G7IZU Radio Reflection Detection
@g7izu.bsky.social
Space Weather, Amateur Radio, Flight Simulation, Sciency stuff 📡
Long posts may be split after being forwarded from Mastodon.
G7IZU Radio Reflection Detection Website:
https://www.tvcomm.co.uk/g7izu/
#spaceweather
#amateurradio
#aurora
#g7izu
Long posts may be split after being forwarded from Mastodon.
G7IZU Radio Reflection Detection Website:
https://www.tvcomm.co.uk/g7izu/
#spaceweather
#amateurradio
#aurora
#g7izu
Space Weather
GOES-19's CORS1 solar imager caught the moon dancing around the sun this morning, as seen in this timelapse.
GOES-19's CORS1 solar imager caught the moon dancing around the sun this morning, as seen in this timelapse.
February 18, 2026 at 10:22 AM
Space Weather
GOES-19's CORS1 solar imager caught the moon dancing around the sun this morning, as seen in this timelapse.
GOES-19's CORS1 solar imager caught the moon dancing around the sun this morning, as seen in this timelapse.
Volcanic eruption: Mayon volcano in the Philippines is erupting in spectacular fashion.
See the live Youtube feed here; https://www.youtube.com/watch?v=UDAZWxehMAI
#mayon
#volcano
#g7izu
See the live Youtube feed here; https://www.youtube.com/watch?v=UDAZWxehMAI
#mayon
#volcano
#g7izu
- YouTube
Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.
www.youtube.com
February 17, 2026 at 12:40 PM
Volcanic eruption: Mayon volcano in the Philippines is erupting in spectacular fashion.
See the live Youtube feed here; https://www.youtube.com/watch?v=UDAZWxehMAI
#mayon
#volcano
#g7izu
See the live Youtube feed here; https://www.youtube.com/watch?v=UDAZWxehMAI
#mayon
#volcano
#g7izu
Space Weather
A moderate G2 geomagnetic storm is in progress. The fast solar wind from a large coronal hole is now influencing the Earth's magnetic field.
Aurora is visible at high-latitudes.
#spaceweather
#aurora
#g7izu
A moderate G2 geomagnetic storm is in progress. The fast solar wind from a large coronal hole is now influencing the Earth's magnetic field.
Aurora is visible at high-latitudes.
#spaceweather
#aurora
#g7izu
February 16, 2026 at 8:22 PM
Space Weather
A moderate G2 geomagnetic storm is in progress. The fast solar wind from a large coronal hole is now influencing the Earth's magnetic field.
Aurora is visible at high-latitudes.
#spaceweather
#aurora
#g7izu
A moderate G2 geomagnetic storm is in progress. The fast solar wind from a large coronal hole is now influencing the Earth's magnetic field.
Aurora is visible at high-latitudes.
#spaceweather
#aurora
#g7izu
Space Weather
Aurora Alert: Aurora may soon be visible to mid-latitudes as a effects of a coronal hole and glancing CME take hold. Aurora is currently visible at high-latitudes. A moderate substorm is in progress at Kiruna.
#spaceweather
#aurora
#g7izu
Aurora Alert: Aurora may soon be visible to mid-latitudes as a effects of a coronal hole and glancing CME take hold. Aurora is currently visible at high-latitudes. A moderate substorm is in progress at Kiruna.
#spaceweather
#aurora
#g7izu
February 14, 2026 at 9:34 PM
Space Weather
Aurora Alert: Aurora may soon be visible to mid-latitudes as a effects of a coronal hole and glancing CME take hold. Aurora is currently visible at high-latitudes. A moderate substorm is in progress at Kiruna.
#spaceweather
#aurora
#g7izu
Aurora Alert: Aurora may soon be visible to mid-latitudes as a effects of a coronal hole and glancing CME take hold. Aurora is currently visible at high-latitudes. A moderate substorm is in progress at Kiruna.
