Sentence examples for practice can significantly from inspiring English sources

This means that developments in building practice can significantly contribute to tackling climate change and energy use.

It is revealed that the in-plane rigid diaphragm assumption commonly adopted in practice can significantly suppress compatibility forces generated within the building floor leading to unconservative design of the tower walls.

In particular, our analyses showed that some variables related to single SINP Centers (see the wide range of values reported in Table 3 for the variables "First, Control and Total, Ambulatory visits in 2012", and "Years of the clinical practice"), can significantly vary according to the referents' clinical profile, and to the characteristics of their clinical centers (Table 3).

After all, research among varied populations suggests that mindfulness practice can significantly improve professionals' stress management and emotional regulation skills, and decrease their stress and burnout (De Vibe et al., 2012; Gold et al., 2010; Hülsheger, Hugo, Feinholdt, & Lang, 2013).

Numerous studies have demonstrated that the introduction of CAD in radiological practice can significantly improve the diagnostic accuracy of pulmonary nodule detection.

Agricultural management practices can significantly affect soil hydraulic properties and processes in space and time.

Due to humanity's huge scale of thermal energy consumption, any improvements in thermal energy management practices can significantly benefit the society.

Representatives for the developers say they have taken the hazards into account and that modern building and safety practices can significantly reduce the risks.

The World Health Organization, in its Global NCD Action Plan (GAP), outlines that "strengthening international cooperation for resource mobilization, capacity-building, health workforce training and exchange of information on lessons learnt and best practices" can significantly contribute to the reduction of NCD prevalence around the world.

Its review of studies on greenhouse gas mitigation potential showed that changes in agricultural practice can contribute, significantly, to greenhouse gas emissions reductions and carbon storage in the soil.

In practice, it can significantly increase the degree of automation of the design-reuse process.