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Analyses by NASA's UAVSAR radar performed after the Bayou Corne, La., sinkhole formed, show it was able to detect precursory ground surface movement of up to 10.2 inches (260 millimeters) more than a month before the sinkhole collapsed in Aug. 2012.
Analyses by NASA's UAVSAR radar performed after the Bayou Corne, La., sinkhole formed, show it was able to detect precursory ground surface movement of up to 10.2 inches (260 millimeters) more than a month before the sinkhole collapsed in Aug. 2012.

NASA Radar Demonstrates Ability to Foresee Sinkholes

Analyses by NASA's UAVSAR radar performed after the Bayou Corne, La., sinkhole formed, show it was able to detect precursory ground surface movement of up to 10.2 inches (260 millimeters) more than a month before the sinkhole collapsed in Aug. 2012.

Target: Earth
Mission: UAVSAR
Spacecraft: C-20A
Instrument: L-Band UAVSAR
ID#: PIA18040
Added: 2014-03-06

Views: 1256

NASA Radar Demonstrates Ability to Foresee Sinkholes

Analyses by NASA's UAVSAR radar performed after the Bayou Corne, La., sinkhole formed, show it was able to detect precursory ground surface movement of up to 10.2 inches (260 millimeters) more than a month before the sinkhole collapsed in Aug. 2012.

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