FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4295027107> ?p ?o ?g. }

• W4295027107 endingPage "5284" @default.
• W4295027107 startingPage "5270" @default.
• W4295027107 abstract "Understanding the structure and connectivity of coral populations is fundamental for developing marine conservation policies, especially in patchy environments such as archipelagos. The Nansei Islands, extending more than 1000 km in southwestern Japan, are characterized by high levels of biodiversity and endemism, supported by coral reefs, which make this region ideal for assessing genetic attributes of coral populations. In this study, we conducted population genomic analyses based on genome-wide, single-nucleotide polymorphisms (SNPs) of Acropora digitifera, a common species in the Nansei Islands. By merging newly obtained genome resequencing data with previously published data, we identified more than 4 million genome-wide SNPs in 303 colonies collected at 22 locations, with sequencing coverage ranging from 3.91× to 27.41×. While population structure analyses revealed genetic similarities between the southernmost and northernmost locations, separated by >1000 km, several subpopulations in intermediate locations suggested limited genetic admixture, indicating conflicting migration tendencies in the Nansei Islands. Although migration networks revealed a general tendency of northward migration along the Kuroshio Current, a substantial amount of southward migration was also detected, indicating important contributions of minor ocean currents to coral larval dispersal. Moreover, heterogeneity in the transition of effective population sizes among locations suggests different histories for individual subpopulations. The unexpected complexity of both past and present population dynamics in the Nansei Islands implies that heterogeneity of ocean currents and local environments, past and present, have influenced the population structure of this species, and similar unexpected population complexities may be expected for other marine species with similar reproductive modes." @default.
• W4295027107 created "2022-09-09" @default.
• W4295027107 creator A5006711341 @default.
• W4295027107 creator A5017989955 @default.
• W4295027107 creator A5028465547 @default.
• W4295027107 creator A5069250617 @default.
• W4295027107 creator A5081284588 @default.
• W4295027107 creator A5088514841 @default.
• W4295027107 creator A5089697462 @default.
• W4295027107 date "2022-09-09" @default.
• W4295027107 modified "2023-10-10" @default.
• W4295027107 title "Genomic analysis of a reef‐building coral, <i>Acropora digitifera</i> , reveals complex population structure and a migration network in the Nansei Islands, Japan" @default.
• W4295027107 cites W1507509221 @default.
• W4295027107 cites W1820467105 @default.
• W4295027107 cites W1939346899 @default.
• W4295027107 cites W1964455610 @default.
• W4295027107 cites W1980945527 @default.
• W4295027107 cites W1988269759 @default.
• W4295027107 cites W1990074132 @default.
• W4295027107 cites W1990275569 @default.
• W4295027107 cites W1993036210 @default.
• W4295027107 cites W1995360878 @default.
• W4295027107 cites W1997476591 @default.
• W4295027107 cites W1999724580 @default.
• W4295027107 cites W2004518447 @default.
• W4295027107 cites W2006756558 @default.
• W4295027107 cites W2008427011 @default.
• W4295027107 cites W2011284437 @default.
• W4295027107 cites W2017900827 @default.
• W4295027107 cites W2019812955 @default.
• W4295027107 cites W2020975167 @default.
• W4295027107 cites W2035839217 @default.
• W4295027107 cites W2036897871 @default.
• W4295027107 cites W2054171341 @default.
• W4295027107 cites W2060891246 @default.
• W4295027107 cites W2060924770 @default.
• W4295027107 cites W2069864946 @default.
• W4295027107 cites W2086059462 @default.
• W4295027107 cites W2090946851 @default.
• W4295027107 cites W2093826686 @default.
• W4295027107 cites W2098126593 @default.
• W4295027107 cites W2103441770 @default.
• W4295027107 cites W2108169091 @default.
• W4295027107 cites W2108234281 @default.
• W4295027107 cites W2109535110 @default.
• W4295027107 cites W2110532870 @default.
• W4295027107 cites W2114724798 @default.
• W4295027107 cites W2119165522 @default.
• W4295027107 cites W2119180969 @default.
• W4295027107 cites W2121512231 @default.
• W4295027107 cites W2121607424 @default.
• W4295027107 cites W2123920115 @default.
• W4295027107 cites W2124165778 @default.
• W4295027107 cites W2132001505 @default.
• W4295027107 cites W2140784970 @default.
• W4295027107 cites W2144573758 @default.
• W4295027107 cites W2145990868 @default.
• W4295027107 cites W2149529243 @default.
• W4295027107 cites W2149992227 @default.
• W4295027107 cites W2150131459 @default.
• W4295027107 cites W2154435069 @default.
• W4295027107 cites W2155454753 @default.
• W4295027107 cites W2157752701 @default.
• W4295027107 cites W2161339576 @default.
• W4295027107 cites W2161633633 @default.
• W4295027107 cites W2166214412 @default.
• W4295027107 cites W2167942713 @default.
• W4295027107 cites W2168133698 @default.
• W4295027107 cites W2168560149 @default.
• W4295027107 cites W2169570278 @default.
• W4295027107 cites W2171336109 @default.
• W4295027107 cites W2176271264 @default.
• W4295027107 cites W2231192315 @default.
• W4295027107 cites W2290516687 @default.
• W4295027107 cites W2437218692 @default.
• W4295027107 cites W2461447438 @default.
• W4295027107 cites W2467575862 @default.
• W4295027107 cites W2498915393 @default.
• W4295027107 cites W2569487581 @default.
• W4295027107 cites W2782456798 @default.
• W4295027107 cites W2802934742 @default.
• W4295027107 cites W2803029228 @default.
• W4295027107 cites W2883821755 @default.
• W4295027107 cites W2888476772 @default.
• W4295027107 cites W2907893716 @default.
• W4295027107 cites W2912514398 @default.
• W4295027107 cites W3009356972 @default.
• W4295027107 cites W3043448229 @default.
• W4295027107 cites W3082138732 @default.
• W4295027107 cites W3109383315 @default.
• W4295027107 cites W3155253169 @default.
• W4295027107 cites W3174985893 @default.
• W4295027107 cites W3191679183 @default.
• W4295027107 cites W4200067081 @default.
• W4295027107 cites W4200373771 @default.
• W4295027107 cites W4280525548 @default.
• W4295027107 doi "https://doi.org/10.1111/mec.16665" @default.
• W4295027107 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36082782" @default.

• next