The Northern Lights may be visible over UK skies tonight - here's where to see them

"Witnessing the Northern Lights sits high atop many travellers' bucket lists. Colleagues return from incredible adventures through Finnish Lapland's snowy peaks and Norway's northernmost reaches with tales of phantasmagorical skies, green, blues and reds dancing before glittering stars. There are plenty of amazing places to see the Northern Lights, from northern Europe to the Alaskan wilderness. However, once in a blue moon, we're treated to vibrant, illuminated skies in the UK."

"On the night of Tuesday 11 November into the early hours of Wednesday 12 November, night owls were treated to such a spectacular sight as the Aurora Borealis made a rare appearance over British skies. Luckily, for those who missed the show, there's a high likelihood that a similar performance will dazzle astrophiles on the night of Wednesday 12 November, offering another chance to see the dancing lights without having to hop on a winter escape."

"The current peak in solar activity, and the reason we're seeing the Northern Lights further south than usual, is a result of eruptions on the sun known as coronal mass ejections. These are described by NASA as a violent release of bubbles of gas and magnetic fields that can accelerate to several million miles per hour in a spectacular explosion."

The Northern Lights are usually visible in high-latitude regions such as Finnish Lapland, Norway and Alaska, where green, blue and red auroras dance across starry skies. On the night of Tuesday 11 November into the early hours of Wednesday 12 November a rare Aurora Borealis display occurred over British skies, and a similar display was likely on Wednesday 12 November. The phenomenon resulted from a peak in solar activity caused by coronal mass ejections. NASA describes coronal mass ejections as violent releases of gas and magnetic fields that can accelerate to several million miles per hour. Powerful solar storms can threaten astronauts and disrupt satellites, communications and transport signals.

Read at CN Traveller