Retrieval of forest stem volume has been the main civilian application investigated for VHF SAR data during recent years. Based on promising results obtained from previous studies, a project was defined with the objective to develop a fully integrated system for retrieval of stem volume at high spatial resolution from CARABAS-II VHF SAR images. Using the developed production line, stem volume can easily be retrieved within predefined forest stands or within homogeneous areas defined by segmentation of optical satellite images. In order to evaluate the accuracy and efficiency of the production line, CARABAS-II images have been collected and analyzed over a test area covering 25*25 km/sup 2/. The major part of the area is owned by the Swedish...
Reliable estimations of stem volume are important for sustainable forest management planning as well...
ture radar (SAR) to the forest stem volume (biomass) was investigated by employing a digital stem vo...
The intensity of CARABAS SAR imagery has previously been used for stem volume retrieval in oak domin...
Abstract — The ability to retrieve forest stem volume using CARABAS (coherent all radio band sensing...
Presents a comparison of remote sensing of forests using two complementary, high-resolution sensors;...
Synthetic Aperture Radar (SAR) backscatter data from the Swedish airborne CARABAS-II and LORA system...
VHF-band SAR holds great promise for forest stem volume mapping. The paper describes a coherent scat...
The ability to retrieve forest stem volume using CARABAS (coherent all radio band sensing) SAR image...
A limiting factor that has been identified for stem-volume retrieval in coniferous forests using VHF...
In this study, Synthetic Aperture Radar (SAR) backscatter data from the Swedish airborne CARABAS-II ...
Methods for retrieval of the stem volume, dominant tree height, and dominant tree diameter values us...
Forests cover more than 30% of the Earth\u27s land surface, and represent an important resource. In ...
Radar remote sensing is an efficient method for monitoring forests over large areas. Radar waves tra...
The use of airborne CARABAS-II VHF (20–90 MHz) SAR data for retrieval of forest parameters has been ...
This paper presents a modified robust stem volume retrieval approach suitable for use with L-band SA...
Reliable estimations of stem volume are important for sustainable forest management planning as well...
ture radar (SAR) to the forest stem volume (biomass) was investigated by employing a digital stem vo...
The intensity of CARABAS SAR imagery has previously been used for stem volume retrieval in oak domin...
Abstract — The ability to retrieve forest stem volume using CARABAS (coherent all radio band sensing...
Presents a comparison of remote sensing of forests using two complementary, high-resolution sensors;...
Synthetic Aperture Radar (SAR) backscatter data from the Swedish airborne CARABAS-II and LORA system...
VHF-band SAR holds great promise for forest stem volume mapping. The paper describes a coherent scat...
The ability to retrieve forest stem volume using CARABAS (coherent all radio band sensing) SAR image...
A limiting factor that has been identified for stem-volume retrieval in coniferous forests using VHF...
In this study, Synthetic Aperture Radar (SAR) backscatter data from the Swedish airborne CARABAS-II ...
Methods for retrieval of the stem volume, dominant tree height, and dominant tree diameter values us...
Forests cover more than 30% of the Earth\u27s land surface, and represent an important resource. In ...
Radar remote sensing is an efficient method for monitoring forests over large areas. Radar waves tra...
The use of airborne CARABAS-II VHF (20–90 MHz) SAR data for retrieval of forest parameters has been ...
This paper presents a modified robust stem volume retrieval approach suitable for use with L-band SA...
Reliable estimations of stem volume are important for sustainable forest management planning as well...
ture radar (SAR) to the forest stem volume (biomass) was investigated by employing a digital stem vo...
The intensity of CARABAS SAR imagery has previously been used for stem volume retrieval in oak domin...