Sentence examples for understanding the complex processes from inspiring English sources

Prof Joe Cartwright, the head of the Shell Geoscience Laboratory, called the partnership a "huge boost for fundamental geoscience research", adding: "Understanding the complex processes at work in sedimentary basins is vital to meeting our future energy needs and could also help in mitigating the impact of climate change".

Therefore, understanding the complex processes affecting the photocatalytic performance is indispensable for the rational design of the ideal noble metal-modified metal oxide semiconductor photocatalysts.

Characterizing the electrical activity between neuronal cells is crucial in understanding the complex processes in the brain, both in healthy and diseased tissue.

Tyre/road simulation tools that can capture tyre vibrations, rolling resistance and noise generation are useful for understanding the complex processes that are involved and thereby promoting further development and optimisation.

Thus the development of structured assessment tools for understanding the complex processes involved in integrating complex interventions, including e-health [ 34], into practice remains a priority.

Understanding the complex processes behind pancreatic development will require the identification of RNA targets that are controlled by the extensive microRNA network expressed throughout the process.

Understanding the complex process of tissue lactate production and utilization is therefore important to understand the usefulness and potential limitations of monitoring blood lactate levels.

In addition, a new model for understanding the complex process of transitions was adapted from Bridges (2002) to capture the clear complexity of transition which the findings demonstrated in terms of their psycho-social transition.

Mapping landscapes in a rapidly urbanizing region can contribute significantly to quantifying, monitoring and understanding the complex process of urbanization.

Understanding the complex process of biological evolution requires a combination of knowledge from the life sciences, probability and statistics, and geosciences (Gould 2002).

These results, in which an actual cue from bacteria has been characterized for the first time, contribute significantly towards understanding the complex process of acroporid coral larval settlement mediated through epibiotic microbial biofilms on crustose coralline algae.