Resultados de investigación

Additional file 1: Supplementary Figs. 1–4. (.pdf). Fig. S1. Comparison of costs between in-house and commercial ELISA kits. Fig. S2. Standard curves generated by ABR-, ANG-, SB-, and RND-CA-p24 ELISAs. Fig. S3. Effect of viral inactivation on assay performance and within-assay reproducibility of ELISA systems. Fig. S4. Between-assay reproducibility of the ELISA systems., Netherlands Organization of Scientific Research (NWO), Peer reviewed

Additional file 2: Supplementary Tables 1–4 (.pdf). Table S1. List of commercial ELISA kits and their costs. Tables S2–S4. Four tables with the volumes and details needed to prepare the standard curves for the ABR-, ANG-, SB-, and RND-CA-p24 ELISAs., Netherlands Organization of Scientific Research (NWO), Peer reviewed

Geometry structure of MAPbI3 containing negatively charged hydrogen interstitial (Hi–) before and after structural optimization; PDOS and band structures for both pristine MAPbI3 and MAPbI3@ Hi– systems, charge densities of key electronic states at the Γ point calculated using the optimized structures; evolution of the Pb–N distances within the inorganic octahedron and the CH3NH2 molecule during a 2 ps heating stage followed by a 6 ps MD simulation, evolution of the Pb–I distances within the selected inorganic octahedron during the 6 ps MD simulation; and evolutions of CBM and VBM energies along the 6 ps MD trajectory for the MAPbI3@Hi– system., Peer reviewed

Scanning electron microscopy coupled to energy-dispersive X-ray spectroscopy (SEM–EDX) analysis images; X-ray photoelectron spectroscopy (XPS) analysis spectra; UV–vis absorbance spectroscopy data for (PEA)2Mn1–xCuxCl4 and (PEA)2Cu1–xCoxCl4; additional room-temperature and 80 K Raman and photoluminescence characterization; additional material characterization for (PEA)2Cu1–xCoxCl4; single-crystal X-ray diffraction analysis results; additional magnetic measurements; and representative fitting examples for the M(T) curves., Peer reviewed

[Description of methods used for collection/generation of data] - Monitoring of Storm Petrel nests in the Cap d Es Migdia cave. - Capture recapture of adults using hand capture. - Tick counts on chicks (2018 2020). - Recording of breeding success, nest fidelity, and individual recaptures., [Methods for processing the data] - Data cleaning and structuring in R. - GLMMs fitted using the glmmTMB package. - Multievent capture recapture models fitted in E-SURGE. - Population matrix modelling performed in R., 1.Individuals make habitat selection decisions at different moments of their life and in heterogeneous habitats. Understanding the links between environmental changes and demographic patterns during the individuals’ life is therefore critical to predict long term eco-evolutionary dynamics and species persistence. However, fitness and persistence consequences of habitat selection are seldom addressed in demographic studies., 2. We used long-term capture-recapture data of Mediterranean Storm Petrels to investigate how habitat-selection decisions are made at different spatial (i.e. among and within breeding zones) and temporal scales (i.e. natal and breeding fidelity) in a colony characterized by significant variation in habitat quality due to contrasting parasite infestation levels. Specifically, we evaluate whether birds hatched in and/or breeding at different zones experience different (1) fitness components (i.e., breeding success and survival) and (2) fidelity (i.e. natal and breeding fidelity). In addition, we (3) explore the causes, environmental cues and consequences of nest fidelity vs dispersal. Finally, we project (4) how these differences influence population dynamics and persistence (i.e. population growth rate)., 3. Our findings reveal that habitat selection decisions have synergistic fitness consequences on multiple temporal and spatial scales considered. Specifically, breeders in the lower quality habitat zone (i.e. high tick infestation) exhibited reduced breeding success, local survival and nest fidelity but remained within their zone. Breeding success of individuals exhibiting nest dispersal marginally increased. Moreover, natal fidelity was lowest at the zone where fitness was highest. Overall, population growth rate at the colony suggests an annual population decline between 6 and 10%. Individuals seem to base their dispersal decision, but not their habitat selection choices on public information. As a result, birds do not experience increased fitness, indicating the potential presence of an evolutionary trap., 4. Understanding the interplay between synergistic and opposing habitat choices is central to understanding species eco-evolutionary dynamics. Further, our results highlight exciting avenues for future research, when aiming to understand the complex and fundamental roles played by heterogeneity in habitat quality in species demography and eco-evolutionary dynamics, with significant implications for species management and conservation strategies. , Biodiversa+ European Biodiversity Partnership (BiodivMon 2022 2023 Joint Call), co-funded by the European Commission (GA 101052342) and Fundación Biodiversidad (Project SEAGHOSTS). Government of the Balearic Islands, Vicen Mut Postdoctoral Fellowship (PD0042022). Conselleria de Medi Ambient i Territori, Govern de les Illes Balears. IMeDEA (CSIC-UIB), María de Maeztu Excellence Unit (CEX2021-001198, MCIN/AEI)., With funding from the Spanish government through the "Maria de Maeztu Centre of Excellence" accreditation (CEX2021-001198)., File List: Tick infestation & chick survival: - 1.Chicks_ticks_Espartar_2018_2020_.rds - 2.Chick_fate_by_MaxNtick_Zone_.rds - 6.1.Nticks_by_zone_pred.rds - 6.2.Chick_fate_by_zone_pred.rds Reproduction & breeding success: - 3.1.BS_experience_2015_2022_.Rds - 6.3.BS_by_zone_pred.rds Nest fidelity & nest dispersal: - 4.Nest_change_storm_petrel_Espartar_2014_2022_.rds - 5.Causes_nest_change.rds - 5.Information_nest_change.rds - 7.Consequences_nest_change.rds - 6.4.Nest_fid_by_zone_pred.rds Demographic projections & population dynamics: - CensusData.rds - param.rds - param_scenario.rds - 6.5.Fig_vital_rates.rds - 6.6.Fig_Observed_lambda.rds, Peer reviewed

