Environmental Toxicology and Chemistry · 1994 · 337 citations · 9 references
ComputingDecision SciencesNature Of SciencePhilosophy Of ScienceUncertainty QuantificationDecision Under UncertaintyDecision-making Under UncertaintyUncertainty AnalysisUncertainty EstimationUncertainty ReasoningUncertainty RepresentationComplexity Under UncertaintyUncertainty AssessmentUncertainty In Decision Making
Abstract The quality of the scientific inputs to the policy process is known to be problematic. No one can claim “truth” for his results. Nor can uncertainty be banished, but good quality can be achieved by its proper management. The interaction of systems uncertainties and decision stakes can be used to provide guidance for the choice of appropriate problem-solving strategies. When either or both of these are high, then mission-oriented applied science and client-serving professional consultancy are not adequate in themselves, and an issue-driven post-normal science is necessary. Just as in cases with ethical complexities (as in biomedical science) there must be an “extended peer community,” including all stakeholders in the dialogue, for evaluating quality of scientific information for the policy process.
9
<i>The Structure of Scientific Revolutions</i>
Thomas Kühn, Richard Schlegel · Physics Today · 1963 · 35.5K citations
Humanities, History, Physics +17
THE STRUCTURE OF SCIENTIFIC REVOLUTIONS
J. E. McGuire · Philosophical Books · 1963 · 8.5K citations
Scientific Knowledge and its Social Problems.
Ardon Lyon, Jerome R. Ravetz · The Philosophical Quarterly · 1973 · 853 citations
Humanities, Philosophy, Sociology +14
Scientific Knowledge and Its Social Problems
James R. McConnell · Philosophical Studies · 1972 · 702 citations
Education, Biology, Epistemology +7
Alvin M. Weinberg · Minerva · 1972 · 596 citations