41,000 years ago, a complete and rapid reversal of the geomagnetic field occured. Magnetic studies of the GFZ German Research Centre for Geosciences on sediment cores from the Black Sea show that during this period, during the last ice age, a compass at the Black Sea would have pointed to the south instead of north. Moreover, data obtained by the research team formed around GFZ researchers Dr. Norbert Nowaczyk and Prof. Helge Arz, together with additional data from other studies in the North Atlantic, the South Pacific and Hawaii, prove that this polarity reversal was a global event. Their results are published in the scientific journal Earth and Planetary Science Letters [October 16, 2012]
It seems that everywhere you look someone talking about “carbon pollution” by which is meant “carbon dioxide pollution”.
“Carbon dioxide (CO2) is the primary greenhouse gas pollutant . . .”EPA
“Carbon dioxide, a greenhouse gas, is the main pollutant that is warming Earth.”National Geographic
“Carbon pollution is the main contributor to climate disruption, making extreme weather worse — including more severe floods, widespread wildfires and record drought.”The Sierra Club
“In the United States, power plants represent the single-largest source of carbon pollution, spewing two billion tons into the air each year.” Natural Resources Defense Council
Satellites are far more accurate at measuring global temperatures than the severely flawed surface temperature record. NASA claims global warming is rapidly occurring, but satellites show very little warming this century. What could possibly motivate the US Space Agency to ignore their own satellites?
The answer is obvious. Much of NASA’s funding depends on keeping the global warming scam alive, so NASA generates scientifically unsupportable graphs and distributes them hysterical politicians and journalists.
As Trump Heads to Washington, Global Warming Nears Tipping Point
Title: Human Caused Global Warming – The biggest deception in history
Author: Dr. Tim Ball
Genre: Non-fiction/Science/Climate
Rating: ****
Review: In his preface of Human Caused Global Warming Dr. Tim Ball sets out what he is going to explain throughout the book. This is the “who, what, when, why and how” of the Global Warming deception and how it came to be.
Dr. Ball – also in this preface- talks briefly about the harrowing repercussions he has personally faced – including law suits and death threats. One of the very first things I noticed while flicking through the book is Dr. Ball uses many images and diagrams to illustrate points. This is a huge help as many “ordinary” people like myself will find images or diagrams easier to understand than scientific jargon. As such, this handy book is made more generally accessible rather than just being for those in the scientific community – like so many other books on this complex and debated topic.
The once professional societies continued their slide into unprecedented advocacy in recent years as they boarded the politically-driven grant gravy train and recruited to their memberships a whole generation of eco fanatics indoctrinated in our failing schools at all levels. Their advocacy with congress is not at all scientific.
They claim ‘consensus’ in their letter. The late great Michael Crichton, author of State of Fear on this topic, said “Historically, the claim of consensus is the first refuge of scoundrels; it is a way to avoid debate by claiming the matter is already settled.” “Let’s be clear: the work of science has nothing whatever to do with consensus. Consensus is the business of politics. In science, consensus is irrelevant. What is relevant is reproducible results.
Title: Slaying the Sky Dragon: Death of the Greenhouse Gas Theory
Authors: Dr Tim Ball, Dr Claes Johnson, Dr Martin Hertzberg, Joseph A. Olsen, Alan Siddons, Dr Charles Anderson, Hans Schreuder, John O’Sullivan.
Genre: Non-fiction/Science/Environmental
Rating: * * *
Review: ‘Slaying the Sky Dragon’: Death of the Greenhouse Gas Theory’ may be a book aimed at a particular audience, but even people like myself, who have no interest in climate science can enjoy it. Slaying the Sky Dragon in its rawest form, without going into complicated details, is about the supposed errors in the science behind man-made global warming. The 8 authors contend that the backbone of climate science known as “the greenhouse gas theory” is fatally flawed in its Physics, Chemistry and Mathematics. In their diverse characters, each author states their findings and facts about why the theory is false.
At the fringes of what the herd accepts as discourse, there are some who are chipping away at the modern myth. They imply that at some fundamental level, our assumptions are wrong, and this has infected every subsequent decision with illusion. This is happening simultaneously in many fields, and W.M. Briggs is doing so in the field of statistics. Read on for a Q&A with this creative, inventive thinker who has a finger in many disciplines, informing his primary study to push it toward broader vision.
You are, for lack of a better term, a professional statistician. What led you to this field, and how did you find your way to your present position as professor and writer?
From the Air Force doing cryptography, to meteorology and climatology, to statistics. I was interested in how good forecasts were, and what “good” meant. And from statistics to epistemology, which is the proper branch of probability. I used to be in Cornell’s Medical School, but it was eighty-percent writing grants. There’s too much government in science, so I’m now on my own, though I have an Adjunct position at Cornell. About writing, more people read one of my articles, or even blog posts, that would read a scientific paper.
