USGS river ecosystem modeling: Where we are, how did we get here, and where are we going? A report from the USGS River Ecosystem Modeling Work Group

Product Type: Scientific Investigations Report

Year: 2009

Author(s): Hanson, L., R. Schrock, T.J. Waddle, J. Duda, and W.A. Lellis

Suggested Citation:
Hanson, L., R. Schrock, T.J. Waddle, J. Duda, and W.A. Lellis. 2009. USGS river ecosystem modeling: Where we are, how did we get here, and where are we going? A report from the USGS River Ecosystem Modeling Work Group: U.S. Geological Survey Scientific Investigations Report 2009-5018. 81 p.

Abstract

This report developed as an outcome of the USGS River Ecosystem Modeling Work Group, convened on February 11, 2008 as a preconference session to the second USGS Modeling Conference in Orange Beach, Ala. Work Group participants gained an understanding of the types of models currently being applied to river ecosystem studies within the USGS, learned how model outputs are being used by a Federal land management agency, and developed recommendations for advancing the state of the art in river ecosystem modeling within the USGS. During a break-out session, participants restated many of the recommendations developed at the first USGS Modeling Conference in 2006 and in previous USGS needs assessments. All Work Group recommendations require organization and coordination across USGS disciplines and regions, and include (1) enhancing communications, (2) increasing efficiency through better use of current human and technologic resources, and (3) providing a national infrastructure for river ecosystem modeling resources, making it easier to integrate modeling efforts. By implementing these recommendations, the USGS will benefit from enhanced multi-disciplinary, integrated models for river ecosystems that provide valuable risk assessment and decision support tools for adaptive management of natural and managed riverine ecosystems. These tools generate key information that resource managers need and can use in making decisions about river ecosystem resources.