Feb
8
Mon
âš« New Moon
Feb 8 @ 7:39 am – 7:39 am
Feb
14
Sun
Monthly Meeting @ George Mason University
Feb 14 @ 7:00 pm – 9:00 pm

Our meetings on the second Sunday of the Month, The events are normally held evening at 7:00 pm in Research Hall Room 163 on the campus of George Mason University.

Our web page, http://www.novac.com/meetings/, has directions and additional details.

We look forward to seeing you on Sunday evenings!

Feb
15
Mon
☽ First Quarter Moon
Feb 15 @ 12:46 am – 12:46 am
Feb
22
Mon
⚪ Full Moon
Feb 22 @ 11:20 am – 11:20 am
Mar
1
Tue
☾ Last Quarter Moon
Mar 1 @ 4:11 pm – 4:11 pm
Mar
8
Tue
Jupiter at Opposition
Mar 8 all-day

Jupiter is sure to delight all who view it, from professional observatories to amateurs with handheld binoculars. Make sure to check out its four Galilean moons and see if you can make out colorful cloud bands or the Great Red Spot. If you’ve ever considered dabbling in planetary imaging, tonight (adjacent to a dark new moon) would be the perfect night to start!

âš« New Moon
Mar 8 @ 6:54 pm – 6:54 pm
Mar
13
Sun
Monthly Meeting @ George Mason University
Mar 13 @ 7:00 pm – 9:00 pm

Our meetings on the second Sunday of the Month, The events are normally held evening at 7:00 pm in Research Hall Room 163 on the campus of George Mason University.

Our web page, http://www.novac.com/meetings/, has directions and additional details.

We look forward to seeing you on Sunday evenings!

Mar
15
Tue
☽ First Quarter Moon
Mar 15 @ 11:03 am – 11:03 am
Mar
19
Sat
Vernal Equinox (Spring)
Mar 19 @ 10:31 pm – 11:31 pm

The date (near March 21 in the northern hemisphere) when night and day are nearly the same length and Sun crosses the celestial equator (i.e., declination 0) moving northward. In the southern hemisphere, the vernal equinox corresponds to the center of the Sun crossing the celestial equator moving southward and occurs on the date of the northern autumnal equinox. The vernal equinox marks the first day of the season of spring.

If you live south of the equator, this is your Fall Equinox.

http://scienceworld.wolfram.com/astronomy/VernalEquinox.html