During the two SIR-C/X-SAR missions two deciduous and coniferous forests were observed in the area of Oberpfaffenhofen. First steps toretrieve bio-physical information about these forests from multifrequency and polarimetric data are presented. Starting with the description of the test sites and the collected ground truth data, the paper mainly deals with the results of attenuation measurements, model calculations (MIMICS) and SAR data analysis
Remote sensing offers a wide range of instruments suitable to meet the growing need for consistent, ...
Polarimetric signatures in L-band data measured by the spaceborne SAR sensor ALOS-2 are correlated w...
Spaceborne SAR remote sensing and tree architectural growth model are new tools under development an...
Two forests - a beech and a spruce stand - were under investigation during the SIR-X/X-SAR missions ...
The potential of multifrequency and polarimetric data to monitor deciduous and coniferous forests is...
In April and October 1994 the Space Shuttle Endeavour flew the SIR-C/X-SAR missions, where the Earth...
Information on the forest biomass is needed, besides global environmental modelling applications, in...
Frequent, high-resolution mapping of national and global forest resourcesis needed for improved clim...
The advancements in processing and inversion of multi-baseline SAR techniques during the last years ...
The application of polarimetric Synthetic Aperture Radar (SAR) to forest observation for mapping, cl...
Aspects of forest biomass mapping using SAR (Synthetic Aperture Radar) data were studied in study si...
Reliable estimations of stem volume are important for sustainable forest management planning as well...
Efficient methods to monitor forested areas help us to better understand their processes. To date, o...
Microwaves can propagate through vegetation layers, allowing the radar signal to interact with the d...
Spaceborne SAR remote sensing and tree architectural growth model are new tools under development an...
Remote sensing offers a wide range of instruments suitable to meet the growing need for consistent, ...
Polarimetric signatures in L-band data measured by the spaceborne SAR sensor ALOS-2 are correlated w...
Spaceborne SAR remote sensing and tree architectural growth model are new tools under development an...
Two forests - a beech and a spruce stand - were under investigation during the SIR-X/X-SAR missions ...
The potential of multifrequency and polarimetric data to monitor deciduous and coniferous forests is...
In April and October 1994 the Space Shuttle Endeavour flew the SIR-C/X-SAR missions, where the Earth...
Information on the forest biomass is needed, besides global environmental modelling applications, in...
Frequent, high-resolution mapping of national and global forest resourcesis needed for improved clim...
The advancements in processing and inversion of multi-baseline SAR techniques during the last years ...
The application of polarimetric Synthetic Aperture Radar (SAR) to forest observation for mapping, cl...
Aspects of forest biomass mapping using SAR (Synthetic Aperture Radar) data were studied in study si...
Reliable estimations of stem volume are important for sustainable forest management planning as well...
Efficient methods to monitor forested areas help us to better understand their processes. To date, o...
Microwaves can propagate through vegetation layers, allowing the radar signal to interact with the d...
Spaceborne SAR remote sensing and tree architectural growth model are new tools under development an...
Remote sensing offers a wide range of instruments suitable to meet the growing need for consistent, ...
Polarimetric signatures in L-band data measured by the spaceborne SAR sensor ALOS-2 are correlated w...
Spaceborne SAR remote sensing and tree architectural growth model are new tools under development an...