Sentence examples for methodologies for better from inspiring English sources

Eventually, furthering our knowledge of climate-growth relationships of the different tree species may support methodologies for better adapted silvicultural treatments, e.g. reforestation.

Novel and improved methodologies for better quantifying the complex behavioral phenotypes of Drosophila will facilitate studies related to human disease and fundamental questions of behavioral neuroscience.

ORAMED (Optimization of RAdiation protection of MEDical staff) was a European FP7 project which aimed to develop methodologies for better assessing and reducing the exposure to radiation of personnel working in interventional radiology and cardiology and nuclear medicine.

Since different algorithms tend to be tuned differently to suit their own methodologies for better sensitivity, here we do not attempt to alter their default settings and feed only the simulated signals without other information to the models, thus achieving an essentially fair comparison and mimicking a common-use case for normal users.

This would facilitate the knowledge exchange and harmonization of methodology for better comparability of data at European scale.

Optimization of injection system parameters was performed using the desirability approach of the response surface methodology for better performance and lower NOx emission.

Smitha Pillai (Eawag, Dübendorf, Switzerland) introduced an integrated systematic methodology for better understanding the toxic mechanisms of manufactured nanomaterials (MNM) in aquatic organisms and highlighted its potential for comprehensive risk assessment.

This paper proposes a new background thermal noise correction (BTNC) Methodology for better utilization of average infrared radiation temperature (AIRT) as a precursor for rock fracturing and failure under uniaxial loading.

Repeating the testing of the methodology for better accuracy, a few words were selected that could be excluded (if found in the content of the articles) in each field mentioned above, narrowing down our results and increasing the specificity.

Thus, our methodology for better delineating the prevention of human diseases by nutritional interventions relies heavily on knowing the small molecule constituents of our diet.

However, more SERS studies on biofilm are expected to be done in the future (1) to develop a more reproducible standardized methodology for better evaluation of the effects of different experimental factors during biofilm formation and (2) to establish a comprehensive database of the SERS spectra for microbiological samples to benefit precise peak assignment for acquired SERS spectra.