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October 29, 2003 - The Halloween Storm - This Halloween Storm spawned auroras that were seen over most of North America. Extensive satellite problems were reported, including the loss of the $450 million Midori-2 research satellite. Highly publicized in the news media. A huge solar storm has impacted the Earth, just over 19 hours after leaving the sun. This is one of the fastest solar storm in historic times, only beaten by the perfect solar storm in 1859 which spent an estimated 17 hours in transit. A few days later on November 4, 2003 one of the most powerful x-ray flares ever detected, swamped the sensors of dozens of satellites, causing satellite operations anomalies….but no aurora. Originally classified as an X28 flare, it was upgrade to X34 a month later. In all of its fury, it never became a white light flare such as the one observed by Carrington in 1859. Astronauts hid deep within the body of the International Space Station, but still reported radiation effects and ocular 'shooting stars'.
Originally posted by Mister1k
Kudos to the Site owner for this Data.Below
Solar Alerts
Since March 7th 2011 - Total Solar Flar Count Is:
187 M Flares
13 X Flares
1 X LDE Flare lasting 5hrs
1 M LDE Flare lasting 2hrs
2 M LDE Falres lasting 8hrs
4 M LDE Flares lasting 7hrs
1 M LDE Flare lasting 13hrs
1 X LDE Flare lasting 7hrs
2 C LDE Flares each lasting 9hrs
1 C LDE Flare lasting 4hrs
1 C LDE Flare lasting 10hrs
2 C LDE Flares lasting 4hrs
(LDE = Long Duration Event)
Largest Solar Flare of Solar Cycle 24
X6.9 Flare on 8/9/2011 @ 08:08 UTC
2012 Solar Flares:
July 2012
Total M flares = 38
Total X flares = 2
X1.4 Flare on 7/12/2012 @ 16:52 UTC - Sunspot 1520
- LDE lasting 5hrs
- CME produced- Earth Directed - ETA: July 14, 2012
M2.0 Flare on 7/10/2012 @ 06:27 UTC - Sunspot 1520
M1.7 Flare on 7/10/2012 @ 05:14 UTC - Sunspot 1520
M1.1 Flare on 7/09/2012 @ 23:07 UTC - Sunspot 1520
July 8th total M Flare count = 4
M6.9 Flare on 7/08/2012 @ 16:32 UTC - Sunspot 1515
M1.4 Flare on 7/08/2012 @ 12:10 UTC - Sunspot 1515
M1.1 Flare on 7/08/2012 @ 09:53 UTC - Sunspot 1515
M1.3 Flare on 7/08/2012 @ 05:46 UTC - Sunspot 1515
July 7th total M Flare count = 3
M2.6 Flare on 7/07/2012 @ 11:03 UTC - Sunspot 1515
M1.0 Flare on 7/07/2012 @ 08:28 UTC - Sunspot 1520
M1.2 Flare on 7/07/2012 @ 03:15 UTC - Sunspot 1515
July 6th total M Flare count = 6
July 6th total X Flare count = 1
X1.1 Flare on 7/06/2012 @ 23:08 UTC - Sunspot 1515
M1.3 Flare on 7/06/2012 @ 18:55 UTC - Sunspot 1520
M1.2 Flare on 7/06/2012 @ 13:30 UTC - Sunspot 1520
M1.8 Flare on 7/06/2012 @ 10:29 UTC - Sunspot 1515
M1.5 Flare on 7/06/2012 @ 08:23 UTC - Sunspot 1515
M1.0 Flare on 7/06/2012 @ 02:51 UTC - Sunspot 1515
M2.9 Flare on 7/06/2012 @ 01:40 UTC - Sunspot 1515
July 5th total M Flare count = 11
M1.6 Flare on 7/05/2012 @ 21:45 UTC - Sunspot 1515
M1.6 Flare on 7/05/2012 @ 20:14 UTC - Sunspot 1515
M1.2 Flare on 7/05/2012 @ 13:18 UTC - Sunspot 1515
M6.1 Flare on 7/05/2012 @ 11:44 UTC - Sunspot 1515
