Northern lights new england tonight

I have written dozens of blogs like this one, alerting you all to the chance of seeing an aurora and, most of the time, it ends in disappointment. Having said that, later this week, we may have a somewhat rare and unique opportunity to see the northern lights in parts of New England.

This is a prediction of the intensity and location of the aurora borealis tonight and tomorrow night over North America. It also shows a 'viewline' that represents the southern-most locations from which you may see the aurora on the northern horizon. The two maps show the aurora and viewline tonight and tomorrow night. The green ovals turn red when the aurora is forecasted to be more intense. Aurora can often be observed somewhere on Earth from just after sunset or just before sunrise. The aurora is not visible during daylight hours. The aurora does not need to be directly overhead but can be observed from as much as a km away when the aurora is bright and if conditions are right.

Northern lights new england tonight

The northern lights, scientifically termed aurora borealis, are a mesmerizing spectacle in the night sky — and they might be visible overnight in parts of New England. Ignited by solar storms, these colorful displays occur due to interactions between charged particles emitted by the sun and Earth's atmosphere, primarily oxygen and nitrogen. Pre-dawn Friday, New England will have a swing at viewing the lights. They'll become visible for far northern latitudes by late Thursday evening, but the lights will peak in the upper-mid latitudes between midnight and 4 a. The lights late Thursday will Illuminate at Kp6 or G2 moderate geomagnetic storm strength, increasing to a K7 or G3 strong geomagnetic storm strength after midnight. While there will be some clouds out there, it should not come in the way of you viewing the lights, as clouds will not be too thick, yet. Understanding the sun cycle is crucial to learning about the aurora. The sun, a massive orb of burning gases, acts and reacts on a cycle that spans 11 to 15 years. During active phases, marked by increased sunspots, temperature discrepancies between cooler sunspots and the sun's fiery surface prompt reactions like solar flares and geomagnetic storms for the sun to maintain equilibrium or equal temperature along the surface. These events generate stronger solar winds that propel charged ions toward Earth. Upon reaching Earth, the magnetosphere shields the planet from most charged particles, except near the poles. When these solar ions enter near the poles and interact with atmospheric gases, they emit colorful light, giving rise to the northern lights.

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Soft Serve News - Dark Mode For better nighttime Aurora viewing, this may help your eyes stay adjusted to the dark when using a cell phone outside. They have stops and starts known as sub-storms. If you are out there, you need to be patient and lucky. Here are some tools that will increase your chances. Get Aurora Alerts customized for your location. Now, find the Kp number line on one of the following maps that matches the Kp number predicted above. If you are located at or above the estimated Kp line, you are in the right spot.

The northern lights, also known as the aurora borealis is expected to be visible across northern New England. A forecast map shows the aurora is likely in the northern parts of Vermont, New Hampshire and Maine. The aurora is "possible" in Massachusetts and southern New England, and even as far south as Washington, D. The forecast for the region should be ideal for viewing the aurora, with clear skies and only a sliver of a crescent moon. We can sometimes see the northern lights when solar energy from the sun collides with Earth's magnetic field, creating various waves of color. The northern lights captivated stargazers in Massachusetts back in March of this year, when the increase in atmospheric activity caused them to be seen much further south than usual. Wycoff said the bright green and pink colors made it "one of the best geomagnetic storms that I've seen in quite a long time. If you get a picture of the northern lights, send us a picture at weather wbztv. CBS Boston.

Northern lights new england tonight

The northern lights, scientifically termed aurora borealis, are a mesmerizing spectacle in the night sky — and they might be visible overnight in parts of New England. Ignited by solar storms, these colorful displays occur due to interactions between charged particles emitted by the sun and Earth's atmosphere, primarily oxygen and nitrogen. Pre-dawn Friday, New England will have a swing at viewing the lights. They'll become visible for far northern latitudes by late Thursday evening, but the lights will peak in the upper-mid latitudes between midnight and 4 a. The lights late Thursday will Illuminate at Kp6 or G2 moderate geomagnetic storm strength, increasing to a K7 or G3 strong geomagnetic storm strength after midnight.

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Get Boston local news, weather forecasts, lifestyle and entertainment stories to your inbox. Send them to weather wbztv. North American Kp Map. The darker the moon, the better. Northern Lights: New forecast explains where you can see the aurora borealis A forecast update paints a new picture on where you need to be to see the Northern Lights later this week. Historically, the northern lights have appeared as far south as Honolulu, in the late s. Notably, in April , a strong geomagnetic storm brought visible auroras to the southern-central United States — a rare occurrence but not unprecedented. Remember, it's best for Bz to be negative, and the more negative, the better. The size of a visible Aurora will be bigger than what is shown on this map, because the map gives the overhead location of the Aurora. Aurora can often be observed somewhere on Earth from just after sunset or just before sunrise. Tonight's Aurora Viewline. The Associated Press. The stronger the solar wind, the more brilliant the colors and the further south in the Northern Hemisphere the lights span. More on the northern lights. Given that there were multiple ejections, scientists believe that this could lead to something called a "cannibal CME".

The night sky gave New England a rare show late Thursday and early Friday, when an unusually strong solar storm made the northern lights visible in Massachusetts. People across the country — including here in Massachusetts — were sharing photos and videos of the aurora in the sky. AuroraNotify absolutely beautiful once the clouds do break, many colors coming in, reds very very faintly visible at the top briefly Shame that the clouds are sitting right in the middle pic.

The ejection that occurred Tuesday came from a sunspot that was facing directly at Earth. The latest 24 hours of image frames comprising the Northern and Southern hemisphere loops with time-tagged file names are available: Northern , Southern The most recent Northern and Southern Hemisphere images with static file names are available: Northern , Southern Auroral data in a grided format for the entire Earth is available in compressed JSON format: The latest JSON file is available as well. This data comes from a satellite about 1 million miles from earth. This past weekend, the Mount Washington Observatory caught a glimpse of one of the most natural night shows on Earth. Wing , Diffuse, monoenergetic, and broadband aurora: The global precipitation budget, J. Be sure to view under darker skies with minimal moonlight. Be aware though, ground based light pollution and weather will have a greater impact at these more marginal locations. For many people, the aurora is a beautiful nighttime phenomenon that is worth traveling to arctic regions just to observe. In , the view-line product presented here for tonight's and tomorrow night's aurora first debuted. Wing , Diffuse, monoenergetic, and broadband aurora: The global precipitation budget, J. Ad Choices. It also shows a 'viewline' that represents the southern-most locations from which you may see the aurora on the northern horizon. It is when we get a G3 or G4 sized event that the mid-latitudes including where we live have the best chance at seeing an aurora. On Tuesday, a solar flare caused three separate "coronal mass ejections" on the surface of the sun, creating a rather rare "halo CME". An estimate of aurora viewing probability can be derived by assuming a linear relationship to the intensity of the aurora.