Wrld Earthquakes Live™

Report generated on 2023-02-14, 19:10:12 UTC

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AI BETA TESTING v1.16 STILL VERY HIGH THREAT

Using AI techniques, our recent observations of seismic activity in the Mediterranean Region have revealed a high probability of significant earthquakes to occur in certain areas in the near future. In particular, CENTRAL MEDITERRANEAN SEA, AEGEAN SEA, MALTA REGION, EASTERN MEDITERRANEAN SEA, TURKEY-IRAN BORDER REGION have shown signs of increased seismic activity.

Events considered as possible precursors in the Mediterranean Region:
UTC Time	Latitude	Longitude	Depth	Magnitude	Region
2023-01-18T04:21:59.0Z	34.96	14.12	10 km	Mb 5.0	CENTRAL MEDITERRANEAN SEA
2023-01-18T15:54:46.5Z	34.87	14.33	10 km	Mw 5.1	CENTRAL MEDITERRANEAN SEA
2023-01-19T02:22:27.8Z	39.46	25.86	13 km	Mb 5.0	AEGEAN SEA
2023-01-23T10:37:53.6Z	35	14.21	10 km	Mw 5.1	MALTA REGION
2023-01-24T20:25:35.3Z	34.9	14.3	10 km	Mw 5.3	CENTRAL MEDITERRANEAN SEA
2023-01-25T12:37:06.4Z	35.75	28.54	35 km	Mw 5.9	EASTERN MEDITERRANEAN SEA
2023-01-28T18:14:47.2Z	38.49	44.91	15 km	Mw 5.9	TURKEY-IRAN BORDER REGION
2023-01-30T19:55:33.9Z	35.16	14.2	60 km	Mb 5.0	MALTA REGION

The Mediterranean region is known for its active seismic zone, with a high concentration of earthquakes and volcanic eruptions occurring in the area. This is due to the collision of the African and Eurasian plates, which causes significant tectonic activity.

Updates of notable M6.0+ events in the Mediterranean Region after possible precursor activity:
UTC Time	Latitude	Longitude	Depth	Magnitude	Region
2023-02-06T01:17:36.1Z	37.17	37.08	20 km	Mw 7.8	CENTRAL TURKEY
2023-02-06T01:28:19.9Z	37.13	36.81	40 km	Mw 6.7	CENTRAL TURKEY
2023-02-06T10:24:49.6Z	38.11	37.24	10 km	Mw 7.5	CENTRAL TURKEY
2023-02-06T10:26:48.5Z	38.03	37.96	20 km	Mb 6.0	CENTRAL TURKEY
2023-02-06T12:02:11.9Z	38.07	36.47	5 km	Mb 6.0	CENTRAL TURKEY

AI RESULTS AND SIGNIFICANT FINDINGS:

The results of the AI methods employed in the study of seismic precursor activity in the Mediterranean Region have revealed a significant finding. It has been determined that MW 7.8 earthquake in CENTRAL TURKEY at a depth of 20 km and origin time of 2023-02-06T01:17:36.1Z (UTC) occured in the region 6 day(s), 5 hour(s), 22 minute(s) and 6 second(s) after the last possible considered precursor earthquake in the MALTA REGION (Mediterranean Region), with a magnitude of MB 5.0 at a depth of 60 km, and origin time 2023-01-30T19:55:33.9Z (UTC).

In the past 30 days, our AI models have identified 8 earthquake(s) that could have been possible precursors for the MW 7.8 earthquake in CENTRAL TURKEY at a depth of 20 km and origin time of 2023-02-06T01:17:36.1Z (UTC) between 2023-01-18T04:21:59.0Z and 2023-01-18T04:21:59.0Z (in a timeframe of 12 day(s), 15 hour(s), 33 minute(s) and 12 second(s) interval).

This observation sheds light on the potential relationship between recent seismic activity and earthquakes considered as precursors in the Mediterranean Region. The use of AI techniques in seismic analysis has become increasingly popular in recent years due to its ability to process large amounts of data in a short amount of time. By leveraging these methods, seismologists are able to gain deeper insights into the patterns and behaviors of earthquakes and make more research about future seismic activity. In conclusion, the results of the AI-based study suggest that there may be a connection between possible precursors and powerful earthquakes in the Mediterranean Region. Further research is needed to validate these findings and determine the practical applications of this knowledge in earthquake prediction and response.

References

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