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Multisensor Fire Observations without Labels
From space, we can understand fires in ways that are impossible from the ground. New Earth-observing satellites capture the significant impact of fires on our planet. In this animation of fires around the globe in 2002, each red dot marks a new fire. Dots change color to yellow after a few days and to black when fires burn out. From brush fires in Africa to forest fires in North America, satellites are locating every significant fire on Earth to within one kilometer. In the summer and fall burning seasons, particularly destructive fires occurred in Colorado, Arizona, and Oregon.

This animation of remote sensing observations of fires and other related data was chosen as part of the SIGGRAPH 2003 Computer Animation Theater. (The only difference was that the SIGGRAPH version had shorter credits.)


The full 5 minute multisensor fire animation with audio and without annotations    The full 5 minute multisensor fire animation with audio and without annotations
Duration: 5.5 minutes
Available formats:
  720x480 (29.97 fps) Frames
  512x288 (29.97 fps) MPEG-1   103 MB
  720x480 (29.97 fps) MPEG-2   286 MB
  256x144 (29.97 fps) MPEG-1   47 MB
  160x80       PNG           12 KB
  320x177     JPEG         8 KB
  80x40         PNG           3 KB
  320x177     JPEG         8 KB
  320x177     JPEG         8 KB
  Audio Track
How to play our movies


A global view of fire incidence on May 5, 2002, as seen by the MODIS instrument on the Terra satellite. Red dots represent new fires, orange dots represent fires a day or so old, and gray dots represent old fires several days old.    A global view of fire incidence on May 5, 2002, as seen by the MODIS instrument on the Terra satellite. Red dots represent new fires, orange dots represent fires a day or so old, and gray dots represent old fires several days old.

Available formats:
  1500 x 1200     TIFF 1 MB
  320 x 256         JPEG 7 KB


A global view of fire incidence on July 5, 2002, as seen by the MODIS instrument on the Terra satellite. Red dots represent new fires, orange dots represent fires a day or so old, and gray dots represent old fires several days old.    A global view of fire incidence on July 5, 2002, as seen by the MODIS instrument on the Terra satellite. Red dots represent new fires, orange dots represent fires a day or so old, and gray dots represent old fires several days old.

Available formats:
  853 x 480         TIFF 339 KB
  320 x 180         JPEG 6 KB


A view of fire incidence in the United States on June 21, 2002, as seen by the MODIS instrument on the Terra satellite. The big red region in Arizona is the Rodeo-Chediski fire and the red region in the center of Colorado is the Hayman fire.    A view of fire incidence in the United States on June 21, 2002, as seen by the MODIS instrument on the Terra satellite. The big red region in Arizona is the Rodeo-Chediski fire and the red region in the center of Colorado is the Hayman fire.

Available formats:
  853 x 480         TIFF 645 KB
  320 x 180         JPEG 9 KB


A view of fire incidence in the United States on July 5, 2002, as seen by the MODIS instrument on the Terra satellite. Both the Rodeo-Chediski and Hayman fires are gone by this date.    A view of fire incidence in the United States on July 5, 2002, as seen by the MODIS instrument on the Terra satellite. Both the Rodeo-Chediski and Hayman fires are gone by this date.

Available formats:
  853 x 480         TIFF 652 KB
  320 x 180         JPEG 9 KB


A view of fire incidence in the United States on May 12, 2002, as seen by the MODIS instrument on the Terra satellite. Superimposed over the fires are cloud data in white from GOES and precipitation data in orange and yellow from TRMM.    A view of fire incidence in the United States on May 12, 2002, as seen by the MODIS instrument on the Terra satellite. Superimposed over the fires are cloud data in white from GOES and precipitation data in orange and yellow from TRMM.

Available formats:
  853 x 480         TIFF 725 KB
  320 x 180         JPEG 11 KB


A view of fire incidence in the United States on June 19, 2002, as seen by the MODIS instrument on the Terra satellite. Superimposed over the fires are cloud data in white from GOES and aerosol data in brown from Earth Probe TOMS. The Hayman fire is visible as a red region in central Colorado.    A view of fire incidence in the United States on June 19, 2002, as seen by the MODIS instrument on the Terra satellite. Superimposed over the fires are cloud data in white from GOES and aerosol data in brown from Earth Probe TOMS. The Hayman fire is visible as a red region in central Colorado.

Available formats:
  853 x 480         TIFF 717 KB
  320 x 180         JPEG 11 KB


A view of fire incidence in the United States on July 14, 2002, as seen by the MODIS instrument on the Terra satellite. The fires are superimposed over landcover data from MODIS, where regions of different landcover characteristic are represented by different colors. The Biscuit fire is visible on the western end of the California-Oregon border.    A view of fire incidence in the United States on July 14, 2002, as seen by the MODIS instrument on the Terra satellite. The fires are superimposed over landcover data from MODIS, where regions of different landcover characteristic are represented by different colors. The Biscuit fire is visible on the western end of the California-Oregon border.

