Resultados de investigación

Data on seedling emergence and first-year growth of oaks seeded at 45 sites in 16 European countries., Methods are described in the associated paper., This research was funded by grants TED2021-130976B-I00, funded by MICIU/AEI/10.13039/501100011033 and by the European Union Next GenerationEU/PRTR; RESISTRES (C-EXP267-UGR23) from University of Granada/ Junta de Andalucía/ FEDER; and SMART-OAK, funded by the European Union through FORWARDS (Horizon Europe Project No. 101084481) grants to third parties managed by European Forest Institute. The participant network stemmed primarily from the PEN-CAFoRR COST Action (European Cooperation in Science and Technology). The work at each field site was funded by variable sources granted to co-authors. ABL acknowledges mobility grant Salvador de Madariaga (PRX23/00558) and from the Alexander von Humboldt Foundation while writing this manuscript. Funding statements and acknowledgements from the field sites are provided in Appendix S2 of the paper., The file contains the data on seedling emergence and growth from the publication. For the data on soil characteristics, acorn batch quality, remotely-sensed weather, and species-level SLA, see data availability statement in the paper.

El gran impacto ambiental de la producción de cemento Portland impulsa a buscar alternativas más sostenibles para obras de rehabilitación y restauración, donde se requieren morteros compatibles y reversibles. Un aglomerante más idóneo y sostenible es la cal hidráulica natural (NHL), obtenida de la calcinación de calizas silíceas o margosas a temperaturas de 950-1200 ºC. Aunque la normativa europea regula las NHL principalmente según la resistencia mecánica de los morteros a 28 días, en el mercado se encuentran productos con comportamientos muy distintos y cambiantes a lo largo del tiempo y esto genera cierto descontento e inseguridad respecto a su fiabilidad en intervenciones de restauración. En este contexto, este proyecto ha permitido investigar como optimizar el proceso de fabricación de la cal hidráulica natural para llegar a productos de elevada calidad y que se puedan clasificar de una forma inequívoca, para el correcto uso de este tipo de aglomerante. En el desarrollo de esta investigación se visitaron más de 10 fábricas de cales, se analizaron las materias primas usadas y los productos finales fabricados y se compararon todas las etapas del proceso productivo de cada fábrica. Este estudio permitió demostrar que el proceso de fabricación de la NHL, aún siguiendo un procedimiento similar en todas las fábricas, es caracterizado por pequeñas variaciones en la producción (diferentes materias primas, temperaturas de cocción variables, distintos procedimientos de apagado de la cal), que influyen de forma crucial en las características finales de las NHL. Otro aspecto para destacar es la presencia de solo una fábrica de NHL en España, con la consecuencia de que casi todas las NHL son hoy en día importadas. Con el objetivo de promover la implantación de fábricas de NHL a nivel local y nacional, se investigó la disponibilidad geológica de materia prima en la provincia de Granada, y se muestrearon y analizaron un total de 56 muestras de calizas silíceas y margo-calizas, entre las que se seleccionaron finalmente 10 materias primas potencialmente idóneas para la fabricación de 3 tipos de NHL, que fueron obtenidos experimentalmente en laboratorio, reproduciendo a pequeña escala el proceso industrial. Nuestros resultados, todos publicados en revistas de alto impacto y posicionadas en el primer cuartil de su categoría, demuestran que es posible llevar a cabo la producción de aglomerantes más sostenibles que el cemento en Andalucía. Además, se ha demostrado que es posible implementar un proceso productivo más eficiente, por ejemplo, reduciendo el consumo de agua durante la etapa de apagado. En definitiva, gracias a la implementación de una metodología científica rigurosa y de un enfoque multidisciplinar e intersectorial, este proyecto ha logrado tener un impacto positivo en el Patrimonio Arquitectónico, la industria de la construcción, y el medioambiente., The significant environmental impact of Portland cement production is driving the search for more sustainable alternatives for renovation and restoration work, where compatible and reversible mortars are required. A more suitable and sustainable binder is natural hydraulic lime (NHL), obtained from the calcination of siliceous or marly limestones at temperatures of 950-1200 °C. Although European regulations mainly regulate NHL according to the mechanical strength of mortars at 28 days, there are products on the market with very different and changing behaviours over time, and this generates some discontent and uncertainty regarding their reliability in restoration work. In this context, this project has made it possible to investigate how to optimise the manufacturing process of natural hydraulic lime in order to obtain high-quality products that can be classified unequivocally for the correct use of this type of binder.In the course of this research, more than 10 lime factories were visited, the raw materials used and the final products manufactured were analysed, and all stages of the production process at each factory were compared. This study demonstrated that the NHL manufacturing process, even though it follows a similar procedure in all factories, is characterised by small variations in production (different raw materials, variable firing temperatures, different lime slaking procedures), which have a crucial influence on the final characteristics of NHL.Another aspect to highlight is the presence of only one NHL factory in Spain, with the consequence that almost all NHL is now imported. With the aim of promoting the establishment of NHL factories at local and national level, the geological availability of raw materials in the province of Granada was investigated, and a total of 56 samples of siliceous and marly-calcareous limestones were sampled and analysed, from which 10 raw materials potentially suitable for the manufacture of three types of NHL were finally selected. These were obtained experimentally in the laboratory, reproducing the industrial process on a small scale. Our results, all published in high-impact journals ranked in the first quartile of their category, demonstrate that it is possible to produce binders that are more sustainable than cement in Andalusia. Furthermore, it has been shown that it is possible to implement a more efficient production process, for example, by reducing water consumption during the slaking stage.In short, thanks to the implementation of a rigorous scientific methodology and a multidisciplinary and cross-sectoral approach, this project has had a positive impact on architectural heritage, the construction industry and the environment., Departamento de Mineralogía y Petrología Facultad de Ciencias, Universidad de Granada Grupo RNM179, Ministerio Español de Ciencia e Innovación Agencia Estatal de Investigación

