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Vatic Note: That makes two places that have been hit, one in Louisiana, and one in California. There are "possibly" some serious faults with this report. Or this is a separate incident that was not visible as high up as the meteors we saw were. What the means is they do not mind reporting the small stuff, and not the big ones. Look at the photos below and those of a long skinny tail while we saw three big fat long tails, very fat. Way bigger than what this below is showing, so it could have been debri off the meteor that fell once they began coming down since they were burning up as they came in.
First of all this may have been debri from one of the "METEORS" that we told you about that I and 3 friends saw in the sky on our way to a town 60 miles away. This report is trying to treat them like normal for this time of year. NOT SO! The timing is perfect as was the direction which is west of our location in Colorado. There were three meteors we saw and I suspect two of them must have gone out to sea or possibly all three of them with one of them leaving debri behind to hit that house. The dates here match. I have never seen them spend this much time reporting on a small meteorite, so why? To distract us from the larger seen meteors? Would they report it if it hits something on land? I don't know.
THESE THAT WE SAW WERE NOT meteorites which are small and do shooting star type of traveling, these were much bigger, had tails that were long and wide. The Leonids that come every October are meteorites from the belt within our solar system. The meteors that we saw could only have come from debri pushed out of the Ort Cloud by Nibiru. When have we ever seen the news spend this much time on a meteorite that shows up every October? Yet no time on the meteors we saw and I am sure others reported them as we did.
We simply do not see 5 meteors in 3 days. The next day after seeing the 3, with three witnesses, I saw another one the next day and a fifth one on the third day and pointed them out to others to make sure people knew what was happening. It was after reporting these FIVE meteors that chemtrail dumping began again. and I suspect that was to hide any others that might show.
Meteor Hits House, Part Of Fireball Over California Found On Rooftop
http://beforeitsnews.com/space/2012/10/meteor-hits-house-part-of-fireball-over-california-found-on-rooftop-2448356.html
by Alton Parish, Before Its News
Vatic Note: That makes two places that have been hit, one in Louisiana, and one in California. There are "possibly" some serious faults with this report. Or this is a separate incident that was not visible as high up as the meteors we saw were. What the means is they do not mind reporting the small stuff, and not the big ones. Look at the photos below and those of a long skinny tail while we saw three big fat long tails, very fat. Way bigger than what this below is showing, so it could have been debri off the meteor that fell once they began coming down since they were burning up as they came in.
First of all this may have been debri from one of the "METEORS" that we told you about that I and 3 friends saw in the sky on our way to a town 60 miles away. This report is trying to treat them like normal for this time of year. NOT SO! The timing is perfect as was the direction which is west of our location in Colorado. There were three meteors we saw and I suspect two of them must have gone out to sea or possibly all three of them with one of them leaving debri behind to hit that house. The dates here match. I have never seen them spend this much time reporting on a small meteorite, so why? To distract us from the larger seen meteors? Would they report it if it hits something on land? I don't know.
THESE THAT WE SAW WERE NOT meteorites which are small and do shooting star type of traveling, these were much bigger, had tails that were long and wide. The Leonids that come every October are meteorites from the belt within our solar system. The meteors that we saw could only have come from debri pushed out of the Ort Cloud by Nibiru. When have we ever seen the news spend this much time on a meteorite that shows up every October? Yet no time on the meteors we saw and I am sure others reported them as we did.
We simply do not see 5 meteors in 3 days. The next day after seeing the 3, with three witnesses, I saw another one the next day and a fifth one on the third day and pointed them out to others to make sure people knew what was happening. It was after reporting these FIVE meteors that chemtrail dumping began again. and I suspect that was to hide any others that might show.
