SUBJECT: Addressing societal issues raised by science
DATE: 2/97
 
I'm wondering about approaches that faculty take in college science courses
to address societal issues, moral dilemmas, and the like that are raised
through scientific research and technology. I tend to avoid contentious
areas (or what i think will be contentious), but wonder about what others
do on other campuses. Are there good ways to get students in a science
class thinking about the importance and relevance of science and
technology, and their impact on society? Are you familiar with courses
team taught by scientists and non-scientists focused on societal issues
raised by new technologies? Any thoughts and information are appreciated.
 
John Doctor
Duquesne University
doctor@duq2.cc.duq.edu
 
 
>I tend to avoid contentious
>areas (or what i think will be contentious)
 
Me too. I do emphasize that science is only good for the facts. In itself, it
is not a method for moral judgement. However, the scientist can be divorced
from the society. Is it moral to use science to create technology that can be
abused, like bombs and genetic engineering?
 
Dave Williams <ProfDHW@aol.com>
Science Division
Anne Arundel Com. Col.
Arnold, MD 21012
 
 
 
> >I tend to avoid contentious
> >areas (or what i think will be contentious)
 
Why? Science IS contentious. Not that I use my class as a forum for
people to express beliefs (the contrary - I insist on substantiation).
But to avoid contention is to avoid science. Perhaps what you mean to
say you avoid is discussion of the most intense current public
controversies, especially when a moral rather that a scientific
judgement is called for from society? But still (for example), whether
or not society should preserve flora and fauna even when the species in
question are beyond making an ecological contribution to their
communities IS related to biology. And the question of whether the
species has become so scarce as to no longer be functional is a
scientific question itself - one of controversy. Perhaps society wants
to preserve these species in hopes of resurrecting their ecological
function in the future. Is this worth discussing in a biology class?
 
Which scientific questions society can afford to pursue is not a
scientific question (it is an economic and a moral question), but it is
one that scientists (and science students) should be deeply concerned
about. And there isn't a correct answer, the best answer certainly
isn't obvious, and it certainly is a controversial (and contentious)
question.
 
>
> Me too. I do emphasize that science is only good for the facts.
 
Science is only good for the facts? Surely there's more to it than
that! What about the creativity of science, the methodology used to
uncover truth. Truth consists of understandings, which go far beyond
facts. I certainly tell my students that science is NOT a collection of
facts. Such misconceptions illustrate the essentialness of a research
experience for teachers.
 
> In itself, it
> is not a method for moral judgement. However, the scientist can be divorced
> from the society.
 
How can "the scientist....be divorced from the society"? Every
scientists I've ever known was an integral part of society. Most valued
their work not only for its own worth to them as seekers of
understanding, but as contributions to society, whether esthetic
intellectual contributions or practical problem solving contributions.
Though my own work is narrow and deals with scientific problems that few
have a particular interest in, still, it is not "divorced from society."
 
>Is it moral to use science to create technology that can be
> abused, like bombs and genetic engineering?
>
 
Is it moral to pass judgement on the value of a technology because it
either is or can be abused? It seems to me that it is the abuse that is
immoral, not the creation of the technology, especially when the
technology has both potential and actual application for much good. Is
it moral to avoid developing a technology that has vast potential for
benefit because someone might abuse it?
 
> Dave Williams <ProfDHW@aol.com>
> Science Division
> Anne Arundel Com. Col.
> Arnold, MD 21012
 
 
Dave McNeely, Biology, University of Texas at Brownsville, 80 Fort
Brown, Brownsville, TX 78520; mcneely@utb1.utb.edu
 
 
>Perhaps what you mean tosay you avoid is discussion of the most
>intense current publiccontroversies, especially when a moral rather
>that a scientificjudgement is called for from society?
 
Yes. Abortion and creationism.
 
>But still (for example), whetheror not society should preserve
>flora and fauna even when the species inquestion are beyond
>making an ecological contribution to theircommunities
>IS related to biology.
 
Yes, but even then I would stick to the facts and leave my (emotional)
opinions in my living room. Fact is loss of some species may or may not mean
anything at all to the system. BTW you are misusing flora and fauna. They are
singular collective nouns. There is only one flora in North America, for
example (unless you want to divide it up into vascular and nonvascular). We
can also speak of the mustard flora, for example, as opposed to the flora
composed of members of other families. What you really mean is "plants and
animals". The misuse of flora and fauna is characteristic of teachers who are
trying to be pretentious. Such misconceptions illustrate the essentialness of
a taxonomic experience for teachers.
 
