coronal mass ejection -- geomagnetic storm
solar wind -- interplanetary magnetic field
Responses
geomagnetic storm -- aurora
geomagnetic storm -- aurora
coronal mass ejection -- geomagnetic storm
coronal mass ejection -- geomagnetic storm
solar wind -- interplanetary magnetic field
solar wind -- interplanetary magnetic field
radiation belt -- aurora
radiation belt -- aurora
solar wind -- interplanetary magnetic field
data and
data, scientists think that solar weather has
effect on terrestrial weather.
effect on terrestrial weather.
Responses
a geomagnetic storm
a geomagnetic storm
solar flares
solar flares
coronal mass ejections
coronal mass ejections
solar energetic particles
Responses
during solar minimum
during solar minimum
during solar maximum
during solar maximum
during the solar cycle
during the solar cycle
during Total Solar Irradiance
Responses
They are explosive events that can affect Earth.
They are explosive events that can affect Earth.
They appear as dark spots on the sun's surface.
They appear as dark spots on the sun's surface.
They tend to occur during minimum points in the solar cycle.
They tend to occur during minimum points in the solar cycle.
They are caused by the sun's changing magnetic field.
They are caused by the sun's changing magnetic field.
They are caused by the sun's changing magnetic field.
Responses
Solar flares and sunspots increase as solar minimum approaches.
Solar flares and sunspots increase as solar minimum approaches.
The intensity of solar weather changes frequently.
The intensity of solar weather changes frequently.
Solar flares and sunspots increase as solar maximum approaches.
Solar flares and sunspots increase as solar maximum approaches.
The intensity of solar weather is constant and unchanging.
The intensity of solar weather is constant and unchanging.
The intensity of solar weather changes frequently.
Responses
radiative zone
radiative zone
chromosphere
chromosphere
convection zone
convection zone
photosphere
photosphere