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Figure 3: Bar Graphs for Genetic Structure in Nectomys Squamipes Using Cyt B (A), and D-Loop (B) Sequences in BAPS, and Microsatellite Data (C) in STRUCTURE.
doi 10.7717/peerj.5333/fig-3
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Figure 4: Relaxed Clock Tree Based on the Cyt B Sequences of Nectomys.
Appendix S3: Phylogenies for Cyt B, D-Loop, and Concatenated Data; Main SDM Variables; Historical Connections
Figure 3: Chlorophyll a (A), B (B), A+b (C) and a/B (D) in Leaves of Three Forages Under Shading.
Data S5: C. Regis Cyt B Sequence Data
Figure 6: Bayesian Clustering as Determined by STRUCTURE Analysis of Nuclear Microsatellite Data at K = 2 − 5. (A) Structure With K = 2; (B) Structure With K = 3; (C) Structure With K = 4; (D) Structure With K = 5.
Assessing Genetic Diversity and Phylogeographic Structure of Duck (Anas Platyrhynchos) in Nigeria Using Mitochondrial DNA D-Loop Sequences
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Figure 7: Probability of Gene Flow Paths for Nectomys Squamipes.
Figure 1: Geographic Distribution of the Nectomys Squamipes Samples.
Rings With (A, B, C) = (A, C, B) and (A, [B, C]d) = 0: A Case Study Using Albert
International Journal of Computer Mathematics
Computational Theory
Applied Mathematics
Computer Science Applications
Mathematics