M1.8 Flare on 7/05/2012 @ 10:48 UTC - Sunspot 1515
M1.3 Flare on 7/05/2012 @ 07:45 UTC - Sunspot 1515
M1.1 Flare on 7/05/2012 @ 06:58 UTC - Sunspot 1515
M4.7 Flare on 7/05/2012 @ 03:36 UTC - Sunspot 1515
M2.2 Flare on 7/05/2012 @ 02:42 UTC - Sunspot 1515
M2.4 Flare on 7/05/2012 @ 01:10 UTC - Sunspot 1515
M1.1 Flare on 7/05/2012 @ 00:43 UTC - Sunspot 1515
July 4th total M Flare count = 7
M1.2 Flare on 7/04/2012 @ 23:55 UTC - Sunspot 1515
M4.6 Flare on 7/04/2012 @ 22:09 UTC - Sunspot 1515
M1.8 Flare on 7/04/2012 @ 16:39 UTC - Sunspot 1513
M1.3 Flare on 7/04/2012 @ 14:40 UTC - Sunspot 1515
M2.3 Flare on 7/04/2012 @ 12:24 UTC - Sunspot 1515
M5.3 Flare on 7/04/2012 @ 09:45 UTC - Sunspot 1515
M2.3 Flare on 7/04/2012 @ 04:37 UTC - Sunspot 1515
M3.8 Flare on 7/02/2012 @ 20:07 UTC - Sunspot 1515
M5.6 Flare on 7/02/2012 @ 10:52 UTC - Sunspot 1515
- CME produced- ETA: July 5th
M1.1 Flare on 7/02/2012 @ 00:35 UTC - Sunspot 1513
M2.8 Flare on 7/01/2012 @ 19:18 UTC - Sunspot 1513
July definitely is trending up. 38 M class, couple of Xs. its only the 13th.
Check June,May at the Link or
June 2012
M1.6 Flare on 6/30/2012 @ 18:32 UTC - Sunspot 1513
M1.0 Flare on 6/30/2012 @ 12:52 UTC - Sunspot 1513
M2.2 Flare on 6/29/2012 @ 09:20 UTC - Sunspot 1513
M2.4 Flare on 6/28/2012 @ 16:12 UTC - Sunspot 1513
M1.9 Flare on 6/14/2012 @ 14:30 UTC - Sunspot 1504
- LDE lasting 7hrs
- CME produced- ETA: June 16, 2012
M1.2 Flare on 6/13/2012 @ 13:17 UTC - Sunspot 1504
- LDE lasting 2hrs
- CME produced- ETA: June 16. 2012
M1.3 Flare on 6/10/2012 @ 06:45 UTC - Sunspot 1504
M1.8 Flare on 6/09/2012 @ 16:53 UTC - Sunspot 1504
M1.9 Flare on 6/09/2012 @ 11:32 UTC - Sunspot 1504
M2.1 Flare on 6/06/2012 @ 20:06 UTC - Sunspot 1494
M3.3 Flare on 6/04/2012 @ 17:55 UTC - Sunspot 1496
May 2012
M5.1 Flare on 5/17/2012 @ 01:43 UTC - Sunspot 1476
M1.7 Flare on 5/10/2012 @ 20:26 UTC - Sunspot 1476
M5.7 Flare on 5/10/2012 @ 04:18 UTC - Sunspot 1476
M4.1 Flare on 5/09/2012 @ 21:05 UTC - Sunspot 1476
M1.8 Flare on 5/09/2012 @ 14:08 UTC - Sunspot 1476
M4.7 Flare on 5/09/2012 @ 12:32 UTC - Sunspot 1476
M1.4 Flare on 5/08/2012 @ 13:08 UTC - Sunspot 1476
M1.9 Flare on 5/07/2012 @ 14:31 UTC - Sunspot 1470-1471 combined
- LDE lasting 2hrs
M1.3 Flare on 5/06/2012 @ 17:47 UTC - Sunspot 1476
M1.1 Flare on 5/06/2012 @ 01:18 UTC - Sunspot 1476
M1.3 Flare on 5/05/2012 @ 23:01 UTC - Sunspot 1476
M1.4 Flare on 5/05/2012 @ 13:23 UTC - Sunspot 1476
April 2012
M1.0 Flare on 4/27/2012 @ 08:24 UTC - Sunspot 1466
M1.7 Flare on 4/16/2012 @ 17:40 UTC - Sunspot 1461
Solar wind
speed: 373.3 km/sec
density: 7.7 protons/cm3
WATCH: Geomagnetic A-index of 20 or greater predicted
NOAA Scale: Periods reaching the G1 (Minor) Level Likely
Valid for UTC Day: 2012 Jul 14
Potential Impacts: Area of impact primarily poleward of 60 degrees Geomagnetic Latitude.
Induced Currents - Weak power grid fluctuations can occur.
Spacecraft - Minor impact on satellite operations possible.
Aurora - Aurora may be visible at high latitudes, i.e., northern tier of the U.S. such as northern Michigan and Maine.
