Meganola usambarana Hacker 2012

Meganola usambarana Hacker, 2012 Meganola usambarana Hacker, 2012, Esperiana 17: 444. TL: Tanzania, Tanga, Usambara Mts, Masumbai. Holotype, male, in coll. Hacker /ZSM. Genetic information. This species was not sequenced in this study. Taxonomic note. The validity of this taxon was examined by László (2020), who suggested that it may only be a pale form of M. furvitincta. However, a thorough examination of the M. furvitincta complex indicates that this taxon is valid and probably confined to the Usambara Mountains. This mountain range is part of the Eastern Arc Mountains, which are known for their exceptional diversity and endemism (Rodgers & Homewood 1982). Although the clasping apparatus of both subspecies of M. furvitincta and M. usambarana is identical, the latter species features a distinctly narrower and approximately 20% longer aedeagus in the male genitalia. Additionally, the female genitalia of M. usambarana are notably different from those of M. furvitincta, characterized by a funnel-shaped antrum that is about 1.5 times longer and slightly curved. Based on these unique morphological traits, M. usambarana is upheld as a valid species. However, specimens identified under this taxon in Hacker et al. (2012) from Rwanda, Uganda, and DRC (Lubumbashi) belong to M. furvitincta poliographa.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-06-12
DOI
https://doi.org/10.5281/zenodo.16958908
Primary Topic
Geological Studies and Exploration
Type
article
Field-Weighted Citation Impact
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article

Meganola usambarana Hacker 2012

Zenodo (CERN European Organization for Nuclear Research)
Geological Studies and Exploration
article

Meganola usambarana Hacker 2012

article en

Abstract

Meganola usambarana Hacker, 2012 Meganola usambarana Hacker, 2012, Esperiana 17: 444. TL: Tanzania, Tanga, Usambara Mts, Masumbai. Holotype, male, in coll. Hacker /ZSM. Genetic information. This species was not sequenced in this study. Taxonomic note. The validity of this taxon was examined by László (2020), who suggested that it may only be a pale form of M. furvitincta. However, a thorough examination of the M. furvitincta complex indicates that this taxon is valid and probably confined to the Usambara Mountains. This mountain range is part of the Eastern Arc Mountains, which are known for their exceptional diversity and endemism (Rodgers & Homewood 1982). Although the clasping apparatus of both subspecies of M. furvitincta and M. usambarana is identical, the latter species features a distinctly narrower and approximately 20% longer aedeagus in the male genitalia. Additionally, the female genitalia of M. usambarana are notably different from those of M. furvitincta, characterized by a funnel-shaped antrum that is about 1.5 times longer and slightly curved. Based on these unique morphological traits, M. usambarana is upheld as a valid species. However, specimens identified under this taxon in Hacker et al. (2012) from Rwanda, Uganda, and DRC (Lubumbashi) belong to M. furvitincta poliographa.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 36%
Geological Studies and Exploration
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