Volcanic eruptions are among the most dynamic processes on the Earth’s surface and shallow interior. An ever-growing array of imaging techniques is now revolutionizing our ability to record this activity, facilitated by increasingly smaller, cheaper, and better-performing imaging sensors. These advances have led to innovative approaches for monitoring eruptions with high spatial, spectral, and temporal resolutions. Surface and atmospheric expressions of eruptive and intrusive processes, including plumes and deposits, erupted lava, and hydrothermal activity are ideal targets for imaging methods and provide insight into eruption, conduit, and magmatic system dynamics. We invite abstracts that make use of ground, airborne/UAS, and/or satellite imaging techniques at any wavelength to address scientific questions in volcanology, including but not limited to thermal monitoring, UV cameras, high-speed video, structure-from-motion, and multi- or hyper-spectral imagery. We are particularly interested in studies that make use of imaging techniques to quantify and address fundamental aspects of eruption dynamics.