New Zealand’s Royal Society exculpates two members accused of criticizing indigenous “ways of knowing” as coequal with science

March 13, 2022 • 12:45 pm

I’ve written many times about this big kerfuffle in New Zealand. It involves the government adhering to a misguided interpretation of the 1840 Treaty of Waitangi, in which the British colonists negotiated a truce with chiefs of some (but not all) Māori groups. That treaty guarantees the Māori full rights as British citizens and has other stipulations about land.

The recent trouble started when both the New Zealand government and educational authorities at all levels of schooling decided not only to teach Mātauranga Māori, (henceforth “MM”) or “Māori ways of knowing”, not just in school, which is fine, but in science classes , and as coequal with modern science. This is an untenable position both educationally and politically, for it would not only water down science education, but also degrade the already-declining educational standing of New Zealand among comparable countries.

Most important, it would confuse students as to what science really is, for MM encompasses not just “traditional knowledge”, like how to trap eels, but also a farrago of myth, unverifiable legend, superstition, morality, and theology, which include many bizarre supernatural statements. Imagine that being given equal treatment in science classes! The Māori, for example, have their own creation myths analogous to but different from those of the Bible. Are these to be given equal time in biology class?

Further, the “way of knowing” of MM is practical knowledge (yes, that’s still knowledge), but wouldn’t expose the students to the way modern scientists practice their trade.

Nobody questions whether Māori history and MM should be taught in schools. They are, after all, part of the nation’s history and sociology. But not in science class as a form of science!

A group of professors, perhaps unaware of the conflagration they’d start, made a public statement against teaching MM as science:

As I wrote earlier:

Seven professors at the University of Auckland signed a letter in the weekly magazine The Listener that criticized the governments’ and universities’ plans to teach the indigenous Māori “way of knowing,” mātauranga Māori, as equivalent to modern science, though the Māori “way of knowing” includes elements of the supernatural, myths, some practical knowledge, and so on. You can see the Listener letter here or here, and I’ll quote briefly from it:

A recent report from a Government NCEA working group on proposed changes to the Māori school curriculum aims “to esure parity for with the other bodies of knowledge credentialed by NCEA (particularly Western/Pakeha epistemologies)”. It includes the following description as part of a new course: “It promotes discussion and analysis of the ways in which science has been used to support the dominance of Eurocentric views (among which, its use as a a rationale for colonisation of Māori and the suppression of Māori knowledge); and the notion that science is a Western European invention and itself evidence of European dominance over Māori and other indigenous peoples.”

. . . Indigenous knowledge is critical for the preservation and perpetuation of culture and local practices, and plays key roles in management and policy. However, in the discovery of empirical, universal truths, it falls far short of what we can define as science itself.

To accept it as the equivalent of science is to patronise and fail indigenous populations; better to ensure that everyone participates in the world’s scientific enterprises. Indigenous knowledge may indeed help advance scientific knowledge in some ways, but it is not science.

As I wrote, the letter brought down heaps of opprobrium upon the seven signers (one has since died), both from the University of Auckland and from the Royal Society of New Zealand (RSNZ), the country’s most prestigious body of science. From my post cited above:

The Royal Society itself issued a statement criticizing the professors, [JAC: that letter has vanished and been replaced by a more conciliatory one; the original version criticized the professors for mischaracterizing science and harming indigenous people] and has launched an investigation of the two remaining signatories in the Academy, Robert Nola and Garth Cooper (Cooper is at least a quarter Māori). Nola and Cooper could be booted out of the RSNZ for simply exercising free speech, which apparently is not “free” in New Zealand if it casts doubt on the truth of Māori mythology. Here’s part of the RSNZ’s statement [JAC: this was the origjnal statement, now retracted and replaced. Bolding below is mine]:

Royal Society Te Apārangi supports, fosters and recognises research within many knowledge systems.

The Society is deeply proud of the rich variety of outstanding work being undertaken across Aotearoa at present. In the past year alone, this includes Distinguished Professor Brian Boyd’s literary scholarship (winner of the 2020 Rutherford Medal), the work of Te Pūnaha Matatini on COVID-19 modelling by 2020 Te Puiaki Pūtaiao Matua a Te Pirimia Prime Minister’s Science Prize Winner (led by Professor Shaun Hendy), and the knowledge sharing of Matariki by Professor Rangi Matamua.

The Society supports all New Zealanders to explore, discover and share knowledge.

The recent suggestion by a group of University of Auckland academics that mātauranga Māori is not a valid truth is utterly rejected by Royal Society Te Apārangi. The Society strongly upholds the value of mātauranga Māori and rejects the narrow and outmoded definition of science outlined in The Listener – Letter to the Editor.

It deeply regrets the harm such a misguided view can cause.

Harm indeed. Far more harmful to the country and its youth to teach mythology and legend as science! The RSNZ apparently has no idea what science really is.

But the teaching of MM as science is almost a foregone conclusion for, as the Wokest of Western countries, New Zealanders worship the Treaty as almost the Bible for guiding national behavior, and nearly everything Māori has become sacred and immune to criticism. The many supporters of the “Satanic Seven,” as I called them, were forced to keep quiet, for public support of their stand could do severe professional damage to academics, as it has already. Self-censoring about MM is pervasive in New Zealand, as I’ve learned from many private emails.

This post brings an end to the Royal Society issue, though not to the MM skirmish itself. In short, 5 complaints were made to the RS about Nola and Cooper as signers of the Listener letter (Corballis was also a member, but complaints against him were dropped when he died.) The Royal Society of New Zealand, to its shame, decided to investigate two of the complaints and produced a confidential report.

In the meantime, the kerfuffle came to world attention. It was reported in the Daily Fail, and Richard Dawkins wrote a letter to the Listener supporting the views of the Satanic seven. I even heard that the Royal Society of London wrote a reproving letter to the Royal Society of New Zealand, though I can’t verify this. All this put the Royal Society of New Zealand in a bad light.

The two complaints against Cooper and Nola investigated by the RSNZ accused them of violating these principles of the RSNZ by writing their letter to the Listener:

. . . Members are obliged:

To behave with honesty, integrity, and professionalism when undertaking their activities;
To only claim competence commensurate with their expertise, knowledge and skills, and ensure their practices are consistent with relevant national, Māori [1] and international standards and codes of practice in their discipline or field;
To undertake their activities diligently and carefully;
To support the public interest by making the results and findings of their activities available as soon as it is appropriate to do so, by presenting those results and findings in an honest, straightforward and unbiased manner, and by being prepared to contribute their knowledge or skills to avert or lessen public crises [2] when it is appropriate to do so;
In undertaking their activities, to endeavour, where practicable, to partner with those communities and mana whenua for whom there are reasonably foreseeable direct impacts, and to meet any obligations arising from the Treaty of Waitangi;
To safeguard the health, safety, wellbeing, rights and interests of people involved in or affected during the conduct of their activities. . . .

9.) To demonstrate and encourage ethical behaviour and high professional standards amongst their colleagues;

It’s absolutely ridiculous to launch a three-month investigation of two honored members of the RSNZ on these bases. They were simply stating their opinion publicly.

I believe there were lots of complaints from other people arguing that, because the Satanic Seven weren’t experts in MM, they had no right to express an opinion about its compatibility with science. That’s palpable nonsense. You don’t have to do much investigation of the nature of MM to see that while, like all indigenous forms of “knowing”, it gives fascinating insights into belief systems not based on empirical science, it’s simply not commensurate with science as it’s practiced today.

Finally, last week the RSNZ came up with its decision: the two members of the Society who signed the letter were fully exculpated. The “confidential” summary of the investigation is below, but I got permission to publish it. That’s no longer necessary since much of it is now public.

But that didn’t stop the RSNZ from pulling a slimy move to get in one last lick against its two miscreant members. The RSNZ issued two statements, the second leaving out out a single sentence from the first. Here’s the original version, but in the final version, now published online, the sentence I put in bold has been omitted:

Royal Society Te Apārangi

Statement in relation to complaints about a letter to the New Zealand Listener

The Society received complaints against Fellows of the Society who were among seven authors of a letter to the New Zealand Listener ‘In defence of science’ _in July 2021. The complaints particularly referred to the vulnerability of Māori and early career researchers.

The Society convened an Initial Investigation Panel (Panel) to consider the complaints as set out under the Society’s complaint procedures. The Society is obliged to follow the Complaints Procedures it has adopted when it receives a complaint about a member of the Society.

The overall role of the Panel was to decide whether the complaints should proceed to a Complaints Determination Committee. The role of the Panel was not to consider the merits of the views expressed in the New Zealand Listener letter.

The Panel considered there was no evidence that the Fellows acted with any intent of dishonesty or lack of integrity.

The Panel concluded that the complaints should not proceed to a Complaints Determination Committee. The Panel referred to clause 6.4(i) of the Complaint Procedures: the complaint is not amenable to resolution by a Complaint Determination Committee, including by reason of its demanding the open-ended evaluation of contentious expert opinion or of contested scientific evidence amongst researchers and scholars.”

In coming to its conclusion, the Panel noted that during the process of their investigation both the complainants and the respondents referred to a considerable number of matters that were outside the Panel’s scope, including the merits of or otherwise of the broader issues raised in the letter or elsewhere. In the Panel’s view, the matters raised are of substance and merit further constructive discussion and respectful dialogue.

The Complaints Procedures provide that such a decision by the Panel is final and cannot be appealed.

The Society notes that it has been inappropriate to publicly comment about the complaints while the matter was before the Initial Investigation Panel.

This summary is being published on the basis that it may be beneficial to other scientists, technologists, or humanities scholars, as set out in the Complaints Procedures.

Now why would they omit that sentence, which simply implies that the two accused Fellows behaved with honesty and integrity? In truth, it’s even slimier than that: it said “there was no evidence that the Fellows acted with any intent of dishonesty or lack of integrity.” It’s not a verdict of “not guilty”, but the Scottish verdict of “not proven.” But now even that sentence, which is mildly praiseworthy, is gone.

As I said, the controversy over the hegemony of MM in science continues, and if I know anything about New Zealand educational politics, MM will worm its way into science class. All the new RSNZ statement does is exculpate two scientists unfairly accused of misbehavior and harm for saying that MM, while worthy of being taught, is not coequal with modern science.

The Royal Society of New Zealand has acted despicably during this whole episode, abrogating the free speech of its members. If anything undergirds science, it’s the concept of saying what you think; and criticizing an indigenous “way of knowing” as “not compatible with modern science” is certainly within the purview of acceptable speech.

Except in New Zealand.

