BUSCADOR RECOLECTA

Aquesta és una versió anterior substituïda per la infografia 'Ouriginal, detecció de plagi' de 2021, disponible a http://hdl.handle.net/10256/19958, Infografia que explica el funcionament general d'Urkund, el sistema antiplagi que s'utilitza a la Universitat de Girona fins al 2020. A partir de 2021 el sistema per detectar casos de plagi és 'Ouriginal', fruit de la fusió d’Urkund i Plagscan

Infografia que mostra la publicació en accés obert a la Universitat de Girona i els beneficis que aporta. Les diferents representacions gràfiques de les dades mostren: el número de documents de recerca oberts i embargats dipositats al DUGiDocs, els documents per tipologies, els documents publicats al DUGiDocs per any i l'evolució de la publicació en obert al repositori de la UdG des de l'any 2011 al 2019

Infografia que mostra l'estat de la Universitat de Girona segons l'Observatori de l'Accés Obert. A través de representacions gràfiques es visualitza el tipus de via de publicació en accés obert per any i la seva evolució en tant per cent des de l'any 2011 al 2019

Datos utilizados en los análisis estadísticos del artículo

Data used for meta-analysis of salvage logging effects on woody plant regeneration. point.id= unique identification number for each data point site.id= unique identification number for each publication (see references in attached file). country= Country where the study site was located .disturbance.type, disturbance.severity, time.disturbance.logging, time.logging.measurement, logging.intensity, forest.leaf.habit, forest.age, regeneration.syndrome, aridity = the effect moderators described in Supporting Information S1 of the paper. response= response variable. yi, vi= mean and variance of Hedge's d (effect sizes). data.origin= position in the publication where the data were obtained (or directly from author)., Funded by grants: RTI2018-096187-J-100 from FEDER/ Ministerio de Ciencia, Innovación y Universidades LRB20/1002 from the British Ecological Society Research Fellowship from the Alexander von Humboldt Foundation

Material complementario del artículo "El uso combinado de Reflectance Transformation Imaging (RTI) y Fotogrametría SfM para la mejora de la visualización y el estudio de elementos patrimoniales deteriorados y de difícil acceso", Additional material of the paper "Combined use of Reflectance Transformation Imaging (RTI) and SfM Photogrammetry to enhance research and visualization of damaged and hard to access Cultural Heritage"

Replication Data for: Modulating the Neural Bases of Political Communications: Political Involvement and Perception of the Economic Situation

Corresponding author: Dr. Sergio Cantero Chinchilla. sergio.canterochinchilla@bristol.ac.uk // scanteroch@gmail.com Involved institutions: University of Nottingham (UK), University of the Basque Country (ES), Technological Institute of Aragón (ES), University of Granada (ES)., Ultrasonic guided-wave test data taken from a fatigue test experiment over a notched aluminium plate. Data summary.- Ultrasonic guided-wave test data: Frequency of excitation: 300 kHz (radial mode of vibration) Shape: sinusoid of 4 cycles Amplitude: 45 Vpp Sampling frequency: 60 kHz Fatigue test data.- Load type: Tension-Tension (using Instron 8850 servo-hydraulic fatigue testing machine) Minimum load: 1kN Maximum load: 10kN Frequency: 6Hz Number of cycles: 100 000 Specimen information.- Aluminum plate Alloy: QQA250/5 ‘O’ 2024 Dimensions: 245mm x 500mm x 1mm Central notch length: 22.5mm (centered with respect to the test sample centerline and machined using a laser cutting procedure) Further description.- The fatigue test has been performed using a middle tension [M(T)] specimen with a centered crack and loaded in tension using a positive loading ratio. A fatigue pre-cracking procedure was applied to develop a fresh and straight crack front to mitigate the effect of the machined started notch. The detection and monitoring of the crack onset and growth was carried out using two phased-arrays of six piezoelectric wafer active sensors (PWAS), one set as transmitter, the other as receiver. Piezoelectric ceramic disc transducers of 7mm diameter and 0.5mm thickness have been used in this fatigue test. They PWAS were placed symmetrically with regards to the sample centerline and bonded to the aluminum surface using a 3M Scotch-Weld DP490 epoxy adhesive (TradeMarks). File naming convention: “P_AL_S01_BF6.mat” or “P_AL_S01_BF6_XXX.mat” with XXX=1000, 2000, 3000, 100 000; P stands for Plate; AL stands for Aluminum; S01 stands for specimen 01; BF6 stands for Beamforming using 6 transducers; XXX are the number of cycles at which the fatigue test stopped and the ultrasonic guided-wave tests were performed (every 1000 fatigue cycle). Note 1: The file “P_AL_S01_BF6.mat” contains the data with the structure in pristine state. Note 2: The files “P_AL_S01_BF6_XXX.mat” contains the data after XXX fatigue cycles. Further details about the internal data structure of the MAT-files included within the Readme file within the dataset.

Data underlying the wildlife population abundances shown in Figure 4. Population sizes (kilometric abundance index) were estimated monthly as the number of observed individuals along fixed, 20-m width transects adding up to 10.2 km length and distributed throughout the estate, from 2006 to 2018.