Resultados de investigación

Datasets relacionados con el artículo "Optimizing divalent metal composition in layered double hydroxides for sustainable NOx photocatalytic removal" disponible en: http://hdl.handle.net/10396/34287

Embargado hasta 01/01/2100., -power.rar: Monte Carlo power: proposed procedure, DHF and HEGY tests, -programs_EViews.rar: EViews programs for Monte Carlo simulations

Datos demográficos y hallazgos clínicos asociados al dolor miofascial a la palpación toracolumbar, grado de flexión toracolumbar medido mediante goniometría digital y asimetrías evaluadas mediante análisis biomecánico en línea recta y en círculos, antes y después del tratamiento con punción seca y acupuntura.

Datos de investigación asociados al artículo: http://hdl.handle.net/10396/36395

Conjunto de cuatro apéndices de datos complementarios y de consulta opcional, que apoyan los resultado de investigación que aparecerán en un capítulo de libro en el que no se pueden incluir esos apéndices, dada su extensión. Para más detalles, véase la “Introduction”, página 2 del archivo.

Embargado hasta 01/01/2100.

Embargado hasta 31/12/2026

We provide 40 m resolution wildfire spread, hazard and exposure metric raster grids for the 0.13 million ha fire-prone Bages County in central Catalonia (northeastern Spain) corresponding to node influence grid (NIG), crown fraction burned (CFB) and fire transmission to residential houses (TR). Fire spread and behavior data (NIG, CFB and fire perimeters) were generated with fire simulation modeling considering wildfire season extreme fire weather conditions (97th percentile). Moreover, CFB was also generated for prescribed fire (Rx) mild weather conditions. The TR smoothed grid was obtained with a geospatial analysis considering large fire perimeters and individual residential structures located within the study area. We made these raster grids available to assist in the optimization of wildfire risk management plans within the study area and mitigate potential losses from catastrophic events., Dades primàries associades a un article publicat a la revista Data in Brief disponible a l'adreça https://doi.org/10.1016/j.dib.2017.12.069

The wildland-urban interface (WUI) is the area where residential structures intermingle with hazardous vegetation and where most housing losses and human fatalities are concentrated. We provide a WUI map of Catalonia, a fire-prone area in northeast Spain where destructive fires caused substantial economic losses in previous decades. Individual housing location, structure density and the vegetation type were used to map the different WUI classes using a geographical information system. WUI areas were concentrated in the coastal belt where suburban sprawl has ocurred nearby or within unmanaged forests. This geospatial information data provides an approximation of potential loss given a fire and provides valuable information to assist landscape and urban planning in the region., Dades primàries associades a un article publicat a la revista Data in Brief disponible a l'adreça https://doi.org/10.1016/j.dib.2017.12.066