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• W3044202287 endingPage "8224" @default.
• W3044202287 startingPage "8210" @default.
• W3044202287 abstract "Abstract Global climatic fluctuations governed the ancestral demographic histories of species and contributed to place the current population status into a more extensive ecological and evolutionary context. Genetic variations will leave unambiguous signatures in the patterns of intraspecific genetic variation in extant species since the genome of each individual is an imperfect mosaic of the ancestral genomes. Here, we report the genome sequences of 20 Branchiostoma individuals by whole‐genome resequencing strategy. We detected over 140 million genomic variations for each Branchiostoma individual. In particular, we applied the pairwise sequentially Markovian coalescent (PSMC) method to estimate the trajectories of changes in the effective population size ( N e ) of Branchiostoma population during the Pleistocene. We evaluated the threshold of sequencing depth for proper inference of demographic histories using PSMC was ≥25×. The PSMC results highlight the role of historical global climatic fluctuations in the long‐term population dynamics of Branchiostoma . The inferred ancestral N e of the Branchiostoma belcheri populations from Zhanjiang and Xiamen (China) seawaters was different in amplitude before the first (mutation rate = 3 × 10 −9 ) or third glaciation (mutation rate = 9 × 10 −9 ) of the Pleistocene, indicating that the two populations most probably started to evolve in isolation in their respective seas after the first or third glaciation of the Pleistocene. A pronounced population bottleneck coinciding with the last glacial maximum was observed in all Branchiostoma individuals, followed by a population expansion occurred during the late Pleistocene. Species that have experienced long‐term declines may be especially vulnerable to recent anthropogenic activities. Recently, the industrial pollution and the exploitation of sea sand have destroyed the harmonious living environment of amphioxus species. In the future, we need to protect the habitat of Branchiostoma and make full use of these detected genetic variations to facilitate the functional study of Branchiostoma for adaptation to local environments." @default.
• W3044202287 created "2020-07-29" @default.
• W3044202287 creator A5021125002 @default.
• W3044202287 creator A5037203763 @default.
• W3044202287 creator A5044757881 @default.
• W3044202287 creator A5051065274 @default.
• W3044202287 creator A5061717456 @default.
• W3044202287 creator A5063339376 @default.
• W3044202287 date "2020-07-20" @default.
• W3044202287 modified "2023-10-13" @default.
• W3044202287 title "Whole‐genome resequencing reveals the pleistocene temporal dynamics of<i>Branchiostoma belcheri</i>and<i>Branchiostoma floridae</i>populations" @default.
• W3044202287 cites W1538989699 @default.
• W3044202287 cites W1631559605 @default.
• W3044202287 cites W1793793548 @default.
• W3044202287 cites W1915191149 @default.
• W3044202287 cites W1919257374 @default.
• W3044202287 cites W1965175390 @default.
• W3044202287 cites W1966082973 @default.
• W3044202287 cites W1974996020 @default.
• W3044202287 cites W1975553093 @default.
• W3044202287 cites W1975951935 @default.
• W3044202287 cites W1977852064 @default.
• W3044202287 cites W1981337585 @default.
• W3044202287 cites W1984068087 @default.
• W3044202287 cites W1985514028 @default.
• W3044202287 cites W1993228159 @default.
• W3044202287 cites W2001072306 @default.
• W3044202287 cites W2001418406 @default.
• W3044202287 cites W2005128599 @default.
• W3044202287 cites W2009371644 @default.
• W3044202287 cites W2011738565 @default.
• W3044202287 cites W2011837360 @default.
• W3044202287 cites W2014212832 @default.
• W3044202287 cites W2015624791 @default.
• W3044202287 cites W2045094277 @default.
• W3044202287 cites W2049696940 @default.
• W3044202287 cites W2055595349 @default.
• W3044202287 cites W2057472243 @default.
• W3044202287 cites W2058532318 @default.
• W3044202287 cites W2061207708 @default.
• W3044202287 cites W2061929543 @default.
• W3044202287 cites W2063272484 @default.
• W3044202287 cites W2065386938 @default.
• W3044202287 cites W2067218923 @default.
• W3044202287 cites W2071933218 @default.
• W3044202287 cites W2084203180 @default.
• W3044202287 cites W2091705028 @default.
• W3044202287 cites W2097473116 @default.
• W3044202287 cites W2106578986 @default.
• W3044202287 cites W2107746932 @default.
• W3044202287 cites W2108234281 @default.
• W3044202287 cites W2111281047 @default.
• W3044202287 cites W2112621018 @default.
• W3044202287 cites W2114662462 @default.
• W3044202287 cites W2115006806 @default.
• W3044202287 cites W2116416291 @default.
• W3044202287 cites W2119180969 @default.
• W3044202287 cites W2124999199 @default.
• W3044202287 cites W2128505445 @default.
• W3044202287 cites W2131871062 @default.
• W3044202287 cites W2133011482 @default.
• W3044202287 cites W2135740919 @default.
• W3044202287 cites W2140454078 @default.
• W3044202287 cites W2145882912 @default.
• W3044202287 cites W2153432740 @default.
• W3044202287 cites W2156222352 @default.
• W3044202287 cites W2163065030 @default.
• W3044202287 cites W2163357043 @default.
• W3044202287 cites W2163971617 @default.
• W3044202287 cites W2164418313 @default.
• W3044202287 cites W2164831172 @default.
• W3044202287 cites W2164841145 @default.
• W3044202287 cites W2168133698 @default.
• W3044202287 cites W2177816505 @default.
• W3044202287 cites W2190140475 @default.
• W3044202287 cites W2281717002 @default.
• W3044202287 cites W2333011542 @default.
• W3044202287 cites W2334448139 @default.
• W3044202287 cites W2499490331 @default.
• W3044202287 cites W2605349743 @default.
• W3044202287 cites W2605430615 @default.
• W3044202287 cites W2767318757 @default.
• W3044202287 cites W2784305955 @default.
• W3044202287 cites W2889368001 @default.
• W3044202287 cites W2896960795 @default.
• W3044202287 cites W2900839584 @default.
• W3044202287 cites W2941942285 @default.
• W3044202287 cites W4231075379 @default.
• W3044202287 cites W4235800183 @default.
• W3044202287 doi "https://doi.org/10.1002/ece3.6527" @default.
• W3044202287 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7417228" @default.
• W3044202287 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32788973" @default.
• W3044202287 hasPublicationYear "2020" @default.
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