#spaceweather
#aurora
#g7izu
Space Weather
Solar and geomagnetic conditions are currently mostly quiet.
Solar and geomagnetic conditions are currently mostly quiet.
February 14, 2026 at 12:16 PM
Space Weather
Solar and geomagnetic conditions are currently mostly quiet.
Solar and geomagnetic conditions are currently mostly quiet.
Space Weather
Forecast: A small solar storm was launched by AR4371 which could raise geomagnetic activity on 12/13 Feb. Aurora may be visible at high latitudes.
Forecast: A small solar storm was launched by AR4371 which could raise geomagnetic activity on 12/13 Feb. Aurora may be visible at high latitudes.
February 10, 2026 at 10:10 PM
Space Weather
Forecast: A small solar storm was launched by AR4371 which could raise geomagnetic activity on 12/13 Feb. Aurora may be visible at high latitudes.
Forecast: A small solar storm was launched by AR4371 which could raise geomagnetic activity on 12/13 Feb. Aurora may be visible at high latitudes.
Space Weather
Solar Flare Alert: There were three flares from AR4366 above M-level in the last few hours.
M1.7 @11h19 UT 08 Feb
M1.7 @11h47 UT 08 Feb
M2.7 @13h47 UT 08 Feb
The M2.7 flare was eruptive, producing a 10.7cm radio emission. There appears to be no earthward CME.
#spaceweather
#g7izu
Solar Flare Alert: There were three flares from AR4366 above M-level in the last few hours.
M1.7 @11h19 UT 08 Feb
M1.7 @11h47 UT 08 Feb
M2.7 @13h47 UT 08 Feb
The M2.7 flare was eruptive, producing a 10.7cm radio emission. There appears to be no earthward CME.
#spaceweather
#g7izu
February 8, 2026 at 3:41 PM
Space Weather
Solar Flare Alert: There were three flares from AR4366 above M-level in the last few hours.
M1.7 @11h19 UT 08 Feb
M1.7 @11h47 UT 08 Feb
M2.7 @13h47 UT 08 Feb
The M2.7 flare was eruptive, producing a 10.7cm radio emission. There appears to be no earthward CME.
#spaceweather
#g7izu
Solar Flare Alert: There were three flares from AR4366 above M-level in the last few hours.
M1.7 @11h19 UT 08 Feb
M1.7 @11h47 UT 08 Feb
M2.7 @13h47 UT 08 Feb
The M2.7 flare was eruptive, producing a 10.7cm radio emission. There appears to be no earthward CME.
#spaceweather
#g7izu
Space Weather
AR4366 finally calmed down . It's not produced any flares greater than M-level for two days.
AR4366 finally calmed down . It's not produced any flares greater than M-level for two days.
February 7, 2026 at 6:35 PM
Space Weather
AR4366 finally calmed down . It's not produced any flares greater than M-level for two days.
AR4366 finally calmed down . It's not produced any flares greater than M-level for two days.
Space Weather
CME Arrival: An interplanetary shock has been detected at ACE/DISCOVR (L1) indicating the arrival of the CME which originated from the X8.1 flare late on 01 Feb. The IMF strength is 22nT.
A G1 geomagnetic storm warning is in effect for 05-07 Feb (UT).
#spaceweather
#aurora
#g7izu
CME Arrival: An interplanetary shock has been detected at ACE/DISCOVR (L1) indicating the arrival of the CME which originated from the X8.1 flare late on 01 Feb. The IMF strength is 22nT.
A G1 geomagnetic storm warning is in effect for 05-07 Feb (UT).
#spaceweather
#aurora
#g7izu
February 4, 2026 at 2:46 PM
Space Weather
CME Arrival: An interplanetary shock has been detected at ACE/DISCOVR (L1) indicating the arrival of the CME which originated from the X8.1 flare late on 01 Feb. The IMF strength is 22nT.
A G1 geomagnetic storm warning is in effect for 05-07 Feb (UT).
