Skip to content
worldfires
Smoke · CAMS forecast, 96 hours

Smoke today in Lalian

Today the average level of fine particles (PM2.5) in Lalian is 102 µg/m³, 6.8 times the WHO daily guideline (15 µg/m³). The peak of the coming days arrives on Wednesday 11 at 03:00, with 172 µg/m³. It most likely comes mainly from scattered hotspots upwind that are not part of any fire page (76 % of the weight), the nearest 4 km to the west. Among fires with a page, the one that weighs most is Ahmedpur Sial fire, 28 October 2026, 150 km away (6 %).

Wildfire smoke episode CAMS global, 0.4° cell Local time: UTC+5
Today’s average
102 µg/m³
×6.8 the 24-h WHO guideline
Peak in 96 h
172 µg/m³
Wed 11 at 03:00
Likely source
Hotspots without a fire page
76 % of the upwind weight · 4 km to the west
Best time to air the house
12:00
Wednesday 11 · 39 µg/m³ on average over 2 h

The next 4 days, hour by hour

Hourly forecast of fine particles in the Lalian cell, coloured by the WHO steps. The numbered green bands are the windows with the least smoke.

Where it most likely comes from

At 23:00 on Sunday 8, air reaches Lalian at 850 hPa (about 1,500 m) from the southwest, at 9 km/h. Move the hour on the strip above and the sector turns with the wind.

Upwind hotspots (24 h) Other hotspots Fire page box Upwind sector (850 hPa)

VIIRS hotspots from the last 24 hours; the latest at 8 Nov 2026, 14:26 UTC

Candidates

Upwind fires within 250 km, ranked by their weight in the smoke arriving at that hour.

  1. 1Most likely: Scattered hotspots without a fire page76 %
    309 hotspots and 1,932 MW FRP in 24 h · the nearest 4 km to the west · outside any active fire page
  2. 2Ahmedpur Sial fire, 28 October 20266 %
    1,320 ha · since 28 October 2026 · about 13 hotspots and 223 MW FRP in 24 h inside its box · 150 km to the southwest
    Open the fire page
  3. 3Jhang fire, 22 October 20265 %
    2,833 ha · since 22 October 2026 · about 13 hotspots and 110 MW FRP in 24 h inside its box · 63 km to the west
    Open the fire page
  4. 4Ahmedpur Sial fire, 22 October 20265 %
    1,557 ha · since 22 October 2026 · about 16 hotspots and 176 MW FRP in 24 h inside its box · 148 km to the southwest
    Open the fire page

There is no dispersion model behind this: it is an estimate. We add up the radiative power (FRP) of the last 24 hours of VIIRS hotspots lying against the wind at 850 hPa, weighted by distance. That is why we say “most likely” and show the whole list.

The 3 windows with the least smoke to air the house or go out

  1. 1 · Monday 9
    14:00–16:00
    50 µg/m³ on average · ×3.3 the WHO guideline
  2. 2 · Tuesday 10
    14:00–16:00
    44 µg/m³ on average · ×2.9 the WHO guideline
  3. 3 · Wednesday 11
    12:00–14:00
    39 µg/m³ on average · ×2.6 the WHO guideline

Between 7:00 and 22:00, future hours only, 2-hour blocks at least 4 hours apart. The WHO guideline is a 24-hour average: here it is only a reference. None falls below the guideline: these are the least bad hours, not clean ones.

The last time there was smoke like this

We are still gathering the history for this cell: the archive loads at night, a little at a time.

We do not give medical advice. To know what to do at these levels, follow the health authority: World Health Organization · Air quality and health. Our figures are a model forecast, not a measurement in your street.

If you see fire or smoke, call 1122 · 16. Emergency number and official warnings

How this page works

Sources. Air quality: Copernicus Atmosphere Monitoring Service (CAMS global and CAMS Europe) served by our own Open-Meteo instance, Open-Meteo.com data under CC BY 4.0. Wind: ECMWF IFS 0.25° via Open-Meteo.com (CC BY 4.0). Active fires: NASA FIRMS, VIIRS (Suomi NPP, NOAA-20 and NOAA-21). Fire pages: EFFIS and GWIS (Copernicus, European Commission). Reference: 2021 WHO air quality guidelines. Open-Meteo.com (CC BY 4.0) · CAMS · NASA FIRMS

Contains modified Copernicus Atmosphere Monitoring Service information (2026). Neither the European Commission nor ECMWF is responsible for any use that may be made of this information.