Meteor Hits House, Part Of Fireball Over California Found On Rooftop
http://beforeitsnews.com/space/2012/10/meteor-hits-house-part-of-fireball-over-california-found-on-rooftop-2448356.html
by Alton Parish, Before Its News
Monday, October 22, 2012 19:25
Last evening, Peter Jenniskens investigated what appears to be
the first confirmed meteorite recovered from this fall. Below is a brief
report and some pictures (courtesy P. Jenniskens SETI Institute/NASA
ARC). SETI has proposed the name Novato meteorite, pending approval by
the Meteorite Nomenclature Committee.
Credit: SETI
At the time of last Wednesday’s fireball, a rock was heard hitting the roof by homeowner Lisa Webber, Administrative Nurse I at the Department of Dermatology of the University of California, San Francisco Medical Center, an inhabitant of Novato, California.
After reading Dave Perlman’s article in the San Francisco Chronicle on Saturday, describing the NASA/CAMS meteor trajectory predicted impact area centered on Novato, Lisa remembered hearing the sound and went outside to search for the rock that hit.
The CAMS project obtained two views of the fireball track, one by our regular 20-camera station, the other by the single-camera station at San Mateo College. We calculated a trajectory and projected a fall area in the North Bay, from east of Rafael over Novato towards Sonoma/Napa.
Credit: SETI
At the time of last Wednesday’s fireball, a rock was heard hitting the roof by homeowner Lisa Webber, Administrative Nurse I at the Department of Dermatology of the University of California, San Francisco Medical Center, an inhabitant of Novato, California.
After reading Dave Perlman’s article in the San Francisco Chronicle on Saturday, describing the NASA/CAMS meteor trajectory predicted impact area centered on Novato, Lisa remembered hearing the sound and went outside to search for the rock that hit.
The CAMS project obtained two views of the fireball track, one by our regular 20-camera station, the other by the single-camera station at San Mateo College. We calculated a trajectory and projected a fall area in the North Bay, from east of Rafael over Novato towards Sonoma/Napa.
The rock found by Lisa Webber: the Novato meteorite numbered N1. Scale is in inches. Click on picture for higher-res version.
Credit: SETI
During the search, Lisa found this rock in her yard. It is 63 grams, dense (feels heavy) and responds to a magnet (note: better to keep magnets away from meteorites to preserve the natural magnetic field). She contacted Peter Jenniskens and made arrangements, in her absense, for him to meet with neighbours Luis Rivera and Leigh Blair. The meteorite had fallen on the birthday of their son Glenn Rivera.
Luis Rivera climbs on the roof to search for the impact dent.
Credit: SETI
“I wasn’t sure at first”, says Jenniskens. “The meteorite looks very unusual, because much of the fusion crust had come off.” To help investigate the fall site, Rivera and Jenniskens inspected the recently newly resurfaced roof and Rivera found a small dent that was consistent with the meteorite having hit the roof from a SW direction.
Impact dent
Credit: SETI
.
Luis Rivera with impact dent.
Credit: SETI
The meteorite appears to be a breccia, with light and dark parts. That makes it interesting to find out how diverse this meteorite is from future finds. Jenniskens plans to tally future finds and assign those a find number to possibly relate properties of the meteorites to their location in the strewnfield and association in the asteroid.
“The significance of this find”, says Jenniskens, “is that we can now hope to use our fireball trajectory to trace this type of meteorite back to its origins in the asteroid belt.”
The find helps define the trend line along which other meteorites would have fallen. The line runs from just east of San Rafael, over west Novato, towards Sonoma. According to Jenniskens, it is likely that larger fragments fell NNE towards Sonoma. Rains are predicted starting this evening, so he hopes that more meteorites will be recovered today.
Preliminary trajectory calculated by Peter Jenniskens from Sunnyvale and San Mateo College Observatory CAMS video data.
On 2012, October 18 – Only one of the three regular 20-camera CAMS stations caught the fireball, the NASA/CAMS Sunnyvale station (Jim Albers). For the two other sites, the fireball was just outside the field of view.
Fortunately, thanks to the single-CAMS program run by Dave Sammuels), there was a single-CAMS camera setup at the San Mateo College observatory (Dean Drumheller). That one camera provides the second view for triangulation.