Available formats:
  853 x 480         TIFF 732 KB
  320 x 180         JPEG 10 KB


A view of the region around Denver, Colorado, on June 9, 2002, during the Hayman fire. Both the reddish image and the 3D smoke plume are measurements from the MISR instrument on Terra. The Hayman fire is located at the leftmost end of the smoke plume. The regions in purple are regions of large population density, and Denver is right underneath the right end of the plume.    A view of the region around Denver, Colorado, on June 9, 2002, during the Hayman fire. Both the reddish image and the 3D smoke plume are measurements from the MISR instrument on Terra. The Hayman fire is located at the leftmost end of the smoke plume. The regions in purple are regions of large population density, and Denver is right underneath the right end of the plume.

Available formats:
  853 x 480         TIFF 735 KB
  320 x 180         JPEG 12 KB


A view of the region around Denver, Colorado, on June 9, 2002, during the Hayman fire. The 3D smoke plume is a measurement from the MISR instrument on Terra, and the Hayman fire is located at the leftmost end of the smoke plume. The colored regions on the terrain are regions of differing landcover type, with magenta representing urban areas.    A view of the region around Denver, Colorado, on June 9, 2002, during the Hayman fire. The 3D smoke plume is a measurement from the MISR instrument on Terra, and the Hayman fire is located at the leftmost end of the smoke plume. The colored regions on the terrain are regions of differing landcover type, with magenta representing urban areas.

Available formats:
  853 x 480         TIFF 948 KB
  320 x 180         JPEG 16 KB


Fire incidence data for the Rodeo-Chediski fire in central Arizona on June 21, 2002, as measured by MODIS. Red regions are new fire areas, while orange and gray areas are successively older fires.    Fire incidence data for the Rodeo-Chediski fire in central Arizona on June 21, 2002, as measured by MODIS. Red regions are new fire areas, while orange and gray areas are successively older fires.

Available formats:
  853 x 480         TIFF 864 KB
  320 x 180         JPEG 15 KB


Landsat imagery for the Rodeo-Chediski fire in central Arizona on June 21, 2002. The imagery is enhanced with thermal data to bring out the fire regions.    Landsat imagery for the Rodeo-Chediski fire in central Arizona on June 21, 2002. The imagery is enhanced with thermal data to bring out the fire regions.

Available formats:
  853 x 480         TIFF 969 KB
  320 x 180         JPEG 14 KB


Landsat imagery for the Rodeo-Chediski fire in central Arizona on June 29, 2002, after the fires have merged into a single fire. The imagery is enhanced with thermal data to bring out the fire regions.    Landsat imagery for the Rodeo-Chediski fire in central Arizona on June 29, 2002, after the fires have merged into a single fire. The imagery is enhanced with thermal data to bring out the fire regions.

Available formats:
  853 x 480         TIFF 980 KB
  320 x 180         JPEG 13 KB


Fire incidence for Nevada and California on July 13, 2002, as measured by MODIS. Purple regions represent regions of large population density.    Fire incidence for Nevada and California on July 13, 2002, as measured by MODIS. Purple regions represent regions of large population density.

Available formats:
  853 x 480         TIFF 773 KB
  320 x 180         JPEG 13 KB


Fire incidence for the Biscuit Fire in southern Oregon on July 29, 2002, as measured by MODIS. Purple regions represent regions of large population density, and the fire data is superimposed over MODIS imagery of the smoke being blown to the west from the fires.    Fire incidence for the Biscuit Fire in southern Oregon on July 29, 2002, as measured by MODIS. Purple regions represent regions of large population density, and the fire data is superimposed over MODIS imagery of the smoke being blown to the west from the fires.

Available formats:
  853 x 480         TIFF 785 KB
  320 x 180         JPEG 13 KB


High resolution thermal data for the Biscuit Fire measured on August 14, 2002, by the ASTER instrument on the Terra satellite. Bright purple regions represent currently active fire regions, while dark purple regions are older burned areas.    High resolution thermal data for the Biscuit Fire measured on August 14, 2002, by the ASTER instrument on the Terra satellite. Bright purple regions represent currently active fire regions, while dark purple regions are older burned areas.

Available formats:
  853 x 480         TIFF 943 KB
  320 x 180         JPEG 14 KB


Fire incidence data for the Biscuit Fire, as measured on August 20, 2002, by MODIS. The fire data is superimposed on land cover data from MODIS illustrating that the fire region is almost all one land cover type, evergreen needleleaf (in green), except for some small urban areas (in magenta).    Fire incidence data for the Biscuit Fire, as measured on August 20, 2002, by MODIS. The fire data is superimposed on land cover data from MODIS illustrating that the fire region is almost all one land cover type, evergreen needleleaf (in green), except for some small urban areas (in magenta).

