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Indeed, coronagraph images from the Solar and Heliospheric Observatory (SOHO) show a CME emerging from the blast site. Solar tsunamis are closely linked to CMEs. The blast wave can be seen in this animation from SDO: The explosion also caused a solar tsunami. Mariners and ham radio operators may have noticed loss of signal at all frequencies below 30 MHz for more than 60 minutes after the flare's peak (2155 UT). Radiation from the flare has caused a deep shortwave radio blackout over the Pacific Ocean: blackout map. This is the strongest flare of Solar Cycle 25 (so far) and the most powerful eruption the sun has produced since the great storms of Sept. NASA's Solar Dynamics Observatory (SDO) recorded the extreme ultraviolet flash: 31st, big sunspot AR3536 erupted, producing a major X5-class solar flare. MAJOR X-CLASS SOLAR FLARE: Mere hours after emerging over the sun's eastern limb on Dec. G2-class geomagnetic storms are possible when the CME arrives. According to a NASA model, it should strike our planet on Jan. GEOMAGNETIC STORM WATCH (G2): A CME launched into space by yesterday's X5-class solar flare (see below) *does* have an Earth-directed component.

As the season progresses, these dots will multiply in number and shift in hue from blue to red as the brightness of the clouds intensifies. For the rest of the season, daily maps from NOAA 21 will be presented here:Įach dot is a detected cloud. An instrument onboard NOAA 21 ( OMPS LP) is able to detect NLCs (also known as 'polar mesospheric clouds' or PMCs). The first clouds were detected inside the Antarctic Circle on Dec. The southern season for NLCs is underway. 31, 2023, the Arctic stratosphere is too warm for Type II polar stratospheric clouds.

NASA's MEERA-2 climate model predicts when the air up there is cold enough: Credit: SDO/AIAĬolorful Type II polar stratospheric clouds (PSC) form when the temperature in the stratosphere drops to a staggeringly low -85C. Solar wind flowing from this coronal hole should reach Earth on Jan 1-2, 2024. Switch to: Europe, USA, New Zealand, Antarctica Neutron counts from the University of Oulu's Sodankyla Geophysical Observatory show that cosmic rays reaching Earth are slowly declining-a result of the yin-yang relationship between the solar cycle and cosmic rays. Credit: SDO/HMIĬosmic Rays Solar Cycle 25 is intensifying, and this is reflected in the number of cosmic rays entering Earth's atmosphere. SUnspot AR3536 poses a threat for strong X-class solar flares.

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