#spaceweather
#aurora
#g7izu
CME Arrival: An interplanetary shock has been detected at ACE/DISCOVR (L1) indicating the arrival of the CME which originated from the X8.1 flare late on 01 Feb. The IMF strength is 22nT.
A G1 geomagnetic storm warning is in effect for 05-07 Feb (UT).
#spaceweather
#aurora
#g7izu
Space Weather
Solar Flare Alert: A strong X4.2 flare peaked at 12h10 UT 04 Feb. This is the second strongest X-flare over the last four days.
#spaceweather
#g7izu
Solar Flare Alert: A strong X4.2 flare peaked at 12h10 UT 04 Feb. This is the second strongest X-flare over the last four days.
#spaceweather
#g7izu
February 4, 2026 at 12:28 PM
Space Weather
Solar Flare Alert: A strong X4.2 flare peaked at 12h10 UT 04 Feb. This is the second strongest X-flare over the last four days.
#spaceweather
#g7izu
Solar Flare Alert: A strong X4.2 flare peaked at 12h10 UT 04 Feb. This is the second strongest X-flare over the last four days.
#spaceweather
#g7izu
Space Weather
Solar Flare Alert: An X1.5 flare peaked at ~14h05UT 02 Feb,. Another large flare is approaching X-level as I type this at 15h UT (currently at M7.2).
#spaceweather
#g7izu
Solar Flare Alert: An X1.5 flare peaked at ~14h05UT 02 Feb,. Another large flare is approaching X-level as I type this at 15h UT (currently at M7.2).
#spaceweather
#g7izu
February 3, 2026 at 3:04 PM
Space Weather
Solar Flare Alert: An X1.5 flare peaked at ~14h05UT 02 Feb,. Another large flare is approaching X-level as I type this at 15h UT (currently at M7.2).
#spaceweather
#g7izu
Solar Flare Alert: An X1.5 flare peaked at ~14h05UT 02 Feb,. Another large flare is approaching X-level as I type this at 15h UT (currently at M7.2).
#spaceweather
#g7izu
Space Weather
CME update: NOAA (US) and Euphoria (European) solar wind models suggest the CME imact could be a little later than the early NASA model.
CME update: NOAA (US) and Euphoria (European) solar wind models suggest the CME imact could be a little later than the early NASA model.
February 3, 2026 at 12:22 PM
Space Weather
CME update: NOAA (US) and Euphoria (European) solar wind models suggest the CME imact could be a little later than the early NASA model.
CME update: NOAA (US) and Euphoria (European) solar wind models suggest the CME imact could be a little later than the early NASA model.
Space Weather
Solar Flare Alert: Multiple large X-Flares
Apologies to BSky readers who will see this message split over multiple posts.
Solar Flare Alert: Multiple large X-Flares
Apologies to BSky readers who will see this message split over multiple posts.
February 2, 2026 at 10:40 AM
Space Weather
Solar Flare Alert: Multiple large X-Flares
Apologies to BSky readers who will see this message split over multiple posts.
Solar Flare Alert: Multiple large X-Flares
Apologies to BSky readers who will see this message split over multiple posts.
Space Weather
Long duration flare continues!
The flare dropped below M level for a while, but peaked again at M5.2 at ~16h UT.
An R1-R2 radio blackout is still affecting South Atlantic and South American regions.
There's currently no sign of a CME.
#spaceweather
#g7izu
Long duration flare continues!
The flare dropped below M level for a while, but peaked again at M5.2 at ~16h UT.
An R1-R2 radio blackout is still affecting South Atlantic and South American regions.
There's currently no sign of a CME.
#spaceweather
#g7izu
February 1, 2026 at 4:16 PM
Space Weather
Long duration flare continues!
The flare dropped below M level for a while, but peaked again at M5.2 at ~16h UT.
An R1-R2 radio blackout is still affecting South Atlantic and South American regions.
There's currently no sign of a CME.
#spaceweather
#g7izu
Long duration flare continues!
