have contributed to achieving simple and efficient speciation strategies in combination with atomic spectrometry.
Thus, differences in the genomes of two related organisms (i.e., presence versus absence of a complete set of sporulation genes) reflect a divergence in ecological niche speciation and survival strategy.
These strategies influence speciation rates in woody genera in the fynbos (Wells 1969; Litsios et al. 2014), with reseeders shown to have higher diversification rates than resprouters (Litsios et al. 2014).
The variability of these three regions probably reveals different evolutionary strategies of speciation and divergence, which can be assumed older than previously supposed, since it does not only occur in the Retroviridae group, but also in all Ty3/Gypsy LTR retroelements of plants, fungi and animals.
Even if this is not the case, it is conceivable that environmental differences create the genetic associations between ecological and mating strategies required for speciation if different combinations of ecotypes and mating types are favoured in different environments (e.g., Kawata et al. 2007).
Control of boronic acid solution speciation is presented as a new strategy for the chemoselective synthesis of boronic esters.
The design of effective and affordable control strategies depends upon the speciation of mercury from the high temperature region of the boiler to the lower temperature environment of the stack.
Fig wasps also have many biological characteristics that predispose them to serve as model organisms in studies of adaptation, sympatric speciation, and female bias sex-ratio strategies, among other topics [7], [8], [9].
Such findings may have fundamental evolutionary implications for the understanding of large-scale speciation processes, but also for conservation strategies [ 83] (but see [ 84]).
This implies that speciation towards lower virulence is an effective strategy for a pathogen species to reduce its extinction risk.
