Home / Weather News /

Space weather: Solar storm hits Earth

12:00 PM
July 24, 2022

Space weather
Solar storm hits Earth

Settings for external content

Privacy policy

A solar storm has erupted across Earth this week, a result of a coronal mass ejection from the Sun.

A solar storm, or a geomagnetic storm, is a powerful burst of energy ejected from the Sun, in the form of solar flares or coronal mass ejections, that then interacts with Earth's magnetic field.

When these solar winds are sent to Earth, they can produce an intense display of northern or southern lights overhead. During the recent event, extraordinary magenta and green aurora were seeing over South Dakota, USA, as pictured above.

Solar wind explainer

Whilst the concept of a solar storm can sound frightening, their impacts on Earth are often minor, owing to the protection of our atmosphere.

Intense solar flares, or solar storms, often coincide with the 11-year cycle of the sun's activity. When it is at its maximum, geomagnetic events are more likely. The next solar maximum is expected to be in 2025.

James West
More on the topic
Weather radar with dust plumes and webcam view of Mallorca with milky skies.
Saturday, August 30, 2025

Sky coloured orange

Saharan dust over Spain
Dust cloud over Tucson alongside weather radar showing thunderstorms in Arizona.
Sunday, August 31, 2025

Fascinating phenomenon

Dust storm hit Phoenix last week
Autumn frost in a field
Tuesday, September 9, 2025

Meteorological autumn

The average first frosts in the U.S.
All weather news
This might also interest you
Thursday, September 11, 2025

High tides

Coastal flooding continues
Wednesday, September 10, 2025

Daily briefing

Quiet week continues
Hurricanes approaching the coastline can cause extensive impacts, including flooding, even before landfall.
Saturday, September 13, 2025

Knowledge is power

What to know this hurricane season
All articles
Weather & Radar

www.weatherandradar.com

instagramfacebookthreadsContact uslinkList
Privacy policy | Legal info | Accessibility statement