BUSCADOR RECOLECTA

Supplementary material 1. -- Supplementary material 2: Table S1. A list of 143 studies from 1970 - 2023 documenting tropicalisation. The earliest study is from 2004. Associated metadata includes the method of documentation, geographic location of the study, habitat type, studied taxon, and information on the range expansion or increase in abundance of tropical species, range retraction or decrease in abundance of temperate species, or both. Table S2. A list of 102 studies from 1970 - 2023 on consequences of tropicalisation. The earliest study is from 2015. Associated metadata includes the geographic location of the study, habitat type, studied taxon, and whether the studied consequences are ecological, evolutionary or other, as well as the consequences details. Table S3. A list of 21 studies from 1970 - 2023 which are in the context of tropicalisation but do not explicitly document tropicalisation or its consequences. The earliest study is from 2003. The associated metedata includes geographic location of the study, habitat type, studied taxon, and the details on the study's relevance to tropicalisation., Peer reviewed

Finding the optimal dimensions of metal nanoparticles to maximize their plasmonic performance in targeted applications is a complex and time-consuming process that typically requires a trial-and-error approach. Here we propose a universal pipeline that integrates Bayesian optimization with electrodynamics simulations to find optimal dimensions of gold bipyramids with superior plasmonic performance in photothermal efficiency, enhancement of Raman scattering and photoluminescence, strong coupling between plasmon and exciton, and aggregation-induced color difference. Our workflow is a straightforward tool for plasmonic nanoparticle design, setting their optimal dimensions for targeted applications., Ministerio de Ciencia, Innovación y Universidades: PID2022-141017OB- I00; FJC2021-047710-I. Basque Government: NanoNeuroIKUR; HPC & AIIKUR., Peer reviewed

This database comes from an educational experience in different schools in the province of Cordoba, Spain, where during 2024 camera-trapping and citizen science were implemented to analyse the distribution and diversity of wild mammals in the surroundings of the schools. The main objective of these projects was to enhance the scientific, participatory and social dimensions by stimulating the interest of the school community in science, technology and nature conservation. During the development of the projects, pupils were encouraged to participate in the design of hypotheses, observation, data collection, processing, analysis and dissemination of data. One of the essential activities consisted in the placement of camera-trapping cameras by the students, in order to improve the students' knowledge of the mammal species in their environment. The records obtained were annotated using the citizen science platform MammalWeb., [Descripción del área de estudio]: The study was carried out in different locations in the province of Cordoba (Spain) close to the participating schools, covering a total of 11 UTM (30-North) 10x10 km grid squares. Although with slight differences, the climate of all locations is Mediterranean with hot, dry summers and mild, relatively humid winters. In terms of vegetation type, the sampled grids are agricultural areas with a predominance of olive groves and small remnants of natural vegetation (grids UG18, UG37, UG43, UG44, UG84 and UG94, Fig. 1); holm oak pastures with Mediterranean sclerophyllous scrubland and uncultivated herbaceous vegetation with livestock use (UG49, UH26, and UH40); and dense scrubland in more humid areas formed by species such as strawberry tree (Arbutus unedo), Viburnum (Viburnum tinus) or aladierno (Rhamnus alaternus) (UG39 and UH30)., [Descripción del diseño]: A total of 57 cameras were installed in the 11 grids during the months of January to April 2024. Between 1 and 8 Browning BCT-5HDPX, BTC-4P and BTC-4E20 camera traps were located in each grid, which were active between 21 and 30 days in partially overlapping periods. The distance between chambers within each grid ranged 100-2700 metres (mean ± standard deviation (S.D.) = 615 m ± 822). Cameras were placed in trees 50 cm above the ground and set to take 3 pictures each time an animal was detected, with a rest interval of 