BTW, what's so important about species making an ecological contribution to
their communities? What did their communities ever do for them?
Anthropomorphism anyone?
 
>Perhaps society wants to preserve these species in hopes
>of resurrecting their ecological function in the future. Is this
>worth discussing in a biology class?
 
Sure if it's your bag. IMNSHO biology students don't know what gases compose
the atmosphere or who Linus Pauling was or the difference between a cell wall
and a cell membrane or how to make a graph (or what a fact IS for that
matter). I put my effort in the areas I think need the most work. The biology
of what's happenin' now is not where it's at, at least not for thoroughly
(not post-) modern me. We are, IMHO, headed down a short path to a new dark
age.
 
>Science is only good for the facts? Surely there's more to it than
>that! What about the creativity of science, the methodology used to
>uncover truth.
 
Slice it any way you want Dave but in the final analysis it comes down to
facts. All the rest is conjecture (assumption, postulate, postulation,
premise, presumption, supposition, thesis, theory, hypothesis, speculation).
Good conjecture (assumption, postulate, postulation, premise, presumption,
supposition, thesis, theory, hypothesis, speculation). Scientific conjecture
(assumption, postulate, postulation, premise, presumption, supposition,
thesis, theory, hypothesis, speculation) if you will. But none-the-less
conjecture (assumption, postulate, postulation, premise, presumption,
supposition, thesis, theory, hypothesis, speculation).
 
>I certainly tell my students that science is NOT a collection of facts.
 
I do not consider science to be a collection of facts nor do I teach it that
way. But I don't tell the students that. I hope that they find out for
themselves.
 
>Truth consists of understandings, which go far beyond facts.
 
Perhaps it would be best not to get into "truth", whatever that is.
 
>Such misconceptions illustrate the essentialness of a research experience
for teachers.
 
I can assure you that my research (and that of most of my colleagues) has
produced many facts, very little conjecture, and no truth (whatever that is)
whatsoever.
 
>Is it moral to pass judgement on the value of a technology because it
>either is or can be abused? It seems to me that it is the abuse that is
>immoral, not the creation of the technology, especially when the
>technology has both potential and actual application for much good. Is
>it moral to avoid developing a technology that has vast potential for
>benefit because someone might abuse it?
 
Oh! I get it. Guns don't kill people. People kill people. But seriously
folks--I would think twice (or more times) about creating a pill that would
make a person invincible (or all powerful).
 
These are only my opinions. They need not be taken seriously.
 
Dave Williams
ProfDHW@aol.com
Science Division
Anne Arundel Community College
Arnold, MD 21012
 
 
> Yes, but even then I would stick to the facts and leave my (emotional)
> opinions in my living room.
 
Me too. But society must deal with the emotionalism of its members, and
students are citizens (as are scientists). This morning a student asked
about (in class) a very contentious local issue. Sport fishing is
economically important locally, and the populations exploited are
subject to dramatic population fluctuations due to physical conditions
(cold shock in winter is a major event some years). Texas monitors and
regulates the fishery rather tightly, with small daily limits and
restrictions on fishing gear. The regulations vary year to year,
dependent on population status and political pressures. Mexico has
much less stringent regulation of the fishery for the same species and
little enforcement. Local people see gill nets set on the Mexican side
of the Rio Grande and the fish caught in the nets marketed commercially
in Mexico. The scientific facts are fairly simple and the populations
have been intensively studied (society values certain kinds of
scientific information more than other kinds).
 
The question of how Texas and Mexico should behave in the exploitation
of the fish populations is not a scientific question, it is a political
and an emotional issue. Scientific methodology can only supply the
necessary information for understanding how the population works, but if
that information is not made available in the context of society's needs
(and emotions) then many members of society will have no way to use or
value it.
 
