Sentence examples for contribute to improved efficiency from inspiring English sources

Two more gears in the automatic transmission – there are eight now, where there once were six – contribute to improved efficiency, as does a refined silhouette that cuts through the wind with less disturbance.

The results for Malindi were, to a large extent, in agreement with those from the Philippines, where involvement of local authorities and empowerment of communities were among the key factors found to contribute to improved efficiency and sustainability of vector control operations (van den Berg et al. 2012).

(vi) through the analyses of ACSCs indicators, it can contribute to improving efficiency of the health system by identifying opportunities to substitute less expensive model of care.

Improved sample processing, matrigel embedding, and orthotopic implantation, as well as more reliable systems for primary culture and passage [ 31, 32], should contribute to improve efficiency.

The assessment of the efficiency of public sector health services undertaken in this study provides an important complement to existing studies by indicating tools that are relevant for enabling regional managers to contribute to improving efficiency in the context of a decentralized administration.

Furthermore, Velazquez and Buffaria ask themselves whether such instruments have contributed to improve efficiency, farmers' income, and consumers' welfare.

Secondly, we examine how CAP of instruments aimed at counterbalancing market inequalities along the chain have been functioning over time, notably if they contributed to improving efficiency, farmers' income and consumers' welfare.

Secondly, we examine how CAP of instruments aimed at counterbalancing power inequalities along the chain have been functioning over time, notably if they contributed to improving efficiency, farmers' income and consumers' welfare.

Reasonable rules and regulations should also be prepared that contribute to improved learning efficiency and enhanced use of internet-based resources among clinical medical students.

Furthermore, the loci causing the differences between both Fe regimes in the relative chlorophyll contents of SP4 to SP6 may also merit further investigations respecting as they are likely to contribute to improved Fe efficiency and thus might be valuable in breeding programs.

Workload modelling may contribute to improved health workforce planning and service efficiency.