Insights into the tectonics in Myanmar from new high-resolution and integrated focal mechanism catalogs by Wardah Shafiqah Binti Mohammad Fadil

“…We ask how the NE-SW oriented motion of the Indian Plate relative to the Sunda Plate is partitioned, which structures are accommodating slip seismically and what are their corresponding seismogenic zones. Our study shows that the oblique India-Sunda motion is distributed along seismically active structures within the overriding Myanmar Plate i.e., the right-lateral Sagaing Fault, thrust and strike-slip faults in the upper crust beneath the Central Myanmar Basin (CMB) (e.g., the 2018 Mw 6.0 Bago-Yoma earthquake sequence), a backstop fault system that separates the eastern edge of the accretionary wedge (Indo-Myanmar Range; IMR) from the forearc crust and strike-slip faults within the deep accretionary wedge. …”
Get full text

Evaluation of the Resilience of District 20 of Tehran Metropolitan Region (TMR) against Environmental Hazards Using Fuzzy Functions in GIS Software by Vafa Ghaem maghami, Ahmad Nohegar, Mohamad javad Amiri

“…Diagram of the steps of the work method in the present study- Table 1- The weight of research criteria in resilience of District 20 of Tehran against environmental hazards- Tab 3- Weight of criteria socio-economic in the resilience of Tehran's 20th districtFigure 3- Zoning of population and young population sub-criteria in the resilience of District 20 of Tehran- Figure 4- Zoning of Economic participation and employment rates sub-criteria in the resilience of District 20 of Tehran- Figure 5- Zoning of Home strength and literacy rates sub-criteria in the resilience of District 20 of Tehran- Tab 4- Weight of criteria and sub-criteria of land cover in the resilience of Tehran's 20th district- Figure 6- Zoning of Access to parks and social sites sub-criteria in the resilience of District 20 of Tehran- Figure 7- Zoning of Distance from the flood and access to water sources sub-criteria in the resilience of District 20 of Tehran- Figure 8- Zoning of Distance from agricultural lands and urban green space sub-criteria in the resilience of District 20 of Tehran- Figure 9- Zoning of Distance from the green belt and outdoor rates sub-criteria in the resilience of District 20 of Tehran- Tab 5- Standard weight and sub-criteria of accesses in Tehran 20 district resilience- Figure 10- Zoning of Access to fuel station and security police sub-criteria in the resilience of District 20 of Tehran- Figure 11- Zoning of Access to educational and administrative centers sub-criteria in the resilience of District 20 of Tehran- Figure 12- Zoning of Access to Commercial and service centers sub-criteria in the resilience of District 20 of Tehran- Figure 13- Zoning of Access to Medical centers and distance from the factory sub-criteria in the resilience of District 20 of Tehran- Tab 6- Standard weight and sub-criteria of road infrastructure in Tehran 20 district- Figure 14- Zoning of Access to bus and freeway stations sub-criteria in the resilience of District 20 of Tehran- Figure 15- Zoning of Access to the pedestrian bridge and railway station sub-criteria in the resilience of District 20 of Tehran- Figure 16- Zoning of Criteria for access to urban services and socio-economic criteria in the resilience of District 20 of Tehran- Figure 17- Zoning of Land use criteria and access to road infrastructure criteria in the resilience of District 20 of Tehran- Tab 7. …”
Get full text