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  2. Year of 2025

The Evolution and Functional Morphology of the Ant Mesosoma

https://doi.org/10.15102/0002000983
https://doi.org/10.15102/0002000983
83a8b1a2-94e7-4ec3-8b0d-efb16a1b8e2b
Name / File License Actions
AibekovaLazzatFulltext.pdf AibekovaLazzatFulltext.pdf (32.7 MB)
 Download is available from 2027/2/2.
AibekovaLazzatExamAbstract.pdf AibekovaLazzatExamAbstract.pdf (48 KB)
AibekovaLazzaSummary.pdf AibekovaLazzaSummary.pdf (73 KB)
Item type 学位論文 / Thesis or Dissertation(1)
PubDate 2025-10-08
Title
Title アリ胸部の進化と機能形態に関する研究
Language ja
Title
Title The Evolution and Functional Morphology of the Ant Mesosoma
Language en
Language
Language eng
Keyword
Subject Scheme Other
Subject Morphology | Statistical methods | Phylogenetic comparative methods
Resource Type
Resource Type Identifier http://purl.org/coar/resource_type/c_db06
Resource Type doctoral thesis
Identifier Registration
Identifier Registration 10.15102/0002000983
Identifier Registration Type JaLC
Access Right
Access Rights open access
Access Rights URI http://purl.org/coar/access_right/c_abf2
Author Aibekova, Lazzat

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Abstract
Description Type Abstract
Description Comparative functional morphology seeks to understand the patterns and mechanisms that shape the diversity of life by examining variation among species. We have much to learn about the engineering principles of nature and how these shape evolution over time. Ants, with their taxonomic and morphological diversity as well as ecological dominance, are an excellent model for exploring the link between form and function. Given the role of mesosoma in supporting body weight in ants, enabling locomotion, and other functions such as carrying prey, we hypothesized that as ants diversified into different niches, the skeletomuscular system of mesosoma was modified to fit for different ecological roles. To test this hypothesis, I pursued three subprojects: In the first chapter, I performed a detailed morphological analysis of the skeletomuscular system of the mesosoma of ecologically generalized ant Formica rufa. These analyses provide a comprehensive atlas of the skeletomuscular system of the ant mesosoma and provide a functional interpretation of the muscles. In the second chapter, I focused on a specialized mode of locomotion in ants: forward leaping. I investigated the morphological changes associated with jumping behavior by comparing the musculature between jumping and non-jumping ants. I demonstrated that the enlargement of the depressor muscles is the primary factor underlying the jumping ability in ants. Finally, in the third chapter, I studied the evolutionary patterns of mesosoma in ants using phylogenetic comparative methods. Our data suggest that size-related changes, correlated evolution of traits, and phylogeny play a significant role in explaining the variability in mesosoma muscles, however, there was no effect of the ecological niche. This dissertation is the first step towards understanding the evolutionary transformations and functional and ecological diversification of mesosoma across Formicidae.
Language en
Exam Date
2025-09-03
Degree Conferral Date
Date Granted 2025-09-30
Degree
Degree Name Doctor of Philosophy
Degree Referral Number
Dissertation Number 甲第210号
Degree Conferrral Institution
Degree Grantor Name Identifier Scheme kakenhi
Degree Grantor Name Identifier 38005
Degree Grantor Name Okinawa Institute of Science and Technology Graduate University
Version Format
Version Type VoR
Version Type Resource http://purl.org/coar/version/c_970fb48d4fbd8a85
Copyright Information
Rights © 2025 The Author.
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