Fair division for avoidance of biodiversity impacts

Area of Science:

• Ecology
• Environmental Justice
• Conservation Science

Background:

• Biodiversity is declining rapidly due to human activities, some essential and others detrimental.
• Addressing biodiversity impacts involves significant costs that necessitate equitable distribution.
• Current biodiversity decision-making often overlooks principles of justice and fair allocation.

Purpose of the Study:

• To explore the integration of fair allocation principles into biodiversity decision-making.
• To demonstrate how mathematical operationalization of justice theories can guide policy.
• To advance procedural and distributive justice in conservation efforts.

Main Methods:

• Reviewing longstanding theories of justice.
• Developing mathematically operationalizable rules for fair allocation.
• Applying these rules to biodiversity impact mitigation scenarios.

Main Results:

• Fair allocation principles can be mathematically operationalized for biodiversity contexts.
• Integrating these principles can enhance procedural and distributive justice in conservation.
• This approach facilitates negotiation of avoidance liabilities and promotes equitable cost-sharing.

Conclusions:

• Incorporating fair allocation rules into biodiversity decision-making is crucial for a safe and just future.
• This framework operationalizes equity, enabling constructive negotiation of mitigation responsibilities.
• Fair allocation advances policy formulation towards sustainable and equitable biodiversity outcomes.