Concordance between molecular biogeography of Dipteromimus tipuliformis and geological history in the local fine scale (Ephemeroptera, Dipteromimidae).

@article{Takenaka2019ConcordanceBM,
  title={Concordance between molecular biogeography of Dipteromimus tipuliformis and geological history in the local fine scale (Ephemeroptera, Dipteromimidae).},
  author={Masaki Takenaka and Tetsuya Tokiwa and Koji Tojo},
  journal={Molecular phylogenetics and evolution},
  year={2019},
  pages={
          106547
        }
}
Phylogeography of the northernmost distributed Anisocentropus caddisflies and their comparative genetic structures based on habitat preferences
TLDR
The phylogenetic position of Japanese species within the cosmopolitan genus Anisocentropus is elucidated, and the contrasting genetic structures between the sister species distributed in widely overlapping areas were due to differentiation in their respective adapted environmental preferences.
Genealogical Position of Japanese Populations of the Globally Distributed Mayfly Cloeon dipterum and Related Species (Ephemeroptera, Baetidae): A Molecular Phylogeographic Analysis
TLDR
The present phylogenetic analysis revealed that haplotypes of the Japanese C. dipterum constitute a seventh group together with a haplotype from Korea that forms a sister group with previously known European and North American haplotype groups.
Unexpected population genetic structure in two closely related euphaeid damselflies from the Yaeyama and Taiwan Islands (Odonata: Euphaeidae)
TLDR
Despite the very small population sizes of Ishigaki and Iriomote Islands coupled with the effects of glacial and interglacial geological events, they have maintained markedly high genetic diversity.
Cryptic survival and an unexpected recovery of the long-tailed mayfly Palingenia longicauda (Olivier, 1791) (Ephemeroptera: Palingeniidae) in Southeastern Europe
TLDR
The phylogeographic results indicate that the presence of the analyzed populations are not the result of recent founding events from the Pannon region, confirming the survival and expansion of cryptic local lineages.
Distribution patterns and niche segregation of three closely related Japanese ephemerid mayflies: a re-examination of each species’ habitat from “megadata” held in the “National Census on River Environments”
Changes in river environments due to elevation gradients have a great impact on living organisms. In particular, with respect to aquatic insects, it has been recognized that even in closely related
Seasonal modifications of longitudinal distribution patterns within a stream: Interspecific interactions in the niche overlap zones of two Ephemera mayflies
Abstract Niche differentiation between closely related species leads to differentiation of their habitats. Segregation based on slight differences in environmental factors, that is niche
Wide-Scale Gene Flow, Even in Insects that have Lost their Flight Ability: Presence of Dispersion Due to a Unique Parasitic Ecological Strategy of Piggybacking Hosts
TLDR
A new level of species diversity was revealed among the Meloe beetle species, known for their unique and strange ecological and ethological characteristics.
Community Structure of Aquatic Insects Adapted to Lentic Water Environments, and Fine-Scale Analyses of Local Population Structures and the Genetic Structures of an Endangered Giant Water Bug Appasus japonicus
TLDR
This is a comprehensive study focused on the relevant environmental factors, diversification of their community structures, their population structures, and their genetic structure at a fine scale of aquatic insects in ponds in the Matsumoto Basin of Japan.
Development of microsatellite markers for a giant water bug, Appasus japonicus, distributed in East Asia
TLDR
Twenty novel polymorphic microsatellite loci developed for A. japonicus will be useful for investigating the genetic structure of A.Japonicus populations, which can contribute in population genetics studies of this species.
Identifying a “pseudogene” for the mitochondrial DNA COI region of the corixid aquatic insect, Hesperocorixa distanti (Heteroptera, Corixidae)
TLDR
This paper reports the discovery of a pseudogene in the mitochondrial COI region from aquatic heteropterans and recommends using the “HCOoutout” primer as a downward primer for amplification of theCOI region of aquaticheteropterans, especially corixid water bugs.

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