Some of this outright stupidity in the media
Originally posted by solargeddon
Originally posted by mcsteve
reply to post by Jerisa
They don't. The Magnetosphere and ionosphere are affected. The wether on earth is not.
Really ? And you know this how ?
Where are your sources ?
None of you actually know 100% .....Even NASA doesn't know
"We don't know yet how these affect weather or climate -- likely there is not any direct effect," he said, "but there may be, over time, influences on ozone that affect climate."
Link to Source
I'm not saying there is a direct link, but I'm not going to rule out a possible correllation either, I suggest anyone with factual proof to the contrary, please put me out of my misery
m.almanac.com...
Weather on Earth can also be affected. Recently, NOAA scientists finally concluded that four factors determined global temperatures: carbon dioxide levels, volcanic eruptions, Pacific El Niño pattern, and the Sun's activity.
There is also historical evidence that long-term periods of global cold, rainfall, drought, and other weather shifts relate to solar cycle activity: Times of depressed solar activity seem to correspond with times of global cold. For example, during the 70-year period from 1645 to 1715, few, if any, sunspots were seen, even during expected sunspot maximums. Western Europe entered a climate period known as the "Maunder Minimum" or "Little Ice Age." Temperatures dropped by 1.8 to 2.7 degrees Fahrenheit. Times of increased solar activity have corresponded with global warning. During the 12th and 13th centuries, the Sun was active, and the European climate was quite mild.
What's Up With the Sun Now? Late 2009 brought a burst of activity, and December ended with a flurry of sunspots. During 2010, solar activity started to increase activity with several intense periods of eruption, sometimes all at once. NASA stated that "the Sun is waking up from a deep slumber, and the next few years could bring much higher levels of solar activity." During 2011, the Sun had a year of activity, but low activity. Many researchers believed the upcoming solar maximum would be weak. As of March 2012: On January 27, sunspot region 1202 unleashed a sizable X1.7-class flare from the far side of the Sun. Then, on March 5, following weeks of minor flares, the Sun launched an X1.1-class flare and a CME from active region 1429. A week-long series of M-class flares, two X-class flares, and CMEs followed as AR1429 moved across the face of the Sun (to soon rotate out of Earth's view). Predictions for Solar Cycle 24 Most solar science experts believe that both Cycle 24 and the following cycle (25) may be relatively quiet ones, leading to a cooling pattern over the next few decades. If this cooling phase on Earth is offset by any warming caused by increasing greenhouse gases, they also raise the question of whether an eventual warming cycle could lead to more rapid warming on Earth than expected. To quote Bob Berman, astronomer for The Old Farmer's Almanac, "If the upcoming solar max of Cycle 24 is normal or robust, and especially if an El Niño follows it 2 years later (as often happens), then the middle of this decade will be the hottest period since humans arrived on Earth. However, if the upcoming maximum is wimpy, as most solar researchers expect, or if the Sun is now entering an extended period of low activity, that is the best thing it could possibly do for us. Such a scenario would mitigate climate change. Essentially, the Sun has been buying us time."
Originally posted by MamaJ
I personally think its common sense solar activity plays a role with our weather on Earth.... And you will find many professionals agree.
Originally posted by stanguilles7
Originally posted by MamaJ
I personally think its common sense solar activity plays a role with our weather on Earth.... And you will find many professionals agree.
You again.
Of course it likely plays a role. But the misnomer being contested is the claim that is has a direct effect on 'earth weather'. It doesn't. A solar flair will not directly impact our weather on earth. It MAY impact factors which have a long-term influence on climate, which has an impact on weather. but the effect is NOT direct.
'Space Weather' Affects the Earth02.13.04 The weather conditions that NASA's Advanced Composition Explorer (ACE) reports won't change our plans about going to the beach. But the information it provides will help scientists understand how events on the Sun have the ability to disrupt Earth's communications, overload power grids, present a hazard to astronauts, and affect weather patterns. We call this effect on Earth "space weather."
Originally posted by Phage
reply to post by AlexanderM
The CME has not yet arrived. There is currently no significant geomagnetic activity.
Originally posted by MamaJ
I have been watching for it all morning, when do you think it may arrive?
Originally posted by Phage
Originally posted by MamaJ
I have been watching for it all morning, when do you think it may arrive?
It looks like it just did.
ACE satellite data...1 million miles out.
www.swpc.noaa.gov...
Note the sudden increase in solar wind speed. We should see density increase as well.
edit on 7/14/2012 by Phage because: (no reason given)