Tandem-L is a proposal for an innovative interferometric radar mission to monitor the Earth system and its intricate dynamics. Important mission objectives are global inventories of forest height and above-ground biomass, largescale measurements of Earth surface deformations due to plate tectonics, erosion and anthropogenic activities, observations of glacier movements and 3-D structure changes in land and sea ice, and the monitoring of ocean surface currents. The mission concept is based on co-flying two fully-polarimetric L-band SAR satellites in a close formation. Tandem-L employs new techniques and advanced technologies to achieve its ambitious mission goals. The feasibility of a joint DLR/JAXA mission is currently being investigated i...
DLR is studying a future L-band satellite mission (Tandem-L) in close cooperation with NASA/JPL (DES...
Tandem-L is a highly innovative L-band SAR mission for the global observation of dynamic processes o...
TanDEM-X (TerraSAR-X add-on for Digital Elevation Measurement) opens a new era in space borne radar ...
Tandem-L is a proposal for a highly innovative L-band SAR mission for the systematic observation of ...
Tandem-L is a proposal for a highly innovative L-band SAR mission for the systematic observation of ...
Tandem-L is a German mission proposal for an innovative interferometric L-band radar mission that en...
Tandem-L is a proposal for a highly innovative L-band SAR mission for the systematic observation of ...
Tandem-L is a proposal prepared by DLR and NASA for an L-band Synthetic Aperture Radar (SAR) mission...
Tandem-L is a mission proposal for an innovative interferometric L-band radar instrument that enabl...
Tandem-L is a German mission proposal for an innovative interferometric L-band radar mission that en...
Tandem-L is a proposal for a highly innovative satellite mission for the global observation of dynam...
Tandem-L is a proposal for a spaceborne L-band SAR mission that aims at the global monitoring of dy...
The operation of two SAR satellites flying in close formation enables bistatic operation...
Tandem-L is a highly innovative SAR satellite mission for the global observation of dynamic processe...
The TanDEM-X mission consists of two satellites which fly in close formation to form a single-pass ...
DLR is studying a future L-band satellite mission (Tandem-L) in close cooperation with NASA/JPL (DES...
Tandem-L is a highly innovative L-band SAR mission for the global observation of dynamic processes o...
TanDEM-X (TerraSAR-X add-on for Digital Elevation Measurement) opens a new era in space borne radar ...
Tandem-L is a proposal for a highly innovative L-band SAR mission for the systematic observation of ...
Tandem-L is a proposal for a highly innovative L-band SAR mission for the systematic observation of ...
Tandem-L is a German mission proposal for an innovative interferometric L-band radar mission that en...
Tandem-L is a proposal for a highly innovative L-band SAR mission for the systematic observation of ...
Tandem-L is a proposal prepared by DLR and NASA for an L-band Synthetic Aperture Radar (SAR) mission...
Tandem-L is a mission proposal for an innovative interferometric L-band radar instrument that enabl...
Tandem-L is a German mission proposal for an innovative interferometric L-band radar mission that en...
Tandem-L is a proposal for a highly innovative satellite mission for the global observation of dynam...
Tandem-L is a proposal for a spaceborne L-band SAR mission that aims at the global monitoring of dy...
The operation of two SAR satellites flying in close formation enables bistatic operation...
Tandem-L is a highly innovative SAR satellite mission for the global observation of dynamic processe...
The TanDEM-X mission consists of two satellites which fly in close formation to form a single-pass ...
DLR is studying a future L-band satellite mission (Tandem-L) in close cooperation with NASA/JPL (DES...
Tandem-L is a highly innovative L-band SAR mission for the global observation of dynamic processes o...
TanDEM-X (TerraSAR-X add-on for Digital Elevation Measurement) opens a new era in space borne radar ...