Sentence examples for improved hazard from inspiring English sources

The results of these institutional efforts have improved hazard awareness and disaster preparedness, as demonstrated below in the response to Tropical Depression 12E in 2011.

Wider dissemination and improved hazard communication of this information by occupational and environmental health professionals, as well as better personal protection among workers, are needed.

Interestingly, when subgroup analysis was performed either by age 55 or menopausal status, there was improved hazard ratio in DFS in elderly, post-menopausal women.

Progression-free survival (PFS) was also significantly improved (hazard ratio 0.26; 95% CI: 0.20 0.33; P < 0·001) and the response rate was superior in the vemurafenib arm (48% objective response rate versus 5%; P < 0·001).

Better assessment of the effectiveness of information dissemination is needed, along with greater understanding of the barriers to implementation of the information by workers and management and improved hazard surveillance.

Also in this case, tumor growth reduction by KPT-330 treatment had a similar behavior in all cell models and the comparison of TTP shows improved hazard ratio values of KPT-330 in 22rv1 and DU145 when compared to PC3 xenograft (Fig.  6c, d).

Two outdoor LNG spills on water with resulting pool fires of 21 m and 56 m in diameter were conducted to improve hazard predictions by obtaining measurements of flame height, smoke production, and burn rate.

However, no data were available to determine the type of voluntary control measures being implemented, the task-specific hazards for which control measures needed to be developed or refined, and perceived barriers to improving hazard control.

It is suggested that by improving hazard recognition and risk perception abilities, the overall site safety will improve (Sawacha et al. 1999).

Roads are by nature more accessible to outside influences than railway tracks, and so much of this work is focused on improving hazard detection systems.

The developed methodology can be applied to a broad spectrum of severe weather around the globe to improve hazard mitigation and help with preparedness for geoenvironmental disasters.