Category Archives: Global warming
Creationism and climate – birth of a new pseudoscience
The usual creationist nonsense is just tedious. But creationist “climate science” is toxic, disastrous in its implications for policy, and frighteningly well-connected politically
Major event | Date (using Ussher)1 |
---|---|
Creation | 4004 BC |
Curse | 4004 BC (Day 10 after creation) |
Global Flood | 2348 BC |
Tower Babel | 2242 BC |
Egypt began | After 2242 BC but prior to Abraham going to Egypt (Genesis 12) |
Call of Abraham | 1922 BC |
Ice Age peak | 1848 BC (500 years after the Flood) |
Time of the Judges (Moses was first) | 1491 BC (God appearing to Moses in the burning bush) |
Time of the Kings (Saul was the first) | 1095 BC |
Split kingdom | 975 BC |
Christ was born | ~4 BC |
We are all too familiar with creationist life science (theory of kinds) and creationist Earth science (Flood geology). As I explain in an article at 3 Quarks Daily, recent decades have seen the emergence of a creationist climate science, which is a direct attack on the “secular” climate science of climate change. Creationist climate science rejects, as it must, the palaeoclimatology that helped establish the existence of positive climate feedbacks, and from this draws the inference that our present concern about human effects on climate is unbiblical, unscientific, and exaggerated. This fits in directly with the agendas of the organisations opposing fossil fuel restraint, and even involves some of the same people. We need to pay attention.
Creationists cannot avoid accepting a single Ice Age, which they have to regard as more recent than Noah’s Flood. So with great imagination they have devised theories that make the Ice Age an actual consequence of the Flood, and in the process they come to believe that their own theories are biblical. They can then call into play the entire creationist rhetorical apparatus, invoking arguments about biblical versus secular, God’s word versus man’s word, and a conspiracy of secular scientists deliberately hoodwinking the public by ignoring the biblical evidence.
But it is this secular science that lies behind our models of the climatic effects of human activity. In particular, the ability of the Milankovitch cycles to cause such large changes in Ice Age climate shows the existence of positive feedbacks, as further confirmed by detailed ice core studies. The creationists, whom we must not to dismiss as ignorant or ill informed, are well aware of this, and draw the implication that the appeal to positive feedbacks is an artefact of the secularist viewpoint, and should be rejected. They argue from this that current concerns about where the climate is going are misplaced. As I show in my 3QD article, all this is explicitly spelt out in the creationist literature, which links directly to the Cornwall Alliance’s climate change denial literature. This is no accident. The director of the Cornwall Alliance is an active contributor to Answers in Genesis, and the right wing political philosopher Jay W. Richards, who over at the Discovery Institute pours scorn on evolution science and global warming concerns alike, is a senior research fellow at the Heritage Foundation, and a former adviser to Cornwall.
For all these reasons, I regard creationist climate science as a much more pressing threat than the usual annoying creationist nonsense. How should we respond?

This post first appeared at PandasThumb. Fuller version at 3 Quarks Daily
‘God intended it as a disposable planet’: meet the US pastor preaching climate change denial
This piece,written in October 2020, seems more relevant now than ever. The Reverend John Macarthur returned to this theme in November 2021, repeating his description of the world as disposable and comparing it to a styrofoam cup

Paul Braterman, University of Glasgow
Every so often you come across a piece of writing so extraordinary that you cannot help but share it. One such piece is a sermon on global warming by American pastor John MacArthur. Full of beautifully constructed rhetorical flourishes, it is forcefully delivered by an experienced and impassioned preacher to a large and appreciative audience.
For me, as a man of science, it is the most complete compilation of unsound arguments, factual errors and misleading analogies as I have seen in discussions of this subject. But it’s important because climate change is a big election issue this November in the US, where there is a growing movement of evangelical Christians who deny its existence, while Joe Biden promises a “clean air revolution”.
Read more: Faith and politics mix to drive evangelical Christians’ climate change denial
The minister of the COVID-denying, law-defying Grace Community Church in Sun Valley, California – which has encouraged worshippers to congregate as normal despite state COVID-19 restrictions – MacArthur is an impressive figure whose Study Bible has sold almost 2 million copies.
