Identification of Thresholds on Population Density for Understanding Transmission of COVID‐19

Pathways of transmission of coronavirus (COVID‐19) disease in the human population are still emerging. However, empirical observations suggest that dense human settlements are the most adversely impacted, corroborating a broad consensus that human‐to‐human transmission is a key mechanism for the rap...

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Published inGeohealth Vol. 6; no. 9; pp. e2021GH000449 - n/a
Main Authors Jamal, Yusuf, Gangwar, Mayank, Usmani, Moiz, Adams, Alison E., Wu, Chang‐Yu, Nguyen, Thanh H., Colwell, Rita, Jutla, Antarpreet
Format Journal Article
LanguageEnglish
Published Hoboken John Wiley & Sons, Inc 01.09.2022
John Wiley and Sons Inc
American Geophysical Union (AGU)
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Abstract Pathways of transmission of coronavirus (COVID‐19) disease in the human population are still emerging. However, empirical observations suggest that dense human settlements are the most adversely impacted, corroborating a broad consensus that human‐to‐human transmission is a key mechanism for the rapid spread of this disease. Here, using logistic regression techniques, estimates of threshold levels of population density were computed corresponding to the incidence (case counts) in the human population. Regions with population densities greater than 3,000 person per square mile in the United States have about 95% likelihood to report 43,380 number of average cumulative cases of COVID‐19. Since case numbers of COVID‐19 dynamically changed each day until 30 November 2020, ca. 4% of US counties were at 50% or higher probability to 38,232 number of COVID‐19 cases. While threshold on population density is not the sole indicator for predictability of coronavirus in human population, yet it is one of the key variables on understanding and rethinking human settlement in urban landscapes. Plain Language Summary Population density is certainly one of the key factors influencing the transmission of infectious diseases like COVID‐19. It is approximated that in continental United States, population density of 1,192 per square mile and higher presents 50% probability of getting 38,232 number of COVID‐19 cases. Key Points Based on data from the USA, the population density of 1,192 persons per square mile represented a 50% or higher probability of more than 38,000 COVID‐19 cumulative cases at county scale as of 30 November 2020 About 35 counties in the USA with population density greater or equal to 3,000 per square mile are at very high chances (95% or higher) of more than 43,000 cumulative cases at county scale as of 30 November 2020 Analysis shows the vulnerability of urban towns to respiratory infectious disease
AbstractList Pathways of transmission of coronavirus (COVID‐19) disease in the human population are still emerging. However, empirical observations suggest that dense human settlements are the most adversely impacted, corroborating a broad consensus that human‐to‐human transmission is a key mechanism for the rapid spread of this disease. Here, using logistic regression techniques, estimates of threshold levels of population density were computed corresponding to the incidence (case counts) in the human population. Regions with population densities greater than 3,000 person per square mile in the United States have about 95% likelihood to report 43,380 number of average cumulative cases of COVID‐19. Since case numbers of COVID‐19 dynamically changed each day until 30 November 2020, ca. 4% of US counties were at 50% or higher probability to 38,232 number of COVID‐19 cases. While threshold on population density is not the sole indicator for predictability of coronavirus in human population, yet it is one of the key variables on understanding and rethinking human settlement in urban landscapes. Population density is certainly one of the key factors influencing the transmission of infectious diseases like COVID‐19. It is approximated that in continental United States, population density of 1,192 per square mile and higher presents 50% probability of getting 38,232 number of COVID‐19 cases. Based on data from the USA, the population density of 1,192 persons per square mile represented a 50% or higher probability of more than 38,000 COVID‐19 cumulative cases at county scale as of 30 November 2020 About 35 counties in the USA with population density greater or equal to 3,000 per square mile are at very high chances (95% or higher) of more than 43,000 cumulative cases at county scale as of 30 November 2020 Analysis shows the vulnerability of urban towns to respiratory infectious disease
