The escalating environmental crisis has prompted humanity to seek innovative technological solutions to mitigate climate change, biodiversity loss, and ecological degradation. Among these innovations, Artificial Intelligence (AI) stands out as a transformative tool with the potential to revolutionize sustainability efforts. AI applications ranging from precision agriculture and renewable energy optimization to climate modelling, pollution control, and wildlife conservation are increasingly celebrated as instruments for ecological resilience. However, this technological enthusiasm must be tempered with a deep ethical reflection like can a system designed within an anthropocentric paradigm truly promote ecological harmony, or does it risk perpetuating humanity’s instrumental attitude toward nature? This paper explores the moral and philosophical implications of employing AI for environmental purposes through the frameworks of environmental ethics, deep ecology, and techno-ethics. Drawing insights from thinkers such as Aldo Leopold, Arne Naess, and Hans Jonas, it examines whether AI-driven interventions embody genuine ecological concern or primarily serve human convenience and industrial efficiency. The study highlights the paradox of technological environmentalism, where the very tools developed to protect the planet; data centers, machine learning systems, and automated infrastructures consume vast energy resources and generate significant carbon emissions, thereby contributing to the environmental problems they aim to solve. Through a philosophical and ethical lens, the paper advocates for the establishment of a “Green AI” framework, grounded in sustainability, accountability, and ecological consciousness. It argues for reorienting AI development toward eco-centric principles that recognize the intrinsic value of all living systems, beyond their utility to human interests. Furthermore, the paper emphasizes the importance of ethical governance, global cooperation, and the inclusion of environmental ethics in technological policymaking to ensure that AI becomes a true ally of ecological balance rather than a disguised extension of human exploitation. Ultimately, this study concludes that the moral legitimacy of AI in addressing environmental challenges depends on its ability to embody ethical responsibility, promote environmental justice, and integrate human intelligence with ecological wisdom; paving the way toward a sustainable, symbiotic relationship between technology and the natural world.
Simmin Bawa (Sat,) studied this question.