This dataset contains the receiver function traces calculated using seismic waveform data from the AlpArray Seismic Network, three other temporary seismic networks, and permanent stations in the broader European Alpine region. We use this dataset to compile a new Moho depth map for the broader European Alps. In particular, we include: all the downloaded seismic waveform data (ZNE components; 120s before and after the theoretical P-wave arrival) prior to RF calculation apart from those from the PACASE seismic network that are under embargo. the radial receiver function traces in .SAC format (RRF.zip). One SAC trace per station and teleseismic earthquake. the transverse (TRF.zip) traces in .SAC format. the receiver function stacks from all the seismic stations plotted versus back-azimuth in .png format (RRF_plots.zip and TRF_plots.zip) moho_depth_picks.csv that contains the moho depth picks information shown in the main article Figure 8a. a CSV file with details of the teleseismic earthquakes. a list of all the seismic stations used here. For details on how to read and process the receiver function traces have a look at the README file of the repository. For more details on this dataset, have a look at our manuscript entitled “Moho depths beneath the European Alps: a homogeneously processed map and receiver functions database” in Earth System Science Data (ESSD) journal and our GitHub repository.

This dataset contains the receiver function traces calculated using seismic waveform data from the AlpArray Seismic Network, three other temporary seismic networks, and permanent stations in the broader European Alpine region. We use this dataset to compile a new Moho depth map for the broader European Alps. In particular, we include: all the downloaded seismic waveform data (ZNE components; 120s before and after the theoretical P-wave arrival) prior to RF calculation apart from those from the PACASE seismic network that are under embargo. the radial receiver function traces in .SAC format (RRF.zip). One SAC trace per station and teleseismic earthquake. the transverse (TRF.zip) traces in .SAC format. the receiver function stacks from all the seismic stations plotted versus back-azimuth in .png format (RRF_plots.zip and TRF_plots.zip) moho_depth_picks.csv that contains the moho depth picks information shown in the main article Figure 8a. a CSV file with details of the teleseismic earthquakes. a list of all the seismic stations used here. For details on how to read and process the receiver function traces have a look at the README file of the repository. For more details on this dataset, have a look at our manuscript entitled “Moho depths beneath the European Alps: a homogeneously processed map and receiver functions database” in Earth System Science Data (ESSD) journal and our GitHub repository.

This dataset contains the receiver function traces calculated using seismic waveform data from the AlpArray Seismic Network, three other temporary seismic networks, and permanent stations in the broader European Alpine region. We use this dataset to compile a new Moho depth map for the broader European Alps. In particular, we include: the radial receiver function traces in .SAC format (RRF.zip). One SAC trace per station and teleseismic earthquake. the transverse (TRF.zip) traces in .SAC format. the receiver function stacks from all the seismic stations plotted versus back-azimuth in .png format (RRF_plots.zip and TRF_plots.zip) moho_depth_picks.csv that contains the moho depth picks information shown in the main article Figure 8a. For details on how to read and process the receiver function traces have a look at the README file of the repository.

This dataset contains a high resolution Moho map of the in the Eastern Alps focused on the SWATH-D network. The Moho map was produced by manually picking the Moho on narrow transects (CCP stacks) calculated with the receiver function method. These manual picks were then fit with a spline in 3-D. Three separate and sometimes overlapping maps are included corresponding to the European, Adriatic, and Pannonian Mohos. In addition to Moho depth, Ps travel time and crustal average Vp/Vs are also reported. Version history: 30 November 2021: release of version 1 13 March 2023: release of version 1.1. Changes: Performed manual adjustment of 1-D splines (before fitting 2-D spline) to avoid unphysical geometries