So we are not at all leaving behind population genetics which is indeed crucial for understanding evolution at any level - it seems that the true unit of evolution within the population-genetic framework is...a FUE.
However, simulations inherently simplify the true processes of evolution, and it is unclear how well the performance of a phylogenetic method in simulations corresponds to its performance with empirical data.
8, 17 However, it is likely that a sebum-induced shine could make SP more visible and ostensibly enlarged to the naked eye, and the same is true of the evolution of emulsion sebum/sweat.
It was soon recognized that a more reductionistic approach (DNA sequence studies) might help to resolve the issue of whether or not every amino acid was of some functional value because the redundant positions in the code of life were assumed to provide an estimate of the true 'neutral' rate of evolution, owing to random genetic drift acting in the absence of selection.
Interestingly, as a mechanism of inheritance of acquired traits, CASS seems to come closest to a true Lamarckian mode of evolution among all known systems of heredity.
The way we state it in the text "CASS seems to come closest to a true Lamarckian mode of evolution among all known systems of heredity" is compatible with this view.
Lamarckian inheritance that Lysenkoists, not without a certain perverse cleverness (to the modern reader, with a distinctly Orwellian tint), touted as a "true Darwinian" mechanism of evolution, was the keystone of their "theory".
Model ensemble members are generally not potential realizations of the true evolution of the climate system.
This has important implications: Model ensemble members are generally not potential realizations of the true evolution of the climate system.
In a perfect system, each ensemble member would represent a potential realization of the true evolution of the climate system, and the predictable components in models and reality would be equal.
