|
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.
Mark
Northern lights illuminate skies as far south as Oxfordshire
http://www.theguardian.com/uk-news/2016/mar/07/northern-lights-auro...
Stargazers across the UK have been treated to a dazzling display of the northern lights.
The aurora borealis was visible as far south as Oxfordshire on Sunday evening as the weather cleared, painting the night sky with shades of green, purple and blue.
The ethereal spectacle is caused by charged solar particles interacting with the Earth’s magnetic field and is usually only visible in the far north of Scotland.
A “lucky combination” of conditions in the lower atmosphere and in space meant the aurora was visible across swaths of the country, Met Office space weather adviser Amanda Townsend said.
“Once in a while the solar winds are enhanced to levels stronger than normal, with particles at higher speeds, and on this occasion it has connected really well with the Earth’s magnetic field.”
In addition to the cosmic weather being just right, conditions closer to the ground favoured those who ventured out into the cold to see the spectacle. Skies were clear over much of Scotland and England and many shared their photos of the phenomenon on social media.
Mar 7, 2016
Nancy Lieder
Confirming what Alberto and Germany found, the Sun too far North on rising in Germany and to far to the SW when setting (the tilt of the wobble), Ms Sakamaki in Wisconsin has kept a log of the sunrise there, and as can be seen from the January and February, 2016 documentation, sunrise in Wisconsin is LATE and too far NORTH, consistently.
This is January 2016 wobble record. The Sunrise is consistently late by 15-20 minutes, and too far to the North by up to 22 degrees.
This is February 2016 wobble record. The Sunrise is consistently late by 10-15 minutes, and too far to the North by up to 15 degrees.
Mar 10, 2016
Nancy Lieder
Ms. Sakamaki in Wisconsin has provided more documentation on the sunrise observed and sunrise predicted differences during the month of March, 2016, showing that the Sun is NOT where expected!
Apr 14, 2016
Nancy Lieder
Ms. Sakamaki in Wisconsin has provided more documentation on the sunrise observed and sunrise predicted differences during the month of April, 2016, showing that the Sun is NOT where expected! She appologizes for the cloudy days, saying "I could record just only 4days in April because of April weather changing winter to spring."
May 4, 2016
Nancy Lieder
Via email, a report from Germany. Alberto measured, a couple months ago, a sunset too far to the SW. Now this, at least for this day, changed. Very erratic wobble, which can happen. The globe can go into opposition, or a temporary lean to the left. Erratic and extreme are certainly the words I would use.
some observed extremes these days
Sunset Today: expected 21:02 300° Northwest CET
effectivly observed already at 20.45, the sun is about 20° off too far north, shining at the northern and eastern front of buildings, never seen before (at least not in spring)
expected Sunrise Today: 05:49 CET 59° Northeast
observed Current Time: 20. Mai 2016, 06:43:10 CET
Sun Direction: exp 68.47° ENE, effectively observed at about 40° deg NNE
last evening sunset more corresponding to alberto's observation after this big lean to north.
btw the same night was very cold after midnight, even some unexpected snowfall in the alps down to about 800m.
sun at noon
expected Sun Altitude: 62.91°
effectively at about 80-85°, like mostly theses days
these days no warm weather, always a could air from the north
May 20, 2016
Nancy Lieder
Ms. Sakamaki in Wisconsin has provided more documentation on the sunrise observed and sunrise predicted differences during the month of May, 2016, showing that the Sun is NOT where expected! Notably, the sunrise is later and later, averse predicted, and the azimuth also more and more extreme, as the month rolls out. The wobble is getting worse! Here's proof, careful documentation! And recorded in the proper way too, sunrise location and time, vs expected.
Jun 9, 2016
Nancy Lieder
Unprecedented - Jet Stream crossing over the Equator. June 27, 2016
https://www.youtube.com/watch?v=CKasUm77D0U&feature=youtu.be
Jun 30, 2016
Howard
Caught in the Act: Irrevocable Evidence of the Earth Wobble (Jun 30)
The following animation shows Earth clearly out of position today at 12:31 UTC from the perspective of China's geostationary FY2E weather satellite. (click on the below image to begin the animation)
IN POSITION AT 11:16 UTC
OUT OF POSITION AT 12:31 UTC (Water Vapor imager channel to include S. hemisphere landmass outlines)
BACK IN POSITION AT 13:16 UTC
Source
http://www.ssec.wisc.edu/data/geo/index.php?satellite=fy2e&file...
