Debris-covered glaciers are found everywhere on Earth (and on other planets) and are becoming more widespread with climate warming. Understanding the effects of supraglacial debris on glacier mass balance and dynamics, and the geomorphic processes that govern debris supply, transport, and landscape evolution, is therefore required to explore the evolution of debris-covered glaciers and improve projections of global changes in glacier volumes and their downstream impacts. We invite the vibrant community of researchers working on debris-covered glaciers to share their most recent advances in this session. We welcome submissions on all aspects of debris-covered glacier research including but not limited to: the dynamics of debris-covered glaciers, glacier surface energy and mass balance, surface processes such as ice cliffs and supraglacial ponds, supraglacial debris properties, debris-covered glacier hydrology, interactions with slope processes and surrounding geomorphology, landscape evolution linked to debris-covered glaciers, and the influence of supraglacial debris on near-surface meteorology. Methodological developments for studying debris-covered glaciers are also welcome, including; novel field observation techniques, remote sensing analyses at local or global scales, and glacier models or machine-learning approaches applied to debris-covered glaciers.