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Population management in an urban center using the dynamic integrated solution for an adequate atmospheric environmental quality

Accelerated growth in urban populations has become a powerful force for human development, particularly in developed countries. Metropolitan cities are centers for technical and economic advancement, but air pollution, overflowing of water, and other climate effects still pose significant problems r...

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Main Authors: Chai, Ning, Mao, Chun
Format: Article
Published: Academic Press Inc Elsevier Science 2022
Subjects:
GE Environmental Sciences
QH Natural history
Online Access:http://eprints.um.edu.my/33647/
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spelling my.um.eprints.336472022-07-28T00:56:58Z http://eprints.um.edu.my/33647/ Population management in an urban center using the dynamic integrated solution for an adequate atmospheric environmental quality Chai, Ning Mao, Chun GE Environmental Sciences QH Natural history Accelerated growth in urban populations has become a powerful force for human development, particularly in developed countries. Metropolitan cities are centers for technical and economic advancement, but air pollution, overflowing of water, and other climate effects still pose significant problems related to nature, climate, and the environment. Cities are vulnerable to increasingly dense, diverse, and interdependent urban systems. A single extreme occurrence can contribute to a systemic break-up of a city's infrastructure, often like dominoes. In this paper, a dynamic integration-assisted population management solution (DI-PMS) has been proposed. DI-PMS recognizes that the latest facilities' optimal usage of knowledge and technologies is needed to increase urbanization. They are one of the critical priorities of the weather community. Such integrated urban weather, environmental, and climate services will help cities address dangers including storms, floods, heatwaves, and air pollution, especially in climate change. The goal is to create urban facilities that satisfy communities' unique needs by high-resolution forecasting and pollution reduction climate services, which allow the construction of durable, robust, and thriving cities that support the Sustainable Development Goals. Several recent international surveys to explore these topics have been undertaken. DI-PMS gives a brief description of urban hydrometeorological, climate and air pollution activities, outlines the new urban integrated weather and environmental services concept, and emphasizes the need for science to be implemented. Academic Press Inc Elsevier Science 2022-04-01 Article PeerReviewed Chai, Ning and Mao, Chun (2022) Population management in an urban center using the dynamic integrated solution for an adequate atmospheric environmental quality. Environmental Research, 205. ISSN 0013-9351, DOI https://doi.org/10.1016/j.envres.2021.112482 <https://doi.org/10.1016/j.envres.2021.112482>. 10.1016/j.envres.2021.112482
institution Universiti Malaya
building UM Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Malaya
content_source UM Research Repository
url_provider http://eprints.um.edu.my/
topic GE Environmental Sciences
QH Natural history
spellingShingle GE Environmental Sciences
QH Natural history
Chai, Ning
Mao, Chun
Population management in an urban center using the dynamic integrated solution for an adequate atmospheric environmental quality
description Accelerated growth in urban populations has become a powerful force for human development, particularly in developed countries. Metropolitan cities are centers for technical and economic advancement, but air pollution, overflowing of water, and other climate effects still pose significant problems related to nature, climate, and the environment. Cities are vulnerable to increasingly dense, diverse, and interdependent urban systems. A single extreme occurrence can contribute to a systemic break-up of a city's infrastructure, often like dominoes. In this paper, a dynamic integration-assisted population management solution (DI-PMS) has been proposed. DI-PMS recognizes that the latest facilities' optimal usage of knowledge and technologies is needed to increase urbanization. They are one of the critical priorities of the weather community. Such integrated urban weather, environmental, and climate services will help cities address dangers including storms, floods, heatwaves, and air pollution, especially in climate change. The goal is to create urban facilities that satisfy communities' unique needs by high-resolution forecasting and pollution reduction climate services, which allow the construction of durable, robust, and thriving cities that support the Sustainable Development Goals. Several recent international surveys to explore these topics have been undertaken. DI-PMS gives a brief description of urban hydrometeorological, climate and air pollution activities, outlines the new urban integrated weather and environmental services concept, and emphasizes the need for science to be implemented.
format Article
author Chai, Ning
Mao, Chun
author_facet Chai, Ning
Mao, Chun
author_sort Chai, Ning
title Population management in an urban center using the dynamic integrated solution for an adequate atmospheric environmental quality
title_short Population management in an urban center using the dynamic integrated solution for an adequate atmospheric environmental quality
title_full Population management in an urban center using the dynamic integrated solution for an adequate atmospheric environmental quality
title_fullStr Population management in an urban center using the dynamic integrated solution for an adequate atmospheric environmental quality
title_full_unstemmed Population management in an urban center using the dynamic integrated solution for an adequate atmospheric environmental quality
title_sort population management in an urban center using the dynamic integrated solution for an adequate atmospheric environmental quality
publisher Academic Press Inc Elsevier Science
publishDate 2022
url http://eprints.um.edu.my/33647/
_version_ 1739828464811245568
score 13.211869

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