Paleogeographic reconstructions are fundamental to our understanding of the co-evolution of the geo-and biosphere on Earth, in particular for critical evolutionary stages, such as the Cambrian Bioradiation Event. However, paleogeographic reconstructions solely based on paleomagnetic studies become increasingly controversial in deep-time, primarily due to increased crustal recycling, metamorphism and resulting remagnetization. As a result, most paleogeographic reconstructions for the Cambrian only show positions of larger paleocontinents while oceanic crustal fragments are missing, partly indicating significant discrepancies for the positions of continents (