A magnitude 5.1 earthquake struck 115 km NE of Joshīmath, India at a depth of about 10 km, reported by the USGS. Shaking would likely be felt in the surrounding region.
A magnitude 5.1 earthquake struck Owen Fracture Zone region at a depth of about 10 km, reported by the USGS. Shaking would likely be felt in the surrounding region.
A magnitude 5.2 earthquake struck 100 km SSW of Nikolski, Alaska at a depth of about 10 km, reported by the USGS. Shaking would likely be felt in the surrounding region.
A magnitude 5.4 earthquake struck 52 km W of Bulolo, Papua New Guinea at a depth of about 70 km, reported by the USGS. Shaking would likely be felt in the surrounding region.
A magnitude 5.4 earthquake struck 82 km S of Isangel, Vanuatu at a depth of about 93 km, reported by the USGS. Shaking would likely be felt in the surrounding region.
A magnitude 5.4 earthquake struck 21 km WNW of Jiangyou, China at a depth of about 10 km, reported by the USGS. Shaking would likely be felt in the surrounding region.
A magnitude 6.3 earthquake struck 84 km SSW of Nikolski, Alaska at a depth of about 35 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
A magnitude 6.2 earthquake struck 105 km SSW of Nikolski, Alaska at a depth of about 78 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
A magnitude 6.2 earthquake struck South Sandwich Islands region at a depth of about 126 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
GOES satellites measured a M1.4-class solar flare peaking at 2026-09-02T19:11:00Z (X-ray flux 1.4e-5 W/m2, radio-blackout scale ~R1). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
Nepal glacier collapse. What happened, how did it happened and what is going to happen? All the news and more.
A magnitude 6.0 earthquake struck 145 km N of Caluula, Somalia at a depth of about 10 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
GOES satellites measured a M1.0-class solar flare peaking at 2026-08-26T12:14:00Z (X-ray flux 1.0e-5 W/m2, radio-blackout scale ~R1). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
GOES satellites measured a M2.2-class solar flare peaking at 2026-08-26T06:34:00Z (X-ray flux 2.2e-5 W/m2, radio-blackout scale ~R1). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
GOES satellites measured a M7.0-class solar flare peaking at 2026-08-25T10:02:00Z (X-ray flux 7.0e-5 W/m2, radio-blackout scale ~R2). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
GOES satellites measured a M2.0-class solar flare peaking at 2026-08-25T01:26:00Z (X-ray flux 2.0e-5 W/m2, radio-blackout scale ~R1). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
GOES satellites measured a M1.3-class solar flare peaking at 2026-08-24T19:27:00Z (X-ray flux 1.3e-5 W/m2, radio-blackout scale ~R1). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
A magnitude 6.0 earthquake struck 215 km NNE of Lospalos, Timor Leste at a depth of about 10 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
A magnitude 6.0 earthquake struck 33 km SSW of Honchō, Japan at a depth of about 43 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
A magnitude 6.2 earthquake struck Scotia Sea at a depth of about 10 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
GOES satellites measured a M1.4-class solar flare peaking at 2026-08-21T09:41:00Z (X-ray flux 1.4e-5 W/m2, radio-blackout scale ~R1). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
A magnitude 6.7 earthquake struck 38 km NW of Upahuacho, Peru at a depth of about 67 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
GOES satellites measured a M8.1-class solar flare peaking at 2026-08-20T11:42:00Z (X-ray flux 8.1e-5 W/m2, radio-blackout scale ~R2). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
GOES satellites measured a M1.3-class solar flare peaking at 2026-08-20T07:56:00Z (X-ray flux 1.3e-5 W/m2, radio-blackout scale ~R1). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
GOES satellites measured a M1.0-class solar flare peaking at 2026-08-19T18:51:00Z (X-ray flux 1.0e-5 W/m2, radio-blackout scale ~R1). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
Planetary Kp index has reached 5.3, which is NOAA level G1 (Minor geomagnetic storm). Aurora likely at high latitudes (northern-tier US states, Scotland, Scandinavia, Canada). Possible impacts: minor power grid fluctuations, minor satellite operation impacts, migratory animals affected.
Planetary Kp index has reached 5.0, which is NOAA level G1 (Minor geomagnetic storm). Aurora likely at high latitudes (northern-tier US states, Scotland, Scandinavia, Canada). Possible impacts: minor power grid fluctuations, minor satellite operation impacts, migratory animals affected.
