Doug told us about the cool App for tracking the total Lunar Eclipse coming tonight, and now Space.com adds to the coolness of the event with a fact-packed page … and a timetable linked to your specific time zone.
With the handy info they provide you can check out the eclipse in your area and know exactly what is happening when.
Here is the time zone chart:
And in case you were wondering what all of the ‘Stages’ are listed along the left column of the table, Space.com has a great informational listing! Here is some of it:
1) Moon enters penumbra (12:29 a.m. EST/9:29 p.m. PST) The shadow cone of the earth has two parts: a dark, inner umbra, surrounded by a lighter penumbra. The penumbra is the pale outer portion of the Earth’s shadow. Although the eclipse begins officially at this moment, this is in essence an academic event. You won’t see anything unusual happening to the moon – at least not just yet.
2) Penumbral shadow begins to appear (1:13 a.m. EST/10:13 p.m. PST) Now the moon has progressed far enough into the penumbra so that it should be evident on its disk. Start looking for a very subtle light shading to appear on the moon’s upper left portion. This will become increasingly more and more evident as the minutes pass; the shading will appear to spread and deepen. Just before the moon begins to enter the Earth’s dark umbral shadow the penumbra should appear as an obvious smudge or tarnish on the moon’s left portion.
3) Moon enters umbra (1:33 a.m. EST/10:33 p.m. PST) The moon now begins to cross into the Earth’s dark central shadow, called the umbra. A small dark scallop begins to appear on the moon’s upper left-hand (northeastern) limb. The partial phases of the eclipse begin; the pace quickens and the change is dramatic. The umbra is much darker than the penumbra and fairly sharp-edged.
4) 75 percent coverage (2:23 a.m. EST/11:23 p.m. EST) With three-quarters of the moon’s disk now eclipsed, that part of it that is immersed in shadow should begin to very faintly light up similar to a piece of iron heated to the point where it just begins to glow. It now becomes obvious that the umbral shadow is not complete darkness. Using binoculars or a telescope, its outer part is usually light enough to reveal lunar seas and craters, but the central part is much darker, and sometimes no surface features are recognizable.
5) Less than five minutes to totality (2:37 a.m. EST/11:37 p.m. PST) Several minutes before (and after) totality, the contrast between the remaining pale-yellow sliver and the ruddy-brown coloration spread over the rest of the moon’s disk may produce a beautiful phenomenon known to some as the “Japanese lantern effect. ”
6) Total eclipse begins (2:41 a.m. EST/11:41 p.m. PST) When the last of the moon enters the umbra, the total eclipse begins. How the moon will appear during totality is not known. Some eclipses are such a dark gray-black that the moon nearly vanishes from view. During other eclipses it can glow a bright orange.
7) Middle of totality (3:17 a.m. EST/12:17 a.m. PST)The moon is now shining anywhere from 10,000 to 100,000 times fainter than it was just a couple of hours ago.
8 ) Total eclipse ends (3:53 a.m. EST/12:53 am. PST) The emergence of the moon from the shadow begins. The first small segment of the moon begins to reappear, followed again for the next several minutes by the Japanese Lantern Effect.
9) 75 percent coverage (4:10 a.m. EST/1:10 a.m. PST) Any vestiges of coloration within the umbra should be disappearing now. From here on out, as the dark shadow methodically creeps off the moon’s disk it should appear black and featureless.
10) Moon leaves umbra (5:01 a.m. EST/2:01 a.m. PST) The dark central shadow clears the moon’s upper right hand (northwestern) limb.
11) Penumbra shadow fades away (5:20 a.m. EST/2:20 p.m. PST) As the last, faint shading vanishes off the moon’s upper right portion, the visual show comes to an end.
12) Moon leaves penumbra (6:04 a.m. EST/3:04 p.m. PST) The eclipse officially ends, as the moon is completely free of the penumbral shadow.
I snipped out the majority of the detail from Space.com so you can get the flavor of what is happening. But if you are interested enough to have made it this far, you owe it to yourself to head to the main site at Space.com to get all of the facts!
I am hoping that when I head out for my morning run (~4:30 EST) that the sky will be clear enough for me to catch the trailing edge of the event.
What about you? Any plans to watch this?