Languages:
English [en]
Home
Publications
Report Highlights
About us
A-Z List
Themes
About the publications
Leaflets
Glossary
Home
»
Indoor Air Quality
»
Level 2
» Questions
Indoor Air Quality
Level 1:
Summary
Level 2:
Details
Level 3:
Source
Level 2 - Details on Indoor Air Quality
1.
Introduction – assessing health risks of indoor air pollution
2.
What are the main factors in indoor air quality?
3.
How can scientists determine whether indoor air pollutants pose a health risk?
4.
Are certain people more vulnerable than others to indoor air pollution?
5.
Why are the combined effects of indoor air pollutants hard to measure?
6.
Which chemicals found in indoor air are causing the most concern?
7.
What household chemicals and products can pollute indoor air?
8.
Why is dampness in buildings a health concern?
9.
What kind of research on indoor air quality is needed?
9.1
How much information on indoor air quality is available today?
9.2
What questions about human exposure need to be answered?
9.3
What research is needed regarding health effects of indoor air pollutants?
9.4
Are existing measurement standards for indoor air quality adequate?
10.
Conclusions and recommendations
1. Introduction – assessing health risks of indoor air pollution
2. What are the main factors in indoor air quality?
3. How can scientists determine whether indoor air pollutants pose a health risk?
4. Are certain people more vulnerable than others to indoor air pollution?
5. Why are the combined effects of indoor air pollutants hard to measure?
6. Which chemicals found in indoor air are causing the most concern?
7. What household chemicals and products can pollute indoor air?
8. Why is dampness in buildings a health concern?
9. What kind of research on indoor air quality is needed?
10. Conclusions and recommendations
Glossary
Links
About
Themes covered
Publications A-Z
AIDS
Accidental poisoning
Agriculture
Alcohol
Allergies
Arctic Climate Change
Arsenic
Artificial Light
Aspartame
Biocides
Biodiversity
Biofuels
Boron
CO
2
Capture & Storage
Chernobyl
Climate Change
DBP
DEHP
DINP-DIDP
Dental Amalgams
Desertification
Diet & Nutrition
Dioxins
Ecosystem Change
Electromagnetic Fields
Endocrine Disruptors
Energy Saving Lamps
Energy Technologies
Fisheries
Fluoride
Forests
Forests & Energy
Genetically Modified Crops
Global Public Health Threats
Indoor Air Quality
Malaria
Marine Litter
Mercury
Mercury in CFL
Nanotechnologies
Nitrogen Dioxide
Non-human primates
Ozone
PCBs
Particulate Matter
Personal Music Players & Hearing
Phthalates in school supplies
Power lines
Psychoactive Drugs
Respiratory Diseases
Security Scanners
Static Fields
Sunbeds & UV radiation
Tobacco
Tooth Whiteners
Triclosan
Tuberculosis
Water Disinfectants
Water Resources