Sentence examples for turnover driven by from inspiring English sources

Key variables can then be identified using multivariate statistics, such as multi-site generalised dissimilarity modelling (Latombe et al. 2017), to discern different combinations of determinants behind species turnover driven by species of different levels of occupancy.

We hypothesized that high bone turnover driven by oestrogen deficiency following ovariectomy would result in accelerated bone loss in the area in contact with the PE particles.

Unlike CAV1 and the cavins, which are stable components of caveolae, EHD2 undergoes a continuous turnover driven by the binding and hydrolysis of ATP.

A plausible explanation for both the abundance of species-specific sequences and the paucity of ancestral sequences is a continual process of gene turnover driven by gene conversion, a mechanism that has been proposed for pirs of P. chabaudi [ 44] and which was evident in each of the clades revealed in this study (data not shown).

Alternatively, more common species are increasingly more likely to be shared among sites (see the scale-heritage assumption; Fig. 2 in Hui & McGeoch 2008), which predicts that species turnover driven more by ecological differences of occupancy frequencies and thus expecting the observed pattern to conform to the null model with row sums constrained.

By contrast, spatial turnover was driven by opposing mechanisms in nutrient-rich vs. nutrient-poor landscapes.

The INVIND data allow us to distinguish whether the effect on turnover is driven by accessions, separations or both.

In the fertile landscape, species turnover was driven by environmental factors and increased mainly with differences in P and nitrate supply.

Using null models with row sums and column sums constrained respectively, we explore whether species turnover is driven by mechanisms of ecological differences (species-specific occupancies) or habitat heterogeneity (site-specific alpha diversity and thus environmental filters).

Several pseudogene-rich families have connections to environmental responses with the implication that their rapid turnover is driven by the selection pressure imposed by the environmental conditions.

It is not believed that the observed protein turnover is driven by changes in systemic hormones as we (Table 2) and others [13], [28] have not been able to show changes in a range of potent hormones except from insulin, which previously has been found to be increased after hypoxic exposure [28].