Sentence examples for cumulative understanding from inspiring English sources

None of the jurors spoke to me of a single moment of epiphany; rather they described a gradual, cumulative understanding of why Jeremy Gross entered the Convenient Food Mart and murdered Christopher Beers.

The second assumption we question is that an individual's lack of attention to past beliefs or practices necessarily amounts to disrespect for collective, cumulative understanding.

The university is not a cooking school but rather an institution that offers courses in anthropology, economics, geography, gastronomy, history, and other subjects in a combined approach to a cumulative understanding of our foods and food ways.

Permissible limits for drinking water given by various organisations and countries ascertain the suitability of water based on each metal; however, a cumulative understanding of the pollution level based on all heavy metals is not achieved.

From the epistemological perspective (Greek episteme, epistemology = theory of knowledge), the theory of evolution encompasses the nature and scope of knowledge about the phenomenon of evolution (=what really happens), including the chronological discoveries by naturalists and scientists during the development of our cumulative understanding of how evolution works.

She added that it helps provide a cumulative understanding of what the year has been like in terms of police violence.

It is equally possible to acknowledge that individuals enrich communities by virtue of their unique perspectives and critiques, and that these in fact contribute importantly to the cumulative understandings on which we all draw to live.

This is particularly important in understanding cumulative exposures for the longer-term workers in our study.

Physiologically based pharmacokinetic models such as those discussed by Chiu et al. (2006b) may be useful for better understanding cumulative exposure in these epidemiologic studies.

In addition to cumulative exposure evaluation, understanding mechanisms of interaction among mixture constituents is important for realistic risk assessment because mechanistic knowledge allows for quantitative predictions of the nature and consequences of co-exposure to different stressors.

Understanding its cumulative effects, and in particular where the energy and momentum flux of atmospheric waves is deposited, is crucial to understanding the energy coupling of the atmosphere.