Mars' Odd 1,100 Mile Long Cloud Forms in Mysterious Ways — a New Model May Reveal How #Science #Space #SpaceWeather #marscloud #amec #planetaryscience #martianmysteries
@purescience.news
@purescience.newsMars' Odd 1,100 Mile Long Cloud Forms in Mysterious Ways — a New Model May Reveal How #Science #Space #SpaceWeather #marscloud #amec #planetaryscience #martianmysteries
@lumina.observer🔴 Extreme geomagnetic variability
Extreme swings in space weather conditions detected — auroral activity may surge or collapse rapidly.
https://lumina.observer/events
@lumina.observer☀️ Space weather has been quiet for the past 7 days.
No storms, substorms, or significant Earth-directed CMEs this week. Things can change fast though — follow for real-time alerts when they do.
https://lumina.observer
@dpcg.bsky.social🌍 Weltraumwetter — 19:43 UTC
☀️ Kp: 1.0 🟢 Ruhig
💨 Wind: 359 km/s
🧲 Bz: -2.9 nT · Bt: 4.6 nT
🔥 X-Ray: B1.1
⚛️ Proton: 0.3 pfu
📡 ~7.83 Hz · Solaraktivität beeinflusst den Erde-Ionosphären-Hohlraum.
@globelabo.bsky.social☀️ M6.7 solar flare · R2 Moderate
A sudden release of magnetic energy in the Sun's atmosphere, firing intense X-rays toward Earth in about eight minutes.
Live map: https://globelabo.netlify.app/#flare=fl-2026-10-08T15:48:00Z
#solarflare #spaceweather #太陽フレア #宇宙天気 #宇宙天気予報
@dpcg.bsky.social🌍 Weltraumwetter — 15:28 UTC
☀️ Kp: 0.0 🟢 Ruhig
💨 Wind: 378 km/s
🧲 Bz: -0.1 nT · Bt: 3.2 nT
🔥 X-Ray: B1.3
⚛️ Proton: 0.3 pfu
📡 ~7.83 Hz · Solaraktivität beeinflusst den Erde-Ionosphären-Hohlraum.
@tomdf5jl.bsky.socialGeomagnetic activity is expected to remain mostly quiet at first. However, there is a small chance that a CME will arrive overnight, which could lead to an increase in activity. The risk of solar flares is moderate (M40% X05%). Moderate to good DX conditions. #spaceweather #hamradio #hamr
@purescience.newsGiant Martian Cloud May Form Through Physics Never Before Seen in Planetary Atmosphere #Science #Space #SpaceWeather #marscloud #arsiamons #tharsismontes #waterice #planetaryphysics
https://www.sci.news/space/arsia-mons-elongated-cloud-formation-15115.html
@dpcg.bsky.social🌍 Weltraumwetter — 00:00 UTC
☀️ Kp: 0.0 🟢 Ruhig
💨 Wind: 439 km/s
🧲 Bz: -1.8 nT · Bt: 2.1 nT
🔥 X-Ray: A7.4
⚛️ Proton: 0.4 pfu
📡 ~7.83 Hz · Solaraktivität beeinflusst den Erde-Ionosphären-Hohlraum.
@tempestori.bsky.socialWith a new hurricane forming in Mexican/American Gulf and tons of cyclones in the Pacific due to this Super El Nino, the earthquake activity at a low but likely to pick up, the space weather may supercharge the Earth in result in unexpected geoevents occurring.
@tomdf5jl.bsky.socialGeomagnetic conditions are mostly quiet, with some unsettled periods. Solar activity has been at a moderate level over the past 24 hours (two minor M-class flares). Further eruptions are possible (M45% X05%). The ionosphere is slowly returning to normal. #spaceweather #hamradio #hamr
@dpcg.bsky.social🌍 Weltraumwetter — 19:47 UTC
☀️ Kp: 1.0 🟢 Ruhig
💨 Wind: 450 km/s
🧲 Bz: -2.1 nT · Bt: 2.9 nT
🔥 X-Ray: B1.0
⚛️ Proton: 0.6 pfu
📡 ~7.83 Hz · Solaraktivität beeinflusst den Erde-Ionosphären-Hohlraum.
@dpcg.bsky.social🌍 Weltraumwetter — 15:26 UTC
☀️ Kp: 0.0 🟢 Ruhig
💨 Wind: 459 km/s
🧲 Bz: 1.3 nT · Bt: 3.5 nT
🔥 X-Ray: B1.2
⚛️ Proton: 0.3 pfu
📡 ~7.83 Hz · Solaraktivität beeinflusst den Erde-Ionosphären-Hohlraum.
@auroracue.bsky.socialNOAA has a G2 storm watch for Oct 9: a CME from Oct 6 is due. If it arrives on time, aurora is possible late Thursday night across the northern US and Canada, and Friday evening from Tasmania and southern NZ. Timing can slip by hours.
@gars.org.gg☀️📻 UPDATE: NOAA/SWPC’s 7 Oct 1230 UTC forecast says G1–G2 geomagnetic storms are likely on 9 Oct as a 6 Oct CME arrives. R1–R2 radio-blackout chance is 45% daily through 9 Oct. gars.org.gg #HamRadio #SpaceWeather #Propagation
@dpcg.bsky.social🌍 Weltraumwetter — 23:34 UTC
☀️ Kp: 2.0 🟢 Ruhig
💨 Wind: 560 km/s
🧲 Bz: 2.0 nT · Bt: 5.3 nT
🔥 X-Ray: A9.6
⚛️ Proton: 0.4 pfu
📡 ~7.83 Hz · Solaraktivität beeinflusst den Erde-Ionosphären-Hohlraum.