Sentence examples for more strongly impacted from inspiring English sources

The variability in the rates at which different tree families adapt to climate conditions suggests that some groups will be more strongly impacted by climate change than others.

We conclude that CH4 fluxes are likely to be more strongly impacted by higher temperatures than CO2 fluxes but that responses may differ substantially among forest types.

The drifter speed was 2.9 6.3% of the wind speed in 2011 when the drifters were more strongly impacted by the wind, and 1.9 2.9% in 2013 after the drifters had been modified to reduce the wind impact.

Thus, θw gives equal weight to all polymorphisms, whereas π is more strongly impacted by frequent polymorphisms.

Our results indicate that mobility metrics which are strongly predictive of health are significantly affected in AMD and are more strongly impacted in those patients with worse vision.

Multiply labeled isotopomers are therefore more strongly impacted by KIEs than singly labeled isotopomers.> The system of ordinary differential equations was automatically generated in FORTRAN, and steady-states were calculated using the LSODE solver implemented in the runsteady function of the rootSolve package (v1.6.5) of R (v3.0, www.r-project.org).org

However, the modification of co-author weights more strongly impacts the ranks of top performers: Rank correlations no longer exceed 85%% and even drop to 59.1 % in the top 25 list of the recent research performance ranking.

The inner wall of the heat recirculation microburner is found to more strongly impact stability than the outer wall, with most stable burners having both walls (inner and outer) insulated.

Under some circumstances, changes affecting antigen presentation more strongly impact viral kinetics in the host than other viral or immune factors [ 16].

IDH, SDH and FH mutations, which result in the inhibition of virtually all αKG-dependent dioxygenases, including all three TET proteins, would therefore more strongly impact DNA methylation control than a single TET gene mutation.

Specifically, although smaller birds are expected to have smaller effective population sizes and, therefore, lower d N/d S ratios, in the presence of saturation, their higher overall rate of substitution (Nabholz et al. 2009) will only weakly impact d S but more strongly impact d N. As a result, the apparent d N/d S will increase, whereas in fact the real d N/d S is undergoing a decrease.