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The only public reporting I’ve seen on this so far has been in the Kiwi magazine Stuff, in the article below (click on screenshot):

What’s new is this:

The Royal Society’s chief executive Paul Atkins earlier said the organisation was taking the controversy seriously.

“We are acutely aware of the potential for significant damage to be inflicted in multiple directions, not least to relationships and our ability to have a balanced and informed dialogue about important questions for the future of our country,” he said in a statement.

Have a look at that statement and its mandatory genuflecting towards MM. Finally, the University of Auckland promised last year to hold an impending symposium about the compatibility of MM with science, with both sides being defended. It didn’t happen:

The University of Auckland had intended to hold a Māturanga Māori and science symposium in the first three months of the year, but this has been delayed, a spokeswoman confirmed.

And I predict it won’t happen. Unless the University of Auckland stacks the deck with MM sympathizers—and it’s entirely capable of doing this—such a debate, though potentially enlightening, would be perceived as racist, and would be too inflammatory.

What are Maori “ways of knowing”, and should they be taught in science class as coequal to modern science?

December 19, 2021 • 10:45 am

I’ve been describing the big kerfuffle in New Zealand (well, it’s not a huge kerfuffle as the Kiwi public seems to know little about it) involving whether mātauranga Māori, (henceforth MM), which loosely translates to “Māori ways of knowing,”. should be taught as science alongside modern science in both secondary-school; and college science classes. In the past two weeks, I’ve been reading up on these ways of “knowing”, trying to understand them and to figure out how they can (or should) be fit into a science curriculum. The more I read, the more puzzled I get about what exactly is going to be taught, but that’s no surprise since advocates of incorporating MM into science class are not specific about how and what will be taught. That’s important! There are FIVE questions I’ve had, and I’ll give some quotes below about the issues. At the end I’ll advance some tentative conclusions.

I’ve put references to the quotes as numbers, which you can consult at the bottom of this post.

WHAT IS MM? The definition of MM varies widely depending on what sources you read, but it can be regarded as a combination of theology, philosophy, mythology, morality, and a set of practical tools for how to get things done, both in the practical realm and in the human-relations realm. In quotes below, highlights (except the title are mine:

Mātauranga Māori Principle

This principle refers to the central value and recognition the University accords to Māori knowledges and ways of knowing. It refers also to the responsibility and honour we have as a knowledge institution to develop, nourish, protect, and help revitalise mātauranga, and to learn respectfully from Māori knowledge experts from the University as well as from communities outside the University.

For the purpose of this project, mātauranga Māori is defined as “the unique Māori way of viewing themselves and the world, which encompasses (among other things) Māori traditional knowledge and culture” (WAI262 p6).

Mātauranga Māori encompasses ancient knowledge of the human, natural and spirit worlds as well as modern and creative knowledge of these realms. It is knowledge developed collectively by Māori in the past, present and future. It refers not simply to knowledge but to ways of knowing.

Mātauranga Māori is a taonga, and as such requires protection. While iwi Māori are the primary kaitiaki of their knowledge, the University has an obligation to protect mātauranga Māori, and to provide a safe environment in which mātauranga can flourish. WAI 262 Waitangi Tribunal Report provides detail on the Crown’s kaitiakitanga obligations with regard to mātauranga. (Source 1.)

Note that MM incorporates “ancient knowledge of the spirit world?” Is that really knowledge? If so, why is it better and truer than the other “ways of knowing” of indigenous people throughout the world?

Another definition:

Mātauranga Māori is the pursuit and application of knowledge and understanding of Te Taiao (the natural world), following a systematic methodology based on evidence, incorporating culture, values and world view. Pūrākau (traditional Māori narratives) and maramataka (the Māori calendar) comprise codified knowledge and include a suite of techniques empirical in nature for investigating phenomena, acquiring new knowledge, and updating and integrating previous knowledge. They can be both accurate and precise, as they incorporate critically verified knowledge, continually tested and updated through time. After their arrival in Aotearoa and Te Wai Pounamu many centuries ago, Māori developed various forms of codifying knowledge – many based upon oral delivery – each with its own categories, style, complex patterns and characteristics. Whakapapa is the central principle that orders the universe, demonstrates an interconnectivity between everything, and is a cognitive genealogical framework connecting creation of the universe to everything that exists within it via descent from ancestors. (Source 2)

Another:

Mātauranga Māori is about a Māori way of being and engaging in the world – in its simplest form, it uses kawa (cultural practices) and tikanga (cultural principles) to critique, examine, analyse and understand the world.

It is based on ancient values of the spiritual realm of Te Ao Mārama (the cosmic family of the natural world) and it is constantly evolving as Māori continue to make sense of their human existence within the world.

Eminent Māori scholar Dr Charles Royal describes Mātauranga Māori in this way: ‘he whakaatu, he whakamārama hoki i ngā ahuatanga o te Ao. Mā reira e mōhio ai te tangata ki te Ao, e mātau ai hoki ia ki ētahi whainga, ki ētahi tikanga. He mea ako, he mea whangai’ (2008, p.37).

In short, Royal thinks about Mātauranga Māori as something that helps explain and enlighten us about different aspects of the world around us, and in that process, a person gets to know about and understand some of the different purposes and meanings, some of the different ways of learning about his/her world that can be transferred from one person to another. (Source 3)

More spirituality being dragged in.

IS MM SCIENCE?

I’ve read much more than the five references below, and it seems that MM is a gemisch of legend, mythology, oral tradition, morality, philosophy, theology, and practical knowledge. The latter, like learning how to navigate using the stars or how to catch eels, or how to judge which parts of the landscape will flood, are what I call “science construed broadly”. This knowledge (“practical knowledge”) is based on trial and error and a form of hypothesis testing—and can lead to empirical predictions. But the rest of MM, including its creationism, its reliance on gods, its spiritual and moral aspects, and its philosophy, are not science, but fall into other realms. If MM is to be folded together and taught as coequal to Western science, only the bits that are “science construed broadly” should be taught.

Hikuroa (reference 2) points out the differences between MM and science, and he appears to be an advocate for teaching MM:

Clearly there are significant similarities between mātauranga Māori and science. Specifically, pūrākau and maramataka comprise knowledge generated consistent with the scientific method. The critical difference is that mātauranga Māori includes values and is explained according to a Māori world view. Some other relevant differences are outlined in Table 1.

Mātauranga Māori is, first and foremost,mātauranga Māori, valid in its own right. Both mātauranga Māori and science are bodies of knowledge methodically created, contextualised within a world view. As demonstrated herein, some mātauranga Māori has been generated according to the scientific method, and can therefore be considered as science. While there are many similarities between mātauranga Māori and science, it is important that the tools of one are not used to analyse and understand the foundations of another (Hikuroa et al. 2011). Thus, mātauranga Māori is mātauranga Māori, scientific in part, and in the context of this special issue, extends the history of scientific endeavour back to when Māori arrived in Aotearoa and Te Wai Pounamu, many centuries ago.

Note the inclusion of values in MM, as well as the “everything that is interconnected” trope, a fuzzy concept at best. We also see spiritual in MM versus “physical stuff” in “science”. Tellingly, “intuition” as a method of knowing applies in MM, but not really in science: intuition isn’t a method, but sometimes a way of thinking of testable hypotheses. The explicit inclusion of creationism in MM but not in science (a creationism whose story varies from Maori tribe to tribe) makes an important part of MM totally inviable as something to be taught in science class.

Here’s an explanation by the Māori for the creation of humans, all of us descending from a primal couple:

In the New Zealand story, Tane took his daughter Hinetitama to wife in order that the human species might be continued. They had a daughter who was named Hinerauwharangi. She married Te Kawekairangi, but there is no explanation of how he had appeared on the scene so opportunely. Perhaps there was some adjacent Land of Nod after all. Be that as it may, the Matorohanga version gives human descent as continuing through this last pairing. A genealogical tree gives 28 generations from Hinerauwharangi to Ngatoroirangi, the priest of the Arawa canoe. Percy Smith has made the count from Tane and Hineahuone to approximately the year 1900 as 52 generations. Applying the time measure of 25 years to a generation and adding 50 years to bring it up to the present date, the genealogy reveals that the first human being was created about 1350 years ago, or in the year 600 A.D. The fact that the time is rather short does not render the genealogy less valuable to the person who can memorize and recite it.

This is far younger than Biblical young-earth creationism—it’s the creation of humans 1.3 millennia ago!

Some advocates of MM say that the mythological/spiritual part of MM can also be interpreted literally to comport with science, for example, the single set of primal parents in the creation myth has led some to say that this buttresses evolution and genetics, because it shows that all of us are related.

The way people refute the idea that MM is “just myths” (it isn’t all myths, but includes myths), is also demonstrated by Hikuroa:

Pūrākau are a traditional form of Māori narrative, containing philosophical thought, epistemological constructs, cultural codes and world views (Lee 2009). Pūrākau are an integral part of mātauranga Māori and were deliberate constructs employed to encapsulate and condense into easily understood forms, Māori views of the world, of ultimate reality and the relationship between the atua (deities), the universe and humans (Marsden 2003). In traditional Māori society, pūrākau were fundamental to understanding the world. This is contrary to the widespread belief in the science and wider community that the numerous collections of pūrākau (e.g. Reed 2011) are just myths, ancient legends, incredible stories and folklore. Pūrākau explained as myths invalidate Māori ontological and epistemological constructs of the world, and pūrākau understood as just ‘stories’ is an inadequate explanation of the importance of pūrākau in teaching, learning and the intergenerational transfer of knowledge (Lee 2008).

This reminds me of “scientific creationism” in the U.S., in which legend is said to presage later scientific findings. A frequent example used to defend MM is the legend of a giant water-dwelling lizard in New Zealand valley who flicked its tail back and forth, said to explain the floods in that valley that kept the Māori from building their sacred areas there. Like Augustine and Aquinas, who had both a literal and metaphorical interpretation of Scripture, this appears to apply to MM as well: if MM advocates can squeeze legends into the Procrustean bed of science, it supposedly demonstrates that MM is science.

One more bit from reference 3:

Mātauranga Māori provides insight into different perspectives about knowledge and knowing. The Māori epistemological penchant for trying to understand the connections and relationships between all things human and non-human first, ‘what is its whakapapa?’ provides a contrast to the western paradigm that tries to seek knowledge and understanding by a close and deep examination of something or someone in isolation first, ‘what does it/he/she do? What is it for?’

An initial question is, ‘who or what is this thing I am seeing in this world and how do I relate to it?’ Western knowledge’s initial question is, ‘what is the role that this person or thing has?’ In summary, the emphasis on the human element and the impact on the human element differentiates a Mātauranga Māori approach from a Western Pākehā approach. (Source 3)

One could be excused from conflating this kind of MM with modern New Age philosophies in the West.

