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Type specimens of four species of  Lepidoderma  (Myxomycetes, Amoebozoa)— L. crassipes, L. neoperforatum, L. perforatum , and  L. stipitatum— have been studied using an integrative approach including application of traditional taxonomy methods, i.e., morphological study under stereoscopic and compound microscopes, detailed analysis of micromorphological characters using scanning electron microscopy, and molecular analysis by way of Sanger sequencing of molecular markers (nuc 18S rDNA and elongation factor 1-alpha gene,  EF1A ). Results of the study revealed that  L. crassipes  is conspecific with  L. tigrinum, L. stipitatum  is a malformed specimen of  Diderma floriforme , whereas  L. perforatum  and  L. neoperforatum  represent two well-defined morphologically and genetically separate species. Phylogeny of Physarales shows the polyphyletic character of the genus  Lepidoderma . The type species of  Lepidoderma  clusters together with  Diderma , whereas other representatives of this genus form a monophyletic, well-supported clade. The species from this clade are proposed to belong to the genus  Polyschismium  described by A. Corda in 1842 that is resurrected and emended here. Nine species of  Lepidoderma  are transferred to  Polyschismium . A new key to Didymiaceae including  Polyschismium  is provided.

mycologia

Importance of type specimen study for understanding genus boundaries—taxonomic clarifications in  Lepidoderma  based on integrative taxonomy approach leading to resurrection of the old genus  Polyschismium