Abulhassan Yousif, Davis Gerard A
Occupational Safety and Health, 157 Industry and Technology Center, Murray State University, Murray, KY 42071, USA.
Industrial and Systems Engineering, 3341 Shelby Center, Auburn University, Auburn, AL 36849, USA.
Transp Res Interdiscip Perspect. 2021 Mar;9:100290. doi: 10.1016/j.trip.2020.100290. Epub 2020 Dec 26.
Close proximity seating and the distinctive anthropometric characteristics of young children introduce unique challenges when implementing control strategies to promote safe transportation on school buses. Though face coverings may become one of the most commonly used controls on mass transportation to reduce the spread of COVID-19, the lack of personal protective equipment specifically designed for young children requires further investigation into control strategies to potentially reduce the spread of COVID-19 among school bus passengers. The purpose of this paper is to identify potential concerns and countermeasures (immediate and long term) to be considered for the safe transportation of children amid the Coronavirus (COVID-19) crisis by taking into consideration the design of school bus cabins and the anthropometric characteristics of children. COVID-19 mitigation strategies concerning cabin design and busing operations are discussed to provide general recommendations for operating fleets while providing as safe and healthy a passenger environment as possible considering both practicality and cost-effectiveness. The risk of virus transmission among school bus passengers may be reduced by adhering to Centers for Disease Control and Prevention (CDC) guidelines, and additional bus specific considerations such as structured loading and unloading criteria, face coverings guidelines, incorporation of a bus monitor, and potential modifications/design changes for existing/future school buses. Several controls being used to protect passengers from virus transmission in other modes of mass transportation could also have the potential for immediate incorporation into school buses.
在实施促进校巴安全运输的控制策略时,近距离座位安排以及幼儿独特的人体测量特征带来了独特的挑战。尽管口罩可能会成为大众运输中最常用的控制措施之一,以减少新冠病毒的传播,但缺乏专门为幼儿设计的个人防护设备,这就需要进一步研究控制策略,以潜在地减少新冠病毒在校巴乘客中的传播。本文的目的是通过考虑校巴车厢的设计和儿童的人体测量特征,确定在冠状病毒(COVID-19)危机期间儿童安全运输需要考虑的潜在问题和应对措施(短期和长期)。讨论了有关车厢设计和巴士运营的COVID-19缓解策略,以便为运营车队提供一般性建议,同时在兼顾实用性和成本效益的情况下,尽可能提供一个安全健康的乘客环境。遵守疾病控制与预防中心(CDC)的指导方针,以及其他针对巴士的具体考虑因素,如结构化的上下车标准、口罩使用指导方针、配备巴士监督员以及对现有/未来校巴进行潜在的改装/设计更改等,可能会降低校巴乘客之间病毒传播的风险。在其他大众运输方式中用于保护乘客免受病毒传播的一些控制措施,也有可能立即应用到校巴上。