Sentence examples for span all areas from inspiring English sources

This committee reviews issues that span all areas activities of the department.

Faith-based projects span all areas of need, but the leading areas for churches are supporting those with low self-esteem, family breakdown, mental health problems and domestic violence.

Over 45 multinational and African companies have committed to specific agricultural investments that total more than $3bn and span all areas of the agricultural value chain, including irrigation, crop protection, financing and infrastructure.

Exploiting these differences to construct useful devices, systems and architecture is expected to benefit all economic sectors, and the research activities span all areas of science and engineering [1 4].

NIAID supports various consortia and approaches that span all areas of TB drug discovery, from screening promising compounds in animal models to testing the safety and efficacy of candidate drugs in clinical trials.

In this climate of idealism and dedication, the achievements have been many and span all areas.

Their experience spans all areas of the legal profession including academia, the judiciary, public service, civil rights and human rights advocacy, NGOs, international organizations, and private practice.

An estimated 90,000 jobs have gone from the business since 2008, when RBS had operations in 54 countries that spanned all areas of financing, from aircraft leasing to current accounts.

Our staff's expertise and service offerings spans all areas of technology, from ensuring institutional security standards to creation of high speed networking, from developing websites to assisting with hardware purchasing.

Based in a world-class research environment, BBS benefits from outstanding research laboratories spanning all areas of bioscience located at Harvard Medical School, its affiliated hospitals, and the greater Harvard system.

Research at Cornell spans all areas of the theory of computing and is responsible for the development of modern computational complexity theory, the foundations of efficient graph algorithms, and the use of applied logic and formal verification for building reliable systems.