Sentence examples for be generalized across different from inspiring English sources

Specifically, to what extent genomic selection patterns can be generalized across different cultivars and whether the performance of hybrids differs between early- and late-generations and different environments (EFSA 2011).

This may support the idea that fear is not a singular trait that can be generalized across different situations [26], [35].

Yet, to our knowledge, there are no scales measuring quality of life and satisfaction with anticoagulation that can be generalized across different models of anticoagulation management.

Ultimately, however, such filtering should rely on more quantitative scoring schemes that are specific for distinct experimental methods (40) and can be generalized across different organisms.

It is designed to be feasible to implement in a community setting, and to be able to be generalized across different groups in Australia and internationally.

Second, we used G theory, which recognizes that measures have multiple sources of error [ 21], to determine whether item scores could be generalized across different administrations of the tool.

In addition, it remains unclear to what extent findings can be generalized across countries with different geographical location, since latitude and longitude influence light dark cycles and circadian rhythms of humans.

It may be argued that these biases cannot be generalized across the entire visual field because the data were averaged across different visual quadrants; it is likely that some quadrant-dependent discrepancies exist (Van Essen et al. 1984).

Participants were recruited through primary care physicians/general practitioners, pain specialists and rheumatology specialists and the sample included individuals from three different countries/cultures/languages to increase the likelihood that findings could be generalized across cultures/languages.

Additionally, we examine multiple plant species and use sites located in different habitats, in order to test the extent to which responses can be generalized across species and environments.

These results can be generalized across other seasons.