Fig. 1. EQ Location (colored star, after EMSC).

Fig. 2. M1 tidal variation (black line)  v.s time of occurrence (red bar) of the  EQ.

Fig. 3. Diurnal  (K2) tidal variation (black line)  v.s time of occurrence (red bar) of the  EQ.

Fig. 4. Cummulative Seismic Energy Release (CSER) since 1901 in 1 month sampling interval.

 Fig. 5. Expected EQ magnitude due to application of the LSEFM  (Lithospheric Seismic Energy Flow Model) on past (since 1919) seismic history of the regional seismogenic area.

 Fig. 6. Expected EQ magnitude due to application of the LSEFM  (Lithospheric Seismic Energy Flow Model) on past (since 1939) seismic history of the regional seismogenic area.

 Fig. 7. Expected EQ magnitude due to application of the LSEFM  (Lithospheric Seismic Energy Flow Model) on past (since 1946) seismic history of the regional seismogenic area.

 Fig. 8. Expected EQ magnitude due to application of the LSEFM  (Lithospheric Seismic Energy Flow Model) on past (since 1975) seismic history of the regional seismogenic area.

 Fig. 9. Expected EQ magnitude due to application of the LSEFM  (Lithospheric Seismic Energy Flow Model) on past (since 1983) seismic history of the regional seismogenic area.

 Fig. 10. Expected EQ magnitude due to application of the LSEFM  (Lithospheric Seismic Energy Flow Model) on past (since 1995) seismic history of the regional seismogenic area.

 Fig. 11. Expected EQ magnitude due to application of the LSEFM  (Lithospheric Seismic Energy Flow Model) on past (since 2007) seismic history of the regional seismogenic area.

 Fig. 12. Expected EQ magnitude due to application of the LSEFM  (Lithospheric Seismic Energy Flow Model) on past (since 2017) seismic history of the regional seismogenic area.

 Fig. 13. Expected EQ magnitude due to application of the LSEFM  (Lithospheric Seismic Energy Flow Model) on past (since 2020) seismic history of the regional seismogenic area.

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