He regards the infallibility of the Bible, from Genesis to Revelation, as essential to his faith, and his sermon about global warming can only be understood in that context. MacArthur’s rejection of the science is shared by other major US ministries and organisations such as Answers in Genesis, Creation Ministries International and the Discovery Institute. https://www.youtube.com/embed/ZTlYl8E_B14?wmode=transparent&start=0
In this sermon, MacArthur paraphrases “a scientist at Cal Tech” (except not a scientist at all, but the novelist Michael Crichton, best known for Jurassic Park), as saying in a lecture:
Consensus science is the first refuge of scoundrels … invoked only in situations where there is a political, social, financial agenda but no scientific support.
The reverend has the most serious reasons possible for rejecting the scientific consensus concerning the age of the Earth, the origins of humankind, the history and prehistory of the ancient near East and the peopling of continents: it is totally incompatible with the Genesis account of creation, Adam and Eve, the flood and the dispersion of peoples from the Tower of Babel.
Error, denial and misunderstanding
As for global warming itself, the reverend channels standard climate change denial, but all his arguments are unsound and have been convincingly refuted to the satisfaction of an overwhelming consensus of climate scientists (see in-depth discussion at Skeptical Science). He understates the amount of global warming, incorrectly describes the full record as dating back only 30 years, and cites the Little Ice Age as evidence that the changes currently taking place are natural. There’s more:
Here’s the key, friends, this is the real deal. Legitimate science recognises a close correlation between sunspots and climate change … The sun is the source of temperature changes because of its infrared variations. … There is absolutely no evidence that CO₂ contributes to warming. On the contrary the opposite is true. Warming produces CO₂ … It’s the other way round.
Here we have a collection of half-truths and misunderstandings, typical of denialists claiming to represent “legitimate science”. As the graph below shows, the 11-year sunspot cycle is a minor deviation, and the temperature increase since 1980 has occurred despite the fact that over that period the amount of solar energy falling on Earth has gone down slightly. Incidentally, this solar energy input is concentrated mainly in the visible, not the infrared, region of the spectrum, and it is the roughly balancing heat outflow from the Earth that is in the infrared.

MacArthur offers a false dichotomy between saying that CO₂ warms the oceans, and warmer oceans release more CO₂. Unfortunately, both these statements are true. There is a positive feedback loop: human-released CO₂ is the primary driver, but its effect is amplified by the fact that yet more CO₂ is then released from non-human sources. Regarding CO₂ itself, MacArthur seems to be even more confused:
By the way, plants produce CO₂. What man produces is marginal … Industry doesn’t affect CO₂ in the environment or atmosphere.
Plants do produce CO₂ but they absorb more than they emit. However, when it comes to humans, their activity may cause only a small imbalance each year between CO₂ emission and natural uptake, but this imbalance is cumulative. CO₂ levels are now 50% above pre-industrial, and subtle atomic differences clearly show that fossil fuel is the source. But according to MacArthur, “There is no scientific reason to believe that ice caps are melting”. https://www.youtube.com/embed/O9uunW_DBZE?wmode=transparent&start=0
Despite the Arctic Monitoring and Assement Programme’s video on this subject, the reverend does not think that the evidence for ice-cap melting is scientific, and that other factors are at play:
This is all political [and] financial agendas, class warfare, class envy … By the way, US$100 billion has been spent to make a case for global warming … driven by the socialist mentality … even some of the feminist mentality that resents male success.
All is now clear. Talk of global warming is part of a politically motivated conspiracy. But US$100 billion? That’s 600 years’ worth of all federal climate research spending. Clearly, those pesky socialists and feminists are formidable fundraisers. However, none of this matters because environmentalism is fundamentally misplaced. As MacArthur puts it, citing Revelation and the integrity of scripture:
God intended us to use this planet, to fill this planet for the benefit of man. Never was it intended to be a permanent planet. It is a disposable planet. Christians ought to know that.
And that is a statement that would leave anybody who cares about this world speechless.
