Sentence examples for comprehensive hazards from inspiring English sources

Unresolved issues in mapping environmental equity and health include lack of comprehensive hazards databases; the inadequacy of current exposure indices; the need to develop realistic methodologies for determining the geographic extent of exposure and the characteristics of the affected populations; and the paucity and insufficiency of health assessment data.

In a letter sent today, Url defended Efsa's study as a "more comprehensive hazard assessment" than the IARC paper which, he said, had not tried to differentiate between the carcinogenic effects of glyphosate and other ingredients in pesticide packages, or their combined effects.

A comprehensive hazard analysis consists of first understanding different factors that would lead to an unwanted event.

The main aim of the methodology is to provide a comprehensive hazard identification of the industrial process analysed, joined to a process of continuous improvement of the results of the assessment.

The TephraProb package contains a set of Matlab functions integrated as a graphical user interface (GUI) assisting the user with every step required to produce comprehensive hazard assessments for tephra fallout.

To modify the traditional idea, the prediction of coal spontaneous combustion should not be based on the unilateral identification of coal spontaneous combustion tendency, but on a comprehensive hazard evaluation system, which contains different factors and complicated interactions.

This paper will focus on lessons learned from this incident including a comprehensive hazard assessment for reactive chemicals as well as proper collection and application of adiabatic calorimetry data to characterize the chemical reaction and determine appropriate mitigation strategies.

This is important given the environmental health concerns associated with a rapidly expanding nanotechnology industry and the need to develop more comprehensive hazard data.

By integrating results on three common ENMS using different risk assessment modeling systems, these centers will be able to provide detailed, comprehensive hazard-ranking characterization and risk assessment information to regulators and the public.

In regard to a comprehensive hazard characterization it is urged to develop a panel of standardized and internationally accepted protocols which allow a reliable assessment of possible health hazards which may arise from the combustion of new fuels compared to conventional DF.

It is readily extendible to other natural hazards and more comprehensive risk assessment methods.