BUSCADOR RECOLECTA

This dataset provides essential information necessary for conducting simulations and calculations to derive the primary results presented in the manuscript. It includes the outcomes of Total Water Level assessments under various scenarios of sea level and seagrass presence at all examined beaches and ports. Additionally, the dataset encompasses the Return Levels acquired and discussed in detail within the manuscript., Peer reviewed

This is the data collection for the scientific article with title: "Novel gluten-free pasta made with purple corn: nutritional, technological and sensorial quality" with doi https://doi.org/10.1016/j.ifset.2025.103942 Please read README.txt file for more information., Peer reviewed

Agronomic characterization of eight faba bean accessions at four locations in Andalusia, Southern Spain, over two consecutive field seasons (seasons 2017-18 and 2018-19) under rain-fed conditions., This research was funded by the European Union projects H2020-TRUE., Peer reviewed

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The dataset contains the information needed to reproduce all the experimental resuls shown in the paper , including information on the experimental conditions and bacterial tracks and cell lengths extracted from videos of populations of Escherichia coli swimming in the center channel of a chemotactic microfluidic device. metaData.ods is a spreadsheet listing the experimental times and conditions of all videos obtained, including those that were considered failed (see paper for details). AW405_MGM_*_tracks.csv are comma-separated-value files containing the list of bacterial tracks per each of the videos listed in metaData.ods. Data includes a track identification number spefific for each video, the mean cell length of the bacteria and the x and y positions of the centroid of the bacteria at consecutive frames. The channel of the microfluidic device is paralel to the y axis, so that the linear gradient of α-methyl-aspartate is established along the x axis. Data was retrieved from phase-contrast videos using software described in Guadayol et al 2016. Raw videos are available upon request to the authors., Form and function in a microbial world. Leverhulme Trust grant # RLA RL-2012-022. Slowing Down at Small Scales: Microscale Viscosity Gradients in the Sea. Gordon and Betty Moore Foundation MMI grant GBMF6852 María Zambrano grant from the University of the Balearic Islands awarded to O.G., Peer reviewed

Astrocytes, dynamic cells that play a crucial role in brain function, have traditionally been overshadowed by the emphasis on neuronal activity in regulating behavior. This is in part due to the lack of tools to experimentally map and manipulate specific subsets of astrocytes based on their functional activity, which hampers our understanding of how astrocyte networks contribute to the organization of behavior. Here, using a tool that can translate astrocytic activity-mediated calcium signals into gene expression in a light-dependent manner, we have identified an active astrocytic ensemble associated with cue-motivated behavior in the Nucleus Accumbens (NAc), a central hub in the reward system. We mapped behavior-related astrocytic ensemble activity to the ventral-posterior region of the NAc. Furthermore, we demonstrate that manipulation of this functionally specified astrocytic ensemble is essential to recall the direction of reward behavior. Overall, these findings uncover the fine-tuning role of astrocytic ensembles in shaping salient behavior., Peer reviewed

Description of the optimization procedure on multicore computers. (left) Flowchart of the optimization procedure. There are two blocks of optimizations. In the first one, the basic optimizations intend to speed up the code on a single CPU core. Then, code modifications to exploit vector processing are made. Going back and forth between the basic optimizations and vectorization is often needed for fine code tuning (e.g. to optimize access to cache memory to read/write data vectors). The second block of optimizations intends to take advantage of the power of the multiple CPU cores available in the computer. The first set of modifications here relies on multithreading, which splits the general problem into tasks that are then mapped and executed in parallel on the different cores. The second set then focuses on disk access optimization, though this step is closely related to the previous one. (right) sketch of a computer architecture based on multicore processors. (bottom-right) Modern computers ship with several multicore chips (typically 2–4) configured to share a centralized memory. Each multicore chip contains several computing CPU cores (2–8) sharing a cache memory (typically the third level, L3). (top-right) Internally, each single CPU core consists of several functional units (FUs) that execute the scheduled micro-instructions. The basic optimizations intend to maximize the use of FUs, minimize the latencies and waiting gaps of micro-instructions, and guarantee an optimum exploitation of cache memory (typically, two levels within the CPU core). One of the FUs is the vector unit, which follows the SIMD execution model shown in Figure 5 of the main text. Vectorization aims to make the most of the vector unit by performing the same operation on data vectors., Tomography allows elucidation of the three-dimensional structure of an object from a set of projection images. In life sciences, electron microscope tomography is providing invaluable information about the cell structure at a resolution of a few nanometres. Here, large images are required to combine wide fields of view with high resolution requirements. The computational complexity of the algorithms along with the large image size then turns tomographic reconstruction into a computationally demanding problem. Traditionally, high-performance computing techniques have been applied to cope with such demands on supercomputers, distributed systems and computer clusters. In the last few years, the trend has turned towards graphics processing units (GPUs). Here we present a detailed description and a thorough evaluation of an alternative approach that relies on exploitation of the power available in modern multicore computers. The combination of single-core code optimization, vector processing, multithreading and efficient disk I/O operations succeeds in providing fast tomographic reconstructions on standard computers. The approach turns out to be competitive with the fastest GPU-based solutions thus far., Peer reviewed

