The Schnabel method estimates this quantity as the sum of MC over R plus one, and is an extension of the Lincoln-Peterson method for determining it.
The Schnabel method estimates this quantity as the sum of MC over R plus one, and is an extension of the Lincoln-Peterson method for determining it. In the Allee effect, fitness increases as this quantity increases. If p is allele frequency, then p times one minus p over the variance of p is the "effective" form of this quantity. The ratio of this quantity at consecutive time steps is called the finite rate of increase. Genetic diversity decreases when this quantity (*) plummets during a bottleneck. The Hardy-Weinberg equation assumes that this value is infinite. According to the logistic equation, its time derivative is proportional to the difference between it and the carrying capacity. For 10 points, name this quantity estimated by mark-and-release.
The Schnabel method estimates this quantity as the sum of MC over R plus one, and is an extension of the Lincoln-Peterson method for determining it.
population size [or population size; or population density; or N]