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Through a blend of local wisdom and scientific analysis, we invite you to explore the Northern Lights in a way that transcends their beauty, revealing the profound scientific intrigue behind this spectacular dance of light.
Prepare to be enlightened by the story of the Aurora, a narrative that intertwines the artistry of nature with the precision of science.
The Northern Lights, Polar Lights or Aurora Borealis as they're scientifically known, are a natural wonder that many dream of witnessing. For some, seeing the Aurora is a key reason for their Icelandic adventure.
However, experiencing this spectacle isn't always guaranteed. It requires a mix of planning, understanding of the phenomenon, plenty of patience, and yes, a touch of good fortune.
That's where we step in: Our Northern Lights tours are crafted from the wisdom of generations of locals, enriched with detailed research, statistical analysis, and insights into current weather and atmospheric conditions, along with space weather forecasts. Thus, choosing our tour is the most effective way to enhance your chances of success with minimal effort.
But how is this incredible phenomenon is created?
The magic begins with the Sun itself. The star of our solar system plays a key role in crafting the Aurora. Our Sun is not just a ball of light and warmth, but a bubbling cauldron of hot matter, energy and activity. It’s mostly composed of hydrogen and helium, with a touch of heavier elements. It’s like a pot of golden soup, always in a gentle boil, with ingredients constantly mingling and churning.
On the surface of the Sun, temperatures rise to about 5,500 degrees Celsius or nearly 10 000 Fahrenheit. Deeper into its core, temperatures reach a staggering several million degrees.
The pressure at the Sun's core is so immense that hydrogen atoms fuse together to form helium. This nuclear fusion releases vast amounts of energy that constantly radiates outward, moving towards the Sun's surface. As it does, it stirs currents within the Sun's material, electrically charging the gasses. This causes electric fields to rise throughout the star.
In certain regions, strings of magnetic fields surge upwards, piercing the surface. As they ascend, they carry with them hot matter, which starts cooling at the surface and forms darker patches known as sunspots. The appearance of these sunspots can be an indicator of an imminent solar storm and as a favorable Northern Lights forecast.
The electrically charged plasma drags the magnetic fields further out, causing it to stretch and twist, much like a rubber band being pulled taut. Eventually, the tension becomes too great, and the magnetic field snaps.
When this rupture occurs, colossal amounts of plasma, weighing billions of tons, are propelled into space, creating what we call a Coronal Mass Ejection, which is a type of 'solar storm'. This mass of plasma can travel through space at astonishing speeds, exceeding 8 million kilometers or 5 million miles an hour. Within a mere 18 hours, it approaches Earth.
If Earth didn't have its magnetic fields, the consequences of such a storm could be catastrophic. However, our planet is equipped with a protective shield, a magnetic umbrella that deflects the majority of these solar particles.
When the storm approaches Earth, our magnetic fields begin a complex dance of interactions. These magnetic fields move, stretch and occasionally break under the storm, channeling some lost particles from the solar storm towards Earth’s magnetic poles. But rest assured, there's no cause for alarm. This influx of particles poses no danger to us. Our magnetic fields serve as a robust shield, deflecting the bigger danger..
At last, we come to the actual formation of the ethereal lights: as the Sun's particles enter Earth's atmosphere, they collide and interact with gas atoms. This interaction causes the emission of energy and light, resulting in what we perceive as the spectacular multi-colored light show in the night sky.
The process is similar to how neon lights glow: When atoms and molecules are energized by electrons, they release this extra energy in the form of light to return to their normal state.
Below is a video from Nasa that beautifully illustrates this process:
For those yearning to witness this natural marvel and understand the celestial mechanics behind it, our tours offer not just a chance to see the Northern Lights but also to learn from knowledgeable guides who bring the phenomenon to life with engaging insights. Join us, and be enlightened by the grandeur of the cosmos on a journey that promises to be as informative as it is beautiful.
Select Your Aurora Tour
Northern Lights - Small Group Tour
Catch the stunning Northern Lights in the sky, and if they're shy, rebook for free until they show. Included admission to the Aurora Centre's Northern Lights Exhibition on the tour date. The small group size ensures an intimate experience and personalized attention from your expert guide.
Northern Lights Tour
See the majestic Northern Lights dancing across the sky. If the skies are shy, try again free of charge as many times as you need until you see them! Learn about the phenomenon by visiting the Aurora Centre - Northern Lights Exhibition in Reykjavík; admission is included in this tour!
