Sentence examples for evolved owing to from inspiring English sources

Here, earlier migration appears to have evolved owing to warming water conditions in the Columbia River (Quinn and Adams 1996).

The fact that most of the mutants that have evolved in these lineages were able to persist in time could be a consequence of the mutational resiliency that evolved owing to the short Hamming distance values.

Recent advances in treatment that have evolved owing to studies of mouse models of aGvHD include targeting mediators of the cytokine storm, such as TNFα and IL-1, with antagonists (Uberti et al., 2005; Alousi et al., 2009; Antin et al., 2002), as well as reducing the intensity of conditioning regimens to avoid excess inflammation.

More specifically: experimentation explicitly includes the aim of learning (i.e. not only gathering information from stakeholders), it supports exploration of different interpretations on the innovation (opening-up appraisal), and on how values might evolve owing to its introduction (society's responses).

Spawning date is particularly likely to evolve owing to its high heritability in salmonids (Quinn et al. 2000; Hard 2004; Hendry and Day 2005; Carlson and Seamons 2008).

That is to say, these endosymbionts in insects have evolved individually owing to their special niches, different from other free-living ascomycete fungi such as M. acridum and T. inflatum.

However, Lukather's role in Toto evolved over time owing to the changing needs of the band.

These processes allow bacteria to adapt to environmental changes or to evolve into pathogens (owing to the distribution of genes encoding toxins, effector proteins, cell wall modification enzymes, fitness factors, and antibiotic and heavy metal resistance determinants).

Regenerative medicine has rapidly evolved over the past decade owing to its potential applications to improve human health.

Campaign finance laws have evolved significantly since 2008, largely owing to the 2010 Citizens United Supreme Court decision.

By employing singular perturbation arguments, we show that the dynamics of the considered process networks typically exhibits three distinct time scales, the fastest one, in which the temperature dynamics evolve, a fast one, owing to the presence of the fast reactions, and a slow time scale due to the presence of the reactions with slow reaction rates.