Article ID: CBB237961815

Underdetermination and evidence-based policy (2020)

unapi

Safety assessment of technologies and interventions is often underdetermined by evidence. For example, scientists have collected evidence concerning genetically modified plants for decades. This evidence was used to ground opposing safety protocols for “stacked genetically modified” plants, in which two or more genetically modified plants are combined. Evidence based policy would thus be rendered more effective by an approach that accounts for underdetermination. Douglas (2012) proposes an explanatory approach, based on the criteria of transparency, empirical competence, internal consistency of explanations, and predictive potency. However, sometimes multiple explanations can satisfy these criteria. We propose an additional criterion based on converse abduction, where explanations are selected on the basis of ontological background assumptions as well as by evidence. We then apply our proposed scheme to the case of the regulation of stacked genetically modified plants. We discuss the implications and suggest follow-up work concerning the generalizability of the approach.

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Authors & Contributors
Levidow, Les
Carr, Susan
Mohun, Arwen P.
Murphy, Joseph
Wellock, Thomas Raymond
Downer, John Richard
Journals
Science, Technology, and Human Values
Social Studies of Science
Tapuya: Latin American Science, Technology and Society
Ethics, Place and Environment
French Historical Studies
History and Technology
Publishers
Johns Hopkins University Press
Stanford University Press
The MIT Press
University of California Press
University of Rochester Press
Concepts
Risk assessment
Safety
Genetically modified foods (GMO)
Probability and statistics
Accidents
Science and technology studies (STS)
People
Rasmussen, Wayne David
Time Periods
21st century
20th century, late
20th century
18th century
19th century
Places
United States
European Union
Paris (France)
Taiwan
Germany
Japan
Institutions
European Union
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