Solar eclipse of January 7, Map. A Catalogue of Eclipse Cycles. Utrecht University. Retrieved 6 October Solar eclipses. Eclipse chasing Solar viewer Planetary transit Solar eclipses in fiction. Categories : 21st-century solar eclipses in science Solar eclipse stubs.
Myth, Magic, Moons, Stars….
We'll have another one, for example, on May 26, , then again on May 15, and yet another on November 8, What makes this particular lunar eclipse special is the fact that it coincides with a "Super Moon. But the Super Moon effect is real — and the idea behind it is simple. The Moon orbits Earth in an ellipse rather than in a circle.
Sometimes it's closer to us — and thus looks bigger — and sometimes it's further away, and so it appears smaller. For two reasons, people generally don't notice the difference: first, Full Moons only happen once a month, so it's a long time to wait between comparisons. Secondly, and more importantly, most Full Moons don't coincide with apogee or perigee, so their size is somewhere in between maximum diameter and minimum.
For those of you who are reading, have a look at this diagram on the right. It graphically represents the size—contrast between a perigee and an apogee Full Moon. You'll see that it's pretty dramatic, actually. Here's the point of this astronomy lesson: on January 20, we get the double—whammy: a nice, big perigee Full Moon that just happens to go into total lunar eclipse. That combo—platter is obviously rare. I bet even aliens will be setting up their lawn chairs. Switch your perspective for a moment: what if you were looking at this event from the surface of the Moon rather than from here on Earth?
Well, lunar eclipses occur when Earth lies directly between the Sun and the Moon — so Earth's shadow is cast on the lunar surface. But if you were watching from the Moon, something more like a solar eclipse would occur, as Earth blocked out the face of the Sun. It would actually be a magnificent thing to behold. You would see Earth as black disk with a brilliant flickering ring of orange, red, and crimson light surrounding it.
If you think about what you would be contemplating, it'll give you goose—bumps. That flickering ring of orange, red, and crimson light is actually all of the sunsets and sunrises happening on the Earth at that particular moment, combined. Our next step is closer to Earth, and it builds on what we just learned. What you are seeing projected onto the surface of the Moon during a lunar eclipse is actually the light of all those sunsets and sunrises.
What the Eclipse Looked Like Near the Maximum Point
That's why a lunar eclipse is generally more "coppery" than black. Of course we all know that sunsets and sunrises come in a variety of shades, ranging from Ho—Hum to Oh My God. This is why the color of each total lunar eclipse is so unpredictable. Can you predict whether tonight's sunset will be a memorable one?
Solar Eclipse January 12222 ~ All Seeing Eye
Probably not. Really, what you will be looking at on January 20 is Earth's weather, and even the weatherman gets that wrong a lot. Less romantically, a lunar eclipse also reflects the level of pollution in our atmosphere. The volcano, Mount Pinatubo, blew its top in June A year and a half later, a lot of that dust was still in the air — and the next lunar eclipse was nearly black.
What will the eclipsed Moon look like on January 20? No one knows. Here we get a bit more technical.
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Read on anyway! For reasons that lie on the other side of a short science class, we just might possibly also be close to a real technical breakthrough in evolutionary astrology — one pioneered by an Australian fellow named Murray Beauchamp. There is a Sun—Moon opposition every month — that's just a simple Full Moon. Why then is there no lunar eclipse every month? Simple: Earth's shadow typically misses the Moon entirely. The Moon lies a bit above it or a bit below it. There may be a nearly—invisible penumbral eclipse, as the Moon passes through the faint edges of Earth's shadow.
Another possibility is that the darker umbra of Earth's shadow might graze the Moon, creating a partial eclipse.
gerritandchristy.com/cell-tinder-tracking-vivo-y17.php Or it might be the Real Deal — a Total eclipse — like what's in store for us this month. For a lunar eclipse to occur, the Moon must lie fairly close to the north node or south node. That assures that the Moon and the Sun are lined up not only in terms of their sign positions, but also in terms of their declinations. That's the critical ingredient. The same is true for solar eclipses. Each eclipse, whether solar or lunar, has unique properties. How long does it last? Is it total or partial? How big does the face of the Sun or the Moon look?
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Is Moon lined up with the north node or the south node? Well over two millennia ago, Chaldean astrologer—astronomers discovered that these identical eclipse—producing conditions repeat like clockwork. This enabled them to predict eclipses with great accuracy. They called this cycle the Saros. Its length is 18 years, 11 days, 8 hours. After that precise interval, Sun, Earth, and Moon return to approximately the same relative geometry. They are lined up the same way, and a nearly identical eclipse happens. That last phrase — a nearly identical eclipse — is critical here.
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Earlier we saw that after this January's lunar eclipse, we will have another one in May That's only two years and four months later — way short of a Saros cycle. But it will be a different kind of event in terms of length, the visual size of the Moon, and so on. So all of the eclipses linked to a specific Saros cycle are like a family—line, with strands of astronomical DNA held in common.
Together, they are called a Saros Series. There are separate solar and lunar Saros series, by the way. All of them are assigned numbers. Currently, for example, there are 41 active lunar Saros series happening. But each Saros series evolves, and eventually dies. Their life spans vary a lot, but you can think in terms of a Saros series lasting a very long time — say, a thousand years.
Obviously this is complicated territory.