Brief But Intense Meteor Shower On January 4th
PolygamousRanchKid writes with this quote:
"Sky watchers are in for their first treat of 2012, as the short but intense Quadrantid meteor shower will light up the northern sky in the early morning of Jan. 4. According to a NASA web page on the Quadrantids, there could be as many as 200 meteors per hour, though the average rate is about 60 to 100 per hour. ... The Quadrantids have not been studied as extensively as some of the better-known meteor showers like the Perseids and Geminids, possibly because it's best visible in far northern latitudes, where its appearance coincides with cold weather."
I for one support our new metoric overlords
But how ghay will it be by the end of 2012?
Only you know.
... UTC, I have to assume.
... through all the Michigan snowfall and clouds, lying on my icy roof. It'll be great!
So, when is it gonna be most intense? At 3 AM my local time? It will rain for whole day (NASA says just a few hours), so everyone can get most of it at 3 AM? Or its 3 AM for some place in USA that seems to be obvious choice for everyone, but me...
The 4th is our 37th wedding anniversary and the sky is celebrating.
Non bene pro toto libertas venditur auro
http://www.spacedex.com/quadrantids/
Go Quadrantids!
Max. will presumably occur during daylight hours in Europe, where I am.
bjd
That's what she said.
Rebooking my flight for the 5th.
Have you stayed together this long because:
A) You have a religious/social sense of obligation.
B) You have kids, and separating would be too hard on them.
C) You can't afford a divorce.
D) You have an open relationship and regularly go on adventures without one another, but still like each other too.
E) You actually still like each other, and would prefer to continue spending time together rather than every thing/one else you could be doing.
Personally I haven't found anyone to be interesting or interested enough to justify a lifelong commitment. The world is just too full of variety to pass it all up. I also don't know very many people who stick with it this long, or would ever want to, so I am curious as to the motivations of those who do.
Triffids beware. It is 2012 after all.
Cool, thanks a lot man!
75% moon will make it difficult to observe except for the brightest exemplars.
I do not believe in karma. "Funny"=-6. Do good and forbid evil. Yours, Oft-Offtopic Flamebaiting Troll.
Finally: according to that page the peak is on the morning of January 4th (7:30UTC)
Apparently the other articles think there's only 1 time zone in the world ("3am" is meaningless to me without specifying the time zone)
Cheers for that! I don't suppose you know why they list both the UK and Scotland in the times/locations list do you?
You'll need two more hours of nothing to make one hour of 200/hr into 60/hr. Do they mean 20 meteors in a 6-minute spike?
At least you aren't where I am: Canada - the second North America. Apparently I'm not even there as it is, since the Northwest Territories do not exist for them.
But I'm not planning on being outside in -30 Celsius with the 40km winds/60 km gusts we've had lately.
I fully agree. It's a pity that the timezone is almost never mentioned in this kind of articles.
It's Nibiru! The giant pink bunny told me so.
Lock up your brussel sprouts, the world is about to end.
that's no moon...
sag
Seriously???
You are up to date on the details that the moon orbits the Earth about once every month, while the Earth rotates once every day, right?
So given that and the statement "The waxing gibbous moon will set around 3 a.m. local time" can you work out what they mean by "local time".
The moon's daily trek across the sky is due to the rotation of the Earth, not the orbit of the moon. Hence the moon will set at 3am "local time" everywhere, excluding daylight saving time - but given it is the middle of winter and we are only talking about the northern parts of the northern hemisphere there won't be anyone on daylight saving time.
Radio detection and ranging, not *sound* detection and ranging.
Although in this case, it's more detection than ranging.