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Assessing landslide potential using GIS, soil wetness modeling and topographic attributes, Payette River, Idaho
ArticleAbstract: This study utilizes GIS modeling to determine if the location of 559 landslides in the 875 km2 catchPalabras claves:Bayesian, GIS, Landslide, Mass movement, Model, slope, WetnessAutores:Custer S.G., Lineback Gritzner M., Marcus W.A., Richard J. AspinallFuentes:scopusConsiderations in collecting, processing, and analysing high spatial resolution hyperspectral data for environmental investigations
ReviewAbstract: This paper briefly describes the methods available for collection, atmospheric and geometric correctPalabras claves:Analysis, Atmospheric and geometric correction, High spatial resolution, Hyperspectral imageryAutores:Boardman J.W., Marcus W.A., Richard J. AspinallFuentes:scopusExposure assessment using high spatial resolution hyperspectral (HSRH) imagery
Conference ObjectAbstract: This special issue reports the findings of a specialist workshop held in the summer of 2000, in AnnPalabras claves:exposure assessment, Hyperspectral imagery, resolution, Spatial AnalysisAutores:Greiling D.A., Jacquez G.M., Marcus W.A., Richard J. AspinallFuentes:scopusFluvial response a decade after wildfire in the northern Yellowstone ecosystem: A spatially explicit analysis
ArticleAbstract: Forest fire is a vital ecological process capable of inducing complex fluvial response, but the intePalabras claves:Bank failure, fire, Fluvial geomorphology, Incision, Stream power, WatershedAutores:Fonstad M., Lawrence R., Legleiter C., Marcus W.A., Richard J. AspinallFuentes:scopusEvaluation of multispectral, fine scale digital imagery as a tool for mapping stream morphology
ArticleAbstract: Multispectral digital imagery acquired from Soda Butte and Cache Creeks, Montana and Wyoming was usePalabras claves:classification, Imagery, Mapping, MORPHOLOGY, Pool, Riffle, streamAutores:Marcus W.A., Richard J. Aspinall, Wright A.Fuentes:scopusHigh spatial resolution hyperspectral mapping of in-stream habitats, depths, and woody debris in mountain streams
ArticleAbstract: This article evaluates the potential of 1-m resolution, 128-band hyperspectral imagery for mapping iPalabras claves:depth, In-stream habitat, MORPHOLOGY, Mountain stream, remote sensing, Woody debrisAutores:Boardman J.W., Crabtree R., Legleiter C., Marcus W.A., Richard J. AspinallFuentes:scopus