Air quality in Vif, Auvergne-Rhône-Alpes, France today

Update date
Last updated: 2026-02-10T15:00:00+00:00
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Mr. Duck’s Air Quality Score

Mr. Duck – Good air today

Good air today for Vif, Auvergne-Rhône-Alpes, France

⚠️ This website is currently under active development. Some data may be incomplete or temporarily inaccurate. For health-critical decisions, please verify information through official government or environmental sources.
Categories follow US EPA AQI breakpoints for PM (estimate from latest valid measurements; this project does not compute EPA NowCast/24-hour AQI yet).

This friendly indicator summarizes the latest city readings. For health guidance, please see: EPA AirNow or WHO.

Air quality today

The air quality in Vif today is classified as Good. The primary pollutant identified is PM10, with a measured concentration of 7.2 µg/m³ based on three valid observations.

Data are shown via OpenAQ and reflect the current monitoring results for this location. This page is informational; for health guidance, use official sources such as EPA AirNow or WHO.

Latest sensor values

PM categories follow US EPA AQI breakpoints, shown here as an estimate derived from the latest valid measurements (this project does not compute EPA NowCast/24-hour AQI yet).

Good
PM10
7.2
µg/m³
Measured
O3
64.4
µg/m³
Measured
NO2
3.1
µg/m³
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What the data includes

The Vif air‑quality dataset contains four measured pollutants – nitrogen monoxide (NO), nitrogen dioxide (NO₂), ozone (O₃) and particulate matter 10 µm or smaller (PM10) – collected from a single monitoring site that contributed four separate rows of data. For each pollutant the recorded values are identical across the minimum, median and maximum statistics, indicating no observed variation within the sampled period: NO is consistently 2.0 µg/m³, NO₂ stays at 3.1 µg/m³, O₃ registers 64.4 µg/m³ and PM10 measures 7.2 µg/m³.

The timestamps show that the most recent observations are fairly fresh for three of the four pollutants. The latest NO₂ reading was logged on 2026‑02‑10 at 15:00 UTC, the same moment applies to O₃, while the newest PM10 value dates from 2026‑02‑09 at 03:00 UTC, both falling within a three‑day freshness window. In contrast, the NO measurement is older, last updated on 2024‑03‑11 at 09:00 UTC, which means that for this specific gas the data are nearly two years out of date. Consequently, while the dataset provides up‑to‑date information for most pollutants, the lack of recent NO readings limits a complete current picture.

Because only one monitoring location contributes all four rows, spatial coverage across Vif is limited; conditions can differ in other neighborhoods or micro‑environments that are not captured here. The uniformity of values (no spread between minimum and maximum) suggests either very stable concentrations during the recorded periods or insufficient sampling frequency to detect fluctuations. Users should keep in mind that the dataset reflects a narrow slice of time and place, and broader city‑wide conditions may vary beyond what these four rows convey.

Learn more about sources and filtering: About the data.

Trusted references: WHO (Air pollution) · US EPA AirNow · European Environment Agency (Air)

Latest sensor values (bars)

PM categories follow US EPA AQI breakpoints, shown here as an estimate derived from the latest valid measurements (this project does not compute EPA NowCast/24-hour AQI yet).

PM10 7.2 µg/m³ O3 64.4 µg/m³ NO2 3.1 µg/m³
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Data notes

The current dataset for Vif includes three valid measurements and is updated within 3 days, with the latest values recorded on 2026‑02‑10 at 15:00 UTC. These figures represent a brief snapshot of ambient conditions; air quality can differ across neighborhoods and change throughout the day, so individual experiences may vary from the reported values.

OpenAQ station rows

StationParameterValueUnitLast updated
Grenoble PeriurbSudno2.0µg/m³2024-03-11 09:00 UTC
Grenoble PeriurbSudno23.1µg/m³2026-02-10 15:00 UTC
Grenoble PeriurbSudo364.4µg/m³2026-02-10 15:00 UTC
Grenoble PeriurbSudpm107.2µg/m³2026-02-09 03:00 UTC