WHAT IS WRONG WITH TEACHING MODERN SCIENCE? Advocates of MM characterize Western science as white supremacist and colonial, and find it deficient in the spiritual and moral aspects of MM. There are other issues as well—things about modern science said to be a problem. This is from reference 4:

Simplified versions of science taught in schools are collectively known as ‘school science’ in which the big three (Biology, Chemistry and Physics) still reign as specialised subjects in the last two years of the school curriculum. These simplified versions plus the quasi-religious devotion to an outdated ‘lockstep’ version of scientific method add up to a simplistic model of science taught in school that bears very little likeness to the diverse milieus of contemporary working science and scientists (Aikenhead, 2000). The conservatism and resistance to change of school science curricula has been documented for many years (Blades, 1997). It is reasonable to argue that school science must of necessity be simplified by comparison with the real world of working science. But textbook presentations of science also tend to the triumphalist, promoting the successes of science but omitting to mention its failures and disgraces (Ninnes & Burnett, 2001). Distorted textbook versions of science must be considered ideological, although the relevant intentions and effects form complex chains of power, difficult to discern.

Secondary science teachers may believe that teaching science through the scientific method aligns with tertiary science education, making a strong rationale for them to reject the proposed changes. But this belief is flawed on two grounds: first, since contemporary philosophy of science accepts that there is no one ‘scientific method’ (Okasha, 2016); and second, because tertiary science educators are also under pressure to introduce Māori knowledge into their curricula, and may well expect their secondary school colleagues to share this responsibility. The next section considers how science teachers could respond to the challenge represented by these changes in relation to each of the three Māori concepts in the titles shown above.

If school kids are taught that there is a single “scientific method”, as implied above, then that’s wrong. As I note in Faith Versus Fact, the practice of science itself is a toolkit with many tools, includng observation, consensus, predictions, hypothesis-testing, experiments, falsification, and so on. Not all of these tools need be used in any scientific endeavor. As Feyerabend said, “Anything goes”—so long as “anything” involves some of the tools of science. But teaching science is far more than just teaching the methods scientists use: it also involves imparting a body of knowledge to students, and, at higher levels, answering the question, “How did we come to know that?” What is evolution? How do we know it’s true? What happens when chemical bonds are formed? Why do we find marine fossils at high altitudes? And so on and so on. . . . Does MM provide ways to answer those questions that differ from the ways of modern science?

As for the conclusion that science is white supremacist and colonial, I reject it. Yes, science was used in some cases to colonize (invention of weapons and so on), just as architecture and chemistry helped the Nazis build gas chamber to gas Jews. But all that means is that some scientists used their knowledge in damaging ways. It does not mean that science itself is colonialist. The “whiteness” of science reflects that modern science was developed largely by white people–and mostly male. But whether something is true doesn’t depend on the race or gender of who finds it and, thankfully, scientists are becoming much more diverse. Are Asian scientists practicing white supremacy?

SHOULD MM BE TAUGHT IN SCIENCE CLASSES? My answer is, “by and large, no“, because much of MM is not based on science and the methods of MM are not the methods of science. It would simply confuse students to learn two incompatible ways of knowing, for that results in incompatible “facts” (e.g., creationism and evolution) presented as coequal.

This does not mean that the “science construed broadly” of MM—the practical knowledge that helped the Māori thrive and survive, shouldn’t be incorporated into science class. It’s good to do this not just to help Māori connect with modern science, but to show Kiwis that part of the indigenous people with whom they rub elbows were skillful in empirical endeavors using a form of science. But MM should surely NOT be taught as coequal to modern science in schools, and MM should occupy only a small part of science classes. MM, by and large should be reserved for courses on culture, anthropology, and sociology.

Elizabeth Rata (reference 5) has shown some of the deleterious effects that occur when MM replaces science (Rata, a Professor of Critical Studies in Education at the University of Auckland, was one of the signers of the original letter in The Listener):

Curriculum design in New Zealand’s bicultural context tends to favour sociocultural knowledge at the expense of academic knowledge. Here are two illustrative examples. The first is from a study of Māori teachers’ classroom practices (Lynch, 2017). The teachers had benefitted from an academic education themselves and intended this for their own children. However, in line with bicultural policy, they teach a sociocultural curriculum to their Māori students. The social studies teacher has replaced history and geography with kapa haka (traditional Māori dancing and chanting) to ‘provide students with an opportunity to learn… through a Māori lens’ (p. 56). Another teacher rejected the idea of educational success, calling it ‘white success’ and in opposition to succeeding ‘as Māori’ (p. 60). The second example is from the media (Collins, 2020). According to a school principal, the ‘dangers of prescribing a powerful knowledge curriculum’ are because it ‘is about whose knowledge’. A ‘Eurocentric’ approach is ‘a colonial tool of putting old western knowledge ahead of indigenous communities’.

Sound familiar?

WHY THE BIG PUSH, THEN, TO TEACH MM AS COEQUAL WITH MODERN SCIENCE? Everybody knows the answer to this, but dare not say so because it’s the Elephant in the Room. The Māori are being catered to because they were (truly) an oppressed group, and, as reparations, their culture is being valorized—including arguing that MM is science. Further, it’s said that teaching MM will enable young Māori to connect better with science and thus become scientists who will join other working scientists in New Zealand. And yes, Māori are owed a form of reparations and certainly equal treatment morally and legally. But this should not include teaching non-science as science and pretending that the non-science is science. It failed with Biblical “scientific creationism”, and it will fail with MM, except for the parts of MM that are scientific.

Nevertheless, MM will be taught in schools and colleges as a form of science. You don’t have to read much about government and academic initiatives to know that this movement is unstoppable. New Zealand, in this respect, is the wokest of all Western nations, for it’s the only such country willing to corrupt science in the service of equity. I pity the country, I pity its science teachers, and, above all, I pity the children who are bound for a confusing education in science, depriving them of all the wonder and glory of real science. I love New Zealand and its people, but they are being divided along racial lines the same way that we are in America.

Further parallels with the U.S. are palpable. The push for teaching MM is part of the extreme Leftist attack on modern science, propelled by a combination of postmodernism and a desire to dismantle the meritocracy. For science is perhaps the most meritocratic of academic disciplines, since everybody can check on whether you’ve had a good idea that produces truth.

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REFERENCES (links are given to all publicly available documents).

1.) “Pūtoi Ako”, internal document of the Curriculum Transformation Programme of Auckland University

2.) Hikuroa, D. 2017. Mātauranga Māori—the ūkaipō of knowledge in New Zealand. Jour. Roy. Soc. New Zealand. 47:5-10.

3.) Kia Eke Panuku organization. Undated. Mātauranga Māori. Online at https://kep.org.nz/assets/resources/site/Voices7-16.Matauranga-Maori.pdf

4.) Tuari Stewart, G. and A,. Tedoldi. 2021. Bringing Māori concepts into school science: NCEA. Access: Contemporary Issues in Education. 41:77-81.

5.) Rata, E. M. 2021. Curriculum design in a bicultural context. Research Intelligence. 148:22-23.

“Ways of knowing”: New Zealand pushes to have “indigenous knowledge” (mythology) taught on parity with modern science in science class

December 3, 2021 • 9:15 am

One of the most invidious and injurious side effects of wokeism is to validate “other ways of knowing” as being on par with modern scientific knowledge. Granted, one can respect the mythology and scientific “claims” of indigenous cultures, some of which turned out to be scientifically valid (quinine is one), but their efficacy can be established only by conventional scientific testing.

New Zealand, however, is in the midst of a campaign to teach Maori “ways of knowing” alongside science in science classes as science, on par with modern science, which of course had roots in many places. The reason for this is to give Maori credibility not just as indigenous people with moral and legal rights, but to validate their pseudoscientific views. Scholars who object to this ridiculous parity are in the process of being cancelled.

Here’s an email I got the other day from a biology colleague in New Zealand:

Now in NZ the Government is trying to insert something called ‘Matauranga’ into science courses. Matauranga means the knowledge system of the Maori. It includes reference to various gods e.g., Tane the god of the forest is said to be the creator of humans, and of all plants and creatures of the forest. Rain happens when the goddess Papatuanuku sheds tears. Maori try to claim that they have always been scientists. Their political demand is that Matauranga must be acknowledged as the equal of western (pakeha) science; that without this, Maori children will continue to fail in science at school.

One rationalisation for this is that they are the indigenous people of New Zealand and that their knowledge deserves respect (mana). it is a very messy situation and a group of science academics of various stripes are engaged in fighting a rearguard action against this. They wrote a letter to the Listener, a weekly publication of reasonable respectability, in which they made the claim that matauranga was not science and had no place in science courses. The kickback against this was astonishing, with some 2000 academics around NZ signing a petition condemning them.

Further,the Royal Society of New Zealand is taking two of the academics involved to task, with the likely outcome their dismissal from the Society. They have been accused of racism!

Wokism is well under way here.

In response to my question, the colleague told me that the two forms of “knowledge” will be taught to 16-18 years old, and not just to Maori. There will also be exam questions, but it’s not clear if those will require students to parrot the tenets of Mātauranga.

Here is a screenshot of the letter that got its signatories in big trouble (click on it to see the original letter). Note that it’s civil and conciliatory, but defends modern science. The signers are all from the University of Auckland.

This is a sensible letter which is not inflammatory—except to those postmodernists and Wokeists who see “other ways of knowing” just as valid as modern science. They are wrong. But in response, 2,000 academics and public figures signed a heated objection, which included the following:

We, the signatories to this response, categorically disagree with their views. Indigenous knowledges – in this case, Mātauranga – are not lesser to other knowledge systems. Indeed, indigenous ways of knowing, including Mātauranga, have always included methodologies that overlap with “Western” understandings of the scientific method.

However, Mātauranga is far more than just equivalent to or equal to “Western” science. It offers ways of viewing the world that are unique and complementary to other knowledge systems.

I’m sorry, but in general the factual assertions of this Maori “way of knowing” are palpably inferior to “other knowledge systems.” They stand as myths, and ones with no factual basis; and to teach them on par with science, as if rain might really come from the tears of a god, is ludicrous. Yes, there are some practical “truths” to Maori ways of knowing, like how to build an eeltrap, and how to avoid building houses on flood plains, but if you accept this practical knowledge of science, then Maori Mātauranga is no different from any practical methods in any culture. And this doesn’t make it coequal with “modern science”, for modern science is capable of not only building eeltraps, but sending men to the Moon and bringing them back.

