Monthly Archives: May 2012

Multiple Intelligences theory by Gardner: myth, proven theory or philosophy?

After my first post on myths in education, I was wondering if there are other popular theories in education that are less sure at least. One that has been puzzling me for a while are the Multiple Intelligences by Gartner. Very popular in education, but is it correct? First of all, interestingly enough, it is Gardner himself who complained about the many myths that exist about his theory:

“One myth that I personally find irritating is that an intelligence is the same as a learning style. Learning styles are claims about ways in which individuals purportedly approach everything they do. If you are planful, you are supposed to be planful about everything. If you are logical- sequential, you are supposed to be logical-sequential about everything. My own research and observations suggest that that’s a dubious assumption. But whether or not that’s true, learning styles are very different from multiple intelligences.

Multiple intelligences claims that we respond, individually, in different ways to different kinds of content, such as language or music or other people. This is very different from the notion of learning style.

You can say that a child is a visual learner, but that’s not a multiple intelligences way of talking about things. What I would say is, “Here is a child who very easily represents things spatially, and we can draw upon that strength if need be when we want to teach the child something new.”

Another widely believed myth is that, because we have seven or eight intelligences, we should create seven or eight tests to measure students’ strengths in each of those areas. That is a perversion of the theory. It’s re-creating the sin of the single intelligence quotient and just multiplying it by a larger number. I’m personally against assessment of intelligences unless such a measurement is used for a very specific learning purpose—we want to help a child understand her history or his mathematics better and, therefore, want to see what might be good entry points for that particular child.” (source)

Ok, what we do know now is that the different intelligences are not learning styles (good, because we know already that this would be a problem), but are they really ‘intelligences’?  I have been looking through many articles, but one of the best things I’ve found is an elaborated blogpost by Daniel T. Willingham, a professor of psychology at the University of Virginia. Do take your time to read it. If you don’t have the time, this is the conclusion:

“One may wonder how educators got so confused by Gardner’s theory. Why do they believe that intelligences are interchangeable or that all intelligences should be taught? The answer is traceable to the same thing that made the theory so successful: the naming of various abilities as intelligences.

Why, indeed, are we referring to musical, athletic, and interpersonal skills as intelligences? Gardner was certainly not the first psychologist to point out that humans have these abilities. Great intelligence researchers–Cyril Burt, Raymond Cattell, Louis Thurstone–discussed many human abilities, including aesthetic, athletic, musical, and so on. The difference was that they called them talents or abilities, whereas Gardner has renamed them intelligences. Gardner has pointed out on several occasions that the success of his book turned, in part, on this new label: “I am quite confident that if I had written a book called ‘Seven Talents’ it would not have received the attention that Frames of Mind received.” Educators who embraced the theory might well have been indifferent to a theory outlining different talents–who didn’t know that some kids are good musicians, some are good athletes, and they may not be the same kids?

Gardner protests that there is no reason to differentiate–he would say aggrandize–linguistic and logico-mathematical intelligences by giving them a different label; either label will do, but they should be the same. He has written, “Call them all ‘talents’ if you wish; or call them all ‘intelligences.’” By this Gardner means that the mind has many processing capabilities, of which those enabling linguistic, logical, and mathematical thought are just three examples. There is no compelling reason to “honor” them with a special name, in his view.

Gardner has ignored, however, the connotation of the term intelligence, which has led to confusion among his readers. The term intelligence has always connoted the kind of thinking skills that make one successful in school, perhaps because the first intelligence test was devised to predict likely success in school; if it was important in school, it was on the intelligence test. Readers made the natural assumption that Gardner’s new intelligences had roughly the same meaning and so drew the conclusion that if humans have a type of intelligence, then schools should teach it.

It is also understandable that readers believed that some of the intelligences must be at least partially interchangeable. No one would think that the musically talented child would necessarily be good at math. But refer to the child as possessing “high musical intelligence,” and it’s a short step to the upbeat idea that the mathematics deficit can be circumvented by the intelligence in another area–after all, both are intelligences.

In the end, Gardner’s theory is simply not all that helpful. For scientists, the theory of the mind is almost certainly incorrect. For educators, the daring applications forwarded by others in Gardner’s name (and of which he apparently disapproves) are unlikely to help students. Gardner’s applications are relatively uncontroversial, although hard data on their effects are lacking. The fact that the theory is an inaccurate description of the mind makes it likely that the more closely an application draws on the theory, the less likely the application is to be effective. All in all, educators would likely do well to turn their time and attention elsewhere.”

