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InSAR for water lever monitoring in the everglands wetland, south florida

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Title
InSAR for water lever monitoring in the everglands wetland, south florida
Authors
Shimon, Wdowinski
Hong, Sang-Hoon
Brian, Brisco
Issue Date
2014
Citation
Shimon, Wdowinski, Hong, Sang-Hoon, Brian, Brisco. 2014. InSAR for water lever monitoring in the everglands wetland, south florida. 2014 IEEE International Geoscience and Remote Sensing Symposium. Quebec. 2014.07.13-18.
Abstract
Hydrological monitoring of the Everglades is conducted by a dense network of stage satations. In order to improve the spatial resolution of the water level observations, we use space-borne InSAR measurements, which provide cm-level accuracy of water level changes with 1-50m spatial resolution depending on the sensor type. We analyzed InSAR data acquired by X-band, C-band, and L band satellites. Our analysis shows that all data types can produce coherent interferograms, as long as the time span between the observations is short. The short wavelength, X-and C-band interferograms can maintain phase over periods of several weeks, whereas the longer wavelength L-band interferograms can maintain phase over months and even years
Conference Name
2014 IEEE International Geoscience and Remote Sensing Symposium
Conference Place
Quebec
Conference Date
2014.07.13-18
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