Evaluation of Earthquake Cycle Progression for Major Cities in Turkey Using Nowcasting Approach

Testing seismic hazard assessment: the 2025 Myanmar earthquake

Probabilistic seismic hazard analysis with methodological improvements: case study from the Caspian Coast, Nowshahr Port, Iran

Earthquake hazard analyes and urban transformation planning: Example of Kahramanmaraş-Dulkadiroglu

It is undeniable that Turkey is located within one of the most active seismic zones in the world. While investing in these regions, urban development planning must not be ignored. In newly selected residential areas, seismic hazards must be analyzed in detail alongside the geological. Geophysical, and geotechnical char...

Seismic hazard assessment of the Leh region in the Northwest Himalayas

Effect of Seismic Isolation on Earthquake Behavior of Mid-Rise Reinforced Concrete Building Systems

When the latest updated Türkiye Earthquake Hazard Map and Active Fault Maps are examined, it is seen that a large part of Türkiye's surface area is at earthquake risk. With increasing urbanization, the majority of the population lives in cities built on active earthquake faults. The 7.8 and 7.5 magnitude earthquakes ce...

Time-Dependent Probabilistic Forecasting of Moderate-to-Large Earthquakes in Northeast India Using the Das Magnitude Scale Mwg: Considering the Misuse of the M or Mw Scale Below 7.5

The adjoining parts of Northeast India represent one of the most seismically active regions of the Indian subcontinent. This region is classified as Zone V by the Indian Seismic Code, indicating maximum seismic hazard potential. This region has a history of several great earthquakes, including the 1897 Shillong and 195...