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#Sun #SpaceWeather #AuroraBorealis #SolarFlares #CoronalMassEjection #CME #Aurora #solarstorm #SolarFlare #Space #astronomy #SolarPhenomena #FilamentEruption #GeomagneticStorm #Astronomy #Weather #Climate #destruction #anomaly #climatecrisis
π Solar Filament Eruption on February 26, 2025
βοΈ On February 26, 2025, the Sun experienced a filament eruption that led to a coronal mass ejection (CME). This event was accompanied by dimming and the formation of a post-eruption arcade, with one of the CMEs directed towards Earth.
βΌοΈ Experts estimate that the CME is heading southeast and is expected to reach Earth around March 2, 2025.
π Such events can cause geomagnetic storms, potentially affecting satellite communications and triggering auroras in high-latitude regions.
Astronomers continue to monitor the situation to assess potential impacts on our planet.
π Source: Edward.Vijayakumar - X
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Astronomers continue to monitor the situation to assess potential impacts on our planet.
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#Sun #SpaceWeather #AuroraBorealis #SolarFlares #CoronalMassEjection #CME #Aurora #solarstorm #SolarFlare #Space #astronomy #SolarPhenomena #FilamentEruption #GeomagneticStorm #Astronomy #Weather #Climate #destruction #anomaly #climatecrisis
βοΈ POWERFUL ERUPTION ON THE FAR SIDE OF THE SUN β CORONAL MASS EJECTION
π₯ On March 1 at 16:45 UTC, a powerful eruption was observed on the far side of the Sun, accompanied by a bright coronal mass ejection (CME). This event was preceded by a smaller eruption linked to a filament near the Sunβs western limb.
π Although this CME is not directed toward Earth, such events highlight the Sunβs high activity. Solar eruptions and coronal mass ejections can influence space weather, causing geomagnetic disturbances that may affect satellite systems and radio communications.
β οΈ Astronomers continue to closely monitor solar activity to assess potential impacts from future eruptions.
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#Sun #SpaceWeather #AuroraBorealis #SolarFlares #CoronalMassEjection #CME #Aurora #solarstorm #SolarFlare #Space #astronomy #SolarPhenomena #FilamentEruption #GeomagneticStorm #Astronomy #Weather #Climate #destruction #anomaly #climatecrisis
βοΈ Solar Activity on March 7 and Forecast for March 8β10
π On March 7, several significant coronal mass ejections (CMEs) were observed on the Sun. One particularly impressive eruption occurred in the evening, along with an M1.6 flare from Active Region AR14016, where plasma movement was detected, potentially leading to a CME.
π Additionally, an impressive filament eruption was recorded in the southeastern quadrant of the Sun. However, preliminary data suggests that it does not have an Earth-directed component.
π Space Weather Forecast for March 8β10
π March 8β9: Increased geomagnetic activity is expected as a high-speed solar wind stream (HSS) from a coronal hole reaches Earth. Active conditions and G1 (minor) geomagnetic storms are likely, with a small chance of isolated G2 (moderate) storms.
π March 10: Unstable and active conditions will persist, with the continued influence of high-speed solar wind, bringing another chance of a G1 storm.
β‘οΈ Additionally, a large coronal hole facing Earth is already impacting the planetβs magnetic field, which could lead to further disturbances. π
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π Space Weather Forecast for March 8β10
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βοΈ Solar Eruption Heading Toward Earth: Geomagnetic Disturbances Expected βοΈ π
π On March 21, 2025, significant dimmings were observed near the center of the solar disk following an M1.2 solar flare in Active Region AR 14028, located in the southwestern (lower right) quadrant of the Sun. This phenomenon may be an example of a sympathetic eruption triggered by unseen wave-like disturbances.
βΌοΈ According to preliminary forecasts, the coronal mass ejection (CME) is expected to reach Earth late on March 23 or on March 24.
π΄ Possible effects:
β‘οΈ Bright auroras visible even in mid-latitude regions.
β‘οΈ βͺοΈ Disruptions in satellite and GPS systems.
β‘οΈ Radio communication and power grid disturbances.
π Attention, weather-sensitive individuals!
The anticipated geomagnetic storms may cause headaches, blood pressure fluctuations, fatigue, and insomnia. It is recommended to avoid stress, monitor your well-being, stay hydrated, and have necessary medications on hand.
β οΈ Residents of high-latitude regions should prepare for potential communication disruptions, while satellite system operators should take precautionary measures to minimize operational issues.
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The anticipated geomagnetic storms may cause headaches, blood pressure fluctuations, fatigue, and insomnia. It is recommended to avoid stress, monitor your well-being, stay hydrated, and have necessary medications on hand.
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βοΈ Powerful Solar Storm Approaching Earth
π 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 NOAAβs Space Weather Prediction Center (SWPC) to issue a geomagnetic storm warning.
π 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 Earthβs magnetic field is expected to stabilize between April 25 and 29.
π‘ In addition to auroras, intense solar storms can impact radio communications and GPS systems.
π 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. βThe intensity of the auroras depends on how Earthβs magnetic field interacts with the solar particles,β explained SWPC meteorologist Shawn Dahl.
π Source: alertageo
π 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. βThe intensity of the auroras depends on how Earthβs magnetic field interacts with the solar particles,β explained SWPC meteorologist Shawn Dahl.
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βοΈ Solar Event: Coronal Mass Ejection Not Directed Toward Earth
(May 19, 2025)
π 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.
π‘ According to experts, the eruption produced a decent-sized partial halo CME, but its trajectory indicates no impact on our planet.
π This event highlights ongoing solar activity but poses no threat to Earth.
(May 19, 2025)
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