Picturing Organisms and Their Environments: Interaction, Transaction, and Constitution Loops

Area of Science:

• Psychology
• History of Science
• Cognitive Science

Background:

• The organism-environment relationship is a foundational concept in psychology.
• Schematic diagrams are critical tools for communicating and teaching complex scientific ideas.
• Visual representations shape epistemic norms and analytical methods within scientific disciplines.

Purpose of the Study:

• To comparatively analyze how schematic diagrams have historically portrayed the organism-environment relation.
• To explore how different authors' motivations and interests influenced their visual representations.
• To categorize diagrams based on the aspects of the organism-environment relation they emphasize.

Main Methods:

• A comparative study of selected schematic representations of the organism-environment relation.
• Analysis of diagrams based on the features they highlight or omit.
• Classification of diagrams into categories emphasizing interaction, transaction, and constitution loops.

Main Results:

• Diagrams vary significantly in how they depict the organism-environment relation.
• Specific features underscored or omitted in diagrams reflect authors' distinct theoretical perspectives.
• Categorization reveals distinct conceptualizations: interaction, transaction, and constitution loops.

Conclusions:

• Schematic diagrams are not neutral depictions but actively shape psychological theory.
• The evolution of organism-environment conceptualizations is traceable through the history of their diagrammatic representations.
• Understanding these visual conventions is key to grasping the historical development of psychological thought.