BACKGROUND:
Climate change represents a contemporary challenge for global health, requiring frameworks that extend beyond traditional anthropocentric approaches. The One Health paradigm offers a comprehensive framework for addressing these interconnected challenges, yet practical, case-based guidance through bioethical applications remains underexplored.
OBJECTIVE:
To develop and apply a novel analytical framework based on One Health frameworks and bioethical principles for addressing climate change challenges, introducing the ethical metaphor of Earth as a "Planetary Patient" requiring ethical care and treatment.
METHODS:
We employed a conceptual analysis approach, integrating classical bioethical principles within One Health frameworks. The methodology involved a structured narrative review, principle mapping, case study application, and iterative framework refinement to develop a comprehensive analytical tool for climate health issues.
RESULTS:
The theoretical Planetary Patient paradigm provides a structured dimensional approach for evaluating climate interventions: (1) autonomy and self-determination of communities, (2) beneficence and non-maleficence across domains, and (3) justice risk distribution and concepts of intergenerational responsibility. Case study applications demonstrate practical utility across diverse scenarios, including coastal relocation, urban heat mitigation, and agricultural adaptation.
CONCLUSIONS:
This framework demonstrates how One Health and bioethical principles can be cohesively integrated and systematically applied to the challenges of climate change, offering a practical tool for ethical decision-making in climate adaptation and mitigation efforts. Implementation requires interdisciplinary collaboration and institutional reform but provides significant advantages for comprehensive climate action.
BT - Cureus C1 - https://www.ncbi.nlm.nih.gov/pubmed/41918675 DA - 02/2026 DO - 10.7759/cureus.104411 IS - 2 J2 - Cureus LA - ENG M3 - Article N2 -BACKGROUND:
Climate change represents a contemporary challenge for global health, requiring frameworks that extend beyond traditional anthropocentric approaches. The One Health paradigm offers a comprehensive framework for addressing these interconnected challenges, yet practical, case-based guidance through bioethical applications remains underexplored.
OBJECTIVE:
To develop and apply a novel analytical framework based on One Health frameworks and bioethical principles for addressing climate change challenges, introducing the ethical metaphor of Earth as a "Planetary Patient" requiring ethical care and treatment.
METHODS:
We employed a conceptual analysis approach, integrating classical bioethical principles within One Health frameworks. The methodology involved a structured narrative review, principle mapping, case study application, and iterative framework refinement to develop a comprehensive analytical tool for climate health issues.
RESULTS:
The theoretical Planetary Patient paradigm provides a structured dimensional approach for evaluating climate interventions: (1) autonomy and self-determination of communities, (2) beneficence and non-maleficence across domains, and (3) justice risk distribution and concepts of intergenerational responsibility. Case study applications demonstrate practical utility across diverse scenarios, including coastal relocation, urban heat mitigation, and agricultural adaptation.
CONCLUSIONS:
This framework demonstrates how One Health and bioethical principles can be cohesively integrated and systematically applied to the challenges of climate change, offering a practical tool for ethical decision-making in climate adaptation and mitigation efforts. Implementation requires interdisciplinary collaboration and institutional reform but provides significant advantages for comprehensive climate action.
PY - 2026 SP - 1 EP - 9 T2 - Cureus TI - Applying One Health Bioethical Principles to Climate Change: The Planetary Patient Paradigm UR - https://pmc.ncbi.nlm.nih.gov/articles/PMC13033410/pdf/cureus-0018-00000104411.pdf VL - 18 SN - 2168-8184 ER -