AI increases carbon emissions heavily.
Keller, Donoghoe, and M. Perry 24 [Joseph B. Keller is a visiting fellow in Foreign Policy, affiliated with the Strobe Talbott Center for Security, Strategy, and Technology and Artificial Intelligence and Emerging Technology Initiative. His research interests include global governance strategies for machine learning and artificial intelligence, policy implications for emerging technologies in the global south, and the geopolitical consequences of climate change. Manann Donoghoe is a Senior Research Associate in Brookings Metro, conducting research for the Valuing Black Assets Initiative. His work focuses on majority-Black neighborhoods and cities, identifying the possibilities and constraints for supporting secure, safe, and opportunity-rich communities. Manann’s expertise is in environmental and social justice, previously working to develop international social protection responses to the climate crisis, including with the World Bank, the Red Cross Red Crescent Climate Centre, and the Australian Department of Foreign Affairs and Trade. Manann has also worked as an environmental economist for the Australian Department of Agriculture and has published on issues related to environmental racism, COVID-19 economic and housing policies, food security, sustainability, and water policy. He holds a master’s degree in human geography and environmental governance from the University of Oxford and a bachelor’s degree in resource economics from the University of Sydney. Andre M. Perry is a Senior Fellow at Brookings Metro, a scholar-in-residence at American University, and a professor of practice of economics at Washington University. A nationally known and respected commentator on race, structural inequality, and education, Perry is the author of the book “Know Your Price: Valuing Black Lives and Property in America’s Black Cities,” which is currently available wherever books are sold. Perry is a regular contributor to MSNBC and has been published by numerous national media outlets, including The New York Times, The Nation, The Washington Post, TheRoot.com and CNN.com. Perry has also made appearances on HBO, CNN, PBS, National Public Radio, NBC, and ABC. Perry’s research focuses on race and structural inequality, education, and economic inclusion. Perry’s recent scholarship at Brookings has analyzed Black-majority cities and institutions in America, focusing on valuable assets worthy of increased investment. “The US must balance climate justice challenges in the era of artificial intelligence.” (January, 29, 2024) https://www.brookings.edu/articles/the-us-must-balance-climate-justice-challenges-in-the-era-of-artificial-intelligence/#:~:text=Despite%20their%20operation%20in%20a,form%2C%20through%20rising%20energy%20demands. //GDI KR//]
Meanwhile, the extraordinary progress of AI carries a growing, but often hidden, environmental footprint. The proliferation of tech applications such as and the expansion of ubiquitous cloud services remain tethered to digital infrastructure and supply chains. This elevates the of stimulating economic growth without comparable increases in emissions—a task that University of Florence Assistant Professor has said is Verdecchia has also highlighted that environmental sustainability is often overlooked: “In the race to produce faster and more-accurate AI models, environmental sustainability is often regarded as a second-class citizen.” Technological innovation is often promoted as a mechanism to decrease carbon emissions, with digital operations and infrastructure in particular cited as “cleaner” advancements from industrial production reliant on fossil fuels. Yet this remains unclear and has lacked a compelling demonstration. Despite their operation in a virtual space, AI and the cloud have considerable tangible effects. They will intensify greenhouse gas , consume increasing amounts of energy, and require larger quantities of natural resources. This emerges, in one form, through rising energy demands. Greater access to —systems designed to create content based on previous data—embodies this . suggests a single generative AI query consumes energy at four or five times the magnitude of a typical search engine request. Image-generating are also far more energy-intensive compared to those involving text alone. By high-carbon-emitting behaviors, AI systems play a significant role in exacerbating the climate crisis. And as the popularity of chatbots and image generators surges—intensifying the integration of generative models and spurring between tech titans—it will propel explosive growth in daily queries and further deepen environmental concerns.