The phrase "application of species" is correct and usable in written English.
It can be used in contexts related to biology, ecology, or conservation, where one discusses how different species are utilized or studied.
Example: "The application of species in ecological research helps us understand biodiversity and ecosystem dynamics."
Alternatives: "use of species" or "utilization of species".
During the late 19th century, the racialist thought that underlay European imperialism merged with social Darwinism — a flawed application of species evolution that claimed human subgroups were biologically distinct and in constant competition — to legitimize the concept of a hierarchy of races.
Our application of species accumulation models, multivariate variance partitioning and regression all suggest shifts in the relative importance of different processes influencing species accumulation and β diversity at different spatial scales.
The application of species delimitation criteria that identify lineages exhibiting the population genetic patterns of cohesion through gene flow [18], [38] and genealogical patterns of divergence [16], [17] can thus have significant benefits over criteria that are more often limited to identifying lineages that are well into the process of divergence.
However, the application of species concepts to putatively asexual taxa can be difficult and controversial [ 1, 2].
The application of species delimitation methods and an accurate dating strategy to the genus Neomys helped to clarify its controversial taxonomy.
These protocols require periodic inventory of the forest and the application of species-level biomass and carbon conversion equations to all inventory estimates [7, 8, 61].
Fungal speciation constitutes an important aid for effective treatment, facilitating the application of species-specific therapy, thereby avoiding problems of drug resistance, and furthermore, establishes a more precise epidemiology.
One important application of species-specific repeats is their usage in the identification of prokaryotic species.
Next-generation sequencing strategies and phylogenomic methods should help resolve difficult nodes [ 16, 20, 36, 198- 200], as should application of species-tree methods [ 201, 202].
These protocols require periodic inventory of the forest and the application of species-level biomass and carbon conversion equations to all inventory estimates [ 7, 8, 61].
Since the development and application of species-specific custom arrays is, in our case, impractical, and since deep transcriptome analysis with next-generation sequencing technology is financially prohibitive; the only option for large-scale transcription profiling is cross-species hybridization using one of the existing microarray platforms.
