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Geomorphology examines how the Earth's surface transforms over time. Our research encompasses diverse terrains using a wide range of techniques and approaches. We investigate how rocks break down into sediment, how sediment moves across slopes and through river systems, and how waterways carve into bedrock. Our work extends to glacial and periglacial environments in polar and high-altitude regions—the cryosphere—where landscape changes vividly demonstrate climate impacts, and which form the dramatic mountain scenery surrounding our institution. Field studies allow us to observe active geological processes, from glacier movement tracked by GPS to weather monitoring stations and sensors placed in debris flow channels. We also utilize advanced remote sensing technologies to capture landscape images and track transformations that reveal both climatic and tectonic influences. Additionally, we specialize in creating computational models that simulate landscape development, from specific features to entire ecosystems, benefiting from CU/INSTAAR's position as home to the national CSDMS office.