Add to ORKGThis document gives an overview of the airborne SAR campaign conducted on the test site Wörgetal in the Austrian Alps in L- and C-band, the simultaneously collected ground truth data, processed radar data and simulated Hydroterra products. The data will be used to analyse the potential to retrieve the snow water equivalent (SWE) from geosynchronous SAR data. A retrieval will also be performed from conventional SAR data at L- and C-band to support the missions ROSE-L and Sentinel-1 NG
The Sentinel satellite constellation series, developed and operated by the European Space Agency, re...
ABSTRACT: We have used TerraSAR-X spot-light mode data (1 m spatial resolution) together with in sit...
The potential of multi-frequency multi-polarization SAR observation for the study of the Earth's bio...
(1) Testing and evaluating methods for snow mass (SWE) retrievals in Alpine environment with focus o...
In March 2021 a field campaign was conducted in the Austrian Alps exploring the application potentia...
This document provides an overview of the airborne L- and C-band SAR campaign conducted in Spring 20...
In order to support the development of observation techniques and inversion algorithms for the retri...
The interest in using synthetic aperture radar (SAR) to study snow properties has increased in the l...
A new airborne synthetic aperture radar (SAR) system was recently developed for the estimation of sn...
An overview on a method for retrieving snow mass (snow water equivalent, SWE) from dual-frequency (K...
Hydroterra was a mission proposal considered as one of three concepts for ESA's Earth Explorer 10 mi...
The Snow Water Equivalent (SWE) describes the amount of liquid water stored in a snow pack and is ...
The European Space Agency (ESA) SnowSAR instrument is a side looking, dual polarized (VV/VH), X/Ku b...
Abstract—This paper describes first results from a low frequency sensor campaign in the high Alpine ...
Ground penetrating radar (GPR) provides relevant information about the stratigraphy of the snow pack...
The Sentinel satellite constellation series, developed and operated by the European Space Agency, re...
ABSTRACT: We have used TerraSAR-X spot-light mode data (1 m spatial resolution) together with in sit...
The potential of multi-frequency multi-polarization SAR observation for the study of the Earth's bio...
(1) Testing and evaluating methods for snow mass (SWE) retrievals in Alpine environment with focus o...
In March 2021 a field campaign was conducted in the Austrian Alps exploring the application potentia...
This document provides an overview of the airborne L- and C-band SAR campaign conducted in Spring 20...
In order to support the development of observation techniques and inversion algorithms for the retri...
The interest in using synthetic aperture radar (SAR) to study snow properties has increased in the l...
A new airborne synthetic aperture radar (SAR) system was recently developed for the estimation of sn...
An overview on a method for retrieving snow mass (snow water equivalent, SWE) from dual-frequency (K...
Hydroterra was a mission proposal considered as one of three concepts for ESA's Earth Explorer 10 mi...
The Snow Water Equivalent (SWE) describes the amount of liquid water stored in a snow pack and is ...
The European Space Agency (ESA) SnowSAR instrument is a side looking, dual polarized (VV/VH), X/Ku b...
Abstract—This paper describes first results from a low frequency sensor campaign in the high Alpine ...
Ground penetrating radar (GPR) provides relevant information about the stratigraphy of the snow pack...
The Sentinel satellite constellation series, developed and operated by the European Space Agency, re...
ABSTRACT: We have used TerraSAR-X spot-light mode data (1 m spatial resolution) together with in sit...
The potential of multi-frequency multi-polarization SAR observation for the study of the Earth's bio...