We didn't spend much time belaboring the issue in class (far less than I
have spent in crafting this letter), but I did suggest to the students
that there are non-scientific forums where the issue might be profitably
explored, such as environmental groups, political groups, governments.
And I asked the students if the questions they wanted answers to were
scientific or political? I also asked them if they had ever been hungry
or needed a few bucks to pay a child's medical or school expenses. Then
we went on with science. But these students have a context in which to
learn science that may motivate them to learn it, perhaps better than if
I refused to allow them the 2-3 minutes of consideration of this
non-scientific question. The non-scientific question has to be answered
in the context of how the animal populations work, and for the students,
they can only pursue understanding of the specific populations if they
have some knowledge of population biology.
 
Fact is loss of some species may or may not mean
> anything at all to the system. BTW you are misusing flora and fauna. They are
> singular collective nouns. There is only one flora in North America, for
> example (unless you want to divide it up into vascular and nonvascular). We
> can also speak of the mustard flora, for example, as opposed to the flora
> composed of members of other families. What you really mean is "plants and
> animals". The misuse of flora and fauna is characteristic of teachers who are
> trying to be pretentious. Such misconceptions illustrate the essentialness of
> a taxonomic experience for teachers.
 
Ouch!! But I guess I asked to take a "hit." I didn't misuse the terms,
but apparently didn't communicate effectively. I meant flora and fauna
in exactly the sense you defined them. A flora has been preserved if
its members have been preserved and exotics have been excluded.
Whether, and how to accomplish these things are questions that science
can help answer, (even though not all parts of the question or all the
answers are scientific) but only if we participate as citizens. I have
no problem with teachers having a taxonomic experience, indeed advocate
it (and your answer to the lady who wants to have less zoology taught
was super). But I'm not pretentious.
 
That scientists contribute only facts IS a misconception, any claims to
the contrary notwithstanding. Darwin (one who contributed somewhat more
than a few facts himself) suggested that facts alone were rather useless
things, and that they were only of some value in the context of theories
that explained nature. Some others have agreed.
>
> BTW, what's so important about species making an ecological contribution to
> their communities? What did their communities ever do for them?
> Anthropomorphism anyone?
 
No anthropomorphism intended. An ecological contribution is exactly
what it implies, functioning in the sense that you discussed in your
reply to the lady who wants less zoology taught. We have little
understanding presently of how rare species do function in communities
and ecosystems. So little that NSF has been willing to fund special
predoctoral training programs to get some people up to speed on them.
But we have in hand a lot of facts about them. The fact (oh, bad word)
that some rare species may make little functional contribution to their
communities was a part of my point. Sorry I didn't make it well.
 
>
> >Perhaps society wants to preserve these species in hopes
> >of resurrecting their ecological function in the future. Is this
> >worth discussing in a biology class?
>
> Sure if it's your bag. IMNSHO biology students don't know what gases compose
> the atmosphere or who Linus Pauling was or the difference between a cell wall
> and a cell membrane or how to make a graph (or what a fact IS for that
> matter). I put my effort in the areas I think need the most work. The biology
> of what's happenin' now is not where it's at, at least not for thoroughly
> (not post-) modern me. We are, IMHO, headed down a short path to a new dark
> age.
 
You're right. Let's both (or all) work on that. I tried to do my part
today - four hours on life tables with the students I spent three
minutes with letting them vent about Mexico not protecting spotted sea
trout.
 
>
> >Science is only good for the facts? Surely there's more to it than
> >that! What about the creativity of science, the methodology used to
> >uncover truth.
>
> Slice it any way you want Dave but in the final analysis it comes down to
> facts.
 
It takes facts to do science, and much of our effort is spent uncovering
facts. But if you re-read your original statement, you said science is
only good for the facts. I still respectfully (perhaps I was a little
less respectful than I should have been in my statement about a research
experience - I stand by the need for teachers to understand research
from experience, but clearly you are not one lacking in that experience)
disagree. Science should be good for providing models, theories,
understandings, ways of examining, ways of integrating into practical
application........... If not, the rest of society will have no use for
us, and probably many of us will have no use for ourselves. What Darwin
actually said (paraphrase, not a quote) was that everything in science
is either for or against something. It IS the process, not the facts,
that make science. And if you haven't participated in and witnessed
contention then I don't know what science you practice.
 
