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Wobble in General: |
Sun, Moon & Constellations: Other Factors: |
June 8, 2013 ZetaTalk
This long-exposure capture shows the increased wobble in an undeniable and dramatic manner. In 2007 the wobble was detectible only by a skew in what would otherwise be a perfect circle around Polaris. By March 23, 2010 and April 17, 2010 this skew had gotten wider, making an oval rather than a circle around Polaris. Are the cameras on a drunken pedestal? The establishment falls silent in the face of such evidence, hoping the public does not notice. Now on March 1, 2013 there is a new development. The center of the focus is in two places, not just one!
February 5, 2011 ZetaTalk
As has been present since the wobble ensued in 2004, the Earth wobble takes the form of a figure 8. This causes the N Pole of Earth to lean to one side or the other during the figure 8, and also to lean toward and away from the Sun during the figure 8. The wobble is most violent when the magnetic N Pole of Earth comes up over the horizon and encounters the magnetic push from the N Pole of Planet X, which is increasingly pointing its N Pole directly at the Earth. This point is equivalent to what Nancy calls the New Zealand view, and is directly related to the sloshing magma pushing to the north Pacific and thence sloshing back to raise the Indo-Australian Plate up on the eastern end so that Indonesia can slide under the curve. At the point in the wobble where the mid-day Sun is over Italy, the N Pole of Earth is leaning toward the Sun, which is why the Sun recently appeared two days early in Greenland and Norway and Alaska. This then progresses to be the point where, in Nancy's diagrams, the Sun is over the N American continent. At this point, the N Pole of Earth is moving away from the Sun again, and thus the vertical jet stream over N America, pushing the globe under the cold air of northern Canada. Depending upon where the globe is being pushed, or how much Sun it is getting, or how violent the push is at this or that point, the land underneath will experience weather extremes.
Comment
Wobble appears more extreme than before. Temp variations are wild in the Arctic! 55F+ above normal for January?
December 31, 2015
http://unofficialnetworks.com/2015/12/yesterday-temps-ascended-abov...
If you thought 60°F December days in New York were weird, look at what’s happening up north. And by north, we mean the northernmost place on the entire planet– the north pole.
According to an article published by Gizmodo, the North Pole reached temperatures above the freezing point yesterday for the second time in recorded history! Not only is that completely uncharacteristic in a place that fails to see the sun this time of year but it’s almost 50°F above the average temperature for the month of December.
This data comes from the National Weather Service through their GFS model (Global Forecast System). The GFS takes data from satellites and weather stations to create forecasts that are some of the most accurate on the planet.
However, this being the warmest year on record, I guess it should come as no surprise that the North Pole is experiencing a veritable heat wave during what is usually one of the coldest months of the year. Actually, we should definitely be surprised– this is not good.
http://www.cnn.com/2015/12/30/us/north-pole-high-temperature-feat/
http://gizmodo.com/temperatures-rose-above-freezing-at-the-north-po...
Here is a video from Dubai, where the photographer notes the Sun is setting in the wrong place, way to far to the SouthWest. Clear documentation of the wobble effect! She makes this comment toward the start of the video, at about 25 seconds in.
https://katch.me/literallyanika/v/6af6796a-2cb2-33e0-8781-23ef82459530
Hi-tech hikers on the wrong path: Rescue teams report rise in number of call-outs to walkers who use GPS instead of maps
http://www.dailymail.co.uk/news/article-3225788/Hi-tech-hikers-wron...
Walkers who cannot read paper maps and instead rely on their mobile's GPS were blamed for an English beauty spot's rise in mountain rescue call-outs.
An 'over-reliance on electronic equipment' has been blamed for the slow increase in callouts for busy Lake District mountain rescuers.
Coniston Mountain Rescue Team has so far sprung into action 44 times this year - already one more than the whole of 2014.
The organisation's Jeff Carroll said people relying on systems such as GPS and maps on mobile phones has been a major issue.
Instead, he urged tourists, walkers and cyclists who explore their beauty spot's countless mountain trails to carry a simple compass and Ordnance Survey paper map.
Lochaber Mountain Rescue in Scotland, whose area includes 4,409ft Ben Nevis, is normally called out between 70 and 100 times a year. But by last week it had dealt with 103 alerts in 2015.
Team leader John Stevenson said that as well as the usual issues of bad weather and 'slips and trips', smartphones were causing navigation problems.
He said: 'Navigation has been a big issue this year. People should know how to use a map and compass and not be relying on mobile phones.
'Another big problem has been people not leaving information about where in the hills they are going.
'We are having to search big areas because of that.'
Earlier this year, the Mountaineering Council of Scotland asked people not to rely on smartphones and GPS devices as navigation tools in the hills.
http://www.sci-news.com/othersciences/mathematics/science-why-green...
The ‘Prime Meridian’ that’s been running through the Royal Observatory at Greenwich, UK, since 1884 is now located 335 feet (102 meters) east of its historic spot. Dr Ken Seidelmann from the University of Virginia and his colleagues investigated the cause of this apparent discrepancy.
In 1884, the International Meridian Conference recommended that Earth’s prime meridian “to be employed as a common zero of longitude and standard of time-reckoning throughout the globe” pass through the “center of the transit instrument at the Observatory of Greenwich.”
This instrument – named the Airy Transit Circle for its designer, British Astronomer Royal Sir George Biddell Airy – is a nineteenth-century telescopic device for measuring star positions, and could be used for determining local time.
Today, tourists visiting its meridian line must walk east approximately 335 feet before their satellite-navigation receivers indicate zero longitude.
