3D Remote Sensing Applications in Forest Ecology: Composition, Structure and Function
Latifi, Hooman||Valbuena, Ruben
3D Remote Sensing Applications in Forest Ecology: Composition, Structure and Function
English[eng]
normalized difference vegetation index (NDVI)||SRTMGL1||SPOT-6||urban ecology||terrestrial laser scanner||Lantana camara||terrestrial laser scanning||harvester||product recovery||imputation||optimization||multi-spectral||function||ZiYuan-3 stereo images||spatial noise||3D remote sensing||tree measurement||diameter at breast height (DBH)||DSM||metabolic scale theory||municipal forestry||digital photogrammetry||Norway spruce||missing observations||interrater agreement||measurement error||stump height||Fractional cover analysis||google earth engine||high-voltage power transmission lines||habitat fragmentation||codispersion coefficient||forest fire||tree height||nu SVR||RapidEye||uneven-aged mountainous||random Hough transform||kriging||street trees||ground validation||Google Street View||laser||species identification||composition||maximum forest heights||mountainous areas||landscape fragmentation||Landsat 8||forest canopy height||allometric scaling and resource limitation model||urban forestry||point cloud||GSV||stump diameter||structure||3D||codispersion map||forest ecology||polarimetery||crowdsourced data
3D Remote Sensing Applications in Forest Ecology: Composition, Structure and Function
English[eng]
normalized difference vegetation index (NDVI)||SRTMGL1||SPOT-6||urban ecology||terrestrial laser scanner||Lantana camara||terrestrial laser scanning||harvester||product recovery||imputation||optimization||multi-spectral||function||ZiYuan-3 stereo images||spatial noise||3D remote sensing||tree measurement||diameter at breast height (DBH)||DSM||metabolic scale theory||municipal forestry||digital photogrammetry||Norway spruce||missing observations||interrater agreement||measurement error||stump height||Fractional cover analysis||google earth engine||high-voltage power transmission lines||habitat fragmentation||codispersion coefficient||forest fire||tree height||nu SVR||RapidEye||uneven-aged mountainous||random Hough transform||kriging||street trees||ground validation||Google Street View||laser||species identification||composition||maximum forest heights||mountainous areas||landscape fragmentation||Landsat 8||forest canopy height||allometric scaling and resource limitation model||urban forestry||point cloud||GSV||stump diameter||structure||3D||codispersion map||forest ecology||polarimetery||crowdsourced data