This dataset is part of the project "Voices of Spanish Poets: Vocal Archive and Experimental Study on Poetry Reading" (VSP), WP3, Funded by the European Union. Views and opinions expressed are however those of the authors only and do not necessarily reflect those of the European Union or the European Research Executive Agency (REA). Neither the European Union nor the granting authority can be held responsible for them., Corpus of 84 audio stimuli corresponding to three different reading styles of 28 enjambments by Federico García Lorca. The audio dataset was used in an experimental study involving eye-tracking. Readings and recordings by Miguel Rodríguez Monteavaro. This dataset and study is part of the project "Voices of Spanish Poets: Vocal Archive and Experimental Study on Poetry Reading" (VSP), WP3., European Union

Dataset used in the manuscript "PTP Over Wide Area Networks With Offset Measurement Outlier Filtering". This dataset contains synchronization accuracy measurements over long distance links using both NTP and PTP, as well as synthetically generated PTP replays used for offline testing. A detailed description of the contents is found in the README.md file at the root of the dataset., European Union, PROACTIF project (Grant Number: 101194239), MICIU/AEI/10.13039/501100011033, PROACTIF project (Grant Number: PCI2025-163223), MICIU/AEI/10.13039/501100011033, AMIGA8 project (Grant Number: PID2021-123930OB-C22), MICIU/AEI/10.13039/501100011033, FPU Ph.D. Fellowship (Grant Number: FPU20/05842), MICIU/AEI/10.13039/501100011033, FPU Ph.D. Fellowship (Grant Number: FPU20/01857)

This is a folder containing: - 485 “fNEUROCONTRAST*” nifti (nii) images before pre-processing as well as 1 “anatNEUROCONTRAST*” structural nifti (nii) T1 image. - Readme file, including fMRI acquisition parameters. - Also an Excel file, including the onsets of each condition of interest, in seconds.

Supplementary material with the osteological database for further information on the identified individuals from Los Milanes bone collection., This research was supported by the Spanish Ministry of Science and Innovation (PID2023-148744NB-I00) awarded to GAJ and the European Regional Development Fund, FEDER–programme (C-HUM-005-UGR23) awarded to MSR. This research is supported by the doctoral fellowship PRE2021-097306 awarded to PBF funded by PID2020-114282GB-I00 and “ESF Investing in your future” ESF+ by the Spanish Ministry of Science and Innovation.

Datos crudos de los experimentos asociados al articulo de investigación, Datos crudos de los experimentos asociados al articulo de investigación titulado "Quorum-quenching halotolerant bacteria as biocontrol agents against potato phytopathogens"