Planning for Emerging Infectious Disease Pandemics

Problem, research strategy, and findingsPlanners have not paid enough attention to managing the risk of emerging infectious diseases (EIDs), of which COVID-19 is the most recent manifestation. Overlooking aggressive policies to manage this risk of zoonotic viruses reassorting between sick animals and humans misses the greatest opportunity for stopping future disease pandemics. In this study we review several disciplines, outline the scant planning literature on EIDs, and identify the increasing calls from virologists and medical professionals to address urbanization as a key EID driver. Using the case of avian influenza outbreaks in Vietnam in 2004 and 2005, we conceptualize a preventive planning approach to managing the risk of zoonotic transmission that results in EID pandemics.Takeaway for practiceWe make several recommendations for planners. Practicing planners should consider how their plans manage the risk of zoonotic disease transmission between animals and humans through land use planning and community planning. Planning education and certification organizations should develop positions regarding the role of planning for EIDs. Food systems planners should consider the importance of livestock practices in food production as a risk factor for EIDs. Diverse research teams should combine geographic scales, data sources, and disciplinary knowledge to examine how an extended series of upstream and downstream events can result in a global pandemic. Such empirical examination can lead to effective planning policies to greatly reduce this risk.

A landscape planning agenda for global health security: Learning from the history of HIV/AIDS and pandemic influenza.

This paper considers the role of landscape planning and design in the context of a growing need for research and policy recommendations associated with Emerging Infectious Diseases (EIDs), of which COVID-19 is the most recent. Beginning with a definition of EIDs and their origins within the context of landscape planning, the paper then argues that planning and design scholars and practitioners should begin by seeing the importance of a "global urban ecosystem" (GUE) comprised of rapidly transforming metropolitan and regional "patches" connected through "corridors" of relatively unregulated global transportation and mobility networks. It then revisits the history of the two prior global pandemics of HIV/AIDS and pandemic influenza to establish the importance of a landscape planning perspective at the intersection of wildlife, livestock, and globally connected human communities. The essay concludes by arguing that this GUE concept can facilitate creative planning and design by adapting concepts established in other patch and corridor networks like urban transit systems to the ongoing risk of future pandemic EIDs.

Planning for Emerging Infectious Disease Pandemics

Problem, research strategy, and findings Takeaway for practice Planners have not paid enough attention to managing the risk of emerging infectious diseases (EIDs), of which COVID-19 is the most recent manifestation. Overlooking aggressive policies to manage this risk of zoonotic viruses reassorting between sick animals and humans misses the greatest opportunity for stopping future disease pandemics. In this study we review several disciplines, outline the scant planning literature on EIDs, and identify the increasing calls from virologists and medical professionals to address urbanization as a key EID driver. Using the case of avian influenza outbreaks in Vietnam in 2004 and 2005, we conceptualize a preventive planning approach to managing the risk of zoonotic transmission that results in EID pandemics.We make several recommendations for planners. Practicing planners should consider how their plans manage the risk of zoonotic disease transmission between animals and humans through land use planning and community planning. Planning education and certification organizations should develop positions regarding the role of planning for EIDs. Food systems planners should consider the importance of livestock practices in food production as a risk factor for EIDs. Diverse research teams should combine geographic scales, data sources, and disciplinary knowledge to examine how an extended series of upstream and downstream events can result in a global pandemic. Such empirical examination can lead to effective planning policies to greatly reduce this risk. [ABSTRACT FROM AUTHOR] Copyright of Journal of the American Planning Association is the property of Routledge and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)