Sentence examples for drift strongly from inspiring English sources

Together, the Beaufort Gyre and Transpolar Drift strongly influence the Arctic Ocean ice thickness distribution, which has been determined largely from submarine sonar measurements of the ice draft.

In S. bechsteini, the influence of genetic drift strongly limits the likelihood that any local adaptation to its host maternity colony is able to persist and spread.

The formal selection of the chief is decided by a complex voting process involving state party leaders, who drifted strongly for Clinton over Sanders in the presidential primary.

The kinetics of cathode edge shrinkage and displacement (drift) coupled strongly with the grain boundary (GB) grooving is investigated using the novel mathematical model developed by Ogurtani, in sandwich type thin film bamboo lines.

Catastrophic downstream drift may strongly affect the size and the recovery potential of populations [20, 21].

While these results cannot entirely exclude an effect of genetic drift, they strongly point to an evolutionary conserved dynamic role of AVP along a continuum, with hypomorphic Avp alleles finally contributing to low anxiety- and possibly depression-like behaviors and hypermorphic alleles contributing to hyper-anxiety.

The effect of cohort adjusted for age and drift was strongly statistically significant (P<0.001).

Thirdly, genetic drift may strongly constrain adaptive evolution, where small populations suffer from maladaptive genetic differentiation due to influence from random processes [ 10].

Incoherent scatter radar observations at Jicamarca (Fejer et al. 2005) indicate daytime westward drifts and stronger nighttime eastward drifts under quiet conditions; nighttime perturbation drifts increase strongly with solar activity.

The time-resolved power spectrum of the LFP, averaged across 20 trials (Fig.  2 B and C, bottom), revealed further that oscillation frequency drifted more strongly in IF IF (SD = 4.7 Hz) than in IF RES networks (SD = 0.8 Hz; about 6-fold difference).

In this theory, speciation and rapid evolution are linked, with natural selection and genetic drift acting most strongly on organisms undergoing speciation in novel habitats or small populations.