Historically recontextualizing Sidman's Tactics: How behavior analysis avoided psychology's methodological Ouroboros

Area of Science:

• Psychology
• Research Methodology
• Scientific Philosophy

Background:

• Psychology is experiencing significant methodological shifts, prompting a re-evaluation of data analysis and reporting standards.
• Davidson (2018) posits that psychology's methodological crises originate from 'mechanical objectivity,' where analytical tools are uncritically adopted as definitive sources of knowledge.
• This reliance has led to institutionalized, ritualistic use of methods, exemplified by the uncritical application of null hypothesis statistical testing.

Purpose of the Study:

• To explore the concept of mechanical objectivity in psychological research and its contribution to methodological crises.
• To examine the institutionalization and ritualistic application of statistical methods within psychology.
• To propose an alternative framework emphasizing scientist expertise as a safeguard against methodological fads.

Main Methods:

• Conceptual analysis drawing on philosophical and historical perspectives of scientific research.
• Critique of current statistical practices in psychology, referencing Davidson (2018).
• Exploration of Sidman's (1960) 'Tactics of Scientific Research' as a contrasting model.

Main Results:

• The adoption of analytical tools as the primary source of knowledge has led to a cycle of statistical fads, symbolized by the Ouroboros.
• Null hypothesis statistical testing has become an institutionalized ritual, often used uncritically.
• Sidman's emphasis on the scientist's experience, expertise, judgment, and decision-making offers a potential solution to psychology's methodological issues.

Conclusions:

• Psychology's methodological rigor is undermined by an overemphasis on mechanical objectivity and ritualistic statistical practices.
• A shift towards valuing the scientist's expertise and judgment is crucial for overcoming current methodological limitations.
• Reintegrating the scientist's active role in research design and interpretation can lead to more robust and meaningful psychological science.