The Golden Circle & Northern Lights - Combo Deal
Want to see the sites of the Golden Circle and hunt for the northern lights but have a limited amount of time? Consider this express Golden Circle/Northern Lights tour! Experience the landmarks of the classic Golden Circle in South Iceland on this unforgettable day tour. The Golden Circle encompasses the must-see sights of Thingvellir National Park, the golden Gullfoss waterfall, and the bubbling geothermal region of Geysir. After your return to Reykjavík, a guide will lead you on a search for the elusive northern lights!
Questions and Answers about Northern Lights Tours in Iceland
Almost any camera phone these days is powerful enough to take decent pictures of the Northern Lights. In fact, many phone cameras are actually better than proper cameras!
To take a good photo, turn your exposure to the maximum, turn off the flash, and use night mode. Apps such as Nightcap, Cortex Camera, or the Northern Lights Photo Taker can help too.
The rarest colours of the Northern Lights are blue and red. Blue auroras are produced by nitrogen molecules at lower altitudes and are less common. Red auroras, occurring at the highest altitudes and caused by high-altitude oxygen, are also relatively rare. Both these colours require specific atmospheric conditions to be visible, making them a less frequent but spectacular sight in auroral displays.
The Northern Lights can be seen from Reykjavík, yes. And it’s a magical experience to see them by chance when you’re just enjoying your evening.
However, the city is not the best place to see the Northern Lights. That’s because light pollution can prevent them from appearing with their full strength. Instead, you want somewhere dark to enjoy them at their best.
The Northern Lights are special for a couple of key reasons:
1. Unique Natural Phenomenon: They represent a spectacular natural light display in the Earth's sky, primarily seen in high-latitude regions around the Arctic and Antarctic. This phenomenon results from the interaction between the Earth's magnetic field and charged particles from the sun, making it a unique celestial event.
2. Cultural and Mythological Significance: Throughout history, the Northern Lights have held significant cultural and mythological importance in various societies. They have inspired numerous folklore tales and art and have been a subject of awe and wonder. Their ethereal beauty and the magical experience they provide add to their special status in human perception and experience.
It’s possible to see the Northern Lights in Iceland throughout the winter.
For the Northern Lights to be visible, you need two things: solar activity and a clear, dark sky. The darker the better—that’s why winters in very northern countries like Iceland are the best time to see them.
The ideal time to see the Northern Lights are the darkest months of the year: November, December, and January. However, you can see them from September through to April.
The scientific processes that cause the Northern Lights occur very often, if not pretty much all the time—throughout the night, day, winter and summer. However, often you can’t see them because of the cloud, the midnight sun, or because you’re not looking.
While every night might be an exaggeration, the Northern Lights are much more common than you might think!
Auroras can last from a few minutes to several hours, depending on the intensity of the geomagnetic storm causing them.
To maximize your chances of seeing the Northern Lights, it's advisable to stay for at least a week. This duration allows for variability in weather conditions and solar activity, which are crucial factors in the visibility of the auroras. Since the Northern Lights are a natural phenomenon and their appearance can be unpredictable, a longer stay increases the likelihood of witnessing this spectacular display, especially considering potential cloudy nights or periods of low solar activity.
Facing north often increases your chances of seeing the Northern Lights, especially in lower-latitude areas. In Iceland, however, the lights are most often right above our heads or stretching across the entire sky.
There’s no way of guaranteeing that you’ll see the Northern Lights. It’s a natural phenomenon that’s affected by the weather, after all. But with Northern Lights tours, you do have a pretty good chance.
In Iceland, December is the month when the days are shortest and nights are darkest. That means it’s typically the favourite month for Northern Lights-hunters.
That said, you can have as much luck seeing the aurora borealis in any of the months of the winter. All you need is dark, clear skies.
Exciting studies and anecdotal evidence, ranging from Sami folklore to modern stargazers, suggest that the Northern Lights might produce sounds, a phenomenon as elusive as the lights themselves.
Historically, indigenous peoples and early Arctic explorers reported hearing sounds like crackling and whooshing during auroral displays, though these claims were met with scepticism since auroras occur at altitudes beyond the human ear's acoustic range.
Recent research in Finland, however, has recorded sounds such as claps and crackles coinciding with the auroras at lower altitudes within the human audible range. This emerging theory suggests that the electrical phenomena of auroras, involving charged particles and temperature variations, could generate these sounds akin to the noise produced by a spark.
While not all observers experience these sounds, and they're often heard under specific, quiet conditions, for some, the Northern Lights are not just a visual spectacle but a celestial concert, highlighting the dynamic nature of our planet.