Those who signed the letter objecting to the Listener letter above are either completely ignorant of science (which I don’t believe), or are flaunting their virtue. It’s true that Maori have often been mistreated by colonials, and NZ has tried to rectify this inequality over the years, as it should. But one way not to rectify it is to pretend that Maori “knowledge” is really “true” in the scientific sense. To teach that in the schools, as is being proposed, is a recipe for continuing scientific ignorance. It is the same as a letter saying that fundamentalists Christian “ways of knowing”, like creationism, should be taught alongside evolutionary biology in science class. (Such “parity” is not upheld by freedom of speech, for American courts, at least, have long declared that teachers do not have license to teach anything they want in a class—particularly religion.) Indeed, as we see above, Maori “science” is explicitly creationist!

Toby Young discusses the issue in this article in The Spectator (click on screenshot, my bolding):

An excerpt:

. . . the moment this letter was published all hell broke loose. The views of the authors, who were all professors at Auckland, were denounced by the Royal Society, the New Zealand Association of Scientists, and the Tertiary Education Union, as well as by their own vice-chancellor, Dawn Freshwater. In a hand-wringing, cry-bullying email to all staff at the university, she said the letter had ‘caused considerable hurt and dismay among our staff, students and alumni’ and said it pointed to ‘major problems with some of our colleagues’.

Two of Professor Cooper’s academic colleagues, Dr Siouxsie Wiles and Dr Shaun Hendy, issued an ‘open letter’ condemning the heretics for causing ‘untold harm and hurt’. They invited anyone who agreed with them to add their names to the ‘open letter’, and more than 2,000 academics duly obliged. Before long, five members of the Royal Society had complained and a panel was set up to investigate.

The witch-finders disregarded several principles of natural justice in their prosecutorial zeal. For instance, two members of the three-person panel turned out to be signatories of the ‘open letter’ denouncing Professor Cooper so had to be replaced. In addition, all five complainants were anonymous and when the Society asked them to identify themselves, three fell by the wayside. But two remain and the investigation is proceeding apace, with a newly constituted panel.

It’s not too late to save the professor. Letters from members of our own Royal Society, or any distinguished academics in the sciences and humanities, pointing out the absurdity of punishing a scientist for engaging in debate about the validity of science will help. You can email Paul Atkins, the chief executive, at paul.atkins@royalsociety.org.nz. Remember, the only thing necessary for the triumph of intellectual intolerance is for believers in free speech to do nothing. [JAC: Note that Atkins is the new chief executive].

I would urge readers who feel strongly about this to write to the email above, which I’ll repeat: paul.atkins@royalsociety.org.nz

Here’s the official letter from the University of Auckland’s Vice Chancellor Dawn Freshwater about The Listener letter (click on screenshot):

Some excerpts from her statement, which is in the “we favor free speech, but it causes pain ” genre:

A letter in this week’s issue of The Listener magazine from seven of our academic staff on the subject of whether Mātauranga Māori can be called science has caused considerable hurt and dismay among our staff, students, and alumni.

While the academics are free to express their views, I want to make it clear that they do not represent the views of the University of Auckland.

The University has deep respect for has caused considerable hurt and dismay among our staff, students, and alumni. as a distinctive and valuable knowledge system. We believe that mātauranga Māori and Western empirical science are not at odds and do not need to compete. They are complementary and have much to learn from each other.

This view is at the heart of our new strategy and vision, Taumata Teitei, and the Waipapa Toitū framework, and is part of our wider commitment to Te Tiriti and te ao principles.

I believe Aotearoa New Zealand has a unique opportunity to lead the world in this area. The University of Auckland, as this country’s largest research institution, should be and will be at the forefront of this exciting exploration.

This is the letter of a person trying to treat a narrow line between free speech and condemnation of what is said. Further, she notes that the seven academics “do not represent the views of the University of Auckland.” Well, is Vice-Chancellor Freshwater entitled to declare those views, or is that the purview of her boss, the Chancellor? Or has the University itself issued a formal statement of exactly what the views of the University of Auckland on mātauranga Māori are? We don’t know. If there’s some official statement that the University views modern science is on par with Maori ways of knowing, I’d like to see.it. If the University has no official view, and takes no stand at all why does Freshwater say that the seven academics “don’t represent it”?

As for Freshwater’s statement that The Listener letter “has caused considerable hurt and dismay among our staff, students, and alumni”, we have no idea how much hurt and dismay it’s caused. I know from private correspondence that there are plenty of people at the University supported that letter and do not see Mātauranga Māori as a valid competitor to modern emprical science.

Further, emphasizing the “hurt and dismay” among University members is not helpful to the discussion at all, as from the outset it puts the discussion on an emotional footing, when the issues are not hurt and pain but the validity of Mātauranga Māori as an alternative to modern science to be taught in the science class. That is something that one can argue about validly, and I think that Mātauranga Māori is mostly mythology and not science. For one thing, it’s creationist, so its credibility is shot from the beginning.

Finally, Freshwater’s claim that “We believe that mātauranga Māori and Western empirical science are not at odds and do not need to compete. They are complementary and have much to learn from each other” is confusing. They are of course directly at odds if you look at the empirical data, which include creationism and other palpably untrue claims. They are competing as the proposal is to teach both in science class, on the high school and perhaps on the University level.

She has a longer letter as well (click on screenshot), and I’ll give a few excerpts:

It’s long, so just one excerpt from a discursive piece in which Freshwater takes issue with the seven academics who signed the letter:

The freedom to express ideas is constrained neither by their perceived capacity to elicit discomfort, nor by presuppositions concerning their veracity. However, it needs to be clarified that allowing the expression of an idea does not imply endorsement by the University. This has been our position in the debate about mātauranga Māori and science.

Our seven academics were entirely free to express their views, however the University was also free to disagree with those views. That does not mean the University is censoring or trying to silence our academics, it is merely making clear that such views are not representative of the myriad views within the institution; and that the University may at times disagree with the views expressed by its academics. That is healthy in a university.

Well, if that’s “healthy”, then the University of Auckland is very ill. If there are “myriad views” about this issue in the University, why does Freshwater say that the signers “do not represent the views of the University of Auckland”? Does this mean that seven people don’t stand for the views of everyone? They never pretended they did, but it sure looks as if Freshwater knows that there are more “official” views that diverge from these. If the University of Auckland has no position at all on the issue, then they should say so and stop denigrating the seven signers. But remember, this does appear to be an official position:

We believe that mātauranga Māori and Western empirical science are not at odds and do not need to compete. They are complementary and have much to learn from each other.

That sure looks like an official position!

And the “not censoring” bit is unconvincing: the signers were identified—not by name but as signers of an easily accessible letter—and criticized in the assertion that they don’t adhere to University principles that were never specified. Further, as we see below, the Royal Society of New Zealand is considering booting out two of its signers who are members. (I doubt that the University instigated that, but its opposition to the letter may have contributed to the Royal Society’s decision to have an investigation).

From Wikipedia, which has an article on the controversy that started last summer:

The TEU, the union which represents academics such as the professors, released a statement saying they “neglected to engage with or mention the many highly accomplished scholars and scientists in Aotearoa who have sought to reconcile notions of science, mātauranga Māori, and Māori in science.” The Royal Society Te Apārangi released a statement saying “The Society strongly upholds the value of mātauranga Māori and rejects the narrow and outmoded definition of science outlined in [the letter].” The New Zealand Association of Scientists released a statement saying “we were dismayed to see a number of prominent academics publicly questioning the value of mātauranga to science.” The letter writers were supported by opposition MP Paul Goldsmith.

Daniel Hikuroa, also an academic at Auckland, pointed out that Mātauranga Māori like Māramataka (the Māori lunar calendar) “was clearly science.” Tara McAllister said “we did not navigate to Aotearoa on myths and legends. We did not live successfully in balance with the environment without science. Māori were the first scientists in Aotearoa.” Tina Ngata wrote that “this letter, in all of its unsolicited glory, is a true testament to how racism is harboured and fostered within New Zealand academia.” An open counter-letter received more than 2000 signatures.

Here’s part of the Royal Society of New Zealand’s “Joint statement from President and Chair of Academy and Executive Committee“:

The recent suggestion by a group of University of Auckland academics that mātauranga Māori is not a valid truth is utterly rejected by Royal Society Te Apārangi. The Society strongly upholds the value of mātauranga Māori and rejects the narrow and outmoded definition of science outlined in The Listener – Letter to the Editor.

It deeply regrets the harm such a misguided view can cause.

This makes the RSNZ look like a joke, for they are rejecting the idea that the entire collection of mythology, quasi-religion, a few practical methods, as well as outright lies (like creationism) is not a “valid truth.” And the RSNZ rejects the “narrow and outmoded definition of science, which happens to be, well, just science. And the invocation of “harm” that comes from rejecting lies, myths, and false beliefs is ludicrous.

Finally, as I have to stop somewhere, the New Zealand Psychological Society, equally outraged, also condemned the view of the “Satanic Seven”. Click on the screenshot to read the whole pdf:

A few quotes from the letter, which purports to be from the entire New Zealand Psychological Society (did all members assent?), but was written by the President, Dr Waikaremoana Waitoki, who must be Maori.:

I believe it is important that we express our disappointment in the recent letter to the Listener by professors of psychology, biological sciences and critical studies. We also wish to express our support and aroha for those who were, and continue to be, negatively affected by the letter’s content. We note that the letter was not subject to established protocols of rigour and peer review and as such, the contents reflect opinion, not science. In reviewing the letter, it is readily apparent that racist tropes were used, alongside comments typical of moral panic, to justify the exclusion of Māori knowledge as a legitimate science.

Diversionary claims! Of course letters to a non-science journal aren’t peer reviewed and “aren’t science.” Who said otherwise? And the letter was not racist. But wait! There’s more!

. . . The letter writers express their concern that science is being misunderstood at all levels of education and science funding. They further add that science itself does not colonise – while acknowledging that ‘it has been used to aid colonisation, as have literature and art’. This is similar to saying ‘Guns don’t kill people. People kill people’. Esteemed scholar, Professor Linda Tuhiwai Smith (and others) established that science has indeed been used, under the pretence of its own legitimacy, to colonise and commit genocide towards Māori and other Indigenous peoples. Science, in the hands of colonisers, is the literal gun. The writers fail to note the overwhelming evidence that the users of the science they favour, are also the ones who set the rules about what counts as science, where it can be taught, learned, published or funded. This issue is extremely relevant to the need to decolonise the power base held in our learning institutions.

