Fire in the Sky
T. Spahr, Minor Planet Center, noted that this object appears identical to an apparently asteroidal object discovered by the Mount Lemmon Survey on Nov. 3 (observer R. Kowalski; discovery observations tabulated below) and then designated 2011 VJ5.
We performed some follow-up measurements of this object, while it was still on the neocp. Stacking of 8 R-filtered exposures, 30-sec each, obtained remotely, from the Haleakala-Faulkes Telescope North on 2012, Feb.1.6, through a 2.0-m f/10.0 Ritchey-Chretien + CCD, under good seeing conditions, shows that this object is a comet: compact coma nearly 3" in diameter with a sharp central condensation, and a tail about 20" long in PA 292.
Our confirmation image below.
M.P.E.C. 2012-C14 assigns the following preliminary orbital elements to comet P/2011 VJ5: T 2011 Dec. 8.7; e= 0.55; Peri. = 315.12; q = 1.50 AU; Incl.= 3.97
One wonders if the officer looked up from writing the ticket to witness the spectacle above.
According to Bill Cooke of NASA's Meteoroid Environment Office, this was probably a natural object--a small asteroid about the size of a car or bus--not a decaying satellite or other manmade space debris. The fireball, which disintegrated in the general vicinity of Dallas-Fort Worth, was bright enough to be seen on NASA cameras located in New Mexico more than 500 miles away. "It was about as bright as the full Moon (astronomical magnitude -13)," estimates Cooke, who is still analyzing data and sighting reports in hopes of calculating the object's orbit. He might yet figure out where the Texas fireball came from. Stay tuned for updates.
It was discovered by Alex Gibbs, an astronomer and software engineer from the Catalina Sky Survey. Universe Today asked Gibbs to share his experiences of being an asteroid hunter and what it was like to find this latest NEO that made the Top-20 list of closest approaches to Earth.
The "ring of fire" effect will be visible as far north as Medford, Oregon and as far south as Lubbock, Texas. Throughout the zone - called the "path of annularity" - sky watchers will see the sun transformed into a a bright doughnut-like object.
Witnesses spotted it from Oklahoma City to south of Waco
At about 8 p.m. on Wednesday night, a meteor zipped across the sky over Dallas, then burst into a streaking flame before burning out.
WFAA received more than 200 reports, and a Federal Aviation Administration spokesman confirmed that it was likely a meteor or meteorite. Sightings extended from as far north as Oklahoma City to south of Waco. Some heard a boom. On its Wednesday night broadcast, CBS 11 described it as an "electrophonic" meteor -- one that can be heard as it burns.
Comments on WFAA's Facebook page came from The Colony, Rockwall, and beyond, each describing it slightly differently: as a "large blue and green ball with a orange tail," as "bright green," and as "real bright blue with a long fire trail behind it."
I actually saw it as it burned out. In what was undoubtedly an optical illusion, it looked like it was coming from south of downtown Dallas and moving in a northeast direction, as if headed for White Rock Lake. I happened to be watching a performance online by Bjork from Tuesday night's The Colbert Report. She sang "Cosmogony," a song from her new album Biophilia and I was trying to figure out the lyrics.

New image of the comet Garradd, ever closer to the globular cluster M92. In this case, I have worked with a greater resolution in such a way as to able to appreciate all the dozens of small galaxies present in the photo. apo 106/530 STL11000 L=600s in bin 1 RGB=60s each in bin2.
The star cluster and the comet are both located in the constellation Hercules, high overhead in northern hemisphere skies before sunrise. Sky and Telescope offers a sky map of the comet's path. Observers with computerized GOTO telescopes can track the comet by plugging in orbital elements from the Minor Planet Center.
At the moment, Comet Garradd has an astronomical magnitude of +6.5, invisible to the naked eye but an easy target for backyard telescopes. Forecasters expect it to brighten by a factor of ~2 in the weeks ahead as the comet approaches Earth for a 1.3 AU close encounter in early March. This could be a good time to invest in a Comet Hunter.
The 37-ton space rock crashed to Earth as part of a meteor shower between 4,000 and 5,000 years ago, forming a giant 48,000 square kilometer crater field in northeastern Argentina known as Campo del Cielo, or Field of the Sky.
Named El Chaco after the province it fell into, the meteorite is central to the world view of the native Moqoit people, many of whose legends, passed down from generation to generation, are based on the meteor shower.
The Moqoit First Nation was decimated following the arrival of the Spanish conquistadors in the 16th century and today there are only about 15,000 natives left, living mainly in far northeastern Argentina.
A controversy erupted when the Chaco provincial legislature in December approved a request by a pair of Buenos Aires-based artists to ship the meteorite to Germany to feature in the Documenta modern art exhibition.
Alan Strauss at the Mount Lemmon Sky Center in Arizona says these spectacular fireballs are quite common.
However, Strauss says people often miss them because they just don't look up that much.
Canada: Halifax, Nova Scotia - Ball of Fire
The fiery object appeared to travel from west to east over the Halifax area at around 9:30pm.
"People are curious," said Betty Fairbanks, a resident. "We'd like to know what went on what it was."
The incident happened Sunday morning around 8:00am when the sleepy town was shaken out of bed by some kind of loud boom.
"At first we thought a big tree limb had fallen on the house," said Fairbanks. "It shook the house."
Police Chief Jason Amodio says calls came in from a 4 mile radius, but no reports of damage or injury. But, most importantly, no cause.
"We've talked to several people about it we even called the Cayce quarry, but there's no indication of any kind of quarrying going on that time of day or that would even be loud enough to be heard in the town if it was," said Amodio.

The arc of light heading towards the earth is a coronoal mass ejection, which impacts the earth's magnetic field (shown in purple), causing magnetic storms.
Solar activity occurring miles outside Earth's atmosphere, for example, can trigger magnetic storms on Earth. These storms are visually stunning, but they can set our modern infrastructure spinning.
On Jan. 19, scientists saw a solar flare in an active region of the Sun, along with a concentrated blast of solar-wind plasma and magnetic field lines known as a coronal mass ejection that burst from the Sun's surface and appeared to be headed for Earth.
When these solar winds met Earth's magnetic field, the interaction created one of the largest magnetic storms on Earth recorded in the past few years. The storm peaked on Jan. 24, just as another storm began.
"These new storms, and the storm we witnessed on Sept 26, 2011, indicate the up-tick in activity coming with the Earth's ascent into the next solar maximum," said USGS geophysicist Jeffrey Love." This solar maximum is the period of greatest activity in the solar cycle of the Sun, and it is predicted to occur sometime in 2013, which will increase the amount of magnetic storms on Earth.
Comment: There may be several reasons why scientists are studying earth's magnetic field: New Sott Report: Strange Noises in the Sky: Trumpets of the Apocalypse?










Comment: Here's a closer view of the fireball: