OrbisViews

Air quality · Osmaniye

Toprakkale Air Quality (AQI) Now

23 Fair
European Air Quality Index
PM2.5
6.4µg/m³WHO limit 15
PM10
7.4µg/m³WHO limit 45
NO₂
2.3µg/m³
O₃
55µg/m³
Desert dust
0µg/m³
UV index
0.0
US AQI
40

Updated: · Source: Copernicus CAMS · Open-Meteo

Air quality in Toprakkale is fair right now: European Air Quality Index 23. Fine particulate matter (PM2.5) is 6.4 µg/m³, below the WHO guideline. Fine for outdoor activities; very sensitive people may reduce prolonged strenuous exercise. Pollution is expected to peak around 02:00 over the next 48 hours (index 41, moderate).

Toprakkale 48-hour air quality forecast

21:00: 3521:0022:00: 3823:00: 3800:00: 3801:00: 4002:00: 4103:00: 3903:0004:00: 3505:00: 3506:00: 3407:00: 3308:00: 3009:00: 2609:0010:00: 2511:00: 3012:00: 3213:00: 3514:00: 3615:00: 3615:0016:00: 3517:00: 3518:00: 3219:00: 3120:00: 3321:00: 3421:0022:00: 3623:00: 3600:00: 3501:00: 3402:00: 3403:00: 3003:0004:00: 3005:00: 3106:00: 3207:00: 3208:00: 3109:00: 3109:0010:00: 2911:00: 3012:00: 3213:00: 3514:00: 3615:00: 3615:0016:00: 3617:00: 3318:00: 3319:00: 3520:00: 39

Air quality near Toprakkale

Cleanest to most polluted.

Frequently asked questions

Is Toprakkale polluted today?
Air quality in Toprakkale is fair right now: European Air Quality Index 23. Fine for outdoor activities; very sensitive people may reduce prolonged strenuous exercise.
Is it safe to exercise outdoors in Toprakkale today?
Yes, air quality is fair right now; fine for outdoor exercise.
How is the air quality index calculated?
The European Air Quality Index is set by the worst of PM2.5, PM10, nitrogen dioxide, ozone and sulphur dioxide: 0–20 good, 20–40 fair, 40–60 moderate, 60–80 poor, 80–100 very poor, above 100 extremely poor.

Values are Copernicus Atmosphere Monitoring Service (CAMS) model forecasts and may differ from local monitoring stations.

Toprakkale air quality: details

Pollutants and recent days

Nitrogen dioxide (NO₂) is 2.3 µg/m³ and ozone (O₃) 55 µg/m³; WHO guideline values are 25 (24 h) and 100 µg/m³ (8 h).