Using correlative microscopy, we identified the key constituents from a dinosaur fossil rib bone and its hosting mudstone. Our results revealed that illite and calcite were the key overlapping. This study aimed to improve our understanding of the paleoenvironment of the bauru group (upper cretaceous) and the fossil diagenesis of its dinosaur bones through the. We have applied correlative microscopy to identify the key constituents of a dorsal rib fossil from koreanosaurus boseongensis and its hosting mudstone discovered at the rich. This corrects the article correlative microscopy of the constituents of a dinosaur rib fossil and hosting mudstone:
We have applied correlative microscopy to identify the key constituents of a dorsal rib fossil from koreanosaurus boseongensis and its hosting mudstone discovered at the rich.
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