What time will the northern lights be visible tonight in Alaska?
In Alaska, the aurora tends to be most active between 10 pm and 2 am. The light show can amp up without warning, in just about any part of the sky, and generally remains active for at least a half hour.
Is aurora Alaska real?
While the northern lights can be seeing anywhere in Alaska, they’re visible most often in the Interior and Arctic regions. If you prefer to do it yourself, you can keep an eye on the statewide aurora forecast and the Fairbanks aurora tracker.
Is 2021 a good year to see northern lights?
“The outlook is favorable as we go forward,” Steenburgh said of 2021. Solar forecasters are seeing upticks in active regions as well as in the coronal mass ejections of charged particles that are key to lighting up the northern lights.
How can I track the northern lights?
Viewing the northern lights on the Web Simply go to the AuroraMAX observatory page. The camera turns on automatically as soon as the Sun sets in Yellowknife during the aurora season, from August to May. Follow AuroraMAX on Twitter or Facebook to receive aurora alerts. You can also watch the auroras on replay.
What are the chances of seeing the northern lights in Alaska?
The northern lights are so prolific in the Fairbanks region and the Arctic that visitors who stay a minimum of three nights and are actively out during the late evening hours increase their chance of seeing the aurora to more than 90 percent!
What is the best month to visit Alaska?
The Best Time to Visit Alaska
- Peak season is June to August. By mid-June, it’s as warm as it’s going to get.
- Cruise Season is also May through September.
- Shoulder Season is May (early season) and September (late season), with 10-25% discounts on some hotels, tours, and cruises.
What month is best to see the northern lights?
April to August To see the Northern Lights you need dark skies and from early-April until late-August, the Aurora may be blazing across the Arctic firmament but it is visible only to scientific equipment, as the skies are just too light for the human eye to see the show.
Which country is best for Northern Lights?
What are the best places to see the Northern Lights?
- Tromso, Norway. Based in the heart of the aurora zone in the Norwegian Arctic, the city is widely regarded as one of the world’s best places to see the Northern Lights.
- Swedish Lapland.
- Reykjavik, Iceland.
- Yukon, Canada.
- Rovaniemi, Finnish Lapland.
- Ilulissat, Greenland.
What year is best to see Northern Lights?
Since it does need to be dark in order to see the Northern Lights in the sky, late August/September through the very beginning of April is the best time to go to a destination located in the aurora zone for a chance to see them.
Where can I see the aurora borealis in Alaska?
The Aurora Tracker correlates three individual streams of data in order to predict northern lights viewing opportunities for six locations in the Fairbanks region. Switch between viewing locations, different days and various times of day to check your viewing chances.
Are there any aurora viewing sites in Fairbanks?
Another concern for visitors is extremely cold winter weather. In those conditions small problems may be magnified into disaster at a site that is too remote. At some Fairbanks hotels you may be able to arrange for a wake-up call if the aurora is out. Recommended aurora viewing sites around Fairbanks include: Chena Lakes Recreation Area
How did NOAA come up with the Aurora forecast?
In 2011, NOAA (NCEI and SWPC) developed a real-time version of the OVATION model to forecast the location and intensity of the aurora. Machol and Redmon (NCEI) developed the real-time ovation model. Viereck (SWPC) implemented the model and developed the graphical products to run in realtime to create aurora forecasts.
How does the Aurora 30 minute forecast work?
Aurora – 30 minute forecast. The OVATION Aurora Forecast Model shows the intensity and location of the aurora predicted for the time shown at the top of the map. This probability forecast is based on current solar wind conditions measured at L1, but using a fixed 30-minute delay time between L1 and Earth.
