Artificial Intelligence (A I) is transforming the approach to global challenges, offering innovative solutions for environmental, societal, and financial sust A I nability. This chapter explores how A I and Sust A I nability are connected and highlights how A I serves as a powerful catalyst in combating climate change, optimizing resource use, conserving biodiversity, improving healthcare access, fostering social equity, agriculture, urban infrastructure, circular economy, and equitable growth. Additionally, this chapter looks at how A I addresses critical challenges, such as high energy consumption, ethical considerations around data privacy, and economic disruptions. This chapter examines how A I -driven sust A I nability can be designed to benefit all communities equitably while distinguishing itself from conventional discussions on A I and sust A I nability. Unlike traditional approaches, it highlights A I ’s role in driving scalable, predictive, and transformative change across multiple sectors, offering a fresh perspective on its potential to reshape sust A I nable development, which makes this chapter slightly different from other discussions av A I lable. This chapter would be of great benefit for policymakers, researchers, academicians, industry, leaders, and environmental advocates seeking to understand how A I can drive sust A I nable development. By using A I responsibly and working together globally we can unlock its full potential to create a greener, f A I rer, and more resilient future for everyone. This chapter takes a multidisciplinary approach to fostering collaboration and innovation, striving to achieve a seamless balance between scientific advancement and ecological sust A I nability.
Author
(s) Details
Dr. Deepmala Kamboj
Department of Mathematics, Mukand Lal National College, Yamunanagar, India.
Please see the book here:- https://doi.org/10.9734/bpi/mono/978-93-49473-39-3/CH6
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