Sentence examples for development of risk assessment from inspiring English sources

Newly developed datasets derived from these proposed research activities will enable development of risk assessment models similar to those used to characterize or predict infectious disease risks in blood donor populations (31 ).

The book explains in great detail the development of risk assessment and corresponding management methods for (i) controlling water pollution, (ii) assessing river health and ecological restoration options, (iii) characterizing persistent organic pollutants (POPs), and (iv) protecting fragile groundwater resources.

Naturally occurring versus manufactured materials, as well as materials specifically designed to take advantage of unique physical properties inherent to the nanoscale will be presented, as well as how these factors impact the development of risk assessment models to avoid health effects.

The development of risk assessment tools begins with the search for patterns in species traits that are associated with successful passage through the invasion process.

The ability to understand which patients are most at risk for mortality will help determine which ED patients need further investigation to allow for the development of risk assessment tools.

Participants in the European Policy workshop all agreed that there is a need for dedicated investments in the development of risk assessment methods that match SynBio developments involving the construction of cells with multiple new traits and the introduction of engineered cells or viruses in the human body.

Overall, the development of risk assessments poses some problems – such as factoring in the time lags that can occur before a tree becomes invasive as well as the problem of unpredictable hybridization with other tree species.

The established and validated scaling laws provide a rigorous way to up-scale the results of laboratory modeling to real operational scenarios and can be used as an important step in the development of risk-assessment models for the first responders to hazardous releases.

These technologies include all aspects of the well completion process, such as optimization of cementing and sealing procedures, selection of materials and coupling of casings, temperature and strain measurements in wells using fiber optic technologies to monitor well integrity, and development of risk-assessment methods.

In particular, the Session will look at recent progress in the development and application of risk assessment methods; of surveillance for FMD in the source countries; and of diagnostic tools and vaccines for routine and emergency application.

Given this probability, it is important that we begin to consider the possible implications of such developments in the context of risk assessment and nutritional intervention.