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My new book, When Can You Trust the Experts: How to Tell Good Science from Bad in Education is now available. (There’s a link for a free download of Chapter 1 on this page.) EDIT (7:17 pm 7/18) I just saw that it's listed as "Recommended," with a micro-review on the Scientific American website.

I wrote the book out of frustration with a particular problem: the word “research” has become meaningless in education. Every product is claimed to be research-based. But we all know that can’t be the case. How are teachers and administrators supposed to know which claims are valid?

It’s notable that this problem exists in many other fields. However good your training, research doesn’t stand still. So how does a pediatrician who has been in practice 10 years know that what she learned in medical school as the optimal treatment for, say, croup, is still the best treatment?

The answer is NOT that the pediatrician is expected to comb through medical journals each night to keep up to date. Who has the time? Instead, reliable summaries are published (usually annually) that bring doctors up to date.

But there is no institution in education that publishes such summaries, and indeed, there’s not an institution that would have the credibility to do so. The Institute of Educational Sciences tried with the What Works Clearinghouse, but it has not been a success, mostly because the criteria it used to evaluate products was so stringent, and also because (at least initially) it was dogged by suspicions that its conclusions would not be politically neutral.

Teachers and administrators are on their own.

But doing a good job of evaluating research carries two requirements: you need a certain level of expertise in evaluating research (which requires knowing the existing research literature) AND you need a good deal of time.

The purpose of When Can You Trust the Experts is to offer a short cut, a work-around, so that you can size up the likelihood that a claim like “all the research supports it” is actually true. 

The first half of the book focuses on what cues we use to tell us “this is probably true,” and how they can be misleading. You need to understand why we believe what we do in order to make it less likely that you’ll believe something that is false,

I also describe at some length how when can know when science might help with a particular problem and when it can’t. I think science is terrific for answering certain types of questions, but there are many questions it can’t answer.

The second half of the book describes the short cut, which consists of four steps:

  1. Strip it. Clear away the verbiage and look at the actual claim. What exactly is the claim suggesting a teacher or parent should do, and what outcome is promised?
  2. Trace it. Who created this idea, and what have others said about it? It's common to believe something because an authority confirms it, and this is often a reasonable thing to do. I think people rely heavily on credentials when evaluating education research, but I argue that it’s a weak indicator of truth.
  3. Analyze it. Why are you being asked to believe the claim is true? What evidence is offered, and how does the claim square with your own experience?
  4. Should I do it? You're not going to adopt every educational program that is scientifically backed, and it may make sense to adopt one that has not been scientifically evaluated.
 My purpose is not to turn you into a researcher by reading one book. Anyone who tells you that’s possible is trying to pick your pocket. What I can promise is this: whatever you current level of research sophistication, I can help you ask better questions about an educational product, and think through the logic of adopting it for your home, classroom, or school district.

I should also mention that When Can You Trust the Experts makes a splendid gift for weddings, anniversaries, birthdays, christenings, etc.

Free download of Chapter 1 on this page.


 


Comments

Obi-Wandreas
07/18/2012 9:56pm

Thank you very much for this. Most people I have worked with repeat "research-based" the way a zombie says "brains!" They have no concept that not all research is of equal quality. It will be invaluable to have some help in making an actual rational judgement.

07/19/2012 9:31am

Obe-Wandreas, that was funny. In a sad way. I also thank you, Dan Willingham I will be purchasing several copies and handing them out to parents. This is much needed. Brains! Sorry, I'm still laughing.

07/19/2012 8:00pm

I just finished the book a few days ago and I really liked it. Its application to claims outside of education was a little murky, less explicit than I was hoping. I loved your first book even though I am not a teacher because I could immediately transfer your ideas about learning to learning in general.

Did you write this specifically with a target of educational research or did you intend this to apply more generally?

Dan Willingham
07/19/2012 8:41pm

@Bill I thought long and hard about trying to make it more general and in the end decided it was too hard (for me at least). Methods and standards in different scientific disciplines vary too much. Also, the need seems less acute. On a big question--is there a vaccine/autism link, for example--finding the opinion of the majority of scientists is easy, because the relevant scientific bodies publish statements on such questions. So if you want to know "what does the research say?" you've got a fairly reliable guide. If that were available in education I likely would not have written the book.

07/20/2012 1:35pm

I completely understand. Plus, applying it more generally would be a task for philosophers specializing in epistemology. It was a worthwhile book and I enjoyed it. Thanks for clarifying!

07/20/2012 6:18pm

There is a way past this lack of research informed summary. We are a new community seeking to encourage teachers to contribute their small part of reading to the knowledge base. Have a look please

07/25/2012 10:12pm

Pete, glad to find your site, I'm just beginning a like-minded blog of my own. Hopefully, books like Daniel Willingham's will really help build a critical mass of educators that understand how to conduct and evaluate research.

07/27/2012 3:23am

I read your post and i understand the topic you discussed above. As I always interested to know this. anyway, thanks for bringing this.

JMcK
08/07/2012 2:50pm

After reading I think we need a new word for research based. Since we can't actually recreate the research, and many Changes are not researched at all, perhaps we should use more cautionary language. We might better refer to our practices as "research related" or "research referenced" rather than research based.

08/26/2012 10:31pm

I read Daniel Kahneman's "Thinking Fast and Slow" earlier this summer so your points on peripheral clues, and confirmation bias in the sample chapter landed on well-prepared ground.

Looking forward to reading the full book shortly.

I can only hope more parents and members of the tax-paying public pick it up. The alternate seems a world where we just prove ever more frequently the truth of the phrase "there's a sucker born every minute."

08/28/2012 1:27pm

Thank you so much for posting this! I really appreciate it. :)


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