Today is the final blood moon tetrad, an event surrounded by mystery and intrigue. The below article details where and when one can observe this celestial event. Apparently the eastern United States along with western Europe and Africa will have the best points of view.
An interesting point from the listing of times is when the total eclipse is set to occur: GMT 2:11pm, EST 10:11pm, CMT 9:11pm, MDT 8:11pm and PDT 7:07pm. For those that study numerology the connection will be obvious. All of these times are master numbers, with the final time of 7:07 being even more significant. One wonders if this correlation has a greater meaning and if it was intentional.
We reported on some of the stranger aspects of this event in the flowing.
Related Blood Moon Tetrad Suggests World Changing Events for 2015? | Let This Be Our Year For Change
Related 5 Things You Need To Know About The Final Blood Moon In September (Astrology)
According to prophesy this alignment of blood moons is a herald of major world changes. Here is an excerpt from the above linked article:
A Tetrad is a group of four things, in this case four successive blood moon events, with no intervening lunar eclipses, occurring at different points in the year as a result of astrological alignments. Also a Solar Eclipse occurred very near the Spring Equinox on March 20th 2015, another very rare event.
There are several Christian Ministers, John Hagee and Mark Biltz, says that bible prophecy suggest this meaning the second coming of Christ:
The Blood Moon Prophecy is a theory studied and taught by some Christian ministers, such as John Hagee and Mark Biltz, which states that an ongoing tetrad (a series of four consecutive lunar eclipses—coinciding on Jewish Holidays—with six full moons in between, and no intervening partial lunar eclipses) which began with the April 2014 lunar eclipse is a sign of the end times as described in the Bible in Acts 2:20 and Revelation 6:12.
Around 2008, Biltz began predicting that the Second Coming of Jesus would occur in the fall of 2015 with the seven years of the great tribulation beginning in the fall of 2008. He said he had “discovered” an astronomical pattern that predicted the next tetrad would coincide with the end times. When the prediction failed, he pulled the article from his website, but continued to teach on the “significance” of the tetrad.
Of course this is just one out of a basket of prophetic predictions, which may or may not accurately reflect reality. However, given recent financial events, stock market’s imminent crash as indicated by the IPO market slow down, the Federal Reserve suggesting interest rates will rise, the move away from the dollar as the global reserve currency and the BRICS Bank developments, there seems to be a great deal of corroborative events matching the blood moon tetrad.
Lastly, all of these blood moons appear on Jewish Holidays, which have a deep occult significance, and have only occurred three times in the past 500 years:
But Nasa has previously said that the Tetrad only happened three times in the past 500 years.
From 1600 to 1900, for example, there were none at all.
According to Mr Hagee, each time the Tetrad has happened during that time, there has been a significant religious event accompanied with it.
In 1493, the first Tetrad saw the expulsion of Jews by the Catholic Spanish Inquisition.
The second happened in 1949, right after the State of Israel was founded.
And the most recent one, in 1967, happened during the Six-Day War between Arabs and Israelis.
Mr Hagee said that the first of the Tetrad blood moons happened on April 15, right in the middle of the Jewish holiday of Passover.
The second, on October 8, occurred during the Feast of the Tabernacle.
The third, this Saturday is also occurring during Passover and on Easter weekend.
The final one happens on September 28, 2015, during the Feast of the Tabernacles. – dailymail.com
Could this be yet another distraction to keep the sleeping masses worried about the biblical end times scenario, and the ushering of a NWO? Given our co-creative prerogatives, it seems we are the deciding factor.
On the evening of Sept. 27, the moon will once again become immersed in the Earth’s shadow, resulting in a total lunar eclipse — the fourth such event 
in the last 17 months,
As with all lunar eclipses, the region of visibility for Sunday’s blood-moon lunar eclipse will encompass more than half of our planet. Nearly 1 billion people in the Western Hemisphere, nearly 1.5 billion throughout much of Europe and Africa and perhaps another 500 million in western Asia will be able to watch as the Harvest Full Moon becomes a shadow of its former self and morphs into a glowing coppery ball.
You can watch the harvest moon lunar eclipse live in a webcast by the Slooh Community Observatory. You can also watch the total lunar eclipse on Space.com, courtesy of Slooh. The lunar eclipse will also feature the “biggest” full moon (in apparent size) of 2015, since the moon will also be at perigee on the very same day ─ its closest point to the Earth ─ 221,753 miles (356,877 km) away. [Visibility Maps for the Supermoon Lunar Eclipse (Gallery)]
The Sept. 27 event is therefore being called a “supermoon eclipse.” The last such eclipse happened in 1982, and the next won’t occur until 2033.
