# Ground-motion records and basin depth models for the Reno, Nevada, 2008-2022 ## Files `Reno_RotD50_Vs30Zx.csv` Comma-separated-value flatfile of ground-records with RotD50 horizontal psuedoacceleration response specta (5% damped) at 21 periods (0.01-10 s). RotD50 is the median value across all horizontal orientations. `Reno_Waveforms.cfg` Parameter file with FDSN (International Federation of Digital Seismograph Networks) search parameters and stations and earthquakes remove from analysis. `colocated.yml` gmprocess configuration file with custom settings for handling colocated sensors. We used Simpson and Louie (https://doi.org/10.5281/zenodo.4408557) for the local basin depths (Z1.0 and Z2.5). ## Data processing I processed the raw ground motions using gmprocess version 1.2.3 (https://dx.doi.org/10.5066/P9ANQXN3) with some additional bugfixes (git hash b09e229cf50d4f667cfb50472eeec938b047648a). I customized the handling of colocated sensors to give priority to broadband channels using `colocated.yml`. All of the the remaining gmprocess settings use the default values. ## Columns in `Reno_RotD50_Vs30Zx.csv` Column header,Description EarthquakeId,Event ID from Comcat EarthquakeTime,Earthquake origin time (UTC) EarthquakeLatitude,Earthquake latitude (decimal degrees) EarthquakeLongitude,Earthquake longitude (decimal degrees) EarthquakeDepth,Earthquake depth (km) EarthquakeMagnitude,Earthquake magnitude EarthquakeMagnitudeType,Earthquake magnitude type Network,Network code DataProvider,Data source provider StationCode,Station code StationID,"Concatenated network, station, and instrument codes" StationDescription,Station description StationLatitude,Station latitude (decimal degrees) StationLongitude,Station longitude (decimal degrees) StationElevation,Station elevation (m) SamplingRate,Record sampling rate (Hz) BackAzimuth,Site-to-source azimuth (decimal degrees) EpicentralDistance,Epicentral distance (km) HypocentralDistance,Hypocentral distance (km) SourceFile,Source file RuptureDistance,Closest distance to the rupture plane (km) RuptureDistanceVar,Variance of rupture distance estimate (km^2) JoynerBooreDistance,Joyner-Boore distance (km) JoynerBooreDistanceVar,Variance of Joyner-Boore distance estimate (km^2) GC2_rx,Distance measured perpendicular to the fault strike from the surface projection of the up-dip edge of the fault plane (km) GC2_ry,Distance measured parallel to the fault strike from the midpoint of the surface projection of the fault plane (km) GC2_ry0,Horizontal distance off the end of the rupture measured parallel to strike (km) GC2_U,"Strike-normal (U) coordinate, defined by Spudich and Chiou (2015; https://doi.org/10.3133/ofr20151028) (km)" GC2_T,"Strike-parallel (T) coordinate, defined by Spudich and Chiou (2015; https://doi.org/10.3133/ofr20151028) (km)" H1Lowpass,H1 channel lowpass frequency (Hz) H1Highpass,H1 channel highpass frequency (Hz) H2Lowpass,H2 channel lowpass frequency (Hz) H2Highpass,H2 channel highpass frequency (Hz) DURATIONp-q,p-q percent significant duration (s) PGA,Peak ground acceleration (%g) PGV,Peak ground velocity (cm/s) SA(X),Pseudo-spectral acceleration (%g) at X seconds SORTED_DURATION,Sorted significant duration (s) Vs30, Time-averaged shear wave speed in the top 30 m (m/s) Z1.0, Depth of the 1.0 km/s shear-wave isosurface (m) Z2.5, Depth of the 2.5 km/s shear-wave isosurface (m)