Lien vers l'article paru dans la revue #Biological #Invasions : Utilisation de l'imagerie hyperspectrale pour une cartographie à très haute définition de l'invasion de l'île de Sylt, en Allemagne, par la mousse cactus ⬇️ https://t.co/m6POmanACS
@bonebraking @Ecology_Letters @tommaso_jucker @KD_Chadwick Using remote sensing hyperspecteal images you can even map tiny inconspicuous moss species like Campylopus introflexus, a non-native invasive species in Europe https://t.co/p2vwsSvJlB @BioInvasions
#Hyperspectralremotesensing data on #bryophyteinvasions as an alternative to traditional field mapping approaches. https://t.co/AT3Vc0E5fZ
RT @EkoLogIt: Did you know we can map the distribution of a tiny invasive moss from #airborne imagery? https://t.co/KI3JpVujbR @project_DIA…
RT @EkoLogIt: Did you know we can map the distribution of a tiny invasive moss from #airborne imagery? https://t.co/KI3JpVujbR @project_DIA…
RT @EkoLogIt: Did you know we can map the distribution of a tiny invasive moss from #airborne imagery? https://t.co/KI3JpVujbR @project_DIA…
RT @EkoLogIt: Did you know we can map the distribution of a tiny invasive moss from #airborne imagery? https://t.co/KI3JpVujbR @project_DIA…
Did you know we can map the distribution of a tiny invasive moss from #airborne imagery? https://t.co/KI3JpVujbR @project_DIARS @INEE_CNRS
First @project_DIARS paper: Mapping an invasive moss species using airborne imaging spectroscopy (APEX) : https://t.co/njr0ujP52l