Fall 2003
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A Half Century of Biology Education

Don Igelsrud
ABLE co-founder
(donigelsrud@shaw.ca)

 


When I knew I couldn’t attend ABLE’s 25th Anniversary, I thought about writing a piece for Labstracts instead.  As I looked back, I realized my interest in biology began 25 years before ABLE, and I had 50 years of biology education. I thought I could write a short review of those experiences in a style like one of my favorite books, Ed Wilson’s Naturalist.  Two weeks later, after I had written 50 pages of text, much of it with hyperlinks, it was clear that was too much for Labstracts, especially for a new editor.  What you see here are conclusions that I have written much more about.  If there is interest, I can expand upon them in the future.

Arthur Guyton

I want to begin by saying ABLE’s 25th anniversary year was marked by the death of two of the most important biology teachers in recent times.  Arthur Guyton died in an automobile accident in April.  His Textbook of Medical Physiology must rival Modern Biology as one of the most widely used texts in the history of the biological sciences, but there is a major difference -- Guyton wrote all the editions himself.  He must also hold the record for bad versions of what he wrote, as other authors changed his words to avoid plagiarism.

William Harvey

He received many honors.  One held special meaning: the 1978 invitation from the Royal College of Physicians in London to deliver a lecture honoring the 400th anniversary of the birth of William Harvey, the doctor who first described the circulation of blood.  The RCP made a film showing Harvey’s experiments called William Harvey and the Circulation of the Blood.   I saw it in Tom Hall’s History of Biology course at Washington University. When I was in London obtaining footage for my first laserdisc, I went to the RCP.  They wouldn’t let me use parts of the film because animal rights groups caused too much trouble when it was shown.  The person I talked to said one could show procedures routinely done in humans without difficulty, but when they were shown in animals, the RCP got harassed.

Chris Parsons

Chris Parsons, producer of David Attenborough’s Life on Earth, also died recently.  He worked with the best people in biological film production, e.g. Peter Parks and Howard Hall, striving to make sure programs were accurate and educational.  One of his most important contributions was the development of ARKive.  More and more resources that allow us to experience biology like OrcaLive are appearing on the Internet.  The Scientist has to be one of the best ways to keep up with the latest events in biology.

Funding

The May 25, 2002 issue of The Scientist contained an article titled “Biology Laboratories: Are They Disappearing?  It confirmed what we all know, but never mentioned ABLE.  That says much about our place in the big picture.  As I reviewed our 23 volumes of proceedings, another fact stood out – there was little or no funding for development of these activities.  It appears that funding for biology education is owned primarily by the education part of that union.  Consequently, little funding and respect goes to the biology part of biology education.

Ruth Von Blum was one of the four members of the Committee to Establish a Laboratory Teaching Organization and Library.  She had taken a position at NSF when ABLE was founded and told people at the first meeting that she wanted to work with them.  I spoke with the director of education at NSF at NSTA about ABLE, emphasizing that our members had a major influence on future teachers because they took our courses.  He wasn’t interested.

Research

Early in my career I spent several years trying to make labs work before I discovered that people in the research community knew what to do.  In the ad in Science that described the Biology Laboratory Teaching Workshop at the University of Calgary, it said “The group hopes to increase communication between the research and laboratory teaching communities to produce better living materials for instruction.”  We’ve never really done that.  We need to find a way to give the biology part of biology education equal footing with the education part.  I would have gone back to graduate school if there were a program that dealt with these issues, but there were only two choices: educational (cognitive) research and biological research.

Workshops

In the last few years it has been more difficult to find new people to do new workshops.  I’ve just talked about one reason for that, but there is another reason.  When we put out a call for workshops, we are mainly asking the people in our own community.  In the 1980s I spent a lot of time reading the Journal of Biological Education, The American Biology Teacher, The Science Teacher, and most importantly, using Current Contents to find people with new lab activities.  Tony Glass’s lab on Chemiosmotic Principles came from The Journal of Biological Education, Bill Bell did a lab on Chemical Communication in Cockroaches because I had seen his book The Laboratory Cockroach, Rollie Schafer did four great labs from his and Bruce Oakley’s wonderful lab manual (Experimental Neurobiology), and Charlie Carlson did his neat Grasshopper Demonstrations because I had seen his biology exhibits at the Exploratorium.

In Canada, I don’t have access to Current Contents anymore.  Are ABLE members looking for people to do workshops?  There are lots of biologists doing interesting things on the Internet that could be the subject of a workshop.  I would bet that the scientists at a website like Plants-In-Motion have people and funds to do an ABLE workshop.

Literacy

Biology teaching is about literacy.  Most courses in biology are designed to teach students to speak biology and to write proper scientific papers.  Students get very little experience with living things and we produce biologists and teachers who have never seen or experienced much of what they talk about.  I’m sure much of the pressure to do this comes from standardized curricula, textbooks, testing and elitist efforts to promote scholarship.  Temple Grandin argues scientists like Darwin, Mendel and Einstein wouldn’t make it in today’s academic world, in the chapter called “Einstein’s Second Cousin” in her recent book Thinking in Pictures.

Page 2 of Don Igelsrud article


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