Sentence examples for most population models from inspiring English sources

Individual heterogeneity is critical to the evolutionary process, and yet most population models tend to exclude or limit the level of heterogeneity.

It is easily seen that Assumptions (A1 - A5) are satisfied by (g u)=alpha u) in the most population models and (f u)=pue^{-qu}) in the Nicholson's blowflies model [14], where (p,q,alpha>0).

Most population models suppose that all individuals have identical attributes, in particular, identical rates of growth, death and birth.

Thus, analysis with population genetic methods in this system may be more appropriate than in other model systems since most population genetic models assume these characteristics and are sensitive to even slight violations.

In most population genetic models, the population size refers to the sum of all individuals at a particular time.

Due to initial and recurrent inbreeding and the lack of an interbreeding population, laboratory strains violate most population genetic models used to infer selection.

The first is that DiyABC and in fact most population genetics models assume nonoverlapping generations, which is unlikely to hold for long-living organism such as the olive tree.

Most population genetic models are formulated in discrete non-overlapping generations rather than continuous ones as above, and in this case, an equivalent to equation (2.1) is 2.4 with primes denoting values in the next generation, and the subscript T indicating that the evolutionary change is taken over a generation.

It is well known that the Lotka-Volterra predator-prey model [1, 2] is one of the most important population models.

Most importantly, population models incorporate the effect of influential covariates (e.g. weight, age, pharmacogenetics etc).

The predator prey model, such as three-species predator prey system and food-chain system, is the most popular population model and has extremely rich dynamics [8 10, 12 14].