Tuesday, June 21, 2022

DESCRIPTIVE TEXT NARRATIVE FOR SMOKE/DUST OBSERVED IN SATELLITE IMAGERY
THROUGH 0134Z June 22, 2022

SMOKE:
Central and Eastern U.S./South Central and Southeastern Canada...
A huge mass of mainly thin to moderate density smoke attributed mainly to
recent and current wildfire activity in the southwestern U.S. was present
covering much of the central and eastern U.S. and up over south central
and southeastern Canada. Some of the smoke in the northern portions
of this area might also be from the wildfires burning in northwestern
Canada and Alaska. Within this mass of thin density smoke a large area
of moderate density smoke was observed in the south central and south
eastern U.S. generally from eastern Texas, then north into Nebraska,
and eastward to western Kentucky and south over most of Alabama.

Alaska/Canada...
Large areas of mainly thin density smoke, attributed to wildfires
scattered across portions of Alaska and northwestern Canada was observed
stretching from western and central Alaska eastward to portions of
western and central Canada. Thin density smoke then continued over far
northern and northeastern Canada and over the Labrador Sea. Extensive
cloud cover over southeastern Alaska, the southern part of the Yukon,
and most of British Columbia along with areas of central and eastern
Canada did limit information on the extent and density of any smoke
which might be present in those regions. Within the large areas of thin
density smoke, some thicker smoke could be seen over the central part of
the Northwest Territories, eastern and central Alaska, and southwestern
Alaska extending over a portion of the Gulf of Alaska. Heavy density
smoke could be seen at times through breaks in the clouds near the fire
sources in the Northwest Territories and Alaska.

Southwestern U.S., Utah...
A Wildfire in southwestern Utah was emitting light to heavy density smoke
which was moving across the state as evening approached. Other wildfires
were noted in the  southwestern U.S. today but the area became cloud
cover by this evening preventing further smoke analysis in this region.

Far Western Atlantic...
Some thin density smoke likely from the wildfires in Alaska and
northwestern Canada was seen today spreading to the south off the eastern
U.S. coast. A band of moderate density smoke was seen within the mass
of light density smoke off the northeastern U.S. coast.

DUST:
Tropical Atlantic Ocean/Caribbean Sea, Gulf of Mexico.
Thin density Saharan dust covered the western Caribbean Sea including the
islands of Jamaica and Cuba, in addition to the southern Bahamas. This
dust appears to travel across the Yucatan Peninsula and into the Gulf
of Mexico but clouds in the area made it hard to decipher smoke from
aerosols and Saharan dust over The Gulf of Mexico. Another area of
light Saharan dust is approaching the eastern Caribbean islands from
the tropical central Atlantic region.

Eglin


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 map:	https://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.