This article is republished from The Conversation,where it has received over 340,000 reads, under a Creative Commons license. It has also been republished at PoliticsMeansPolitics , Metro News, Yahoo News California and UK, and Church and State. Read the original article.
Sensory Worlds Beyond Our Imagining
An Immense World; How Animal Senses Reveal the Hidden Realms Around Us, Ed Yong, Random House/Bodley Head, June 2022
This book is an enormous achievement. A thrilling read, taking us into the Umwelt, or perceptual world, of numerous mammal, fish, reptile and insect species. A major work of scholarship, with over a thousand references to a 45-page bibliography, as well as accounts of interviews with numerous researchers and visits to their laboratories. An exploration of many ways of sensing the world, some of which we share, while others are beyond our imagining. The evolving interplay of perception and action, communication and deception, environment and response. And an enhanced insight into what it is like to be a bat, a bird, a blue whale, a beetle, or a human.
From the wealth of detail in the book, a consistent grand narrative emerges. Some physical process interacts with living matter. This is the raw material for sensation. Sensory abilities then shape a creature’s Umwelt, being developed according to the demands of its environment. But every perceiver is itself an object of perception to others, and we have colour displays and camouflage, smells as signals and identifiers, sound as communication to others and, by echolocation, back to the creature who generates it, and the same is true of other senses that we do not share, such as the detection of tiny electrical fields. Senses combine and even, we suspect, merge, and what we ourselves perceive is but part of an immense pattern. But the heedlessness with which we amplify our own signals disrupts this pattern, contributing to our destruction of nature, and we ourselves are the poorer for it.
Let me offer a few samples from the book’s wealth of detail.
Yong starts with taste and smell, two ancient senses that operate by direct molecular contact. It is not long before he surprises us. Snakes use their forked tongues to smell in stereo. Humans are poor compared with other mammals at detecting smells at low levels, but are rather good at telling different smells apart. No one knows how smell relates to chemical structure (contrast this with how seeing relates to the wavelength of light, hearing to frequency, or touch to pressure). As every well-trained dog-owner knows, smell is central to the Umwelt of dogs, but I would never have guessed that the same is true of elephants. And the molecules involved in smell include opsins, which are central to vision. As Yong puts it, in a way we see by smelling light.
It is sometimes said that dogs, and most other mammals, are colour blind. This is only half true; they have just two kinds of colour receptors, while we (like other apes, and our cousins the Old World monkeys) have three.[1] The colours that we perceive arise from subtle interactions between these receptors. Thus some neurons are excited by blue cones but inhibited by red or green, while others are stimulated by red but inhibited by green. So the colours are we experience are the result of a kind of neuronal arithmetic, below the level of conscious awareness. I still feel surprise when someone superposes red and green beams of light on a screen, and I see the result as pure yellow. Our colour vision can be represented by a triangle, with red, blue, and green at the corners, and yellow halfway along one edge.
But hummingbirds, like many birds and reptiles, can see four kinds of colour; red, green, blue, and UV. If human colour vision can be represented by a triangle, that of a hummingbird is a pyramid. And while for us the overlap of red, green, and blue are enough to produce white, four kinds of sensor need to be activated to look white to a hummingbird.
Among humans, different individuals have slightly different sensitivities, and some women show a degree of four-colour vision, having inherited different pigments from the sites on their two separate X chromosomes that are responsible for colour vision. Words cannot convey this added perceptual dimension, but the fact that they really do have four-colour vision can be demonstrated by discrimination tests. (This by the way answers a philosophical riddle that intrigues me. How do I know that you are seeing colours the same way that I am? It turns out that there is a real chance that you aren’t.)
Many flowers that appear white to us are coloured in the UV, and appeal to insect pollinators with green, blue, and UV three colour vision. And UV vision evolved in insects long before there were flowers, so the flowers evolved the pigments to attract the pollinators.[2] Thus the ability to see directly influences the evolution of what is there to be seen.