Jun 30, 2016
Nancy Lieder
Ms Sakamaki forwarded her sunrise discrepancy log for June. That Sun is not where it is supposed to be!
Jul 8, 2016
Nancy Lieder
Ann Eller has sent me this video, which confirms the Earth wobble as seen over the Pacific at sundown from Mexican Cams
http://www.zetatalk.com/newsletr/issue512.htm
and this at sunrise from Australian Cams!
https://www.youtube.com/watch?v=XZ-rE2vfZnM
Australia is half a world away, and as Mexico is having their sunset, Australia is having their sunrise.
Jul 31, 2016
Nancy Lieder
Me Sakamaki in Wisconsin reports on the July wobble observations.
Aug 10, 2016
Nancy Lieder
Via email. Another excellent modeling of the wobble, from REAL data.
https://data.iers.org/plottool/data/BulletinA_ALL_X_Y.gif
Aug 13, 2016
SongStar101
Mysterious Anomaly Interrupts Stratospheric Wind Pattern
https://eos.org/research-spotlights/mysterious-anomaly-interrupts-s...
Earth’s stratosphere lies just above the red-orange troposphere in this photo snapped by International Space Station astronauts in 2011. Late last year, unusual wind behavior interrupted a reliable stratospheric wind pattern known as the quasi-biennial oscillation. Credit: NASA/JSC Gateway to Astronaut Photography of Earth
For the first time, scientists have observed a deviation from the typical alternating pattern of easterly and westerly winds in the equatorial stratosphere.
The weather we experience on Earth typically occurs in the troposphere, the lowest layer of the atmosphere. But the stratosphere, which envelops the planet just above the troposphere, is home to winds of its own. In a new study, Newman et al. report an anomalous interruption in an otherwise reliable stratospheric wind pattern known as the quasi-biennial oscillation.
Each cycle of the quasi-biennial oscillation begins with strong westerly winds that flow through the stratosphere in a belt around the equator. Over the course of about 1 year, these winds gradually weaken and descend in altitude to the lower stratosphere as easterly winds replace them. These easterly winds slowly sink and weaken, too, as westerly winds return. The cycle repeats roughly once every 28 months.
Since 1953, scientists have observed equatorial winds by instruments known as radiosondes, which are carried skyward by weather balloons. The quasi-biennial oscillation was discovered in the early 1960s. Although the timing of each cycle has sometimes varied by a few months, the pattern as a whole has remained uninterrupted—until now.
Using radiosonde data from several equatorial locations around the world, the scientists discovered that the quasi-biennial oscillation began to deviate from its usual pattern in late 2015. At that time, westerly winds were descending in altitude and should have continued to sink and weaken as easterlies replaced them.
Instead, the westerly winds shifted upward and seemed to cut off the descent of high-altitude easterlies before they could begin their usual dominance. Additional easterly winds developed at lower altitudes in the stratosphere, beneath the rising westerlies. However, by June, the westerlies appeared to have resumed their normal descent.
Sep 6, 2016
Nancy Lieder
Ms Sakamaki provided her sunrise readings for August. VERY late, by almost half an hour, and VERY far South. It is getting worse.
Sep 10, 2016
Kojima
http://www.solarham.net/regions/september2016.htm
Sep 11, 2016
Nancy Lieder
New Q&A with documentation provide the sunrise in Anchorage, Alaska is coming 2 hours late! Wobble getting worse for sure!
.......................
I had been watching Grumpy Moose and noticed that it was doing a lot of alternating between lightness and darkness this morning. I’ve seen that on other webcams, but it has been more dramatic in Alaska. The sun finally rose at 9:10 am. Well, it’s supposed to rise at 7:16 am in Anchorage, Alaska. Are my calculations accurate? Is the wobble more obvious at higher latitudes? If this is true, it’s fairly stunning.
