Abstract

Integration of Geospatial Technology into Multidisciplinary Biophysical Monitoring and Research
Track: Environmental Management
Authors: Joshua Viers

Multidisciplinary research requires an unprecedented level of coordination and data integration. The Cosumnes Research Group of the UC Davis Center for Watershed Sciences is using ArcGIS as a core technology to organize and track the efforts of researchers over a 10,000 hectare nature preserve. By co-locating monitoring activities through advanced GPS control and experimental design, we have obtained spatially integrated results for groundwater dynamics, geomorphic evolution, soil carbon development, and aquatic productivity, among many. This spatial integration not only improves coordination, but also allows for a more synthetic approach to understanding ecosystems, global environmental change, and the potential of future restoration schemes. For example, we integrate georegistered historical documents, such as maps and aerial photographs, with cutting edge hyperspectral and LiDAR remote sensing. Further, the integration of geospatial technologies in ArcGIS allows for quick incorporation of emerging data collection techniques, such as balloon deployments and gigapixel photography, and archival cataloging.