A magnitude 6.1 earthquake struck 56 km NNE of Port-Olry, Vanuatu at a depth of about 188 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
A magnitude 6.9 earthquake struck 7 km NNW of Pematangsiantar, Indonesia at a depth of about 183 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
A magnitude 6.1 earthquake struck 58 km N of Ende, Indonesia at a depth of about 10 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
A magnitude 7.7 earthquake struck 68 km NNW of Ende, Indonesia at a depth of about 10 km, reported by the USGS. Earthquakes of this size can cause major damage near the epicenter and, if under the ocean, may generate a tsunami.
A magnitude 6.0 earthquake struck South Sandwich Islands region at a depth of about 10 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
A magnitude 7.4 earthquake struck 5 km E of San José del Palmar, Colombia at a depth of about 107 km, reported by the USGS. Earthquakes of this size can cause major damage near the epicenter and, if under the ocean, may generate a tsunami.
Planetary Kp index has reached 5.3, which is NOAA level G1 (Minor geomagnetic storm). Aurora likely at high latitudes (northern-tier US states, Scotland, Scandinavia, Canada). Possible impacts: minor power grid fluctuations, minor satellite operation impacts, migratory animals affected.
A magnitude 6.3 earthquake struck south of the Kermadec Islands at a depth of about 226 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
A magnitude 6.3 earthquake struck 32 km SW of Sarangani, Philippines at a depth of about 10 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
Planetary Kp index has reached 5.7, which is NOAA level G1 (Minor geomagnetic storm). Aurora likely at high latitudes (northern-tier US states, Scotland, Scandinavia, Canada). Possible impacts: minor power grid fluctuations, minor satellite operation impacts, migratory animals affected.
Proton flux (>=10 MeV) has reached 10 pfu - NOAA scale S1. Radiation storms mainly affect satellites, astronauts and passengers/crew on polar flight routes; they can also degrade HF radio in polar regions.
Proton flux (>=10 MeV) has reached 11 pfu - NOAA scale S1. Radiation storms mainly affect satellites, astronauts and passengers/crew on polar flight routes; they can also degrade HF radio in polar regions.
A magnitude 6.8 earthquake struck 5 km E of Uto, Japan at a depth of about 10 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
A magnitude 7.1 earthquake struck 4 km SE of Uki, Japan at a depth of about 10 km, reported by the USGS. Earthquakes of this size can cause major damage near the epicenter and, if under the ocean, may generate a tsunami.
A magnitude 7.1 earthquake struck 4 km SE of Uki, Japan at a depth of about 10 km, reported by the USGS. Earthquakes of this size can cause major damage near the epicenter and, if under the ocean, may generate a tsunami.
GOES satellites measured a M1.1-class solar flare peaking at 2026-07-27T02:43:00Z (X-ray flux 1.1e-5 W/m2, radio-blackout scale ~R1). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
GOES satellites measured a M1.5-class solar flare peaking at 2026-07-26T15:26:00Z (X-ray flux 1.5e-5 W/m2, radio-blackout scale ~R1). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
A magnitude 6.0 earthquake struck 82 km W of Sola, Vanuatu at a depth of about 45 km, reported by the USGS. Earthquakes of this size can cause significant damage to vulnerable structures near the epicenter.
Planetary Kp index has reached 5.3, which is NOAA level G1 (Minor geomagnetic storm). Aurora likely at high latitudes (northern-tier US states, Scotland, Scandinavia, Canada). Possible impacts: minor power grid fluctuations, minor satellite operation impacts, migratory animals affected.
GOES satellites measured a M3.5-class solar flare peaking at 2026-07-22T06:34:00Z (X-ray flux 3.5e-5 W/m2, radio-blackout scale ~R1). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
GOES satellites measured a M1.9-class solar flare peaking at 2026-07-21T17:27:00Z (X-ray flux 1.9e-5 W/m2, radio-blackout scale ~R1). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
GOES satellites measured a M3.5-class solar flare peaking at 2026-07-20T22:25:00Z (X-ray flux 3.5e-5 W/m2, radio-blackout scale ~R1). Flares cause immediate shortwave radio blackouts on Earth's sunlit side. If this flare launched a CME toward Earth, a geomagnetic storm could follow in 1-3 days - worth watching the Kp index.
A magnitude 5.1 earthquake struck 83 km W of Tobelo, Indonesia at a depth of about 70 km, reported by the USGS. Shaking would likely be felt in the surrounding region.
