Biological lessons for strategic resistance management

Area of Science:

• Interdisciplinary research bridging biology, ecology, and social sciences.
• Focus on understanding and managing resistance phenomena across diverse systems.

Background:

• Biological resistance (pesticides, antibiotics, vaccines, chemotherapy) incurs significant societal costs (morbidity, mortality).
• Social resistance to crucial changes (human-wildlife conflict resolution, biodiversity conservation) presents parallel challenges.
• Resistance acts as a barrier to transitioning between system states.

Purpose of the Study:

• To explore parallels between biological and social resistance.
• To develop a framework for understanding and overcoming social resistance by drawing from biological resistance management.
• To generate novel hypotheses for managing socio-ecological systems.

Main Methods:

• Review of key insights from managing biological resistance.
• Development of a seven-strategy framework to overcome resistance.
• Application of this framework to analyze social resistance.

Main Results:

• Identification of common underlying principles governing biological and social resistance.
• A structured framework with seven actionable strategies for overcoming resistance.
• Potential for generating testable hypotheses for social change and socio-ecological system management.

Conclusions:

• Insights from biological resistance management can illuminate and inform strategies for addressing social resistance.
• The proposed framework offers a novel approach to understanding and modulating change in socio-ecological systems.
• This interdisciplinary perspective can enhance the development of effective resistance management strategies.