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Incredible, Awesome!!! Can you send me the full text please?
https://sci-hub.ac/10.1080/01584197.2017.1387030
Incredible, Awesome!!! Can you send me the full text please?
Provost, Joseph, Smith. 2017. Resolving a phylogenetic hypothesis for parrots: implications from systematics to conservation. Emu.
[abstract & suppl.mat.]
ABSTRACT
Advances in sequencing technology and phylogenetics have revolutionised avian biology by providing an evolutionary framework for studying natural groupings. In the parrots (Psittaciformes), DNA-based studies have led to a reclassification of clades, yet substantial gaps remain in the data gleaned from genetic information. Here we provide an overview of published genetic data of parrots, characterise sampling depth across the phylogeny, and evaluate support for existing systematic treatments. We inferred a concatenated tree with 307 species from a 30-gene supermatrix. We recovered well-supported relationships among recently proposed clades. Taxonomic groups were more stable towards the base of the tree and increased sampling will be required to clarify relationships at the tips, particularly below the generic level. Only a third of species have been sampled intraspecifically in population genetic or phylogeographic surveys. Intraspecific sampling has not been geographically or phylogenetically even across Psittaciformes, especially poor in the cockatoos, Southeast Asia, and parts of Australo-Papua. Threatened species are poorly sampled in the Neotropics. We highlight where effort should be focused to improve sampling based on geography and conservation status. In sum, phylogenetic relationships among the major parrot clades are robust, but relationships within and between genera and species provide opportunities for future investigations.
KEYWORDS: Psittaciformes, supermatrix, biodiversity, phylogeography, conservation genetics, IUCN Red List
The date of Wagler's Monographia Psittacorum in Abhandlungen der mathematisch-physikalischen Classe, Königlich-Bayerische Akademie der Wissenschaften where the genus Charmosyna is published first is dated 6 December 1832.
https://www.biodiversitylibrary.org/item/42253#page/15/mode/1up .
Coriphilus is page 494 and Charmosyna is page 493. https://www.biodiversitylibrary.org/item/42253#page/512/mode/1up .
The precedence might well not be fixed. (The date of publication is the same, thus you need to find a first-reviser act.)Phygis, Vini (included Coriphilus) become a junior synonyms of Charmosyna.
Need to know which, between Coriphilus and Charmosyna (both 1832), has priority.
The precedence might well not be fixed. (The date of publication is the same, thus you need to find a first-reviser act.)
But, with Wagler's names both dating from 1832, surely Vini Lesson 1831 is the name that takes precedence here?
(PS - Phigys, not Phygis.)
Steadman and Zarriello (1987) linked Vini with monotypic Phigys
Wagler presumably presented the work to the Academy in 1830, but it was published only in 1832?https://www.biodiversitylibrary.org/item/65170#page/171/mode/1up
Coriphilus Wagler, 1830?
Boyd says:
The name Coriphilus (Wagler, 1832) replaces Vini (Lesson, 1833, not 1831). Although the change in date for Vini seems correct and can be found in H&M-4 (Dickinson and Remsen, 2013), it doesn't seem to have been adopted. Because Coriphilus has been used since 1900 (at least up to the 1930s), it is impossible to use article 23.9 of the code to retain Vini. Hence I use Coriphilus.
Schweizer et al. (2015) also found that Charmosyna is paraphyletic with respect to Coriphilus and Phigys, but did not sample enought taxa to be sure of how to handle Charmosyna. The tree doesn't fit comfortably with plumages, and its far from clear where several of the taxa will go.
Vini Lesson 1831
Predated by Vidi Caesar, -47, and Vici Caesar, -47 :king:
From before the ICZN came into force, but allowances should be made . . .