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<!--#set var="title" value="Geminid Meteor Shower 1998" -->
<!--#set var="date" value="December 2 1998" -->
<!--#set var="headline" value="Here Come the Geminids" -->
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<p>
If the current warm weather continues, you may be able to enjoy the annual
Geminid Meteor Shower and not even get too cold.  Stargazers of all ages
can look forward to the Geminids, which peak on the night of December
13/14 (Sunday night/Monday morning).</p>

<p>
The Geminids are one of the three
annual meteor showers with the highest annual peak meteor rates:  the
Perseids (August) and the Quadrantids (January) being the other two.  At
its peak, the shower may generate up to 80 meteors an hour (most people
will see fewer due to local haze and light pollution).  Find a dark
location, grab a lawn chair or blanket, warm clothes, and some munchies
and you're ready to go.  Sunset occurs just after 5 PM and the waning
crescent Moon will not rise until after 2 AM on the 14th, so moonlight is
not a problem until then.  Remember, despite the current balmy weather,
December night observing can be one of the coldest things you can do,
because you are just standing around, not being very active - so go
prepared.</p>

<table border=0 cellpadding=6 align=right width=250><tr><td
bgcolor=333333>
<font size=2 face="sans-serif" color=ffffff>
<i class=text>For more about meteor showers, visit these sites!</i><br>

<!--#include virtual="../../Links/!meteors.html" -->
<a
class=ext
href="http://science.msfc.nasa.gov/newhome/headlines/ast04dec98_1.htm">The
Mysterious Geminid Meteor Shower</a><br>
 </td></tr></table>


<p>
For this special event the Morehead Planetarium, <a
href="http://www.unc.edu/~dragon/chaos">CHAOS</a> (Chapel Hill
Astronomical & Observational Society), and the North Carolina Parks &
Recreation department at Jordan Lake will host a free, public Meteor Watch
on the shores of Jordan Lake, Sunday evening, December 13, from 6:30-8:30
PM, weather permitting.  The session will be held at the Ebenezer Church
Road Recreation Area and will offer an excellent opportunity to ask
questions and learn about what you see while enjoying the view with
others. Ebenezer Church Recreation Area is <a
target="_top" href="../../map/ebenezer.html">located</a>
on SR1008, two miles south of US 64
(turn south off of US 64 at the last light just east of Jordan Lake). 
Star charts will be provided.
<b>IN THE EVENT OF CLOUDY SKIES OR WORSE, THE
OBSERVING SESSION WILL NOT BE HELD</b>.</p>

<p>
Meteor showers are usually best seen after midnight because at that time
the night side of Earth is turned so that oncoming meteors hit "head-on,"
just as the front windshield of a car catches the greatest force of rain
when driving down the highway.  However, the Geminids are one of the
exceptions to the rule, as this meteor shower is very good before midnight
also.  The best place to view any meteor is from a dark site away from
city lights.  The "shooting stars" will appear to radiate from the
constellation Gemini.  However, you do not need to be able to locate
Gemini.  Just face a generally northeast direction and try use peripheral
vision over as much of the entire sky as possible.  Telescopes and
binoculars will not be helpful because they scan such a tiny area of the
sky that users would miss most, if not all, of the action.  "Although
there is no possibility of a meteor storm like the Leonids of November," 
said Dr. Lee Shapiro, Director of the Morehead Planetarium, "The Geminids
provide a very reliable shower and I expect if the weather cooperates,
that most people in this area will see considerably more meteors than they
saw during the <a target="_top" href="981105Leonid.html">Leonids</a> last
month."</p>

<p>
The Geminids are unusual, in that unlike most meteor showers, they are
associated with an asteroid, 3200 Phaethon, rather than a comet.  This
asteroid, believed to be the source of the Geminid meteoroids, is an
Apollo asteroid, which means its orbit comes inside the orbit of the
Earth.  The Geminid meteor particles tend to be of greater density than
other traditional cometary meteor showers, confirming that they are likely
fragments of a minor planet (asteroid) rather than lighter cometary
debris.  In either case, they plunge through the Earth's atmosphere at
speeds averaging 65,000 mph!  Friction heats them to white-hot
temperatures creating a streak of light.</p>


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