Indonesia has experienced massive historical land and forest fire events, creating
transnational environmental and socioeconomic issues. The extent of burned areas (BAs) is …

Forest and land fires are disasters that greatly impact various sectors. Burned area
identification is needed to control forest and land fires. Remote sensing is used as common …

Accurate and reliable map** of fire extent and severity is critical for assessing the impact
of fire on vegetation and informing post-fire recovery trajectories. Classification approaches …

Due to the complexity of the areas and the diversity of the objects, traditional Burned Area
Map** (BAM) methods cannot provide promising results. Moreover, these methods focus …

In Algeria, more than 29% of the forest heritage is located in the western part where forest
fires remain the most devastating factor. The assessment of the Forest Fire Risk (FFR) and …

Forest fire poses a significant threat to the environment and society, affecting carbon cycle
and surface energy balance, and resulting in socioeconomic losses. Widely used multi …

Remote sensing technologies have been successfully used for deforestation monitoring,
and with the wide availability of satellite products from different platforms, forest monitoring …

Forest and land fires are disasters that often occur in Indonesia which affects neighbouring
countries. The burned area can be observed using remote sensing. Synthetic aperture radar …