. . . The White Saviour trope: This is where Māori are told which elements of our Indigenous knowledge is important and to whom. The writers, speaking for Māori, offer the opinion: ‘Indigenous knowledge is critical to the perpetuation and preservation of culture and local practices and plays key roles in management and policy. The writers (as is their inherent privilege) relegate Māori knowledge to archival value, ceremony, management and policy (although it is not clear what is meant here). Speaking for Māori ignores obligations to honour the Treaty of Waitangi, and ignores the overwhelming evidence that racism is a primary reason that Mātauranga Māori science is undervalued.

No, that last sentence is false. Mātauranga Māori “science” is undervalued, at least by scientists, because it’s mostly wrong. For one thing, it posits an instantaneous creation. Do its advocates say, “Well, Mātauranga is often right but is also often wrong.”

There’s more:

Māori knowledge is indeed critical to the preservation of our culture and practices because we are resisting epistemic and cultural genocide, while also striving to flourish and develop. Speaking for Māori again, they add that ‘in the discovery of empirical, universal truths, it falls far short of what we can define as science itself’. Māori aren’t asking them to define science. We have done that ourselves despite having obstacles thrown up at all stages.

. . . Psychology has a long history of marginalising Māori knowledge, and it is concerning that two of the writers are professors of psychology. We note that the letter reinforces known racist assumptions about the validity of Mātauranga Māori science that occurs across psychology and academia. We are particularly concerned about the wellbeing of Māori staff and students in psychology who must now navigate the fall-out of this letter.

It is unbelievable that stuff like this can come out of the mouths of reputable academics. “Science, in the hands of colonisers, is the literal gun.” Seriously? Yes, of course science has been used for bad purposes by bad people, as has architecture (gas chambers), and religion. But this says nothing about whether the epistemic value of modern science is on par with the epistemic value of Mātauranga Māori. If the University of Auckland plans to teach the latter on par with real science in science classes, it will be shameful; and I feel sorry for its dissenting scientists, who may be many. But now have to keep their mouths shut lest them be called out like the Satanic Seven.

The Kiwis have been very careful in the past few decades to ensure good relations with the Maori, who themselves colonized an empty New Zealand about 700 years ago. But keeping good relations does not demand that you accept a “way of knowing” that is mythological, spiritual, and wrong.

As my friend said, “Wokism is well under way here.”

*********

Okay, it’s time for me to write to Roger Ridley (above) so that two of the seven don’t get booted out of New Zealand’s Royal Society. If they are, that society will have branded itself as a huge joke. Here’s the letter I just sent. Note, though, that you should write instead to Paul Atkins, who was recently named the the new chief executive of the NZRS. His email is paul.atkins@royalsociety.org.nz

Dear Dr. Ridley,

I understand from the news that New Zealand’s Royal Society is considering expelling two scientists for signing a letter objecting to teaching “indigenous” science alongside and coequal with modern science. As a biologist who has done research for a lifetime and also spent time with biologists in New Zealand, I find this possibility deeply distressing.

The letter your two members wrote along with five others was defending modern science as a way of understanding the truth, and asserting that Maori “ways of knowing”, while they might be culturally and anthropologically valuable, should not be taught as if the two disciplines are equally useful in conveying the truth about our Universe. They are not. Maori science is a collation of mythology, religion, and legends which may contain some scientific truth, but to determine what bits exactly are true, those claims must be adjudicated by modern science: our only “true” way of knowing.

I presume you know that the Maori way of knowing includes creationism: the kind of creationism that fundamentalist Christians espouse in the U.S. based on a literalistic reading of the Bible. Both American and Maori creationism are dead wrong—refuted by all the facts of biology, paleontology, embryology, biogeography, and so on. I have spent a lifetime opposing creationism as a valid view of life. That your society would expel members for defending views like evolution against non-empirically based views of creation and the like, is shameful.

I hope you will reconsider the movement to expel your two members, which, if done, would make the Royal Society of New Zealand a laughingstock.

Cordially,
Jerry Coyne
Professor Emeritus
Department of Ecology and Evolution
The University of Chicago
USA

This Sunday: Cosmic volcanoes, future humans and Neanderthals!

November 5, 2019 • 5:03 am

by Matthew Cobb

This post is an unashamed plug/PSA. RATIO is a regular popular science festival held in Sofia, Bulgaria. I have spoken there a couple of times, as has Jerry. The event attracts hundreds of attendees, and is a major event. Now they are opening their doors to everyone, all over the planet – you can live-stream the upcoming talks, on Sunday 10 November, for JUST FIVE EUROS. (That’s basically five dollars.) Full sign-up details here. As well as the talks there will be a panel discussion. Here’s an example from 2018, including the fabulous Erica McAlister, keeper of flies at the London Natural History Museum.

There are three talks this Sunday:

Robin Andrews: From Alien Volcanoes To Terminator Asteroids: The Solar System Is A Freak Show

Our solar system is stranger than you think. There are earthquakes that can last for nine days without anyone noticing them on Earth. On Saturn, it rains diamonds. On a moon of Jupiter, thanks to its awkward orbital ballet, the rock moves in the way that tides move on Earth, which fuels volcanic eruptions that outshine entire worlds. On Titan, the atmosphere is so soupy that if you flapped your arms, you could fly around…

Martin Moder: Human Оptimization

The world’s first designer babies premiered about a year ago. Time to consider, whether we’re even capable of defining what “optimization” should mean.

Which of our traits are affected by genetics? How far are we from influencing their biological foundation? Could we enhancing general intelligence without tedious studying to finally become less stupid?

Jonathan Pettitt: May Contain Neanderthal

Your DNA is not your destiny, but it is your ancestry; or at least it’s a record of it. Genetics has given us extraordinary insights into our collective human past, showing the patterns of migrations and unions that have shaped our individual genetic inheritances.Investigations into human evolutionary genetics have revealed some deeply non-intuitive findings, which have implications for both the present and future оf human biology and medicine.

I know that PCC(E) would want to join me in encouraging you to sign up. RATIO is a brilliant initiative, and the people behind it – mainly volunteers – have slowly created a really important piece of science communication in eastern Europe. They deserve all our support!

Tel Aviv’s new natural history museum (built to look like Noah’s Ark) deliberately omits mentioning evolution

August 8, 2018 • 8:30 am

I’ve previously written about two natural history museums in Israel that either didn’t mention evolution or covered up the evolution exhibits with curtains when school groups of creationist Haredis (hyper-orthodox Jews) were visiting (see here and here). The two were the Museum of Natural History and the Biblical Museum of Natural History, both in Jerusalem.

Now a reader has visited a new natural history museum in Tel Aviv, the Steinhardt Museum of Natural History, and again the museum omits almost all mention of evolution. The word, in fact, appears only once in the whole panoply of exhibits. Here’s what my reader reports:

I’m writing to draw your attention to something that I believe is of interest to you.

I just completed a careful tour of the new museum of natural history in Tel Aviv University. Celebrated as the only natural history museum in the Middle East [JAC: well, that’s not exactly accurate], it turned out to also be the only natural history museum in the world where the topic of evolution is deliberately avoided as to not to offend religious people.

In the whole museum I could find only one sign that included the word ‘evolved’ (or any other derivation of it) and one sign with a phylogenetic tree; neither included any further explanation. One or two signs mentioned ‘million of years’ again without any explanation. In one sign they used ‘developed’ where it should have been ‘evolved’.

Here are some of the photos, one showing the mention of evolution.

Lots of mention of process and adaptation, but nothing of evolution (click on all photos to enlarge):

“Transition” and “development” used instead of “evolution”:

Once more the word “develop” is used instead of of “evolve”. That conflation will of course be confusing, as “development” can refer to what happens during the lifetime of a single individual:

Phylogeny without any mention of evolution. How are students supposed to understand this?

Note how the word “evolution” is avoided in the explanation below; the euphemism used is “developed over millions of years through a process determined by heredity.” That’s bogus and even wrong: evolution isn’t determined by heredity: processes like natural selection also play a role. The avoidance of “evolution” is painfully obvious.

Finally, the only use of the word “evolution” or “evolve” that my correspondent could find in the whole museum (my emphasis):

From the Museum’s webpage, we learn that the building itself is meant to reflect in part Noah’s ark:

The museum can be found at 12 Klausner Street, Tel Aviv. The building architecture itself is a mix between a treasure chest and Noah’s arch [sic], representing the large range of biodiversity found inside.

Here’s the building, and yes, it’s boat-shaped:

Seriously? Yes, I know the statement is taken from a quip from J. B. S. Haldane, but of course he was an atheist.

It’s unbelievable that a natural history museum in one of Israel’s best universities can almost completely omit mention of evolution—the process that produced the diversity of flora and fauna on display. It’s especially embarrassing to me because I’m sure this was a deliberate omission, made to satisfy those Orthodox Jews who don’t accept evolution. As a secular nonbelieving Jew with genetic ties to these people, and as an evolutionary biologist, I find this deliberate ignorance on the part of the Museum—and the religiously based creationism of the Orthodox to which the Museum caters—appalling.

Here’s a video about the Museum (notice that they refer to it as an “ark”), again omitting all mention of evolution. Founding benefactor Michael Steinhardt (his wife Judy was co-benefactor) remarks at the end, “The natural history museum here in Israel will do more for the next generations of young people than just about any other institution I could envisage.” NOT IF THEY LEAVE OUT EVOLUTION!—the great lesson that underlies the whole exhibit.

The Museum Chair, shown in the video above, is Professor Tamar Dayan (see other officers here and the scientific staff here). The page listing donors and partners also notes that “The museum operates under the auspices of the Israel Academy of Sciences and Humanities.” SERIOUSLY? The Israel Academy of Sciences and Humanities? Are they aware of the quasi-creationist enterprise they’re sponsoring?

Contact information for Professor Dayan, also the Curator of Terrestrial Vertebrates and a Professor at the University of Tel Aviv, can be found here, and I have emailed her the following:

Dear Professor Dayan,

As an evolutionary biologist (and secular Jew), I’m appalled to find that Tel Aviv’s new Steinhardt Museum of Natural History omits all mention of evolution except a single time, confusingly referring to it as “development.” I firmly believe, and have heard, that this omission was deliberate, designed to avoid offending those Orthodox Jews who don’t accept evolution.

It is insupportable for a major natural history museum like yours to have a huge building and many exhibits devoted to evolution while deliberately obscuring the process that produced the organisms on display. I was also disturbed to find that the Museum operates under the auspices of the Israel Academy of Science and Humanities.

