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Triplicate parallel life cycle divergence despite gene flow in periodical cicadas

https://doi.org/10.1038/s42003-018-0025-7

Fujisawa, Tomochika; Koyama, Takuya; Kakishima, Satoshi; Cooley, John R.; Simon, Chris; Yoshimura, Jin; Sota, Teiji (December 2018, Communications Biology)

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Mitochondrial Genomics Reveals Shared Phylogeographic Patterns and Demographic History among Three Periodical Cicada Species Groups

https://doi.org/10.1093/molbev/msz051

Du, Zhenyong; Hasegawa, Hiroki; Cooley, John R; Simon, Chris; Yoshimura, Jin; Cai, Wanzhi; Sota, Teiji; Li, Hu; Irwin, David (March 2019, Molecular Biology and Evolution)

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Evolution and Geographic Extent of a Surprising Northern Disjunct Population of 13-Year Cicada Brood XXII (Hemiptera: Cicadidae, Magicicada)

https://doi.org/10.1093/ae/tmx066

Kritsky, Gene; Troutman, Roy; Mozgai, Dan; Simon, Chris; Chiswell, Stephen M; Kakishima, Satoshi; Sota, Teiji; Yoshimura, Jin; Cooley, John R (January 2017, American Entomologist)

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The periodical cicada four-year acceleration hypothesis revisited and the polyphyletic nature of Brood V, including an updated crowd-source enhanced map (Hemiptera: Cicadidae: Magicicada )

https://doi.org/10.7717/peerj.5282

Cooley, John R; Arguedas, Nidia; Bonaros, Elias; Bunker, Gerry; Chiswell, Stephen M; DeGiovine, Annette; Edwards, Marten; Hassanieh, Diane; Haji, Diler; Knox, John; et al (January 2018, PeerJ)

The periodical cicadas of North America (Magicicadaspp.) are well-known for their long life cycles of 13 and 17 years and their mass synchronized emergences. Although periodical cicada life cycles are relatively strict, the biogeographic patterns of periodical cicada broods, or year-classes, indicate that they must undergo some degree of life cycle switching. We present a new map of periodical cicada Brood V, which emerged in 2016, and demonstrate that it consists of at least four distinct parts that span an area in the United States stretching from Ohio to Long Island. We discuss mtDNA haplotype variation in this brood in relation to other periodical cicada broods, noting that different parts of this brood appear to have different origins. We use this information to refine a hypothesis for the formation of periodical cicada broods by 1- and 4-year life cycle jumps.
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