Sentence examples for contribution in understanding from inspiring English sources

The results may lead to a significant contribution in understanding the evolution of the Earth.

The present study is a good contribution in understanding a more robust phylogenetic evolutionary trends and lineages within the tribe.

Our paper looks at these adaptations and makes a contribution in understanding the temporal and geographical diversity of rainforest environments occupied by our species.

In the past decade, the literature on transitions toward sustainable socio-technical systems has made a considerable contribution in understanding the complex and multi-dimensional shifts considered necessary to adapt societies and economies to sustainable modes of production and consumption.

This study is then a contribution in understanding the current attitudes and expectations of potential users towards full-fledged prospective PHRs, as well as a first step in identifying those requirements and priority areas on which to focus further for the design and deployment of more community- and communication-oriented tools in the primary health care domain.

The CAP and ProtecT trials have been designed and conducted to make a much awaited and crucial contribution in understanding the effectiveness and cost-effectiveness of prostate cancer screening, as well as directly informing international policy on testing and treatment of this common malignancy.

Therefore, with full awareness of the literature cited alongside our own substantial contributions in understanding the complex role that the insula plays in pain mechanisms, we believe that we carefully interpreted our results while drawing upon that corpus of knowledge in the limited words allowed.

The additional term due to electron electron contribution was required in understanding the resistivity behaviour, as extensive attempts to fit the data with residual resistivity and phonon resistivity were unsuccessful.

The additional term due to electron electron contribution was required in understanding the resistivity behavior, as extensive attempts to fit the data with residual resistivity and phonon resistivity were unsuccessful.

The current contribution presents advances in understanding and modelling the gas liquid mass transfer in shake flasks at waterlike liquid viscosity in flask sizes between 50 and 1000 ml.

The system constructed in this study combines the long-range electromagnetic effect of Au NPs, localized surface plasmon resonance (LSPR) of the Au@Cu2O nanoshell, and the CT contribution to assist in understanding the SERS mechanism based on LSPR-induced carrier movement in metal/semiconductor nanocomposites.