#SolarStorm #Sun #Aurora #SpaceWeather #NOAA #NASA #CME #GeomagneticStorm #WeatherUpdate #Climate #destruction #anomaly #climatecrisis #weather #climatechange
☀️ Powerful Solar Storm Approaching Earth

😉 A powerful solar storm is heading toward Earth, triggered by multiple coronal mass ejections from the Sun earlier this week. These bursts of solar energy prompted NOAA’s Space Weather Prediction Center (SWPC) to issue a geomagnetic storm warning.

🌈 The peak of geomagnetic disturbances is expected between April 23 and 24, with G2-level geomagnetic activity likely. The strongest geophysical effects may persist until 9:00 PM on April 24, after which Earth’s magnetic field is expected to stabilize between April 25 and 29.

🟡 In addition to auroras, intense solar storms can impact radio communications and GPS systems.

🔭 According to NASA and NOAA experts, this active phase of the current solar cycle is expected to continue at least through the end of the year, although the exact peak remains uncertain. “The intensity of the auroras depends on how Earth’s magnetic field interacts with the solar particles,” explained SWPC meteorologist Shawn Dahl.

🔗 Source: alertageo

#SolarStorm #Sun #Aurora #SpaceWeather #NOAA #NASA #CME #GeomagneticStorm #WeatherUpdate #Climate #destruction #anomaly #climatecrisis #weather #climatechange
☀️ Solar Event: Coronal Mass Ejection Not Directed Toward Earth
(May 19, 2025)

😉 Around 21:00 UT, a beautiful filament eruption was observed in the northeastern region of the Sun. This resulted in a coronal mass ejection (CME) that is primarily directed north of Earth.

🟡 According to experts, the eruption produced a decent-sized partial halo CME, but its trajectory indicates no impact on our planet.

😊 This event highlights ongoing solar activity but poses no threat to Earth.

#SolarStorm #Sun #Aurora #SpaceWeather #NOAA #NASA #CME #GeomagneticStorm #WeatherUpdate #Climate #destruction #anomaly #climatecrisis #weather #climatechange
☀️🇺🇳 Solar Activity: M8.4 Flare and Partial Halo CME

🗓 On June 15, 2025, a powerful M8.4-class solar flare erupted from active region AR4114 at 18:05 UTC. The eruption was accompanied by a coronal mass ejection (CME) primarily directed toward the north. Although the flare occurred in a potentially geoeffective zone, both the CME and accompanying coronal waves were relatively limited in scope.

🗓 On the morning of June 16, 2025, another impressive eruption was observed on the southwestern limb of the Sun. It produced a partial halo CME that, according to experts, is not Earth-directed and poses no threat to our planet.

🌍 Despite the lack of direct impact, ongoing solar activity requires close monitoring, as subsequent events could influence Earth's geomagnetic environment.

#SolarStorm #Sun #Aurora #SpaceWeather #NOAA #NASA #CME #GeomagneticStorm #WeatherUpdate #Climate #destruction #anomaly #climatecrisis #weather #climatechange
☀️ Solar Activity on June 17–18, 2025

😉 The Sun continues to display high levels of activity, raising concerns among scientists worldwide. Over the past two days, both powerful flares and coronal mass ejections (CMEs) have been observed, which may impact Earth's geomagnetic conditions.

🔸☀️ On June 17 at 21:49 UTC, sunspot AR4114, located in Earth's direct line of sight, produced a strong X1.3-class flare. This was an impulsive event and, according to preliminary assessments, was not accompanied by a coronal mass ejection (CME). However, given the region's position, specialists are continuing to monitor it closely.

🔸☀️ On June 18 at 04:35 UTC, a major eruption with a widespread coronal wave occurred behind the Sun’s southwestern limb, presumably originating from region AR4105 on the far side of the Sun. The STIX instrument aboard the European Solar Orbiter recorded the event as an X1-class flare. It was accompanied by a coronal mass ejection, though preliminary data suggests it is not Earth-directed.

🌍 Throughout June 18, several successive CMEs were observed. Experts note they are occurring with noticeable regularity, and sooner or later one of them may be directed toward our planet.

📡 The recent sequence of events highlights the need for continuous monitoring of solar activity and evaluation of its potential effects on Earth's geomagnetic environment.