Sentence examples for species complement from inspiring English sources

Analyses of species abundance, biomass and taxonomic relatedness of the species complement at each site suggested that most assemblages represented relatively unimpacted regional conditions.

Assessing the population impacts of disease, particularly those caused by emerging pathogens, within wildlife populations is problematic because little is known of the background species complement of their parasites and because the detection and diagnosis of disease in most wildlife species is challenging.

It has been proposed that AMF species complement each other when simultaneously colonizing a root system by occupying different niches (Koide 2000; Maherali and Klironomos 2007).

Evidently, the predictions made by different methods using information from different species complement each other quite well instead of only predicting the same functions again and again.

The mechanisms by which fibroblasts become activated are not well-defined, although TGF-β, EGF, platelet-derived growth factor (PDGF -BB, FGF2, reactive oxygen sPDGF -BBcomplement FGF2oreactiveintegrins have all been implicated [ 7- 9].

Such a species complement, however, was one of the criteria used for the selection of cases for this study and was the sole basis for the selection of cases from three incidents, so this observation will be circular.

Productivities and species' complements established from proxy information indicate a declining trend from higher in the southwest Northwest Territories to lower in the northeast of Nunavut.

A species complements others in representing additional evolutionary history (Faith 1994), as depicted in the branches of an estimated phylogeny.

This study focuses on continental Asian Begonia species, complementing recent studies by Thomas et al. (2011a2012) that emphasized the evolutionary patterns of SE Asian Begonia.

Anthropogenic provisioning of wild birds in garden habitats influences contact rates among conspecifics and alters species complements at feeding sites; both factors influence pathogen transmission and exposure rates [40].

Here we extend the understanding of LINE-1 using PCR amplification from genomes of a broad range of placental species complemented with Blastn searches of available databases, with emphasis on the two most basal placental clades, Afrotheria and Xenarthra.