Technical Program

Paper Detail

Paper:TU4.08.3
Session:Lidar-based Vegetation Assessment II
Time:Tuesday, July 15, 16:20 - 16:40
Presentation: Oral
Topic: Sensors and Platforms: LiDAR
Title: AUGMENTING FULL-WAVEFORM DUAL-WAVELENGTH ECHIDNA® LIDAR (DWEL) WITH HIGHLY-PORTABLE CANOPY BIOMASS LIDAR (CBL) FOR FORESTRY ASSESSMENT AND SATELLITE VALIDATION
Authors: Ian Paynter; University of Massachusetts Boston 
 Zhan Li; Boston University 
 Crystal Schaaf; University of Massachusetts Boston 
 Alan Strahler; Boston University 
 Edward Saenz; University of Massachusetts Boston 
 Francesco Peri; University of Massachusetts Boston 
 Glenn Howe; University of Massachusetts Lowell 
 Kuravi Hewawasam; University of Massachusetts Lowell 
 Jason Martel; University of Massachusetts Lowell 
 Ewan Douglas; University of Massachusetts Lowell 
 Supriya Chakrabarti; University of Massachusetts Lowell 
 Timothy Cook; University of Massachusetts Lowell 
 Zhousen Wang; NASA Goddard Space Flight Center 
 Yan Liu; University of Massachusetts Boston 
 Shabnam Rouhani; University of Massachusetts Boston 
 Angela Erb; University of Massachusetts Boston 
 Michael Schaefer; Commonwealth Scientific and Industrial Research Organisation 
 Glenn Newnham; Commonwealth Scientific and Industrial Research Organisation 
 David Jupp; Commonwealth Scientific and Industrial Research Organisation 
 Jan van Aardt; Rochester Institute of Technology 
 David Kelbe; Rochester Institute of Technology 
 Paul Romanczyk; Rochester Institute of Technology 
 Kerry Cawse-Nicholson; Rochester Institute of Technology 
 Jason Faulring; Rochester Institute of Technology 
 Thomas Kampe; National Earth Observatory Network 
 Keith Krause; National Earth Observatory Network 
 Nathan Leisso; National Earth Observatory Network 
 John Armston; University of Queensland 
 Stuart Phinn; University of Queensland 
 Jasmine Muir; University of Queensland 
 Darius Culvenor; Environmental Sensing Systems