Remotely sensed data have become the primary source for biomass estimation. A summary
of previous research on remote sensing‐based biomass estimation approaches and a …

Monitoring and maximization of bioenergy yield from biomass feedstock has recently
become a critically important goal for researchers. Remote sensing represents a potential …

A simple and relatively accurate technique for classifying time-series Landsat Thematic
Mapper (TM) imagery to detect levels of forest harvest is the topic of this research. The …

The authors present the results of an experiment defined to demonstrate the use of radar to
retrieve forest biomass. The SAR data were acquired by the NASA/JPL SAR over the …

Two independent experimental efforts have examined the dependence of radar backscatter
on above-ground biomass of monospecie conifer forests using polarimetric airborne SAR …

As remote sensing data and methods have become increasingly complex and varied-and
increasingly reliable-so have their uses in forest management. New algorithms have been …

The full realization of the potential of remote sensing as a source of environmental
information requires an ability to generalize in space and time. Here, the ability to generalize …

Forest age is an important variable for assessments of biodiversity and habitat, sustainable
forest and land management, as well as forest carbon science and modeling. Tree and …

The global forest ecosystem, which acts as a large carbon sink, plays an important role in
modeling the global carbon balance. An accurate estimation of the total forest carbon stock …

Quantification of forest structure is important for developing a better understanding of how
forest ecosystems function. Additionally, estimation of forest structural attributes, such as …