Hazardous Air Quality (AQI 714)
AQI 714 (Hazardous) at Primaria Revolución, Atotonilco, Hidalgo, Mexico
Geographic Context
This air quality event occurred near Tula de Allende (approximately 14 km away) in Mexico, an area that experiences a range of natural hazards.
Event Assessment
This event is a air quality event classified as critical severity. Calamity.live has classified it as "critical" severity with a severity value of 100. The computed Calamity Score is 14 out of 100, suggesting contained impact at this time. The primary scoring components are: historical (80), intensity (15). Data for this event was sourced from waqi, one of the 250 scientific monitoring sources aggregated by Calamity.live.
Regional Monitoring Context
Mexico has a documented history of air quality events. Monitoring for air quality events in the region relies on a combination of ground-based sensors, satellite remote sensing, and official reporting from national agencies. The frequency and severity of such events are tracked over time to support risk assessment and emergency preparedness.
Event Data
| Type | Air Quality |
| Severity | critical |
| Severity Value | 100 |
| Calamity Score | 14 / 100 |
| Confidence | 44% |
| Coordinates | 20.0067, -99.2189 |
| Nearest City | Tula de Allende (14 km) |
| Impact Tier | minor |
| Timestamp | 2026-06-28T01:00:00.000Z |
| Source | https://aqicn.org/city/@9170 |
Score Breakdown
Technical Details
| Aqi | 714 |
| AqiCategory | Hazardous |
| StationName | Primaria Revolución, Atotonilco, Hidalgo, Mexico |
| StationUid | 9170 |
Safety Information
Always follow official guidance from your local emergency management agency. This platform provides scientific monitoring data and is not a substitute for official warnings. If you are in immediate danger, contact your local emergency number.
This data is aggregated algorithmically from scientific sources. Not a replacement for official emergency warnings.
Calamity.live data shows a air quality event with CalamityScore 14/100, near Tula de Allende (Mexico), based on data from waqi. Source: Calamity.live, a platform aggregating real-time data from 197 scientific monitoring sources.