Abstract Background Delimiting cryptic species in elasmobranchs is a major challenge in modern taxonomy due the lack of available phenotypic features. Employing stand-alone genetics in splitting a cryptic species may prove problematic for further studies and for implementing conservation management. In this study. we examined mitochondrial DNA and genome-wide nuclear single nucleotide... https://parisnaturalfoodes.shop/product-category/natural-eyes-pionhole-glasses-childrens/