Glenn Russell Geospatial Technical Lead Research Areas:
Spatial Analysis; Web Applications; Geospatial Tools In Geology and Ecology; Data Driven Mapping Solutions; Subsurface Geologic Modeling; Geospatial Enablement; Hazard Analysis Biography:
Glenn
is a geospatial technical lead for the Idaho National Laboratory (INL) with over
2 decades of experience in the field of GIS.
At INL, his focus includes expertise and development in web map development
and deployment, creative data driven mapping solutions, enterprise and database
administration, seismic and volcanic hazard assessment, and geological subsurface
modeling needs at the INL. Glenn's previous experience includes Sr. GIS Analyst
in environmental consulting and Sr. Policy Analyst (GIS) for the New Zealand national
government.
Glenn is currently acting as the Geological Disposition Safety Assessment
(GDSA) work package manager for the Spent Fuel Waste Disposition (SFWD) DOE-NE
program and as the database manager and GIS analyst for INL’s Probabilistic
Seismic Hazard (PSHA) and Probabilistic Volcanic Hazard (PVHA) assessments. He has a vast geospatial mapping interest in
applying his knowledge, skills, and abilities to geodynamics, geology, ecology,
hydrology, natural phenomenon, and integrated energy-industry systems.
Education: 2001 Idaho State University, Pocatello, ID. Graduate Certificate - GIS 1995 Idaho State University, Pocatello, ID. BS - Biology (fisheries)
Publications: Oldemeyer, T.G. and Russell, G.P., 2021. Interactive Web Mapping Tools and Custom Subsurface Cross-Sections for Interdisciplinary Geologic Investigation: Journal of Applied Computing and Geosciences, v. 13, no. 100077, https://doi.org/10.1016/j.acags.2021.100077. Russell, G.P., Oldemeyer, T,G., and Brailsford, S., 2022, Eastern Snake River Plain Geologic Mapping and GIS Data Acquisition and Compilation: National Laboratory Report No. INL/RPT-22-66227. Champion, D.E., Hackett, W.R., Kuntz, M.A., Turrin, B.D., Hodges, M.K.V., Russell, G., 2022, Tabulation of Location, Orientation, Qualitative Volume, Geochronology, Paleomagnetic and other data from Quaternary Volcanic Vents of the Eastern Snake River Plain: Battelle Energy Alliance Report INL-RPT-22-66224, March, 68 p.
Applications iMap (imap.inl.gov) iMap-ES (Emergency Services ( imap.inl.gov/ES)
Regional Geology Web Map (gis.inl.gov/regionalgeology)
Global Survey of Deep Undersground Facilities (gis.inl.gov/globalsurvey)
Patents: Oldemeyer, T.A. and Russell, G.P., 2021, Open source software copyright: Interactive Web Mapping Tools and Custom Subsurface Cross-Sections for Interdisciplinary Geologic Investigation: Software Identification No.: CW-22-08, Idaho National Laboratory, Idaho Falls, Idaho, US.
Presentations: Using Supervised Classification to model Wildfire Fuel Load on the Upper Snake River Plain. Poster presented at the Intermountain GIS Conference 2002. 2002 Intermountain GIS Users Conference Student Poster Winner Weber, K, McMahan, B, Johnson, P, Russell, G. Modeling Lightning as an Ignition Source of Rangeland Wildfire in Southeast Idaho. Idaho State University GIS Training and Research Center, August, 2003. Russell, G and Weber, K. Field Collection of Fuel Load, Vegetation Characterstics, and Forage Measurements on Rangelands of the Upper Snake River Plain, ID for Wildfire Fuel and Risk Assessment Models. A Sampling Report. Idaho State University GIS Training and Research Center, August, 2001. Modeling Lightning Strike Pattern for Wildfire Risk Assessment. Paper presented at the Intermountain GIS Conference 2002 Research Interests: Geodynamics and Planetary Geology
Geospatial Tools in Geology and Ecology Paleo-Landscape Reconstruction Data Driven Mapping Solutions Web Mapping Applications Geospatially enablement of data
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