Dünyanın rotasyon grafiği - Zetas
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What is Polar Motion?
http://www.usno.navy.mil/USNO/earth-orientation/eo-info/faq/what-is-pm
The angles which characterize the direction of the rotational pole within the Earth are called the polar coordinates, x and y. Variation in these coordinates is called polar motion. The polar coordinates measure the position of the Earth's instantaneous pole of rotation in a reference frame which is defined by the adopted locations of terrestrial observatories. The coordinate x is measured along the 0° (Greenwich) meridian while the coordinate y is measured along the 90°W meridian.
International Earth Rotation Service (IERS)
August 2004
http://hpiers.obspm.fr/eoppc/bul/bulb/explanatory.html
The x-axis is in the direction of the IERS Reference Meridian (IRM), the y-axis is in the direction 90 degrees West longitude. The daily Figure 8 of the Earth wobble has a lean to the right for the N Pole when the Sun is over India, and then a lean to the left for the N Pole when the Sun is high over Italy. This leaning has gotten more extreme since the start of 2014. But primarily it is the polar push, shoving the magnetic N Pole away when the Sun is high over the Pacific, that has affected IERS. The tilt of the Earth at this point equates to a Winter posture, and thus the lingering Polar Vortex experienced by eastern Canada and the eastern US this past Winter, but the bounce back of the N Pole and the swings to the right and left smooth out the overall climate for the globe. A keen eye’d observer notes that the IERS polar motion graphs show this more extreme wobble, since the start of 2014.
Would the Zetas like to comment on the following graph, depicting pole motion over the past yearhttp://hpiers.obspm.fr/eop-pc/images/pole.png. According to the graph, there has been a major and maintained shift since mid January '14 and it doesn't seem to be self-correcting.
ZetaTalk Comment 4/5/2014: The polar motion graph presented for our comments is based on X, Y locations clearly affected by the Earth’s seasons, making a circle during the year. Since the start of 2014, this circle has changed shape, indicating that the measurement point has not pulled southward as the Spring progressed, the Earth’s geographic N Pole tilting toward the South, but rather remained as though in Winter. The wobble has worsened, as we have often mentioned, which means that the daily Figure 8 taken by the magnetic N Pole is pushed farther away, bounces back more aggressively, and the swings to the right and left are taking a wider swath.
What is Polar Motion?
http://www.usno.navy.mil/USNO/earth-orientation/eo-info/faq/what-is-pm
The angles which characterize the direction of the rotational pole within the Earth are called the polar coordinates, x and y. Variation in these coordinates is called polar motion. The polar coordinates measure the position of the Earth's instantaneous pole of rotation in a reference frame which is defined by the adopted locations of terrestrial observatories. The coordinate x is measured along the 0° (Greenwich) meridian while the coordinate y is measured along the 90°W meridian.
International Earth Rotation Service (IERS)
August 2004
http://hpiers.obspm.fr/eoppc/bul/bulb/explanatory.html
The x-axis is in the direction of the IERS Reference Meridian (IRM), the y-axis is in the direction 90 degrees West longitude. The daily Figure 8 of the Earth wobble has a lean to the right for the N Pole when the Sun is over India, and then a lean to the left for the N Pole when the Sun is high over Italy. This leaning has gotten more extreme since the start of 2014. But primarily it is the polar push, shoving the magnetic N Pole away when the Sun is high over the Pacific, that has affected IERS. The tilt of the Earth at this point equates to a Winter posture, and thus the lingering Polar Vortex experienced by eastern Canada and the eastern US this past Winter, but the bounce back of the N Pole and the swings to the right and left smooth out the overall climate for the globe. A keen eye’d observer notes that the IERS polar motion graphs show this more extreme wobble, since the start of 2014.
Would the Zetas like to comment on the following graph, depicting pole motion over the past yearhttp://hpiers.obspm.fr/eop-pc/images/pole.png. According to the graph, there has been a major and maintained shift since mid January '14 and it doesn't seem to be self-correcting.
ZetaTalk Comment 4/5/2014: The polar motion graph presented for our comments is based on X, Y locations clearly affected by the Earth’s seasons, making a circle during the year. Since the start of 2014, this circle has changed shape, indicating that the measurement point has not pulled southward as the Spring progressed, the Earth’s geographic N Pole tilting toward the South, but rather remained as though in Winter. The wobble has worsened, as we have often mentioned, which means that the daily Figure 8 taken by the magnetic N Pole is pushed farther away, bounces back more aggressively, and the swings to the right and left are taking a wider swath.
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