Artificial intelligence is presented as a set of tools and methods that can strengthen the scientific mission of the U.S. Geological Survey by improving how data is analyzed, interpreted, and applied. The approach focuses on using artificial intelligence to deepen scientific understanding, expand the scale of analysis, and support more timely insights from complex and voluminous datasets. By integrating artificial intelligence into its research workflows, the agency aims to increase the accuracy and efficiency of scientific studies while maintaining rigorous standards of quality and transparency.
A strategic emphasis is placed on enhancing science delivery through artificial intelligence, with the goal of making information products more accessible, timely, and relevant to decision makers and the public. Artificial intelligence can help tailor data products, automate aspects of information processing, and support more interactive and user responsive tools. The strategy highlights the potential for artificial intelligence enabled systems to improve how geospatial data, environmental observations, and other scientific outputs are organized, visualized, and disseminated.
The U.S. Geological Survey also views artificial intelligence as a way to improve business operations and internal management. Potential applications include optimizing workflows, supporting resource planning, and reducing manual, repetitive tasks through automation. By embedding artificial intelligence across both scientific and administrative functions, the organization seeks to modernize its operations in a way that supports its core mission, enables more efficient use of resources, and positions the agency to respond more effectively to emerging scientific and societal needs.
