Sentence examples for likely contribution to from inspiring English sources

They now note how students in essays describe their likely contribution to a public liberal arts campus.

This was made clear by the Committee on Climate Change, which showed that the maximum likely contribution to our electricity supply from renewables by 2030 is 45%, and the maximum likely contribution from carbon capture and storage is 15%.

If the university "wants to ensure diversity through its admissions decisions, and wants race to be part of that calculus," the judges wrote, "then it must be prepared to shoulder the burden of fully and fairly analyzing applicants as individuals and not merely as members of groups when deciding their likely contribution to student body diversity".

Later in the hearing, Smith made the case for a new yardstick with which to measure an NSF grant that would focus on its likely contribution to "the national interest".

This review will summarise macrophage phenotype heterogeneity, the presence of the different 'subsets' within the plaque throughout its development and focus, in particular, on the possible clinical significance of macrophage subsets in terms of their likely contribution to plaque stability – such as their role in the core and cap.

We can recognize miracles we did not plan and value them for what they are, rather than always measure their worth by their likely contribution to our traditional goals".

Using a broad concept of merit, readers evaluate academic work; personal qualities like leadership ability, character, tenacity, initiative or intellectual independence; likely contributions to campus; performance on standard tests; and other measures of achievement including extracurricular, volunteer or employment experience.

Likely contributions to this lack of correlation and subsequent clinical implications are discussed, as well as the direction for further research.

In making permitting decisions regarding major infrastructure projects, we should be evaluating likely contributions to greenhouse gas emissions, in addition to land, water and habitat impacts.

This is because our approach is able to not only delineate the different spectral components of these complex tissues, but assign them to their cellular-level origins and (in principle) quantify their likely contributions to bulk tissue spectroscopy measurements or wide-field fluorescence imaging.

The availability of the structures and chemical shifts for all four components of this system now allows us to comment on the most likely contributions to the observed positive cooperativity.