Sentence examples for empirical conclusions from inspiring English sources

But he completely ignores both Fogel's empirical conclusions and his intellectual agenda.

Further, much of the previous work in this domain is fragmented and contradictory, leading to serious questions regarding the reliability and validity of the empirical conclusions.

At the request of The New York Times, two scholars — Lee Epstein, who teaches law and political science at the University of Southern California, and Jeffrey A. Segal, a political scientist at Stony Brook University — examined the data Ms. Youn relied on and confirmed the essence of her empirical conclusions.

By examining what goes on in the jury room in a systematic way, Diamond and Vidmar will help us to assess whether current theories and empirical conclusions about juror and jury decisionmaking, based on indirect research methods, apply to actual jury decisions.

Presenting alternative land use options by simulations rather than empirical conclusions about limitations or suitabilities is attractive for land evaluation, allowing a pro-active and interactive approach by soil scientists vis-a-vis farmers, hydraulic engineers, crop breeders and policy makers.

The above empirical conclusions can be explained economically by the following reasons.

If none of those do the trick, there are plenty of accounts from the history of self-experimentation. There's the study on nitrous oxide performed by 18th-century chemist Humphry Davy, who got fed up with testing the gas on rabbits, kittens and fish and took heroic quantities himself, reaching the less than empirical conclusion that "nothing exists but thoughts".

It is an empirical conclusion derived from the RAND Health Insurance Experiment, one of only a handful of social science experiments that relied on the gold standard of scientific evidence: a randomized controlled trial.

And fertilization systems diverge an empirical conclusion from the simple fact that there is more than one species on the planet at any one time.

Notably, our simulations provide a theoretical rationale supporting the empirical conclusion (see Clark, Moreland, & Gronlund, 2014) that sequential lineups typically result in worse performance than simultaneous lineups.

But there is no systematic theory of how this applicability comes about, no proof of a conservative extension theorem, for example, showing how application of mathematical calculi to empirical premisses will never lead us to derive an empirical conclusion which does not follow from those premisses.