Exposure to Indoor CO2 and Human Response
A special issue of Atmosphere (ISSN 2073-4433). This special issue belongs to the section "Air Quality and Human Health".
Deadline for manuscript submissions: closed (30 March 2024) | Viewed by 1241
Special Issue Editors
Interests: built environment; indoor environmental quality; green buildings; occupant health and cognition; human exposure assessment
Special Issues, Collections and Topics in MDPI journals
Interests: indoor environmental quality; human factor analysis; mental workload; human psych-physiological response; environmental quality assessment
Interests: indoor air quality; particulate matter; human response; ventilation; sustainable city; energy efficiency
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
Indoor carbon dioxide (CO2) is considered not only a proxy for ventilation but also a key pollutant affecting indoor air quality and occupant health. Indoor CO2 concentrations have increased in recent decades due to elevated atmospheric CO2 and inadequate fresh air ventilation in some restricted spaces (such as airplanes, submarines, vehicles, etc.). This has prompted extensive research into the association between indoor CO2 and human responses, making it one of the most crucial and hotly debated topics. Acute or chronic CO2 exposure is associated with potential health risks such as hypercapnia and sick building syndrome. Moreover, elevated indoor CO2 concentrations have been demonstrated to be linked to reduced productivity, impaired cognitive performance, lower satisfaction, and physiological stress.
While the adverse effects of indoor CO2 have been extensively documented, several key scientific questions remain unanswered. These include identifying the critical concentrations of indoor CO2 that significantly affect human health, cognitive performance, and psychophysiological responses. The mediating role of psychophysiological mechanisms in understanding the indirect effects of CO2 exposure concentrations on specific task performance (e.g., cognitive function, strategic management, and supervisory operations) remains unclear. Notably, there is still a lack of scientifically sound metrics and comprehensive assessment methods for quantitatively measuring the effects of CO2 on human health and work performance.
In recognition of these research needs, this Special Issue is being organized to showcase advanced and multidisciplinary research efforts exploring the relationship between indoor CO2 and human responses, including but not limited to health, comfort, cognitive function, task performance, and psychophysiological changes. Original or reviewed results from field or controlled measurements, subjective surveys, epidemiological models, and numerical simulations are all welcome contributions. Authors are encouraged to provide scientific evidence or practical suggestions to guide the development of new policies and standards for creating healthier and more productive indoor environments.
Dr. Xiaodong Cao
Dr. Jie Zhang
Dr. Jianlin Ren
Guest Editors
Manuscript Submission Information
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Keywords
- indoor air quality
- CO2
- ventilation
- cognitive function
- psychological response
- physiological stress
- work performance
- mental health
- exposure assessment
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