Social and Behavioral Sciences Commons^™

Influence Of The Inherent Safety Principles On Quantitative Risk In Process Industry: Application Of Genetic Algorithm Process Optimization (Gapo), Mehdi Jahangiri, Abolfazl Moghadasi, Mojtaba Kamalinia, Farid Sadeghianjahromi, Sean Banaee

Community & Environmental Health Faculty Publications

Inherent safety (IS) refers to a set of measures that enhance the safety level of processes and equipment, rendering additional equipment and/or add-ons. The early design phase of processes is suited best for implementation of IS strategies as some of such strategies either are impossible to be implemented at the operation phase or substantially increase costs. The purpose of this study is to present a new approach called genetic algorithm process optimization (GAPO), by which processes can be made inherently safer even at the operation phase. This study simulates the IS principle, assessing its impact on quantitative risk and the …

Covid-19 Evacuation And Sheltering Risk Perception Study, Joshua G. Behr, Rafael Diaz, Wie Yusuf, Bridget Giles, Kaleen Lawsure, George Mcleod

Presentations, Lectures, Posters, Reports

First two paragraphs from the Executive Overview:

This report, COVID-19 Evacuation and Sheltering Risk Perception Study, is one of several key science-based research efforts produced for the State reflecting the most current knowledge related to evacuation and sheltering behavior. The primary data source for this report are interviews with 2,200 households across ten localities in Hampton Roads, including the Eastern Shore. The findings – and recommendations – within this report are intended to inform and advance state and local evacuation and public shelter planning.

This report contains 31 specific recommendations (Action Items) that broadly advance coastal resilience and protect the …

Temporal And Spatial Stability Of Anopheles Gambiae Larval Habitat Distribution In Western Kenya Highlands, Li Li, Ling Bian, Laith Yakob, Guofa Zhou, Guiyun Yan

Political Science & Geography Faculty Publications

Background: Localized mosquito larval habitat management and the use of larvicides have been proposed as important control tools in integrated malaria vector management programs. In order to optimize the utility of these tools, detailed knowledge of the spatial distribution patterns of mosquito larval habitats is crucial. However, the spatial and temporal changes of habitat distribution patterns under different climatic conditions are rarely quantified and their implications to larval control are unknown.

Results: Using larval habitat data collected in western Kenya highlands during both dry and rainy seasons of 2003-2005, this study analyzed the seasonal and inter-annual changes in the spatial …