidence for the migration of seismicity in the middle part of the Zagros region along the segments of t...
Makran subduction zone, along the southern coasts of Iran and Pakistan, has a wide potential seismogenic zone may be capable generating large magnitude (M ~ 9) tsunamigenic earthquakes. Considering ambiguities exist in source characterization for megathrusts like Makran, where detailed geologic, seismic, geodetic data are insufficient, probabilistic tsunami hazard analysis (PTHA) is most preval...
The establishment of new cities and settlements and the development of economic and industrial activities on the shores of Makran, is inevitable, and since the creation and development of new cities has been one of the policies in land management in recent decades, planning and designing a new city in Regional development orientation of this region is essential. Therefore, in this regard, the ...
flysch – iranshahr – makran-structure-penci
Western Makran is one of the few subduction zones left with a largely unconstrained seismogenic potential. According to sparse GPS stations, accumulating some strain be released during future earthquakes. To enhance seismic hazard assessment, we here propose study finite deformation western accretionary wedge. Mechanical modelling used retrieve spatial variations frictional properties megathrus...
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