Moonbear said:
And such a lesson might be appropriate in a philosophy class, but not in a science class.
At least we're beyond dicta. Tell me if this sums up your point. Science education cannot in any form accommodate instruction in the philosophy of science for lack of time. Therefore, it would be pointless of me to question whether a science sequence can be tailored differently to meet the common interest we
may have (generating student interest and competence in the application of scientific methods). Right? Well let's break it down.
There is already too much crammed into the science curriculum to waste time on something that is not science at the expense of something that is.
Why shouldn't I consider that a false choice? After all, Kansas State Board of Ed, Dover School Board, and the Discovery Institute clearly did
not excising any of the life science curricula existing before. So either you're declaring that a brief disclaimer mentioning ID as an alternative avenue of belief inherently inhibits instruction or inevitably would. That, my friend, is also an hypothesis worth following up.
As I mentioned above, and know from experience...
Please. We're all terribly respectful of the value of scientific inquiry. If we're going to tear sackcloth over the inevitabe injustice of exposing students to unscientific soothe-saying, the least we can do is offer more than anecdote to support the argument.
...evolution is barely touched upon in the high school biology curriculum.
Evolution is barely touched upon in college introductory biology as well. Guess what else most computer science undergrads and high schoolers have in common? Most have no formal instruction in intro thermo.
It is often left as the last lesson, and only covered if the class hasn't already run behind schedule on all of the other lessons. And, as pattylou has aptly asked, what part of the biology lesson should be skipped in order to teach a non-scientific topic, scientific method, basic cellular organization and function, genetics, botany, cell division, metabolism, development, the circulatory system, the nervous system, the digestive system, the reproductive system, the excretory system, the respiratory system?
First, I repeat my point that Dover and Kansas did not propose eliminating any part of their life science curricula. I think you'd have a hard time arguing Cobb County's "sticker" wold lead to undue consumption of valuable class time, but I welcome any evidence you have.
Second, why teach philosophy of science in biology class? Why not in general science education prior to high school? And why not restructure the entire science education between K-12 to present general science and philosophy of science, and ultimately followed by physics, chemistry and finally biology? Perhaps extend the core high school classes back into middle school. Add tracking math and social science education along side and you've a policy, albeit a prematurely, underdeveloped and largely untested one. After all, do we really need two years of three digit multiplication and division?
Also, if you discuss one religious group's views, then you'd have to include every religious group's views.
That's another discussion entirely, but let's pretend we live in a nice neat world and propose that this philosophy of science class will be secular in nature, cleanly addressing epistemology and especially ontology without delving into the various distinctions of the unscientific perspectives.
What's wrong with leaving it to the parents to provide that supplemental education via religious institutions if they wish their children to learn it?
Also another discussion, to be joined with questions like "what's wrong with leaving it to the parents to have sole authority and responsibility over the education of their children" and (given that we've decided it is in the interest to require everyone to chip in for every child's education) "what's wrong with decentralizing and democratizing how we shape education policy?"
What could we teach in the science classroom about ID other than why it's not a scientific theory? Is that really helpful?
You could teach the underlying philosophical dispute in the ID debate.
If you want additional courses introduced in high school on philosophy or comparative religions...
ID is fundamentally an attack on a prevailing view of the philosophy of science. It directly and straightforwardly challenges a perspective essential for the conduct of scientific research and specifically it asserts pedagogical consequences for the instruction of science without clear distinction between "fact" and "truth." Why is that inappropriate for discussion in a science class?