New York Times article “so full of nonsense that it is difficult to read”

From Ice Age Now:

Yesterday The New York Times ran an article refuting any ideas that the planet is cooling due to solar activity (or lack thereof). Joseph Kraig provides a wonderful rebuttal.

By Joseph Kraig

This article is so full of nonsense that it is difficult to read.

There is no universal ice melt. Though the article says ice is melting world wide and the oceans are rising, it is simply not true. The oceans are not rising and in places where it was supposed to rise it has actually gotten lower. Greenland saw a faster and larger increase in ice this year than ever recorded. The Glaciers in Alaska and California are both getting larger.

While the sun appears the same day after day it is not. There have been major increases in ultraviolet emissions during the 80’s and 90’s, those emissions are now falling, dramatically.

As long ago as the Maunder Minimum it was known that fewer sun spots cause cooler weather. We are now in a time that is bringing us to a Maunder type of minimum or Grand Minimum.

While it is true that temperatures have been rising (and falling) since the end of the last glaciation we are at the end or what should be the end of the inter-glacial period. We should appreciate any warming we can get.

The amount of CO2 in the atmosphere is growing. Certainly humans contribute to that growth but the percentage of increase due to human industry is minuscule. In fact the total amount of CO2 in the atmosphere is minuscule. It has never been proven that CO2 is a greenhouse gas. There are much more effective greenhouse gases in our atmosphere such as water vapor and Methane.

There are other sciences discoveries that are changing the way scientist think about Global Warming. Who would have thought a couple decades ago that the stars sending their cosmic rays to us could affect our weather but they do, especially in solar minimums.

Ignorance rules our newspapers and much of society. The truth is out there for all to see but those who don’t like the truth lie and know because of our unwillingness to spend a little time reading that we won’t know any better. I refuse to believe the lies of the Mainstream press apparatus.



Little Ice Age Explained

By Terry Mejdrich

Sunspots are huge magnetic storms on the sun that can be thousands of miles in diameter. They appear as dark spots because their temperature is slightly cooler than the surrounding surface. They are present when the sun goes through the “active” phase of its approximately 11-year cycle. Currently, the sun is generating tremendous solar storms, an indication of increased intensity of its magnetic field.

Typically, the sun goes from no storms at all to a ferocious period of activity every 11 years. Scientists do not have a clear explanation for why this variability occurs, but likely it is a result of fluctuating convection currents within the sun. Outbursts of superheated plasma from solar storms can cause problems on Earth if the Earth happens to be in the line of fire, interfering with the electronics of satellites and communications. But the sun’s strong magnetic field, of which sunspots are a byproduct, is a vital necessity for protecting life on Earth from cosmic radiation.

In effect, the sun’s magnetic field creates a shield that greatly reduces the amount of harmful radiation reaching the Earth from outer space. But it also, in an indirect way, helps maintain a stable climate, at least according to a recent hypothesis.

The period from about 1650 to 1710 is known at the “Little Ice Age.” Not every year during that period was colder than average, but overall the temperature dropped an average of about two degrees Fahrenheit in the Northern Hemisphere. Two degrees doesn’t sound like much, but it led to crop failures, food shortages and social unrest, particularly in Europe. The Thames River, which flows through London, England, froze over during winter months. Scientists have speculated on reasons why this period of cooling occurred. Some suggested reasons include increased volcanic activity, shifting ocean currents, as well as a dip in the amount of light and heat the sun produced.

Modern measurements, however, have shown that the sun’s light and heat output remain nearly constant with little difference, even during times of increased solar storms. And yet observations by science-minded people of the time indicate that during the Little Ice Age, sunspot activity was almost completely absent. Researchers have wondered if it was mere coincidence that the reduced sunspot activity coincided with a noticeable drop in average temperatures, but if there was a connection, it had eluded them.

Now, a few scientists believe they have found that connection. Their reasoning goes like this: During a protracted solar minimum, which occurred during the Little Ice Age, the sun’s magnetic field becomes weaker (as evidenced by reduced sunspot activity). This allows more cosmic rays to penetrate Earth’s atmosphere. The cosmic rays interact with molecules and atoms in the atmosphere creating microscopic grains of “dust.” These particles attract water vapor, creating tiny droplets of water, which enhances the development of clouds. (Every raindrop forms around a microscopic particle. Without such airborne particulates, there would be no rain.) Increased cloud cover blocks a corresponding amount of solar radiation, thereby decreasing the temperature. This is the scenario now being proposed as the reason for the Little Ice Age.

Further research is required to verify this hypothesis. But it does explain the “coincidence” of a period of virtually no sunspot activity and a period of cooling in the Northern Hemisphere.

The other point of note is the degree to which Earth’s climate changed with just a two-degree reduction in temperature. Presently, average temperatures are rising worldwide, and the consequences are already evident.

Your opinion is most welcome. Does this theory hold up?

Explosive Volcanism Triggered the Little Ice Age

Headline at Ice Age Now blog:

Volcanism alone can explain the Little Ice Age (LIA), researchers insist. Low sunspot activity is not the culprit.

