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The features common to all model populations have been mentioned in the Background section.
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In this comparison, both model populations had the same genome size and genomic mutation rate.
During the five year period of the 8th NFI, biomass sample collection for 15 tree species (groups) and 38 modeling populations had been completed (save for 2 of the 15 species, i.e., Cupressus and Populus, involving 5 modeling populations).
Migrate-n considers an Island Model where populations have been exchanging migrants at a constant rate for a very long time (island model).
The study of the discrete-time models described by difference equations has now been given a great attention, since these models are more reasonable than the continuous time models when populations have non-overlapping generations.
However, discrete-time models described are more reasonable than the continuous-time models when populations have nonoverlapping generations.
However, further studies with prospective use of our model in different populations have to be conducted to prove the validity and transferability of our data.
However, depending on the different species, some recent works showed that the continuous temporal models are more appropriate than the discrete temporal models when the populations have overlapping generations or the number of populations is big.
Previous demographic models of such populations have considered age-structure and density dependent mathematical models.
Many stochastic models for epidemic populations have been developed in [6 17].
In vitro models using homogeneous cell populations have contributed to the understanding of the mechanisms involved in fibrosis but they mimic its complex in vivo milieu only poorly.
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