Available formats:
  853 x 480         TIFF 823 KB
  320 x 180         JPEG 13 KB


Fire incidence data over North America on September 12, 2002, as measured by MODIS, shown with near surface ocean wind velocity vectors over the Pacific Ocean, as measred by the SeaWinds instrument on QuickSCAT.    Fire incidence data over North America on September 12, 2002, as measured by MODIS, shown with near surface ocean wind velocity vectors over the Pacific Ocean, as measred by the SeaWinds instrument on QuickSCAT.

Available formats:
  853 x 480         TIFF 391 KB
  320 x 180         JPEG 9 KB

Animation Number:2806
Animators:Cindy Starr (SVS) (Lead)
 Horace Mitchell (SVS)
 Randall Jones (SVS)
 Alex Kekesi (SVS)
 Marte Newcombe (SVS)
 Lori Perkins (SVS)
 Greg Shirah (SVS)
 Eric Sokolowsky (SVS)
 James W. Williams (SVS)
Completed:2003-03-07
Scientists:Robert Sohlberg (University of Maryland)
 Chris Justice (University of Maryland)
 William C. North (NASA/GSFC)
 Fred J. Gunther (CSC)
Writer:Jarrett Cohen (GST)
Narrator:Michael Starobin (HTSI)
Instruments:Earth Probe/TOMS
 GOES-12
 Landsat-7/ETM+
 QuikSCAT/SeaWinds
 TRMM/TMI
 Terra/ASTER
 Terra/MISR
 Terra/MODIS
 SRTM
Data sets:Aerosol Index
 Fire Location
 Landcover
 Population
 Topography
 USGS/GTOPO30
 Wind
Data Collected:2001/10/01 - 2002/09/30
Series:Multisensor Fire Observations
 Narrated Movies
Keywords:
DLESE >> Atmospheric science
SVS >> Biscuit
DLESE >> Forestry
SVS >> Hayman
DLESE >> Natural hazards
SVS >> Rodeo
SVS >> SIGGRAPH
GCMD >> EARTH SCIENCE >> Biosphere >> Ecological Dynamics >> Fire Occurrence
 
 
Please give credit for this item to
NASA/Goddard Space Flight Center
Scientific Visualization Studio, the ESDIS Science Operations Office and the MODIS Rapid Response Team (http://rapidfire.sci.gsfc.nasa.gov)

Full Animation Credits:

Designed by
ESDIS Science Operations Office
Earth Science Data and Information Systems
NASA Goddard Space Flight Center
William C. North, NASA Goddard Space Flight Center
Jennifer Farnham, Global Science & Technology, Inc.
Dr. Fred J. Gunther, Computer Sciences Corporation
Dr. Brian Krupp, Global Science & Technology, Inc.
Rosemarie Slaughter, Computer Sciences Corporation

Produced by
Scientific Visualization Studio
NASA Goddard Space Flight Center
http://svs.gsfc.nasa.gov

Directed by
Dr. Horace Mitchell, NASA Goddard Space Flight Center

Lead Animator
Cynthia Starr, Global Science & Technology, Inc.

Contributors
Randall Jones, Global Science & Technology, Inc.
Alex Kekesi, Global Science & Technology, Inc.
Kevin Mahoney, Computer Sciences Corporation
Marte Newcombe, Global Science & Technology, Inc.
Lori Perkins, NASA Goddard Space Flight Center
Gregory Shirah, NASA Goddard Space Flight Center
Eric Sokolowsky, Global Science & Technology, Inc.
James W. Williams, Global Science & Technology, Inc.

Written by
Jarrett Cohen, Global Science & Technology, Inc.

Narrated by
Michael Starobin, Honeywell Technology Solutions, Inc.

Edited by
Stuart A. Snodgrass, Global Science & Technology, Inc.

Narration Recorded by
Fred Kemman, Honeywell Technology Solutions, Inc.

Music
"Sarabande - Earth Connection"
by
Robert Hitz, pianist/composer

Fire location data courtesy of the
MODIS Land Rapid Response Project
NASA Goddard Space Flight Center
and the
University of Maryland
Chris Justice, University of Maryland
Ed Masuoka, NASA Goddard Space Flight Center
Louis Giglio, Science Systems and Applications, Inc.
Jacques Descloitres, Science Systems and Applications, Inc.
Robert Sohlberg, University of Maryland
Missy Crisologo, University of Maryland

Blue Marble MODIS data composite courtesy of
MODIS Science Team
NASA Goddard Space Flight Center
and the
NASA Earth Observatory
Reto Stockli, Science Systems and Applications, Inc.

Topography data courtesy of
United States Geological Survey

Cloud data courtesy of
National Oceanic and Atmospheric Administration

Population data courtesy of
Socioeconomic Data and Applications Center

All other data courtesy of
NASA

NASA EOSDIS and other EOSDIS data distributed by NASA's
Distributed Active Archive Center (DAAC) Alliance
http://nasadaacs.eos.nasa.gov

Sponsored by
ESDIS Science Operations Office
Earth Science Data and Information Systems
NASA Goddard Space Flight Center
Vanessa L. Griffin, Manager



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