FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2905610420> ?p ?o ?g. }

• W2905610420 endingPage "178" @default.
• W2905610420 startingPage "178" @default.
• W2905610420 abstract "In this study, we investigated, for the first time from a forensic anthropological perspective, the question of mixed ancestry estimation for modern Filipinos with geographic origins in the Philippines. We derived estimates of continental ancestry using craniometrics from four sources: a new documented collection of current forensic significance from the Manila North Cemetery; the Howells cranial series representing a sample of unclaimed individuals from Manila but said largely to originate from more remote areas, with dates of death before 1940; the Hanihara sample aggregated from various locations and time periods across the Philippines; and the Hanihara series capturing various local indigenous, ethnic groups that are together identified as Philippine Negrito. Parental craniometrics were selected from the Howells data set and more recently collected samples from Europe and Asia. Using unsupervised clustering, we investigated the algorithmically defined three-cluster, or trihybrid admixture, model to infer continental ancestry for each individual, reporting their relative proportions of Asian, European, and African admixture. We used similar clustering procedures to identify more complex models, with a larger number of clusters, to explore patterns of affinity between our four Philippine samples and the recently acquired samples from Vietnam, Thailand, China (Hong Kong), Japan, and Korea. These analyses give insight into the relationships between both macro- and microgeographic regions, revealing at the country level how different population dynamics-whether political, economic, historical, and/or social-structure the ancestral makeup of Asian peoples, especially in the degree of European and African admixture. From these ancestry estimates, we found that population of origin explains 38-51% of the variation in each ancestry component, and we detected significant differences among the Asian samples in their quantities of ancestry. Filipinos appear considerably admixed, as they carry almost 20% less Asian ancestry than the average quantity (90%) estimated for the other Asian groups. We also revealed substructure within our representation of modern Filipinos, such that differences in the patterns of three-way admixture exist between each of the four Philippine samples; the Manila cemetery sample had the highest level of Asian ancestry, and, as we might expect, the Negrito sample had the greatest quantity of African ancestry. We performed additional analyses that introduced craniometrics from the Howells Australo-Melanesian series, to more fully investigate their relationship to the Asian samples and to better understand the African contributions common to the Philippine Negritos especially, as well as the other Southeast Asians and the Spanish and Portuguese groups. By mapping the cluster patterns on a global scale, these analyses reveal that, with craniometrics just as with genetic loci, patterns of affinity are informative of the complex history of Southeast Asia, as they suggest vestiges of migration, trade, and colonialism, as well as more recent periods of isolation, marginalization, and occupation." @default.
• W2905610420 created "2019-01-01" @default.
• W2905610420 creator A5013593821 @default.
• W2905610420 creator A5050044837 @default.
• W2905610420 creator A5069806759 @default.
• W2905610420 creator A5075198325 @default.
• W2905610420 date "2018-01-01" @default.
• W2905610420 modified "2023-09-25" @default.
• W2905610420 title "An Admixture Approach to Trihybrid Ancestry Variation in the Philippines with Implications for Forensic Anthropology" @default.
• W2905610420 cites W1202729130 @default.
• W2905610420 cites W1579271636 @default.
• W2905610420 cites W1586632877 @default.
• W2905610420 cites W1596709193 @default.
• W2905610420 cites W1687972779 @default.
• W2905610420 cites W1976942463 @default.
• W2905610420 cites W1986290912 @default.
• W2905610420 cites W1992402718 @default.
• W2905610420 cites W1997751772 @default.
• W2905610420 cites W2003144493 @default.
• W2905610420 cites W2010673462 @default.
• W2905610420 cites W2011832962 @default.
• W2905610420 cites W2015264520 @default.
• W2905610420 cites W2022849508 @default.
• W2905610420 cites W2032233022 @default.
• W2905610420 cites W2040348863 @default.
• W2905610420 cites W2045064676 @default.
• W2905610420 cites W2070409741 @default.
• W2905610420 cites W2075415396 @default.
• W2905610420 cites W2084311820 @default.
• W2905610420 cites W2098126593 @default.
• W2905610420 cites W2098869747 @default.
• W2905610420 cites W2105659362 @default.
• W2905610420 cites W2107434177 @default.
• W2905610420 cites W2109820980 @default.
• W2905610420 cites W2109917005 @default.
• W2905610420 cites W2113439351 @default.
• W2905610420 cites W2114325165 @default.
• W2905610420 cites W2115762334 @default.
• W2905610420 cites W2119444539 @default.
• W2905610420 cites W2134165090 @default.
• W2905610420 cites W2134841776 @default.
• W2905610420 cites W2136478640 @default.
• W2905610420 cites W2144531681 @default.
• W2905610420 cites W2150467742 @default.
• W2905610420 cites W2153902469 @default.
• W2905610420 cites W2155218540 @default.
• W2905610420 cites W2157799838 @default.
• W2905610420 cites W2165724218 @default.
• W2905610420 cites W2169654752 @default.
• W2905610420 cites W2284425449 @default.
• W2905610420 cites W2299159194 @default.
• W2905610420 cites W2320548392 @default.
• W2905610420 cites W2323674987 @default.
• W2905610420 cites W2429363619 @default.
• W2905610420 cites W2489267781 @default.
• W2905610420 cites W2524596543 @default.
• W2905610420 cites W2556272693 @default.
• W2905610420 cites W2611458627 @default.
• W2905610420 cites W2617461050 @default.
• W2905610420 cites W2618719592 @default.
• W2905610420 cites W2619383340 @default.
• W2905610420 cites W2623676632 @default.
• W2905610420 cites W2667740873 @default.
• W2905610420 cites W2702530539 @default.
• W2905610420 cites W2728492142 @default.
• W2905610420 cites W2793767843 @default.
• W2905610420 cites W2799731589 @default.
• W2905610420 cites W2885810992 @default.
• W2905610420 cites W2889039064 @default.
• W2905610420 cites W2896822158 @default.
• W2905610420 cites W2897295047 @default.
• W2905610420 cites W2931648389 @default.
• W2905610420 cites W301224498 @default.
• W2905610420 cites W3136045944 @default.
• W2905610420 cites W604974121 @default.
• W2905610420 cites W82737255 @default.
• W2905610420 cites W2489761995 @default.
• W2905610420 cites W2504925503 @default.
• W2905610420 doi "https://doi.org/10.13110/humanbiology.90.3.01" @default.
• W2905610420 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33947174" @default.
• W2905610420 hasPublicationYear "2018" @default.
• W2905610420 type Work @default.
• W2905610420 sameAs 2905610420 @default.
• W2905610420 citedByCount "4" @default.
• W2905610420 countsByYear W29056104202020 @default.
• W2905610420 countsByYear W29056104202021 @default.
• W2905610420 crossrefType "journal-article" @default.
• W2905610420 hasAuthorship W2905610420A5013593821 @default.
• W2905610420 hasAuthorship W2905610420A5050044837 @default.
• W2905610420 hasAuthorship W2905610420A5069806759 @default.
• W2905610420 hasAuthorship W2905610420A5075198325 @default.
• W2905610420 hasBestOaLocation W29056104202 @default.
• W2905610420 hasConcept C117959457 @default.
• W2905610420 hasConcept C121332964 @default.
• W2905610420 hasConcept C140505726 @default.
• W2905610420 hasConcept C144024400 @default.
• W2905610420 hasConcept C149923435 @default.
• W2905610420 hasConcept C166957645 @default.

• next