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Why, idk, but is most definitely a fact that they are becoming more frequent.
jjsr420
Not sure if this is the right place for this, if not; please move it mods. I've noticed recently there have been alot more posts about meteors. I've noticed alot more meteors in general both here, and elsewhere. I'm no scientist, or anything...but does that mean there are actually more events occuring?
Are meteors happening more, and more often?
Personally it makes me think that maybe somethings going on. Could anyone find some actual evidence for, or against, this? I mean something verifiable, not a youtube vid, or anything like that.
And if there are indeed more meteors happening; what does that bode for us?
A few thousand this month? Not on this planet. According the the AMS there have been 281 reported in September. 224 in January. 176 in July.
It seems like the amount of reported "fireballs", not shooting stars, has increased from a few hundred in just July of this year to a few thousand this month, not to mention the huge increase over the past few years.
Keywords: "hear about".
I disagree, fireballs used to be so rare we'd hear about a couple big ones every decade, now we hear about that amount every day sometimes.
Tinkerpeach
jjsr420
reply to post by Tinkerpeach
But does the rise in activity signify either a large impact, or many smaller impacts?
No
As to your question specifically, there has been nothing happening to cause more meteor activity. Mars didn't blow up and is sending a bunch of new stuff our way or anything. Our gravitational pull did not increase, bringing more space debris into our atmosphere or anything like that.
Throw a bunch of Ping-Pong balls in a pool, wait a few minutes and go in. As you swim around you will pass through some open water and spots where a lot of balls have seemed to mass together.
Its kind of the same analogy.
We will simply pass through stuff or it will pass by us.
Odds are there are simply more people looking up at the sky and taking pictures. Maybe Best Buy had a sale on cameras recently or something but nothing new has happened to cause more meteor impacts.
ProfessorChaos
reply to post by jjsr420
Somewhere between 36 and 166 meteorites larger than 10 grams fall to Earth per million square kilometers per year, which translates to 18,000 to 84,000 meteorites bigger than 10 grams over the whole surface of the Earth per year.
Source
I would submit that the events aren't happening more often, but are being reported more often.
But most meteorites are too small to actually fall all the way to the surface.
A fireball is a much larger meteor that streaks across the sky and no matter what spin you want to put on it, we Earthlings are seeing more "fireballs."
A fireball is another term for a very bright meteor, generally brighter than magnitude -4, which is about the same magnitude of the planet Venus in the morning or evening sky.
"Fireballs you can see relatively easily in the daytime and are many times that size – anywhere from a baseball-sized object to something as big as a minivan."
Well that would depend on how much time one spends looking for them. And its much easier to hear about those reports now thanks to social media and better reporting resources. Here are some reports from Canada, before the internet. Did you hear about any of them?
It's not better reporting. I think most of these witnesses, by what you read in their descriptions, would know whether what they are seeing is extraordinary or just another shooting star. Over the past year, many of these "fireball" witnesses are reporting seeing something like they've never seen in their lifetimes.
Experienced observers can expect to see only about 1 fireball of magnitude -6 or better for every 200 hours of meteor observing, while a fireball of magnitude -4 can be expected about once every 20 hours or so.
Search Von Braun and his predictions and you should find it.
I had seen maybe 5 or 6 in 27 years. Then to add to that one earlier this year in KY then 2 days ago, 2 huge ones over the same states within 4 or so hours of each other.
Additionally, the brighter the fireball, the more rare is the event. As a general thumb rule, there are only about 1/3 as many fireballs present for each successively brighter magnitude class, following an exponential decrease. Experienced observers can expect to see only about 1 fireball of magnitude -6 or better for every 200 hours of meteor observing, while a fireball of magnitude -4 can be expected about once every 20 hours or so.
You could be wrong about that. Think more softball or football sized.
(by larger, I imagine these fireballs are a few meters in order to burn so long).