Matches in SemOpenAlex for { <https://semopenalex.org/work/W3136203964> ?p ?o ?g. }
- W3136203964 endingPage "423" @default.
- W3136203964 startingPage "405" @default.
- W3136203964 abstract "Rodents are the most diverse order of extant mammals, and caviomorph rodents, or New World hystricognaths, have a remarkable morphological disparity and a long fossil record that begins in the Eocene. Chinchilloidea is a poorly understood clade within Caviomorpha, from an evolutionary and phylogenetic perspective. It includes the extant families Chinchillidae and Dinomyidae, the extinct Neoepiblemidae and Cephalomyidae, and several extinct chinchilloids without a clear phylogenetic position, like Eoincamys, Borikenomys, Chambiramys, Ucayalimys, Incamys, Saremmys, Garridomys and Scotamys. The family Chinchillidae includes the extant Chinchilla and Lagidium, grouped in Chinchillinae, and the only living Lagostominae, Lagostomus maximus. Among extinct chinchillids, Eoviscaccia (early Oligocene-early Miocene of Argentina, Bolivia and Chile), Prolagostomus (early-middle Miocene of Argentina, Bolivia and Chile) and Pliolagostomus (early-middle Miocene of Argentina) are the only genera originally described as members of the family. Based on the study of specimens with unworn or little-worn cheek teeth, belonging to extinct and extant taxa, we propose homologies of the cheek teeth structures and perform a combined molecular and morphological phylogenetic analysis including extinct and extant taxa of all families of Chinchilloidea and all genera of Chinchillidae. Our phylogenetic analysis recovered three major lineages in the evolutionary history of Chinchilloidea. The first major lineage is composed of the extant taxa Chinchilla, Lagidium and Lagostomus, and the extinct genera Eoviscaccia, Prolagostomus, Pliolagostomus, Garridomys, Incamys, Loncolicu and Saremmys. Cephalomyid (Banderomys, Cephalomys, Litodontomys, Soriamys) and neoepiblemid (Neoepiblema, Perimys, Phoberomys, Scotamys) genera are part of the second major lineage, while dinomyids such as Dinomys, Drytomomys, Scleromys, ‘Scleromys’ and Tetrastylus constitute the third major lineage within Chinchilloidea. The phylogenetic position of some taxa previously considered as incertae sedis chinchilloids or without a clear suprageneric group (i.e. Incamys, Saremmys, Garridomys and Loncolicu) show that they belong to pan-Chinchillidae and conform the stem Chinchillidae along with Eoviscaccia. The euhypsodont crown Chinchillidae includes the living subfamilies Chinchillinae and Lagostominae. Dinomyidae and Eoincamys pascuali are recovered as the sisters of a major clade composed by ‘Cephalomyidae’+Neopiblemidae and pan-Chinchillidae, and Chambiramys sylvaticus occupies a basal position to the same clade. Four major radiation events are identified in the evolutionary history of Chinchilloidea. The analysis of new morphological characters linked with molecular evidence as well as the addition of taxa of uncertain or unstable phylogenetic position or not considered in previous studies allowed us resolve part of the relationships within Chinchilloidea, particularly that of Chinchillidae, supporting preceding morphological hypotheses." @default.
- W3136203964 created "2021-03-29" @default.
- W3136203964 creator A5054501845 @default.
- W3136203964 creator A5070131810 @default.
- W3136203964 creator A5073281885 @default.
- W3136203964 date "2021-03-15" @default.
- W3136203964 modified "2023-10-13" @default.
- W3136203964 title "Comprehensive total evidence phylogeny of chinchillids (Rodentia, Caviomorpha): Cheek teeth anatomy and evolution" @default.
- W3136203964 cites W1624821145 @default.
- W3136203964 cites W1892145264 @default.
- W3136203964 cites W1968459487 @default.
- W3136203964 cites W1968833157 @default.
- W3136203964 cites W1969644150 @default.
- W3136203964 cites W1970025866 @default.
- W3136203964 cites W1972410735 @default.