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| This graphic shows the areas of the Earth where viewers will see the lunar eclipse of Sept. 28, 2015, including much of North America, South America, Africa and Europe. |
Visibility Zone
Almost everyone in the Americas and Western Europe will have a beautiful view of this eclipse. The moon will be high in a dark evening sky as viewed from most of the United States and Canada while most people are still awake.
The only problematic area will be in the Western United States and West-Central Canada, where the first partial stage of the eclipse will already be underway when the moonrises and the sun sets on that final Sunday in September. But if you have an open view low to the east, even this situation will only add to the drama, for as twilight fades, these far-Westerners will see the shadow-bitten moon coming into stark view low above the landscape. And by late twilight, observers will have a fine view of the totally eclipsed lunar disk glowing red and dim low in the eastern sky.
The reason the moon can be seen at all when totally eclipsed is that sunlight is scattered and refracted around the edge of the Earth by the planet’s atmosphere. To an astronaut standing on the moon during totality, the sun would be hidden behind a dark Earth outlined by a brilliant red ring of all of the world’s sunrises and sunsets. [How Lunar Eclipses Work (Infographic)]
Alaskans will also see the moon rise during the eclipse; much of eastern Alaska will see the moon rise while immersed in the Earth’s shadow. For Hawaiians, moonrise unfortunately comes after the end of totality, with the moon gradually ascending in the sky and its gradual emergence from the shadow readily visible. Western Europe and Africa also will get a good view of the eclipse, but at a less convenient time: before dawn on Monday morning (Sept. 28).
Eclipse Schedule
The eclipse will actually begin when the moon enters the faint outer portion, or penumbra, of the Earth’s shadow. The penumbra, however, is all but invisible to the eye until the moon becomes deeply immersed in it. Sharp-eyed viewers may get their first glimpse of the penumbra as a delicate shading on the left part of the moon’s disk about 15 minutes before the start of the partial eclipse (when the round edge of the central shadow, or umbra, first touches the moon’s left edge). During the partial eclipse, the penumbra should be readily visible as a dusky border to the dark umbral shadow.
The moon will enter Earth’s much darker umbral shadow at 1:07 a.m. on Sept. 28 by Greenwich, or Universal time, which is 9:07 p.m. on Sept. 27 in the Eastern time zone, 8:07 p.m. Central time, 7:07 p.m. Mountain time and 6:07 p.m. Pacific time (before moonrise). Sixty-four minutes later, the moon is entirely within the shadow, and sails on within it for 72 minutes until it begins to find its way out at the lower left (southeastern) edge.
The moon will be free of the umbra by 9:27 p.m. Pacific time or 12:27 a.m. (Sept. 28) Eastern time. The vaguer shading of the inner penumbra can continue to be readily detected for perhaps another 15 minutes or so after the end of umbral eclipse. Thus, the whole experience ends toward 1 a.m. for the East (with the re-brightened moon now sloping down along the arc it describes across the sky) or during the mid-evening hours for the West.
For Europe and Africa, the midpoint of this eclipse occurs roughly between midnight and dawn on Sept. 28, and the moon will therefore still be well placed in the western sky. At the moment of mid-totality (2:48 a.m. GMT), the moon will be directly overhead from a point in the Atlantic Ocean a couple of hundred miles to the north of Belém, Brazil.
Below we present a timetable of the key phases of the eclipse. Times in p.m. are for the calendar date of Sept. 27; those in a.m. are for Sept. 28.
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| This timetable for the supermoon total lunar eclipse of 2015 lists the times of major events for the Sept. 27-28 lunar eclipse by time zone. You can use this guide to know when the eclipse will start in your city. Credit: Joe Rao/Space.com |
In Europe, most countries currently observe “summer time,” in which clocks are either one hour ahead of Greenwich time (London, Lisbon) or two hours ahead (Paris, Rome).
For the Canadian Maritime provinces, clocks run one hour ahead of Eastern time, except in Newfoundland, where it’s one and a half hours ahead.
Notable cities in the Eastern time zone include New York, Jacksonville, Florida and Atlanta; in the Central time zone, Chicago, Memphis, Tennessee, and Houston; for Mountain time, Salt Lake City, Denver and Albuquerque, New Mexico, and in the Pacific Time Zone, Seattle, San Francisco and Los Angeles.
In the United States, Daylight Saving Time is not observed in Arizona. Clocks there read similar to Pacific time. For most of Alaska, clocks run one hour behind Pacific time; in Hawaii two hours.
Source:
http://www.space.com/30607-supermoon-lunar-eclipse-time-place-guide.html
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