Phylogeny of the Infraorder Caridea Based on Mitochondrial and Nuclear Genes (Crustacea

Bracken, Heather D.; Grave, Sammy De; Felder, Darryl L.

doi:10.1201/9781420092592-c14

Cited by 85 publications

(137 citation statements)

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“…Em uma proposta filogenética com base em dados moleculares para a infraordem Caridea e para a superfamília Palaemonoidea, Bracken et al (2009) e Kou et al (2013), respectivamente, sugeriram formalmente a relação de grupo irmão entre Euryrhynchidae e Desmocarididae. Ambas abordagens estão baseadas em um escopo taxonômico bastante limitado, sendo que as famílias Euryrhynchidae, Typhlocarididae e Desmocarididae foram representadas na análise por apenas uma espécie de Euryrhynchus, Desmocaris e Typhlocaris.…”

Section: -Relacionamento De Euryrhynchidae Com Desmocarididaeunclassified

“…Pereira (1997: 39, fig. 41 Bracken et al (2009) propuseram uma hipótese filogenética com base em dados moleculares para os camarões carídeos, onde discutiram as relações entre Euryrhynchidae, Typhlocarididae e Desmocarididae (sensu Martin & Davis, 2001). A filogenia apresentada pelos autores corrobora a proposição de De , colocando Euryrhynchus e Desmocaris como grupos irmãos entre si.…”

unclassified

“…Contudo, vale notar que a amostragem taxonômica de Bracken et al (2009) para Euryrhynchidae, Typhlocarididae e Desmocarididae limitou-se a uma única espécie por família, sendo pouco informativo no que diz respeito à monofilia destas famílias ou ao relacionamento entre seus táxons constituintes. Mais recentemente, a filogenia molecular de Kou et al (2013) para os Palaemonoidea também corrobora os resultados de Bracken et al (2009), dando maior força à relação entre Euryrhynchidae e Desmocarididae. Contudo, mais uma vez, a amostragem também se limitou a um terminal para estas famílias.…”

unclassified

“…As abordagens anteriores foram exclusivamente intuitivas (e.g., Chace, 1992; ou, por objetivarem a filogenia de Palaemonoidea como um todo Bracken et al, 2009;Kou et al, 2013), foram realizadas em um escopo taxonômico excessivamente reduzido no que se refere à Euryrhynchidae, Typhlocarididae e Desmocarididae, limitando substancialmente, e até mesmo impossibilitando, interpretações como as listadas acima. …”

unclassified

“…Euryrhynchus wrzesniowskii foi o único Euryrhynchidae incluso nas análises de Bracken et al (2009) e de Kou et al (2013) o que os impossibilitou de testar o monofiletismo da família.…”

unclassified

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Revisão taxonômica e filogenia dos camarões de água doce da família Euryrhynchidae Holthuis, 1950 (Crustacea: Decapoda: Cariddea)

Gurgel¹

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Section: -Relacionamento De Euryrhynchidae Com Desmocarididaeunclassified

unclassified

“…Euryrhynchus wrzesniowskii foi o único Euryrhynchidae incluso nas análises de Bracken et al (2009) e de Kou et al (2013) o que os impossibilitou de testar o monofiletismo da família.…”

unclassified

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Revisão taxonômica e filogenia dos camarões de água doce da família Euryrhynchidae Holthuis, 1950 (Crustacea: Decapoda: Cariddea)

Gurgel¹

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Deep‐sea caridean shrimps collected from the South China Sea with emphasizing their phylogenetic relationships

Gan,

Fang,

2024

Ecology and Evolution

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Despite the high biological and ecological diversity of the South China Sea, limited research has been conducted on the deep‐sea species diversity of caridean shrimps. Based on the collections from three scientific expeditions conducted in the South China Sea, 31 caridean species, belonging to nine families, were reported, including the identification of two species not previously documented in this region, namely Janicella spinicauda (A. Milne‐Edwards, 1883) and Systellaspis curvispina Crosnier, 1988. In addition to morphological features, the COI and 16S gene sequences of these species were analyzed to assess their evolutionary relationships within each family. Phylogenetic analyses, with highest species coverage to date, indicated that similarity in morphological characteristics does not always lead to closer phylogenetic relationships and some defining characteristics for specific taxa are not always synapomorphies but may be the result of convergent evolution. Our results establish reliable evolutionary relationships within specific taxa and highlight the necessity for further taxonomic revisions within these taxa.

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Phylogenetics links monster larva to deep‐sea shrimp

Bracken‐Grissom

Felder

Vollmer

et al. 2012

Ecology and Evolution

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Mid-water plankton collections commonly include bizarre and mysterious developmental stages that differ conspicuously from their adult counterparts in morphology and habitat. Unaware of the existence of planktonic larval stages, early zoologists often misidentified these unique morphologies as independent adult lineages. Many such mistakes have since been corrected by collecting larvae, raising them in the lab, and identifying the adult forms. However, challenges arise when the larva is remarkably rare in nature and relatively inaccessible due to its changing habitats over the course of ontogeny. The mid-water marine species Cerataspis monstrosa (Gray 1828) is an armored crustacean larva whose adult identity has remained a mystery for over 180 years. Our phylogenetic analyses, based in part on recent collections from the Gulf of Mexico, provide definitive evidence that the rare, yet broadly distributed larva, C. monstrosa, is an early developmental stage of the globally distributed deepwater aristeid shrimp, Plesiopenaeus armatus. Divergence estimates and phylogenetic relationships across five genes confirm the larva and adult are the same species. Our work demonstrates the diagnostic power of molecular systematics in instances where larval rearing seldom succeeds and morphology and habitat are not indicative of identity. Larval–adult linkages not only aid in our understanding of biodiversity, they provide insights into the life history, distribution, and ecology of an organism.

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Phylogeny of the Infraorder Caridea Based on Mitochondrial and Nuclear Genes (Crustacea

Cited by 85 publications

References 0 publications

Revisão taxonômica e filogenia dos camarões de água doce da família Euryrhynchidae Holthuis, 1950 (Crustacea: Decapoda: Cariddea)

Revisão taxonômica e filogenia dos camarões de água doce da família Euryrhynchidae Holthuis, 1950 (Crustacea: Decapoda: Cariddea)

Deep‐sea caridean shrimps collected from the South China Sea with emphasizing their phylogenetic relationships

Phylogenetics links monster larva to deep‐sea shrimp

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