Ok, it’s a theory, but how about some empirical data? Well, Jeroen Janssen sent me this article by Lynn Waterhouse and there is a big chance some educators won’t like it… This is the abstract:

This article reviews evidence for multiple intelligences theory, the Mozart effect theory, and emotional intelligence theory and argues that despite their wide currency in education these theories lack adequate empirical support and should not be the basis for educational practice.
Each theory is compared to theory counterparts in cognitive psychology and cognitive neuroscience that have better empirical support. The article considers possible reasons for the appeal of these 3 theories and concludes with a brief rationale for examining theories of cognition in the light of cognitive neuroscience research findings.

The last paragraph of the article still leaves a door slightly open:

“Enthusiasm for their application to classroom practice should be tempered by an awareness that their lack of sound empirical support makes it likely that their application will have little real power to enhance student learning beyond that stimulated by the initial excitement of something new.
Of course, future research may shed new light on these theories, and students, teachers, researchers, and theorists
should remain open to new evidence.”

My conclusion, it’s better to call MI a philosophy rather than a proven theory, and that we better would be talking about talents. This is not the same as a myth, but MI has the potential of becoming one if you take it all to serious.

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Adam Savage on ‘Permission to Make’ about the importance of trying, fail and making in school

Found this video via Mindshift.

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Questions To Ask When Reading Research and Blogs on School Reform and Classroom Practice (Paul Thomas)

Reblogged from Larry Cuban on School Reform and Classroom Practice:

Paul Thomas is a veteran high school English teacher and now academic. He is also a blogger. This particular post I liked because of the sensible questions he poses when readers inspect research studies, policy articles, and blogs that too often mix fact with opinion in unseemly ways.

I want to offer some guidelines for navigating the education debate based on my own experience as an educator for nearly three decades (almost two decades as a high school teacher and another decade in higher education/teacher education) and my…

Read more… 816 more words

This is maybe one of the most relevant blogposts I have ever read about education.

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Without language, no math (some research, also gender-related)

Here are some studies on language and math.

Imagine a world in which you didn’t have words for numbers, would you still be able to do math? The answer is probably no. This we can assume because of a recent study of the Piraha tribe, a community of nomads, close to the Amazon. They only have 3 words to describe an amount. Hòi means “small amount or size”, hoì, means “some biggeramount,” and baàgiso describes “reason to come together or many.” This tribe is completely ‘anumeric’, one of the few peoples in our world. And what did the researchers notice: the members of this tribe do have trouble with math. (check also here)

Abstract of the research (free):

Recent research has suggested that the Pirahã, an Amazonian tribe with a number-less language, are able to match quantities > 3 if the matching task does not require recall or spatial transposition. This finding contravenes previous work among the Pirahã. In this study, we re-tested the Pirahãs’ performance in the crucial one-to-one matching task utilized in the two previous studies on their numerical cognition, as well as in control tasks requiring recall and mental transposition. We also conducted a novel quantity recognition task. Speakers were unable to consistently match quantities > 3, even when no recall or transposition was involved. We provide a plausible motivation for the disparate results previously obtained among the Pirahã. Our findings are consistent with the suggestion that the exact recognition of quantities > 3 requires number terminology.

Suddenly one has to think about the differences between boys and girls. We often think boys are better in math and girls are better in languages. But this is wrong. Girls who are better in languages, are often also better in math.(check also here)

Abstract of the research paper:

Studies have shown that female children, on average, consistently outperform male children in arithmetic. In the research reported here, 1,556 pupils (8 to 11 years of age) from urban and rural regions in the greater Beijing area completed 10 cognitive tasks. Results showed that girls outperformed boys in arithmetic tasks (i.e., simple subtraction, complex multiplication), as well as in numerosity-comparison, number-comparison, number-series-completion, choice reaction time, and word-rhyming tasks. Boys outperformed girls in a mental rotation task. Controlling for scores on the word-rhyming task eliminated gender differences in arithmetic, whereas controlling for scores on numerical-processing tasks (number comparison, numerosity estimation, numerosity comparison, and number-series completion) and general cognitive tasks (choice reaction time, Raven’s Progressive Matrices, and mental rotation) did not. These results suggest that girls’ advantage in arithmetic is likely due to their advantage in language processing.

