Sentence examples for appropriately control for from inspiring English sources

17 We expect that controlled trials which allocated participants at cluster levels will appropriately control for clustering.

Failure to appropriately control for factors that shape local labor demand could thus induce a spurious positive correlation between immigrant concentration F P pt and the incidence of nonstandard hours in the province.

An alternative explanation may be that we did not appropriately control for the manner of connectivity, and were not strict enough in examining only strongly monosynaptic connections (though see Figures 11 and 12).

In GWA studies, a finding is considered to be "replicated" if and only if there is an initial finding which did appropriately control for multiple testing with strong control of the family-wise type I error rate (FWER) and in a second independent sample this finding is re-detected in a confirmatory hypothesis testing setting [2].

Kalkbrenner et al. (2012) did not appropriately control for confounders, and this affected sensitivity analysis central to their conclusions.

Analyses that do not appropriately control for such differences can be biased, and one can never be certain that all important group differences have been controlled for statistically.

And while the ride remains comfortable, the body lean is appropriately controlled for a sedan with luxury aspirations.

Critically, convergent localization for the NFA was only evident when contrasts were appropriately controlled for task demands, and does not appear to depend on employing methods designed to overcome fMRI signal dropout in the ITG.

(2) The capacitance of baseline device can be appropriately controlled for hysteresis-free operation [20, 26, 37].

This paper has provided estimates of actual and potential adoption rates and the determinants of adoption for the improved pigeonpea varieties in Malawi and has shown the importance of appropriately controlling for exposure and selection bias when assessing the adoption rates of a technology and its determinants.

The challenge with the statistical approach is 1) isolating and controlling for policy, biophysical, or economic conditions that shaped past decisions but will not exist in the future and 2) appropriately controlling for conditions that could affect future LULC decision making but were not present on the landscape in the past [30].