Healthy Cities Lab at WHU & HKU
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Healthy Cities Laboratory
A young and rising team led by Prof./Dr. Jiyun Song
Our Lab
Welcome to the Healthy Cities Laboratory led by Prof. Jiyun Song at Wuhan University, which was founded in Hong Kong since 2020. Our group focuses on numerous research themes in urban area, including urban land-atmosphere interactions, urban hydro-climate, urban green-blue infrastructure, building energy efficiency, urban fluid mechanics, and urban health. We are equipped with strong relevant research skills about model development, numerical simulation, and field experiment to investigate urban heat and moisture transport processes, city ventilation mechanisms, indoor-outdoor exchanges, human thermoregulation, climate change adaptation, etc.
Our Mission
Rapid urbanisation and the associated landscape modification have led to numerous environmental challenges, such as urban heat stress, air pollution, limited green space, excessive energy consumption, high possibility of airborne disease transmission, etc. To tackle these challenges, we have been working on developing and evaluating smart adaptation strategies, such as city landscape reform, urban green infrastructure implementation, climate-resilient urban planning, and energy-efficient building design.
Our Vision
We aim to foster sustainable urban planning and development towards future smart and healthy cities with more sustainable indoor and outdoor environment, better physical and mental health, more resilience to environmental changes such as global warming, climate-related disasters, and unforeseeable pandemics, etc.
Our Lab
Welcome to the Healthy Cities Laboratory led by Prof. Jiyun Song at Wuhan University, which was founded in Hong Kong since 2020. Our group focuses on numerous research themes in urban area, including urban land-atmosphere interactions, urban hydro-climate, urban green-blue infrastructure, building energy efficiency, urban fluid mechanics, and urban health. We are equipped with strong relevant research skills about model development, numerical simulation, and field experiment to investigate urban heat and moisture transport processes, city ventilation mechanisms, indoor-outdoor exchanges, human thermoregulation, climate change adaptation, etc.
Our Mission
Rapid urbanisation and the associated landscape modification have led to numerous environmental challenges, such as urban heat stress, air pollution, limited green space, excessive energy consumption, high possibility of airborne disease transmission, etc. To tackle these challenges, we have been working on developing and evaluating smart adaptation strategies, such as city landscape reform, urban green infrastructure implementation, climate-resilient urban planning, and energy-efficient building design.
Our Vision
We aim to foster sustainable urban planning and development towards future smart and healthy cities with more sustainable indoor and outdoor environment, better physical and mental health, more resilience to environmental changes such as global warming, climate-related disasters, and unforeseeable pandemics, etc.
News
Find out the latest developments in our lab
Our lab leader Prof. Song has been invited to serve as the Associate Editor of JEM, a prestigious international journal published by Elsevier. Congratulations to Prof. Song!
Recently, Prof. Song from the School of Hydrology and Water Resources Engineering and the State Key Laboratory of Water Resources Engineering and Management at Wuhan University has been invited by Elsevier to serve as an Associate Editor for their journal, the Journal of Environmental Management (JEM), starting from February 2024. The journal currently boasts an impact factor of 8.91. Prof. Song will primarily oversee manuscript handling in Section IV: Climate Change and Environmental Resilience.
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By Qingfeng Zhang 02/13/2024
Our lab member Xinjie Huang won the second-place award for Outstanding Poster Presentation at the 102nd AMS Annual Meeting. Congratulations to Xinjie!
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By Xinjie Huang 02/24/2022
Our work on the synergistic effect of urban heat and moisture islands has been published in Building and Environment!
X. Huang, J. Song*, C. Wang, T.F.M. Chui, P.W. Chan, The synergistic effect of urban heat and moisture islands in a compact high-rise city, Building and Environment. 205 (2021) 108274. https://doi.org/10.1016/j.buildenv.2021.108274.
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By 08/26/2021
Our work on impacts of air and noise pollution on natural ventilation potential has been published in Building and Environment!
J. Song*, X. Huang, D. Shi, W.E. Lin, S. Fan, P.F. Linden, Natural ventilation in London: Towards energy-efficient and healthy buildings, Building and Environment. 195 (2021) 107722. https://doi.org/10.1016/j.buildenv.2021.107722.
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By 02/23/2021
Our work on high-resolution regional modeling of urban moisture island has been published in Building and Environment!
R. Du, J. Song*, X. Huang, Q. Wang, C. Zhang, O. Brousse, P.W. Chan, High-resolution regional modeling of urban moisture island: mechanisms and implications on thermal comfort, Building and Environment. 207 (2021) 108542. https://doi.org/10.1016/j.buildenv.2021.108542.
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By 11/03/2021
Our work on protective facemask-induced thermal stress has been published in Building and Environment!
D. Shi, J. Song*, R. Du, P.W. Chan, Dual challenges of heat wave and protective facemask-induced thermal stress in Hong Kong, Building and Environment. 206 (2021) 108317. https://doi.org/10.1016/j.buildenv.2021.108317.
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By 09/01/2021
Research Seminar on Sustainable Environmental Adaptation Strategies towards Smart and Healthy Cities
Dr. Song will give a research seminar entitled “Sustainable environmental adaptation strategies towards smart and healthy cities” via Zoom on 29 SEP 2020 (TUE) 15:00-16:00 (Hong Kong SAR time). All are welcome.
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By Dr. Song 09/05/2020
Additional Links
Find out more about what we do, and what we have achieved
Publications
Read our published work from these platforms
Prof. Song's profile on Research Gate
https://www.researchgate.net/profile/Jiyun_SongProf. Song's profile on ORCID
https://orcid.org/0000-0002-9483-0501Prof. Song's profile on Google Scholar
https://scholar.google.com/citations?user=phyC5cgAAAAJ&hl=en&oi=aoOther Links
Obtain more information about us from various sources
Prof. Song's from WHU School of Water Resources and Hydropower Engineering
https://swrh.whu.edu.cn/info/1100/82151.htmmade by Freepik from www.flaticon.com
Contact us
Email at jiyun.song@whu.edu.cn
Wuhan University State Key Laboratory of Water Resources Engineering and Management
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Healthy Cities Laboratory 2020