Luckily there is also some good news to tell about our boys. We learn from recent British research that boys are getting closer to girls in reading! The most important insights of this research:

  • The difficulty level of books read by boys in the report is no longer generally lower than girls’.
  • There are signs of difficulty of books rising since last year.
  • This year there is evidence that a high number of quizzes taken and passed is sustained into the first two Years of secondary school (Year 7 and 8, except in Scotland), a change from previous years when a decline set in at this stage. While the difficulty of books read declines after Year 9, this is more positive than previous reports, in which the difficulty declined after Year 6. However, it is still the case that if the older readers challenged themselves more, better reading outcomes could be anticipated.

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Why people aren’t on Facebook (Research)

Facebook is getting closer and closer to 1 billion users, but there are also many people who just don’t want to use the social network. Researchers at the HUB (Hogeschol universiteit Brussel) asked 2148 Dutch and Belgian people why they aren’t being poking, liking and sharing on Facebook.

The researchers found 14 reasons:

  1. I rather tell what is happening in my life to people I want to, thans hare in on Facebook with everybody (66,9%)
  2. My life is happening offline, I don’t need an alternative life online (40,8%)
  3. I have privacy-concerns (38,3%)
  4. I don’t like it (32,6%)
  5. I don’t have the time (32%)
  6. Everything you post on Facebook will be there forever, I don’t want that. (24,3)
  7. All those status updates of others don’t bother me much (21%)
  8. The personal information you share on Facebook are being used for add’s, I don’t want that (19,1%)
  9. Facebook is voyeurism, I don’t want to be a part of it (12,1%)
  10. I don’t know or I am not sure what Facebook is (10,6%)
  11. I think it’s childish (9,6%)
  12. I’m too old for it (4,4%)
  13. Facebook is for show-off’s (3%)
  14. I have few friends who are using Facebook (2%)

Some more relevant stats: half of the respondents were between  45 and 62. Close to 90% does know Facebook, even 80% of the older respondents (older than 62).  3 in 4 people had more than 1 reason for not being on Facebook, with the first one being massively present.

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A discussion about ‘the lecture’, Stephen Downes with responses from Donald Clark and James Morrison

The first seconds you have the feeling the video is not working, but just wait a bit and it works fine. The discussion starts from 34 minutes.

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Guest blog by Hanna Lindstrom: are we preparing students enough for internet-related jobs?

I received this guest blog by Hanna Lindstrom and I think it’s a good starting point for debate. What do you think?

According to Internet World Stats, the number of worldwide Internet users increased by 528.1 percent from 2000 to 2011, and this is something that has caught the attention of both businesses and those wanting a career as a school administrator. The Internet currently constitutes the fastest-growing marketplace in the world. Bearing this in mind, it would seem logical that educational institutions would try to prepare students for Internet-related jobs, giving them the tools they need to be competitive in this ever-growing sector. However, in many ways, educational institutions are not adequately preparing students. In fact, those students who end up becoming Web entrepreneurs tend to do so by taking control of their own education rather than by relying on the establishment. It is the responsibility of educational leadership to adapt methods, materials, and systems of education to help create more Web entrepreneurs and Web-friendly professionals.

One way in which educational institutions can help prepare their students a future full of Internet technology is by teaching them coding. Professionals who are skilled in coding languages such as Java, HTML, Python, and Perl are in high demand in many companies. Students who learn these languages can compete for many of the market’s highest paying jobs. Critics argue that technological developments occur so quickly that any language a student may learn would only become obsolete in a few years. Even if this is true, the studies still prepare students by teaching them the basic concepts behind coding and giving them experience. Also, many coding languages do not go away — they simply get updated. HTML, for example, has been around in some form since 1991. While it keeps undergoing revisions and improvements, the basic concepts remain constant.

Another very important skill that schools can teach their students is search engine optimization, or SEO. SEO is important because it is the way by which search engines such as Google and Bing decide which pages come up as the top results. Properly optimized pages appear at the beginning of keyed search results. Highly-placed positions are comparable to valuable real estate in traditional commerce. Those who understand SEO know how to get their Web pages — and those of their clients — noticed by Web surfers, and this valuable skill can result in many business and job opportunities. Internet marketing is a fast-growing field. 

Social media marketing is also a growing field. With the advent of social media services such as Facebook, Twitter, Google+, YouTube, Foursquare, and Pinterest, companies are faced with the prospect of being able to find and engage consumers and clients in new and highly effective ways. However, most educational institutions lack social media-intensive courses. Those who know how to take advantage of these venues often find themselves with a market edge. Creating corporate Facebook pages, posting relevant YouTube videos, and reaching out to potential customers through engaging Twitter feeds can open up entirely new channels of communication, and can drum up business in very efficient ways.