The flare dropped below M level for a while, but peaked again at M5.2 at ~16h UT.
An R1-R2 radio blackout is still affecting South Atlantic and South American regions.
There's currently no sign of a CME.
#spaceweather
#g7izu
Space Weather
Solar Flare Alert: A M6.6 flare peaked at 10h03 UT 01 Feb from AR4366 (the active region I mentioned last night). A moderate R2 radio blackout affected the south of Africa.
#spaceweather
#g7izu
Solar Flare Alert: A M6.6 flare peaked at 10h03 UT 01 Feb from AR4366 (the active region I mentioned last night). A moderate R2 radio blackout affected the south of Africa.
#spaceweather
#g7izu
February 1, 2026 at 11:34 AM
Space Weather
Solar Flare Alert: A M6.6 flare peaked at 10h03 UT 01 Feb from AR4366 (the active region I mentioned last night). A moderate R2 radio blackout affected the south of Africa.
#spaceweather
#g7izu
Solar Flare Alert: A M6.6 flare peaked at 10h03 UT 01 Feb from AR4366 (the active region I mentioned last night). A moderate R2 radio blackout affected the south of Africa.
#spaceweather
#g7izu
Reposted by G7IZU Radio Reflection Detection
Does space law begin above the Kármán line?
February 1, 2026 at 6:19 AM
Does space law begin above the Kármán line?
BBC News - Musk's SpaceX applies to launch a million satellites into orbit
https://www.bbc.co.uk/news/articles/cyv5l24mrjmo
🫣
https://www.bbc.co.uk/news/articles/cyv5l24mrjmo
🫣
Elon Musk's SpaceX applies to launch 1m satellites into orbit
The firm wants to create a network of "orbital data centres" to power artificial intelligence.
www.bbc.co.uk
February 1, 2026 at 8:22 AM
BBC News - Musk's SpaceX applies to launch a million satellites into orbit
https://www.bbc.co.uk/news/articles/cyv5l24mrjmo
🫣
https://www.bbc.co.uk/news/articles/cyv5l24mrjmo
🫣
Space Weather
Geomagnetic conditions are quiet.
New sunspot region 4366 is showing the most potential for large flare activity. It's currently rotating towards center disc.
#spaceweather
#g7izu
Video: https://universeodon.com/@g7izu/115991639127168723
Geomagnetic conditions are quiet.
New sunspot region 4366 is showing the most potential for large flare activity. It's currently rotating towards center disc.
#spaceweather
#g7izu
Video: https://universeodon.com/@g7izu/115991639127168723
January 31, 2026 at 8:40 PM
Space Weather
Geomagnetic conditions are quiet.
New sunspot region 4366 is showing the most potential for large flare activity. It's currently rotating towards center disc.
#spaceweather
#g7izu
Video: https://universeodon.com/@g7izu/115991639127168723
Geomagnetic conditions are quiet.
New sunspot region 4366 is showing the most potential for large flare activity. It's currently rotating towards center disc.
#spaceweather
#g7izu
Video: https://universeodon.com/@g7izu/115991639127168723
Space Weather
Quiet geomagnetic conditions this week may be interrupted during the next 24-48 hours by a fast solar wind following the passage of a coronal hole. High-latitudes may see up to G1 conditions, mid-latitudes may see active conditions from late on 27 Jan to 29 Jan (UT).
Quiet geomagnetic conditions this week may be interrupted during the next 24-48 hours by a fast solar wind following the passage of a coronal hole. High-latitudes may see up to G1 conditions, mid-latitudes may see active conditions from late on 27 Jan to 29 Jan (UT).
January 27, 2026 at 11:22 PM
Space Weather
Quiet geomagnetic conditions this week may be interrupted during the next 24-48 hours by a fast solar wind following the passage of a coronal hole. High-latitudes may see up to G1 conditions, mid-latitudes may see active conditions from late on 27 Jan to 29 Jan (UT).
