Total Lunar Eclipse!
Listen up Monkeys, Keep your eyes peeled on Tuesday from midnight into the wee hours of the morning as the second total lunar eclipse of 2007 takes place. On August 28th, sky watchers in North America will witness an event where the Sun, Earth, and Moon form a nearly straight line in space. The total lunar eclipse is expected to last for about 1 hour and 31 minutes, Sky & Telescope astronomers say.
The last total lunar eclipse, on March 3rd, favored eastern North America and Europe. While the next one, on August 28, 2007, will be placed in the sky to give virtually everyone in the Americas a good view of it.

Lunar Eclipse Forecast
The farther west you are, the better. In the central daylight time zone, the partial eclipse begins at 3:51 a.m. CDT. The Totality, with the Moon completely in shadow, runs from 3:52 to 5:23 a.m. CDT.
The last partial stage ends at 6:23 a.m. CDT.
If you are a sky watcher in the Midwest, you’ll see the Moon approach the horizon and become lost in the light of dawn while totality is still in progress. And in New England the Moon will be low and the sky quite bright before totality even starts.
Why Does it Happen?
With almost perfect alignment in space, the total lunar eclipse happens when a full moon passes through Earth’s shadow, which blocks the sun’s rays on the moon’s reflective surface.
Unlike a solar eclipse, which requires special equipment to observe safely, you can watch a lunar eclipse with the naked eye. However, binoculars or a telescope will enhance the view dramatically, Sky & Telescope magazine suggested.
The outer part of Earth’s shadow, called the penumbra, creates only slight dusky shading on the lunar disk.
But as the moon begins to move into the central and darkest part of Earth’s shadow, the umbra, there’s an obvious and ever-larger “bite” in the full moon. The partial eclipse is then under way.
On Tuesday’s morning wee hour, the Moon likely won’t disappear completely, astronomers said.
As it usually glows as an eerie, coppery red disk in the sky, as sunlight scattered around the edge of our atmosphere paints the lunar surface with a warm glow. This is light from all the sunrises and sunsets that are in progress around Earth at the time.
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