"population dispersion" is a correct and usable phrase in written English, particularly in the context of biology, geography, and statistics.
It refers to the way in which a population is spread out or scattered across a given area or habitat. Example: The population dispersion of foxes in this region is quite extensive, with individuals found in both densely forested areas and open grasslands.
Using detailed maps and satellite images, they measure population dispersion from 1990 to 2010.
Figure 4 Phonon population dispersion.
Time evolution of the resonators phonon population dispersion for a chain of 51 nanomechanical resonators.
A Real-Coded Population Dispersion (PD) Genetic Algorithm is developed in order to increase the robustness and convergence rate of the Genetic Algorithm.
There it is plotted the time evolution of the resonators phonon population dispersion, (langle langleDelta nranglerangle), as a function of the thermal phonon number, n̄, for two different disorder strengths: 4(a) (Delta /J=2) and 4(b) (Delta/J=15), and for a single excitation in the central resonator as initial condition.
(You can use a variety of mathematical algorithms to model the most efficient flight path depending on population dispersion -- this is just a reasonable approximation based on the assumptions outlined above).
Although the origin, routes of migrations and process of population dispersions as well as technological diffusion are still debated, the Bantu expansion produced a homogenization of physical traits reducing regional differences.
A difference in intra-population dispersion is reflected in two explicit comparisons.
The increased discriminatory power of the call CV function is likely due to comparatively low intra-population dispersion in call space.
Multivariate analyses demonstrate that both morphological and call characteristics were significantly variable among populations, characterized by significantly lower intra-population dispersion in call space than morphological space, and significantly greater among-population variation in call structure.
First, when call and morphology CV matrices are scaled equivalently, median intra-population dispersion in call space (diagonal matrix elements) is indeed significantly lower than that for morphological space (Mann-Whitney 2 Sample, Zapprox. = -3.066, n1 = 7, n2 = 7, p = 0.0022).