Multimedia Component 1., Peer reviewed

Supplementary material to DESI's publication DESI 2024 V: Full-Shape Galaxy Clustering from Galaxies and Quasars. The .tar.gz file contains all of the data needed to reproduce the figures in the paper, as required by the DESI Data Management Plan., Peer reviewed

X-ray diffraction patterns of pristine CrSBr and TMA-CrSBr; magnetization analysis of intercalated CrSBr crystals; air stability of intercalated CrSBr; deintercalation of CrSBr; resistance measurements of bulk pristine and intercalated CrSBr crystals; additional magnetoresistance data of pristine and TPA intercalated CrSBr; calculation of charge density and Raman spectra., Peer reviewed

Under a Creative Commons BY-NC-ND 4.0 license., Equivalent circuit model: The data obtained from electrochemical impedance spectroscopy was fitted to an equivalent circuit consisting of Rs–L–(CPE-1||RCT)–(CPE-2||W)–CPE-3, where Rs represent the bulk electrolyte resistance, L is an inductance to compensate wire connection deviations, then the parallel combination of CPE-1||RCT indicates that the total current i, will be split to the current related to the electric double layer (CPE-1) and to the associated with faradaic reactions at the carbon surface represented by the charge-transfer resistance (RCT). The CPE-2||W branch represent the finite Warburg element that captures ion diffusion through the pore network coupled with the charge storage through the ion diffusion, and the CPE-3 component is attributed solely to charge storage related to the electric double layer capacitance.-- Trassatti’s method: In Trassatti’s method, the charge (q) in the voltammetry test is assumed to depend on the scan rate.-- Supplementary Tables Table S 1. Elemental analysis and surface area of tannin-derived carbon materials, doped or not with B and N. Table S 2. Relative contributions of functional groups (%) to the atomic composition (at. %) based on de-convoluted C 1s peaks for doped tannin-derived nanoporous carbons. Table S3 Equivalent circuit parameters obtained from fitting the electrochemical impedance spectra.-- Supplementary Figures: Figure S 1 Particle size distribution of hydrothermal tannins-derived samples doped with boron or nitrogen previous to thermal and activation treatment. Figure S 2. N2 adsorption-desorption isotherms for doped, tannin-derived materials: A) B-doped materials, B) N-doped materials. Empty symbols correspond to the desorption branches. Figure S 3. SEM-EDS mapping of N4-THC800 4 and B4-THC800 4. Figure S 4. Cyclic voltammograms at scan rates ranging from 5 mV s-1 to 1 V s-1 using 1 M H2SO4 as elec-trolyte and symmetrical electrodes of the following N- and B-doped carbon materials: A) N8THC800 4, B) N4THC800 4, C) B8THC800 4, D) B4THC800 4. Figure S 5. Galvanostatic charge-discharge curves for tannin-derived carbon materials at a specific current of: A) 0.5 A∙g-1, and B) 10 A∙g-1., O. Pinto-Burgos thanks ANID - Subdirección de Capital Humano/Doctorado, # 2019/21190633, Post doctorate funding 30000000-002 VRAE 2025-UBB and ANID-FONDEF ID23I10025. V. Fierro, A. Celzard and J. Castro-Gutiérrez acknowledge the financial support of the European Regional Development Fund (ERDF) through the TALiSMAN and TALiSMAN2 projects. P.S. Poon and J. Matos thank ANID-FONDEF 19I10003, ANID-FONDEF ID23I10025, ANID-FONDECYT 1220228, ANID-FONDECYT 1240641, and ANID-ANILLO ATE220014 projects., Peer reviewed

Experimental and computational details, additional INS results, and computational insights into phase stability and lattice compression., Peer reviewed