Sentence examples for makes a fundamental contribution from inspiring English sources

While higher education makes "a fundamental contribution to training a work force," she said, it should strive to be far more than that.

Elections make a fundamental contribution to democratic governance.

He retired from the presidency in 1981, already a rather old-fashioned figure perhaps, but one whose leadership had made a fundamental contribution to the achievements of Plaid Cymru that were to follow.

It is something we might rather have than not, since people generally prefer not being in abject poverty, but wealth does not make a fundamental contribution to human happiness.

In doing so, we make a fundamental contribution to the goal of every individual, every group, or even humankind: survival.

A nineteenth century gentleman scientist could read widely in other disciplines while still making a fundamental contribution to his own, a feat which is scarcely imaginable today.

In addition to making a fundamental contribution to the philosophy of language, these three theses also underpin Herder's theories of interpretation and translation (as we are about to see).

Through emphasizing thought's essential dependence on and bounding by language, the radically different forms of thought supported by different languages, the need for a rigorously empirical approach to the investigation of such differences, and in other ways, Herder made a fundamental contribution to the birth of modern linguistics.

A report added, "Music industry activities make a fundamental contribution to the special character of Denmark Street and support associated retail provision".

In their past work (Watabe-Uchida et al., 2012), the authors made a fundamental contribution to the field by using retrograde viral tracing to produce a whole-brain map of synaptic inputs into dopamine neurons.

J.B.S. Haldane, who is best known as an evolutionary biologist, used the quantitative skills he developed for population genetical analyses to make a fundamental contribution to systems biology by introducing the quasi-equilibrium approximation to Michaelis-Menten kinetics [ 278], still widely used in current systems biology.