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Biosystems Engineering(1)
IEEE Transactions on Geoscience and Remote Sensing(1)
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Sensors (Switzerland)(1)
Assessment of Multispectral Vegetation Features for Digital Terrain Modeling in Forested Regions
ArticleAbstract: Bare-earth extraction in forested regions has been considered challenging because of the lack of groPalabras claves:Conditional random field (CRF), Digital terrain model, multispectral, vegetation indicesAutores:Cheein F.A.A., Fuentes A., Javier Guevara, Juan Villacrés, Menendez O., Robert Guamán Rivera, Tito Arevalo-RamirezFuentes:scopusFoliar moisture content from the spectral signature for wildfire risk assessments in Valparaíso-Chile
ArticleAbstract: Fuel moisture content (FMC) proved to be one of the most relevant parameters for controlling fire bePalabras claves:Fuel moisture content, Leaves spectral signature, Wildland urban interfaceAutores:Cheein F.A.A., Fuentes A., Juan Villacrés, Reszka P., Tito Arevalo-RamirezFuentes:scopusMoisture content estimation of Pinus radiata and Eucalyptus globulus from reconstructed leaf reflectance in the SWIR region
ArticleAbstract: Valparaíso, a central-southern region in Chile, has one of the highest rates of wildfire occurrencePalabras claves:Equivalent water thickness, Fuel moisture content, Machine learning, spectral indices, SWIR reconstructionAutores:Cheein F.A.A., Fuentes A., Juan Villacrés, Reszka P., Tito Arevalo-RamirezFuentes:scopusRetrieval of vegetation indices related to leaf water content from a single index: A case study of eucalyptus globulus (labill.) and pinus radiata (d. don.)
ArticleAbstract: The vegetation indices derived from spectral reflectance have served as an indicator of vegetation’sPalabras claves:EUCALYPTUS GLOBULUS, Fuel moisture content, PINUS RADIATA, Spectral reflectance, vegetation indicesAutores:Cheein F.A.A., Fuentes A., Juan Villacrés, Reszka P.Fuentes:scopus