6th INTERNATIONAL CONFERENCE ON MATHEMATICS “An Istanbul Meeting for World Mathematicians”, İstanbul, Türkiye, 21 - 24 Haziran 2022, ss.82-91
In this study, statistical
region-time analyses of current earthquake activity in the Lake Van and its
adjacent area are performed by considering the Relative Intensity (RI), Pattern
Informatics (PI), combined forecast model (RIPI) and Coulomb stress variations.
The relations between these variables are used to evaluate the recent
earthquake hazard and to make earthquake forecasting in and around the Lake
Van. These types of techniques are well-known and have been used in earthquake
statistics, especially in statistical seismology. The results show that the
areas especially having great stressed distributions at the beginning of 2022
and hotspot locations from combined forecast map between 2022 and 2032 are
detected in several same parts of the study area including Erciş and Yeniköşk
faults, Van and Saray fault zones between Muradiye, Özalp, Erçek, Van and
Gevaş. As a remarkable fact, all anomaly areas of estimated parameters are
observed in the same parts of the study region and therefore, these anomaly
areas estimated at the beginning of 2022 and also between 2022 and 2032 may be
considered as one of the most likely zones for the next strong/large
earthquakes. Thus, the interrelationships between these variables may supply
more accurate and more reliable interpretations for earthquake forecasting and
hazard assessment in this part of Turkey.