In this study, a dual-polarization (DP) processing chain is presented to identify burned area in C-band PolSAR imagery and to estimate burn severity.
In this study, a dual-polarization (DP) processing chain is pre- sented to identify burned area in C-band PolSAR imagery and to estimate burn severity. The ...
For fuel consumption, studies have used C-band to measure burned area and severity (Nunziata et al., 2021) and burn progression (Ban et al., 2020). Multi- ...
Jul 10, 2021 · A DUAL-POLARIMETRIC APPROACH TO OBSERVE WILDFIRES USING C-BAND POLSAR MEASUREMENTS ; Session: Analyzing Forest Using Passive and Active RS ...
Publication: A Dual-Polarimetric Approach to Observe Wildfires ...
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A Dual-Polarimetric Approach to Observe Wildfires Using C-Band Polsar Measurements. Ferdinando Nunziata Emanuele Ferrentino Andrea Buono Maurizio Sarti ...
In this study, dual-polarimetric (DP) feature derived from Sentinel-1 Synthetic Aperture Radar (SAR) data is used to detect burned area (BA) related to the ...
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In this study, a DP processing scheme is proposed to detect BA using C-band DP Sentinel-1 SAR scenes. First, a. DP change detection approach that uses a pair of ...
Oct 22, 2024 · Results are obtained using two Sentinel-1 C-band dataset collected before and after the wildfire, see Table 1. Table 1. SAR dataset. Acquisition.
Apr 4, 2023 · We demonstrate the advantages of combining PolSAR with GIS datasets and methods to understand the fuel loads which contributed to the fires and ...
Apr 12, 2024 · We test whether polarimetric radar can detect fire scars, burn severity, and different fuel types through its sensitivity to different scattering mechanisms.