1 min, which were considered as independent image sequence records (hereafter; sequence records). Some cameras were programmed in 20-second video mode., [Métodos de muestreo] A total of 57 cameras were installed in the 11 grids during the months of January to April 2024. Between 1 and 8 Browning BCT-5HDPX, BTC-4P and BTC-4E20 camera traps were located in each grid, which were active between 21 and 30 days in partially overlapping periods. The distance between chambers within each grid ranged 100-2700 metres (mean ± standard deviation (S.D.) = 615 m ± 822). Cameras were placed in trees 50 cm above the ground and set to take 3 pictures each time an animal was detected, with a rest interval of 1 min, which were considered as independent image sequence records. Some cameras were programmed in 20-second video mode. Daily records by species and camera trap (location) obtained during this study were shared with a precision of 1x1 km2., [Descripción de la metodología paso a paso]: Between January and April 2024, 11 educational centres and 800 schoolchildren aged four to twelve in the province of Cordoba. A total of 57 camera Traps were installed in the 11 grids. In each grid, between 1 and 8 Browning BCT-5HDPX, BTC-4P and BTC-4E20 camera traps were placed, which were active between 21 and 30 days in partially overlapping periods. The cameras were placed in trees 50 cm above the ground and set to trigger 3 photographs each time an animal was detected, with a 1 minute rest interval. The images and videos obtained from the camera traps were selected and uploaded to the platform MammalWeb (mammalweb.org), This iniciative was coordinated by Universidad de Córdoba with the collaboration of the Instituto de Investigación en Recursos Cinegéticos (IREC-CSIC, UCLM. JCCM) and the collaboration of different institutions as Asociación MAXIME, ADICIPEC (Asociación de Divulgación Científica y Pensamiento Crítico de Ciudad Real), Casa de la Ciencia de Ciudad Real, Unidad de Cultura Científica y de la Innovación de la UCO, Unidad de Educación Inclusive de la UCO. This work was developed as part of two educational projects: 1) “ciencia ciudadana en las aulas para impulsar la cultura científica y la conservación de la biodiversidad: IncluScience-Me” (citizen science in the classroom to promote scientific culture and biodiversity conservation), with the collaboration of la Fundación Española para la Ciencia y la Tecnología (FECYT) - Ministerio de Ciencia, Innovación y Universidades (FCT-22-17727); and 2) "Cultura Científica en las aulas (ConCiencia-2): acercamiento de la alfabetización científica y la biodiversidad a las aulas del medio rural" (bringing science literacy and biodiversity to rural classrooms), funded by the IX Own Innovation and Transfer Plan de la Universidad de Córdoba (PPG2023-UCOSOCIAL-05). JAB-A has been funded by the European Commission - NextGenerationEU, through the CSIC Momentum Programme. (MNT24-IREC-01)., Peer reviewed

Further research should explore alternative explanations for honest begging signals, such as differential cost models or cost-free equilibria, moving beyond the scope of differential benefits models. Datasets are saved as .csv files witth comma separation. Missing data are indicated as empty cells. Codes were run using R software version 4.4.1, A widely accepted explanation for the reliability of offspring begging signals assumes a differential benefits model balanced by direct viability costs independent of offspring nutritional condition. However, supporting evidence for this idea is inconclusive and often hampered by methodological limitations, including differential stimulation protocols and reliance on single, potentially biased markers of nestling health. This study tested the existence of direct, intrinsic, and condition-independent trade-offs between begging and body mass, immunity and oxidative stress by manipulating the begging effort of spotless starling (Sturnus unicolor) nestlings while maintaining constant food intake. We addressed potential problems of previous experimental protocols, ensuring uniform stimulation levels and evaluating multiple immune and oxidative markers. We observed no significant effects of experimentally increased begging effort in any of the 14 physiological markers analysed, with 95% confidence intervals of effect sizes consistently including zero or one (for the lysis capacity of plasma), indicating no biologically relevant effects. Overall, our findings suggest no physiological trade-offs associated with intense begging., Spanish Ministerio de Ciencia, Innovación y Universidades : PGC2018-099596-B-I00 University of Castilla-La Mancha : 2019-PREDUCLM-11785. Ministry of Science and Universities : CGL2017-83843-C2-1-P. Ministry of Science and Universities : PID2021-126673NB-I00., Peer reviewed

