The aurora borealis is affected by the sun’s 11-year solar cycle: when the sun is at solar minimum (meaning the surface of the star is at its least active), less charged particles are emitted by the sun and therefore there is less chance of our magnetic field producing the light display. While researchers have no evidence to suggest the lights are in any danger, they’re not always going to be visible. The only real human-led factor impacting our ability to view this spectacular event is light pollution – the sky needs to be as dark as possible to see aurora by the naked eye, so things like excessive street lighting and residual lights from cities impact the likelihood of visibility. Thankfully, the geomagnetic properties that produce aurora borealis will happen regardless of the ecological and environmental turmoil currently faced down here on earth. Is it under threat, and what are we doing to sustain it? Solar wind is a collection of charged particles emitted by the sun, which are then captured by the magnetic field and drawn towards our Earth’s north and south poles. So let’s look at the science behind it: essentially, the lights are the result of solar wind all the way up in space interacting with the earth’s magnetic field. In the Northern Hemisphere, the phenomenon is called the northern lights (aurora borealis), while in the. Let’s be real, as beautiful as the Northern Lights are, the concept of dancing waves of multicoloured lights in the sky is a pretty baffling one to get your head around. When that wind slams into Earth's ionosphere, or upper atmosphere, the aurora is born. The effect is created by the reflection of light from tiny ice crystals that are suspended in the atmosphere or that comprise high-altitude clouds (e.g. It’s no wonder seeing our planet’s most awe-inspiring natural light show is a dream for many. A light pillar is an atmospheric optical phenomenon in which a vertical beam of light appears to extend above and/or below a light source. It was a ship from our planet, loaded with satellites to scatter into low orbit around us, and now. Aurora season is usually determined to start around the end of August and finish in mid-April, but if you’re lucky enough to be exploring the polar regions of our world during a low-altitude solar storm, you might just get to experience the lights in summer, too. Three weeks before, a SpaceX rocket flew into space from a launching pad at Cape Canaveral. ![]() This particular shot was taken from the Lofoten Islands in Norway, where people travel to in pursuit of seeing this phenomenon up close. With skies blazing from electric green to deep purple, the Northern Lights become the ultimate drug-free trip. The aurora borealis has dazzled observers for millenia with its beautiful display of dancing waves of light lighting up the night sky in high-altitude regions of the world. Today, we’re taking you to views of the Northern Lights - or aurora borealis – from Lofoten, Norway. ![]() Welcome to Wanderlust Wonders: each week we’ll be cleansing your feed with a feel-good snapshot of somewhere beautiful, both in and out of this world.
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