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Microwaves and Radar Institute
Director of the Institute
Microwaves and Radar Institute
With its know-how and expertise in passive and active microwave remote sensing, the Microwaves and Radar Institute contributes to the development and advancement of ground-based, airborne and spaceborne sensors. The focus of its research work is on the conception and development of new synthetic aperture radar (SAR) techniques and systems, as well as sensor-specific applications.
FRINGE'15: Ground deformation around the city of Naples
23. März 2015
Ten Sentinel-1A radar scans acquired between 7 October 2014 and 12 March 2015 were combined to create this image of ground deformation around the city of Naples, which includes the active volcanic areas of Italy’s Phlegraean Fields – or Campi Flegrei – and the Vesuvius volcano. Dark blue indicates areas that experienced an uplift of about 0.5 cm per month, while red areas show subsidence down to 0.5 per month. The purple square over the city of Naples indicates the location of the calibration point. These preliminary results are presently presented at the Fringe Workshop at ESA’s ESRIN centre for Earth observation.
Data Transmission via LTE
18 March 2015
So far, in the VABENE++ project data gets transmitted from the aircraft/helicopter to the ground via a special microwave link or an optical laser link. However, for these data links a special mobile ground station needs to be set up in the field. Now a study was carried out to investigate whether the modern mobile communication standard “Long Term Evolution” (LTE) can be used as an alternative or supplementary data transfer technique. For data reception on the ground only the already available LTE ground station infrastructure of the cellphone providers was considered.
POLinSAR Workshop: Mapping forest structure from space
02 February 2015
Over the last 10 years a new method using satellite radar data has been maturing to provide 3D views of Earth’s natural resources and urban environments. Scientists from around the world gathered recently to share the latest advances in the exciting technique of ‘POLinSAR’.
Christmas news on TanDEM-X
23. Dezember 2014
One of Santa Claus' reindeers has been spotted by TanDEM-X. It has been hiding itself on the snow-covered, mountainous Tajmyr peninsula in North Siberia. Can you see it? We are now very excited and wonder if TanDEM-X will be able to reveal the secret home of Santa Claus, too. Look out for further news on TanDEM-X at
. The Microwaves and Radar Institute sends many season greetings and wishes you a Merry Christmas and a Happy New Year!
Sentinel-1A: Mexico City Subsidence
15 December 2014
ESA’s satellite Sentinel-1A now measures the subsidence of Mexico City as previously done by
TerraSAR-X in 2010
. Five Sentinel-1A radar scans acquired between 3 October and 2 December 2014 were combined to create this image of ground deformation in Mexico City. These preliminary results have been obtained by the Microwaves and Radar Institute in the frame of an ESA study to evaluate the interferometric performance of the Sentinel-1A satellite. The deformation is caused by ground water extraction, with some areas of the city subsiding with a deformation rate of up to 2.5 cm/month (red).
ESA Space Images
TanDEM-X: A feel for ice
25 November 2014
Shelves of ice, hundreds of metres thick, breaking into thousands of small icebergs that melt away in just a few days. This is not a scene from a disaster movie, but actually happened in the Antarctic in 1995 and 2002. High-resolution images acquired by the German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR) TanDEM-X satellite are helping glaciologists from the University of Innsbruck track down the causes.
TanDEM-X - Gallery now on-line!
20 November 2014
TanDEM-X not only provides scientific data. From an artistic point of view, it also provides astonishing images. A collection of beatifully visualized Digital Elevation Models has now been compiled for the first time and put on-line in an image gallery via
TanDEM-X – Start of the Science Phase of the mission
10 October 2014
After four years of successful data acquisition for the new global topographical map of Earth, the Science Phase is beginning.
Blog: Satellite formation change successfully completed
24 September 2014
IN GERMAN: Den Missionen TerraSAR-X und TanDEM-X standen wieder Tage der Veränderung ins Haus - und zwar die Änderung der Flugformation des Raumsegments. Der Grund dafür war der Übergang in eine neue Phase der Mission nachdem die Aufnahmen für das globale Höhenmodell Mitte September abgeschlossen wurden. Bis Ende 2015 werden mit der TanDEM-X-Mission neuartige Radartechniken und innovative Anwendungen erprobt.
Departments of the Institute
The department of SAR Technology in engaged in the development of methods and techniques for airborne multimodal SAR systems...
The department Radar Concepts develops and analyzes innovative techniques for future radar remote sensing systems and applications.
Satellite SAR Systems
The main objective of the Satellite SAR Systems department is the research and development of spaceborne SAR systems. These systems are used for the acquisition of multifrequency, multi-polarisation and interferometric radar data to process high resolution radar images...
Reconnaissance and Security
The department of Reconnaissance and Security works on topics of remote sensing and reconnaissance...
TanDEM-X Latest News
TanDEM-X DEM Gallery
TerraSAR-X Picture Gallery
Tandem-L Latest News
E-SAR and F-SAR Missions
E-SAR and F-SAR Picture Gallery
Compact Test Range
HR Institute Seminar
Scientific Colloquium DLR Oberpfaffenhofen
Institute at a Glance
Status Report 2000 - 2005
Status Report 2006 – 2011, in English (on request)
Research and Projects
ILA 2014 Berlin: TanDEM-X / Tandem-L
„Radaraugen im All“
Institute's History: A Retrospective 1908 - 2008 (PDF 34.39 MB)
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