University of Milano - Bicocca

Supporting Information for the article entitled " Seismotectonics at the transition between opposite-dipping slabs (western Alpine region)" written by E. Eva, M.G. Malusà and S. Solarino. Contents of this file: Details on data processing; Distribution of P+S phase picks for the stations used in this study; Data selected for the comparison between LSQR and SVD performances; Vertical errors calculated using HypoDD with SVD; Focal mechanisms computed for this study; Dataset after HypoDD relocation.

time series of selected macroeconomic variables used as observables in our estimation exercise.

A dataset comprising 55 molecules described by seven criteria was used. The criteria are composed of binding activity values for each target expressed as half maximal activity concentration (AC50), based on the dose-response curves, thus the smaller the concentration, the more active the molecules.

Metabolite libraries built from NMR spectra for natural, lavado and commercial cocoa and for two extraction procedures (hydroalcoholic and Soxhlet), using the Simple Mixture Analysis (SMA) tool implemented in MestreNova 12.4 software.

The .diam files are the creter diameters to be used with the software craterstats2 The olimpo_nocart.exe is the executable to calculate the water splash; input data are requested when running the code; the txt files should not be modified The runup_water_acheron6_pss is a small fortran code to calculate the run-up and velocity of the water wave with the analytical formula provided in the text

Table 1s. Fault plane solution parameters of studied events. The table reports date, origin time, strike, dip and slip for first (N1_Str1, N1_dip1, N1_slip1) and second (N2_Str2, N2_dip2, N2_slip2) nodal planes, azimuth and plunge of P and T axes, FPS category (grade), number of polarities (p_n), quality factor for earthquakes Q.

In this folder are stored the data used in the Data in Brief article "Hydro-stratigraphic datasets for the reconstruction of a large scale 3D FEM numerical model in the Milan metropolitan area (northern Italy)" (Previati A., et al., 2020). 1. "SHP" folder contains the side boundaries of the model (Model_Domain.shp), the top and bottom boundaries (Ground_Surface_Elevation.shp, Model_Bottom.shp), the limit surface (Phreatic_Aquifer_Bottom.shp) between the shallow phreatic and the lower semi-confined aquifers and the hydraulic head isolines as on 2016 (Hydraulic_head_Isolines.shp). 2. "3DFEM_Mesh_Parameters.txt" contains the location (X, Y, Z Coordinate system EPSG:3003) of the mesh nodes and the associated parameters (hydraulic conductivity and porosity) as well as the grain size class, the aquifer system and the depositional system (see the associated article for a detailed description).

This section covered our appendix data which is not shown in the manuscript, Appendix 1 is the magmatic and metamorphic age of bed rock in south Tibet from literature, Appendix 2 is the whole sand ( petrography ) and heavy mineral composition from Lhasa river, Nianchu and Pumchu respectively, the other four Appendixes from 3 to 6 are detrital zircon, monazite, titanite and rutile geochemical and U-Th-Pb dating.

This dataset contains images of five 3D models that can be used to evaluate pipelines for 3D reconstruction from images. Each model is placed in a reference scene and is rendered under different lighting and camera conditions. For each of the five models, 8 scenes are created and for each scene 100 images are taken from different points of view.