Sentence examples for deep scientific knowledge from inspiring English sources

His "dynamic style, deep scientific knowledge and passion for helping patients make him an ideal next commissioner during this pivotal time for science and public health," said Ellen Sigal, chairwoman of the advocacy group Friends of Cancer Research.

Dr de Planque has been remembered for her substantial contribution to the BHP Billiton Board, and particularly her deep scientific knowledge and significant experience with nuclear and environmental regulatory issues.

She creates dynamic trainings adapted specifically to the needs of her participants, drawing upon her deep scientific knowledge, direct clinical work, and experiences in a range of institutional and organizational settings.

The birth in the late 1950s of the second paradigm – transport phenomena – was the consequence of the need for a deep, scientific knowledge of the phenomena that explain what happens inside of unit operations.

Many of them employ a small coterie of scientists who combine strong analytical skills with deep scientific knowledge to advise on investments in science-based businesses.

"Dealing with international issues of forestry... requires deep scientific knowledge, linguistic abilities, conversational aptitude --as well aptitude --asy to think on your feet.

In the movie, Lucas, a slight, bespectacled, accelerated high school student with a predilection for insects, a deep reservoir of scientific knowledge and a taste for classical music, mistakes the friendship of a 16-year-old girl for love; and when the girl - a newcomer to the suburban Illinois community - is attracted to a football player closer to her own age, Lucas is heartbroken.

Blending modern business thinking with deep philosophical and scientific knowledge, she created a breakthrough model to help organizations discover the hidden needs of customers, and deliver experiences that deepen engagement and strengthen loyalty.

In terms of the overall approach, however, traditional computative optimization approaches to adapting to climate risks under the 'predict & prevent' paradigm are particularly suitable for levels of precision of 'bounds' to 'full PDF' (score 5 6), but perform poorly under deep scientific uncertainty and knowledge gaps.

Moross says the potential applications for citizen-based environmental monitoring are vast, pointing to incidents such as the recent scandal over the lead-tainted water supply in Flint, Mich., as an example of where deeper community-based scientific knowledge could have improved debate and policymaking.  .

Although no one can know the future, social science still tries to do so because of a deep-rooted misunderstanding about scientific knowledge.