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|
| Time zone |
GMT |
AST |
EST |
CST |
MST |
| Moon enters penumbra |
20:18 |
- |
- |
- |
- |
| Moon enters umbra |
21:30 |
- |
- |
- |
- |
| Totality begins |
22:44 |
6:44p |
5:44p |
- |
- |
| Midtotality |
23:21 |
7:21p |
6:21p |
- |
- |
| Totality ends |
23:58 |
7:58p |
6:58p |
5:58p |
- |
| Moon leaves umbra |
01:11* |
9:11p |
8:11p |
7:11p |
6:11p |
| Moon leaves penumbra |
02:24* |
10:24p |
9:24p |
8:24p |
7:24p |
|
|
Europe and Africa are in the best position; the eclipse will happen during the late-night hours of March 3-4, with the moon high in the sky. The Canadian province of Newfoundland and Labrador will see the moon rise before its entrance into the umbra (6:00 p.m. Newfoundland Time). For the rest of North America, the eclipse already will be in progress when the moon rises.
Unfortunately, for those living in the Western United States and Canada, the eclipse will have mostly ended by the time the moon rises. As a consolation, however, the next total eclipse, on Aug. 27, will favor these locations.
Focusing on eclipse's total phase
For many of us a total eclipse of the moon can be enjoyed purely as a spectacle, a means of appreciating nature in an unfamiliar guise. But many kinds of careful observations can have scientific interest. Even with the unaided eye a lunar eclipse is pleasing to watch, but binoculars will certainly improve the view. For visual observations, a small telescope is recommended. You should use your lowest-power eyepiece.
This week we will concentrate solely on viewing the moon during the total phase of the eclipse. During the 74 minutes the moon is immersed in the Earth’s dark umbral shadow, the big question will be how it appears in the sky. Some eclipses are such a dark blackish-gray that the moon nearly vanishes from view. At other eclipses it may seem to glow like a bright orange ember.
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