Urban traffic station · Vilnius, Lithuania

Vilnius-Savanoriu prospektas

Urban traffic station with a modelled PM2.5 annual mean of 8.4 µg/m³ - 1.7× the WHO 2021 guideline. Operated by Lithuanian EPA; EEA code LT00012.

Data updated 2026-09-01

8.4
PM2.5 µg/m³ (modelled)
16.3
NO2 µg/m³ (modelled)
96.8%
data capture
2003
active since

Modelled exposure readout

Vilnius-Savanoriu prospektas's modelled PM2.5 is 1.7× the WHO 2021 guideline and NO2 1.6×, derived from Lithuania's AEI adjusted for this TRAFFIC classification.

  • 8.4 µg/m³ PM2.5 modelled
  • 1.7× vs WHO PM2.5
  • 16.3 µg/m³ NO2 modelled
  • 96.8% data capture

Traffic stations read higher near the kerb than city-wide background averages.

Stations with similar EEA profiles

Two cross-country peer sets for Vilnius-Savanoriu prospektas. Same-country Read-with links stay above; these neighborhoods are nearest other-country stations by modelled PM2.5 and by EEA data-capture rate.

Similar modelled PM2.5

Nearest other-country stations by modelled PM2.5 (8.4 µg/m³ here), outside Lithuania.

Similar data capture

Nearest other-country stations by EEA data-capture rate (96.8% here), excluding the PM2.5 peer set.

EEA station code
LT00012
Operator
Lithuanian EPA
Altitude
112 m
Coordinates
54.6873, 25.2796

Modelled annual means for Vilnius-Savanoriu prospektas

Modelled annual mean concentration by pollutant (µg/m³), derived from the national mean rather than this station's own series

µg/m³

What this shows For reference, the WHO 2021 annual guidelines are PM2.5 = 5, PM10 = 15, and NO2 = 10 µg/m³. This station's PM2.5 sits at 1.7× the PM2.5 guideline.

Source Modelled from EEA national population-weighted exposure · station LT00012 classification As of latest EEA reporting year

How Vilnius's PM2.5 compares

This station's annual mean vs the national average and the WHO 2021 guideline

µg/m³ PM2.5

What this shows Vilnius-Savanoriu prospektas reads above Lithuania's national PM2.5 average - expected for a kerbside traffic station. Both sit above the WHO health guideline of 5 µg/m³.

Source EEA AEI-modeled station estimate + WHO 2021 guidelines As of AEI 2021-2023 extract

About this station

The Vilnius-Savanoriu prospektas traffic monitoring station in Vilnius is operated by Lithuanian EPA. The station code is an EEA identifier; concentrations on this page are modeled from Lithuania's PM2.5 Average Exposure Indicator, not this station's own Dataflow E1a hourly series. Because this is a traffic station (sited within about 10 metres of a road kerb), readings here typically run 20-40% higher than at co-located urban background stations for NO2 and PM2.5. Ozone is generally lower than at background sites because NOx emissions titrate ozone away.

Modelled annual means

These are modelled estimates, not this station's own reported readings. Each value is Lithuania's national population-weighted annual mean, adjusted for this station's classification (traffic). Two stations of the same classification in the same country therefore show the same value. For this station's actual reported series, use the EEA datahub link below. Full rule: methodology §5b.

Pollutant Modelled annual mean (µg/m³)
NO2 16.3
O3 53.6
PM10 20.6
PM25 8.4
SO2 2.4

All concentrations in µg/m³ are modeled from the country PM2.5 Average Exposure Indicator, adjusted for this station's classification (code LT00012) - not an independent per-station E1a reading. See our methodology for the exact derivation.

Source: European Environment Agency, Average Exposure Indicator (AEI) 2021-2023; station LT00012 (modeled).

Source: World Health Organization, Global Air Quality Guidelines, 2021 update.

Figures on PlainAirQuality are rendered from this site's database rather than typed into the page. Country values restate the EEA's published series and are held in our dataset pending an automated re-import; station-level values are modelled from those national means, not measured at the station. Every figure here is a MODELLED estimate, not this station's own reported reading: the national population-weighted annual mean adjusted for the station's classification (methodology §5b). Peak and exceedance-day figures are deliberately absent, because we do not publish a number we cannot source to the station itself. See our editorial standards & corrections policy, the methodology behind these numbers, or report a data error.