III. INTERNATIONAL CONGRESS ON ECONOMICS AND ADMINISTRATIVE SCIENCES, Bingöl, Türkiye, 22 - 23 Mayıs 2025, ss.455-456, (Özet Bildiri)
Abstract
Climate change is a global, pressing, and significant issue due to its transboundary
nature. The climate change observed today is predominantly a human-induced
phenomenon rather than a natural process. It has numerous adverse effects on
human health, as well as social, economic, and particularly environmental
systems. Combating climate change involves both reducing greenhouse gas
emissions, which drive climate change, and enhancing adaptation and resilience
to its impacts. In this context, the digitalization of public administration
has also influenced efforts to address climate change. The ability to process
and analyze data rapidly through digitalization contributes to the more
efficient and timely delivery of public services. Consequently, the use of
artificial intelligence (AI) has gained prominence in the fight against climate
change, both for reducing greenhouse gas emissions and for increasing climate
resilience. It is estimated that AI applications could reduce greenhouse gas
emissions by up to 4% by 2030. Examples of AI applications in mitigating
climate change include macro- and micro-level measurement of greenhouse gas
emissions, improving energy efficiency, reducing the intensity and impact of
greenhouse gases, and advancing carbon capture and storage technologies. In
terms of enhancing climate resilience and adaptation, AI is being used to
create hazard forecasts, establish early warning systems, develop smart
infrastructure, and implement systems to protect biodiversity. Many
international organizations, including the United Nations, the European Union,
and the OECD, are actively working on integrating AI into climate change
mitigation and adaptation strategies. This study examines the current
applications of artificial intelligence in public administration to combat
climate change.
Keywords:
Climate Change, Public Administration, Artificial Intelligence.