There is no credible explanation for the lack of mention of evolution in your Museum save as a concession to creationists. If you have another explanation, I will be glad to hear it. In the meantime I have posted about your museum on my website, “Why Evolution is True,” which has 56,000 readers; my post is here: https://whyevolutionistrue.com/2018/08/08/the-new-natural-history-museum-in-tel-aviv-built-to-look-like-noahs-ark-deliberately-omits-mentioning-evolution/ .

I will also contact some Israeli newspapers.

I implore you and your scientific staff to put evolution in its proper place in your museum. As Theodosius Dobzhansky (my academic grandfather) said, “Nothing in biology makes sense except in the light of evolution.” I hope you can fix your museum so it can make sense to the many people who visit.

Cordially,
Jerry Coyne

Professor Emeritus
Department of Ecology and Evolution
The University of Chicago

Infinite Monkey Cage: Episode 100

July 12, 2018 • 8:45 am

The Infinite Monkey Cage, the entertaining BBC science and comedy show hosted by Robin Ince and Brian Cox, has just celebrated its 100th episode. You can hear the hour-long show at the link below; Matthew, who was in the audience. commented:

They have a couple of vicars on it, heaven knows why, one an ex rockstar who is always in the radio and the other doesn’t really seem to believe in the Bible at all. They got some snarky comments from Eric Idle and Alice Roberts. [JAC: One of Alice’s tweets is below.]

Here are the participants and those in charge:

To hear the show, click on the screenshot below and then the arrow at lower left:

“We haven’t heard anything from God in 2000 years,” @EricIdle on @themonkeycage 😂

— Prof Alice Roberts (@theAliceRoberts) July 11, 2018

There’s also a video version here (via @bbciplayer), but it’s not visible outside the UK. Matthew notes, “I’m in the front row next to Nick Lane next to Steve Jones. Virtually all the VIP audience members (= ex-panelists) were from University College London, but none of the panelists on this episode were.”

How best to communicate science?

June 8, 2018 • 1:15 pm

It is increasingly evident that, unlike acceptance of most scientific “truths” (i.e. provisional truths), acceptance of evolution rests not on knowing the many facts supporting evolution, but about being part of a “tribe” (liberals, intelligentsia, and so on) that either accepts evolution, or of a “tribe” (conservative religionists and Republicans) that rejects evolution. Here, for instance, is a section of Steve Pinker’s new book, Enlightenment Now, that gives the results of a recent survey:

This is not exactly heartwarming to someone like me, whose first and most popular book is a presentation of the evidence for evolution. Did I go wrong trying to do that? Shouldn’t have I been working on getting people to change tribes rather than giving them evidence on a subject about which they’d already made up their minds? Well, yes, that’s one reason I criticize religion—the main constituent of anti-evolution tribalism.

This doesn’t just go for evolution. As you might expect, tribalism affects the acceptance of science when it comes to other stuff like global warming and vaccination, although in the case of global warming, at least, the tribalism is based more on politics than on religion. Regardless, however, when it comes to accepting “controversial” theories, scientific facts take a back seat to ideology and the desire to flaunt your membership credentials to your tribe.

A new piece in Quillete by Ryan Glaubke gives other evidence for a tribalistic effect on science acceptance. (Glaubke is a grad student at Old Dominion University in Virginia, studying climate science.) In “Communicating science in an era of post-truth” (not a title I like), he contrasts the “deficit model” of science acceptance (your acceptance is based on understanding the phenomenon) with the “cultural cognition model” (your acceptance of science is based on your perception of your social identity, and the beliefs that jibe with others of that identity). To Glaubke, the data so far suggests that the latter model is more important:

Yet the deficit model cuts against a mounting body of evidence that suggests literacy is not the primary contributor to the public’s attitude towards science. For instance, a group of researchers led by Yale Professor Dan Kahan conducted a survey of over 1,500 U.S. adults to assess the relationship between the public’s understanding of climate change and their assessment of the risk it poses to our society. They discovered that participants with an extensive understanding of the science were actually less concerned about the potential devastations of climate change, a finding that directly conflicted with the predictions of the deficit model. In its place, Kahan offered what he called the cultural cognition thesis. This holds that an individual’s perception of science—and, in turn, assessment of risk—is primarily influenced by perception of social identity.

Kahan’s theory is supported by a recent study conducted at the Philipp University of Marburg in Germany, where researchers demonstrated that a participant’s interpretation of science—as well as their opinion of scientists—is significantly influenced by their perceived membership of a social community. When presented with evidence that conflicts with their predisposed worldview, participants were more likely to doubt the integrity of the science and the credibility of the scientist. The implication here is that when our deepest convictions are challenged by contradictory evidence, we tend to dismiss the science and cling to our beliefs with even greater vehemence—a phenomenon known as the backfire effect.

These studies suggest that the implementation of the deficit model and its associated attempts at ‘educating’ the public only exacerbate the divide between experts and lay citizens. Such attempts antagonize the very people with whom professional scientists need to connect, reinforcing the perception of an ivory tower and further isolating academics from the general populace. The deficit model approach, then, cannot be the solution to the polarization we see today. As Will Storr succinctly put it in his 2014 book The Unpersuadables: “Reason is no magic bullet.”

If reason and data don’t work, then, what do we do? The only solution, according to Glaubke, is to make people think that accepted science is not contrary to the tenets of their tribe. It is, as we discussed years ago with reference to the ideas of Chris Mooney and Matthew Nisbet, to engage in “framing.” In the case of religion, for instance, you have to trot out religious scientists like Francis Collins to show that you can be religious and also accept evolution. In other words, you have to show people that someone they trust—a member of their tribe—accepts the science they reject.

Glaubke:

It follows, then, that in order to effectively communicate science in our modern, socially-compartmentalized society, scientists must tailor their messages to meet the concerns, priorities, and values of those they wish to reach. By reframing the science to meet the needs of the general public, communicators are able to transcend our faulty evolutionary design—tribalism, belief, our affinity for emotionally-laden thinking—by leveraging their influence over our information processing, much like a Trojan Horse that allows facts to clear the mental barriers we erect against uncomfortable truths. I call this the adaptive model of science communication.

A few recent examples illustrate the method’s utility and success.⁷ In an effort to connect with evangelicals about the importance of environmental conservation, the entomologist and author E. O. Wilson argued in his book The Creation that, as the species granted dominion over this world by god, we have a moral duty to act as responsible stewards of the environment. Using this moral framework, Dr. Wilson was able to reach a new audience by carefully linking the urgency of ecological preservation to the values enshrined in the Bible.

In a similar attempt to reach the religious community, the National Academies and the Institute of Medicine framed their joint report on the teaching of evolution in science classrooms by moving away from the antagonistic ‘science vs. religion’ narrative, and suggesting that science and religious faith can be reconciled. By highlighting religious scientists (such as NIH Director Dr. Francis Collins) or religious figures who accept evolutionary science (such as the Archbishop of Canterbury Justin Welby) religious communities could be persuaded that they do not have to choose between empirical evidence and their religious identity. This is a controversial idea, but a useful tool nonetheless.

Somehow I’m unable to do this. I am not constituted in a way that can tell people that science and religion are compatible, for I feel strongly that they aren’t. This does not mean that, when trying to convince people of the truth of evolution (I don’t talk about global warming, as it’s not my area of expertise), I tell them that religion is bunk and that they’re morons if they’re creationists. Clearly you won’t get anywhere by antagonizing your audience at the outset. This is why I try to separate my criticisms of religion from my advocacy of evolution, although in evolution talks I’ll often end, after giving lots of evidence, by mentioning that the reason people reject such good evidence is religion. I don’t mix the magisteria, to use Gould’s phrase, but I don’t water down my criticisms of religion, either, nor pretend that there’s no conflict in accepting Jesus and accepting science. Of course there is!

And there’s an important bit missing from Glaubke’s article: evidence. Although he says that Wilson’s book illustrates the “utility and success” of framing, as does as the National Academy Reports and other hypocritical incursions of such atheistic bodies into theology, there are no data showing that these methods change minds, or, more important, change them more than teaching under the “deficit model.” All he says is that E. O. Wilson or the National Academy “reach a new audience.” The important thing, though, is whether that audience is persuaded. And about that we know—nothing.

I know from experience, and the many emails I’ve gotten, that my book Why Evolution is True did change a number of people’s minds about evolution, turning them from creationists into evolution-acceptors. I also know that Richard Dawkins’s books on both evolution and religion have facilitated both acceptance of evolution and rejection of religion, as evidenced by the hundreds of letters in his Converts Corner site (note: there are 160 pages of letters). In other words, minds have been changed not by framing, but by giving people the unvarnished truth. (A lot of people have come to accept evolution simply as a byproduct of rejecting religion, for there’s no reason to be a creationist unless you’re religious.)

Now where are comparable stories supporting Glaubke’s thesis? Where are the hundreds of pages of letters saying, “You know, I thought evolution was a crock of bullshit until I heard Francis Collins say that evolution was true. Now I accept it!”. I’m sure the method has worked for some, but there are simply no data supporting it. Likewise, BioLogos, the organization founded by Collins and Uncle Karl Giberson to get evangelical Christians to accept evolution, has been pretty much a dismal failure. Instead of roping thousands of evangelicals into the Tent of Evolution, it’s become a venue for apologetics, with Christians arguing over issues like whether there still could have been a real Adam and Eve, even though evolutionary genetics tells us otherwise. It sure hasn’t made evangelicals flock to Darwinism!

Let us all, then, act according to our constitutions. If you think people can be religious and accept evolution, by all means tell them that, and give them something to gnaw on. If you think that religion and evolution are inimical, as I do, then don’t pretend they are. Teach people the evidence for evolution and let them mull it over. It’s worked for me! Or criticize religion as being an antiscientific purveyor of myths and fairy tales. That’s worked for Dawkins and others. But let us not pretend that the best way to learn science, despite the survey data of Kahan et al., is to communicate the idea that science is consonant with the values of your tribe. That survey data might be correct, but the proof is in the outcome—and we have no evidence that the “trust-me-I’m-one-of-your-tribe” model is better than the deficit and the antagonism-to-religion models.

The media bollocksed up a science story

June 3, 2018 • 9:15 am

I think people have seen on this site the way that the media has distorted the scientific data on epigenetics, with newspapers and popular books implying that adaptive environmental modification of an organism can be inherited, which constitutes a revolution in the way we think about evolution. Well, were that true it would be a revolution, but we have no evidence of such environmental modification being inherited over more than two generations, much less for any of that modification being adaptive.

This kind of distortion is pervasive in much of the press, though are notable exceptions (the New York Times, for instance, almost always reports science accurately and responsibly).