Yes, you can see the Northern Lights in Reykjavik in some cases. However, when the lights are faint or low on the horizon, their visibility can be significantly reduced by the city lights and obstructed by buildings. For the best viewing experience, it's recommended to find spots away from the urban light pollution and with an unobstructed view of the sky.
It’s not at all rare to see the Northern Lights in Iceland! That’s why so many people come to the Land of Ice and Fire to enjoy the display.
In fact, you can see the aurora borealis almost every night if the skies are clear. You just need to know where to look!
The best way to increase your chances of seeing the Northern Lights is to join a tour. While you can sometimes see the phenomenon by yourself, when you’re led by an expert guide, they’ll be able to show you exactly where to look.
What’s more, if you don’t see the Northern Lights on your tour, we’ll give you a ticket to another tour on a day that suits you for free—to double your chances.
Three interesting facts about the Northern Lights are:
1. The Northern Lights, also known as Aurora Borealis, are caused by the interaction of solar wind - a stream of charged particles escaping the Sun - with Earth's magnetic field and atmosphere.
2. They can exhibit a variety of colours, with green being the most common. These colours result from different gases in the atmosphere getting excited by the solar particles; oxygen emits green and red hues, while nitrogen gives off blue and purple.
3. Although best known for appearing in polar regions, during periods of strong solar activity, the Northern Lights can be seen at lower latitudes, far from the polar areas. This makes them a spectacular and somewhat unpredictable natural light show.
To see the Northern Lights at their best, it’s recommended that you find a place where light pollution is lowest. That’s why the best Northern Lights tours will leave cities such as Reykjavík—because you can see the aurora better where it’s darkest.
That said, you can see the Northern Lights from the city. And as weather conditions and cloud cover change every night, the best place to see the Northern Lights changes too.
Seeing the Northern Lights in Iceland is fairly likely during the winter months if weather conditions are favourable.
The price of Northern Lights tours in Iceland depend on what you want to get up to and how you want to travel.
The most affordable option is the classic tour from Reykjavík, which takes you by coach to a destination where the conditions are best that evening. But if you want to travel by small group, or on a private vehicle, you will pay more.
The same goes for tours that take you to different destinations, such as the Golden Circle or the Blue Lagoon.
Check out individual tour pages for up to date prices.
The Northern Lights do not occur every night; their visibility depends on solar activity and atmospheric conditions.
The Northern Lights are not exclusively in the north; they are mirrored by the Southern Lights (Aurora Australis) in the southern hemisphere, both occurring near the Earth's magnetic poles.
When on a Northern Lights tour, plan to wear clothes that will best keep you warm. You’re going to be outside at night in the Icelandic winter, and to enjoy the experience to the fullest you won’t want to get cold.
The best idea is to wear lots of thin layers, plus a winter jacket and a windproof outer shell. And don’t forget to keep your feet warm! Icelandic woollen socks, for example, can be a good idea.
The best parts of Iceland for Northern Lights are outside urban areas, with the eastern northern and western regions often recommended for clearer skies.
Recommended tours
Northern Lights - Inside the Aurora Basecamp
Aurora Basecamp with pickup and drop off is a tour from Reykjavik to Aurora Basecamp - Northern Lights Observatory.
Northern Lights - Small Group Tour
Catch the stunning Northern Lights in the sky, and if they're shy, rebook for free until they show. Included admission to the Aurora Centre's Northern Lights Exhibition on the tour date. The small group size ensures an intimate experience and personalized attention from your expert guide.
Northern Lights Tour
See the majestic Northern Lights dancing across the sky. If the skies are shy, try again free of charge as many times as you need until you see them! Learn about the phenomenon by visiting the Aurora Centre - Northern Lights Exhibition in Reykjavík; admission is included in this tour!
The Golden Circle & Northern Lights - Combo Deal
Want to see the sites of the Golden Circle and hunt for the northern lights but have a limited amount of time? Consider this express Golden Circle/Northern Lights tour! Experience the landmarks of the classic Golden Circle in South Iceland on this unforgettable day tour. The Golden Circle encompasses the must-see sights of Thingvellir National Park, the golden Gullfoss waterfall, and the bubbling geothermal region of Geysir. After your return to Reykjavík, a guide will lead you on a search for the elusive northern lights!
The Sky Lagoon & Northern Lights
Enjoy a relaxing soak in the Sky Lagoon before your adventurous Northern Lights hunt.
Northern Lights Explorer – Super Jeep Tour
Embark on an unforgettable Northern Lights adventure from Reykjavík in a specially modified Super jeep designed to explore off-the-beaten-path locations. Escape the crowds and experience the breathtaking Aurora in the remote Icelandic wilderness.