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• W4295132008 endingPage "106484" @default.
• W4295132008 startingPage "106484" @default.
• W4295132008 abstract "Population genomics methodologies offer new tools for fine structure identification and contemporary connectivity, providing valuable information for the conservation and management of fish populations. NextRAD sequencing was used for obtaining single nucleotide polymorphisms (SNPs) throughout the Mugil curema genome, a species of fish of great ecological and commercial importance, with a wide genetic dissimilarity between its populations throughout its distribution. The population structure, connectivity, and genomic diversity of 95 individuals from three locations in the Gulf of Mexico (GoM) and six in the Mexican Pacific (MP) were evaluated with a set of 14, 172 SNPs. The spatial analyses identified three genetic groups with incipient divergence ( F ST = 0.1–0.513), low nucleotide diversity (π = 0.019–0.200), and moderate gene flow among populations (2.4–12.8 %). The first group included two localities of the GoM (Madre and Alvarado lagoons) connected with two of the MP (Huave System (HU) and Puerto Escondido (PE)), which presented a moderate exchange of genotypes of 10.5–11.1 % between both slopes, which could be due to the connection between sub-basins or tributaries of the Gulf of Tehuantepec region; the second connected the six localities of the MP; and the third only to individuals from Celestun (CE), a population that could be under a recent divergence process, due to the accumulation of their ecological, environmental and genetic differences. The results reflect a low contemporaneous population genomic structure and connectivity of Mugil curema in the GoM and MP, in addition, they do not support the mitochondrial hypotheses of the cryptic species Mugil curema “T2″ from the Atlantic and Mugil sp. O of the Pacific. • NextRAD sequencing was used to evaluate the connectivity of white mullets. • Population connectivity between the Gulf of Mexico and the Mexican Pacific. • The results identified three genetic groups with incipient divergence. • Populations of with mullet under a recent divergence process." @default.
• W4295132008 created "2022-09-11" @default.
• W4295132008 creator A5002937900 @default.
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• W4295132008 creator A5026817486 @default.
• W4295132008 date "2022-12-01" @default.
• W4295132008 modified "2023-10-18" @default.
• W4295132008 title "Evidence of flow and low genetic structure between populations of the Gulf of Mexico and the Mexican Pacific of white mullet, Mugil curema (Pisces) inferred from single nucleotide polymorphisms" @default.
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• W4295132008 cites W1911940415 @default.
• W4295132008 cites W1977601452 @default.
• W4295132008 cites W1990074132 @default.
• W4295132008 cites W1993971836 @default.
• W4295132008 cites W2013648944 @default.
• W4295132008 cites W2016603972 @default.
• W4295132008 cites W2044203607 @default.
• W4295132008 cites W2065576174 @default.
• W4295132008 cites W2082888897 @default.
• W4295132008 cites W2090739630 @default.
• W4295132008 cites W2095219136 @default.
• W4295132008 cites W2098567981 @default.
• W4295132008 cites W2103236862 @default.
• W4295132008 cites W2119444539 @default.
• W4295132008 cites W2120989285 @default.
• W4295132008 cites W2124967403 @default.
• W4295132008 cites W2134838200 @default.
• W4295132008 cites W2141052558 @default.
• W4295132008 cites W2144573758 @default.
• W4295132008 cites W2145822828 @default.
• W4295132008 cites W2145882912 @default.
• W4295132008 cites W2146290595 @default.
• W4295132008 cites W2148794462 @default.
• W4295132008 cites W2149992227 @default.
• W4295132008 cites W2155763393 @default.
• W4295132008 cites W2160798897 @default.
• W4295132008 cites W2161759962 @default.
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• W4295132008 cites W2520255590 @default.
• W4295132008 cites W2526149746 @default.
• W4295132008 cites W2535484182 @default.
• W4295132008 cites W2597478402 @default.
• W4295132008 cites W2605147032 @default.
• W4295132008 cites W2606891270 @default.
• W4295132008 cites W2611852631 @default.
• W4295132008 cites W2616264215 @default.
• W4295132008 cites W2756311351 @default.
• W4295132008 cites W2769466384 @default.
• W4295132008 cites W2770870592 @default.
• W4295132008 cites W2790717401 @default.
• W4295132008 cites W2791408032 @default.
• W4295132008 cites W2795266425 @default.
• W4295132008 cites W2804145237 @default.
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• W4295132008 cites W2883764769 @default.
• W4295132008 cites W2913095122 @default.
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• W4295132008 cites W2953725073 @default.
• W4295132008 cites W2983396090 @default.
• W4295132008 cites W2991074929 @default.
• W4295132008 cites W3000168168 @default.
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• W4295132008 cites W3034021867 @default.
• W4295132008 cites W3037819540 @default.
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• W4295132008 doi "https://doi.org/10.1016/j.fishres.2022.106484" @default.
• W4295132008 hasPublicationYear "2022" @default.
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