Temperature detection overlaps other senses. There are sensors that can detect hot or cold temperatures, but can also be stimulated in different ways. The sensor for painful heat can be activated, on the skin as well as in the mouth, by habanero peppers, while menthol feels pleasantly cool in the mouth or the smoker’s throat. Menthol also happens to be addictive.
The ability to detect heat at a distance is useful to species that suck blood, from bedbugs and mosquitoes to vampire bats. Ticks can detect body heat from up to 13 feet away, and common insect repellents work with them, not by interfering with smell, but by blocking the heat sensors. These sensors are in spherical pits on their legs, and the pits are covered by a film with a hole in it. So the sensors give directional information as well as detecting the heat source. Rattlesnakes and other pit vipers also have pits with a narrow opening, falling on a sensing membrane that carries around 7000 nerve endings. They can detect the presence and approximate direction of an increase in temperature of 0.001oC, which means that a viper can locate a rodent 1 m away. Information from the temperature sensing pits is combined with information from the eyes, so maybe for them the sense acts as an adjunct to vision, rather than on its own.
Touch organs can be modified for special purposes. The emerald jewel wasp paralyses cockroaches by stinging their brains, and has a touch sensor at the end of her sting to locate the exact location. A wide range of mammals, including the opossum, a marsupial, as well as rats and mice, use touch sensors at the base of whiskers to explore their surroundings several times a second. Since each whisker has its own connection to the somatosensory cortex, this builds up a map of the surroundings. So whisking, as it is called, is perhaps more like seeing than like touch. It would seem to be a very ancient trait indeed, since the last common ancestor of placentals and marsupials was back in the age of dinosaurs. The whiskers of seals are so shaped and angled as to minimise the forces on them as they move through the water, which would otherwise overpower the pressure waves caused by passing fish.
Sound detection is fast, precise, 24 hour, and useful for detecting predators or prey. Sound is also used in communication, as in the finding and assessment of mates. But mating calls come at the cost of giving away one’s location. There is a species of parasitic fly that has developed ears remarkably similar to those of the crickets it preys on, to eavesdrop on their mating calls. On Hawaii, which was once seriously infested by such flies, the crickets have fallen silent. Once again, the overlapping Umwelten of prey and predator drives evolution.
Surprisingly, the first insects were almost certainly deaf, since hearing has evolved separately among them at least 19 different times, on many different parts of the body, having in general been developed from organs that respond to vibration and pressure.
We can only detect parts of how animals use sound to communicate. Birdsong contains more structure than the human ear can resolve, unless it’s played back slowly. In fact, the structure within each note may be more important to the birds than the order that the notes are played in. Whales and elephants both use what we call infrasound, vibrations too low in pitch for our ears to hear, as a way of keeping in touch over long distances. Mice, however, communicate using ultrasound, frequencies too high for us to detect. The terms infra and ultra are arbitrary, relating to our own capacities, but since we are deaf to such sounds they were not even detected, let alone studied, until a few decades ago, and may be much more important in nature than we realise.
Echolocation in particular may be much more extensive than our knowledge of it, when it uses frequencies that our own ears cannot detect. Even bat echolocation, although suspected much earlier, was not clearly demonstrated until 1938. It enables bats to navigate and catch insects in complete darkness. This is an impressive feat; the bats need to generate short pulses of high-frequency sound, and then detect the direction and timing of the faint echo from a small moving target. Some bats can even tune their ears to respond to a frequency slightly different from the one they are emitting, and detect the movement of their prey using the Doppler effect. [3]
But moths are not merely passive prey. They have ears that can detect bat cries, and dodge and loop to evade capture. Tiger moths produce clicks of their own, which confuse the bats. Some moths even have long flexible tails at the end of their wings, which may also add to the confusion.
Infrasound echolocation by dolphins was detected in the 1950s, and since the 1960s the U.S. Navy has been training them to find sunken equipment and mines, and aiming to reverse engineer their abilities. Humans avoid walking into obstacles using echolocation, and some blind people have developed this to a high skill, building up a model of the world in their visual cortex, in much the same way that most of us do so using sight.
