According to a National Oceanic and Atmospheric Administration forecast, a few northern U.S. states will have the chance to witness the northern lights on Tuesday night after a recent geomagnetic storm that drew the phenomena farther south.
On a scale of nine, NOAA predicted a Kp index of four for Tuesday night, suggesting that there will likely be more auroral activity away from the North Pole, which can be “quite pleasing to look at” for those who are in the correct place.
According to NOAA’s three-day forecast, there is a “slight chance” of modest solar radiation that could cause power grid fluctuations and have a little influence on satellite operations, but no geomagnetic storm conditions are anticipated, therefore auroral activity is predicted to decline through Thursday.
Over the weekend, a powerful solar flare that burst from the sun’s surface was followed by moderate geomagnetic storm conditions.
Where Can I See the Northern Lights?
A view line, which indicates a poor possibility of seeing the northern lights, stretches below the Canadian border and into certain Midwest states.
Northern Canada and Alaska have a higher chance of witnessing the aurora borealis. Parts of Washington, northern Idaho, South Dakota, Wisconsin, Michigan, and Maine will have a smaller chance of seeing the aurora borealis than areas of northern Montana, North Dakota, and Minnesota.
(See the line for viewing below.)
How Can I Get the Best View of the Northern Lights?
To observe the northern lights, which appear between 10 p.m. and 2 a.m. local time, NOAA advises going to a high vantage point away from light pollution.
How Can I Take the Greatest Northern Lights Photographs?
According to Iceland’s tourism website, the best way to snap the northern lights with a smartphone is to use night mode and a shorter shutter speed.
If using a standard camera, Adobe advises utilizing a wide aperture, low shutter speed, high ISO value, and the focus set to the furthest setting feasible.
Important Background
As activity hits a “solar maximum,” NASA predicts an increase in sun spots and coronal mass ejections on the sun’s surface.
More individuals below the Canadian border will be able to see the aurora borealis as a result of this activity peak, which is expected to last through 2025 and into early 2026.
In recent weeks, the night sky has also been filled with meteor showers and other celestial occurrences, such as the recent Taurid meteor showers, which are characterized by their longer streaks and slower velocity.
This week is also predicted to see the appearance of this year’s final supermoon, which will appear 14% larger than the typical moon and become roughly 30% brighter.
