Please
send paper to Sassan.S.Saatchi@jpl.nasa.gov
and lyndele@virginia.edu before
submitting to RSE
submit your papers via RSE Editorial
Manager and identify them in the Details as for the VEG3D special issue. http://www.editorialmanager.com/rse/
Please follow Instructions to Authors
Submitted to Sassan
Submitted to RSE
|
Deadline: January 30, 2009 |
||
|
Responsible Author |
Title |
Co-authors |
|
Sun |
A case study on canopy
height and biomass mapping with waveform lidar samples and L-band SAR data in
Howland, Maine |
|
|
Dubayah |
Fusion of Lidar and
Hyperspectral Data in Estimating Forest Caopy Structure and Biomass |
|
|
Hall |
Characterizing the 3-D
Vegetation Structure From Space |
|
|
Marlier |
Spatial Sampling and
Scaling in lidar Estimation of Tropical Forest Structure and Biomass |
|
|
Saatchi |
Importance of spatial
scale in assessing the accuracy of estimating forest biomass from radar
measurements |
|
|
Strahler |
Vegetation Foliage
Profiles using a Ground-Based, Upward-Scanning Lidar |
|
|
Yu |
Towards Distribution
of Forest Height and Biomass of North America from Multisensor Data Fusion |
|
|
Carabajal |
Laser Altimeter
Waveform Simulations of Vegetation Vertical Structure Applied to ICESat: A
Valuable Mission Design Tool |
|
|
Carabajal |
Probability of
detection from laser altimeters based on ICESat data |
|
|
Siqueira |
A Trade Study for
Estimating Vegetation Heights from Combined Airborne Lidar and InSAR over the
Duke Forest |
|
|
Harding |
ICESat Apparent
Reflectance for Land Surfaces: Design Constraint for Future Laser Altimeter
Missions |
|
|
Popescu |
Space-borne lidar vs.
small footprint airborne lidar: comparing the accuracy of forest structure
metrics at pixel level |
|
|
Washington-Allen |
IFSAR -based
Estimation of Standing Biomass in an Oak Brush Ecosystem subject to Military
Land Use |
|
|
Knyazikhin |
Retrieving horizontal
and vertical canopy structure from lidar and optical remote sensing data |
|
|
Andersen |
Estimation of biomass
within boreal forests on the Kenai Peninsula of Alaska using spaceborne
L-band polarimetric SAR |
|
|
Radeloff |
Predicting forest
songbird diversity and abundance using Lidar-derived forest structure |
|
|
Neuenschwander |
Minimum vegetation
height, cover, and change detection capabilities from large-footprint lidar |
|
|
Dolan |
Regional Forest Growth
Rates Measured by Combining ICESAT GLAS and Landsat Data |
|
|
Pang |
Modeling spaceborne
lidar performance using simulation of waveforms from forested landscapes |
|
|
Siqueira |
A Survey of Temporal
Decorrelation from Spaceborne L-band Repeat-pass InSAR |
Razi Ahmed,
Paul Siqueira, Scott Hensley, Bruce Chapman, Kathleen Bergen |
|
Ulander |
Title Pending |
|
|
Papathanassiou |
Title Pending |
|