I just happened to be outside a few minutes ago and on my way back in I was looking at the stars because there were more out then normal. (I live in Southern California, it's tough to see them most of the time). So anyway, as I was looking up I see this light come out of nowhere and streak across half they sky. I've never seen one so bright before and it looked like it wasn't very high at all. It was pretty neat. What are the odds?
What are the odds?
The spoil the magic, higher than you think.
I think - probably based on something I read in passing - that the global background average is 1 or 2 per hour. Find yourself in the middle of a meteor shower though and that can jump to tens, hundreds, even peaking at a thousand per hour, depending on the shower.
Check out the List of meteor showers over on Wikipedia for more.
That's pretty cool. I was just asking about the odds in a rhetorical sense haha. I was outside less than a minute.
You could be a while working out those odds then. I do remember a friend telling me of a couple who saw shooting stars whenever they were out walking and she said to me "isn't that nice?", and being the cold heartless soul that I am I said words to the effect of "I suppose, not really anything special though, I mean the Earth ploughs through one hundred tons of debri—"
No, seriously, they are nice to catch sight of, and then you think that what made that flash could have been a lump of rock as small as a grain of sand to something as big as a grapefruit hurtling through the atmosphere. That's what makes them cool, and gives you all the more incentive to head outdoors during the next good meteor shower to catch a whole bunch more of them.
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I've just returned from Spain and I saw at least one shooting star each night I was there. I couldn't take my eyes off the sky, it was wonderful to see.
The great thing about science is, it's true whether you believe in it or not.
Is that 1 or 2 per hour worldwide? I saw two on Saturday night within a 30 minute period. Since I have only seen very few in my lifetime, I find them to be just as beautiful and awesome as the first time.
That's as 'normal' a figure as I can remember reading, yes, but it doesn't include aaaaaallll those meteor showers, and looking at the list you can see that more often than not we're in the middle of a shower, there are that many of them - we're in the Alpha Capricornids right now, that's a good 2-5 per hour, more nearer the peak which happens to have been July 30th. It's got absolutely nothing on the likes of the Leonids shower later in the year though.
Plenty of variables to work out, but you'll find it much closer to one a day than one a lifetime - and I remember those days before I knew about how common they were, and thinking it'd be awesome if I could ever see just one…
I did look at that list and it is impressive to me that we are almost constantly in some type of meteor shower. The night of those two I saw was probably linked to the Alpha Capricornids shower and what's crazy is I didn't even know it was happening. Since then I have been researching this topic a little bit and still have not found out if the same meteor showers can be seen worldwide. Is there somewhere I could be pointed to find this sort of information for dummies like me who do not know how to use declination and right ascension (which I am assuming is sort of like longitude and latitude)?
Also, you mentioned the peak as having the most meteroites being visible. Are there still plenty of them visible in, let's say for example, the week leading up? I know sites say they are visible for the whole time frame of the shower, but is there any period almost as good as peak to watch?
You're already looking at it, dive further into that Wiki list.
Each meteor shower has a radiant, or apparent point of origin in the sky, and the shower is usually/often named after the constellation where the meteors 'start' from. Simply find the meteor shower for the week, see what it's radiant is, look there in the night sky and start watching. Any place on the globe that can see the radiant should definitely see meteors coming from that direction.
Edit: Think flowers and petals. The center of the flower is the radiant and the petals are the direction the meteors head, literally in every direction from the center.
Edit edit: Even more obvious, think fireworks. The radiant is the point at which the firework explodes, and all the fancy sparkly lights are the meteors shooting out in all directions - the only difference is that the meteors for any given shower only appear to come from a single point in the sky, they haven't exploded out of that point or anything.
Showers vary both over time and between showers, some simply being more active than others, as there's more 'stuff' to go through and so more 'stuff' falling through the sky. The bigger showers should have longer and stronger peaks, and it'll roughly be a case of seeing more and more meteors and then loads of meteors and then less and less before you look for another patch of the sky at another time for the next shower.
Peaks are simply your best bet at seeing something. You can be a day or two out and still see something depending on the shower, but I guess it's like when do you go and see a car show? When the cars are driving to the show and setting up, or when the show is in full swing and open to the public?
I think it is 1 or 2 per hour on average from any location under ideal conditions, which most people don't enjoy.
I often wonder if a lot of the cosmophobia is due to people not being able to are the sky at night anymore, and therefore not understanding how normal a lot of these things are.
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