The video is too bloomed for the regular software processing to work, but the average frames show a nice streak, which was used to combine with the early trajectory part from Sunnyvale, using AstroRecord and FIRBAL software.
Credit: SETI
During the search, Lisa found this rock in her yard. It is 63 grams, dense (feels heavy) and responds to a magnet (note: better to keep magnets away from meteorites to preserve the natural magnetic field). She contacted Peter Jenniskens and made arrangements, in her absense, for him to meet with neighbours Luis Rivera and Leigh Blair. The meteorite had fallen on the birthday of their son Glenn Rivera.
Luis Rivera climbs on the roof to search for the impact dent.
Credit: SETI
“I wasn’t sure at first”, says Jenniskens. “The meteorite looks very unusual, because much of the fusion crust had come off.” To help investigate the fall site, Rivera and Jenniskens inspected the recently newly resurfaced roof and Rivera found a small dent that was consistent with the meteorite having hit the roof from a SW direction.
Impact dent
Credit: SETI
.
Luis Rivera with impact dent.
Credit: SETI
The meteorite appears to be a breccia, with light and dark parts. That makes it interesting to find out how diverse this meteorite is from future finds. Jenniskens plans to tally future finds and assign those a find number to possibly relate properties of the meteorites to their location in the strewnfield and association in the asteroid.
“The significance of this find”, says Jenniskens, “is that we can now hope to use our fireball trajectory to trace this type of meteorite back to its origins in the asteroid belt.”
The find helps define the trend line along which other meteorites would have fallen. The line runs from just east of San Rafael, over west Novato, towards Sonoma. According to Jenniskens, it is likely that larger fragments fell NNE towards Sonoma. Rains are predicted starting this evening, so he hopes that more meteorites will be recovered today.
Preliminary trajectory calculated by Peter Jenniskens from Sunnyvale and San Mateo College Observatory CAMS video data.
On 2012, October 18 – Only one of the three regular 20-camera CAMS stations caught the fireball, the NASA/CAMS Sunnyvale station (Jim Albers). For the two other sites, the fireball was just outside the field of view.
Fortunately, thanks to the single-CAMS program run by Dave Sammuels), there was a single-CAMS camera setup at the San Mateo College observatory (Dean Drumheller). That one camera provides the second view for triangulation.
The video is too bloomed for the regular software processing to work, but the average frames show a nice streak, which was used to combine with the early trajectory part from Sunnyvale, using AstroRecord and FIRBAL software.
The preliminary trajectory is plotted in the image above. The
potential fall area is over land. The asteroid entered at a speed of 14
km/s, typical but on the slow side of other meteorite falls for which
orbits were determined. Good chance a relatively large fraction of this
rock survived.
The fall area is in the North Bay. The orbit in space is also rather typical: perihelion distance close to Earth’s orbit (q = 0.987 AU) and a low-inclination orbit (about 5 degrees). Much more accurate results will follow from a comprehensive study of the video records. Now, we hope that someone recovers a meteorite on the ground…
Image by San Mateo College student Paola-Castillo, using her cell phone while stuck in traffic.
Image by Rachel Fritz and Rick Nolthenius of Cabrillo College, Aptos
Image by Wes Jones, Belmont
The fall area is in the North Bay. The orbit in space is also rather typical: perihelion distance close to Earth’s orbit (q = 0.987 AU) and a low-inclination orbit (about 5 degrees). Much more accurate results will follow from a comprehensive study of the video records. Now, we hope that someone recovers a meteorite on the ground…
Image by San Mateo College student Paola-Castillo, using her cell phone while stuck in traffic.
Image by Rachel Fritz and Rick Nolthenius of Cabrillo College, Aptos
Image by Wes Jones, Belmont
The article is reproduced in accordance with Section 107 of title 17 of the Copyright Law of the United States relating to fair-use and is for the purposes of criticism, comment, news reporting, teaching, scholarship, and research.
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