The phrase "affect hazard" is not correct and does not convey a clear meaning in written English.
It may be intended to describe a type of hazard that affects something, but the phrasing is awkward and unclear.
Example: "The affect hazard in this area has led to increased safety measures being implemented."
Alternatives: "impact hazard" or "influence risk".
In this critical review, we synthesize information on the contrasting properties of EC-containing particles in order to highlight significant differences that can affect hazard potential.
This can be used to assess how individual states and processes might affect hazard outcomes, and as a consequence, impact on risk.
In contrast with ecological studies, we had information on a number of potential individual-level confounders (Laurier et al. 2001; Tong et al. 2012), although adjusting for these variables did not materially affect hazard ratios, suggesting little or no confounding by these factors although we cannot completely exclude residual confounding due to misclassification in the confounder variables.
These flood data were gathered using information on damage where flood is treated as a multifactorial risk, and where any trend or anomaly might have been caused by one or more factors affecting hazard, vulnerability or exposure.
The results indicated that synchronously using different sense organs to receive cadence feedback significantly affects hazard perception performance; direct visual information leads to the worst rider distraction, with a mean sensitivity to hazards (d') of −1.03.
Consequently, climate change's influence on disaster risk is much more on the hazard side than on the vulnerability side, affecting hazard parameters so that sometimes the hazard is exacerbated and sometimes the hazard is diminished.
Recommendations for future work in this area would be to focus on identifying any key differences affecting hazard map perception among various stakeholder groups (e.g., scientists, emergency managers, and the public).
Results show that the parameter that mostly affects hazard maps is, as expected, the total erupted mass; furthermore, keeping constant the erupted mass, the most important control on hazard is due to the particle terminal settling velocity distribution which is a function of the total grain-size distribution, particle density and shape.
It was not just the President's words but also his demeanor and behavior that affected Hazard.
All confounders were tested one at a time in the model in order to see which factor affected hazard ratio (HR) the most.
On the other hand, disaggregation results change with the spectral ordinate and return period, and more than a single event may dominate the hazard, especially if multiple sources affect the hazard at the site.