Is there any truth to the statement “There are three kinds of lies: lies, damned lies, and statistics.” How do we tell the difference between true statistics and lies? How do statistics become misrepresentative?
Primarily through The Deadly Sin of Reification. This is when a researcher’s model of uncertainty, a matter of epistemology, becomes reality itself, or it is thought to be so close to reality as to make no difference. But probability models are not causal: probability and statistics have nothing to say about cause. Yet everybody thinks they do.
Beginning philosophy with Descartes is an enormous mistake.
Probability is only a measure of uncertainty, but that uncertainty is not fixed. It is not real or tangible. It only measures a state of mind, not the state of reality. More damage in science is caused by assuming statistical models verify “hypotheses” than anything else.
Your book Uncertainty: The Soul of Modeling, Probability & Statistics seems to make the case that human cognitive approaches are basically wrong because we treat probability as a kind of absolute. How would you change the human perceptual outlook?
We have to let it sink in that probability is conditional on whatever assumptions we make. Change the assumptions, change the probability. Probability is epistemology, and only epistemology. Since probability doesn’t have physical existence, nothing has a probability.
Question: What’s the probability of being struck by lightning? Answer: there isn’t one. You have to supply premises or assumptions to form the probability, like, “You live in Oklahoma.” But even that premise is not enough to guarantee a numerical answer. The Cult of Measurement insists, wrongly, that all probabilities, be numerical. This is why you see asininities like “On a scale of -17.2 to 42 2/3 in increments of pi, how taciturn are you?” And then we treat those numbers as if they are real!
You also write about how scientific research is heavily skewed by who is funding it or “purchasing” it as an end product, for example mainstream science articles. How prevalent is this? How can it be avoided or ameliorated?
The government sets the agenda for nearly all science. In the cases of ideological bureaucracies like the EPA ‘the’ science is largely settled in advance, and then farmed out to compliant, money-universities for ‘validation’. The mark of a good scientists now is how much money he can bring in. That money not only pays his salary, and that of his assistants, but of his bosses, too, in the form of overhead, largess grabbed by Deans and spent on various initiatives, like Diversity. And you can’t get the money unless you want to play in the system the government dictates. Eisenhower, in this famous military-industry speech, also warned about government intrusion in science. Key quote, “The prospect of domination of the nation’s scholars by Federal employment, project allocations, and the power of money is ever present and is gravely to be regarded.”
Is it possible to state anything as truth without conditionals? How much does the interpretation of the individual receiving this truth limit what can be conveyed?
No. The conditions can be very basic, though, like sense impression, and our very occasional interactions of our intellects with the infinite. Simple example. Here’s a proposition, “For all natural numbers x, y and z, if x = y and y = z, then x = z.”
Part of the conditions are the understanding of the words used to convey them, so we have to know “natural numbers” are everyday numbers “0, 1, 2, …,” and where the infinite lurks in that “…” Now this proposition is a standard mathematical axiom, believed to be true by everybody who has ever given it thought. I think it’s true.
But since we cannot count to infinity, we must condition on our finite experience to believe something about the infinite. I don’t want to say that this works only in mathematics. It works for everything we believe true about universals; all arguments.
You say that the field of data science lacks a “firm philosophical grounding.” What kind of philosophy can serve as the basis for mathematics, statistics and other highly abstract disciplines?
You can graduate with a PhD in the hard sciences from the top universities in the land without having to have studied any philosophy formally. Of course, any set of thinking, including the thinking scientists do, is a philosophy. But since the thinking isn’t rigorous, neither is the philosophy, which leads otherwise decent scientists to say stupid things.
We cannot reach, with our finite minds, infinite precision in language.
The biggest embarrassments are statements of metaphysics. There are respected physicists who, for instance, define ‘nothing’ as quantum fluctuations, or whatever. Somehow they are unable to grasp that the something which is a quantum fluctuation is not nothing. Our understanding of cause is particularly benighted, and that’s largely because of the fallacy of progress. Only recent philosophy is thought worthy of study, the fallacy insists, because progress.
Beginning philosophy with Descartes is an enormous mistake. Some philosophers, those not suffering from science envy, like Ed Feser and David Oderberg, are rectifying the situation.
Would you say that you have encountered a fracture between the notions of assessing truth by coherence (internal logicality of form) versus correspondence (reliable representation of external objects and events)?
Yes, sure. Given “Alice is a green unicorn,” it is conditionally true that “Alice is a unicorn.” But there are no unicorns, green or otherwise. There is coherence. Coherence can give you castles built in the air, but there has to be a real foundation if you want to live in the structure.
