A friend of mine who works for NASA (or at least in the downstream distribution of NASA satellite data) and is an amateur astronomer and photographer sent me this information: (Thanks Indy!) - Maybe it'll be useful to some....
So, this coming weekend, specifically Friday night/Saturday morning, there is to be a brand spanky new meteor shower happening. So brand spanky new it hasn't been observed before, because the dust from the associated comet has not intersected with Earth's path until now. And because of all the uncertainty with the debris stream, there are heavy caveats to "this MAY happen" - but if it does...brand new event never before seen!
Given that it's so new, that nothing is *known* about it, anything could happen. It could fizzle. Or it could become the most spectacular thing to happen since the Leonid meteor storm of 2002 (it is unlikely, however great this meteor shower gets, that it'll get THAT good!).
So, first, the nuts and bolts for this weekend. The meteor shower is *predicted* to reach it's peak between the hours of 2am and 4am Eastern Daylight Time on the morning of May 24th (adjust your times accordingly with respect to your time zones; example, midnight to 2am Mountain Time). BUT, because there are uncertainties in exactly where the dust ball is that we will be passing by, it could peak upwards of a few hours on either side of that. However, the meteor folk who have been tracking this stuff are reasonably confident on their predict times.
Further to this, it's not known how distributed the debris cloud is. It could be pretty compact, in which case the peak may last only a few minutes. Or it could be fairly distributed, in which case the peak could last for hours. Or it could be clumpy, in which case there may be more than one peak! Again, new brand spanky new meteor shower, we have no idea yet! :-D
Second, the meteor shower will appear to be coming out of the *very* obscure constellation of Camelopardalis, which is situated to the right of the Big Dipper, left of Cassiopeia, and below the Little Dipper (see attached image). It's a pretty sparse area of sky. The constellation is so obscure that in the decades of my looking at the sky, I've never tried tracing it out. Maybe this weekend I finally will. :-D
So, given the above radiant, your best option to face during the shower is to the north (and if you're not sure where that is - and not everyone does, especially if they are directionally challenged - remember where the sun went down, then stand so that direction is off to your left :-) ). But don't *focus* on staring to the north! Look around. Face east a bit. West. Look overhead! Meteors can fall all around. It's just that you will likely see more (albeit shorter, quicker) meteors coming out of the north than you will to the west, east, or overhead (which will be longer, and slower, but relatively fewer). But don't restrict yourself to only northward-looking.
Darkness. If at all possible, you want to find the darkest location you can to see this. That means, getting out of and AWAY from the cities. Light pollution will utterly swamp the sky, and you won't see ANYthing. :-( The further away from lights you can get, the better. And get to a location where you have open skies, a view to the north, and can see as much of the sky as possible (being in the middle of the woods - dark or not - won't do you a bit of good in viewing the sky much)
Dressing for the Weather. Assuming it'll be clear where you are, check the forecasted temperature lows, and dress as if it will be 10-15 degrees cooler/colder than that. Hats are good. :-) Meteor watching - heck, night sky watching in general - is not among the more heat-inducing activities. ;-) Also, lawn chairs or blankets, and sleeping bags, are nice to have. Be comfortable!
What you MIGHT expect to see? Really, nobody *knows* for certain, but I've seen some healthy numbers tossed out that you COULD MAYBE see upwards of 100-400 meteors/hour (comes out to 1.5 to almost 7 meteors/minute). That's a healthy number, but it is not a storm (you need 1000+ meteors/hour to make it a meteor storm; don't let any popular media fool you on this). The vast majority of meteor showers that occur during the year only yield 10-20 or so meteors/hour. The most popular meteor showers - the Perseids and the Geminids - have usual runs going from 50-120 meteors/hour (they are popular because the meteors are plentiful - averaging 1-2 meteors/minute - and bright). This new meteor shower...it could fizzle to be something on the order of 5-10 meteors/hour, or it could meet the predicts and be a pretty spectacular show! We won't know until Saturday morning.
Note: if you see meteors moving across the sky from directions other than the general vicinity of Camelopardalis, those would probably be sporadics, random meteors that burn through our skies all the time (but fairly infrequently), not associated with any specific meteor shower. They often have characteristics different from those of a meteor shower (faster, slower, different color, brightness/dimness, etc). Just an fyi, in case you see any and they aren't "behaving" like the Camelopardalids (assuming this new meteor shower kicks off as is hoped).
Unfortunately for a vast majority of the people in the world, they won't get to see this show. Because it's coming out of the north, and from the nominal circumpolar constellations, folks in the southern hemisphere are unlikely to see anything. And for those in the northern hemisphere, the further south one is in the hemisphere, the less one will see. Also, due to the predicted timing of the peak, the majority of the meteors are supposed to occur in the wee hours for the eastern United States and Canada. But because the radiant is so high in the north, even western US/Canada will get their opportunity to see it in their hours earlier than the Eastern folks (remember, adjust for the time zones; consider the peak time to be the benchmark and adjust your views accordingly).
Also, those folks in Europe/Asia will be in daylight during the peak of the shower. :-( (well, the Europeans did get to see 1000+ meteors/hour during the great Leonid Meteor Storm of 2002; I "only" got to witness a rate around 600-800/hour by the time this part of the world rotated into the stream).
Finally, just because the peak is slated for 2-4am Saturday morning does not mean there won't be meteors falling earlier or later. We don't know how broad or sharp the peak is, so there could be a good show going on a couple hours before or after the peak time. We Just Don't Know. But we will find out! :-)
Some links for you:
Earth-Sky:
http://earthsky.org/space/comet-209p-linear-meteor-shower-storm-may-2014
Universe Today:
http://www.universetoday.com/111474/may-meteor-storm-alert-all-eyes-on-the-sky/
Bad Astronomy Blog:
http://www.slate.com/blogs/bad_astronomy/2014/05/20/camelopardalids_a_new_meteor_shower_from_comet_209p_linear.html
Astro Bob's Blog:
http://astrobob.areavoices.com/2014/05/19/the-sky-is-falling-surprise-meteor-shower-may-strike-saturday-morning/
If it's cloudy where you are, or you are in a part of the world where you'll be unable to view the show, you can view it life here:
http://events.slooh.com/
If you want to try your hand at photographing the shower, tons of sites out there with good base 'how to' info:
https://www.google.com/search?q=how+to+photograph+meteor+showers