[Description of methods used for collection/generation of data] As a documentary basis, historical records previously made by other authors, official catalogs and inventories for each type of event were used. However, we updated and expanded these records mainly by means of chronicles from the Provincial Historical Archive of Santa Cruz de Tenerife, the Diocesan Historical Archive of San Cristóbal de la Laguna and the Municipal Historical Archive of San Cristóbal de La Laguna. We also explored the documents housed in the Digital Press Archive (Jable) of the University of Las Palmas de Gran Canaria (ULPGC), and in the Virtual Library of Historical Press, managed by the Subdirectorate General of Library Coordination of the Ministry of Culture and Sport of the Government of Spain. These documentary sources were complemented with numerous scientific articles, historical press articles collected in newspaper archives of current newspapers (such as El Día, La Provincia, Información, Europa Press, among many others), contrasted scientific forums and blogs, official documents of the Cabildo of Tenerife and other islands, as well as laws collected in the Official State Gazette (BOE) of Spain (Royal Decrees−Law, Decrees, Laws, Orders, etc., approved after a disaster). The complete bibliography is listed in the references section. Cross-checking information from various sources also made it possible to check the data set for inconsistencies, errors, or missing values. This step increased the reliability and accuracy of the data set., [Methods for processing the data] Data collected and classified in an Excel document., This database compiles the historical record of non-extreme natural events that occurred on the island of Tenerife (Canary Islands) between 1494 and 2020, including volcanic eruptions, earthquakes, floods, landslides, and tsunamis. The information includes key aspects of each event, such as its type, date, and location, as well as cascading effects, affected areas, fatalities, displacements, economic and social losses, management strategies, resilience measures, and documentary references. This database provides a comprehensive view of the recurrence and impact of these phenomena, supporting risk management and land-use planning in island environments., This work was partially supported by the EG grant EVE (DG ECHO H2020 Ref. 826292) and the CSIC grant MAPCAN (CSIC Ref. 202130E083). Marta López-Saavedra received an FPU PhD grant (FPU19/02413) from the Ministry of Science, Innovation and Universities of the Government of Spain., Peer reviewed

