The Earth’s magnetic north pole is shifting rapidly — so what will happen to the Northern Lights?
Wandering magnetic poles are more of a headache technology and scientists than they are for aurora gazers.
Like most planets in our solar system, the Earth has its own magnetic field. Thanks to its largely molten iron core, our planet is in fact a bit like a bar magnet. It has a north and south magnetic pole, separate from the geographic poles, with a field connecting the two. This field protects our planet from radiation and is responsible for creating the Northern and Southern lights — spectacular events that are only visible near the magnetic poles.
Access to content from the Arctic Knowledge Archives is available to Passport holders only.
Arctic Today is a non-profit organization, supported by donations from readers like you. While we strongly believe in giving free access to current news for all readers, we reserve content older than one year for our supporters. All individual contributions of at least $20/month or $150/year will receive a Passport to the Arctic Knowledge Archives. Help us drive the leading non-profit editorial team dedicated to delivering context, information and analysis about events in the Arctic.
Already have a Passport? Sign in
choose your level of support and unlock your Arctic Passport.
- Monthly
- Annually
- Groups & Institutions
Individual Annual
$150.00
Year
Individual Monthly
$20.00
Month
Individual Monthly
$20.00
0
Individual Yearly
$150.00
0
