Asian Surveying & Mapping
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ISRO Maps Over 2,000 Glaciers, 3,219 Glacial Lakes in Ladakh for Disaster Management
SRINAGAR: The Indian Space Research Organisation (ISRO) and other...
China Closes the Satellite Gap in Space Race With the U.S.
China aims to match the U.S. as the world’s...
IIT-Tirupati hosts fifth BRICS working group meeting on geospatial technologies
The Indian Institute of Technology-Tirupati (IIT-Tirupati), in collaboration with...
South Korea launches 4th Earth observation satellite from US
South Korea on Tuesday launched its fourth Earth observation...
Korea AeroSpace Administration Unveils K-Space Vision
Agency Will Benchmark European Aerospace Clusters and Explore Joint...
Japan space agency conducts Epsilon rocket engine test after failures
TOKYO - The Japan Aerospace Exploration Agency on Thursday...
UAE to boldly go with programme to boost nation’s expertise in space sector
A programme has been announced to enhance Emirati expertise...
China is building a ‘Mach 26 asteroid hammer’ to strike space rocks before they hit Earth
The Earth revolves in a cosmic system which is...
Nigeria and Benin Strengthen Border Surveillance with Geospatial Technology
The partnership was highlighted during a strategic meeting at...
IIT-Tirupati hosts fifth BRICS working group meeting on geospatial technologies
The Indian Institute of Technology-Tirupati (IIT-Tirupati), in collaboration with...

March 3rd, 2011
NZ Crustal Deformation Observed by Synthetic Aperture Radar (SAR)

A M=6.3 (USGS) earthquake occurred in the South Island of New Zealand on February 21, 2011 (Local Time: 12:51 on February 22). An interferometric analysis of the data acquired by the Phased Array type L-band Synthetic Aperture Radar (PALSAR) onboard the Advanced Land Observing Satellite (ALOS) allows us to clarify spatial distribution of surface deformation associated with the earthquake. Read More