[and from another]
http://www.allskycam.com/u.php?u=456
SOZT
In addition to the Earth wobble allowing northern Alaska to see the Sun rise at midnight, temporarily, it is now causing a late sunrise for southern Alaska at Anchorage. If at midnight in Alaska the globe is tilted, a lean to the right, such that the N Pole is pulled toward Europe which is having a noon Sun at the moment, at sunrise in Alaska the globe it tilted to the left, so that Alaska is leaning AWAY from the Sun. The wobble is indeed becoming more extreme, for the sunrise at Anchorage to have a two hour delay. This is supported by recent documentation from Wisconsin, which shows the sunrise there a full 25 minutes late during the month of August. All this is of course potentially leading into a severe wobble.
EOZT
Sep 11, 2016
Kojima
Here is another analysis of the position of sunspots in the pictures taken by James of Idaho. James, thank you for your great sunspots pictures. (Please note that I din’t take sunspots pictures, just made analysis by using pictures of James of Idaho.)
Sep 14, 2016
Nancy Lieder
Via email from Cambodia, sunrise. The wobble has worsened over the past year. Sunrise in Cambodia is dealing with the Polar Push, N Pole pushed away and up over the horizon, so the Sun is further South than expected. But this was in place last year, and has gotten MORE EXTREME!
just wanted you to look at these 2 pictures of sunrise on fall equinox in cambodia ; first taken years ago and second taken this year.
Sep 25, 2016
Nancy Lieder
Via email, a report. Sun too far South morning and evening from Central Europe.
over central europe
after sunrise 30. Sep 2016, 08:00 CET (summer time)
Sun Direction: exp 106.80° SW / eff ca 115°
Sun Altitude: exp 11.70° / eff lower than 10°
the sun arrives too late, to far south, to deep on the horizon
afternoon 30. Sep 2016, 15:10CET (summer time)
Sun Direction: exp 214.02° SW / eff ca 185° S
Sun Altitude: exp 4.43° / eff much higher than that
the sun seems to stick due south for more than hr and
too high in the sky during the afternoon
Sep 30, 2016
Nancy Lieder
Me Sakamai send her sunrise readings for September. Azimuth reading got more extreme! As many have noted, the wobble is worsening.
Oct 3, 2016
Nancy Lieder
Via email, yet another method to measure the strength of the wobble!
If the measured (red) tide height maximum goes above 40 ft and continues to rise then I think we have a probable ET induced earth wobble. Anchorage Alaska port was chosen for the current large high tides. Further south it is much lower. 7 feet max near California. Red is measured. Blue is predicted. Green is verified. One month is the maximum history that can be displayed at one time. In the past years the tide maximum history shows below 40 feet.
One could book mark this site and check regularly updating the date ranges.
http://tidesandcurrents.noaa.gov/waterlevels.html?id=9455920&un...=
Oct 21, 2016
Nancy Lieder
Alberto's latest measure of the sunrise. Way too far North!
Nov 3, 2016
Nancy Lieder
Ms Sakamaki has sent her October readings. She notes that this is less violent than prior months. The Council of Worlds slowed down the Earth wobble and other Earth changes as they were taking a different approach to stopping Hillary from the White House. They countered election fraud!
Nov 15, 2016
Nancy Lieder
Ms. Sakamaki has provided her sunrise readings for November, 2016.
Dec 7, 2016
Nancy Lieder
Ms Sakamaki has provided her December 2016 sunrise readings.
Jan 5, 2017
Nancy Lieder
Ms. Sakamaki has provided her January, 2017 sunrise readings. She says :
Feb 1, 2017
Nancy Lieder
Ms Sakamaki has provided her February, 2017 sunrise readings. She says :
Since 20th, Feb, the wobble pattern become calm, and is still calm early in March.
(3/2/2017 time forecast 6:34, time real 6:44, difference 10,
azimuth forecast 99.4, azimuth real 89, difference 10.4,
3/3/2017 time forecast 6:32, time real 6:41, difference 9 ,
azimuth forecast 98.8, azimuth real 89, difference 9.8)
I don't know why.
Mar 3, 2017
Nancy Lieder
Ms. Sakamaik sends her montly sunrise readings, and comments.
I send you the sunrise wobble pattern in March.
