Biomimetic Management Model for Decarbonization


Authors : Romex K Jha

Volume/Issue : Volume 8 - 2023, Issue 7 - July

Google Scholar : https://bit.ly/3TmGbDi

Scribd : https://tinyurl.com/56e7vun6

DOI : https://doi.org/10.5281/zenodo.8227709

Abstract : The Biomimetic Management Model offers a nature-inspired paradigm for decarbonization, addressing the urgent need to mitigate greenhouse gas emissions and achieve sustainable development. This paper explores the core principles, synergies with existing management practices, case studies, advantages, challenges, and future perspectives of the Biomimetic Management Model. The integration of biomimetic principles into various sectors, such as renewable energy generation, agriculture, urban planning, and industrial processes, is examined. Advantages include enhanced biodiversity conservation, reduced ecological footprint, and increased social inclusion. However, challenges of complexity, uncertainty, expertise, cost, and ethics must be overcome. Mitigation strategies for successful biomimetic implementation are discussed, along with alignment with existing decarbonization efforts and fostering stakeholder collaboration. Ethical considerations of responsible innovation, indigenous knowledge respect, equitable access, and social impact assessment are emphasized. In conclusion, the Biomimetic Management Model holds great promise as a transformative approach to combat climate change and foster a resilient, sustainable future.

Keywords : Biomimicry, Decarbonization, Sustainable Development, Nature-Inspired Management

The Biomimetic Management Model offers a nature-inspired paradigm for decarbonization, addressing the urgent need to mitigate greenhouse gas emissions and achieve sustainable development. This paper explores the core principles, synergies with existing management practices, case studies, advantages, challenges, and future perspectives of the Biomimetic Management Model. The integration of biomimetic principles into various sectors, such as renewable energy generation, agriculture, urban planning, and industrial processes, is examined. Advantages include enhanced biodiversity conservation, reduced ecological footprint, and increased social inclusion. However, challenges of complexity, uncertainty, expertise, cost, and ethics must be overcome. Mitigation strategies for successful biomimetic implementation are discussed, along with alignment with existing decarbonization efforts and fostering stakeholder collaboration. Ethical considerations of responsible innovation, indigenous knowledge respect, equitable access, and social impact assessment are emphasized. In conclusion, the Biomimetic Management Model holds great promise as a transformative approach to combat climate change and foster a resilient, sustainable future.

Keywords : Biomimicry, Decarbonization, Sustainable Development, Nature-Inspired Management

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