Linked from

The 34 pages that link to Indoor air quality, each with the reason it gives.

• Environmental remediationRelated: Air remediation can reduce risks from contaminants in buildings and enclosed spaces.

• Interior designRelated: Material choices and ventilation planning can influence occupants’ exposure to indoor pollutants.

• Building envelopeRelated: Envelope leakage and material choices affect pollutant entry and ventilation needs.

• Energy povertyRelated: Unaffordable clean fuels can lead households to use polluting fuels indoors.

• Sustainable architectureRelated: Material choices and ventilation connect environmental goals with occupant health.

• Heating, ventilation, and air conditioningRelated: Ventilation and filtration decisions directly influence indoor air quality.

• IncenseRelated: Burning incense adds particles and gases to indoor air.

• Secondhand smokeRelated: Room size and ventilation affect how secondhand smoke accumulates and disperses.

• FragranceRelated: Volatile fragrance emissions can contribute to indoor air mixtures and exposures.

• WindcatcherRelated: Outdoor air supplied by a windcatcher can dilute indoor pollutants when its source air is clean.

• Biophilic designRelated: Plant installations can be promoted for air quality, but benefits depend on scale and building conditions.

• Environmental designRelated: Material and ventilation choices affect occupants’ exposure and well-being.

• InsulationRelated: Insulation choices and air sealing affect moisture, ventilation needs, and pollutant buildup.

• Respiratory transmissionRelated: It affects how infectious respiratory particles accumulate and disperse indoors.

• Building services engineeringRelated: Ventilation and filtration design directly affect indoor pollutant levels.

• Cat allergyRelated: Cat allergens can circulate indoors and persist on furnishings.

• DwellingRelated: A dwelling's materials and ventilation affect the air its occupants breathe.

• EthylbenzeneRelated: Building materials and consumer products can release ethylbenzene indoors.

• HumidifierRelated: Humidifiers alter one part of indoor air quality and can introduce airborne contaminants if poorly maintained.

• Urea-formaldehyde resinRelated: Emissions from resin-bonded panels can contribute to indoor formaldehyde concentrations.

• BedroomRelated: Ventilation and pollutants influence the air breathed during long periods of bedroom occupancy.

• FireplaceRelated: Smoke escaping into a room can add fine particles and gases to indoor air.

• GlyoxalRelated: Glyoxal can occur indoors as a product of atmospheric oxidation and may participate in particle formation.

• MattressRelated: Some mattress materials and finishes release volatile compounds indoors.

• Architectural engineeringRelated: Ventilation and filtration design directly influence indoor pollutant levels.

• Isocyanic acidRelated: Combustion sources can introduce HNCO indoors, where exposure and removal are studied.

• AerobiologyRelated: Airborne microbes, pollen, and fungal spores are biological components of indoor air.

• Dracaena trifasciataRelated: The plant's real-world effect on room air is much smaller than popular claims suggest.

• Laundry roomRelated: Drying, detergents, and leaks can add moisture or airborne contaminants.

• Passive smokingRelated: Indoor measurements help assess smoke contamination and exposure.