HAMILTON, LARRY LADELL; PHD
UNIVERSITY OF SOUTH CAROLINA, 1980
POLITICAL SCIENCE, GENERAL (0615)
This study examines the current controversies and problems in the field of nuclear
energy from the
perspective of the public policy analyst. A major assumption of the study is
that the success of new
technologies with potential long term hazards is threatened because an unprecedented
crisis of
credibility has developed. In regard to the management of certain technologies,
especially nuclear
energy, a large segment of the public has lost confidence in scientists as well
as politicians and
government officials. The central tenet of this study is that the origins of
the crisis derive from inherent
weaknesses in the policy making process. The impacts of these weaknesses are
examined within the
framework developed by Theodore Lowi consisting of three arenas of political
behavior: distribution,
regulation, and redistribution. The first weakness identified is based on the
consensus building, coalition
formation nature of the policy producing process. The study contends that this
brokerage aspect
precludes or lowers the empirical rigor of the political decision-making involved
in policy development.
The second major weakness is that certain faulty assumptions have been made
habitually by
policy-makers. The history of the growth of science and technology is reviewed
to illustrate the nature of
the faulty assumptions. Various admonitions are recalled that politicians cannot
properly 'apply' the works
of science without understanding it and, that society cannot afford to complacently
and erroneously rely
on the neutrality of science and technology. The analysis of nuclear policy
problems and public
opposition to nuclear energy development and the review of the nature of scientific
and technological
advancement preface a prescription for change. The goal is not to change the
policy making
process--consensus building and coalition formation. The objective is to better
ensure that policy making
participants understand the most salient variables at issue, both short term
and long term, and are under
some compulsion to incorporate and assign weights to these variables during
policy formulations. The
main vehicle for the analysis is to view the nuclear power plant as a technological
innovation and examine
its diffusion over space and time. This approach employs long established techniques
used by
geographers to pursue questions related to identifying the best location for
specific enterprises. These
techniques are suggested because they can serve to generate hypotheses which
stimulate
consideration and analysis of potential long term, and possibly irreversible
effects of policy decisions.
These methods also are intended to compensate for the tendency of policymakers
to rely too heavily on
the faulty assumption that scientific advances will somehow, inevitably and
automatically, correct any
undesirable side effects of innovations in technology. The method focused on
primarily in the study is
trend surface analysis. It is used to demonstrate the several advantages its
versatility offers. This method
can be used as a quasi-experimental interrupted time-series research design.
Also, it can be used both
to generate hypotheses about spatial and temporal diffusion of a specific phenomenon,
and to test
hypotheses within certain constraints. The applications in the study fail to
yield statistically significant
results. However, they seem more successful in contributing to the prescriptive
goal of the study by
showing how they may be useful in identifying the most important variables relating
to the locational
decision for a nuclear enterprise.
Social
Systems Simulation Group
P.O. Box 6904 San Diego, CA 92166-0904 Roland Werner, Principal Phone/FAX (619) 660-1603 |