BUSCADOR RECOLECTA

En aquest dataset es poden trobar les dades sobre registres observacionals de les accions i t-patterns de 23 competidors de downhill skateboarding en el circuit de Kozakov els anys 2015-2022. La matriu de dades (tots els registres observacionals junts) es mostra en l'arxiu MatriuResultats.csv pel seu tractament estadístic. Per la detecció de t-patterns, hi trobem el projecte (.tpf) i l'instrument d'observacio (.vvt) per fer-ne el tractament amb el programa Theme6EDU. En la carpeta anomenada Theme s'hi troben els diferents registres dels subjectes analitzats per separat en format .txt pel seu anàlisi a Theme6EDU.

This dataset presents a comprehensive study conducted in the southeastern Bay of Biscay over a span of 30 years. It encompasses detailed information regarding surveyed sites, macroalgal species identification, and assessments of morphofunctional groups. The surveys, conducted in 1991, 2008, 2013, and 2021, aimed to discern temporal and spatial variations within the macroalgal community. Furthermore, Species Temperature Index (STI, °C) were determined for all identified species, enabling the calculation of the Community Temperature Index (CTI, °C) for each site and year under study. This dataset serves as a valuable resource for understanding long-term trends and dynamics within the macroalgal ecosystem of the southeastern Bay of Biscay

Replication data for "A water-soluble polyphosphorhydrazone Janus dendrimer built by “click” chemistry as support for Ru-complexes in catalysis".

Comprehensive experimental database to elucidate the effects of pressure, electrode spacing, and material composition on electric arc characteristics. The experimental setup included a wide range of conditions, including pressures from 0.1 bar to 1 bar, electrode spacings from 1 mm to 12 mm, and two different materials: PVC and PTFE.

This dataset contains the information on our recent body of work on the study of magneto-ionic properties in all-solid-state CoOx/yttria-stabilized zirconia heterostructures and all the relevant data files. Magneto-ionics, an emerging approach to manipulate magnetism that relies on voltage-driven ion motion, holds the promise to boost energy efficiency in information technologies such as spintronic devices or future non-von Neumann computing architectures. Most previous studies in all-solid-state magneto-ionic systems have focused on the control of interfacial magnetism of ultrathin (i.e., 1 – 3 nm) magnetic films, taking advantage of an adjacent ionic conducting oxide, usually GdOx or HfOx, that transports functional ionic species (e.g., H+ or O2?). Here, we report on room-temperature OFF-ON ferromagnetism by solid-state magneto-ionics in relatively thick (25 nm) patterned CoOx films grown on an yttria-stabilized zirconia (YSZ) layer, which acts as a dielectric to hold electric field and as an O2? ions reservoir. Upon negatively biasing, O2? ions from the CoOx tend to migrate toward the YSZ gate electrode, leading to the gradual generation of magnetization (i.e., OFF-to-ON switching of a ferromagnetic state). X-ray absorption and magnetic circular dichroism studies reveal subtle changes in the electronic/chemical characteristics, responsible for the induced magnetoelectric effects in such all-oxide heterostructures. Recovery of the initial (virtually non-magnetic) state is achieved by application of positive voltage. The study may guide future development of all-solid-state low-power CMOS-compatible magneto-ionic devices.

Wide-spread adoption of diffuse optics in clinical settings for head injury assessment has been hindered by several factors. First, results from commercially available near-infrared spectroscopy (NIRS) devices often lack reproducibility and may produce physiologically implausible values. Second, significant variability exists between different systems. These limitations can be partially attributed to the physics of continuous-wave light sources, but a major culprit is the inherent heterogeneity of the head, including morphological and functional abnormalities within the tissue being probed. Our study aimed to investigate the impact of atypical tissue in injured brains on DO signals and to develop recommendations for avoiding data misinterpretation. Diffuse optical measurements and computed tomography (CT) scans were obtained from patients with brain injuries and stroke. The relationship between the diffuse optical signals and the underlying tissue types was analyzed on an individual patient basis.

This dataset provides a comprehensive overview of various research data repositories, detailing their geographical locations, associated software, and the nature of data they host. The spreadsheet includes repositories from institutions such as the Universidad Nacional de Rosario in Argentina and the EarthScope Consortium in the USA, among others. The dataset is crucial for understanding the distribution and technical framework of data repositories worldwide, aiding in the identification of key players and their operational models. This information can assist researchers, policymakers, and IT professionals in making informed decisions regarding data management and collaboration.

This dataset presents the data used for the construction of networks that represent patterns of distribution and production of ampphoric containers and the socio-economic reality of food consumption in Roman times. The data available in this dataset are the result of more than thirty years of epigraphic emptying in the CEIPAC database (http://ceipac.ub.edu), although the data cleaning processes of the data used here belong to the years 2015-2018. The data in general are inscriptions made on Roman amphoras found in the Roman Empire. These data can be freely used by the more than 4K specialists in amphoric epigraphy. The dataset also includes Files in .gdf / .gephi (which can be read by GEPHI) showing the representations of a network where meeting places of objects are associated with their places of origin of the data in the CEIPAC database The dataset includes a folder where the programme used for making the representations is avaailable. The programme is written in python and can be used to represents a network for a given time interval. For its use, the programme requires to have the data files in certain conditions as explained in the manual (in Spanish) and the readme file available in the corresponding folder.

Database on the complaints received by the media regulatory and self-regulatory bodies in relation to the racist and lgtbi-phobic discourses in Catalonia between 2014 and the first quarter of 2024., Base de dades sobre les queixes rebudes pel organismes reguladors i auto-reguladors dels mitjans de comunicació en relació als discursos racistes i lgtbi-fòbics a Catalunya entre 2014 i el primer trimestre de 2024.

This dataset is a Catalogue of LSTID events detected using the HF-Interferometry (HF-INT) method and revised by visual inspection by an expert. HF-INT identifies LSTIDs from the monostatic measurements of a given network of HF sensors (Ionosondes). The method looks for coherent oscillation activity at different measuring sites withkn the network and sets bounds for the time intervals for which such activity occurs in a given region. HF-INT detects TID activity and provides TID Period, Amplitude, Velocity and Direction of propagation, and contribution of the TID to the total variability for a given time series. HF-INT can only identify LSTIDs due to the geographical distribution of Digisonde sites within Europe, whose activity is mainly associated with auroral and geomagnetic activity, which are directly related to Space Weather. The HF-INT method uses the Maximum Usable Frequency (MUF) for a distance of 3000 km obtained from 10 European Digisondes (Athens, Dourbes, Sopron, Fairford, Chilton, Pruhonice, Juliusruh, Rome, San Vito and Roquetes). It uses near real-time data from the GIRO DIDBase Fast Chars (http://giro.uml.edu/didbase/scaled.php). Once an event is detected, an average of the main characteristics is calculated out for all stations and for the entire duration of the event. The files contain the following information distributed in columns: - Year - Month - Day - Starting time - Duration (hours) - Period of the LSTID (minutes) - Amplitude (MHz) - Spectral Energy Contribution (%) - Velocity (m/s) - Azimuth (Degrees), measured clockwise from the true North - Quality Indicator based on the data availability of the network (0 to 1). The files cover the period from 2014 to the present.