... that scientists are not historians, as John Wilkins points out. (Blake has also written a good post on this topic.) It is easy (and even preferable) to clearly distinguish the good guys from the bad guys, and sweeping generalizations about old ideas are often included to give clout to modern notions.
I found this out first hand while researching T.H. Huxley's work on the connection between birds and reptiles. From popular books to technical papers, many scientists (including some of the most prominent names working on feathered dinosaurs) have said that Huxley first proposed that birds evolved from dinosaurs, typically listing one paper and then moving on. I get the feeling that such attempts are little more than hat-tips to Huxley that try to establish that what we now know about the relationship between dinosaurs and birds has long been recognized, but the truth of the matter is much more complex.
I will not detail what I found here (you'll have to wait for the paper, sorry), but suffice it to say that Huxley did not interpret Archaeopteryx as an important transitional form, nor did he say that birds had specifically evolved from dinosaurs. Yet Huxley's supposed preference for an origin of birds among dinosaurs is a common story that gets rehashed over and over again by some professional paleontologists.
What aggravates me is that, for some, the "textbook cardboard" approach is good enough. Fables and legends are useful, the argument goes, and those truly interested will look up the real information later. I am not convinced that this is the case, and I think that the perpetuation of mythical Whig histories is pretty lazy. The real histories are just as exciting, interesting, and able to be shaped into narratives as the historical legends we sometimes conjure up. Again, I've personally discovered this to be so while working on my book, as I have often had to go back and replace textbook cardboard with more accurate information. When I did so I often found the narrative to be better and stronger than the simplistic, hand-me-down version.
Generally, though, I don't see much of a push for scientists to go back and look up what earlier researchers actually said or did until someone comes along and says "Hey, this isn't right." (There are some who have made an effort to do this, however, and I do not want to over-generalize and say that all scientists care little for more accurate histories.) There is still a divide between people who study the history of science and scientists themselves. As John writes;
But mostly I dislike textbook history because it just annoys the hell out of me. If someone in the past had something good to say, or even was wrong but not in a simplistic manner, then they should be remembered for saying it they way they actually did, and not the way it suits some modern scientists to put it.
In terms of what gets taught in classrooms (particularly at the college level), I become particularly frustrated with textbook cardboard because it is so easy to correct it. Minutely-detailed lectures about the development of evolutionary thought may be too time-consuming and beyond the scope of a given course, for instance, but if teachers are going to talk about the history of science I'd prefer if they did it right. It isn't that difficult to grasp. Yet too often the excuse of "Well, I'm not a historian" is heard and the same stories are continually passed down.
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I've really enjoyed your posts on the history of science. Did you listen at all to the CBC series "Ideas on how to think about science"? Some of the people they spoke to were post-modernists and some were outright wacky but there were some great moments too. BTW, I am SO telling on you to the teacher with which you're clearly frustrated.
I think the textbook is actively harmful because it misleads young scientists in their conduct of research. New ideas don't appear beautifully clear in the mind of anyone. Revolutionary results don't appear from clairvoyantly selected experiments. Perfected mathematical frameworks don't leap forth fully formed. And worse, it cuts the student off from the ongoing narrative of science.
I was fortunate to have had a history of biology course taught by an outstanding scholar. I have always thought the history of science was important in science education. Students need to have some grasp of how we came to know what we know, as well as why we thought it important. Also to understand the point that science is a human work, with all the bumps and warts one would expect.
I have found Asimov's "biographical history of science" to be very useful. It has its faults, but is a good starting point on particular efforts. Gould has made the point that we have to evaluate scientists in their own time and millieu. I quite agree.
You all are re-discovering the wheel. See Brush, S. J. (1974). Should the history of science be rated X? Science, 183, 1164-1172