All the rest is conjecture (assumption, postulate, postulation,
> premise, presumption, supposition, thesis, theory, hypothesis, speculation).
> Good conjecture (assumption, postulate, postulation, premise, presumption,
> supposition, thesis, theory, hypothesis, speculation). Scientific conjecture
> (assumption, postulate, postulation, premise, presumption, supposition,
> thesis, theory, hypothesis, speculation) if you will. But none-the-less
> conjecture (assumption, postulate, postulation, premise, presumption,
> supposition, thesis, theory, hypothesis, speculation).
>
> >I certainly tell my students that science is NOT a collection of facts.
>
> I do not consider science to be a collection of facts nor do I teach it that
> way. But I don't tell the students that. I hope that they find out for
> themselves.
>
> >Truth consists of understandings, which go far beyond facts.
>
> Perhaps it would be best not to get into "truth", whatever that is.
>
> >Such misconceptions illustrate the essentialness of a research experience
> for teachers.
>
> I can assure you that my research (and that of most of my colleagues) has
> produced many facts, very little conjecture, and no truth (whatever that is)
> whatsoever.
>
 
Is conjecture the same as hypothesis? I really don't know. If it is,
then we've all participated. If it means unsupported claims, then I
agree with you. Truth? I used the word. I think by now you must get
my meaning. Many people don't like the word truth. But we are trying
to understand how nature works. And for that we must have something
beyond facts. Not untruths or falsehoods. Models and perceptions.
 
> >Is it moral to pass judgement on the value of a technology because it
> >either is or can be abused? It seems to me that it is the abuse that is
> >immoral, not the creation of the technology, especially when the
> >technology has both potential and actual application for much good. Is
> >it moral to avoid developing a technology that has vast potential for
> >benefit because someone might abuse it?
>
> Oh! I get it. Guns don't kill people. People kill people.
 
 
I hope we won't caricature each other's positions. Your example of
dangerous technology, technology that it might be immoral to create, was
recombinant DNA technology. Yet it has assisted in the uncovering of
untold numbers of facts, making it possible to understand (know the
truth about?) interesting parts of nature, including taxonomic points.
It has also contributed considerably to practical advances in
agriculture and may make such contributions in medicine. How does one
come by these moral decisions without stepping beyond the facts to the
understandings? You want someone to decide it is immoral to create a
particular technology (or at least to consider deciding so). Yet at the
same time you want no non-factual contribution from science. So who
decides? Who looks over my shoulder while I work to make certain I do
only what is moral? Moral by whose judgement - yours or mine? Or must
we be amoral? Uh-oh. I see some non-facts creeping in. Even some
opinions, perhaps.
 
But seriously
> folks--I would think twice (or more times) about creating a pill that would
> make a person invincible (or all powerful).
 
 
Where's that pill? If I can get it, can I uncover all ecological
facts? Or, will I then come to realize that facts are sort of like
theories - some come in and out of fashion. We just went through a
littany of "facts that used to be" in this group. Some of them were
never facts (universally agreed on). Others served their function and
passed on, though they contributed to understanding. Others are as true
(uh-oh again) today as they ever were, but they are understood in a
different context (Newton's laws).
 
Or will I still be trying to understand?
 
>
> These are only my opinions. They need not be taken seriously.
>
 
I agree (with regard to both our statements).
 
> Dave Williams
> ProfDHW@aol.com
> Science Division
> Anne Arundel Community College
> Arnold, MD 21012
 
Dave McNeely, Biology, University of Texas at Brownsville, 80 Fort
Brown, Brownsville, TX 78520; mcneely@utb1.utb.edu
 
Better go dish out some facts in comparative vertebrate anatomy (oh -
what's a conodont? Is it the same thing today that it was 20 years
ago?).
 