Precisely dated records of ice-cap growth from Arctic Canada and Iceland show that “Little Ice Age summer cold and ice growth began abruptly between 1275 and 1300 AD, followed by a substantial intensification 1430–1455 AD,” researchers found.These intervals of sudden ice growth coincide with two of the most volcanically perturbed half-centuries of the past millennium, the study shows. “Explosive volcanism produces abrupt summer cooling at these times.”“Our results suggest that the onset of the LIA can be linked to an unusual 50-year-long episode with four large sulfur-rich explosive eruptions, each with global sulfate loading >60 Tg.

”Once the ice age was triggered, cold summers were maintained by sea-ice/ocean feedbacks long after volcanic aerosols were removed. the authors assert. “Large changes in solar irradiance are not required.

Full Post is HERE.
The original research document is HERE.

“Abrupt onset of the Little Ice Age triggered by volcanism and sustained by sea-ice/ocean feedbacks,” published on 31 January 2012

From a comment on the Ice Age Now Post:

From what I see on this page it sounds like the researchers are not aware of what causes the increased volcanic activity and earthquakes in the first place. Namely a very weak solar cycle is directly linked to a substantial increase in volcanic activity. The “experts” are still having a hard time connecting the dots.

I have published the graphic below several times showing an increase in volcanic activity during grand minimums. The question is still open, how does a quiet sun cause an increase in volcanic activity on the earth?


Your thoughts are most welcome?  What is the solar connection to earthquakes on the planet? It looks like the sudden cool down starts before the plethora of volcanic eruptions on the chart. Does the cooling cause eruptions?


Solar minimums may be final piece of puzzle in fall of Western Civilisation

Sam Khoury writing in the Nation


By the 1st century BC, Rome was the most advanced and powerful civilisation on Earth and Romans’ material wealth was skyrocketing. Men and women are increasingly less interested in marriage and no-fault divorce is enacted. Birth rates start to decline below the replacement rate. The citizen soldiers are eventually replaced with professional soldiers who expect compensation and are loyal to the military itself, not the state. As the empire expands in a series of wars of choice it is becomes increasingly multicultural thanks to new citizens from conquered territories. Their loyalty is in question but Rome depends on them as mercenaries to defend the declining state. The government and the military industrial complex replace the private sector as the sole entity responsible for everyone’s well-being. There is moral decay and brutality as Julius Caesar brags about killing one million Gauls. This period could be compared our own world since 1970. By the 400s Rome is being pillaged by Visigoths and Vandals, who ensure it never makes it to the 500s.

However there was something else occurring in the 400s that wasn’t happening in the preceding centuries. Although corruption and immorality were rife, the scientific and historical record shows the climate cooled but, more destructively, it became erratic. Long dry conditions were interrupted by intense deluges. Unseasonal spells of cold weather became the norm. Although solar activity records only date back to the 1600s, these conditions were almost certainly the result of a combination of low solar activity and high volcanic activity – much like the post-medieval warm period that saw solar minimums like the so-called Maunder and Dalton and large volcanic eruptions like the Tambora which, combined with the Dalton, created freezing summers. The result during the 400s was rising food prices, which along with the other factors created deep social dissatisfaction as the economy faltered.

There are proposals on the table to turn the Afghani war over to mercenaries and bring out troops home to a land were middle-class citizens are questioning the role of government and wealth disparity created by robotic and AI technology is growing.  We are becoming more like the Roman Empire, dropping birth rates, fewer marriages, and more debauchery.  Moral decay and fear of the government rampant.  But a significant change in the climate, a highly erratic climate of droughts and floods destroyed the food supply and that was the final blow to the Roman Empire.  Is this or fate?

Enter the monkey in the wrench. After 200 years of healthy solar maximums, solar activity has been plummeting since 2010 and the first solar minimum will hit bottom around 2021. By the 2030s solar physicists now reckon that a grand solar minimum will consume most of the rest of the century. Volcanic activity has also been on the increase and more is expected as eruptions occur most often during solar cycle peaks or at solar minimums. In previous articles published in this newspaper I chronicled increasingly intense and erratic weather patterns that have coincided with the lower solar activity since 2010. The latest include a cold front that descended on the US Midwest in late June dropping temperatures to near freezing, and recent snowfall 200 kilometres south of Moscow in Tarttarastran. Wheat futures immediately rose 6 per cent. At this time the world takes cheap foodstuffs for granted. A change of this reality in the future could shake the global world order to its foundations.

Full Article in HERE.


New Study By German Physicists Concludes We Can Expect Climate Cooling For Next 50 Years!

By P Gosselin at the No Tricks Zone

German physicists: “CO2 plays only minor role for global climate”

In a just published study in The Open Atmospheric Science Journal here, German scientists Horst-Joachim Lüdecke and Carl-Otto Weiss have used a large number of temperature proxies worldwide to construct a global temperature mean over the last 2000 years, dubbed G7, in order to find out more about the sun’s role on climate change.

Their results drop a huge surprise on the laps of scientists who have long believed the earth is warming due to human-emitted CO2.

The analysis by the German scientists shows the strongest climate cycle components as 1000, 460, and 190-year periods. The G7 global temperature extrema coincide with the Roman, Medieval, and present optima, as well as the well-known minimum of AD 1450 during the Little Ice Age.