Darwin was puzzled by so-called electric eels, which use electric shocks to stun their prey. After all, evolution regards present organs as the result of a series of incremental improvements, but what use would the electric organ have been in its feeble first stages of development? It took a century to find the answer. Many fish possess a lateral line, sensitive to pressure, and in some cases this has been modified to detect electricity. This confers an obvious advantage, since any living thing moving through water generates tiny electric currents. And electrodetection gains in sensitivity and acuity when combined with the ability to generate one’s own more powerful electric field. So we have passive electroreception and active electroreception, just as we have hearing and the use of echoes. The cells that detect the electrical fluctuations are hair cells, basically similar to the same cells that detect pressure waves on the lateral line, or pressure oscillations in our own ears. Active electroreception operates in every direction, will work as well in cloudy as in clear water, and is so sensitive that some fish can be trained to detect the difference between a clay pot full of river water, and one also containing an insulating glass rod.
Passive electroreception is extremely widespread among vertebrates, being used by sharks, catfish, and salamanders, while the platypus has over 50,000 electroreceptors in its bill. Bumblebees can detect the electric fields that surround flowers, and it may well be that electroreception is much more common than we as yet realise among insects, equipped as many are with touch- and current-sensitive hairs.
Yong concludes his list of the senses with the ability to detect magnetic fields. This is a difficult area, if only because magnetic effects are extremely weak, and show subtle variations on a global scale in direction, intensity, and angle of dip relative to the surface. To complicate things further, no one even knows what the magnetoreceptor would look like or how it operates. Some bacteria grow small crystals of magnetite, and can distinguish North from South, but no one has managed to find similar structures in the birds and animals that are known to use magnetic fields as an aid to migration. One current theory invokes what are called radical pairs, molecules raised to high-energy states by the influence of light, but such states are short-lived, and I as a chemist would require a lot of convincing.
Senses interact. Mosquitoes are attracted by body warmth, but only if they can smell carbon dioxide. Electric fish that have learnt to distinguish shapes using their electric sense are then able to do so by sight, and vice versa. I have already mentioned how the mental maps constructed by blind people, who have learnt to navigate using echolocation, reside in the visual cortex. And finally, we need to remember that sensation requires discriminating between the signals that come to an organism from outside, and those that it generates by itself.
So all complex animals, including ourselves, perceive only a small part of the immense world of possible sensations, and construct their own Umwelt from the part accessible to their own senses. But we show brutal insensitivity in how we influence this world. We brighten the night sky and blur the distinction between the seasons, confuse forest insects with the sound from our machines, scatter huge amounts of material that must distract the sense of smell, and make the very oceans reverberate, so that whales navigating by infrasound end up stranding themselves in response to naval sonar.
And when did you last see the Milky Way?
***
Ed Yong’s earlier book, I contain multitudes: the microbes within us and a grander view of life, was a New York Times bestseller, and in June 2021 he received a Pulitzer Prize for Explanatory Reporting for his writing on the COVID-19 pandemic
***
1] Red colour perception evolved by accidental duplication of the gene that codes for the green-sensitive receptor, followed by Darwinian selection for a new use – the ability to detect ripe fruit, or tender young leaves, against a green background. A nice example of how evolutionary change generates new information.
2] Yong does not tell us how we know this, and to do so would have required a chapter in itself. But, in brief, the methods involve cross-species comparisons, and, these days, the use of molecular biology to reconstruct family trees for the relevant genes. The simplest assumption is then that a trait prevalent in one particular clade was present in its last common ancestor.
3] This is the familiar increase in the perceived frequency of a sound wave when the distance between source and observer is decreasing. Here the decrease is in the length of the round trip, from bat to target and back again, but with further fine tuning from the motion of the prey, and even the flapping of a moth’s wing has a detectable effect.
This post first appeared in 3 Quarks Daily
‘God intended it as a disposable planet’: meet the US pastor preaching climate change denial

Every so often you come across a piece of writing so extraordinary that you cannot help but share it. One such piece is a sermon on global warming by American pastor John MacArthur. Full of beautifully constructed rhetorical flourishes, it is forcefully delivered by an experienced and impassioned preacher to a large and appreciative audience.
