Systematic position of the enigmatic Mirlatia arcuata moth resolved: a monotypic tribe within the basal branches of Larentiinae (Lepidoptera, Geometridae)
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View abstract on PubMed
Summary
This summary is machine-generated.A new European moth, Mirlatia arcuata, has had its evolutionary position resolved. This enigmatic species is now classified in its own tribe, Mirlatiini, within the basal Larentiinae subfamily.
Area Of Science
- Entomology
- Zoology
- Systematics
Background
- A new geometrid moth genus and species, Mirlatia arcuata, was recently described from Croatia.
- Its discovery in Europe was unexpected due to the well-explored nature of the continent's Geometridae fauna.
- The systematic position of Mirlatia arcuata remained unresolved due to peculiar morphology and lack of molecular data.
Purpose Of The Study
- To resolve the phylogenetic position of the enigmatic moth species Mirlatia arcuata.
- To conduct a comparative morphological analysis alongside phylogenetic studies.
- To propose new taxonomic classifications based on integrative evidence.
Main Methods
- Phylogenetic analysis using a maximum likelihood multi-gene global dataset of 1206 taxa.
- Inclusion of a newly collected Mirlatia arcuata specimen (2024) in the phylogenetic analysis.
- Comparative morphological analysis of related genera.
Main Results
- The integrative approach successfully resolved the phylogenetic position of Mirlatia arcuata.
- Mirlatia arcuata is proposed to be classified in a new monotypic tribe, Mirlatiini, within the basal Larentiinae.
- Mirlatiini is identified as the sister taxon to Brabirodini.
- Reclassification of Brabira into Brabirodini and Tyloptera into Larentiinae: incertae sedis.
Conclusions
- The enigmatic Mirlatia arcuata is now systematically placed within the basal Larentiinae as the sister tribe to Brabirodini.
- The establishment of the monotypic tribe Mirlatiini clarifies the taxonomic position of this unique European moth.
- Illustrations of related genera in Mirlatiini, Brabirodini, and Dyspteridini are provided for taxonomic clarity.
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