Sentence examples for multiple species because from inspiring English sources
Our method will be useful for studying the dynamics and interactions of multiple species because it can estimate LAI and its seasonal changes for each species.
In complex systems each resolved mass peak may contain contributions from multiple species because of the isotope structure of constituent elements and because a multitude of different types of clusters with different compositions are present.
We used microsatellite loci, many of which are conserved across multiple species, because they are highly variable and have been extensively mapped in rainbow trout.
Cross-species primers will remain cost-effective for projects involving comparison of multiple species because a single set of primers can be utilized to amplify across many related genomes, without the need to design and synthesize individual primer pairs for each different species.
The purpose of the multiple species is because variations in size and shape are a very real and very unpredictable problem for a bat.
There is also evidence that many over-lapping gene pairs exist in mammalian genomes, and that these gene pairs are conserved in multiple species, probably because recombination or mutation in these regions of the genome would cause deleterious mutations in both genes [ 56].
Considering the different taxonomic groups found on the mangroves using metagenomic approaches, the high level of diversity found in the mangrove samples is expected because multiple species may perform both different and similar roles (Hooper er al. 2005).
Because multiple species can intercept the same transect segment at different heights, the total per cent cover can exceed 100%%.
Because multiple species were often recorded within each plot, we included plot as an additional random effect in the model, nesting it within site.
Because multiple species of flies, bees, and mosquitoes have now been sequenced, we included orthologous regions (based on alignment within a given subfamily or genus) of the CRMs for each of the respective D. mel, An. gam, and A. mel CRMs where possible.
Because the IEG expression patterns form clusters of brain areas across brain subdivisions that can be misleading in defining subdivision boundaries and because we examined multiple species for which cerebral subdivision organization is not well characterized, we sought reliable markers of brain subdivision boundaries to define the anatomical locations of IEG expression.