For me, as a man of science, it is the most complete compilation of unsound arguments, factual errors and misleading analogies as I have seen in discussions of this subject. But it’s important because climate change is a big election issue this November in the US, where there is a growing movement of evangelical Christians who deny its existence, while Joe Biden promises a “clean air revolution”.
Read more: Faith and politics mix to drive evangelical Christians’ climate change denial
The minister of the COVID-denying, law-defying Grace Community Church in Sun Valley, California – which has encouraged worshippers to congregate as normal despite state COVID-19 restrictions – MacArthur is an impressive figure whose Study Bible has sold almost 2 million copies.
He regards the infallibility of the Bible, from Genesis to Revelation, as essential to his faith, and his sermon about global warming can only be understood in that context. MacArthur’s rejection of the science is shared by other major US ministries and organisations such as Answers in Genesis, Creation Ministries International and the Discovery Institute.
In this sermon, MacArthur paraphrases “a scientist at Cal Tech” (except not a scientist at all, but the novelist Michael Crichton, best known for Jurassic Park), as saying in a lecture:
Consensus science is the first refuge of scoundrels … invoked only in situations where there is a political, social, financial agenda but no scientific support.
The reverend has the most serious reasons possible for rejecting the scientific consensus concerning the age of the Earth, the origins of humankind, the history and prehistory of the ancient near East and the peopling of continents: it is totally incompatible with the Genesis account of creation, Adam and Eve, the flood and the dispersion of peoples from the Tower of Babel.
Error, denial and misunderstanding
As for global warming itself, the reverend channels standard climate change denial, but all his arguments are unsound and have been convincingly refuted to the satisfaction of an overwhelming consensus of climate scientists (see in-depth discussion at Skeptical Science). He understates the amount of global warming, incorrectly describes the full record as dating back only 30 years, and cites the Little Ice Age as evidence that the changes currently taking place are natural. There’s more:
Here’s the key, friends, this is the real deal. Legitimate science recognises a close correlation between sunspots and climate change … The sun is the source of temperature changes because of its infrared variations. … There is absolutely no evidence that CO₂ contributes to warming. On the contrary the opposite is true. Warming produces CO₂ … It’s the other way round.
Here we have a collection of half-truths and misunderstandings, typical of denialists claiming to represent “legitimate science”. As the graph below shows, the 11-year sunspot cycle is a minor deviation, and the temperature increase since 1980 has occurred despite the fact that over that period the amount of solar energy falling on Earth has gone down slightly. Incidentally, this solar energy input is concentrated mainly in the visible, not the infrared, region of the spectrum, and it is the roughly balancing heat outflow from the Earth that is in the infrared.

MacArthur offers a false dichotomy between saying that CO₂ warms the oceans, and warmer oceans release more CO₂. Unfortunately, both these statements are true. There is a positive feedback loop: human-released CO₂ is the primary driver, but its effect is amplified by the fact that yet more CO₂ is then released from non-human sources. Regarding CO₂ itself, MacArthur seems to be even more confused:
By the way, plants produce CO₂. What man produces is marginal … Industry doesn’t affect CO₂ in the environment or atmosphere.
Plants do produce CO₂ but they absorb more than they emit. However, when it comes to humans, their activity may cause only a small imbalance each year between CO₂ emission and natural uptake, but this imbalance is cumulative. CO₂ levels are now 50% above pre-industrial, and subtle atomic differences clearly show that fossil fuel is the source. But according to MacArthur, “There is no scientific reason to believe that ice caps are melting”.
Despite the Arctic Monitoring and Assement Programme’s video on this subject, the reverend does not think that the evidence for ice-cap melting is scientific, and that other factors are at play:
This is all political [and] financial agendas, class warfare, class envy … By the way, US$100 billion has been spent to make a case for global warming … driven by the socialist mentality … even some of the feminist mentality that resents male success.
