![]() Temperature 45° North, 61° elsewhere (5° above avg. The best time to see the northern lights is from September to April. or the University of Alaska Fairbanks, which publish the most precise aurora forecasts. check with the websites of the National Oceanic and Atmospheric Administration of the U.S. Showers cool North, hot Central, warm SouthĪ few showers cool South, warm elsewhere If you want to go on an aurora-chasing adventure in Calgary. Precipitation 0.7" North, 3.5" South (0.5" below avg.)Īugust 2022 Long Range Weather Forecast for Alaska Dates Temperature 46° North, 61° elsewhere (4° above avg.) Sunny, hot North and Central showers, warm South Sunny, mild North a few showers, warm Central and South September and October will be milder than normal, with precipitation below normal N and above normal S.įree 2-Month Weather Forecast July 2022 Long Range Weather Forecast for Alaska Dates Summer will be warmer and drier than normal, with the hottest periods from mid-July into mid-August. April and May will be warmer than normal, with near-normal precipitation. Snowfall will be above normal in all areas but the south, with the snowiest periods in early November and mid- to late January. Precipitation will be near normal N and above normal S. Winter temperatures will be milder than normal, with the coldest periods in mid- to late January, late February, and early March. The Aurora this night was seen over many parts of the Northern Hemisphere north of the tropics, courtesy of an unusually large geomagnetic storm.Enter Your Location Annual Weather Summary This occurred on the night of November 5th and 6th, 2001 where amazing Aurora displays were seen as far south as Texas, Arizona and San Diego, CAĪn NWS employee formerly in Rapid City SD, took this spectacular picture of an Aurora Borealis display on November 5th, 2001. Displays this far south can occur when a large coronal mass ejection from the Sun creates a huge geomagnetic storm in the Earth's outer atmosphere. Although most common in the northern latitudes, the Aurora have been occasionally seen south of 35 degrees north latitude which encompasses the far southern United States. They also usually show a greater frequency during the winter months, where the nights are longer and the skies generally void of haze. Aurora displays usually increase during times of the solar maximum. This means in general that in these latitudes, the Aurora should occur on at least half of the nights throughout the year. ONE OF THE BEST CHANCES TO SEE THE AURORA With a north facing view at the highest point near Fairbanks. Take in the view and wait for the aurora to dance. Satisfy your senses Listen to the crackle of the fire. Learn about the solar cycle and use these tools and techniques to help with the aurora borealis prediction or northern. We take you to the one of the best private properties in Fairbanks to view the northern lights. ![]() In the northern hemisphere, there is a 50% or greater chance of seeing Aurora roughly between the latitudes of 55 to 80 degrees north. Weather permitting, low-level displays will be visible overhead from Utqiavik to Fairbanks and visible low on the northern horizon from as far south as Anchorage and Juneau. Although harmless to life on Earth, the Aurora can cause power disruptions in satellite communications and in radio/TV broadcasts.Īurora Displays: The northern latitudes (or southern latitudes in the southern hemisphere) see the greatest occurrence of the Aurora. The Aurora are constantly changing and moving in streams of light or curtains, because the process of how the Sun's ionized gas interacts with the Earth's magnetic field is very dynamic. As electrons pass through the neon tubing, they glow, thus producing the light in a neon sign. This is the same principal as how a neon sign lights up. Some of the ions become trapped and will consequently interact with the Earth's ionosphere (an average of 60-80 miles above the surface), causing the ions to glow. As the plasma comes in contact with the Earth's magnetic field, the ions will be agitated into moving around the Earth. What Causes the Aurora? The Sun emits electrically-charged particles called ions, which correspondingly move away from the Sun in a stream of plasma (ionized gas) known as the solar wind. The Aurora Australis is the southern hemisphere counterpart to the Aurora Borealis. The Aurora Borealis (commonly referred to as the Northern Lights) are the result of interactions between the Sun and Earth's outer atmosphere. Visit Tromsø sells aurora-watching trips around the city of Tromsø in Norway.
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