FaSt-SWOT consists of two multi-platform experiments conducted to validate the first observations from the SWOT satellite mission in the Balearic Sea. The field-work combines gliders, drifter observations, ship data (CTD, ADCP and a moving vessel profiler), HF radar, and mooring data together with satellite observations and numerical simulations. The PIs are Ananda Pascual (IMEDEA (CSIC-UIB), Spain) and Baptiste Mourre (SOCIB / IMEDEA (CSIC-UIB), Spain)., This dataset contains the data used in the publication "SWOT enhances small-scale eddy detection in the Mediterranean Sea"., The dataset contains data of the swaths of SWOT, bathymetry and from the following instruments: · SVPB drifters · Vessel-Mounted ADCP · Glider SDEEP09, Peer reviewed

Under a Creative Commons BY NC ND 4.0 license., S1. Twin-auger pyrolyzer: Desing and sizing considerations: In the model pyrolysis plant, the pyrolyzer is made of stainless steel 316 L, and its dimensions have been estimated according to Eq. S1 and Eq. S2, which are associated with the solid residence time (RT) within the heated zone and the ELTs mass flow rate (m ̇_ELTs), respectively [1]. RT= L/(RPM ×P) Eq. S1 m ̇_ELTs= π ×((∅_esc^2-∅_sft^2)/4)×TP×RPM×ρ_ELTs×δ×α×60 [kg/h] Eq. S2 Here, L is the pyrolizer length (m), RPM is the rotational speed of the twin-augers, and TP is the thread pitch of the screws (m). Likewise, ∅_esc is the screw diameter (m), ∅_sft is the screw shaft diameter (m), ρ_ELTs is the ELTs particle density (kg/m3), δ is the load factor, and α is the section reduction due to screw inclinations (α=1 for horizontal screws). Similar to the lab-scale pyrolizer, δ is assumed to be 20 % to enhance mixing and minimize ELTs granules accumulation on the screws. The ρ_ELTs was approximated to the density of rubber granules (800 kg/m3). Characteristics of the screw conveyors were defined based on manufactures information available online [2]. The twin augers consist of standard intermeshing screw conveyors with at diameter of 15 cm, approximately. Two different configurations were considered for the present study. First, a jacketed reactor in which combustion gases provide the heat for pyrolysis, Fig. S1. Second, an externally heated reactor surrounded by electric heating elements Fig. S2. Based on the processing capacity targeted, the total length of the reactor is around 33 m. To facilitate manufacturing, assembly, and operation, three independent reactors of 11 m are considered. The reactor dimensional features are necessary to determine parameters in the thermodynamic calculations such as the heating power requirements (sensible heat). The pyrolysis unit is divided into three reactors to facilitate manufacture, installation, and operation., S2. Implementation of the theory of exergy cost (TEC) to the pyrolysis process Before implementing the TEC, the physical structure of the ELTs pyrolysis process at industrial scale was mathematically represented by means of the incidence matrix: A(n × m) [3]. A(n × m) shows in a matrix form how the components and the flows of the model plant interact., S1. Twin-auger pyrolyzer: Desing and sizing considerations: Fig. S1. Configuration of the pyrolyzer in the reference process. Fig. S2. Configuration of the pyrolyzer in the alternative process. Table S1. Assumption and consideration for the thermodynamic and exergoeconomic calculations of the model pyrolysis plant. S2. Implementation of the theory of exergy cost (TEC) to the pyrolysis process. S3. Laboratory-scale TRL-4 pyrolysis plant: Table S2. Thermodynamic characteristics of the streams of the lab-scale facility. S4. Model pyrolysis plant: reference process: Table S3. Thermodynamic characteristics of the streams of the model pyrolysis plant. Table S4. Fuel, product, and irreversibilities by component of the model plant. Table S5. Exergoeconomic costs for different ELTs prices of the model plant. Table S6. Equipment