You cannot go far wrong with Aristotle. “To say of what is that it is not, or of what is not that it is, is false, while to say of what is that it is, and of what is not that it is not, is true.” That’s a form of correspondence, and the best definition of truth there is.
How much do you assess cycles in your work, such as the viewing a change in our world as having a life-cycle versus a categorical truth, much as it would be in a computer? Do you see yourself as introducing organic or biological principles to the field of mathematics?
No; no way. You might have a sociology of math that has these sorts of principles, something which says why mathematicians are working on these problems now, and might work on those later. But the organic principle itself would have nothing to say about the truth of the mathematics. Mathematics gives us truth, and philosophy aims to, as does physics. Now I said that all truth was conditional, but that does not mean that there are no capital-T Truths. And that leads to your next question.
You say, “Truth resides in the mind and not in objects except in the sense that objects exist or not.” How does this connect with the Nietzschean saying that there are no truths, only interpretations?
Nietzsche was wrong. If we agree on the premises, then we must agree on the truth the premises imply. It is always the case that if there is disagreement, it is in the premises and not on the proposition. And don’t forget the tacit premises, like word definitions. A universal truth, a capital-T Truth, is founded on a chain of reasoning backward to indubitable axioms or intellectual impressions.
So Nietzsche can say, “There are no truths,” which is, of course, contradictory. If he’s right, he’s wrong. If he’s wrong, he’s wrong. Now we all know the truth that Nietzsche’s statement is contradictory based on conditions including the meaning of the words in the proposition, the rules of logic, and so on, but most importantly on our intellects. There is no way for us to think it true that “There are no truths.” And so, conditional on this intellectual impression, we know the Truth that Nietzsche was wrong.
What is reification, and why is it misleading?
Reification shows up everywhere, and not just statistics. People confuse deterministic with causal models. A deterministic model can be a highly complex set of mathematical equations that say, in effect, “When X = x, Y = y.” Now even in this deterministic model works, in the sense of making skillful predictions, it is not necessarily the case X causes Y.
Understanding cause is something above. Scientists who study consciousness and free will are the biggest sinners here. They posit a deterministic model for the workings of the brain and confuse that model (which is anyway partial; another point oft forgotten) with a causal model, which leads them to say there is no such thing as free will. Yet obviously there is. Their models become more important than reality, which is tossed out and said not to exist.
In your view, is language a type of modeling? How can we make language more specific, or less likely to mislead?
In the sense that words imply universals, and our knowledge of universals, like knowledge of everything, is like a model. Words matter, because universals matter. We are not Humpty Dumpty. Communication is not possible with a shared, i.e. mutually believed, set of premises on what universals are true. But the infinite, the realm of universals, is a big place.
We cannot reach, with our finite minds, infinite precision in language. Recall Flaubert “Human speech is like a cracked kettle on which we tap crude rhythms for bears to dance to, while we long to make music that will melt the stars.” The more difficult the concept, i.e. the more it involves the infinite, the less precise our language. And it will always be that way.
Can the type of confusion that arises over statistics and probability influence the choices that a society makes? How can this error be limited?
Yes, especially in a culture that views science with such awe. How to limit? Everything is supposed to be scientific. Hence the Cult of Measurement and endless questionnaires with pseudo-quantified answers, and “nudging,” and on and on. Scientism pervades.
Science is silent on every important question. Why is murder wrong? Science has no answer. But when we think it does, we invent some statistical model that preposterously gives answers on the degree of wrongness of murder. The solution there, not to be too much hoped for, is again a return to philosophy.
Science is silent on every important question.
And then the confusion about cause. For example, statistics supposedly prove “racism” by showing discrepancies in math questions. If we can eliminate causal language which accompany statistical models, we can fix much.
For those who would like to know more about your writing and research, how would someone stay on top of your latest news and doings?
My blog, primarily, at http://wmbriggs.com/, and at Twitter @mattstat, though I have to cut back on the latter. What a time sink!
Image copyright: APImage caption: Universal access to global agriculture data will improve food security policies, say campaigners
Rothamsted Research, a leading agricultural research institution, is attempting to make data from long-term experiments available to all.
In partnership with a data consultancy, is it developing a method to make complex results accessible and useable. The institution is a member of the Godan Initiative that aims to make data available to the scientific community.
In September, Godan called on the public to sign its global petition to open agricultural research data.
“The continuing challenge we face is that the raw data alone is not sufficient enough on its own for people to make sense of it,” said Chris Rawlings, head of computational and systems biology at Rothamsted Research.
