Space Weather updates - Ring of Fire Solar Eclipse, bushy filament of magnetism update, M-Class Solar Flare

Via spaceweather.com, 11 May 2013 - M-CLASS SOLAR FLARE: A sunspot located just behind the sun's northeastern limb erupted during the early hours of May 10th, producing an M3-class solar flare. NASA's Solar Dynamics Observatory recorded the explosion's extreme ultraviolet flash: movie. The farside active region will turn toward Earth in the days ahead, so stay tuned.

"RING OF FIRE" SOLAR ECLIPSE: As the sun rose over Australia on Friday morning, May 10th, the solar disk turned into a ring of fire. The day began with an annular solar eclipse:

Nicole Hollenbeck took the picture from inside the narrow path of annularity about 70km south of Newman, Australia. At the time, more than 95% of the sun's diameter was covered by the Moon.

In an annular eclipse the Moon is not quite big enough to cover the entire solar disk. A blinding ring of solar fire juts out around the Moon, overwhelming the sun's delicate corona. It may not be the same as totality, but annularity has a charm and beauty all its own. Browse the gallery for more images from the eclipse zone.

SPECTACULAR PROMINENCE, GONE: For the past few days, astronomers around the world have been monitoring a bushy filament of magnetism dancing along the sun's western limb. Sergio Castillo of Inglewood CA photographed the structure on May 9th just before it collapsed:

"OMG! This giant prominence was one of the most spectacular I have ever witnessed," says Castillo. "Yesterday, however, it collapsed on its own magnetic field and nothing remains of it."

The filament has disappeared from the sun, but all 250,000 km of it may still be found in the space weather photo gallery.

Ring of Fire Eclipse on May 9-10, 2013

Image credit: sancho_panza

Those in the Australian outback and parts of the Pacific Ocean will be able to view an annular solar eclipse. Elsewhere … a partial eclipse.

Those in the Australian outback and parts of the Pacific Ocean will be able to view an annular eclipse of the sun – what some are calling a ring of fire eclipse – in which a ring of the sun’s surface appears around the body of the moon’s silhouette. The eclipse will take place on the morning of May 10, 2013 at shortly after 8 a.m. local time. Elsewhere, it’ll be May 9. About 95% of the solar disk will be covered, and yet this is considered a partial eclipse. At no time will the sky darken, or stars pop into view. The remaining 5% of sun is so bright that those in the right place on Earth to see the eclipse will need to look at it through specially filtered glasses for the entire event. View the illustrations or click the links below to learn more about the May 10, 2013 annular solar eclipse.

May 10, 2013 annular eclipse of the sun, visible in Australia and into the South Pacific. Narrow yellow path in middle: annular solar eclipse. Large swath of blue surrounding yellow path: partial solar eclipse. Illustration by Michael Zeiler.

Why do they call it a ring of fire eclipse? This is an annular eclipse of the sun, not a total eclipse. In other words, at mid-eclipse, the moon is too far away in its orbit to cover the sun completely. At mid-eclipse, instead of the moon blotting the sun from view, people equipped with special filters to protect their eyes will see the fiery outer surface of the sun in a ring around the silhouetted moon.

The May 10 annular eclipse as seen in Australia. The annular phase will start in extreme northwest Australia in the state of Western Australia, where some veteran eclipse chasers will try to see it at sunrise. The 300-km-wide path will include Tennant Creek, about 500 km north of Alice Springs in the Northern Territory. The path of annularity will leave the Australian continent well north of Cairns, where tens of thousands of people saw a total solar eclipse in November, and even north of Cooktown; Cliff Island and Flinders Group National Parks will be in the zone. Annularity will last about 3 minutes at Tennant Creek and about 4-1/2 minutes at the centerline, about 50 km north of Tennant Creek. The path of annularity will leave Queensland with about 4-3/4 minutes of annularity.

The May 10 annular eclipse as seen in the Pacific. While traversing the Pacific, the path of annularity will include the Hula peninsula of Papua New Guinea, where Pasachoff saw the 1984 total solar eclipse, and the northwestern Solomon Islands. The peak duration of the eclipse will be slightly east of the Tarawa (Kiribati) islands, with about 6 minutes of annularity.

The rest of Australia will see a partial eclipse. Weather permitting, everyone in Australia, except for the western third of Western Australia, would be able to see a partial eclipse. The Sun’s diameter will be 36% covered in Melbourne at about 8:50 a.m. local time, 38% covered in Canberra, 39% covered in Sydney at about 8:55 a.m. local time, and 52% covered in Brisbane. Partial phases will also be visible in the southern Philippines, in eastern Indonesia, in Papua New Guinea, and in the northeastern part of New Zealand’s south island and all of its north island, though with only 8% coverage in Auckland.

Hawaii and west coast of Baja California will see the partial eclipse, too. Also within the zone of partial phases are the entire Hawaiian Islands, with 44% of the solar diameter covered in Honolulu at maximum. The northeastern limit of the partial eclipse occurs just off the western coast of Baja California.

Special equipment is needed to watch the eclipse. During the partial phases or annularity, the remaining solar disk is too bright to look at safely, unless you are looking through specially filtered glasses that knock out 99.999% of the sunlight. Accidental projection of a partly eclipsed Sun should be visible on pavement or building walls in what is known as pinhole projection, with the small hole usually formed from small spaces between the leaves of trees. Binoculars can be used safely only if they are used to project an image down on the ground or across on a wall, given the low angle of the Sun; it is hazardous to look at the Sun through binoculars unless they are properly filtered.

When is the next solar eclipse? The next solar eclipse is a total eclipse of the sun. It will cross equatorial Africa on November 3, 2013.

Much of the information in this post was provided by Williams College in Williamtown, MA.

Details of annular eclipse of May 10, 2013 via Fred Espenak.

Bottom line: There will be an annular eclipse of the sun on May 10, 2013. Those watching will need special glasses to block the sun’s blinding light.

The next 9 to even 10-magnitude of mega-earthquake will hit... the West Coast?

The Pacific Ring Of Fire has caused a number of terrible mega-earthquakes in the last two years:

February 27 2010 mega-earthquake in Chile,

September 4 2010 and February 22, mega-earthquake in Christchurch City,

March 11 2011, mega-earthquake in Northeast Japan,

And the remaining region of the Ring of Fire that had no earthquake is San Andreas Fault of the West Coast of North America…

Will the next 9 or even 10-magnitude mega-earthquake be hitting the West Coast of the US?

Britian’s MailOnline news

March 15 2011

Next is California? Experts warned the West Coast could be the next earthquake victim of the Pacific’s Ring of Fire.

 “The West Coast has increased risk because the Pacific Northwest has the same kind of characteristics as the fault beneath Japan,’ said seismologist James Gaherty.

The Australian.com.au news

March 17 2011

The U.S. West Coast is waiting for an overdue huge earthquake.

“From the geological standpoint, this earthquake occurs very regularly," says engineer Yumei Wang, who is the geohazards team leader at the Oregon Department of Geology.

"With the Cascadia fault, we have records of 41 earthquakes in the last 10,000 years with an average of 240 years apart. Our last one was 311 years ago so we are overdue," she says.