All is now clear. Talk of global warming is part of a politically motivated conspiracy. But US$100 billion? That’s 600 years’ worth of all federal climate research spending. Clearly, those pesky socialists and feminists are formidable fundraisers. However, none of this matters because environmentalism is fundamentally misplaced. As MacArthur puts it, citing Revelation and the integrity of scripture:
God intended us to use this planet, to fill this planet for the benefit of man. Never was it intended to be a permanent planet. It is a disposable planet. Christians ought to know that.
And that is a statement that would leave anybody who cares about this world speechless.
This piece first appeared in The Conversation, where it has had over 300,000 reads. I thank my editor there, Jane Wright, for many helpful suggestions.
Timefulness: How thinking like a geologist can help save the world (review; long)
Timefulness: How thinking like a geologist can help save the world, Marcia Bjornerud, Princeton University Press, 2018/2020
There are many excellent overviews for the general reader of how life on Earth has changed over time (see, for a recent example, Neil Shubin’s Some Assembly Required, which I reviewed here recently. The history of the Earth itself has not been so well served, and Timefulness; How Thinking Like a Geologist Can Help Save the World, by Marcia Bjornerud, Professor of Geology and environmental Sciences at Lawrence University, is a welcome and timely addition to this badly under-represented genre. [1] The book is beautifully written, in plain language, with complex ideas explained with great simplicity and the use of strikingly appropriate verbal imagery. Behind this transparency of language lies a deep love and knowledge of her subject. The book should appeal to anyone looking for an overview of the Earth as the abode of life, or a perspective on our place in time, and how recklessly we are compressing the tempo of natural change.
The author presents her book as an argument for what she calls timefulness, the perception of ourselves as living in and constrained by time, of time itself as having both extension and texture, of the acceptance of our own mortality, and of our own responsibilities. This she sees as severely lacking in our society. We expect people to know something about distances on the map, but Read the rest of this entry
Why climate skepticism is not skepticism
Sourcing Skepticism … what factors drive questioning of Global Warming?
Copied wth permission of the author, Adam Siegel, from http://getenergysmartnow.com/2007/09/13/sourcing-skepticism-what-factors-drive-questioning-of-global-warming/
The original was posted on September 13th, 2007 and attracted 23 Comments
Now it seems more relevant than ever, with such “skepticism” the posture of governments from Australia to Washington while the Arctic ice melts and methane begins to rise from the tundra.

Image Diane Tuft, http://dianetuft.com/the-arctic-melt-gallery
Skepticism … the ability to question unquestioned beliefs and stated certainties is a powerful intellectual tool.
Sadly, “skepticism” is receiving a bad name through association with those ready, willing, able, and enthusiastic about denying the reality before their (and our) own eyes about the global changes in climate patterns and humanity’s role in driving these changes.
Questioner … Skeptic … Denier …
Clearly, not every question, not every challenge to data, not every voicing of concern is the same. Nor is every motivation the same. This is not simply about “fossil-fuel-funding” — although it can be at times. This is not simply about seeking Rapture and the end of times — even though it can be. This is not simply about political beliefs creating thought structures for dealing with science — but it can be. Read the rest of this entry
Truth imitates satire (again) at the Environmental Protection Agency

Trump shakes hands with EPA Administrator Pruitt after announcing intention to withdraw from the Paris Agreement on greenhouse gas emission
“Human activity impacts our changing climate in some manner.The ability to measure with precision the degree and extent of that impact, and what to do about it, are subject to continuing debate and dialogue… [C]lear gaps remain including our understanding of the role of human activity and what we can do about it.”
These are among the talking points distributed to EPA staffers this week.
Have you seen this kind of language before? Yes, you have indeed, from Pruitt himself almost actually a year ago. At that time, I pointed out that Pruitt was following the script of BBC’s satire, Yes Minister. I have now tracked down the relevant episode, where UK Cabinet Minister (later Prime Minister) Jim Hacker, asks his trusted Civil Servant, Sir Humphrey Appleby, how to deal with evidence that one would rather ignore. Sir Humphrey’s advice:
Discredit the evidence that you are not publishing. This is, of course, much easier than discrediting evidence that you do publish… You say: (a) that it leaves important questions unanswered (b) that much of the evidence is inconclusive (c) that the figures are open to other interpretations (d) that certain findings are contradictory (e) that some of the main conclusions have been questioned. Points (a) to (d) are bound to be true. In fact, all of these criticisms can be made of a report without even reading it. There are, for instance, always some questions unanswered — such as the ones they haven’t asked. As regards (e), if some of the main conclusions have not been questioned, question them!
