The authors attempted to resolve key uncertainties about the ancient branching pattern …

• Abstract
• Results
• Discussion
• Materials and Methods
• Acknowledgements
• References
• Figures
• Tables

Biology Articles » Biogeography » Genomics, biogeography, and the diversification of placental mammals » Tables

Tables

- Genomics, biogeography, and the diversification of placental mammals

Table 1. Likelihood tests of alternative topologies

Shimodaira–Hasegawa test using RELL bootstrap (one-tailed test).

Number of bootstrap replicates, 1,000.

* P

Table 2. Parsimony tests of alternative topologies

Tree Length Kishino–Hasegawa test Templeton test Difference SD (diff) t P* Rank sums N z P A 267,548 390 39.16432 9.958 * 738,335 1,534 –9.9575 * –439,010 B 267,231 73 43.02321 1.6968 0.0897 890,812 1,851 –1.6968 0.0897 –823,214 C 267,158 Best Best D 268,181 1,023 71.25951 14.356 * 5,834,116.5 4,365 –14.4658 * –3,694,678.5

*Probability of getting a more extreme T value under the null hypothesis of no difference between the two trees (two-tailed test). Asterisked values in table indicate significant difference at P

Wilcoxon signed-ranks test statistic is the smaller of the absolute values of the two rank sums.

Approximate probability of getting a more extreme test statistic under the null hypothesis of no difference between the two trees (two-tailed test). Asterisked values in table indicate significant difference at P