Sentence examples for deep populations from inspiring English sources

After 2 weeks of exposure to 26 °C, no Hsp70 induction was detected, but an increase in protein damages indicated a lower resistance in shallow populations corroborating the previous observation of differential resistance capacity between deep and shallow populations of E. singularis, with a higher thermotolerance in deep populations.

"Desperation Breeds" is a little like that, but it's talking about trying to make nature conform to genetically engineered farming and deep populations collapsing, and nature doesn't like symmetry collapsing.

That deep populations are genetically distinct from shallow populations has important ramifications for conservation management under environmental change.

Similarly, assumptions that deep populations will act as refuges for shallow populations that are impacted by activities such as fishing or mining are also unlikely to hold true.

However, if vertical dispersal is limited, then deep populations may not provide the anticipated source of propagules for recolonisation of impacted areas.

The apparent absence of vertical larval dispersal suggests deep populations of D. dianthus are unlikely to colonise shallow water as the aragonite saturation horizon rises and deep waters become uninhabitable.

Internal waves of 10 15 m amplitude appeared to exert control over the depth distribution of the deep population.

Approximately 12 h into the first experiment, a relatively warm surface water mass with low Alexandrium cell densities intruded over the drogue station, leaving only the deep population.

The SSMP data are expected to be the benchmark for evaluating the value of deep population-level sequencing versus low-pass sequencing, especially in populations that are poorly represented in population-genetics studies.

It is noteworthy that the confounding over the deep population structure of rice and other self-fertilized plants (e.g., Arabidopsis thaliana) may result in missing heritability in GWAS results (Brachi et al. 2011).

In O. sativa, the deep population structure poses significant challenges for association mapping because functional variation that is highly correlated with subpopulation structure cannot be distinguished from all other (non-causative) subpopulation-correlated genetic variation.