Keyphrases
Scomber Japonicus
100%
Genetic Population
100%
Gene Flow
100%
Population Genetics
100%
Population Expansion
100%
Northern Humboldt Current System
100%
Mitochondrial Control Region
100%
Historical Demography
100%
Chub Mackerel
100%
Genetic Connectivity
100%
Morphological Variation
50%
Polymorphic Site
50%
Genetic Structuring
50%
Genetic Structure
50%
Analysis of Molecular Variance (AMOVA)
50%
Gene Pool
50%
Sampling Area
50%
Geometric Morphometrics
50%
Peru
50%
Rice Flour
50%
Bacterial Spores
50%
Peruvian Sea
50%
Sustainable Construction
50%
Silverside
50%
Biomaterials
50%
Microencapsulation Techniques
50%
Odontesthes
50%
Late Pleistocene
50%
Upwelling Intensity
50%
Oceanographic Barriers
50%
Sampling Site
50%
Humboldt Current System
50%
Haplotype Diversity
50%
Maltodextrin
50%
Migratory Behavior
50%
Genetic Homogeneity
50%
Bayesian Skyline Plot
50%
Dispersal Potential
50%
Mismatch Distribution
50%
Neutrality Test
50%
Flow Injection Analysis
50%
High Dispersal
50%
Central-southern Chile
33%
Morphometric Data
33%
Atomization
33%
Ocean Technology
16%
Tree-based Analysis
16%
Permutation Test
16%
Unweighted Pair Group Method with Arithmetic Mean (UPGMA)
16%
Survival Rate
16%
Meristic Counts
16%
Ocean Sciences
16%
Meristic Data
16%
Upwelling Dynamics
16%
Central Peru
16%
Canonical Variate Analysis
16%
Surface Chlorophyll
16%
Multivariate Analysis of Variance
16%
Gill Rakers
16%
Morphological Difference
16%
Process Conditions
16%
Northern Chile
16%
Meristic
16%
Phenotypic Variation
16%
Discriminant Analysis
16%
Sea Surface Temperature
16%
Anal Fin
16%
C(V)
16%
Spray Application
16%
Skim Milk
16%
Long-term Storage
16%
Bacillus Pseudofirmus
16%
Korean Society
16%
Microencapsulation
16%
Diatomaceous Earth
16%
Northern Peru
16%
Southern Peru
16%
Coastal Upwelling
16%
Agricultural and Biological Sciences
Haplotype
100%
Population Genetics
100%
Scomber japonicus
100%
Gene Flow
100%
Gene Pool
50%
Odontesthes
50%
Meristics
50%
Migratory Behavior
50%
Nucleotide Diversity
50%
Genetic Structure
50%
Fins
33%
Multivariate Analysis
16%
UPGMA
16%
Phenotypic Variation
16%
Analysis of Variance
16%
Discriminant Analysis
16%
Gill
16%