Seismicity

On 11 July 2026, 10:26 UTC, an earthquake of magnitude M6.4 was recorded in the region: South Sandwich Islands region. Coordinates: 55.5424° S, 28.8526° W Depth: 26 km The blue and white areas of the diagram show the directions of compression and extension during the rupture; the shape indicates the fault type (normal, reverse, or strike-slip). The solution yields two mathematically equivalent fault planes — which one is the actual rupture plane is usually unknown without additional geological context: ...

On 03 July 2026, 04:04 UTC, an earthquake of magnitude M6.1 was recorded in the region: 136 km NNE of Hirara, Japan. Coordinates: 25.9501° N, 125.7941° E Depth: 10 km Number of “did you feel it” reports (USGS DYFI): 1 The blue and white areas of the diagram show the directions of compression and extension during the rupture; the shape indicates the fault type (normal, reverse, or strike-slip). The solution yields two mathematically equivalent fault planes — which one is the actual rupture plane is usually unknown without additional geological context: ...

On 03 July 2026, 02:31 UTC, an earthquake of magnitude M6.2 was recorded in the region: 58 km W of Tobelo, Indonesia. Coordinates: 1.8205° N, 127.4916° E Depth: 120.932 km Number of “did you feel it” reports (USGS DYFI): 7 The blue and white areas of the diagram show the directions of compression and extension during the rupture; the shape indicates the fault type (normal, reverse, or strike-slip). The solution yields two mathematically equivalent fault planes — which one is the actual rupture plane is usually unknown without additional geological context: ...

On 01 July 2026, 12:08 UTC, an earthquake of magnitude M6 was recorded in the region: 49 km E of Noda, Japan. Coordinates: 40.1637° N, 142.3927° E Depth: 43.568 km Number of “did you feel it” reports (USGS DYFI): 9 The blue and white areas of the diagram show the directions of compression and extension during the rupture; the shape indicates the fault type (normal, reverse, or strike-slip). The solution yields two mathematically equivalent fault planes — which one is the actual rupture plane is usually unknown without additional geological context: ...

On 30 June 2026, 19:45 UTC, an earthquake of magnitude M6 was recorded in the region: 75 km SSW of El Progreso, Mexico. Coordinates: 24.8088° N, 108.8902° W Depth: 10 km Number of “did you feel it” reports (USGS DYFI): 15 The blue and white areas of the diagram show the directions of compression and extension during the rupture; the shape indicates the fault type (normal, reverse, or strike-slip). The solution yields two mathematically equivalent fault planes — which one is the actual rupture plane is usually unknown without additional geological context: ...

On 27 June 2026, 13:34 UTC, an earthquake of magnitude M6.1 was recorded in the region: 43 km S of Jurm, Afghanistan. Coordinates: 36.4731° N, 70.7644° E Depth: 199 km Number of “did you feel it” reports (USGS DYFI): 30 The blue and white areas of the diagram show the directions of compression and extension during the rupture; the shape indicates the fault type (normal, reverse, or strike-slip). The solution yields two mathematically equivalent fault planes — which one is the actual rupture plane is usually unknown without additional geological context: ...

On 26 June 2026, 11:34 UTC, an earthquake of magnitude M6.5 was recorded in the region: 34 km WSW of Sarangani, Philippines. Coordinates: 5.2392° N, 125.1965° E Depth: 42 km Number of “did you feel it” reports (USGS DYFI): 56 The blue and white areas of the diagram show the directions of compression and extension during the rupture; the shape indicates the fault type (normal, reverse, or strike-slip). The solution yields two mathematically equivalent fault planes — which one is the actual rupture plane is usually unknown without additional geological context: ...

On 24 June 2026, 22:30 UTC, an earthquake of magnitude M6.9 was recorded in the region: 33 km ENE of Noda, Japan. Coordinates: 40.2515° N, 142.1614° E Depth: 34 km Number of “did you feel it” reports (USGS DYFI): 95 The blue and white areas of the diagram show the directions of compression and extension during the rupture; the shape indicates the fault type (normal, reverse, or strike-slip). The solution yields two mathematically equivalent fault planes — which one is the actual rupture plane is usually unknown without additional geological context: ...

On 24 June 2026, 22:05 UTC, an earthquake of magnitude M7.5 was recorded in the region: 20 km ESE of Yumare, Venezuela. Coordinates: 10.5086° N, 68.5036° W Depth: 10 km Number of “did you feel it” reports (USGS DYFI): 732 The blue and white areas of the diagram show the directions of compression and extension during the rupture; the shape indicates the fault type (normal, reverse, or strike-slip). The solution yields two mathematically equivalent fault planes — which one is the actual rupture plane is usually unknown without additional geological context: ...

On 24 June 2026, 22:04 UTC, an earthquake of magnitude M7.2 was recorded in the region: 21 km ENE of San Felipe, Venezuela. Coordinates: 10.4085° N, 68.5571° W Depth: 27.588 km The blue and white areas of the diagram show the directions of compression and extension during the rupture; the shape indicates the fault type (normal, reverse, or strike-slip). The solution yields two mathematically equivalent fault planes — which one is the actual rupture plane is usually unknown without additional geological context: ...