Data Library for: Assessing Site-Specific Lava Flow Hazards in a Distributed Volcanic Field Using a Lava Flow Library—Example from the Eastern Snake River Plain Volcanic Field

Data are provided in support of the paper entitled "Assessing Site-Specific Lava Flow Hazards in a Distributed Volcanic Field Using a Lava Flow Library—Example from the Eastern Snake River Plain Volcanic Field". Reference: Connor and others, 2026, "Assessing Site-Specific Lava Flow Hazards in a Distributed Volcanic Field Using a Lava Flow Library—Example from the Eastern Snake River Plain Volcanic Field", chapter in: Distributed volcanism—Characteristics, processes, and hazards, editors: Mike Poland and others, U.S. Geological Survey Professional Paper 1890, DOI 10.3133/pp1890 Files include the lava libraries for the MFC and INTEC sites that ae described in this paper. The data files are libraries - listing of simulation input and output used to asses the probability of lava flow inundation of the MFC and INTEC nuclear facilities. Simulation inputs and outputs are fully explained in the Appendix of the paper. Data columns include the event number (a numerical id for the simulation number), runtime (seconds, the runtime of the simulations, digital elevation cell size (meters), hit (whether or not the lava flow simulation inundated the area of interest), offmap (0 is the lava flow stayed on the map DEM), MaxVolume (the maximum possible volume of the lava flow, cubic kilometers) Volume erupted (the volume of the lava flow erupted when the area if interest was reached, or the total volume of the simulation, cubic kilometers ), number of cells inundated, area inundated (square kilometers), pulse volume (cubic meters), residual thickness (meters), site center easting coordinate and site center northing coordinate (UTM, WGS 84, zone 11).