High genetic connectivity and Population Expansion of Scomber japonicus in the Northern Humboldt Current System revealed by mitochondrial control region sequences

Keyphrases

• Analysis of Molecular Variance (AMOVA) 50%
• Bayesian Skyline Plot 50%
• Chub Mackerel 100%
• Dispersal Potential 50%
• Flow Injection Analysis 50%
• Gene Flow 100%
• Gene Pool 50%
• Genetic Connectivity 100%
• Genetic Homogeneity 50%
• Genetic Population 100%
• Genetic Structure 50%
• Genetic Structuring 50%
• Haplotype Diversity 50%
• High Dispersal 50%
• Historical Demography 100%
• Late Pleistocene 50%
• Migratory Behavior 50%
• Mismatch Distribution 50%
• Mitochondrial Control Region 100%
• Neutrality Test 50%
• Northern Humboldt Current System 100%
• Oceanographic Barriers 50%
• Peru 50%
• Peruvian Sea 50%
• Polymorphic Site 50%
• Population Expansion 100%
• Population Genetics 100%
• Sampling Area 50%
• Sampling Site 50%
• Scomber Japonicus 100%

Agricultural and Biological Sciences

• Gene Flow 100%
• Gene Pool 50%
• Genetic Structure 50%
• Haplotype 100%
• Mackerel 100%
• Migratory Behavior 50%
• Nucleotide Diversity 50%
• Population Genetics 100%
• Scomber japonicus 100%