Question: Solve equation 9.12 for the following rates of gene flow (number of migrants per generation, mN):…


Solve equation 9.12 for the following rates of gene flow (number of migrants per generation, mN): 0.0, 0.1, 0.5, 1.0, 2.0, 5.0, 10.0, and 20.0. 3. Graph the results showing mN on the horizontal axis and Fsr on the vertical axis. [If you wish, you may use Excel or other software.] Based on your graph, A. B. how will a small change in the rate of gene flow affect Fst when gene flow is rare (e.g., a how will a small change in the rate of gene flow affect Fsr when gene flow is common change from Nm - 1 to Nm 2 individuals per generation)? (e.g., a change from Nm-10 to Nm-11 individuals per generation)? when does equation 9.15 yield more precise estimates of the rate of gene flow- when gene flow is rare (low Nm) or when gene flow is common (high Nm)? Equation 9.12:

Show transcribed image text

Solve equation 9.12 for the following rates of gene flow (number of migrants per generation, mN): 0.0, 0.1, 0.5, 1.0, 2.0, 5.0, 10.0, and 20.0. 3. Graph the results showing mN on the horizontal axis and Fsr on the vertical axis. [If you wish, you may use Excel or other software.] Based on your graph, A. B. how will a small change in the rate of gene flow affect Fst when gene flow is rare (e.g., a how will a small change in the rate of gene flow affect Fsr when gene flow is common change from Nm – 1 to Nm 2 individuals per generation)? (e.g., a change from Nm-10 to Nm-11 individuals per generation)? when does equation 9.15 yield more precise estimates of the rate of gene flow- when gene flow is rare (low Nm) or when gene flow is common (high Nm)? Equation 9.12:

(Visited 1 times, 1 visits today)
Translate »