Map of Aurora – Northern Lights & Southern Lights Forecast

Map of Aurora – Northern Lights & Southern Lights Forecast

This map of aurora provides an overview of Northern Lights and Southern Lights activity, geomagnetic conditions and live aurora forecast systems.

Auroras occur when charged particles from the Sun interact with Earth’s magnetic field and atmosphere, creating glowing light displays near polar regions.

Quick Answer:

Aurora activity is usually strongest near the Arctic and Antarctic regions and becomes more visible during periods of increased solar activity.

Interactive Aurora Map Explore live aurora forecasts, geomagnetic activity and Northern and Southern Lights visibility zones.

Open a live aurora map to monitor Northern Lights and Southern Lights activity.

🌌 Open Aurora Map
Note: Aurora visibility depends on geomagnetic conditions, cloud cover, darkness and local weather conditions.

What Is an Aurora?

Auroras are natural light displays in Earth’s atmosphere caused by interactions between solar particles and the planet’s magnetic field.

  • Aurora Borealis — Northern Lights in the northern hemisphere
  • Aurora Australis — Southern Lights in the southern hemisphere
  • Solar wind interaction — charged particles collide with atmospheric gases
  • Geomagnetic activity — influences aurora intensity and visibility

Best Aurora Viewing Regions

  • Northern Canada — popular aurora viewing destination
  • Alaska — frequent Northern Lights activity
  • Iceland — strong aurora visibility and tourism
  • Scandinavia — Norway, Sweden and Finland aurora regions
  • Tasmania and southern Australia — occasional Southern Lights visibility
  • New Zealand South Island — Southern Lights observation area

How Auroras Form

  • Solar eruptions — release charged particles into space
  • Magnetic field interaction — guides particles toward polar regions
  • Atmospheric collisions — produce glowing colours
  • Oxygen and nitrogen gases — create green, red and purple auroras
  • Geomagnetic storms — intensify aurora activity

Auroras and Space Weather

  • Solar storms — increase aurora intensity
  • Geomagnetic activity — measured using KP index systems
  • Satellite effects — space weather can affect communications
  • Power grid impacts — strong geomagnetic storms may disrupt infrastructure
  • Radio communication effects — influenced by solar activity

Aurora Forecasting and Monitoring

  • Space weather satellites — monitor solar activity
  • Geomagnetic forecasting — predicts aurora visibility
  • Cloud cover analysis — important for viewing conditions
  • Solar cycle research — studies long-term aurora activity
  • Live aurora maps — track real-time visibility regions

Why People Search for a Map of Aurora

  • To track Northern Lights and Southern Lights activity
  • To plan aurora viewing and photography
  • To monitor space weather and geomagnetic storms
  • To study astronomy and atmospheric science
  • To explore live aurora forecast systems

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Aurora Map Resources

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Map of Aurora FAQs

  • What causes auroras?
    Auroras are caused by charged solar particles interacting with Earth’s atmosphere and magnetic field.
  • Where can you see the Northern Lights?
    The Northern Lights are commonly visible in northern Canada, Alaska, Iceland and Scandinavia.
  • Can auroras be seen in Australia?
    Yes, the Southern Lights can occasionally be visible from southern Australia and Tasmania.
  • What is the KP index?
    The KP index measures geomagnetic activity and helps forecast aurora visibility.

This page is for general informational purposes only and does not replace official space weather forecasts or safety guidance.

Disclaimer: Aurora forecasts, geomagnetic conditions and visibility estimates may change rapidly depending on solar activity, cloud cover and atmospheric conditions. Maps and educational resources are provided for general informational purposes only.