Pathways of transmission of coronavirus (COVID-19) disease in the human population are still emerging. However, empirical observations suggest that dense human settlements are the most adversely impacted, corroborating a broad consensus that human-to-human transmission is a key mechanism for the rapid spread of this disease. Here, using logistic regression techniques, estimates of threshold levels of population density were computed corresponding to the incidence (case counts) in the human population. Regions with population densities greater than 3,000 person per square mile in the United States have about 95% likelihood to report 43,380 number of average cumulative cases of COVID-19. Since case numbers of COVID-19 dynamically changed each day until 30 November 2020, ca. 4% of US counties were at 50% or higher probability to 38,232 number of COVID-19 cases. While threshold on population density is not the sole indicator for predictability of coronavirus in human population, yet it is one of the key variables on understanding and rethinking human settlement in urban landscapes.Pathways of transmission of coronavirus (COVID-19) disease in the human population are still emerging. However, empirical observations suggest that dense human settlements are the most adversely impacted, corroborating a broad consensus that human-to-human transmission is a key mechanism for the rapid spread of this disease. Here, using logistic regression techniques, estimates of threshold levels of population density were computed corresponding to the incidence (case counts) in the human population. Regions with population densities greater than 3,000 person per square mile in the United States have about 95% likelihood to report 43,380 number of average cumulative cases of COVID-19. Since case numbers of COVID-19 dynamically changed each day until 30 November 2020, ca. 4% of US counties were at 50% or higher probability to 38,232 number of COVID-19 cases. While threshold on population density is not the sole indicator for predictability of coronavirus in human population, yet it is one of the key variables on understanding and rethinking human settlement in urban landscapes.
Pathways of transmission of coronavirus (COVID‐19) disease in the human population are still emerging. However, empirical observations suggest that dense human settlements are the most adversely impacted, corroborating a broad consensus that human‐to‐human transmission is a key mechanism for the rapid spread of this disease. Here, using logistic regression techniques, estimates of threshold levels of population density were computed corresponding to the incidence (case counts) in the human population. Regions with population densities greater than 3,000 person per square mile in the United States have about 95% likelihood to report 43,380 number of average cumulative cases of COVID‐19. Since case numbers of COVID‐19 dynamically changed each day until 30 November 2020, ca. 4% of US counties were at 50% or higher probability to 38,232 number of COVID‐19 cases. While threshold on population density is not the sole indicator for predictability of coronavirus in human population, yet it is one of the key variables on understanding and rethinking human settlement in urban landscapes. Plain Language Summary Population density is certainly one of the key factors influencing the transmission of infectious diseases like COVID‐19. It is approximated that in continental United States, population density of 1,192 per square mile and higher presents 50% probability of getting 38,232 number of COVID‐19 cases. Key Points Based on data from the USA, the population density of 1,192 persons per square mile represented a 50% or higher probability of more than 38,000 COVID‐19 cumulative cases at county scale as of 30 November 2020 About 35 counties in the USA with population density greater or equal to 3,000 per square mile are at very high chances (95% or higher) of more than 43,000 cumulative cases at county scale as of 30 November 2020 Analysis shows the vulnerability of urban towns to respiratory infectious disease
Abstract Pathways of transmission of coronavirus (COVID‐19) disease in the human population are still emerging. However, empirical observations suggest that dense human settlements are the most adversely impacted, corroborating a broad consensus that human‐to‐human transmission is a key mechanism for the rapid spread of this disease. Here, using logistic regression techniques, estimates of threshold levels of population density were computed corresponding to the incidence (case counts) in the human population. Regions with population densities greater than 3,000 person per square mile in the United States have about 95% likelihood to report 43,380 number of average cumulative cases of COVID‐19. Since case numbers of COVID‐19 dynamically changed each day until 30 November 2020, ca. 4% of US counties were at 50% or higher probability to 38,232 number of COVID‐19 cases. While threshold on population density is not the sole indicator for predictability of coronavirus in human population, yet it is one of the key variables on understanding and rethinking human settlement in urban landscapes.
