E3S Web of Conferences · 2019 · 11 citations · 4 references
Natural SciencesEarth SciencesGeoinformaticsGeodesyGlobal Navigation Satellite SystemsRemote SensingGlobal Navigation Satellite System SurveyingLand SubsidenceLand Surface MonitoringSatellite SensorsSubsidence ManagementCoastal Land Subsidence MonitoringCoastal SubsidenceGlobal Navigation Satellite System (Gnss) MeasurementsGlobal Navigation Satellite System (Gnss) SensingGlobal Navigation Satellite Systems (Gnss)Radar InterferometryRemote Sensing Of SubsidenceSatellite Radar Interferometry
Most of the studies land subsidence and impact have been done on the north coastal area of Java, especially Semarang and Demak. This landsubsidence has a very serious impact both in the infra structure, the economy and the environment. Techniques of observing landsubsidence using geodetic methods have been widely practiced. Geodetic technology is undergoing rapid development, especially in GNSS navigation satellite technology as well as satellite radar interferometry. Both have advantages and disadvantages of each. In this study will examine the application of DinSAR interferometric techniques and GNSS technology to predict the rate of land subsidence coastal of Demak regency. This paper also emphasize the role of GNSS and DinSAR application in deformation especially for landsubsidence monitoring.
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