Accurate map** of burned areas (BAs) is essential for post-disaster reconstruction, air
quality assessment, and estimation of fire emissions. Remote sensing has become the most …

Forest fires threaten the population's health, biomass, and biodiversity, intensifying the
desertification processes and causing temporary damage to conservation areas. Remote …

Four burned area tools were implemented in Google Earth Engine (GEE), to obtain regular
processes related to burned area (BA) map**, using medium spatial resolution sensors …

Accurate and up-to-date information about the burnt area is important in estimating
environmental losses, prioritizing rehabilitation areas, and determining future planning …

Burned area (BA) map** of a forest after a fire is required for its management and the
determination of the impacts on ecosystems. Different remote sensing sensors and their …

Satellite imagery, specifically Landsat, have been widely used for map** and monitoring
wildfire burned areas. The new Landsat-9 satellite–with higher radiometric resolution …

Forest fires are caused by various climatic and anthropogenic factors. In Republic of Korea,
forest fires occur frequently during spring when the humidity is low. During the past decade …

Wildland fires are among the main factors affecting the surrounding territory in terms of
ecological and socioeconomic changes at different temporal and spatial scales. In the …

The quantitative assessment of forest fire severity is significant for understanding the
changes in ecological processes caused by fire disturbances. As a novel spectral index …

Forest fires cause environmental and economic damage, destroy large areas of land and
displace entire communities. Accurate extraction of fire-affected areas is of vital importance …