Sentence examples for affecting effective from inspiring English sources

Mating system is another potential factor affecting effective population sizes.

Among other things, this requires an understanding of the factors affecting effective population size.

In this initiative, residents act as active partners in decision making, they discuss issues affecting effective delivery of civic services with government representatives, and propose a local plan of action pertaining to the desired civic need.

This may be because net diversification is not associated with consistent effects on population size [ 46], or diversification does affect effective population size, but the effect on ω is overwritten by other population fluctuations [ 46].

The barriers not only affect effective implementation of risk management in projects but also affect one another.

It is shown that the TPMS architecture significantly affects effective elastic moduli when the contrast is high.

The system is strongly nonlinear, and necessitates a nonlinear dynamic analysis to be able to predict all critical phenomena that affect effective operation and efficient design.

Due to the coupling of stresses and pore pressure, the pore pressure change caused by cutter will affect effective stresses in the rock and eventually affect mechanical specific energy (MSE).

This low surface tension is believed to affect effective transungual delivery of efinaconazole and believed to provide a dual mode of delivery by accessing the nail bed by wicking into the space between the nail and nail plate.

Since it can be assumed that auditors who are also chartered tax consultants will not affect effective tax rates for past years, longer-run three-year effective tax rates are measured here by summing numerators and denominators of tax rates over the current and following 2 years according to Mayberry et al. (2015).

Experimentally, for instance, Kim and Peterson [24] also showed that different morphologies of carbon nanotubes affected effective thermal conductivity significantly, and a 37% increase in multiwalled carbon nanotube dispersion could be predicted by the Hamilton-Crosser equation with a massive shape factor of 36.