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Originally posted by Mugen
....no I can't. OH, you're not looking at the right lights. Lokk at the tiny flashing lights in the background. That's besides my experience though.
Originally posted by woogleuk
Originally posted by Mugen
....no I can't. OH, you're not looking at the right lights. Lokk at the tiny flashing lights in the background. That's besides my experience though.
In that case....those lights seem to move with the camera, I would say the person is filming behind glass and the lights are in the room with him/her reflecting off the glass.
They seem to move too quickly (and with the camera) when the cameraman moves to the left.
Originally posted by Manhater
Originally posted by christine76
Here is a really good picture from North Texas. You can really see the green glow that others are describing.
Another awesome picture..
I've seen that picture before. Can't be the same meteor.
Originally posted by christine76
Can't expect the local media to research their source. Right?
Originally posted by FireballStorm
Originally posted by christine76
Can't expect the local media to research their source. Right?
The media are useless in general at researching anything connected to meteors.
I should also add that this was a genuine meteor/fireball.
So far 105 reports have been submitted to the American Meteor Society and they are consistent with a large fireball.
It's also worth noting that fireballs of this magnitude are usually not connected to annual meteor showers such as the Geminids. It's much more likely that it was caused by a small asteroid/asteroid fragment entering the atmosphere. Random asteroid hits like this one are not uncommon, but this one was was probably a little bit larger than most that we hear about.
linky
All in all, it’s an awesome year to watch the Geminids. What’s more, astronomers are beginning to talk about the Geminids’ parent object in a whole new way. This object, called 3200 Phaethon, has had astronomers stumped for years because – although comets are known to spawn all the other annual meteor showers – this object looks like an asteroid. Now astronomers are thinking 3200 Phaethon might a member of a whole new category of objects, which they’re calling rock comets. If so, you might say the Geminid meteor shower is a rock comet meteor shower. The video below explains more.
Originally posted by christine76
Not sure how you can make such a statement. I mean what makes you the authority?
Is there a chance of a meteor from a meteor shower or storm reaching the ground as a meteorite, and is it dangerous to observe meteor storms?
The meteoroids which make up a meteor shower or storm are very fragile in nature, and are composed of a somewhat “fluffy” composite of material from which all volatile material has escaped, due to many trips near the sun. This material readily vaporizes in the upper atmosphere, and is given the descriptive name of “friable” material. While quite spectacular to watch, a meteor storm presents no real danger to the viewer, who is protected by miles of atmosphere.
For example, we know that the shooting stars we normally see
are actually VERY high up in our atmosphere - they generally
become visible at altitudes of 80 kilometers or more. And of
course, if you aren't DIRECTLY under the meteor, you will
see it at an angle, from much further off along our globe...
Second, we know that even bright meteors are usually from
very small particles: one the size of a house might light up
the sky like a second sun! And because of the tremendous
energy that a desk- or basketball-sized meteoroid generates
when it "belly-flops" into our atmosphere at over 30,000
mph, we know meteors almost NEVER survive atmospheric entry!
We also know that these small particles - especially the
ones which come from the meteor showers - are usually NOT
very dense. Instead of thinking of them as little rocks or
sand grains, the best analogy for them seems to be "Cosmic
Dustbunnies", or even "Celestial Cotton Candy".
Because of the the small size and low density of meteor-
shower meteors - even the very brightest ones - it's no
small wonder that a meteorite has NEVER been definitely
associated with a meteor shower! Instead, the kind of large,
hard, dense matter that could survive earth's atmosphere is
generally theorized to come from some where else - most
likely, the rocky "asteroids" between the planets. And these
objects are no more common during meteor showers than they
would be at any other time of year.
Originally posted by TXTriker
reply to post by randyvs
Look at a map and then visualize flipping Texas left, right and up. It would touch each coast and canada. From Louisiana to El Paso is over 800 miles.
Originally posted by christine76
The National Weather Service tweeted that it could be part of a Russian satellite.
NWSHouston@NWSHouston
Preliminary info on strange morning flash over Houston. May have been debris from Russian satellite COSMOS 2251 re-entering atmosphere.