flysch – iranshahr – makran-structure-penci

The active structures of the Iranian Makran, especially presence normal faults, vary laterally in upper plate subduction zone, and their relationship with deep duplexes seamounts at depth remains unknown due to poor coverage data onshore. In this paper, we investigate between topographic slope using thermo-mechanical simulations. initial boundary conditions models, including basal heat flux con...

There is a high rate of casualty among miners in the world every year. One way to reduce accidents and increase safety mines use risk management process identify respond major hazards mines. The present study an attempt investigate assessment risks Faryab chromite underground In this paper, method AHP type-1 type-2 fuzzy sets used for assessment. Upon studying two (Makran Nemat), 45 were divide...

Atarbolana makranensis sp. n. is described from the intertidal zone of Makran along the Iranian coast of the Gulf of Oman. Atarbolana makranensis sp. n. can be recognized by the presence of a tuft of long setae on the antennal flagellum of males, elongate pleotelson with 12 robust marginal setae, pleotelson with narrowly rounded apex extending well beyond the uropodal endopod, uropodal endopod ...

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...

introduction tsunami is a series of water waves caused by the displacement of a large amount of water which is generated by underwater earthquake, volcano, landslide or other disturbances below water. the makran subduction zone (msz) is one of the regions that have potential to generate tsunami which also has been occurred in 1985 and is capable of another one. in msz, the coasts of chabahar ba...