Resultados de investigación

Data corresponding to the experimental study carried out in the framework of a project by the “Ministerio de Economía y Competitividad” of the Spanish Government and located in the Environmental Physics group laboratory of the UdG.

These experimental study aim to determine the interaction between hydrodynamics and the canopy structure, a set of laboratory experiments were carried out with both rigid and flexible stems for different canopy densities, patch lengths and wave frequencies.

The data are presented in Excel, where on each sheet of Excel the data represented in the figures of the article published with the results of the different experiments are collected (https://doi.org/10.1038/s41598-023-28077-2).

So the second Excel sheet corresponds to figure 1 of the referenced article where the vertical profiles are shown TKE(turbulent kinetic energy )/Uw2(wave velocity) vertical profiles (a) versus z (vertical position) for non-vegetated set ups, and versus z/hp for (b) rigid vegetation and (c) flexible vegetation for the two wave frequencies studied f (wave frequency) = 1.12 Hz (circles) and (b) f = 0.5 Hz (triangles). The horizontal dashed lines in (b) and (c) represent the height of the plant leaf for flexible plants (hp) or the height of the plant stem for rigid plants. The vegetated experiments presented here correspond to cases with a patch length of 238 cm and SPF (solid plant fraction) = 10%. The horizontal grey lines represent the interface between the upper-canopy layer and the lower-canopy layer for both types of vegetation.

The third Excel sheet corresponds to figure 2, it is represented TKE attenuation in relation to the non-vegetated cases at the UCL (upper canopy layer) (βUCL) for (a) flexible vegetation (a) and for (b) rigid vegetation (b). TKE attenuation in relation to the non-vegetated cases at the LCL (lower canopy layer) (βLCL) for (c) flexible vegetation and for (d) rigid vegetation.

In the fourth sheet of Excel, the data in figure 3 is specified, that is to say, Vertical TKE attenuation, β′, for the (a) flexible vegetation model and (b) rigid vegetation model. Unfilled circles correspond to f = 0.5 Hz, and solid black circles correspond to f = 1.12 Hz. The vertical dashed lines indicate the threshold of Aw (Wave orbital excursion length scale)/S (plant-to-plant distance) for each type of plant, and the horizontal dashed line represents the y-axis value of β′ = 1.

In the fifth sheet of Excel, the data corresponding to figure 4, TKE versus CD−Patchnd22(1−∅)]23Uw2 for (a) flexible and (b) rigid vegetation.

Finally, in the six sheet, the data corresponding to figure 5, number of shoots per m2 (n) required to begin producing TKE versus TKE/Uw2 for different patch lengths and for (a) rigid and (b) flexible plant structures.

Electrophysiology data from Trichromatic retina is highly conserved among tortricid moths. Spectral sensitivity data under dark adapted, green adapted, blue adapted and ultraviolet adapted conditions for three species of tortricids with different diel activities. Spectral sensitivity data from intracellular recordings of Cydia pommonella males and females. Responses of the three species of tortricids under a flickering light at different frequencies to obtain the temporal resolution of the photoreceptors.

We evaluate the potential of LiDAR and RGB imagery obtained through unmanned aerial vehi-cles (UAVs) as high-throughput phenotyping tools for the characterization of tree growth and crown structure in two representative Mediterranean pine species (P. nigra and P. halepensis). Both UAV-based methods were then tested for their accuracy to detect genotypic differentiation among Pinus nigra and Pinus halepensis populations and their subspecies (black pine) or ecotypes (Aleppo pine). We investigated the possible relation between intraspecific variation of morphometric traits and life-history strategies of populations by correlating traits to climate factors at origin of pop-ulations. Finally, we investigated which traits distinguished better among black pine subspecies or Aleppo pine ecotypes. The data included raw values of morphometric traits derived from LiDAR and RGB-UAVs and measured in situ, populations means of statistically relevant morphometric traits and climate variables at site, and subspecies (P. nigra) and ecotypes (P. halepensis) means of statistically significant morphometric traits.

Data collection (.csv) of the technical gestures of 15 lithic knapping experiments. This database is the raw data associated to the paper: Arturo Cueva-Temprana, Diego Lombao, Juan Ignacio Morales, Nuria Geribàs & Marina Mosquera (2019) Gestures During Knapping: A Two-perspective Approach to Pleistocene Technologies, Lithic Technology, 44:2, 74-89. These 15 experiments consisted of 5 expert knappers (EK1-EK5) whose objective was to obtain 3 different types of final products: choppers, chopping tools and handaxes.

Este dataset está formado por los datos recogidos en tres ficheros Excel para realizar el análisis de la relación de las universidades españolas con la Agenda 2030 y los Objetivos de Desarrollo Sostenible (ODS) desde tres perspectivas complementarias: la visibilidad web de las universidades españolas, tanto públicas como privadas; la presencia en los planes estratégicos vigentes de las universidades públicas españolas; y la producción académica española sobre la Agenda 2030 y los ODS en la base de datos Web of Science. Las universidades son agentes relevantes para la promoción e implementación de la Agenda 2030 y sus ODS por el rol que ejercen en la sociedad.