Quiet geomagnetic conditions this week may be interrupted during the next 24-48 hours by a fast solar wind following the passage of a coronal hole. High-latitudes may see up to G1 conditions, mid-latitudes may see active conditions from late on 27 Jan to 29 Jan (UT).
Space Weather
The fun is over for now, the solar storm has ended. The solar radiation storm has also reduced below S1 level this afternoon (UT), having reach up to S4 level.
The fun is over for now, the solar storm has ended. The solar radiation storm has also reduced below S1 level this afternoon (UT), having reach up to S4 level.
January 21, 2026 at 10:05 PM
Space Weather
The fun is over for now, the solar storm has ended. The solar radiation storm has also reduced below S1 level this afternoon (UT), having reach up to S4 level.
The fun is over for now, the solar storm has ended. The solar radiation storm has also reduced below S1 level this afternoon (UT), having reach up to S4 level.
Space Weather
An M3.4 flare peaked at 07h12 UT 22 Jan. It originated from AR4349, in the south-east quadrant.
#spaceweather
#g7izu
An M3.4 flare peaked at 07h12 UT 22 Jan. It originated from AR4349, in the south-east quadrant.
#spaceweather
#g7izu
January 21, 2026 at 8:53 AM
Space Weather
An M3.4 flare peaked at 07h12 UT 22 Jan. It originated from AR4349, in the south-east quadrant.
#spaceweather
#g7izu
An M3.4 flare peaked at 07h12 UT 22 Jan. It originated from AR4349, in the south-east quadrant.
#spaceweather
#g7izu
Space Weather
Current contact reports by amateur radio operators via auroral mode across Europe. Strong geomagnetic storm conditions continue.
#spaceweather
#aurora
#g7izu
Current contact reports by amateur radio operators via auroral mode across Europe. Strong geomagnetic storm conditions continue.
#spaceweather
#aurora
#g7izu
January 20, 2026 at 5:11 PM
Space Weather
Current contact reports by amateur radio operators via auroral mode across Europe. Strong geomagnetic storm conditions continue.
#spaceweather
#aurora
#g7izu
Current contact reports by amateur radio operators via auroral mode across Europe. Strong geomagnetic storm conditions continue.
#spaceweather
#aurora
#g7izu
Space Weather
Current amateur radio auroral propagation reports.
G4 conditions continue.
#spaceweather
#aurora
#g7izu
Current amateur radio auroral propagation reports.
G4 conditions continue.
#spaceweather
#aurora
#g7izu
January 20, 2026 at 1:53 PM
Space Weather
Current amateur radio auroral propagation reports.
G4 conditions continue.
#spaceweather
#aurora
#g7izu
Current amateur radio auroral propagation reports.
G4 conditions continue.
#spaceweather
#aurora
#g7izu
Space Weather
Geomagnetic storm continues...
These graphs are pretty incredible.
#spaceweather
#aurora
#g7izu
Geomagnetic storm continues...
These graphs are pretty incredible.
#spaceweather
#aurora
#g7izu
January 20, 2026 at 10:29 AM
Space Weather
Geomagnetic storm continues...
These graphs are pretty incredible.
#spaceweather
#aurora
#g7izu
Geomagnetic storm continues...
These graphs are pretty incredible.
#spaceweather
#aurora
#g7izu
Space Weather
Geomagnetic Storm: We're back up to G4 conditions again! The solar wind speed is still up near 1,000km/s.
#spaceweather
#aurora
#g7izu
Geomagnetic Storm: We're back up to G4 conditions again! The solar wind speed is still up near 1,000km/s.
#spaceweather
#aurora
#g7izu
January 20, 2026 at 8:41 AM
Space Weather
Geomagnetic Storm: We're back up to G4 conditions again! The solar wind speed is still up near 1,000km/s.
#spaceweather
#aurora
#g7izu
Geomagnetic Storm: We're back up to G4 conditions again! The solar wind speed is still up near 1,000km/s.
#spaceweather
#aurora
#g7izu