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#solarflares

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Firings at US #weather and #oceans agency risk lives and economy, former agency heads warn

By SETH BORENSTEIN
Updated 9:48 AM EST, March 1, 2025

WASHINGTON (AP) — "The federal weather and oceans agency touches people’s daily lives in unnoticed ways, so massive firings there will likely cause needless deaths and a big hit to America’s economy, according to the people who ran it.

"The first round of firings started Thursday at the National Oceanic and Atmospheric Administration, a government agency that monitors the oceans, the atmosphere where storms roam and space, and puts out hundreds of 'products' daily. Those products generally save lives and money, experts say.

"#NOAA’s 301 billion weather forecasts every year reach 96% of American households.

The firings are 'going to affect safety of flight, safety of shipping, safety of everyday Americans,' Admiral Tim Gallaudet told The Associated Press Friday. President Donald Trump appointed Gallaudet as acting NOAA chief during his last administration. 'Lives are at risk for sure.'

"Former NOAA Administrator Rick Spinrad agreed.

"'We’re getting into prime #tornado time. We’re getting into #planting season for the agricultural season for the bread belt,' Spinrad said. 'It’s going to affect safety. It’s going to affect the economy.'"

apnews.com/article/noaa-doge-f
#USPol #ClimateChange #ClimateCrisis #PolyCrisis #HungerGames #FoodInsecurity #WeatherForecasts #ExtremeWeather #Safety #Spaceweather #SolarFlares #ClimateScientists #OceanWarming #Oceanographers #BadDOGE

AP News · Firings at US weather and oceans agency risk lives and economy, former agency heads warnBy Seth Borenstein

This seems as though it might be rather important.

"We used photometry from the Kepler space observatory to investigate superflares on other stars with Sun-like fundamental parameters. We identified 2889 superflares on 2527 Sun-like stars, out of 56,450 observed. This detection rate indicates that superflares with energies >1034 erg occur roughly once per century on stars with Sun-like temperature and variability."

#SolarFlares
#CarringtonEvent

science.org/doi/abs/10.1126/sc

Replied in thread

The #X9 solar ☀️ flare emitted is the largest categorised by #NASA. A second #CME is likely to hit Earth on Saturday and Sunday. #SolarFlares do not cause the Northern Lights. They are caused by a phenomenon called coronal mass ejections that erupt from an active sun spot. Combined with flares, they can create #SolarStorms that interact with Earth's magnetic field 🌐 or #magnetosphere. bbc.com/news/articles/cy437gnp

www.bbc.comNorthern Lights sightings possible as huge solar flare spottedThe largest solar flare since 2017 has been spotted erupting from the Sun’s surface.

Interesting paper from 2018 quantifying the impact of #solarflares on #GNSS systems.

The 🇨🇳 BeiDou system was outperforming 🇪🇺 Galileo and 🇺🇸GPS during solar flare conditions due to more frequently updated broadcast ionospheric models.

agupubs.onlinelibrary.wiley.co

I know Galileo/EGNOS did a recent system upgrade to provide increased resilience against solar peak activity, anticipating Solar Cycle 25, but not sure what those consisted of. Maybe @bert_hubert would know?

euspa.europa.eu/newsroom-event

#SolarFlares, #Spaceweather via Spaceweather.com And there's a reason I held onto my eclipse glasses. Read on...

"THIS SUNSPOT IS HUGE: Sunspot #AR3664 has grown so large, it is now visually rivaling the great #Carrington sunspot of Sept. 1859. To illustrate their similarity, Carrington's famous sketch (to scale) has been added to a picture of today's sun:

"How big is AR3664? Sprawling almost 200,000 km from end to end, it is 15 times wider than Earth. You can see AR3664 through ordinary eclipse glasses with no magnification at all. Moreover, it is easy to project an image of this sunspot onto the sidewalk or a white screen just as Carrington did in the 19th century.

"Carrington's sunspot is famous because in August and Sept. 1859 it emitted a series of intense #SolarFlares and #CMEs. The resulting #geomagnetic storms set fire to telegraph offices and sparked auroras from Cuba to Hawaii. The '#CarringtonEvent' has since become a touchstone of space weather in pop culture, with headlines stoking fears of an "internet apocalypse" if it repeats. Recent studies suggest that Carrington-class storms occur once every 40 to 60 years, so we're overdue.

"Does this mean we're about to get hit by another Carrington Event? Probably not. Big sunspots don't always produce big CMEs. Indeed, the CME AR3664 hurled toward us earlier today is puny compared to the CMEs of 1859. It won't cause much trouble when it arrives this weekend. Nevertheless, it would be wise to keep an eye on this growing active region while Earth is in its strike zone."

spaceweather.com