Sentence examples for risk assessment capabilities from inspiring English sources

As risk assessment capabilities for volcanology develop in the future, it may be that this foundation grows in appeal for scientists and end-users.

Incorporating relevant, existing models, this study will develop novel theoretical models of the effects of common weather conditions and apply them to the problem of predicting the daily or by-shift number of interruptions in power distribution systems, and to the development of real-time interruption risk assessment capabilities.

As influenza virus genome sequencing becomes cheaper, faster, and more readily available, the ability to predict pandemic potential from sequence data could transform pandemic influenza risk assessment capabilities.

Even as risk assessment capabilities improve, scientific insights into non-human influenza viruses must not give way to complacency that the most substantial threats have been identified and characterized.

Therefore, patients and physicians frequently elect to remove the cervical lymph nodes (neck dissection) at the time the tumor is excised if the chance of metastasis is > 20% based on current imperfect risk assessment capability.

Enhance the safety knowledge and risk assessment capability for the whole delegates Every business has its share of hurdles to overcome, including training and retaining newly hired employees.

Automotive driving under unacceptable levels of accumulated stress deteriorates their vehicle control and risk-assessment capabilities often inviting road accidents.

Theoretical reasons and experimental evidence indicate that a no-effect level generally cannot be expected for genotoxic carcinogens; as a consequence, in quantitative risk assessment the capability of distinguishing genotoxic from non-genotoxic carcinogens is of fundamental importance in order to identify relevant levels of human exposure.

This shift in risk assessment focus and capability was achieved because of both technological advances and improved scientific understanding of post-fire debris flow occurrence during the past 30 years.

This paper reviews the literature and then applies power transformer case studies to develop a risk assessment model that augments the probabilistic capabilities of Reliability-centred maintenance (RCM).

The next five indicators describe how science is used in national level risk assessment, early warning systems, data collection capabilities, infrastructure design, and building codes and standards.