Spatial Eco-Informatics Facility

Spatial EcoInformatics is a combination of researchers, software, and hardware that facilitate a spatial perspective on conservation and ecological dynamics. Increasingly ecological sciences recognize the importance spatial relationships on dictating organisms, communities, and ecosystem dynamics. At the same time, tools for addressing these scientific needs have allowed for revolutions in data collection and analysis. From satellites to drones, spatial data increasingly are available at higher spatial, temporal, and spectral resolutions – that can now also leverage more than 30 years of repeating imagery. Analysis tools increasingly allow “big data” analysis of spatial distributions through advanced geographic information systems (GIS) and cluster computing. Importantly, training has also progressed with opportunities for researchers to readily learn how to harness these tools for their own needs.

The CCB Spatial EcoInformatics Lab, housed in Batchelor Hall, UCR, is the hub for geospatial data collection and analysis. The lab is provides resources to facilitate ecoinformatics research from conceptualization, data collection, and analysis. The laboratory includes high speed internet connection, modern computer workstations, drones, field GPS, and associated hardware. The lab regularly uses software including ESRI products, Pix4D, Matlab, and Google Earth Engine.

Examples of our work include: 

• Habitat distribution mapping of Joshua Tree
• Mapping distribution of ozone throughout Southern California 
• Assessments of global WUI distributions
• Drone-based mapping of mesquite in a drying aquifer
• Urban heat risks in Los Angeles