Why? Because newer technologies – primarily the superb accuracy of GPS, which uses satellites to precisely measure grid coordinates at any point on the Earth’s surface – replaced the traditional telescopic observations used to measure the Earth’s rotation.
“With the advancements in technology, the change in the prime meridian was inevitable. Perhaps a new marker should be installed in the Greenwich Park for the new prime meridian,” said Dr Seidelmann, who is a co-author of the paper published in the Journal of Geodesy.
Dr Seidelmann and co-authors concluded that a slight deflection in the natural direction of gravity at Greenwich is responsible for the offset, along with the maintenance of continuity of astronomical time.
According to the team, the 335-foot offset can be attributed to the difference between two conventional methods of determining coordinates: astronomical versus geodetic, which refers to a set of reference points used to locate places on the Earth.
SUNSET & SUNRISE Changes seen in photo
Pre-1999 (WHITE line)
The sun was setting at an angle of about 8 on a clock face and rising about 4 on the clock face. This was the normal configuration when the sun was never farther north than mid Mexico where the tropic of cancer was located.
2006 (RED line)… also 2015 on the same line
The red line is hard to see but this was the angle of the sun in 2006 where it was setting at 10 on the clock face and rising at 2 on the clock face. After the 2004 Tsunami shift of the earth’s axis, we had initially shifted about 800 miles farther south, placing the sun toward our north.
2011 (GREEN line)
The Green line was the solar angle in 2011 which showed the sun setting between 10 and 11 on the clock and rising between 1 and 2 on the clock face.
2013 (PINK line)
This was where the sun was located in 2013. It was setting 2/3 between 10 and 11 on the clock face and rising between 1 and 2. By 2011, we had multiple smaller axis shifts and tsunamis which had shifted us a total of about 1200 miles farther south and this angle remained stable through 2013.
2014 (YELLOW line)
This was a dramatic increase in just one year. The sun was setting above 11 on the clock face and rising above 1 on the clock angle. This was an increase of about 800 miles which increased our total southward shift of about 2000 miles.
2015 (RED line)… same line and solar angle as 2006
This year, we have a reversion of the solar angle. It is now, once again in the same place it was in 2006. The sun is once again, setting at 10 on the clock face and rising at 2 on the clock face. This is a 1200 mile reduction in the tilt of the axis in the opposite direction. We are still currently tilted about 800 miles increased axis tilt beyond where we should be. So we are still 800 miles farther south in the summer and 800 miles further north in the winter. The sun is still shining in our north windows. As I said, this is NOT the good sign you think it is. I believe it is a death wobble. We will have to check measurements very carefully next year to determine the situation. This is the second year in a row with dramatic changes. This was a definite wobble in both directions. I’m wondering what we will find next year. Keeping in mind, when dealing with a planetary scale, actions occur at a slower pace.
This article contains images of the Borealis showing up now regularly in many Southern regions! Note it is RED and Purple as the Zetas say is from the result of gr....
http://www.washingtonpost.com/blogs/capital-weather-gang/wp/2015/06...
A series of coronal mass ejections over the past few days have hurled bursts of solar gas and magnetic field at our planet, sparking a severe geomagnetic storm and pushing the aurora borealis deep into the Lower 48.
On Monday night, the northern lights were photographed in states that rarely get to witness the optical manifestation of a solar storm. The Northeast was brimming with hues of green, pink and purple, but photographers in Virginia, North Carolina, Georgia, Arkansas and even Texas.
If you happened to head outside around 1:30 a.m. in central Virginia, you might have caught this view. A very dark sky was needed to see the aurora down here, but David Murr in Louisa, Va., shared some great northern lights with us.
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According to the Zetas, the red spectrum will occur more frequently as PX nears....
http://www.zetatalk.com/newsletr/issue266.htm
ZetaTalk Explanation 10/29/2011: Red light rays are highly susceptible to gravity, which is why your sunrise and sunset are so orange/red when these light rays bend over the curve of the Earth. We have described the magnetic dance between the Earth and Planet X, but a gravity dance also occurs. Gravity is strongest at the Earth's middle, a fact acknowledged by human scientists. As Planet X draws closer the drama causes Earth to both be drawn toward this giant planet (which has 23 times the mass of Earth though is only 4 times the diameter of Earth) as well as repulsed away from Planet X. Earth's gravity field morphs to thicken at the center when the repulsion force clicks in and pushes Earth away from Planet X, which is via a bombardment of gravity particles moving from Planet X toward the Earth. When the Earth is being drawn toward Planet X, this is by an even distribution of gravity particles drifting in the direction of Planet X, which has the effect of a more even distribution of gravity particles in Earth's field. Since this dance comes and goes, Earthlings may have such aurora displays more frequently, and they are likely to be red!
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This frequency is being noticed by the astronauts on the ISS Space Station!
@ JKJ - yes.
"The ice flows piling up on shorelines in N America are certainly caused in the main by the more violent Earth wobble. This, combined with repeated thawing and freezing which has been a result of the incipient blending of the seasons. Hard frozen lake ice does not move under the wind, but when thin due to the Spring thaw is more mobile. Ice flows that would ordinarily be thick, and thus bump into one another but remain in place, are thawed to a thinness that allows them to fracture as they are thrust against one another, thus in a state that can be carried by waves readily. Is this likely to get worse as the 8 of 10 blending of the seasons progresses? It is likely to be a temporary feature, as when the blending is firmly in place, no significant ice will form on these lakes in the first place!"
Is this result of earth wobble?
http://yle.fi/uutiset/paijanne_lake_ice_encroaches_on_land/7909730
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