costs of the model pyrolysis plant. S5. Alternative process to the model pyrolysis plant. Fig. S3. Alternative process to the model pyrolysis plant at industrial scale. Table S8. Productive structure (exergy flows) of the alternative process. Table S9. Fuel, product, and irreversibilities by component: alternative process. Table S10. Exergy cost, unit exergy cost, and exergoeconomic cost of the alternative process (ELTs price: 50 USD/t). Table S11. Exergoeconomic cost of the alternative process for different ELTs prices. Table S12. Equipment costs for the alternative process., The authors would like to express their gratitude to COLCIENCIAS for the financial support to the research project 1210-715-51742. F. Campuzano acknowledges COLCIENCIAS for the Ph.D. scholarship 757–2016. This work was also supported by the Grupo de Investigaciones Ambientales (GIA) at Universidad Pontificia Bolivariana (UPB) and the Clean Energy Research Platform (CERP) at King Abdullah University of Science and Technology (KAUST)., Peer reviewed

Coordinación: Emilio J. Gallardo Saborido (Escuela de Estudios Hispano-Americanos/Instituto de Historia, CSIC). Ana Davis González (Universidad de Huelva). Referencias Ávila, Natalia. Universitarios y cultura de izquierda en la Argentina de los años '20: la trayectoria intelectual de Arturo Orzábal Quintana. Bernal: Universidad Nacional de Quilmes, 2017. Álamos Herrera, Roberto Ignacio. "Los intelectuales/diplomáticos en las relaciones culturales y literarias entre América Latina y la Unión Soviética: el caso chileno (1965-1970)" (en prensa). Bonano, Mariana. "La crónica de viaje en Gabriel García Márquez. En torno a De viaje por Europa del Este y las tensiones entre la mirada del periodista y la del escritor socialista". Cuadernos del Sur – Letras 47, vol. 1, 2017, pp. 65-81. Di Vincenzo, Facundo. "El viaje de Elías Castelnuovo a la Unión Soviética en 1932". Rebelión.org (28.09.2021 ). Fischer Bernard, Charles L. Adiciones y ampliaciones a las "Notas para una bibliografía sobre viajeros relativos a Chile", de don Guillermo Feliú Cruz. Valparaíso: Talleres Gráfico del Semanario El Observador, 1975. Fredotovich, Norberto, y Lelio Alfredo Zeno. "Lelio Olchese Zeno. Un multifacético cirujano argentino en la Unión Soviética". Revista Argentina de Urología, vol. 89, n.º especial, 2024, pp. 32-36. Gilard, Jacques. "Prólogo". En Gabriel García Márquez. Obra periodística, vol. 4. Barcelona: Bruguera, 1983, pp. 7-74. Moreno Ortiz, Susana. Vivo en poesía. Biobibliografía de Eugenio Moreno Heredia 1926-1997. Cuenca: Dirección Municipal de Cultura, Educación y Deportes, 2015. "Mundim Tôrres, Raquel. Transpondo a Cortina de Ferro: relatos de viagem de brasileiros à União Soviética na Guerra Fria (1951-1963). Tesis doctoral. Universidade de São Paulo, 2019. " Negrín, Edith. "José Revueltas viaja al paraíso soviético". En José Luis Nogales Baena y Emilio J. Gallardo Saborido, Mexicanos en la utopía socialista. Oxford et al.: Peter Lang, 2025, pp. 101-128. Nogales Baena, José Luis. "Hacia una tipología: los testimonios de viaje a la URSS en la revista Cultura Soviética (1944-1954)". En José Luis Nogales Baena y Emilio J. Gallardo Saborido, Mexicanos en la utopía socialista. Oxford et al.: Peter Lang, 2025, pp. 71-98. Ortega, Jaime. "Buscando otra revolución: viajeros mexicanos a la Unión Soviética". En José Luis Nogales Baena y Emilio J. Gallardo Saborido, Mexicanos en la utopía socialista. Oxford et al.: Peter Lang, 2025, pp. 25-46. Pedemonte, Rafael. “La ‘diplomacia cultural soviética en Chile (1964-1973)”. Bicentenario. Revista de Historia de Chile y América, vol. 9, n.º 1, 2010, pp. 57-100. "Puñales-Alpízar, Damaris. Códigos rojos: geopolíticas de la traducción durante la Guerra Fría. México: UNAM, 2025. " Rivera Mir, Sebastián. "Viajeros mexicanos en la URSS durante el cardenismo. Visitar para conocer, publicar para formar". En José Luis Nogales Baena y Emilio J. Gallardo Saborido, Mexicanos en la utopía socialista. Oxford et al.: Peter Lang, 2025, pp. 47-70. Rupprecht, Tobias. Soviet Internationalism after Stalin. Cambridge University Press, 2015. Rupprecht, Tobias. "Socialist high modernity and global stagnation: a shared history of Brazil and the Soviet Union during the Cold War". Journal of Global History, vol. 6, issue 3, November 2011, pp. 505-528. Saítta, Sylvia. Hacia la revolución: viajeros argentinos de izquierda. Buenos Aires: Fondo de Cultura Económica, 2007. Tarcus, Horacio. Primeros viajeros al país de los soviets. Crónicas porteñas. 