Sentence examples for because large variations in from inspiring English sources

Moreover, explanations based on differences in reproductive modes or genetics are similarly not entirely satisfactory because large variations in recombination rates in insects (e.g. in aphids [28] as in bacteria [29]), and because the models of population genetics of haploid and diploid organisms are very similar.

However, today, face recognition remains challenging because of large variations in facial image appearance due to multiple factors including facial feature variations among different subjects, viewpoints, lighting conditions, and facial expressions.

However, the h-index may not fairly compare researchers from different fields of research, because of large variations in publication type and frequency and citation volumes between fields.

Until now that basic finding had not been replicated, likely because of large variations in the cognitive measures and connectivity methods employed across studies.

Because of large variations in their design (type of patients, observed mortality (33 to 60%), mix of H- and Ĉ-statistics), it is difficult to perform meaningful comparisons between them.

The new understanding of As metabolism creates interesting challenges in evaluating health effects of in populations exposed to iAs because of large variations in the factors that affect metabolism, such as nutrition (Gamble et al. 2005), genetics (Chung et al. 2002), sex (Shraim et al. 2003; Tseng et al. 2005), and age (Chowdhury 2003; Tseng et al. 2005).

Switzerland is notable for the variety of grapes grown because of the large variations in terroirs, with their specific mixes of soil, air, altitude and light.

This question seems particularly relevant for NCLDV because of the large variations in genomic repertoire and size in the different lineages.

Basal cell carcinomas (BCCs) of the skin were not included in the total numbers because there are large variations in the BCC rates by hospital catchment area, suggesting that many cases may remain undetected.

There is a need for the scientific community to agree to a common set of strains for melioidosis studies because there are large variations in strain virulence and ensuing disease pathogenesis.

It is also possible that the approximations of the linlog model are not suitable for these reactions, for instance because there are large variations in metabolite concentrations between conditions, driving the system far from the reference state.