Date: 12 January 2022; 09:45 UT
Summary of Space Weather.
Sunspot AR2924 has a ‘beta gamma-magnetic field that harbors energy for M-class flares. The
geomagnetic conditions are quiet at all levels. The solar wind speed is declining.
Space Weather parameters / observations;
Sunspot Number: 51
10.7cm Flux: 100 sfu
Solar wind speed: 365.8 km.s-1
Solar wind density: 5.1 protons.cm3
Kp: 1
Bz: 4.2 nT (North)
Bt: 8.2 nT
Dst: 8 nT
Date: 11 January 2022; 09:44 UT
Summary of Space Weather.
All the Sunspots AR2024 on the solar disk have a stable magnetic fields that pose little threat for strong
flares. The geomagnetic conditions are quiet at all levels. The solar wind speed is declining.
Space Weather parameters / observations;
Sunspot Number: 38
10.7cm Flux: 102 sfu
Solar wind speed: 391.7 km.s-1
Solar wind density: 7.4 protons.cm3
Kp: 1
Bz: 0.4 nT (North)
Bt: 3.0 nT
Dst: 4 nT
Date: 10 January 2022; 09:44 UT
Summary of Space Weather.
All the Sunspots AR2024 on the solar disk have a stable magnetic fields that pose little threat for strong
flares. The geomagnetic conditions are quiet at all levels. The solar wind speed is declining.
Space Weather parameters / observations;
Sunspot Number: 36
10.7cm Flux: 102 sfu
Solar wind speed: 452.8 km.s-1
Solar wind density: 4.2 protons.cm3
Kp: 1
Bz: 2.3 nT (North)
Bt: 3.8 nT
Dst: 1 nT
Date: 09 January 2022; 09:44 UT
Summary of Space Weather.
Sunspot AR2024 has rapidly grown into one of the largest sunspots of solar cycle 25. The geomagnetic conditions
are quiet at all levels. The solar wind speed is moderately high.
Space Weather parameters / observations;
Sunspot Number: 31
10.7cm Flux: 102 sfu
Solar wind speed: 525.8 km.s-1
Solar wind density: 8.0 protons.cm3
Kp: 2
Bz: -0.5 nT (South)
Bt: 4.4 nT
Dst: -10 nT