The principal purpose of educational institutions is to prepare students for the professional world by giving them marketable skills. For this reason, it is the responsibility of educational institutions everywhere — secondary and postsecondary alike — to do more to prepare students to compete in the Internet marketplace. Even when students’ primary skills are more traditional things such as writing or visual design, by learning Internet-specific skills, they can become more competitive in the very space where all of the action is occurring. Looking forward, most jobs will have some sort of Internet component even if they are far outside the realms of web design and marketing. Schools must take note if our students are to be equipped for life in a truly global landscape.

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Funny standup on “generation why?” by Louis CK

One of my favorite nicknames for kids and youngsters today is “Generation Why?“. Yesterday one of my sisters sent me this funny video about parenting and that often repeated question… why?

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Sometimes I just want to start throwing things: myths in education

I love people discussing education. It means they are concerned, it means they care about how children and youngsters are being thaught. Sad thing is that quite often you still hear things that are in fact popular myths that have been debunked by science for years. Even more sad is that while I can understand this from someone who hasn’t studied educational sciences or who isn’t a teacher, I often read this kind of myths even in textbooks used in teacher training!

Ok, just to help out, some examples of myths that I have heard over and over again and sometimes make me feel I just want to start throwing things:

  • The Learning Pyramid

    To me this is the Loch Ness monster of education. Sometimes this pyramid is quoted as the Glasser pyramid, but this a first mistake, as Glasser has nothing to with it. More correct sources are Edgar Dale or NTL.
    But rather never quote this pyramid, ever. The first version was actually designed by Dale, but lacked the percentages.  It would be strange to find such neat percentages in research, so we can assume the percentages are made up even more because the research data that it allegedly is  based on can’t be retraced. Do check this blogpost for a nuanced review of the myth and this is one of the very few scientific works on the pyramid  by Lalley and Miller.
  • Learning styles
    They sound so logic, we feel they are right. People who rather learn visual or rather by listening. Maybe the types that Kolb described? One problem, science hasn’t been able to proof they exist and if you take them into account while teaching, they don’t have effect. Interesting reads: 50 Great Myths of Popular Psychology: Shattering Widespread Misconceptions about Human Behavior by Lilienfeld et al and Visible learning by Hattie, or just watch this video:
  • Left or right brain thinking
    This myth is becoming more and more popular when discussing reforms in education. Sadly, again, it’s a true myth. Lisa Collier Cool points out in her article for Yahoo Health, we’re not really right- or left-brained at all:

    This myth began in the 1800s, where doctors discovered that injury to one side of the brain frequently caused loss of specific abilities. Brain scan experiments, however, show that the two halves of the brain are much more intricately linked than was originally thought, so problem-solving or creative tasks fire up activity in regions of both hemispheres of the brain, not just half. It is true that the right side of the brain controls the left side of the body and vice versa, so a right-brain injury can cause disability on the left side of the body.

    Do check some more brain myths on Lifehacker.

  • Give me more, please
    Well, I already discussed earlier the digital natives myth, but if you want more, do check this paper by Paul A. Kirschner: ICT Myth Busting: Education is Not a Question of Belief, I Believe! you can find even more popular educational myths, namely:

    • Old learning doesn’t connect – Kids multitask
    • Learning results are low – It’s going wrong
    • The info-society requires different learning – Discovery learning
    • Teachers can implement inquiry learning
    • Education should mimic MTV – Homo zappiens
    • Society is more involved – student initiative

    Abstract of the paper:

    Mark Twain once said that “In religion and politics, people’s beliefs and convictions are in almost every case gotten at second hand and without examination”. Unfortunately this appears also to be true in present day use of ICT in education.
    Educational technologists, educational reformers, local and federal politicians, school managers, and advisory groups are all jockeying to show how innovative and up to date they can be, based not upon science but upon beliefs. As a result of this implementation of change based upon beliefs or philosophies, we now find teachers, parents and students revolting against many of these so called innovations. And the newspapers, television, and other mass-media are having a field day reporting all of this. And what is the root of all of this? The reforms that we often see are most often not based on science (and specifically the cognitive sciences) and/or good scientific research, but rather upon beliefs, plausible sounding rationale and/or arguments, poorly designed research and the strange idea that ‘stagnation means decline’. The reaction to these reforms – though it uses the word evidence – is also based upon beliefs about how education and educational research is and should be carried out. In my keynote I will look at both sides of the coin from the perspective.


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To win as GenY, just act GenX

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