This dataset gathers Infra Red (IR) airborne observation of a ~1ha experimental burn conducted in 2008 during a field campaign in Ngarkat Conservatory Park in Australia. The campaing was organised within the FuSE Aerial Suppression Experiments project run by CSIRO and Bushfire CRC. The camera used were a Long Wave Infra Red (LWIR) FLIR 570 and a standard visible camera. Both were handheld from a hovering off-nadir helicopter located on the side of the burn plot with a view angle around 60 degree. No detailed fuel map or atmospheric profile are available. The fire lasted 5.20 min and the camera collected radiometric frames at 5Hz, so that 1335 frames were recorded.

This dataset collects information on 60 agroecological consumer cooperatives in the city of Barcelona in terms of model typology, volume of participants, principles of the Social and Solidarity Economy and digital characterization. The dataset consist of 3 files: 1) BBDD_Cooperativisme_agroecologic_era_Societat_Xarxa.csv - data collected about the cooperatives included in the thesis; 2) graphics.pdf - list of graphics included in the thesis; 3) tables.pdf - list of tables included in the thesis

BACKGROUND AND CURRENT STATUS: Myeloid cells are crucial effectors of the innate immune response and essential regulators of adaptive immunity. Myeloid cells are myeloid cells are extremely plastic in that they respond and terminally differentiate into a diversity of into a diversity of functional types, in the blood or in tissues, in response to a variety of growth factors. response to a variety of growth factors, cytokines and pathogenic molecules. This plasticity is also manifested by the subversion of normal differentiation toward the aberrant generation of alternative the aberrant generation of alternative varieties of tolerogenic or immunosuppressive myeloid cells in inflammatory immunosuppressive in inflammatory conditions such as those occurring in autoimmune and autoimmune diseases. autoimmune and autoinflammatory diseases, in the context of infection and in the tumor microenvironment where tumor microenvironment where various inflammatory factors are released [Rodríguez-Ubreva et al. et al., 2017]. The differentiation and activation of myeloid cells requires the fine regulation fine regulation of gene expression [Alvarez-Errico et al. 2015]. This depends on the interaction of a variety of elements, including transcription factors and epigenetic mechanisms. epigenetic mechanisms. Epigenetic mechanisms are largely responsible for the plasticity of myeloid cells under both physiological and exacerbated inflammatory conditions. of exacerbated inflammation. The development of compounds that inhibit epigenetic enzymes epigenetic enzymes provides new therapeutic opportunities for intercepting the connection between extracellular factors and host myeloid cells [Rodriguez-Ubreva et al. al., 2017]. In previous projects, our group has determined the connection between diverse transcriptional factors and epigenetic enzymes that direct methylation changes towards certain genomic regions both under physiological conditions [de la Rica et al. (2013, 2015) Vento-Tormo et al (2016), Garcia-Gómez et al (2017)] as well as aberrant [Vento-Tormo et al (2017)]. OBJECTIVES: 1) to identify the mechanistic connection between different stimuli and the elements that determine the acquisition of specific patterns of epigenetic marks in myeloid cells [Vento-Tormo et al. epigenetic marks in tolerogenic or immunosuppressive myeloid cells; 2) to identify the between different stimuli and the acquisition of epigenetic memory in myeloid cells, such as myeloid cells myeloid cells, such as those of tolerance or trained immunity; 3) determine the methylation profile of myeloid cells, such as those of tolerance or 3) to determine the methylation profile of myeloid cells in three representative rheumatic autoimmune diseases and to establish their relationship to genetic factors; 4) to determine the methylation profile of myeloid cells in three 4) to determine the methylation profile of myeloid cells in representative autoinflammatory diseases and to identify the factors involved in the signaling pathways connected with such epigenetic changes. epigenetic changes.

Dades de recerca de la tesi doctoral "L'Eventivitat en els textos i en els diccionaris especialitzats en biomedicina" amb material corresponent al corpus, la metodologia, el buidatge lexicogràfic del corpus textual, el buidatge manual del corpus textual i el buidatge del corpus lexicogràfic.

This dataset contains experimental recordings on neuronal cultures grown on PDMS topographical cultures, as well as the corresponding numerical simulations. Data is in the form of raster plots and includes a representative full analysis for the extraction of important properties such as activity and effective connectivity.
Experimental data was obtained from rat primary neuronal cultures grown on topographical PDMS patterns. Spontaneous activity of neurons grown on different pattern configurations was then recorded using fluorescence calcium imaging. Data was then analyzed with the NETCAL toolbox run in Matlab (available at Zenodo, DOI: 10.5281/zenodo.1119026) to extract the raster plots and properties such as collective activity and effective connectivity. Numerical simulations were based on the articles Orlandi et al., Nature Physics 9, 582–590 (2013) and Ludl and Soriano, Front. Comput. Neurosci. 14, article 77 (2020), and were extended to include spatial constraints in network connectivity that mimic the experimental PDMS patterns.