Air Quality Index (AQI) in French Polynesia 🇵🇫
Live Air Quality Index (AQI) and PM2.5 Levels in French Polynesia
Currently, the Air Quality Index (AQI) in Papeete, the capital of French Polynesia, is measured at a score of 45. According to the US EPA health standard, this air quality rating is categorized as Good. The current atmosphere in Papeete is influenced by a PM2.5 (fine particulate matter) concentration of 8.1 µg/m³ and PM10 levels recorded at 13.8 µg/m³. Monitoring of gaseous pollutants shows Nitrogen Dioxide (NO2) at 0.3 µg/m³.
Beyond the primary urban hubs, atmospheric conditions and smog levels fluctuate across French Polynesia based on industrial output, traffic density, and local weather patterns. Real-time pollution data and respiratory health alerts are also being actively monitored in cities like Faaa, Punaauia, Pirae and Mahina. Tracking these air quality metrics is essential for residents nationwide to manage outdoor exposure and maintain respiratory safety during periods of increased particulate concentration.
French Polynesia Air Quality: Major Cities Index
* Air Quality Index (AQI) data for French Polynesia is calculated using the US EPA standard. Information is processed from multiple monitoring stations detecting PM2.5, PM10, and gaseous pollutants to ensure accuracy for respiratory health planning.
Frequently Asked Questions about Air Quality in French Polynesia
What is the air quality in French Polynesia right now?
The current AQI in Papeete (capital of French Polynesia) is 45 — categorised as Good. Conditions vary across the country — see AQI for all cities for a complete picture.
Which city in French Polynesia has the worst air quality right now?
Right now, Faaa has the highest AQI reading in French Polynesia at 45 (Good).
Which city in French Polynesia has the best air quality right now?
Faaa currently has the lowest AQI in French Polynesia at 45 (Good).
What is the PM2.5 level in Papeete today?
The PM2.5 (fine particulate) concentration in Papeete, the capital of French Polynesia, is currently 8.1 µg/m³. The WHO 24-hour guideline is 15 µg/m³.
Is the air in French Polynesia safe to breathe today?
Most cities in French Polynesia currently report acceptable air-quality levels, though local conditions vary.
What are the cleanest cities in French Polynesia right now?
Top 5 cities in French Polynesia with the best (lowest) AQI right now:
- Faaa: AQI 45 — Good
- Papeete: AQI 45 — Good
- Punaauia: AQI 45 — Good
- Pirae: AQI 45 — Good
- Mahina: AQI 45 — Good
What are the most polluted cities in French Polynesia right now?
Top 5 cities in French Polynesia with the worst (highest) AQI right now:
- Faaa: AQI 45 — Good
- Papeete: AQI 45 — Good
- Punaauia: AQI 45 — Good
- Pirae: AQI 45 — Good
- Mahina: AQI 45 — Good
Understanding Air Quality Levels
Air is fresh and healthy. Safe for all outdoor activities.
Acceptable air quality, though sensitive groups should monitor comfort.
Vulnerable groups (children, elderly) should limit outdoor exertion.
Everyone begins to experience health effects. Stay indoors where possible.
Significant health impact for entire population. Emergency conditions.
Serious health alert: everyone may experience serious life-threatening effects.
Fine particles are at minimal, safe levels. Air is optimal.
Acceptable air, but haze may be present in urban areas.
Individuals with heart or lung disease should limit activity.
Particulate levels high enough to cause respiratory irritation.
Heavy haze. High risk to cardiovascular health for the public.
Lethal particulate concentrations. Critical neurological and lung risk.
Low levels of dust and coarse particles. Environment is safe.
Coarse particles may trigger coughing in sensitive groups.
Visible dust pollution. Sensitive groups should avoid heavy labor.
Widespread respiratory impacts likely for the population.
Dangerous dust and debris levels. Significant warnings issued.
Extremely high concentrations. Stay inside with filtration.
Surface ozone levels are within a safe, natural range.
Acceptable air, but sensitive individuals may feel chest tightness.
Rising ozone can trigger airway inflammation in active children.
Avoid heavy outdoor work during the hottest part of the day.
Serious lung function reduction likely across the public.
Emergency ozone levels. Risk of permanent lung tissue damage.
Nitrogen levels are optimal. Safe for everyone.
Typical background levels for high-density urban areas.
Increased risk of respiratory infections for vulnerable groups.
Significant airway inflammation likely near traffic zones.
Acute respiratory distress potential. High-risk groups stay indoors.
Toxic concentrations. Immediate health precautions required.
Carbon Monoxide levels are clean and non-toxic.
Acceptable; may affect those with specific heart conditions.
Reduced oxygen delivery to the heart may occur.
Headaches and fatigue may occur in urban canyons.
Significant cardiovascular distress. Mental confusion possible.
Lethal potential. Immediate risk of neurological collapse.
Optimal air quality with no sulfur detection.
Acceptable air; minor odors possible near industry.
Bronchoconstriction possible for active asthmatics.
Respiratory distress likely for the wider population.
Significant wheezing and shortness of breath likely.
Extreme respiratory danger. Significant life risk.