Estimates of forest biomass are needed for various technical and scientific applications,
ranging from carbon and bioenergy policies to sustainable forest management. As local …

Forests serve as the largest carbon reservoir in terrestrial ecosystems, playing a crucial role
in mitigating global warming and achieving the goal of “carbon neutrality”. Forest biomass is …

Forest canopy height is a critical parameter in better quantifying the terrestrial carbon cycle.
It can be used to estimate aboveground biomass and carbon pools stored in the vegetation …

Estimation of forest biomass with synthetic aperture radar (SAR) and interferometric SAR
(InSAR) observables has been surveyed in 186 peer-reviewed papers to identify major …

Understanding global climate change and developing strategies for sustainable use of our
environmental resources are major scientific and political challenges. In response to an …

JERS‐1 L‐band SAR backscatter from test sites in Sweden, Finland and Siberia has been
investigated to determine the accuracy level achievable in the boreal zone for stand‐wise …

The estimates of above-ground forest biomass (AGB) in Northern Eurasia are highly
uncertain, despite the global importance of AGB for ecosystem services and its role as …

Forest mapping is an important source of information for assessing woodland resources and
a key issue for any National Forest Inventory (NFI). In the present study, a detailed wall-to …

We have investigated for forest plantations in Chile the stand-level retrieval of canopy height
(CH) and growing stock volume (GSV) using Airborne Laser Scanner (ALS), ALOS PALSAR …

Synthetic Aperture Radar (SAR) data has been investigated to determine the relationship
between burn severity and interferometric coherence at three sites affected by forest fires in …