Future Science Direction: Environmental Information Science Plan
Abstract
Increasingly, U.S. Geological Survey (USGS) scientists are called upon to develop fundamental understanding of inherently complex environmental systems and processes. Their objectives are to use this understanding to develop more accurate and meaningful models, assessments, forecasts, and predictions of how these complex systems and processes may react to specific natural changes and human alterations. A fundamental USGS goal is to effectively communicate this increased knowledge and understanding of complex systems to support society in meaningful ways. The complexity and diversity of the earth and biological systems and processes we seek to understand lead directly to a set of significant scientific challenges in how we acquire, interpret, and communicate the information represented or contained in these systems and processes. Many physical, chemical, and biological systems and processes from DNA to entire ecosystems can be most effectively elucidated and understood when viewed as systems of information and computational elements. It follows that the concepts, principles, and techniques of information/computer science can be used in an interdisciplinary way with our natural science capabilities to help USGS scientists solve formidable natural science research problems and to better communicate complex concepts. This is the realm of Environmental Information Science.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 01, 2005
- Accession Number
- ADA438833
Entities
People
- Anne F. Frondorf
- David R. Boldt
- Deborah R. Hutchinson
- Douglas R. Posson
- Stuart A. Sipkin
- William G. Miller