 
Hi all,
For ten or fifteen years now, I have maintained that, as a society,
we suffer from the inability of our ethical or moral consensus to keep up
with the challenges produced by our rapidly changing technology. It can
take a long time for a culture to process and assimilate major changes to
the degree that there is consensus, and yet without it we have conflicts
like those surrounding abortion and assisted suicide. This consensus is
reached generally by either having the decisions imposed from above or by
people talking it out. This means we need a forum for the talking, and one
of the best places for it is the university. For our non-majors
particularly, this is the last place some of them will have a chance to
discuss the issues in a relatively balanced atmosphere.
Some topics, such as abortion, may well be too emotionally charged
to discuss, but there are still a lot that could help students clarify their
thinking about related issues. What should be done with human eggs
fertilized in vitro for later implantation if the family decides to have no
more children? If the mother dies? (One case dealt with whether or not
these "children" should inherit an estate?)
Environmental ethics are, to some degree, still in the formative
stage in our nation. We have a real chance to introduce the problems in a
balanced way to the generation that will have to make some of the really
hard decisions (if ours has not already made them).
Students often like these kinds of topics, probably because they
believe they can do some original thinking (which many don't think they can
when it comes to science). There may be ways to use them in such a way that
students learn some real science along the way. And lets face it, one of
our real goals for non-science majors is that they learn enough that they
can hunt down and use scientific information for the decisions they must
make in "the real world".
I've gone on too long, but I would love to hear how some of you have
used these types of topics to teach -- really teach -- science.
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Gail Schiffer
Department of Biological and Physical Sciences
Kennesaw State University
1000 Chastain Road
Kennesaw, GA 30144
 
 
Colleagues:
 
I'm not sure that this directly pertains to the original question, but one
of my most enjoyable teaching experiences came a few years ago when I
taught a capstone course for upper-level non-majors on Issues in Science
and Technology. I chose two themes for my portion of the course
(team-taught with a mathematician and a biogeochemist).
 
The first theme centered on public understanding of science, and was based
in part on materials produced by Sigma Xi in the late 1980's. We explored
questions like: Why is the general public so science phobic? To what
degree should taxpayers fund basic research? and How can we improve
relations between scientists and the media? The format was that I
presented three lectures on the topic to orient the students. Then the
class was divided into six teams of five students each. Each team chose a
more specific topic pertaining to the public understanding of science. I
coaxed students to choose a specific topic that was directly relevant to
their career interests (e;g., elementary ed students formed a team to
discuss how science can be better taught to elementary-age students).
After two to three weeks preparation time, each team then presented a panel
discussion on their topic. Class discussion was actually good! It was
especially interesting to watch our Communications majors tackle the topic
of science and the media. Some of those students mentioned after the
course that they used the information generated by the course as a basis
for discussion during job interviews with various media outlets (with
positive results!).
 
The second theme focused on the Sustainable Biosphere Initiative produced
in about seven years ago by the Ecological Society of America (Ecology
72:371-412). The SBI document outlined a research agenda for ecology, much
of which focused on public issues like global change, biological diversity,
and sustainable ecosystems. In that phase of the course, I led students
through the development of the SBI document, as well as the issues included
in the document itself. Students were then asked to write papers on how
they thought the SBI would affect "the average citizen", and them
personally. Again, I felt that the students enjoyed learning about SBI,
and that they actually got something out of it.
 
Ken K.
 
Kenneth M Klemow, Ph.D.
Department of Biology
Wilkes University
Wilkes-Barre, PA 18766
(717) 831-4758
kklemow@wilkes1.wilkes.edu
http://wilkes1.wilkes.edu:80/~kklemow
 
 
I'm teaching a course for non-science majors and using Ever Since Darwin by
Stephen J. Gould to start discussions of the scientific method and of
applications of science to society. In particular, we have been discussing
things like supposed IQ differences between groups, whether criminal
behavior is innate or learned, and other topics in which different types of
evidence have led different individuals/scientists to different conclusions
on topics that have great potential to influence the average citizen. I'm
co-teaching this course with a molecular biologist who also has a law
degree, and she has added a very interesting perspective to our
discussions.
 
I'm afraid I don't as good a job of addressing these issues in my Intro.
Bio. for science majors course. I sneak in a comment on those topics every
once in a while, but that's about it.
 
 
***************************************************
Ed Alkaslassy (503) 359-2967
Dept. of Biology FAX: 503-359-2933
Pacific University <alkaslae@pacificu.edu>
Forest Grove OR 97116
 
 
At 04:39 PM 2/5/97 -0500, John Doctor wrote:
>I'm wondering about approaches that faculty take in college science courses
>to address societal issues, moral dilemmas, and the like that are raised
>through scientific research and technology.
 
I think this _could_ be a valuable process, but I see a major
stumbling-block in the difficulty in finding information or opinion that
differs from the current consensus. This is particularly true in the
environmental issues.
 
Lane
----
Lane Lester / llester@athens.net / Athens, Georgia USA
 

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