The further north you go the better chance you will have to see the aurora borealis. The further south you go the better chance you'll have to see the auror australis. That's because the auroras is created when charged particles (mostly from the sun) collide with our atmosphere and earths magnetic field (which repells ions) funnels the particles down to both poles.
The best places to view the aurora borealis are typically in regions close to the Arctic Circle such as Norway, Finland, Sweden, Iceland, and Alaska. These areas often have clear skies and minimal light pollution, making them ideal for witnessing this stunning natural phenomenon.
Yes, the northern lights can be seen in Juneau, Alaska, although it is more common to see them from areas farther north in the state. Juneau's proximity to the coast and city lights may make it more challenging to view the aurora borealis compared to more remote areas in Alaska.
To watch the Aurora, or Northern Lights, you should head to locations near the Arctic Circle, such as parts of Norway, Sweden, Finland, Canada, or Alaska. The best time to view the Aurora is during winter months when nights are longest and skies are darkest, typically between September and March. It's essential to find a spot away from city lights and check aurora forecasts for optimal viewing conditions. Clear skies and high solar activity increase your chances of witnessing this stunning natural phenomenon.
Yes, you can see the northern lights in Ketchikan, Alaska, although they are not as frequently visible there compared to other locations further north, like Fairbanks. The best chances to view the aurora borealis are during the winter months when the nights are longer and darker. Clear, cloudless skies are essential for optimal viewing conditions. However, due to Ketchikan's coastal climate, sightings can be less predictable.
The Aurora Borealis is mainly seen in higher altitudes. Some of the best places to view these are in Alaska, Denmark, and Canada.
We saw an awesome Aurora Borealis in Goteborg. Our ship was tied up alongside the Volvo company. Lots of good views. Friendly and happy people showed us a pretty good timel
Scientists observed disruption of a the magnetic needle of a compass by the electromagnetic interference by Aurora Borealis which reflected perfect direction that coincided with the view of the phenomena. It was concluded this would only happen if electric currents were setting from south to north in the earth under the needle, or from north to south in space above it.
Scientists observed disruption of a the magnetic needle of a compass by the electromagnetic interference by Aurora Borealis which reflected perfect direction that coincided with the view of the phenomena. It was concluded this would only happen if electric currents were setting from south to north in the earth under the needle, or from north to south in space above it.
The further north you go the better chance you will have to see the aurora borealis. The further south you go the better chance you'll have to see the auror australis. That's because the auroras is created when charged particles (mostly from the sun) collide with our atmosphere and earths magnetic field (which repells ions) funnels the particles down to both poles.
The best places to view the aurora borealis are typically in regions close to the Arctic Circle such as Norway, Finland, Sweden, Iceland, and Alaska. These areas often have clear skies and minimal light pollution, making them ideal for witnessing this stunning natural phenomenon.
Yes, the northern lights can be seen in Juneau, Alaska, although it is more common to see them from areas farther north in the state. Juneau's proximity to the coast and city lights may make it more challenging to view the aurora borealis compared to more remote areas in Alaska.
Higher latitudes (points closer to the North Pole) get a better view of the "Northern Lights." The farther north your location, the more clearly they can be seen - from the lower 48 US states, the observations are fairly rare, while in Alaska they are excellent and numerous.
Northern lights is the name of a light phenomenon (aurora borealis) often seen in northern regions. The lights have been around since Earth formed an atmosphere, the dinosaurs saw it, early humans saw it and our descendants will see it. The scientific name for the phenomenon is "Aurora Borealis", aurora for short. Go as far north as you can go for the best views and you must be away from ambient lighting for a decent view. Charged particles from the Sun are accelerated by the Earth's magnetic field and the collisions these particles have with atoms of Nitrogen and Oxygen in the upper atmosphere (60 - 90 km up) excite the electrons of the atoms, when the electrons fall back to a lower excitation state they emit light we see this light as the aurora.
The best location to see the northern lights is typically in the northern regions near the Arctic Circle, such as Norway, Iceland, Sweden, Finland, and Canada. These areas offer clear skies and low light pollution, making it easier to view the aurora borealis.
They are normally only visible inthe sub-arctic and arctic regions. There is much mystery as to what causes them. Somewhat oddly they do not normally interfere with radio traffic but did cause some tuning problems ( which were compensated for by switching in resistances and compensations) in transatlantic telegraph message cables such as those at the French Cable station. The route of the cables was not in arctic waters. still things happen, the world turns. At one time in the late thrities the Aurora Borealis was visible in the New York Metro area- and the weather was cooperative an aunt of mine saw it. she said it looked like a barrage of distant strobe lights vaguely reddish on a movie screen or curtain. For some reason the phenomenon did not photograph. interesting question. the scientific name literally means Northern Dawn, as Aurora was the goddess of the Dawn.
City View Cemetery was created in 1893.