The phrase "a spectrum of evolutionary" is correct and usable in written English.
It can be used when discussing the range or variety of evolutionary processes, traits, or adaptations within a particular context.
Example: "The research highlights a spectrum of evolutionary changes that have occurred in response to environmental pressures."
Alternatives: "a range of evolutionary" or "a variety of evolutionary".
The contents of the special issue of 2015 cover research of various groups that use the toolkit of phylogenetics to tackle a spectrum of evolutionary questions.
The comparative chromosomal domain analysis described here has revealed a spectrum of evolutionary consequences, ranging from the conservation of essential large-scale chromosomal domains to the flexibility of continuous genomic adaptation.
By exploring a broad range of immune and suicide efficacies in combination with variable degrees of population structure (from a well-mixed population to a fully structured population with no migration), simulations reveal a spectrum of evolutionary behaviors characterized by the acquisition of one, two or all three classes of defense mechanisms.
The theory of intralocus competition (or selfish gene), which was implicitly used before Dawkins by G.C. Williams[ 6] and W.D. Hamilton[ 7, 8], is better than the original theory of intrapopulation individual selection as it offers a unified theoretical framework for explaining a broader spectrum of evolutionary phenomena.
Immunological memory in vertebrates, conferring lasting specific protection after an initial pathogen exposure, has implications for a broad spectrum of evolutionary, epidemiological, and medical phenomena [1].
To check whether our choice of species covers a sufficient spectrum of evolutionary change, analysis involving additional 6 species has been carried out.
By relying on the comprehensive, widely used, and up to date NCBI and ITIS taxonomic projects, we hope to be able to fulfil a broad spectrum of evolutionary biologists' needs.
Consistent with the innate immune system evolving prior to the adaptive immune response, it is reasonable to assume that molecules involved in this system may have evolved more rapidly and be genetically conserved across a broad spectrum of evolutionary distant species.
On the contrary, T. brucei is able to import and process mitochondrial preproteins from a large spectrum of evolutionary distant organisms, including the excavate Trichomonas, the model plant Arabidopsis, the stramenopile Blastocystis and humans (Long, Jirku, et al. 2008; Long et al. 2008; Tsaousis et al. 2012).
It must be emphasized that the frozen plasticity theory has a much broader spectrum of evolutionary and ecological implications than has been suggested and discussed by students of particular hypotheses.
Here, we show a much more detailed spectrum of evolutionary and functional fates of higher order protein complex subunits.