On April 1st. this site (http://aa.usno.navy.mil/data/docs/AltAz.php), where I pick up the data, was down and couldn't link.
I'm happy because this new site is more precise.
I'll check the data from last August to February 2017 in this site, because the records has been so calm after the last August when had so big difference.
On April 2nd, the sunrise forecast time is 6:30, and the real time is 6:53.
Apr 3, 2017
Nancy Lieder
Report via email from Germany. Wobble has gotten extreme!
Sun over central Europe these days:
4/15/2017 at 11:45 am.
Expected Alt 47, Latitude 141.
Found Alt 80 Latitude 160.
Setting too high and too far West.
This is accompanied by very low nightly temperatures (somtimes down to freezing) and hot, summer-like afternoons.
Apr 16, 2017
Nancy Lieder
Ms Sakamaki sends her April readings.
May 1, 2017
Nancy Lieder
Ms Sakamaki sends her May readings. You can really see the effect of the Polar Push here, the sunrise in Wisconsin half an hour late for the solid month.
Jun 6, 2017
Nancy Lieder
Me Sakamaki sends her June readings. The wobble has gotten worse! She says: "This is the Sunrise wobble pattern in June 2017.The time differences are always over 30 minutes, and 17th, 23rd and 27th are over 40 minutes."
Jul 5, 2017
Nancy Lieder
The Earth wobble is causing twilight in the US and in Europe to last well past midnight. This was documented in the June 25 Newsletter (http://www.zetatalk.com/newsletr/issue560.htm) and also in this video from Germany posted on June 1, 2017.
https://youtu.be/BoGk3o4VyJ4
Jul 5, 2017
Nancy Lieder
Ms Sakamaki sends her July sunrise readings. VERY late sunrise, again, as it was last month.
Aug 7, 2017
Nancy Lieder
Ms Sakamaki sends her August readings. Sunrise still running VERY late due to the wobble.
Sep 3, 2017
Nancy Lieder
ToeKneeTogo via email gave me a couple links to check. He had noted that the upper atmosphere clouds moved in ONE direction, while the lower ground hugging clouds in ANOTHER direction. This jumps right out in the videos. During the wobble, the air close to the ground will drag along with the globe, while the upper atmosphere will reflect where the globe was BEFORE the wobble push.
This is the original video link directly to the Canada/France Hawaii Telescope if you think it's worth posting http://www.cfht.hawaii.edu/en/gallery/cloudcams/index1.php?opts=mov...
And this is the other direct video link from August 6th 2017
http://www.cfht.hawaii.edu/en/gallery/cloudcams/index1.php?opts=mov...
Oct 2, 2017
Nancy Lieder
Ms Sakamaki sends her September readings. Sunrise continues WAY off from predicted.
Oct 4, 2017
Nancy Lieder
Ms Sakamaki sends her October readings. I note that the wobble has become ... wobbly! Irregular.
Nov 1, 2017
Nancy Lieder
Ms Sakamaki sends her November readings. The wobble continues irregular. Several people have told me that they saw the Moon linger in the sky at one point, then rush along. Or sunset too soon or delayed, that sort of thing. It is becoming more obvious to many.
Dec 3, 2017
Nancy Lieder
Ms Sakamaki sends her December, 2017 sunrise readings. She says "Compared with the first half in December, the second half was calm."
Jan 1, 2018
Nancy Lieder
Me Sakamaki sends her January, 2018 sunrise readings. Consistently late sunrise here in Wisconsin.
Feb 2, 2018
Nancy Lieder
Ms. Sakamaki sends her February, 2018 sunrise readings. Wobble worsening! Look at those differences.
Mar 3, 2018
Nancy Lieder
Ms. Sakamaki sends her March sunrise readings. Big correction mid-March!
Apr 4, 2018
SongStar101
Slow-Motion Ocean: Atlantic’s Circulation Is Weakest in 1,600 Years
https://www.scientificamerican.com/article/slow-motion-ocean-atlant...
image source
In recent years sensors stationed across the North Atlantic have picked up a potentially concerning signal: The grand northward progression of water along North America that moves heat from the tropics toward the Arctic has been sluggish. If that languidness continues and deepens, it could usher in drastic changes in sea level and weather around the ocean basin.