Below is a new study from Nature Communications in which the authors looked for associations within a large group of UK residents (over 300,000) between genetic variation of individuals (“single nucleotide polymorphisms,” or SNPs) and the level of their “general cognitive function” (a summary statistic of cognitive ability taken from different tests; “g” is an example of such a statistic). The paper reports that in this sample 148 independent regions of the genome were associated with cognitive function; that is, variation at each of those DNA sites was significantly correlated with cognitive ability. While some of the genes they found are associated with cognitive ability (Alzheimer’s and Parkinson’s diseases, schizophrenia, autism), others had no clear relationship with cognition (body mass index, eyesight, height, weight, lung cancer). The study doesn’t identify the specific genes associated with cognition, but regions of the genome, even though those regions were independent. They thus did not identify specific “cognition genes”, but simply chromosomal regions that might contain genes whose variation affects cognitive ability.

Further, a gene whose variation affects cognition doesn’t mean that that gene played a role in the evolution of human cognition—only that there’s genetic variation in that region that can affect cognition. For example, any gene that affects brain growth could mutate to a deleterious form that impedes cognition; but that doesn’t mean that that gene was important in the evolution of human cognition. For example, genes whose mutation could affect human cognition by screwing up development in various ways, large or small, might not have been important in the evolution of our unique cognitive abilities. Yet variation in those genes could be turned up by studies like this one.

Indeed, these genes could be detected because they were variable, whereas genes adaptively affecting human cognition in our ancestors would be expected to sweep to fixation, eliminating the variation that reduces cognitive function. What we have are simply genes that contribute to the “heritability” of cognition: the proportion of variation in cognitive ability among individuals in the population due to variation in genes rather than other factors, like variation in the environment. This heritability is around 50%, meaning that about half of the variation we see in the cognitive ability of humans is due to “heritable” variation in their genes (variation capable of being passed on to offspring), and the other half to variation in their environments and other factors.

So what we have here is simply an association study, and the meaning of the associations are unclear. That doesn’t mean the paper isn’t important or interesting, because it could, among other things, help us zero in on genes affecting, say, Parkinson’s disease, which in turn might help find a cure. Nevertheless, that’s not why the press picked this up—see below.

Click on the title to go to the paper.

First, I’ve put the list of authors below to show you how many people participated in doing the science in this study one way or the other. The number of authors of papers is growing over time, partly because work like this is intensely collaborative, requiring work by many labs, but also because competition for scientific status is fierce, and these days some people tend to put their names on papers when they’ve hardly done any of the work). I have no idea who did what here, but it doesn’t matter: just look at the list of authors. Author #8 is Stuart Ritchie of the University of Edinburgh, who pushed backed against the misrepresentation of this paper by the press:

Here’s the series of tweets emitted by Ritchie showing how the Torygraph and other venues like the Guardian distorted the finding that some of the genetic variation affecting cognitive ability mapped to regions of the genome associated with better or worse eyesight (tweet stream here).

Remember that the genetic correlations are observed between variation in a region of the genome and cognition; it’s not strong evidence that “genes affecting eyesight” also have a pleiotropic (associated) effect on cognition. And, of course, the Guardian had to “virtue signal”, as Ritchie aptly puts it, about the dangers of studying the genetics of cognition because of its linkage to “race science”:

While being more intelligent may be linked to poor eyesight, it’s also connected with a lot of positive health benefits. Researchers found negative correlations between cognitive function and a number of health problems, including angina, lung cancer and depression.

Of course, it’s important to remember that these are all simply correlations not conclusive links. And it’s worth noting that what constitutes intelligence is subjective and can be difficult, if not impossible, to measure. Further, linking intelligence to DNA can quickly lead into bogus “race science”.

Yeah, right: I’m sure these authors are all racists who are going to promote bigotry! The Guardian’s article on this piece and its virtue-signaling, like much of the Guardian itself, is trash.

What Ritchie demonstrates by looking at the popular reporting of his piece is how the press readily distorts reporting to favor what’s sensational, even if it’s blatantly wrong.

How to avoid this? It’s easy! Simply vet your story to scientists before it’s published—something that any journalist can do, but few are be arsed to perform. Just pick up the phone and call an author like Ritchie—or any geneticist who does association studies (there are many)—and say, “is this right?”.

Thank your lucky stars that Professor Ceiling Cat (Emeritus) is here to set you straight and point you to Ritchie’s tweets. Maybe I should charge for “sciencesplaining”!

h/t: Grania, Matthew

Why do people distrust science? It’s religion, stupid!

May 29, 2018 • 9:30 am

Well, yes, my title is a bit clickbaity, as of course there are several reasons why people distrust science. But according to a new post at Aeon by Dutch psychologist Bastiaan T Rutjens , shown below (click on screenshot), an article based on a scholarly paper by him and two colleagues that I haven’t yet read in detail (reference at bottom, free pdf), the main reason is religion.

Of course that’s not something people want to hear. As Rutiens notes, “religiosity has so far been curiously under-researched as a precursor to science skepticism, perhaps because political ideology commanded so much attention)”

So politics has been indicted more strongly; in fact, it’s almost a mantra of science educators (and liberals) that science denialism or skepticism comes from the Right. (I hasten to add that one study of acceptance of evolution in Alabama showed that religiosity was the most important factor in determining whether students accepted evolution; see reference and link to Rissler et al. below.)

At any rate, read either the article below or the paper on which it’s based.

The paper from Personality and Social Psychology Bulletin (if you can’t download it with the free and legal Unpaywall App, after clicking on the screenshot below, ask me for it),

The initial problem with the academic study is its small sample: 105 North Americans, all employees of Amazon’s “Mechanical Turk” program (MTurk). Of course one would think these folks might be less religious than the average American (or North American), but nevertheless it’s a small sample, and hardly random. They do note in the article, though, that “a large-scale cross-national study of science skepticism in Europe and beyond will follow.”

Rutjens et al. investigated four predictors of science skepticism and acceptance: political ideology, religiosity, morality, and knowledge about science. It turns out that for acceptance of most scientific propositions, religion and politics were the most important factors (hierarchical regression analysis was used to parse out each factor independent of the others), but their conclusion was based on a general acceptance of science, not the three areas they asked about (GMOs, vaccinations, and global warming). Here’s how they judged acceptance of science, using three areas that didn’t include evolution or cosmology:

We provided participants with statements about climate change (eg, ‘Human CO2 emissions cause climate change’), genetic modification (eg, ‘GM of foods is a safe and reliable technology’), and vaccination (eg, ‘I believe that vaccines have negative side effects that outweigh the benefits of vaccination for children’). Participants could indicate to what extent they agreed or disagreed with these statements. We also measured participants’ general faith in science, and included a task in which they could indicate how much federal money should be spent on science, compared with various other domains. We assessed the impact of political ideology, religiosity, moral concerns and science knowledge (measured with a science literacy test, consisting of true or false items such as ‘All radioactivity is made by humans’, and ‘The centre of the Earth is very hot’) on participants’ responses to these various measures.

And the results (direct quotes from the paper):

“Political ideology did not play a meaningful role when it came to most of our measures. The only form of science skepticism that was consistently more pronounced among the politically conservative respondents in our studies was, not surprisingly, climate-change skepticism.”
“Skepticism about genetic modification was not related to political ideology or religious beliefs, though it did correlate with science knowledge: the worse people did on the scientific literacy test, the more skeptical they were about the safety of genetically modified food. Vaccine skepticism also had no relation to political ideology, but it was strongest among religious participants, with a particular relation to moral concerns about the naturalness of vaccination.”

So climate-change skepticism, but not the other two areas, was related to political ideology. No surprise there. GMO skepticism was related to neither politics or religion, but was correlated with science knowledge: those who knew more about science were less skeptical of GMOs. That doesn’t surprise me, either. Vaccine skepticism was related to religion, which is the one area I might have guessed would be related to the degree of one’s faith, which I think is related to religion. In fact, I think that some of the relationship between religion and science skepticism comes not from religion directly, but from the fact that religion activates a “faith” organ: a willingness to believe what you find congenial regardless of the evidence.

At any rate, given the above, how can the authors declare that religion was so important? Because they also measured “general faith” in science, and so found the following:

Moving beyond domain-specific skepticism, what did we observe about a general trust in science, and the willingness to support science more broadly? The results were quite clear: trust in science was by far the lowest among the religious. In particular, religious orthodoxy was a strong negative predictor of faith in science and the orthodox participants were also the least positive about investing federal money in science. But notice here again political ideology did not contribute any meaningful variance over and beyond religiosity.

The authors conclude this, which I agree with in general:

Additionally, these results suggest that science skepticism cannot simply be remedied by increasing people’s knowledge about science. The impact of scientific literacy on science skepticism, trust in science, and willingness to support science was minor, save for the case of genetic modification. Some people are reluctant to accept particular scientific findings, for various reasons. When the aim is to combat skepticism and increase trust in science, a good starting point is to acknowledge that science skepticism comes in many forms.

I’d disagree with the general statement that science skepticism can’t be remedied by science education. It’s true, for instance, that teaching people about evolution, as I did in my book WEIT, can’t make most Americans accept purely naturalistic evolution (only about 20% do). But it can change some minds. I have emails to this effect, and of course Richard Dawkins has many more testimonies on his “Converts Corner” (see here; there are 159 pages!) about how his evolution books “converted” people not just to Darwinism, but deconverted them from religion.

But if we want a world free from creationism, the only way to do that is to make religion disappear. Yes, there will still be a few creationists, not only because religion won’t disappear completely, but because evolution has several implications that people find unsavory. Still, if I could choose between facilitating the acceptance of evolution by having people either a.) read and understand Why Evolution is True, or b.) have their religion mysteriously vanish, I’m sure the most efficacious tactic would be b.)

These authors, if you accept their results—and I await a much larger study instead of the meager 105 subjects assayed here—imply that a more general acceptance of science will also come with the death of religion. I’m not sure why that might be, though I’ve offered one theory: the buttressing of faith through religious belief, a faith that rejects propositions that are palpably true.

Some of you may be thinking, “Well, we don’t really need science courses to remediate science denialism—we need critical thinking courses.” And that may be true, though I have little experience with them and big doubts about how they’d proceed. Nevertheless, if this study is replicated, we’ll have even more ammunition against religion—as if we needed any! Few people want to be seen as anti-science, and if we have stronger evidence that religion fosters that attitude, we’ll have a powerful weapon against those who constantly point out the “good” things that religion does.

_____________

Rutjens, B. T., R. M. Sutton, and R. van der Lee. 2017. Not All Skepticism Is Equal: Exploring the Ideological Antecedents of Science Acceptance and Rejection. Personality and Social Psychology Bulletin 44:384-405.

