Sentence examples for mean invasion probability from inspiring English sources

The mean invasion probability predicted for locations already infested was 0.59.

Discarding these points, the mean invasion probability in infested locations was 0.68.

For every combination of selection coefficients (a, b) and recombination rate (r), the mean invasion probability decreases as a function of the migration rate m.

More precisely, the calculated values of the mean invasion probability for the larger grid size were within the standard deviation of the mean obtained by the smaller grid size, and vice versa.

It does not mean invasion and occupation.

A final statement about the relative importance of invasion probability vs. mean extinction time is not appropriate at this point.

For migration rates close to the critical migration rate, however, any relative advantage of linkage seems to arise via an increased invasion probability, not via an increased mean extinction time.

We can see that for cells of a given invasion probability we have r ∝ 1/ n, which means that the fitness function ρ (defined as the probability of type B to invade) satisfies Its levels correspond to a family of hyperbolas r b n B = c.

However, for small populations, our results show that linked selection can increase the mean extinction time to an extent that is biologically relevant, while, at the same time, not affecting the invasion probability much.

We find that heterogeneity increases both the invasion probability and the time to invasion.

While niche overlap had no effect on pathogen invasion probability in microcosm experiments, it constrained subsequent pathogen multiplication in successfully invaded resident communities.