Two former NASA scientific ‘heavyweights’ go toe-to-toe in online debate over whether the science of man-made global warming is a “hoax,” as President-elect Donald Trump has claimed.
Trump’s ridicule of this hot topic is causing a huge stir among world leaders. So herein we reprise key points in an epic debate waged online and in private emails. The two opposing are well-respected ex-NASA scientists, Dr Roy Spencer and Dr Pierre R Latour.
Defending the supposed “greenhouse gas theory” (GHE) of climate change is “lukewarmist” Roy Spencer. His powerful advocacy of this cornerstone of mainstream climate science nonetheless requires us to believe that trace amounts of atmospheric carbon dioxide (less than 0.04 percent of total) with added human emissions (even smaller still) significantly warms earth’s climate.
Paper Reviewed
Reef, R., Slot, M., Motro, U., Motro, M., Motro, Y., Adame, M.F., Garcia, M., Aranda, J., Lovelock, C.E. and Winter, K. 2016. The effects of CO2 and nutrient fertilization on the growth and temperature response of the mangrove Avicennia germinans. Photosynthesis Research129: 159-170.
Introducing their significant study, Reef et al. (2016) describe how they collected Avicennia germinans propagules in July of 2014 at Galeta Point, Panama, and transferred them to the Santa Cruz Experimental Field Facility of the Smithsonian Tropical Research Institute, where they were planted in individual 1.6-L tree pots filled with a mixture of local clay-textured topsoil and sand, after which the plants “were randomly assigned to one of two well-ventilated, naturally-illuminated glasshouses receiving full sunlight, one with similar to ambient (ca. 400 ppm) CO2 concentrations and one with an elevated (800 ppm) CO2 concentration.”
Over the last eight months, global temperatures over land have cooled a record 1.2 C. November is seeing record cold in Russia and South Australia, so we should see the record cooling trend continue.
New research published over the weekend by the Department of Energy’s (DOE) Lawrence Berkeley National Laboratory found that plants are significantly slowing global warming far more than previously suspected.
Scientists found as carbon dioxide (CO2) levels increased worldwide, plants responded by sucking more CO2 out of the air than before. Researchers used satellite measurements of vegetation cover to determine that global rates of photosynthesis and respiration had sharply increased, largely due to the extra CO2.
“The scientists attribute the stalled CO2 growth rate to an uptick in land-based photosynthetic activity, fueled by rising CO2 levels from fossil fuel emissions,” states a summary of the research. “It’s a snowball effect: as CO2 levels rise in the atmosphere, photosynthetic activity flourishes and plants take in more carbon, sparking more plant growth, more photosynthesis, and more carbon uptake.”
After reviewing Slaying the Sky Dragon: Death of the Greenhouse Gas Theory, two book reviewers targeting a curious millennial readership took time out to speak to the book’s authors and glean further insight into an extraordinary and prescient debunk of the cornerstone of the science of man-made global warming.
‘Emma’ and ‘Jodie’ write:
We are glad to be hosting an interview with John O’Sullivan, Hans Schreuder and Derek Alker. John and Hans are key authors in the Slaying the Sky Dragon book and Derek is a closely associated member of the scientific team.
Emma: What are your backgrounds? How did you get interested in this topic?
John: I am a teacher and lecturer by training becoming a part-time professional online science writer around eight years ago. I covered any and all subjects of interest to general readers. I saw, first-hand, how environmentalism was becoming a religion. Over time I gradually got to know many experts from around the world (many with PhD’s) in diverse disciplines from meteorology to metallurgy, climate science to Chemistry, plus Physics, Mathematics, Thermodynamics, Astrophysics, Biology, etc.
When American government representatives asked NASA head Charles Boden what the best response to a large asteroid headed for New York City would be, his answer was simple: ‘Pray.’
But what would happen if a smaller asteroid hit Los Angeles? Describing the scenario as a ‘not if – but when,’ NASA recently simulated what would happen if a 300 to 800ft asteroid approached Los Angeles with an 100% chance of impact.
‘It’s not a matter of if – but when – we will deal with such a situation,’ said Thomas Zurbuchen, Associate Administrator for NASA’s Science Mission Directorate in Washington.
‘But unlike any other time in our history, we now have the ability to respond to an impact threat through continued observations, predictions, response planning and mitigation.’
Spectacular photographs of the biggest supermoon for generations are already being captured – and the best is yet to come.
The satellite is orbiting as close to Earth as it has done for almost 70 years tonight, but Monday is expected to be the best evening for capturing a rare close-up of the moon. Although the countryside is the best place to see the night’s sky in all its glory, there was still some stunning scenes over London landmarks such as Canary Wharf and the Eye.