Pathways of transmission of coronavirus (COVID‐19) disease in the human population are still emerging. However, empirical observations suggest that dense human settlements are the most adversely impacted, corroborating a broad consensus that human‐to‐human transmission is a key mechanism for the rapid spread of this disease. Here, using logistic regression techniques, estimates of threshold levels of population density were computed corresponding to the incidence (case counts) in the human population. Regions with population densities greater than 3,000 person per square mile in the United States have about 95% likelihood to report 43,380 number of average cumulative cases of COVID‐19. Since case numbers of COVID‐19 dynamically changed each day until 30 November 2020, ca. 4% of US counties were at 50% or higher probability to 38,232 number of COVID‐19 cases. While threshold on population density is not the sole indicator for predictability of coronavirus in human population, yet it is one of the key variables on understanding and rethinking human settlement in urban landscapes.
Pathways of transmission of coronavirus (COVID‐19) disease in the human population are still emerging. However, empirical observations suggest that dense human settlements are the most adversely impacted, corroborating a broad consensus that human‐to‐human transmission is a key mechanism for the rapid spread of this disease. Here, using logistic regression techniques, estimates of threshold levels of population density were computed corresponding to the incidence (case counts) in the human population. Regions with population densities greater than 3,000 person per square mile in the United States have about 95% likelihood to report 43,380 number of average cumulative cases of COVID‐19. Since case numbers of COVID‐19 dynamically changed each day until 30 November 2020, ca. 4% of US counties were at 50% or higher probability to 38,232 number of COVID‐19 cases. While threshold on population density is not the sole indicator for predictability of coronavirus in human population, yet it is one of the key variables on understanding and rethinking human settlement in urban landscapes. Based on data from the USA, the population density of 1,192 persons per square mile represented a 50% or higher probability of more than 38,000 COVID‐19 cumulative cases at county scale as of 30 November 2020 About 35 counties in the USA with population density greater or equal to 3,000 per square mile are at very high chances (95% or higher) of more than 43,000 cumulative cases at county scale as of 30 November 2020 Analysis shows the vulnerability of urban towns to respiratory infectious disease
Author Nguyen, Thanh H.
Usmani, Moiz
Gangwar, Mayank
Adams, Alison E.
Colwell, Rita
Jutla, Antarpreet
Jamal, Yusuf
Wu, Chang‐Yu
AuthorAffiliation 1 GeoHLab Department of Environmental Engineering Sciences University of Florida Gainesville FL USA
3 Department of Environmental Engineering Sciences University of Florida Gainesville FL USA
2 School of Forest, Fisheries, and Geomatics Sciences University of Florida Gainesville FL USA
5 University of Maryland Institute of Advanced Computer Studies University of Maryland College Park MD USA
4 Civil and Environmental Engineering University of Illinois Urbana IL USA
AuthorAffiliation_xml – name: 2 School of Forest, Fisheries, and Geomatics Sciences University of Florida Gainesville FL USA
– name: 3 Department of Environmental Engineering Sciences University of Florida Gainesville FL USA
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– name: 4 Civil and Environmental Engineering University of Illinois Urbana IL USA
– name: 1 GeoHLab Department of Environmental Engineering Sciences University of Florida Gainesville FL USA
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Snippet Pathways of transmission of coronavirus (COVID‐19) disease in the human population are still emerging. However, empirical observations suggest that dense human...
Pathways of transmission of coronavirus (COVID-19) disease in the human population are still emerging. However, empirical observations suggest that dense human...
Abstract Pathways of transmission of coronavirus (COVID‐19) disease in the human population are still emerging. However, empirical observations suggest that...
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SubjectTerms Coronaviruses
COVID-19 vaccines
COVID‐19
Disease transmission
Economic indicators
Epidemics
General or Miscellaneous
Geohealth
Human populations
Human settlements
Infectious diseases
Influenza
Land area
logistic regression
Population density
Probability
Public Health
Severe acute respiratory syndrome coronavirus 2
The COVID‐19 pandemic: linking health, society and environment
threshold
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Title Identification of Thresholds on Population Density for Understanding Transmission of COVID‐19
URI https://onlinelibrary.wiley.com/doi/abs/10.1029%2F2021GH000449
https://www.proquest.com/docview/2718665076
https://www.proquest.com/docview/2699959063
https://pubmed.ncbi.nlm.nih.gov/PMC9347488
https://doaj.org/article/a468eb6f27b2448c8a44d8d26f232eea
Volume 6
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