The damage mapping results presented in this study can be.Refined using other advanced change detection, methods (Bovolo,, & Marchesi Bruzzone 2012; Inglada & Mercier 2007). Nonetheless,,It is worth noting that fully polarimetric observations will play an.Essential role in remote sensing of natural hazards including earthquakes.And tsunamis. Particularly specific changes, in scattering properties.Associated with natural disasters can be inferred from the.Polarimetric parameters. For example the MRF-based, contextual.Information fusion approach can provide a binary map of damaged.Urban areas including partly damaged manmade structures and A,,Or PD can further indicate different damage types for buildings within.The detected areas. Therefore polarimetric radar, observations have.The potential to produce priority data for rapid survey of damage.However in order, to be incorporated into the emergency response.Plan the scattering, information should be transformed into damage.Rate or damage index (Okada & Takai 2004). Consequently a,,,Follow-up study is currently underway involving detailed, experimental.Measurement of scattering properties evaluated under, laboratory.Conditions in an anechoic chamber for the, different damage.Types presented in Okada and Takai (2000).
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