- W3136203964 cites W1986281450 @default.
- W3136203964 cites W1986978176 @default.
- W3136203964 cites W1987138214 @default.
- W3136203964 cites W1995028654 @default.
- W3136203964 cites W1996647911 @default.
- W3136203964 cites W1997512120 @default.
- W3136203964 cites W1999544651 @default.
- W3136203964 cites W2026400122 @default.
- W3136203964 cites W2029352542 @default.
- W3136203964 cites W2044886350 @default.
- W3136203964 cites W2053852179 @default.
- W3136203964 cites W2060705045 @default.
- W3136203964 cites W2067558320 @default.
- W3136203964 cites W2068757846 @default.
- W3136203964 cites W2072255320 @default.
- W3136203964 cites W2076535728 @default.
- W3136203964 cites W2088510246 @default.
- W3136203964 cites W2098142474 @default.
- W3136203964 cites W2101108683 @default.
- W3136203964 cites W2110034739 @default.
- W3136203964 cites W2115888213 @default.
- W3136203964 cites W2118224204 @default.
- W3136203964 cites W2122082385 @default.
- W3136203964 cites W2131513977 @default.
- W3136203964 cites W2137015675 @default.
- W3136203964 cites W2142398288 @default.
- W3136203964 cites W2145805020 @default.
- W3136203964 cites W2146719896 @default.
- W3136203964 cites W2148698435 @default.
- W3136203964 cites W2149299530 @default.
- W3136203964 cites W2152574311 @default.
- W3136203964 cites W2156012700 @default.
- W3136203964 cites W2166537778 @default.
- W3136203964 cites W2177989259 @default.
- W3136203964 cites W2178683755 @default.
- W3136203964 cites W2243559308 @default.
- W3136203964 cites W2245688413 @default.
- W3136203964 cites W2306917844 @default.
- W3136203964 cites W2312214594 @default.
- W3136203964 cites W2331738100 @default.
- W3136203964 cites W2341604572 @default.
- W3136203964 cites W2342577284 @default.
- W3136203964 cites W2462715336 @default.
- W3136203964 cites W2486206568 @default.
- W3136203964 cites W2503803338 @default.
- W3136203964 cites W2518326155 @default.
- W3136203964 cites W2548262301 @default.
- W3136203964 cites W2554812437 @default.
- W3136203964 cites W2556755886 @default.
- W3136203964 cites W2564480751 @default.
- W3136203964 cites W2598207913 @default.
- W3136203964 cites W2626434431 @default.
- W3136203964 cites W2726676643 @default.
- W3136203964 cites W2757124176 @default.
- W3136203964 cites W2801159594 @default.
- W3136203964 cites W2888458655 @default.
- W3136203964 cites W2898591498 @default.
- W3136203964 cites W2899769038 @default.
- W3136203964 cites W2902947131 @default.
- W3136203964 cites W2907022934 @default.
- W3136203964 cites W2915395120 @default.
- W3136203964 cites W2921106824 @default.
- W3136203964 cites W2945372950 @default.
- W3136203964 cites W2954740068 @default.
- W3136203964 cites W2969534588 @default.
- W3136203964 cites W2975955782 @default.
- W3136203964 cites W2980869545 @default.
- W3136203964 cites W2999605994 @default.
- W3136203964 cites W3000697836 @default.
- W3136203964 cites W3004511130 @default.
- W3136203964 cites W3005603078 @default.
- W3136203964 cites W3080868093 @default.
- W3136203964 cites W3091839546 @default.
- W3136203964 cites W34582006 @default.
- W3136203964 cites W4230218871 @default.
- W3136203964 cites W4251865682 @default.
- W3136203964 cites W766570163 @default.
- W3136203964 cites W854008640 @default.
- W3136203964 cites W2588378281 @default.
- W3136203964 cites W2782716843 @default.
- W3136203964 doi "https://doi.org/10.1111/joa.13430" @default.
- W3136203964 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8273581" @default.
- W3136203964 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33721329" @default.