That northward flow is a key part of the larger circulation of water, heat and nutrients around the world’s oceans. Climate scientists have been concerned since the 1980s that rising global temperatures could throw a wrench in the conveyor belt–like system, with possibly stark climatic consequences. Sea levels could ratchet upward along the U.S. east coast, key fisheries could be devastated by spiking water temperatures and weather patterns over Europe could be altered.
Such concerns had been quelled over the last decade as climate models suggested this branch of the ocean’s circulatory system was not likely to see a rapid slowdown, which would slow any consequences. But two new studies, published Wednesday in the journal Nature, suggest the recent weakening spotted by ocean sensors is not just a short-term blip, as some had thought. Rather, it is part of a longer-term decline that has put the circulation at its weakest state in centuries. The results imply climate models are missing key pieces of the puzzle, and that ill effects could be on their way.
Which pieces might be missing, though, could determine how worrying this trend is. If models are not sensitive enough to the changes going on in the North Atlantic, “that sort of puts the warning flag a little higher,” says Thomas Delworth, an ocean and climate modeler at the National Oceanic and Atmospheric Administration who was not involved in the research.
Running AMOC
The warm, salty waters of the tropical Atlantic cruise northward along the eastern U.S. before darting toward northwestern Europe (giving the British Isles a climate far balmier than Newfoundland at a similar latitude). As that segment of ocean flow, known as the Gulf Stream, pushes north, it cools and becomes denser and eventually sinks, forming the so-called deepwater that flows back southward along the ocean floor toward Antarctica.
This cycle, called the Atlantic Meridional Overturning Circulation (AMOC), plays a key role in moving heat around the planet as well as nutrients throughout the ocean. It also helps draw carbon dioxide from the atmosphere into the sea. In the Pacific Ocean equatorial heat is transported north and south toward both poles. But in the Atlantic “the heat is moving northward throughout the whole Atlantic Ocean,” says David Thornalley, a paleo-oceanographer at University College London and co-author of one of the new studies. The resulting heat imbalance between the Northern and Southern hemispheres determines several large climatic features, such as the latitude at which a key tropical rain belt is located, which impacts water supplies, precipitation for agriculture and the health of tropical ecosystems.
As global temperatures rise with the levels of heat-trapping gases in the atmosphere, the AMOC could be disrupted by an influx of freshwater from increasing precipitation in the North Atlantic and the melting of sea ice and glaciers on land. The added freshwater lowers the water density in the zone where deepwater forms, backing up and weakening the overall flow of the AMOC like a clogged sink. That slowdown means less heat is transported northward, leading to cooler ocean temperatures in a region below Greenland, and warmer temperatures off the U.S. east coast. That warming leads to higher sea levels along the coast and raises sea temperatures where economically valuable cold-loving species like cod and lobster live.
There are some indications the cold spot below Greenland can alter atmospheric patterns in a way that channels warm air over Europe, increasing the likelihood of sustained summer heat waves, says Levke Caesar, a PhD student at the Potsdam Institute for Climate Impact Research (PIK) and co-author of the other new study. The changing ocean temperatures from an AMOC slowdown could also potentially help lock in colder winter conditions over the eastern U.S., PIK’s Stefan Rahmstorf, a co-author of the same research, has posited, although the evidence there is not clear.
Until a little more than 10 years ago scientists did not have any direct measurements of the AMOC to see how it was actually responding to climate change. The deployment of the RAPID array of instruments (short for the U.K and U.S.–sponsored Rapid Climate Change program) across the Atlantic Basin has allowed that data to slowly trickle in, and “they’ve been revealing it is undergoing weakening,” Thornalley says. But the brief window of data offers no longer-term perspective. When that first data came in, scientists thought the weakening could be a temporary change resulting from the natural ups and downs of the climate, but were aware it could be part of a much longer decline.
