Sunday, June 28, 2026

DESCRIPTIVE TEXT NARRATIVE FOR SMOKE/DUST OBSERVED IN SATELLITE IMAGERY
THROUGH 1500Z June 28, 2026

SMOKE:
Northwest Territories/Alberta/Nunavut…
Several fires in the Northwest Territories and northern Alberta continued
to burn this morning, producing moderate-to-heavy density smoke plumes,
as well as a regional layer of light-to-heavy density smoke that spread
through the Northwest Territories into Nunavut. The smoke also extended
southward into northeastern British Columbia, Alberta, Saskatchewan,
and Manitoba, merging with the smoke generated by the individual fires
in Manitoba and Saskatchewan.

Manitoba/Saskatchewan…
Scattered wildfires in Manitoba and Saskatchewan were observed generated
localized heavy-to-moderate density smoke plumes. Smoke from these fires
accumulated into a layer of moderate-density smoke that spread across
northern Manitoba and  Saskatchewan.

Quebec…
Multiple wildfires across central Quebec and Labrador were observed
producing mostly moderate-to-heavy smoke plumes that generally drifted
to the southeast. A layer of light-to-moderate density smoke was
also observed dispersing over Quebec and the Hudson Bay into eastern
Ontario. Light smoke continued eastward into the Atlantic Ocean and
southwestward across Ontario, merging with the smoke from Manitoba,
Saskatchewan, and western Ontario before reaching the Midwestern United
States.

Canada…
Smoke from today’s fire activity, as well as remnant smoke from previous
days, has resulted in a large layer of light-density smoke that spanned
from the Northwest Territories, across Nunavut and the Hudson Bay,
continuing east into Quebec and Labrador. The southern extent of the
smoke ranged from Northern Alberta to southern Ontario and Quebec.

Southwestern US/Great Plains/Upper Mississippi Valley…
Multiple large wildfires continued to burn across Arizona, Utah, and
Colorado this morning, producing light-to-heavy smoke that traveled
towards the northeast. A large area of light-density smoke from these
fires continued across the Central and Northern Plains, eventually
shifting direction towards the southeast over the Upper and Middle
Mississippi Valley. Other wildfires in the region were also observed
generating individual light-density smoke plumes extending northeast.

Mexico/Pacific Ocean/Gulf of America/Southeastern US/Atlantic Ocean/
A large layer of light-density smoke, consisting of smoke from today’s
fire activity and remnant smoke, was observed across the southwestern
coast of Mexico, extending into the Pacific Ocean. Smoke was also
observed in the Bay of Campeche, the Yucatan Peninsula, and parts of
Central America. It continued across the Gulf of America and into the
southeastern US, ultimately reaching offshore of the Carolinas and into
the Atlantic Ocean.

BLOWING DUST…
Caribbean…
Light dust from the Sahara Desert was observed spanning much of the
Caribbean Sea this morning.

Gaskill


THIS TEXT PRODUCT IS PRIMARILY INTENDED TO DESCRIBE SIGNIFICANT AREAS OF
SMOKE ASSOCIATED WITH ACTIVE FIRES AND SMOKE WHICH HAS BECOME DETACHED
FROM THE FIRES AND DRIFTED SOME DISTANCE AWAY FROM THE SOURCE FIRE,
TYPICALLY OVER THE COURSE OF ONE OR MORE DAYS. AREAS OF BLOWING DUST ARE
ALSO DESCRIBED. USERS ARE ENCOURAGED TO VIEW A GRAPHIC DEPICTION OF THESE
AND OTHER PLUMES WHICH ARE LESS EXTENSIVE AND STILL ATTACHED TO THE SOURCE
FIRE IN VARIOUS GRAPHIC FORMATS ON OUR WEB SITE:

JPEG:http://www.ospo.noaa.gov/data/land/fire/currenthms.jpg
Smoke data:
https://satepsanone.nesdis.noaa.gov/pub/FIRE/web/HMS/Smoke_Polygons
Fire data:
https://satepsanone.nesdis.noaa.gov/pub/FIRE/web/HMS/Fire_Points

ANY QUESTIONS OR COMMENTS REGARDING THIS PRODUCT SHOULD BE SENT TO:
SSDFireTeam@noaa.gov

 


Unless otherwise indicated:
  • Areas of smoke are analyzed using GOES-EAST and GOES-WEST Visible satellite imagery.
  • Only a general description of areas of smoke or significant smoke plumes will be analyzed.
  • A quantitative assessment of the density/amount of particulate or the vertical distribution is not included.
  • Widespread cloudiness may prevent the detection of smoke even from significant fires.