Rissler, L. J., S. I. Duncan, and N. M. Caruso. 2014. The relative importance of religion and education on university students’ views of evolution in the Deep South and state science standards across the United States. Evolution: Education and Outreach, December 2014, 7:24

The University of Edinburgh and the John Templeton Foundation royally screw up evolution and science (and tell arrant lies) in an online course

March 25, 2018 • 9:00 am

Reader Simon sent me this video, which is a short (8-minute) lecture that’s apparently part of an online Coursera course on Science and Philosophy sponsored by the University of Edinburgh, the EIDYN Research Center run by Edinburgh’s Department of Philosophy, and the John Templeton Foundation. The presenter of this talk on creationism and evolutionary biology, S. Orestis Palermos, is a lecturer in philosophy at Cardiff University (also identified as a “research explorer” at Edinburgh).

If you had any pretense that Templeton is in favor of rigorous science, it will be dispelled by this video, which argues that science, like religion, is based on faith, and that evolution is merely an ad hoc rationalization of observations that is not science because it can’t make predictions. It’s also ineffably sad that the University of Edinburgh is sponsoring this nonsense.

I’ve put a transcript of the video below (also prepared by Simon), with the really bad parts in bold; and I’ve added some comments. What we see here is the pernicious influence of postmodernism on science: a claim that science gives us no objective truth because it’s based on faith. This is rotten philosophy and is also either clueless or deliberately duplicitous. Palermos doesn’t deserve the monicker of “philosopher”—not if that monicker requires one to be rational. In this video Palermos acts like Ray Comfort with a Ph.D.: a distorter and outright liar in service not of Jesus, but of postmodernism and perhaps faitheism.

Click on the screenshot below to go to the short lecture, and be prepared to gnash your teeth!

Simon’s transcript (indented; my own comments are flush left):

The final lecture of the free online course science and philosophy is dedicated to the topic, evolutionary biology and creationism science or pseudoscience. This lecture focuses on the same scientific status of evolutionary biology and genetics.

Within western society, there is a tendency to raise science to a special epistemic status. Science is always taken to be better than fairy tales, myths, and of course, religion. If a claim is supposed to be scientific, then it is supposed to constitute some kind of absolute truth that will always be true and which is impossible to deny. So for example, many times, in order to support a claim, we say that this is a fact that is scientifically proven.

No scientist would make the claim that science gives us “absolute truth”; and we use the word “proven” not in the sense of “absolute unchanging truth” but, “supported by evidence so strong that you could bet your house on it.” For Palermos to make his claim means that he has no understanding of how science is done or how we should regard scientific “truth.” That disqualifies him from the outset to give this lecture. But let’s proceed:

But is this attitude towards science correct? What if science is not the kind of secure, absolute knowledge that scientists make it out to be, and which most of us accept unreflectively? And if science can be questioned, then how does it compare with other predictive and explanatory devices like myths and religion?

A particularly, interesting case in point is whether creationism should be taught alongside evolutionary biology as part of the standard curriculum in the schools in the United States of America.

The standard approach to this long-standing debate is to claim that evolutionary biology as opposed to creationism is scientific. Therefore, we have a good reason to teach the one but not the latter. Evolutionary biology is science, creationism is pseudoscience, and obviously we should always prefer disciplines that are scientific.

However, upon further reflection it is not quite obvious whether this claim is actually valid. For the second half of the 20th century, the best philosophers of science, philosophers like Sir Karl Popper, Thomas Kuhn, Imre Lakatos and Paul Feyerabend, attempted to explain what science consists in and how it differs from myths and religion. And no matter how hard they tried, eventually, the debate died out their realization that science, much like religion, requires faith. To choose one scientific theory over another, is simply a matter of aesthetics in the hope that this theory and all to the other is going to work out.

Here we have another lie. I’m not that familiar with Lakatos or Feyerabend’s views, but I doubt that any of them would equate the epistemic status of science with that of religion. Popper, for sure, saw evolution as a historical science, and one that produced the best understanding we have of the natural world. He also rejected creationism, although he did see natural selection—only one aspect of evolutionary theory—as hard to test). See here for a refutation of Palermos’s distortions about Popper. And if Kuhn put creationism on an equal footing with religion, with the choice simply “a matter of aesthetics”, I’m not aware of it. Readers with philosophical expertise might weigh in here.

But clearly it’s not “aesthetics” to regard evolution as a much better explanation of the data than creationism. We have reliable ways of dating the Earth and its fossils, and we have observations that comport fully with evolutionary theory but not with creationism (biogeography, dead genes in the genome, vestigial organs, and so on). And yes, evolutionary theory makes predictions. One, that marsupial fossils would be found in Antarctica, since the group crossed that continent when it still linked South America to Antarctica, was verified within the last two decades. We’ve predicted that transitional forms existed—transitions between fish and amphibians, reptiles and mammals, and reptiles and birds—that were later found. Even Darwin predicted in The Descent of Man that humans evolved in Africa, and from other apes. That prediction didn’t begin to be verified until the early 20th century, long after Darwin had passed away. Much real-time evidence, as well as historical evidence and both predictions and “retrodictions” (observations that, in retrospect, make sense in light of evolution but not creationism) are detailed in my book Why Evolution is True.

To reject the historical evidence of fossils, vestigial organs, and biogeography, as not constituting “real” evidence is another misunderstanding of science. Much of physics, and nearly all of cosmology, rests on historical observation and reconstruction. So is human history itself! Is it an “aesthetic preference” to think that Julius Caesar really lived when all we have left are traces of his existence—his writings, those of his contemporaries, statues, coins, and so on? The notion that history can’t buttress empirical theories is a fantasy promulgated by the likes of Ray Comfort. It shouldn’t be shoved down the throats of students by a misguided professor of philosophy. But on with this dreadful “lecture”:

But there is no way to disprove or prove in theory. And since there is no way to prove it or disprove it, then there is no point where it becomes irrational for a scientist to stay with a failing theory.

It’s just a lie to say that we cannot adjudicate the likelihood of evolution versus creationism from data (I reject the term “prove”) as a way of getting better and better explanations for our universe. Yes, there is a point where it’s irrational for a scientist to stay with a failing theory like creationism. And that is when the data are so strong against it that you’d be a fool (or a religious believer) to maintain what is palpably false.

But wait! There’s more!

So, the best example of this is the case of heliocentricism. Heliocentricism was first put forward about 2,000 years ago. And for about 1,600 years, it was a failing theory. However, at some point, Kepler and Galileo decided to take it up. And even though it was failing for 1,600 years, they managed to convert it in a very successful theory. The choice, however, to do so, was not because the theory was a good one—since obviously it was failing for a long time—but simply because they liked it and for some reason they had faith in it. So scientists choose to stay, we the few, simply because they have faith in it. So both science and religion seem to require faith, which means that it is not so easy to distinguish between creationism and evolutionary biology.

Kepler and Galileo “converted” heliocentrism to a good explanation because of OBSERVATIONS, you moron! It was not because they had “faith” that the Sun was the locus of the solar system.

Instead of writing a lot here, just read my essay in Slate, “No faith in science“, which dispels the canard that science requires some religious-like “faith.”

Moreover, even by the most rigorous standards for distinguishing between science and pseudoscience, what is known as Imre Lakatos’s sophisticated falsification, it was seen that evolutionary biology in creationism and actually, on a path. So, creationism may not be scientific but then again, neither is evolutionary biology, which appears unable to predict anything but only provides an explanation for the phenomena after the fact have taken place. Parenthetically, this is what is known within philosophy as an ad hoc hypothesis. To introduce an explanation in a hypothesis, only in order to explain something that is already known. And not to provide an explanation or a prediction for something new. And most philosophers of sciences agree that introducing such ad hoc hypotheses within science should always be avoided because it turns a scientific theory into pseudoscience.

This is again a twofold lie: the claim that historical data cannot constitute support for a theory, or help us distinguish between theories, as well as the claim that “evolutionary biology is unable to predict anything.” I’d add here that although creationism has been falsified by many lines of evidence, evolution could have been falsified by observations like 400-million-year-old mammal fossils, an absence of genetic variation in species, or adaptations in one species which are useful only for a different species. But the falsifying observations haven’t been made. As I say in WEIT, “Despite a million chances to be wrong, evolution always comes up right. That’s as close as we can get to a scientific truth.”

Let’s get to the end of this pack of Palermos’s lies and distortions:

However, both evolutionary biology and creationism are guilty of introducing side ad hoc hypothesis. And so it would seem that neither is scientific.

Now, add to this the fact that genetics, which is a special discipline of evolutionary biology, is facing a number of anomalies. Like any other discipline in the past, in any other scientific field, [it] is most likely to change in the future. It becomes even less obvious why evolutionary biology and genetics should be taught in schools as scientifically proven theories but reject creationism as being pseudo-scientific.

Ah, now we hear that Palermos also claims that genetics isn’t really science. I’m not sure what “anomalies” he’s talking about (Epigenetic modification of DNA? Horizontal movement of genes?), but if genetics weren’t science, we have a lot of valuable and useful data that suddenly acquire the epistemic status of Mormonism. That’s just garbage—and it’s lying to the students of this course.

So this lecture delivered by professor of philosophy and theology Cornel Carnihim from the University of Nottingham, will go over some of themes in an accessible and captivating way.

The lecture purposely avoids to put forward any conclusion but it raises a number of interesting questions. Does the epistemic polity between creationism and evolutionary biology mean that neither of them should be taught as part of the standard curriculum? Or should we teach both, but with intellectually honest attitude that neither is quite scientific? And then, does this mean that we trust and pursue both to the same extent? Or should we invest our efforts to develop the most plausible hypothesis in a way that will finally make it stand out from religion?

Isn’t it better to be honest about the status of our best scientific theories, such that future students can know their limits and attempt to improve them, rather than dogmatically believing that they amount to proven knowledge when in fact, they’re far from it?

Isn’t it better to be intellectually honest about why virtually all scientists rejection creationism and accept evolution—a stand based on evidence—than to push postmodernism on a credulous group of students by equating religious faith with scientific confidence?

Shame on the John Templeton Foundation, and shame on the University of Edinburgh, for presenting these lies and distortions in a lecture on evolutionary biology! And Templeton, if you’re listening, how dare you fund a program that fundamentally misrepresents the nature of science? If you claim you’re promoting science in your program funding, you’re also undercutting the claim with junk lectures like this. And that is why no scientist should be taking money from the John Templeton Foundation.

As for the University of Edinburgh, they’ve got some housecleaning to do.

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