1920-1934. Buenos Aires: Ministerio de Cultura del Gobierno de la Ciudad Autónoma de Buenos Aires, 2017. Tarcus, Horacio (dir.). Diccionario biográfico de las izquierdas latinoamericanas. Movimientos sociales y corrientes políticas. CEDINCI. https://diccionario.cedinci.org/equipo/ Zourek, Michel. Praga y los intelectuales latinoamericanos (1947-1959). Rosario: Prohistoria, 2019., Agradecemos la gentil colaboración de Susana Moreno Ortiz, hija del poeta ecuatoriano Eugenio Moreno Heredia; y de los profesores Adriana Petra y Thiago Freitas Hansen, Esta base de datos reúne obras de no ficción de escritores latinoamericanos relacionadas con sus viajes a los países socialistas europeos durante la Guerra Fría. En cuanto a su estado actual, consideramos que la base de datos se encuentra en proceso de revisión permanente. Por ello, agradecemos cualquier observación que nos puedan hacer llegar para complementarla o mejorarla. Pueden escribir, a este respecto, a emilio.gallardo@csic.es

Figure S1: A phylogenetic tree was performed using a concatenated alignment of 16S and 23S rRNA genes. Figure S2: Phylogenetic signal heatmap. Figure S3: Representation of GSr and GSg against GC content. Figure S4: Boxplots of each trait for free-living and endosymbiont genomes in each studied clade. Figure S5: Barplots of the mean base composition of the genomes for each habitat and within each group. Table S1: Taxonomy, accession numbers, and FTP links for the used genomes stored in NCBI. Table S2: Summary of the number of endosymbiont and free-living species for each bacterial class and order. Table S3: Table showing the used ribosomal proteins in the phylogenetic tree. Table S4: Summary statistics of the phylogenetic signal analysis. Table S5: Values for the metrics and the genomic features. Table S6: Mean comparisons between the free-living and endosymbiont genomes in Bacteroidota, Oceanospirillales, and Enterobacterales clades., The data presented in this study are available on request from the corresponding author., Peer reviewed

General procedures; establishment and characterization of a simplified in vitro nasal mucosal barrier model using Calu-3 cells; simplified in vitro nasal mucosal barrier model with Calu-3; morphological, histological, and histochemical structure study of the Calu-3 model barrier; cell junction protein immunolabeling; supplementary figures and tables; CS functionalization with sCy5-NHS ester; counterion substitution of DiA and DiD fluorophores; determination of encapsulation efficiency and fluorophore loading; release studies; permeability/transcellular transport studies through the Calu-3 model barrier; preparation of the fluorophore-loaded NCs; excitation and emission spectra of the fluorophores; encapsulation efficiency and fluorophore loading; zeta potential, size, and morphology of the NCs; emission spectra of sCy5@NCs and sCy5@CS-DiA-NCs; FRET signal evaluation by fluorimetry and flow cytometry; NCs stability and NE diffusion through the CS shell in release assays; in vitro cytotoxicity of the NCs; in vitro cellular uptake of the NCs; establishment and characterization of a simplified in vitro nasal mucosal barrier model using Calu-3 cells; nanocapsule transport across the Calu-3 barrier model; and references., Peer reviewed

[EN] This is the experimental dataset used in the paper Corrosion and Degradation Material, 6: 8 (2025) (https://doi.org/10.3390/cmd6010008) in which the potential corrosion and current density of the steel sheets, simulating drums embedded in new sodium carbonate and silicate-activated slag formulations with surrogate decontamination sludges have been determined. This data set includes the results of the FTIR spectrum of the surrogate decontamination sludge, which presents the vibration bands of its main constituents such as EDTA, hydrazine and citric and oxalic acids. In addition, the results of the evolution of the corrosion potential (Ecorr) and corrosion current density (icorr) values as a function of time for carbon steel sheets submerged in simulated Portland cement and alkali-activated cements pore solutions along with the decontamination sludge have also been included, where was observed that the steel was