[Description of methods used for collection/generation of data] The structural complexity of he natural and restored eelgrass (Zostera marina) meadows was quantified through three metrics: shoot density (shoots/m2), dry shoot biomass (g/m2), and canopy height (cm). Samples were collected in-situ at the planted areas and the interior part of the reference meadows by snorkeling divers in June 2023. Ten and five replicates of 452 cm2 were sampled in Askerön and Gåsö, respectively, in natural and restored Z. marina meadows by placing a 24 cm diameter bucket over the sediment and collecting by hand all the eelgrass shoots inside. Shoots were then placed in a plastic bag and transported to the laboratory. All shoots were counted, and the length of each leaf within a shoot was measured in ten shoots per each habitat and site. Subsequently, canopy height was estimated as 80% of the average maximum leaf length per shoot. All collected shoots were dried at 60ºC for 48 hours and weighed to quantify dry shoot biomass. Fish communities were surveyed on transects by snorkeling divers using a stereo-video system (Stereo Diver Operated Video, Stereo-DOV). Simultaneously, the divers used the traditional method of Underwater Visual Census (UVC) to record all fish observed on an underwater pad. Each transect lasted 7 minutes, covering an average of 140 m2 (70 x 2 m), and was separated to the next transect by at least 10 m. The samplings took place during daylight hours within the two study areas in June 2023. In Askerön, a total of 6 transects for each method were performed on each habitat (i.e. edge, meadow and sand) except for the replanted habitat, where 10 transects were performed. In Gåsö, 9 transects for each method were performed on both the meadow and edge habitats and 13 on each of the replanted and sand habitats. Each observed fish with both methods was identified to the lowest taxonomic level (species level when possible). With Stereo-DOV fish were measured for total length (TL) to enable subsequent biomass estimations. However, with UVC fish were only counted, and their TL was not estimated with this method., [Methods for processing the data] The stereo pairs of recorded videos were analyzed with EventMeasure software, where fish TL was measured by marking each fish from the tip of the snout to the tip of the tail in both videos (left and right). To ensure accuracy and precision to the millimeter level, fish lengths were only measured when individuals were at less than 7 m from the cameras and exhibited one of their body sides straight to the cameras. Fish individuals that did not meet these criteria were excluded from measurement and only identified and counted., This dataset includes structural complexity and fish data from June 2023 from two areas in the West coast of Sweden (Skagerrak): 1) Bay of Askerön; and 2) Bay in the island of Gåsö; where two eelgrass (Zostera marina) plantations were conducted in 2021 and 2019 respectively. The samplings took place during daylight hours within the two study areas in June 2023. The structural complexity of the restored and natural (reference) eelgrass meadows was quantified through three metrics: shoot density (shoots/m2), dry shoot biomass (g/m2), and canopy height (cm). Fish communities were surveyed on transects by snorkeling divers using a stereo-video system (Stereo-DOV) and Underwater Visual Census (UVC) simultaneously. Each transect lasted 7 minutes, covering an average of 140 m2 (70 x 2 m). Each observed fish with both methods was identified to the species level when possible. With Stereo-DOV fish were also measured for total length (TL) to enable subsequent biomass estimations., This work was funded by the European Union’s Horizon 2020 research and innovation programme under grant agreement No. 869300 ‘FutureMARES’, the research contract ‘Restoration of Posidonia oceanica meadow. REE Marine Forest’ signed between Red Eléctrica de España and CSIC, and the project PROFISH (PGC2018-096256-B-I00) funded by FEDER/Ministerio de Ciencia e Innovación–Agencia Estatal de Investigación. This work was carried out within the framework of the activities of the Spanish Government through the ‘Maria de Maeztu Centre of Excellence’ accreditation to the IMEDEA (CSIC-UIB) (CEX2021-001198). J.C.F. was supported by a PhD grant (FPU programme) from the Spanish Ministry of Science, Innovation, and Universities; and by an ERASMUS+ Traineeship grant., With funding from the Spanish government through the "Severo Ochoa Centre of Excellence" accreditation (CEX2021-001198)., Castro-Fernández_etal_2025_DATASET_EELGRASS.xlsx, Peer reviewed

Los datos han sido generados utilizando Excel Office 2019 e IBM SPSS Statistics versión 29.0. Los datos SPSS han sido exportados a Excel.-- Fecha de finalización del proyecto: 30/08/2025., This dataset corresponds to data obtained in a study on the use of refined olive pomace oil (OPO) as a substitute for sunflower oil (SO) in oil-based cakes with anise essence. The influence of processing and storage on the extent of oxidation and the content of oil bioactive components was investigated. This study was recently published in LWT – Food Science and Technology (LWT 2023, 184, 115081. https://doi.org/10.1016/j.lwt.2023.115081). It was conducted within the framework of the SUPRACHEM project, and its title is "Olive pomace oil improves the oxidative stability and nutritional value of oil-based cakes with anise essence, a traditional confectionery product in Spain.", The dataset is presented in XLSX/ODS files containing sheets named according to the data presented in the tables and figures of the research article. These sheets include raw data and the results of statistical analyses exported from IBM SPSS Statistics 29.0. For example, Fig. 1 presents the raw data, as well as the data in Figure 1 expressed as mean and standard deviation, along with the corresponding figure from the article. Additionally, Fig. 1A SPSS includes the results of the statistical analysis., ORIVA 20214171 and MCIN/AEI/10.13039/501100011033 through project with reference PID2020-119304RB-I00., Peer reviewed