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Interdisciplinary developments in hazardous environment research: a silent tribute to general systems theory?
1School of Psychology, Victoria University, Wellington, NZ. tony.taylor@vuw.ac.nz
International Journal of Circumpolar Health
|October 9, 2002
Summary
This study advocates for General Systems Theory (GST) in research, promoting interdisciplinary collaboration. Embracing GST enhances understanding of complex human/environmental interactions beyond single-discipline approaches.
Area of Science:
- Interdisciplinary research
- Applied and experimental research
- Human/environmental interaction studies
Background:
- Growing trend towards integrated knowledge acquisition in research.
- Limitations of conventional scientific methods for complex systems.
Purpose of the Study:
- Promote adoption of General Systems Theory (GST) in research.
- Highlight the benefits of interdisciplinary approaches for knowledge acquisition.
Main Methods:
- Appraisal of key studies on human/environmental interaction.
- Examination of research from naturalistic settings, laboratory simulations, and field studies.
Main Results:
- Research integrating multiple disciplines yields more appropriate methods for dynamic systems.
- Permeable disciplinary boundaries enhance the study of complex phenomena.
Conclusions:
- Complex human adaptation problems require interdisciplinary solutions.
- No single academic discipline can fully address human/environmental adaptation challenges.