radiative transfer algorithms / satellite record / satellite platform / satellite smoke-aerosol index / satellite images / improved vegetation products / chemical pollution / energy / high-resolution satellite images / historical satellite / disturbance algorithm / satellite observations / deseasonalization algorithm / disturbance events using satellite / satellite data sets / be confirmed using an independent satellite smoke-aerosol index / /
MarketIndex
Normalized Difference Vegetation / /
NaturalFeature
Magitchlie Creek / tundra/boreal forests / AVHRR channel / Lena river / Amur river / University Monterey Bay / Lake Manitoba / Lake Baikal / Da Hinggan±Dzhagdy mountains / /
Organization
University of Minnesota / Minneapolis / *NASA Ames Research Center / California State University / Boston University / Boston / National Aeronautics and Space Administration / /
Person
CHRISTOPHER POTTER / MICHAEL STEINBACH / using global satellite data sets CHRISTOPHER POTTER* / / /
Position
Major / representative / /
ProvinceOrState
Minnesota / East Kalimantan / South Dakota / Manitoba / Ontario / Galena District / /
Region
southern Ontario / western India / northwestern Canada / northern Australia / Southeast Asia / /
Technology
radiation / remote sensing / disturbance algorithm / radiative transfer algorithms / MODIS radiative transfer algorithms / deseasonalization algorithm / /
Global Change Biology[removed], 1005±1021 Major disturbance events in terrestrial ecosystems detected using global satellite data sets CHRISTOPHER POTTER*, PANG-NING TAN{, MICHAEL STEINBACH{, STEVEN K L O O S T E R { ,