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Muhammad Arif Rahman is a leading environmental researcher specializing in atmospheric aerosol science, with a particular focus on biomass burning events and their impact on air quality in Southeast Asia. His work centers on the characterization of aerosol optical properties during extreme peatland fire episodes, using remote sensing data from the AERONET network. Rahman’s most influential study, published in 2019, examines the severe 2015 Indonesian burning season, which was exacerbated by drought and El Niño conditions, leading to unprecedented peatland combustion. This paper has garnered 78 citations, underscoring its significance in understanding how large-scale biomass burning alters regional aerosol loading and optical depth. His earlier 2016 investigation into aerosol properties in Central Kalimantan further established his expertise, linking peatland fire emissions to prevalent pollutants and their climatic implications. Through these contributions, Rahman has advanced the scientific community’s ability to monitor and predict the atmospheric effects of tropical peat fires, providing critical data for policymakers and climate modelers. His work remains essential for researchers studying the intersection of land-use change, fire ecology, and atmospheric chemistry in vulnerable ecosystems.