That, by the way, was about the safety of a chemical processing by-product.

Hacker (L) explaining his dilemma to Sir Humphrey
You might perhaps be concerned about the degree of contact with reality with which the EPA (to quote further talking points distributed this week) “promotes science that helps inform states, municipalities and tribes on how to plan for and respond to extreme events and environmental emergencies, recognizes the challenges that communities face in adapting to a changing climate, [and] will continue to advance its climate adaptation efforts.”
But really there’s no cause to worry, because, according to Reuters, Pruitt has “reaffirmed plans for the EPA to host a public debate on climate science sometime this year that would pit climate change doubters against other climate scientists.” It’s not clear where he’ll find his climate change doubters, but I’m sure he’ll manage, and no doubt the debate will take place with the same level of intellectual content and integrity that we have seen from the Senate Environment Committee, or would expect to see in a debate on evolution organised by Vice President Pence.
So stop making a silly fuss about the Government telling scientists to misrepresent the science.
Image and quotations from EPA talking points via Washington Post, 28 March 2018. Quotation from Yes Minster via http://moksheungming.tripod.com/yes.html. Hacker/Appleby image via yes-minister.com. Temperature image from NASA Goddard via Wikipedia; public domain
What do Christians really believe about evolution?
Most people in the UK think that religious people believe in six-day creationism. Fortunately, they are wrong.
Less than one in six UK believers prefer separate creation to evolution

The Garden of Eden (Lucas Cranach the Elder (1530)). Note scenes including the creation of Eve, the temptation by the serpent, and the expulsion
- Humans and other living things were created by God and have always existed in their current form
- Humans and other living things evolved over time, in a process guided by God
- Humans and other living things evolved over time as a result of natural selection, in which God played no part
- I have another view of the origin of species and development of life on Earth which isn’t included in this list
- I don’t know / I do not have a view on the origin of species and the development of life on Earth
Science matters because it works (but it’s not quite that simple)
Reblogged from The Logic of Science, but with this comment: No one would disagree with these claims on behalf of science, and and that’s the problem.
The climate change denialists, like the smoking science denialists before them, pretend that the science is unsettled. The creationists prattle of “creation science” and “flood geology”. The extremely able and intelligent US Vice President, pandering to his creationist base, did not claim to be anti-science. On the contrary, he used the very fact of a major scientific discovery (Sahelanthropus, evolution, and the word “theory”; what Mike Pence really said) to blur the distinction between the established core and the fast-changing frontiers. And if we are to effectively defend science, we need to understand the emotional appeal of the ideology that leads to the rejection of vaccination, medicines, and GMOs, and to the prejudging of complex arguments in such cases as fracking and nuclear power.*
We need to think very carefully about tactics. If we seem to be saying anything like “Science is a good thing, therefore you should trust the scientists”, we are playing into the hands of our enemies. We are right to demonstrate and protest when science is denied, or ignored, or muzzled. And yet people (that’s all of us) believe what they want to believe. The task then is, how to persuade people to want to believe in the evidence?
*This last comment cuts both ways, of course
Why should you support science? Because it works! It’s crazy to me that I even have to say that, but this is where we are as a society. Various forms and degrees of science denial are running rampant throughout our culture, and attacks on science are being disseminated from the highest levels. Indeed, it has gotten to the point that hundreds of thousands of scientists and science enthusiasts like myself feel compelled to take to the streets to march for science and remind everyone of the fundamental fact that science works and is unparalleled in its ability to inform us about reality and improve our world.
Image via the CDC
Just look around you. Everything that you see was brought to you by science. The batteries that power your electronic devices are a result of scientific advances in chemistry, as are the plastics that make up seemingly everything in our…
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