Human beings are the principal agents of forest fires. In Friuli Venezia Giulia more than 90% of fires are of arson origin although the fire development and impact depend on land cover and weather conditions. During the second half of 2022, a serious fire broke out in Doberdò del Lago and blazed for a good ten days in a transnational karst area among Trieste, Gorizia and Sezana. During the fire, over 4000 hectares of forest went up in smoke. This paper shows the use of Remote Sensing methodology in a GIS en-vironment to measure the effects of the fire, i.e. to map the burnt area. The 2022 event has been assessed by elaborating some pre and post fire ESA Sentinel 2 imagery (Copernicus project). The authors mapped the burnt areas and compared the result with the official mapping, surveyed in the field by the public authorities. They also made a spatial evaluation of the vegetation recovery capacity, one year after the event (2023).
TELERILEVAMENTO PER LA MAPPATURA DEL BRUCIATO E PER LA VALUTAZIONE DELLA SEVERITÀ DEGLI INCENDI. IL CASO DEL CARSO TRIESTINO E GORIZIANO NELL’ESTATE DEL 2022
Andrea Favretto
;Francesca Krasna
2024-01-01
Abstract
Human beings are the principal agents of forest fires. In Friuli Venezia Giulia more than 90% of fires are of arson origin although the fire development and impact depend on land cover and weather conditions. During the second half of 2022, a serious fire broke out in Doberdò del Lago and blazed for a good ten days in a transnational karst area among Trieste, Gorizia and Sezana. During the fire, over 4000 hectares of forest went up in smoke. This paper shows the use of Remote Sensing methodology in a GIS en-vironment to measure the effects of the fire, i.e. to map the burnt area. The 2022 event has been assessed by elaborating some pre and post fire ESA Sentinel 2 imagery (Copernicus project). The authors mapped the burnt areas and compared the result with the official mapping, surveyed in the field by the public authorities. They also made a spatial evaluation of the vegetation recovery capacity, one year after the event (2023).File | Dimensione | Formato | |
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