Sentence examples for interpretive benefits from inspiring English sources

In order to obtain a more precise and comprehensive understanding of La Venta the original excavation records were consulted, and field drawings and maps were digitized to create more accurate 2d images as well as a 3d model of Complex A. This article summarizes the process of digitizing the archival records and the interpretive benefits from utilizing 3d visualizations of the site.

Her second book, Literary Theory and New Testament Scholarship (YUP, in progress), guides students and scholars of the New Testament through the maze of heterogeneous phenomena associated with contemporary literary theory, and offers practical examples that illustrate the interpretive benefits of an updated literary approach to the New Testament.

As expected, interpretive benefit increases with increasing correlation between the sign and the interpretive environment.

The maximum interpretive benefit (interpretive index) occurs at locations in parameter space at which the probabilities of the sign (presence of 10 mM Ca2+) and the presence of the favourable environment (25 mM Mg2+) are equal.

At lower levels of probability of the favourable environment the interpretive benefit is limited by false positives (presence of the sign in the absence of the favourable environment).. Of the three parameter spaces represented in Figure  5b the greatest interpretive benefit is available where the probability of the favourable environment is close to 0.3.

The relationship between interpretive benefit and the probability of the favourable environment is explored further in Figure  5c, which shows the maximum interpretive benefit available at different probabilities of the presence of a favourable environment (i.e., parameter spaces in which the probability of the sign is equal to the probability of the favourable environment).

The maximum interpretive benefit for the PV ribozyme at reaction times of 5 minutes occurs at the location in parameter space at which the probability of the favourable environment is 0.33.

Levels of interpretive benefit sufficient to be subject to selection are also seen in less optimal areas of parameter space, in which the probabilities of the sign and favourable environment are not equal.

Note that for a given probability of the favourable environment the maximal interpretive benefit occurs when the probability of the favourable environment is equal to the probability of the sign.

At higher levels of probability of the favourable environment the interpretive benefit is limited by the occurrence of false negatives (absence of the sign in the presence of the favourable environment).

Importantly, the characteristics of the relationship between interpretive benefit and the parameter space variables illustrated in Figure  5 are properties of the whole system; i.e., they are 'emergent' properties of the 2 × 2 outcome matrix within the constraints defined by the values assigned to the parameter space variables.