Related Activities
Related Websites

Cornell AI Initiative
Cornell AI initiative is a radical collaboration across the university designed to enhance opportunities for developing and applying AI, both within the field and across AI-related and AI-influenced fields.
To Learn more visit: Cornell AI Initiative

Climate Change AI
Climate Change AI is an international non-profit organization that drives initiatives at the intersection of climate change and machine learning.
To learn more visit: Climate Change AI

Cornell University AI for Science Institute
The Cornell University AI for Science Institute (CUAISci) is a part of the Radical Collaboration Initiative on AI. This initiative prioritizes scientific discovery and sustainability as key areas of impact for AI applications. CUAISci’s research focuses on several themes such as AI for materials discovery, AI for physics, AI for the biological sciences, and AI for the sustainability sciences.
To learn more visit: Cornell University AI for Science Institute

Institute for Computational Sustainability
The Institute for Computational Sustainability focuses on computational methods for a sustainable environment, economy, and society. Their vision is that “Computer scientists can – and should – play a key role in increasing the efficiency and effectiveness of the way we manage and allocate our natural resources, while enriching and transforming Computer Science”.
To learn more visit: Institute for Computational Sustainability

Center for Digital Agriculture at Cornell
The Cornell Institute for Digital Agriculture (CIDA) is a dynamic community of scholars teachers, and practitioners. Through seed grants, partnerships, education, and outreach efforts, CIDA aims to advance agricultural innovation and address large-scale social, economic, policy, and environmental issues.
To learn more visit: Center for Digital Agriculture at Cornell

Cornell Climate Smart Farming
Cornell Climate Smart Farming is an initiative to help farmers in New York and the Northeastern US to increase agricultural productivity and income, cut greenhouse gas emissions through adoption of best management practice, and enhance farm resilience to extreme weather and climate variability.
To learn more visit: Cornell Climate Smart Farming