in an active state. The results of the evolution of these two parameters and the electrochemical impedance spectroscopy for carbon steel embedded in the reference cement and sodium carbonate-activated slag and sodium silicate-activated slag pastes have been compiled in this data set and the carbon steel coupons in the reference cement showed the best corrosion resistance, followed by those embedded in the sodium silicate-activated slag. The results of the Raman spectrum of the corrosion deposits on the surface of the steel embedded in the sodium carbonate-activated slag show the presence of hematite. Finally, the results of the characterisation of the cementitious pastes mixed with the decontamination sludge by XRD and FTIR have been included, where the presence of the acidic sludge results in a decrease in pore-water pH and favours the initiation of the corrosion process in the sodium carbonate-activated slag paste., Potential corrosion (Ecorr) and linear polarisation resistance (Rp) (Rp=ΔE/ΔI) were recorded for up to 37 days of immersion. Steel corrosion current density (icorr) can be calculated using the Stern–Geary equation 20, where icorr=B/Rp, applying ΔE ±20 mV at a scan rate of 0,125 mV/s and adopting a tentative value of 26 mV for the B constant for steel in the active (corroding) state 21. The piece of equipment used for the electrochemical measurements was a Gamry Interface 1010E Potentiostat/Galvanostat/ZRA controlled using Gamry Framework software. A classical three-electrode setup was used, employing the carbon steel sheets as the working electrode, Ag/AgCl (3M KCl) as the reference electrode, and a graphite bar as a counter electrode in a plastic cell filled with 200 ml of the simulated pore cement solution. Furthermore, carbon steel corrosion in the alkali-activated slag and reference pastes cubes was monitored using Ecorr, Rp, and electrochemical impedance spectroscopy (EIS) measurements for up to 14 months. EIS measurements were recorded at Ecorr with a 10mV root mean square (rms) amplitude excitation voltage, in a frequency range of 100 kHz to 10 mHz, with a logarithmic sweeping frequency of 10 points per decade. In this case, the setup consisted of a three-electrode electrochemical cell wherein the working electrode was carbon steel sheets, the reference electrode was Ag/AgCl (3M), and a stainless-steel mesh was used as a counter electrode surrounding the cementitious material specimen, acting as the electrolyte of the electrochemical cell. Raman spectra were obtained using a Renishaw Qontor Raman Microscope equipped with a 514 nm laser and a Leica microscope. The spectra were obtained with 50× magnification objective lenses. The laser power used was 25 mW, but the measurements were made at 5% of this power. The integration time was 1 s, and 20 accumulations were collected. The Raman shift was calibrated before measurements according to the silicon peak at 520.4 cm−1. The software employed for data acquisition and analysis was WIRE 5.3. XRD was conducted using a diffractometer (D8 Advance instrument, Bruker) with Cu-Kα1,2 radiation (1.5406 Å and 1.5444 Å), no monochromator, a goniometer radius of 217.5 mm, and a nickel filter. The X-ray tube was operated at 40 kV and 30 mA. The settings used were as follows: a variable 6 mm divergence slit (hydrated pastes); 2θ angle, 5–70°; step time, 0.5 seconds; and step size, 0.02°. The software used for the analysis of the XRD diffractograms was DIFRAC.EVA, using the free crystallographic database Crystallography Open Database (COD). The FTIR samples were prepared using the KBr pellet method: 1.0 mg of powder binder and 200 mg of KBr were weighed, and the mixture was homogenised in an agate mortar. Subsequently, it was compacted under vacuum in a die until a pellet was obtained. The spectrometer used was a Thermo Nicolet 6700. Spectra were obtained with 64 scans and measured in the range of 4000 to 400 cm-1, with a resolution of 4 cm-1., We acknowledge financial support from the Spanish State Research Agency (AEI) through projects PID2021-125292OB-I00. Funded by the European Union – Next Generation EU, sludge-FTIR.csv; Ecorr_icorr_pore solution.csv; Ecorr_icorr_pastes.csv; EIS-R-L pastes.csv; EIS-BFS-C-L pastes.csv; EIS-BFS-S-L pastes.csv; Raman-corrosion products.csv; XRD-pastes.csv; FTIR-pastes.csv; README_corrosion sludge.txt, Peer reviewed