when does the solar eclips occur again?
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It depends where you live. There are usually a couple of eclipses a year somewhere on Earth, but you can't see them from everywhere. Here's a list of the upcoming eclipses.\n\nThere will be another solar eclipse visible in most of South America and along the west coast of Africa on September 22, 2006.\n\nThere will be a partial solar eclipse visible in all of Asia and parts of Alaska March 19, 2007  \n\nThere will be a partial solar eclipse visble from in the south half of South America on September 11, 2007.\n\nThere will be a solar eclipse visble the southeast corner of Australia and many of the islands in the south Pacific on February 7, 2008.\n\nThere will be a total solar eclipse visble from most of Europe, Asia and the north coast of North America  on August 1, 2008.
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Magnetic pole reversals happen on average every 250,000 years.  Since its been over 700,000 years since our planet's last reversal, one may very well be underway right now.
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When 2 full moons occur in any calendar month which happens on average once every 2.5 years. See:\n\nhttp://scienceworld.wolfram.com/astronomy/BlueMoon.html
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The next solar eclipse takes place on March 19, 2007, while the next total solar eclipse will occur on August 1, 2008. According to NASA, the March 19th 2007 eclipse will only be visible in Asia and Northern Alaska. You will have to wait until the August 1st, 2008 to see one in Canada.
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Venus is brightest about 5 weeks before and after inferior conjunction. The last time was February 17, 2006. Inferior conjunction is when Venus passes directly between the Earth and Sun, which happens 5 times in every 8 years, or about once every 1.6 years.
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Halley's Comet returns about every 75-76 years.  The orbital period is not precise but to perturbations from the gravity of the other planets in the solar system.
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* 2006 Sep 22: Annular solar eclipse (Guyana and Southern Atlantic Ocen)\nhttp://sunearth.gsfc.nasa.gov/eclipse/OH/OH2006.html#2006Sep22A\n   \n\nThe next total solar eclipse over Australia will be:\nhttp://sunearth.gsfc.nasa.gov/eclipse/SEplot/SEplot2001/SE2012Nov13T.GIF\n    * 2012 November 13 (Darwin and Cairns) [external link]\n\nThe next total solar eclipse over New Zealand will be:\nhttp://sunearth.gsfc.nasa.gov/eclipse/SEplot/SEplot2001/SE2028Jul22T.GIF\n    * 2028 July 22 (South Island) [external link]
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The next total solar eclipse will occur in August 1, 2008, going from Northern Canada over Greenland and Siberia and ending in Mongolia.  The next total lunar eclipse will be in March 3-4, 2007.
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Yes.  They are really meteors.  Showers of meteors occur a few times a year when the earth passes through places in it's orbit where meteors hang out.\nGo out at night and look up during these times and you'll see some too!\nHere's a calender for this year.
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If you want the time and date, it's 8:26 AM EDT June 21st and 7:22 PM EST December 21st this year. (Sky & Telescope magazine Almanac 2006)\n\nIf you want to see what they are, put a globe on your table and stand where the North Pole is leaning toward you.  If you (the Sun) look at the globe from the level of the Earth's center, you'll see that the Sun is at its northernmost latitude - The Tropic of Cancer.  That's the summer solstice.  Six months later - on the side where the South Pole points toward you, the Sun is overhead at its most southern latitude - The Tropic of Capricorn.  That's the winter solstice.\n\nIt seems odd, but because of the ellipticity of its orbit the Earth is actually closer to the sun in the Northern winter than it is in the summer - by about 3-4 million miles.  As you can see from the exercise above, though, from the Northern Hemisphere viewpoint the sunlight is very slanted in the winter and more directly overhead in the summer.
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eclipze Big Big news for you!\n★http://www.osoq.com/funstuff/extra/extra02.asp?strName=eclipze
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Photometric (O-C) diagrams are the tool of choice for representing period variability. For eclipsing stars the ordinate in such diagram is generally formed from observed (O) timings of minimum light from which is subtracted the time calculated ( C ) from some convenient pdarkredictive ephemeris. The abcissa is conventionally the cycle count of orbital revolution or some other measure of time
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The ecliptic is defined as the path thourgh the sky where the sun appears over the course of the year.  Thus, no matter when you see the sun it is on the ecliptic.  On the equinoxes the ecliptic and the equator of the earth line up, and on those two days you can find the sun on the equator, but the sun is always on the ecliptic.
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Mass solar ejections. Sun storms basically.
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The next solar eclipse in California, will be on May 20, 2012. The Sun in Los Angeles will be 85% covered by the Moon. The next one after that is another partial eclipse of 45% in L.A. on Oct 23, 2014. There will be a Total Solar Eclipse on Aug. 21, 2017, but it's path travels from the Pacific ocean, over Salem OR.,Casper WY., Lincoln NE., just missing Nashville TN.,and then goes over Columbia and Charleston SC., and then out over the Atlantic.\n\nThe maximum time that the Sun will be covered by the Moon is 2 minutes and 40 seconds over Western Kentucky.\n\nSorry, the next total solar eclipse in California (Northern California) is on Aug 12, 2045.  Boo Hoo!!!
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Depends on the time of year.\nSummer solstice = 0\nWinter solstice = 24\nSpring/fall equinox = 12\n\nAll other days, some gradual change from 0 to 24. This is true of any land within the Arctic or Antarctic circles (of course the times are reversed for the Arctic circle). Those circles are defined by the places on Earth that have at least one day of complete light and complete darkness during the year.
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It is the 14th of March 2006 and if you are in the US, you should be able to see it at moonrise- good image below of a map of the visibility ranges