VOLUME 75, NUMBER 7
PHOTOGRAMMETRIC ENGINEERING & REMOTE
SENSING
JOURNAL OF THE AMERICAN SOCIETY FOR PHOTOGRAMMETRY
AND REMOTE SENSING
The cover image shows biomass data over a forested region in South
America. Produced using Fugro EarthData’s dual-band
GeoSAR radar mapping system, areas of low biomass
appear in shades of blue and green, while areas of high
biomass are shown in orange and pink tones. Spatially derived
biomass maps like the one shown here are of
increasing importance as governments around the world
work to implement carbon trading programs aimed at
curbing CO2 emissions. Tropical forests, which hold large
percentages of the world’s total vegetation-based carbon
stocks, are in special need of high accuracy biomass data.
Fugro EarthData is currently working with existing clients
and university partners to validate the use of GeoSAR
data in this regard. The basis for the GeoSAR research is
documented in this month’s highlight article (page 738),
entitled “GeoSAR and DBInSAR: Combining “X” With “P” for Tropical Forest “C””.
GeoSAR is the world’s only dual-band, single-pass airborne
interferometric SAR mapping system. Penetrating
clouds and foliage, GeoSAR simultaneously maps surface
features (using X-band) and near bare-earth elevation
(using P-band), making it particularly well suited for
equatorial mapping. For more information on GeoSAR
and its use for wide-area carbon mapping, contact mlwilliams@fugroearthdata.com or visit our website at www.fugroearthdata.com.
A framework for assessing taxonomically detailed landcover/land-use maps at regional scale is proposed and
illustrated on the Mexican National Forest Inventory map
of a subtropical densely forested area.
GIS analyses to estimate and visualize the location, extent,
and impacts of potential inundation resulting from
sea level rise projections at a global scale.
The effect of scale and associated segmentation quality
on classification results of forest types in a National Park,
U.S. was investigated with spectral and spatial information
of multispectral Ikonos imagery.
An object based vehicle detection algorithm using Quick-Bird imagery for generation of data that are to be used in
estimates of Annual Average Day Traffic.
An object-based classification technique to extract vehicle
volumes and vehicle type distributions from aerial
photos sampled throughout a large metropolitan area.