Clues from the Past
To help resolve the uncertainty, the teams involved with the new studies turned to what are called paleoclimate markers, which capture past changes in Earth’s climate to see how these recent changes fit in. Thornalley and his colleagues used sediment cores collected from the ocean floor along the U.S. east coast to reveal how deep ocean currents linked to the AMOC have changed over time; stronger currents deposit larger grains of sediment. They also looked at tiny creatures fossilized in sediment cores—some of which had thrived in colder conditions, others in warmer ones—to see how ocean temperatures changed as the AMOC waxed and waned in strength. Caesar and Rahmstorf’s study used direct measurements of ocean temperatures going back to the late 19th century.
The two studies came to broadly similar conclusions: The AMOC is in a very weakened state—the most anemic it has been in the last 1,600 years, according to Thornalley’s results.
The studies differ on the timing of when that weakening began. Thornalley’s record, which spans those 1,600 years, suggests it started at the end of the little ice age, a period from about A.D. 1350 to 1850, when solar and volcanic influences depressed temperatures across the Northern Hemisphere and glaciers and ice sheets expanded. As the little ice age ended and temperatures warmed, ice melted and freshwater flooded into the North Atlantic. The results suggest the current state of the AMOC is the weakest it has been over that whole long record. Whether today’s state is just a continuation of that reaction or whether global warming has also started to chip in is not clear, he says. Caesar, meanwhile, put the turning point toward a weaker AMOC in the mid-20th century, suggesting it is due to the influence of human-caused warming. Her team’s record, however, does not extend as far back.
The two results are not mutually exclusive. Both records show broadly similar patterns in decline. “We think it’s quite remarkable that all the evidence is converging,” Thornalley says. But pinpointing the timing of the weakening trend would give better clues as to what is driving it as well as how quickly it is happening and how rapidly we might expect to see some of the resulting climate impacts.
Already, Thornalley says, it is clear the Gulf of Maine has its warmest temperatures in the last 1,600 years. There are also “tantalizing glimpses” of more rapid sea level rise along the U.S., he says.
The researchers are curious why climate models seem to be missing something in the AMOC process. They do not capture this past behavior and significant weakening. If the results of these studies bear out, Delworth says, it is possible the models are not sensitive enough to the changes in ocean freshwater that are happening or they are not factoring in all of the important changes that have impacted the circulation. A 2017 study that looked at what would happen if climate models did factor in that melt saw it caused a sharper response from the AMOC than had otherwise been suggested.
The greater cause for concern would be if models are incorrectly capturing the sensitivity of the system, Delworth says, because it means scientist have been underestimating how quickly the AMOC might respond. “It really depends on why the models don’t match the paleo results,” he says.
While modelers work to figure that out, Thornalley and others are trying to expand the paleoclimate record to see if the pattern they found shows up at other sites throughout the Atlantic and if they can extend it farther back in time. They are also looking for signs of how much freshwater may have triggered the weakening at the end of the little ice age.
Moving forward, the RAPID instruments will slowly help tease out the AMOC’s behavior. “It’s just that we have to wait a couple of years,” Caesar says, by which time some impacts may already be happening.
Apr 25, 2018
Nancy Lieder
Ms Sakamaki sends her April, 2018 readings, both Sunrise and Sunset! The wobble is different at both time. At Sunrise, the globe is leaning left and dropping into the bounce back position. At Sunset, the globe is in the Polar Push, up over the northern horizon. Different views, thus, to be expected.
May 2, 2018
Nancy Lieder
Ms Sakamaki sends her May, 2018 sunrise readings. The last week of May really got extreme. Seems to me that Alberto's photos showed an extreme lean at times those days too.
Jun 3, 2018
Nancy Lieder
Sun is way too far North and high in the sky in Wisconsin at 6:22 am.
Sun is a full 25 deg too far North! Should be Az 75, is Az 50.
And too high in the sky. Should be Alt 10, is Alt 30.
Holy cow!
Jun 13, 2018
Nancy Lieder
For June, an extreme wobble month, Ms Sakamaki took Sunrise and Sunset and MidDay readings! All are extreme.
Jul 3, 2018
Willa Rawlings
Anyone else seeing a pattern of late afternoon High Winds and a Thunder Storm?
I'm in Ohio---- am wondering whether this is more of a Wobble Effect, that simple weather pattern. ?
Jul 3, 2018
Willa Rawlings
Forgot to add that it is blowing in from the South--- and not the usual West.
Jul 3, 2018