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Evidence Reviews

We produce evidence reviews based on our assessments of needs and gaps in evidence-based environmental health practice and policy. We also work with researchers and environmental public health students for reviews. These documents are peer-reviewed and the content is the responsibility of the authors.

Effective Indoor Air Interventions

Topics: Air, Indoor Air Location: General, Canada

Canadians typically spend about 90% of their time indoors. Poor indoor air quality (IAQ) resulting from biological and chemical exposures is associated with the development of acute and chronic cardio-respiratory disease. Biological agents commonly found in indoor environments include mould, house dust mites (HDM), pests, and pet dander. Chemical agents can include...

PDF icon Full_Review-Effective_Indoor_Air_Interventions_Jan_2015.pdf, PDF icon Summary-Effective_Indoor_Air_Interventions_Jan_2015.pdf

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Health Effects from Mould Exposure in Indoor Environments - revised

Moulds are naturally occurring and widespread in the environment; therefore, it is not possible to eliminate exposure. Sufficient evidence exists to conclude that exposure to mould in indoor environments is associated with asthma and asthma-like symptoms (in asthmatic people), upper respiratory tract symptoms, cough and wheeze, and hypersensitivity pneumonitis in susceptible people. There is...

Mould_and_Health_Effects_Jul_2012.pdf

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Residential Air Cleaner Use to Improve Indoor Air Quality and Health: A Review of the Evidence

Air cleaners are designed to remove pollutants from indoor air, but their effectiveness depends on the air cleaner design and set-up, as well as on the presence of specific pollutants, their concentrations, and air exchange rates in the room/home. Ozone generators and some electrostatic precipitators produce ozone at levels that pose health concerns. Little evidence is available on removal of...

Residential Air Cleaner Use to Improve Indoor Air Quality and Health: A Review of the Evidence

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Are Naturally Ventilated LEED Buildings Healthier? (UBC Bridge Program)

Green building rating systems such as Leadership in Energy and Environmental Design (LEED) employ a variety of design solutions to reduce energy and minimize environmental damage. These solutions, such as the use of passive ventilation, do not necessarily lead to improvements in occupant healthPassive ventilation strategies employed to reduce energy can lead to uneven airflow distribution and low...

Are Naturally Ventilated LEED Buildings Healthier? (UBC Bridge Program)

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Residential Use of Wood-Burning Appliances in Canada

This report summarizes information on woodsmoke emissions and health effects associated with woodsmoke exposures from residential wood-burning (RWB) in Canada and provides a qualitative indication of the potential effectiveness of different intervention strategies based on a review of the available literature and interviews with Canadian health authorities. The purpose of this...

Residential Use of Wood-Burning Appliances in Canada: Emissions, Health Effects, and Intervention Strategies

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Residential Indoor Radon Testing

Radon is a known carcinogen, and is estimated to cause up to 10% of all lung cancers in Canada. It is a radioactive gas that is produced by the decay of uranium. Radon is naturally occurring, and emanates from soil and rocks. It percolates up through soil into buildings, and if it is not evacuated there can be much higher exposure levels indoors than outdoors. Fortunately, high radon levels can...

Residential Indoor Radon Testing

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Effective Interventions to Reduce Indoor Radon Levels

Radon represents one of the environmental exposures that can be reduced with effective and practical solutions, reducing an individual’s risk of developing lung cancer. There is extensive literature supporting the cost-effectiveness of radon abatement compared with other healthcare and environmental interventions. Of the remediation measures evaluated to reduce indoor radon levels in...

Effective Interventions to Reduce Indoor Radon Levels

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