[messierhunter]

I have been planning to monitor for lunar impacts myself on Saturday morning during the meteor shower's predicted peak. Providing the weather is clear, I'll be hosting a webcast observing the moon for lunar impacts starting around 4 am eastern time on Saturday morning. You can watch the webcast live on my channel:

http://www.youtube.com/messierhunter

[SpinnerWebb]

I am planning to head out beyond the city lights to see what may happen.

Hope for clear skies.

[GeronL]

I hope there will be images of those impacts

[rjsimmon]

[Adder]

And we came up with this complicated and obtuse name how?

Camelblablatoids? Really?

[Talisker]

Visible lunar impacts?

LOL, talk about downplaying an extraordinary and potentially catastrophically dangerous situation!

“Please move casually out the exits onto the plane wings, and bring your seat cushions to use as a personal floatation device that you might find useful after your egress...”

[Islander7]

Was lounging on the couch watching TV last night when I saw a very bright blue-green meteor streak across the sky through the window. Very cool sight.

[Stegall Tx]

GREAT! I’m going to be on the farm (35 miles from town) to view the festivities. Any chance that you will make a highlight reel available later?

[snooter55]

NW North Carolina Mountains . . . I’m on it ! !

Snoot ;o)

[sevinufnine]

Hoping to catch a glimpse of the meteor itself was quite a let down. Hopefully the meteor shower will not match that let down.

[adaven]

Won’t the moon be below the horizon when the shower is expected?

[Yosemitest]

A few things to look at and consider:

Comet 209P/LINEAR Earth Flyby Simulation ( 0:26 )
By SpaceRef on May 18, 2014
This simulation was created by Associate Professor Paul Wiegert of Western University's Centre for Planetary Science and Exploration (CPSX).
It shows the path of Comet 209P/Linear.
The resulting Carmelopardalis meteor shower scheduled to peak overnight on May 23rd could be spectacular for residents of North America.


The Changing Orbit of Comet 209P/LINEAR
By AstroGrav on May 16, 2014
An AstroGrav video that shows a simulation of the changing orbit of Comet 209P/LINEAR between the years AD 1700 and AD 2100.
The comet's orbit is currently inclined at an angle of approximately 20 degrees to the Earth's orbit,
and the omega symbols on its orbit indicate the ascending node and the descending node,
which are the points where it crosses the plane of the Earth's orbit.
To the left, the comet is above the plane of the Earth's orbit, and to the right, the comet is below the plane of the Earth's orbit.

In AD 1700, the points where the comet crossed the plane of the Earth's orbit were very far from the Earth's orbit.
As time passes, the comet's orbit is significantly changed due mainly to the gravitational influence of the planet Jupiter,
and as a consequence, the points where the comet crosses the plane of the Earth's orbit move significantly.
By AD 1787, one of these points (the descending node) had moved very close to the Earth's orbit, and is visible below the Sun in this video.
It stayed in this position until AD 1845, when it moved away.
In AD 2012, the descending node again moved very close to the Earth's orbit, and is visible below the centre of Monoceros in this video.
It will remain in this position until AD 2046.
There is no possibility of a collision with the Earth, because the comet and the Earth always arrive at the comet's descending node on different dates.

Comet 209P/LINEAR is the comet associated with the Camelopardalid meteor shower of 23rd/24th May 2014.


QUESTIONS: Comet 209P/LINEAR
Feb 27, 2014 By Yosemitest

[The Cajun]

Guess I'll be dragging out the old refractor.

[Pagey]

bttt

[Rebelbase]

Clear skies are forecast for my hideout on Saturday night.

[adaven]

Looks like the forecast is turning better for my location!! Really looking forward to this!