@article{ART003287737},
author={Sungwoon Jung and Guen-Bae Kim and Ahn, Hyang Sig and 이관준 and Kim Sun Jib and 이율경},
title={Analysis of the Relationship between Forest Fire Damage Intensity and Forest Types Using Satellite Imagery – Focusing on the Uiseong Wildfire –},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2025},
volume={34},
number={6},
pages={609-623}
TY - JOUR
AU - Sungwoon Jung
AU - Guen-Bae Kim
AU - Ahn, Hyang Sig
AU - 이관준
AU - Kim Sun Jib
AU - 이율경
TI - Analysis of the Relationship between Forest Fire Damage Intensity and Forest Types Using Satellite Imagery – Focusing on the Uiseong Wildfire –
JO - Journal of Environmental Impact Assessment
PY - 2025
VL - 34
IS - 6
PB - Korean Society Of Environmental Impact Assessment
SP - 609
EP - 623
SN - 1225-7184
AB - This study analyzed the relationship between wildfire burn severity and vegetation types,stand age, and tree species in the Uiseong wildfire area that occurred in March 2025, using Sentinel-2 satellite imagery. Sentinel-2A/B MSI Level-2A surface reflectance data were used to calculate theNormalized Burn Ratio (NBR) and burn severity (differenced Normalized Burn Ratio; dNBR) frompre- and post-fire images. Wildfire burn severity was classified into four categories based on dNBRthresholds: unburned (<0.10), low (0.10–0.27), moderate (0.27–0.44), and high (>0.44). The averageburn severity value by vegetation type was highest in coniferous forests (0.287), followed by mixedforests (0.197), and lowest in broad-leaved forests (0.134). Damage was greater in coniferous forests,while less in broad-leaved forests. By stand age class, the average burn severity was higherin 4th~6thage classes, with a decreasing trend thereafter. By tree species, coniferous species such as Pinusdensiflora, P. thunbergii, and P. koraiensis suffered the most damage, while broadleaf trees such asQuercus mongolica, Q. variabilis, and Q. acutissima suffered less. The results of these studies showedthat restoring Korea’s forests to broad-leaved trees with higher fire resistance and inducing theirsuccession is more appropriate for forest fire management than coniferous forests.
KW - NBR(Normalized Burn Ratio);wildfire burn severity;vegetation type;stand age;forest species
DO -
UR -
ER -
Sungwoon Jung, Guen-Bae Kim, Ahn, Hyang Sig, 이관준, Kim Sun Jib and 이율경. (2025). Analysis of the Relationship between Forest Fire Damage Intensity and Forest Types Using Satellite Imagery – Focusing on the Uiseong Wildfire –. Journal of Environmental Impact Assessment, 34(6), 609-623.
Sungwoon Jung, Guen-Bae Kim, Ahn, Hyang Sig, 이관준, Kim Sun Jib and 이율경. 2025, "Analysis of the Relationship between Forest Fire Damage Intensity and Forest Types Using Satellite Imagery – Focusing on the Uiseong Wildfire –", Journal of Environmental Impact Assessment, vol.34, no.6 pp.609-623.
Sungwoon Jung, Guen-Bae Kim, Ahn, Hyang Sig, 이관준, Kim Sun Jib, 이율경 "Analysis of the Relationship between Forest Fire Damage Intensity and Forest Types Using Satellite Imagery – Focusing on the Uiseong Wildfire –" Journal of Environmental Impact Assessment 34.6 pp.609-623 (2025) : 609.
Sungwoon Jung, Guen-Bae Kim, Ahn, Hyang Sig, 이관준, Kim Sun Jib, 이율경. Analysis of the Relationship between Forest Fire Damage Intensity and Forest Types Using Satellite Imagery – Focusing on the Uiseong Wildfire –. 2025; 34(6), 609-623.
Sungwoon Jung, Guen-Bae Kim, Ahn, Hyang Sig, 이관준, Kim Sun Jib and 이율경. "Analysis of the Relationship between Forest Fire Damage Intensity and Forest Types Using Satellite Imagery – Focusing on the Uiseong Wildfire –" Journal of Environmental Impact Assessment 34, no.6 (2025) : 609-623.
Sungwoon Jung; Guen-Bae Kim; Ahn, Hyang Sig; 이관준; Kim Sun Jib; 이율경. Analysis of the Relationship between Forest Fire Damage Intensity and Forest Types Using Satellite Imagery – Focusing on the Uiseong Wildfire –. Journal of Environmental Impact Assessment, 34(6), 609-623.
Sungwoon Jung; Guen-Bae Kim; Ahn, Hyang Sig; 이관준; Kim Sun Jib; 이율경. Analysis of the Relationship between Forest Fire Damage Intensity and Forest Types Using Satellite Imagery – Focusing on the Uiseong Wildfire –. Journal of Environmental Impact Assessment. 2025; 34(6) 609-623.
Sungwoon Jung, Guen-Bae Kim, Ahn, Hyang Sig, 이관준, Kim Sun Jib, 이율경. Analysis of the Relationship between Forest Fire Damage Intensity and Forest Types Using Satellite Imagery – Focusing on the Uiseong Wildfire –. 2025; 34(6), 609-623.
Sungwoon Jung, Guen-Bae Kim, Ahn, Hyang Sig, 이관준, Kim Sun Jib and 이율경. "Analysis of the Relationship between Forest Fire Damage Intensity and Forest Types Using Satellite Imagery – Focusing on the Uiseong Wildfire –" Journal of Environmental Impact Assessment 34, no.6 (2025) : 609-623.
