Possible meteor storm night of 5-30/5-31

There is a possible meteor storm from a comet that broke apart in 1995. There could be 1000 or more meteors per hour. North America is well placed if the timing is right. This has a slim chance of happening but if it does it would be worth seeing. Still, I will be keeping an eye on the sky.

https://spaceweatherarchive.com/2022/05/26/the-tau-herculid-meteor-shower-possible-outburst/

Thanks for the heada up.

Kewl, tnx!

thanks.
saw the predictions last week.
there will be a New Moon, and here we
have good weather so it could not be better.

Cool, that would be a first for me.

Keep in mind the “storm” designation is based on if you are located where radiant is at zenith, and skies are dark dark (e.g., panhandle ok dark).

Reason I am clarifying is you may well see much less than 1000 in an hour but still have witnessed a meteor storm. Your observations are corrected for how dark it is at your site (limiting magnitude), radiant altitude, etc. and then converted to what you would have seen under dark dark skies if the radiant had been at zenith.

Look here for more facts. AMS

Take a peek tonight, you never know. May be a cousin Eddie “it’s a bust” or may be a special event.

I love this stuff but I think it’s gonna be cloudy here. Bummer.

i just saw a glint around 10:20 Central time.

From the sky map, when facing South look nearly straight up to see the region of expected activity. There is a big bright star right there in the middle of the sky, that is Arcturus (it appears reddish to me, but i have light pollution and not a dark dark sky).

Unfortunately they don’t identify Arcturus in this sky map, but it is just below and to the left of the Big Red Dot. It is the brightest thing up there and will be a good marker to get you in the right location.

Sky and Telescope has a good interactive map that shows Hercules slightly to the North East of Arcturus.
https://skyandtelescope.org/interactive-sky-chart/

[Edit, 11:20, saw a few more glints and Arcturus is not directly straight up anymore, it has moved about 10d to the West. It will be 15d to the West at midnight, which is supposed to be the max meteor viewing time.

12:20, i saw 2 long sparklers about 10 minutes apart at 11:40 and 11:50, then it was a big nothin burger. Hercules was directly overhead at midnight.

No storm here. In about 1 hour of watching I saw 18 meteors that were probably from the shower. Most were faint, short and relatively slow. Better than nothing but surely not impressive.

18 meteors in 1 hour is really not too bad at all for a “normal” night of meteor watching.

I only saw 3 or 4 in about 30 minutes, and only 1 of them looked to trace back to the Tau Herculid radiant.

Firefly population seems robust, though. Normally like to see them but can be annoying when meteor watching.

Amazing ...Simply amazing...

www.youtube.com/embed/rwcBaG-S7UA

Hazy last night, no stars, and even (presumably) Arcturus was barely visible peeking through the occasional thinner patches of haze.

Too bad the weather here is not good. Hoping to see meteors soon.


Tow Truck Lakewood

last night was better than a “normal” night for meteors,
but you have to grab a chance when it appears.
Clear Weather, a New Moon, and Meteors
does not happen often.

Please realize that we are so isolated in this solar system of ours. All of the debris we get is not only from local asteroids, but not even remotely close to what lies way far out in the Oort Cloud (the ring more than one light year out at the solar system’s edge). To think that all of our asteroids that have changed life on earth and killed the dinosaurs was only from what was immediately from the Late Heavy Bombardment. It’s crazy that we still get stuff.

quote:
“It’s crazy that we still get stuff.”

might be REALLY crazy
when we get LOTS of it.

And we can STILL die from it!

Here is a snapshot of how much stuff is nearby. The 2022 in first column shows how many have only been discovered this year. So there are tons that we don't know about yet. That's a lot of rocks whizzing by every week.

On June 1, 2022 there were 2282 potentially hazardous asteroids.
Recent & Upcoming Earth-asteroid encounters:
Asteroid
Date(UT)
Miss Distance
Velocity (km/s)
Diameter (m)
2022 KE5
2022-May-26
1.1 LD
17.1
9
2022 KV
2022-May-27
6.2 LD
11.1
23
2022 KZ1
2022-May-27
9.6 LD
22.5
21
7335
2022-May-27
10.5 LD
13.1
1078
2022 JU1
2022-May-27
15.1 LD
6.1
36
2022 KK3
2022-May-28
2 LD
10.6
8
2022 KA
2022-May-28
14.8 LD
8.6
34
2022 JY
2022-May-28
15.1 LD
11
66
2022 KF3
2022-May-28
3.6 LD
20.9
14
2022 KT
2022-May-28
9.5 LD
6.7
12
2022 KJ5
2022-May-29
7.4 LD
13.7
38
2022 KK5
2022-May-29
3.5 LD
8.9
34
2022 KC1
2022-May-29
4.1 LD
11.4
29
2021 KO2
2022-May-30
3.1 LD
14.8
9
2022 KD1
2022-May-30
4.6 LD
10
21
2022 KO3
2022-May-30
0.8 LD
9.7
9
2022 KQ5
2022-May-30
0.1 LD
7.3
5
2022 HT2
2022-May-30
11.9 LD
15.7
224
2022 KW4
2022-May-30
1.8 LD
5.4
8
2022 KB1
2022-May-31
4 LD
17.3
33
2020 DA4
2022-Jun-01
5.5 LD
8.9
26
2022 KK4
2022-Jun-01
19.5 LD
7
41
2022 KP3
2022-Jun-02
3.4 LD
7.2
7
2022 KN5
2022-Jun-02
4.2 LD
18.1
21
2022 KO5
2022-Jun-02
16.7 LD
5.8
24
2022 KD2
2022-Jun-03
6.4 LD
6.8
46
2022 KH1
2022-Jun-03
12.5 LD
9.6
28
2022 KC4
2022-Jun-03
5.2 LD
11.5
19
2022 KJ3
2022-Jun-03
17.8 LD
7.7
31
2022 KZ5
2022-Jun-04
8.3 LD
9.1
16
2022 KB3
2022-Jun-06
2.9 LD
11.9
16
2021 GT2
2022-Jun-06
9.5 LD
7.5
50
2022 KV3
2022-Jun-07
17.8 LD
3.9
24
2022 KV1
2022-Jun-08
11.2 LD
15.2
60
2018 LU2
2022-Jun-09
14.8 LD
10.7
16
2022 KM1
2022-Jun-09
16.3 LD
11.1
43
2022 KC3
2022-Jun-10
6.4 LD
4.6
17
2006 XW4
2022-Jun-12
5.9 LD
7.3
49
2022 GU6
2022-Jun-12
3.2 LD
8.4
88
2015 WP2
2022-Jun-26
18.5 LD
11.4
3
2022 JE1
2022-Jul-03
8.6 LD
5.6
74
2021 EL4
2022-Jul-05
19.8 LD
9.5
25
2015 OQ21
2022-Jul-12
18.3 LD
6.6
9
2022 KY4
2022-Jul-17
15.9 LD
7.6
92
2021 OT
2022-Jul-17
16.5 LD
11.2
20
349068
2022-Jul-19
17.6 LD
22.9
756
2017 RX2
2022-Jul-24
17.2 LD
14.2
17
2016 CZ31
2022-Jul-29
7 LD
15.6
129
Notes: LD means "Lunar Distance." 1 LD = 384,401 km, the distance between Earth and the Moon. 1 LD also equals 0.00256 AU. MAG is the visual magnitude of the asteroid on the date of closest approach.