Dataset to: Global Mapping of Fragmented Rocks on the Moon with a Neural Network: Implications for the Failure Mode of Rocks on Airless Surfaces

Bickel, Valentin TertiusValentin TertiusBickel0000-0002-7914-25162023-03-062023-03-06http://hdl.handle.net/20.500.12422/269Supplementary data to Ruesch & Bickel (2023): Global Mapping of Fragmented Rocks on the Moon with a Neural Network: Implications for the Failure Mode of Rocks on Airless SurfacesenCC-BY-NC-SAMoonboulder fragmentationlandscape evolutionmachine learningobject detectionDewey Decimal Classification::500 - Science::520 - AstronomyDewey Decimal Classification::500 - Science::550 - Earth sciences & geologyDataset to: Global Mapping of Fragmented Rocks on the Moon with a Neural Network: Implications for the Failure Mode of Rocks on Airless SurfacesDataset10.48620/224