The phrase "a host of evolutionary" is correct and usable in written English.
It can be used when referring to a large number of evolutionary processes, changes, or concepts in a specific context.
Example: "The study revealed a host of evolutionary adaptations that have occurred in the species over time."
Alternatives: "a multitude of evolutionary" or "a variety of evolutionary".
The bacteria's coordinated effort raises a host of evolutionary puzzles, such as how the two microbes found their way into the insect and how they evolved to divide the workload, says Serap Aksoy, a molecular biologist at Yale University.
Because of these many advantages, targeted sequence capture approaches provide a powerful new tool for plant breeding, analyses of the scale and scope of genomic diversity, and a host of evolutionary and ecological genomic studies.
MIOMAP is an on-line research database of Oligocene and Miocene mammal occurrences and related information that facilitates a host of paleoecological and evolutionary research.
It's clearly not about science since the world's scientific community has spoken out regularly about the centrality of evolution, the power evolutionary ideas have to explain much about the natural world, and the overwhelming data from a host of biological subfields supporting evolutionary theory.
Knowing that another group member was awake allowed those sleeping to get deep, restful sleep, which improves brain function and a host of other health outcomes surely an evolutionary advantage.
Consider a wild example, involving the asteroid that hit Earth sixty-five million yeago ago, wiping out the dinosaurs and a host of other species, and probably allowing an evolutionary niche for mammals to begin to flourish.
Any complete account of the evolution and cultural and biological context of Homo sapiens must combine information from geology, paleoecology, primatology, evolutionary biology and a host of other fields.
These variations most likely affect receptor binding features, a theory that is consistent with the idea of a host-pathogen evolutionary arms race [ 95] in which any adaptation enabling a pathogen to escape host immunity leads inevitably to a counter-adaptation in host receptors that again enables pathogen detection.
The "clone and transfer" approach presented here involves cloning the genomic island of interest and transferring it to a number of other hosts that represent a range of evolutionary distances from the original host.
Owing to this redundancy, these genomes can play host to an array of evolutionary processes that act on duplicate genes.
Transposable elements (TEs) have the potential to produce broad changes in the genomes of their hosts, acting as a type of evolutionary toolbox and generating a collection of new regulatory and coding sequences.
