Sentence examples for methodologies can contribute from inspiring English sources

These methodologies can contribute to introduce new enzymatic tools for biotechnological applications such as biodiesel production, as they do not involve any time or solvent consumption, they are easy to conduct and sufficiently economic to be used in an eventual scaling up.

This methodology can contribute to optimal sampling of biological physical properties by ocean observing systems.

This methodology can contribute to meet the need of fast identification and detection methods for use in monitoring and control measures programmes.

The absence of comparative studies might also cast some additional doubts on the methodology followed, which is the reason why cross-country studies using a common methodology can contribute to test the appropriateness of the standard of living approach.

Finally, the equivalent circuit modelling methodology can contribute towards design of advanced PEO equipment with power supplies optimised to the electrolyser properties depending on the treatment conditions and with diagnostic instruments providing in-situ estimates of the coating properties.

Detailed analyses on mouse use with this methodology can contribute much to the ergonomic design of graphical user interface (GUI) that enables more comfortable use of the mouse as well as the evaluation of computer tasks with the risk of musculoskeletal disorders.

Furthermore, our statistical methodology can contribute to reveal the presence of robustness properties on metabolism.

This methodology can contribute to the identification of priority areas for entomological surveillance and targeted fieldwork.

Still, we claim, the experiments, the model and our methodology can contribute to the discussion of what exactly characterizes a prudent use of antibiotics in modern agriculture.

The results show that the methodology proposed can contribute to managing tourism destinations and to analyzing the level of competitiveness of the lodging offer.

The purpose of this study is to present a methodology that can contribute to maximize cable ampacity and to improve the shelf life and the energy efficiency of the installation.