Sentence examples for level hazard from inspiring English sources

The second level hazard research is particularly important for the identification and treatment of potentially severe risks.

The 95%% confidence level hazard rates for fall injuries (N = 30,456) increased from 0.002 to 0.200 over time.

These data and capabilities, in turn, support the EPA mission to develop prediction models and methods to inform various regulatory needs, from priority setting, to screening level hazard assessment, to chemical risk assessment.

NT pro-BNP plasma level (hazard ratio 1.6, 95% coNT pro-BNPnterval 1.10 to 2.55, plasma015) and New York Heart Association (NYHA) functionalevelss (hazard ratio 3.7, 95% confidence interval 1.67 to 12.095%p = 0.025) were the independent variables assoconfidenceh intervald risk for experiencing clinical end points.

These documents prescribe processes in which dependability requirements, captured early through system level hazard analysis and risk assessment, are rationally allocated to progressively more refined subsystem elements of the architecture with respect to software in the form of Development Assurance Levels (DALs), Safety Integrity Levels, or other similar concepts.

Farms which the veterinarian regarded as having a high hygienic level had a significantly shorter restriction time than farms with a low hygienic level (hazard ratio = 1.9).

A systematic investigation was conducted to understand the effects of permafrost on the ground motion characteristics using one-dimensional equivalent linear analysis for the MCE, AASHTO and IBC Design Earthquake level hazards.

Then, an architecture-level hazard analysis approach is proposed to automatically generate the hazard analysis table.

National- and departmental-level hazard response plans and hazard maps can be downloaded from SINAPRED (Sistema Nacional para la Prevencion, Mitigacion y Atencion de Desastres; www.sinapred.gob.ni) and show that the area around Masaya is at risk of flooding, landslides, earthquakes and volcanic hazards (e.g. SINAPRED [2005, 2009]).

Specific objectives of the study included (i) examining the level of awareness with respect to the hazards posed by the persistent degassing and how this related to the area affected (ii) documenting the perceived impacts of the volcanic activity and (iii) exploring if and how hazard perception in the area has affected individual and community-level hazard and risk management.

Other factors which affect individual adjustment include income levels, hazard exposure and levels of education.