Correlation 0.84

Using further complex analyses, they constructed a representation of G7, which shows a remarkable Pearson correlation of 0.84 with the 31-year running average of G7.

The authors used extensive local temperature proxy data [2 – 6] together with Britain’s Hadley CRU temperature records since 1870 and the recent satellite measurements, and combined them to make up the global temperature time series G7 for the last 2000 years.

In accordance to the definition of climate, the blue curve in the paper’s Fig. 3, shown above, depicts the climate history as the 30-year running average of the grey curve. Noteworthy, the historically known temperature extrema are well reproduced by the blue climate curve: The Roman Optimum (~0 AD), the Medieval Optimum (~1000 AD), the Present Optimum, as well as the Little Ice Age (~1500 AD),

Also the pronounced minimum of 1450 AD, when the vines in southern France were killed by cold. Also clearly shown by the climate curve is the warming from 1850 to 1995.

The detailed analysis of the local records show in general a multitude of peaks, the authors say, and the G7 however shows only 3 dominant peaks, which correspond to cycles known from local studies, of approx. 1000, 500, 200-year periods. The combination of local records to a global record apparently averages out local cycles and emphasizes global cycles.

The sum of these three dominant cycles (red curve in Fig. 3) reproduces the measured climate (blue curve in Fig. 3) with a remarkable correlation of 0.84.

In particular the sum of the three cycles shows the temperature increase from 1850 to 1995 as a result of the three natural cycles, the German researchers say, adding: “Thus one can conclude that CO2 plays only a minor role (if any) for the global climate.”

Lüdecke and Weiss note that the present maximum of the cycle sum corresponds well with the world temperature stagnation since 1995 AD, the stagnation unexplained by current climate models. As the dominant cycles have persisted for an extended time, one can assume that they will persist for the near future. They write: “This allows to predict cooling until 2070 AD.”

References are HERE.

Grand Minimum Super Earthquakes

UpheavalUpheaval!: Why Catastrophic Earthquakes Will Soon Strike the United States

by Mr. John L. Casey, Dr. Dong Choi, Dr.Fumio Tsunoda and Dr. Ole HumlumPublished January 2017.

It is hard to write a book about the future, as it can be hard to address all the influencing factors. In this case, John Casey and his fellow authors are basing the future on the past. They examine the history of earth quakes during solar minimums. Previous solar minimums have been a challenge for humans, with a colder climate, shorter growing seasons, super storms, and an increase in the number of the main earth quakes which produce more solar minimum unanticipated misery according to the authors.

The authors provide a compelling amount of data relating the past, describing the present, and forecasting the future. The charts are clear and readable, even on the Kindle once selected for review. There is enough color to increase understanding of the information, without confusing the reader.

I found the book interesting and had a hard time putting it down in the evening and turning in for the night. I have been following the progress of grand minimums for years on this blog and puzzled over the increase of volcanic activity during grand minimums but never considered an increase in powerful earth quakes. The authors make a strong case for grand minimums being a causal factor in triggering these strong earth quakes. Recommend readers review the evidence and draw their conclusions.

What the actual process that causes the grand minimum earth quakes is not clear, does a cooler planet shrink, causing plates to shift and slip? Does the decrease in magnetosphere create some torque on the rotation of the molten core, in turn creating stress on the crustal shell? Are historical cycles good indicators of future events. What would the Reverend Bayes say after a statistical analysis?

According to the authors, we should be preparing for some strong earth quakes in California, Oregon, Washington and Mississippi River Valley as we pass over the cusp to the next grand minimum. This book may be enough evidence to convince you the preppers have some credibility. Those citizens that prepare will have a greater chance of survival, those that do not will perish in the chaos. Where do you stand?

H/T to Anthony  Mengotto for alerting me to this book.

Is Our Sun Slowing Down in Its Middle Age?

By: Monica Bobra writing in Sky and Telescope

The Sun, now halfway through its life, might be slowing its magnetic activity, researchers say, which could lead to permanent changes in the sunspots and auroras we see.

We all slow down in middle age, has our sun reached that point?

There is evidence that Sun-like stars slow their magnetic activity after reaching middle age. And the Sun is, in fact, at just that age. But while we might be seeing some evidence of a slow-down, the process will likely happen over thousands, if not millions, of years. Furthermore, this is not the first time that the Sun has deviated from previous behavior. During a 70-year period in the 17th century, the Sun shed all but a few of its sunspots, only to right its course again.

Well maybe not! It could just be another overlapping cycle.

And maybe we’re not seeing a slow-down at all. While the strongest sunspot cycle rises and falls over the course of 11 years, there are other sunspot cycles that rise and fall over longer timespans. These other cycles could affect the 11-year cycle. So we can’t yet conclude that the Sun’s relatively recent changes are permanent. The best thing to do is just keep on looking: There are many more clues buried in the Sun’s many heartbeats.

I write about some of those cycles in a paper on the Dalton Minimum. dalton_minimum

Here is a chart from that paper showing the multiple solar cycles:

Solar Cycles

Your thoughts?  Middle age sun, or just another cycle?