BUSCADOR RECOLECTA

LEED and Pt 4f core level of the clean and CO-saturated (111), (645), and (312) Pt surfaces; C 1s and O 1s evolution during CO desorption experiments after surface saturation with 10 L CO at the same surfaces; O 1s α-scans at 90 K after a 0.25 and 10 L CO dose, and at 300 K after 50 L O2 dose; and additional details on the W-model., Peer reviewed

The supporting data contains supporting information (SI.pdf), trained models (*.pth), training configuration (nequip_configuration.yaml) to be used with Nequip code (https://github.com/mir-group/nequip), and minimal working example using the models (minimal_working_example.py). Version v2, Peer reviewed

A. Experimental Part: materials, synthesis of gold bipyramids, partial etching of gold bipyramids, and instrumentation; B. Modeling: volume calculation in the geometric inversion model, three-descriptor analysis of bipyramid shapes, and model aspect ratios; C. Simulation of Optical Properties., Peer reviewed

Datasets Dietary Carbon Incorporation in Ichthyocarbonate.zip contains: Mendeley-Ichthyocarbonate.csv Mendeley-DaysPastFeeding-C.csv Mendeley-DaysPastFeeding-MgCO3.csv Mendeley-Diet.csv, Datasets accompanying manuscript accepted for publication in Science of the Total Environment. Manuscript is titled: Implications of dietary carbon incorporation in fish carbonates for the global carbon cycle. Datasets include: 1. Mendeley-Ichthyocarbonate.csv: Presents ichthyocarbonate compositional characteristics, including stable carbon isotope values of the carbonate and associated organic matter, %TOC, and %carbonate (NM stands for not measured). 2. Mendeley-DaysPastFeeding-C.csv: Presents stable carbon isotope values of ichthyocarbonate measured in successive days since last meal, 3. Mendeley-Dietcsv: Presents compositional characteristics of diet fed to experimental fish, and 4. Mendeley-DaysPastFeeding.csv: Presents d-spacing and mol%MgCO3 calculated from results of XRD analyses., Peer reviewed

MMC S1. The online supplementary materials show the optimized atomic coordinate and the converged lattice thermal conductivity., Peer reviewed

Computational Details, Supplemental Figures, Supplemental Tables., Peer reviewed

Document S1. Figures S1–S12, Table S1, and Note S1. Document S2. Article plus supplemental information., Peer reviewed

Table of Contents: Table S1. Metadata for the samples included in this study, the partitioning of Aglais urticae samples for gene flow analyses (Pages 2-5).-- Table S2. “Pure” and putative hybrid specimens for the lineage pairs of Europe – Sierra Nevada and Europe – Sicily/Calabria, for hybrid simulation analyses (Pages 6-7).-- Table S3. Dataset and results of genetic diversity analyses of the European lineage of A. urticae (Page 8).-- Table S4. Values of Akaike information criterion (AIC) for the demographic models tested in dadi (Pages 9-10).-- Table S5. Parameters from model anc_asym_mig and respective conversions to real time, population size and migration rates for population pairs of Europe – Sierra Nevada and Europe – Sicily/Calabria (Page 11).-- Figure S1. Response curves of Aglais urticae (top) and Urtica dioica (bottom) to the bioclimatic variables used for the Ecological Niche Modeling analyses (Page 12)., Table S1. Metadata for the samples included in this study, the partitioning of Aglais urticae samples for gene flow analyses (Pages 2-5).-- Table S2. “Pure” and putative hybrid specimens for the lineage pairs of Europe – Sierra Nevada and Europe – Sicily/Calabria, for hybrid simulation analyses (Pages 6-7).-- Table S3. Dataset and results of genetic diversity analyses of the European lineage of A. urticae (Page 8).-- Table S4. Values of Akaike information criterion (AIC) for the demographic models tested in dadi (Pages 9-10).-- Table S5. Parameters from model anc_asym_mig and respective conversions to real time, population size and migration rates for population pairs of Europe – Sierra Nevada and Europe – Sicily/Calabria (Page 11).-- Figure S1. Response curves of Aglais urticae (top) and Urtica dioica (bottom) to the bioclimatic variables used for the Ecological Niche Modeling analyses (Page 12)., Peer reviewed

Au_filtered_PCA.vcf - used as input for PCA, Au_STRUCTURE.str - used as input for STRUCTURE analysis, Au_IQTREE.phy - used as input for phylogenetic inference in IQTREE, Au_PhyloNetworks.loci - used as input to create gene trees for subsequent use in PhyloNetworks analysis, Au_filtered_TreeMix.vcf - used as input for TreeMix analysis, Au_TASSEL_western.vcf; Au_TASSEL_eastern.vcf; Au_TASSEL_central.vcf - used as input for genetic diversity analysis in TASSEL, Au_filtered_dadi.vcf - used to produce SFS file for dadi analysis, Au_EuSicily_hybridsim; Au_EuSierra_hybridsim - used to simulate hybrids with HYBRIDLAB, Peer reviewed

Au_filtered_dadi.vcf - used to produce SFS file for dadi analysis, Au_EuSicily_hybridsim; Au_EuSierra_hybridsim - used to simulate hybrids with HYBRIDLAB, Peer reviewed