Attributes {
    Orbit_Number {
        Int32 _FillValue 0;
        Int32 missing_value 0;
        String long_name "Orbit numbers of MISR Level 2 files which are summarized in this\\012Level 3 file.";
        String units "count";
        Int32 valid_min 1;
    }
    Path_Number {
        Int16 _FillValue 0;
        Int16 missing_value 0;
        String long_name "Orbital path numbers of MISR Level 2 files which are summarized in this\\012Level 3 file.";
        String units "count";
        Int16 valid_min 1;
        Int16 valid_max 233;
    }
    Local_Granule_Id {
        String _FillValue "";
        String missing_value "";
        String long_name "Local Granule Id (file name) of MISR Level 2 files which are summarized\\012in this Level 3 file.";
    }
    Local_Version_Id {
        String _FillValue "";
        String missing_value "";
        String long_name "Local Version Id (MISR_EXEC_VERSION (software version label) and\\012MISR_EXEC_NAME (executable name)) used to produce each of the MISR\\012Level 2 files which are summarized in this Level 3 file.";
    }
    latitude {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String axis "Y";
        String bounds "latitude_bounds";
        String units "degrees_north";
        String standard_name "latitude";
        String long_name "Midpoint of the latitude range summarized by each row of grid cells.";
    }
    longitude {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String axis "X";
        String bounds "longitude_bounds";
        String units "degrees_east";
        String standard_name "longitude";
        String long_name "Midpoint of the longitude range summarized by each column of grid cells.";
    }
    latitude_bounds {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String units "degrees_north";
        String standard_name "latitude";
        String long_name "Upper and lower bound of each latitude range summarized by each row of\\012grid cells.";
    }
    longitude_bounds {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String units "degrees_east";
        String standard_name "longitude";
        String long_name "Upper and lower bound of each longitude range summarized by each column of\\012grid cells.";
    }
    time {
        Float32 _FillValue 0.000000000;
        Float32 missing_value 0.000000000;
        String axis "T";
        String bounds "time_bounds";
        String units "days since 2000-01-01 00:00:00";
        String calendar "standard";
        String long_name "Time";
    }
    time_bounds {
        Float32 _FillValue 0.000000000;
        Float32 missing_value 0.000000000;
        String units "days since 2000-01-01 00:00:00";
        String calendar "standard";
        String long_name "Beginning and end of the time period summarized by this file.";
    }
    Band_labels {
        String _FillValue " ";
        String missing_value " ";
    }
    Band {
        Int32 _FillValue 0;
        Int32 missing_value 0;
        String coordinates "Band_labels";
        String coord_labels "Band_labels";
        String long_name "MISR spectral band name and nominal center wavelength, and broadband approximation.";
    }
    Swath_count {
        Int32 _FillValue 0;
        Int32 missing_value 0;
        String long_name "Count of the MISR Level 2 Cloud Albedo swaths which contain data used\\012in the calculation of a Level 3 grid cell.";
        String units "count";
        String cell_methods "latitude: sum longitude: sum period: sum";
        Int32 valid_min 0;
    }
    Expansive_albedo_average {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String long_name "Average of expansive albedo.  This is the average of the reflected\\012flux divided by the average solar insolation, not a direct average\\012of the Level 2 Albedos. This is the albedo that would be measured at a\\01230 km altitude, encompassing reflection from the entire scene viewable\\012from that point.  The Level 2 product that this variable summarizes\\012provides the best estimate of top of atmosphere (TOA) energetics for the\\012region. This is a summary of the MISR Level 2 Cloud Albedo 35.2 km x\\01235.2 km Regional fields, AlbedoExpansive and AlbedoExpansiveBroadband.\\012AlbedoExpansive: Expansive albedo (four bands).\\012AlbedoExpansiveBroadband: Broadband albedo calculated from a linear\\012combination of all four spectral Expansive Albedo measurements.";
        String units "1";
        String cell_methods "latitude: mean longitude: mean period: mean\\012(The contributing Level 2 pixels from each swath are first averaged; these\\012swath averages are then averaged to form the mean.)";
        Float32 valid_min 0.000000000;
        Float32 valid_max 1.000000000;
    }
    Expansive_albedo_first_moment {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String long_name "Average of expansive albedo. This is a direct average of the Level 2 Albedos\\012This is the albedo that would be measured at a 30 km altitude,\\012encompassing reflection from the entire scene viewable from that point.\\012The Level 2 product that this variable summarizes provides the best estimate\\012of top of atmosphere (TOA) energetics for the region. This is a summary of\\012the MISR Level 2 Cloud Albedo 35.2 km x 35.2 km Regional fields,\\012AlbedoExpansive and AlbedoExpansiveBroadband.\\012AlbedoExpansive: Expansive albedo (four bands).\\012AlbedoExpansiveBroadband: Broadband albedo calculated from a linear\\012combination of all four spectral Expansive Albedo measurements.";
        String units "1";
        String cell_methods "latitude: mean longitude: mean period: mean\\012(The contributing Level 2 pixels from each swath are first averaged; these\\012swath averages are then averaged to form the mean.)";
        Float32 valid_min 0.000000000;
        Float32 valid_max 1.000000000;
    }
    Expansive_albedo_standard_deviation {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String long_name "Standard deviation of expansive albedo.\\012This is the albedo that would be measured at a 30 km altitude,\\012encompassing reflection from the entire scene viewable from that point.\\012The Level 2 product that this variable summarizes provides the best estimate\\012of top of atmosphere (TOA) energetics for the region. This is a summary of\\012the MISR Level 2 Cloud Albedo 35.2 km x 35.2 km Regional fields,\\012AlbedoExpansive and AlbedoExpansiveBroadband.\\012AlbedoExpansive: Expansive albedo (four bands).\\012AlbedoExpansiveBroadband: Broadband albedo calculated from a linear\\012combination of all four spectral Expansive Albedo measurements.";
        String units "1";
        String cell_methods "latitude: longitude: period: standard_deviation\\012(This is the standard deviation of the swath averages which are averaged\\012to form the direct average of the Level 2 Albedos in variable\\012Expansive_albedo_first_moment_1_deg.)";
        Float32 valid_min 0.000000000;
    }
    Expansive_albedo_solar_insolation {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String long_name "Average solar insolation of pixels that contribute to Expansive albedo average.";
        String units "watts/(meter^2 micrometer)";
        String cell_methods "latitude: mean longitude: mean period: mean\\012(The contributing Level 2 pixels from each swath are first averaged;\\012these swath averages are then averaged to form the mean.)";
        Float32 valid_min 0.000000000;
    }
    Expansive_albedo_swath_count {
        Int32 _FillValue 0;
        Int32 missing_value 0;
        String long_name "Count of the MISR Level 2 Cloud Albedo swaths which contain 35.2 km x\\01235.2 km Regions whose centers are within the Level 3 grid cell and\\012which are used in the calculation of the corresponding element of the\\012Expansive_albedo_average_1_deg variable.";
        String units "count";
        String cell_methods "latitude: sum longitude: sum period: sum";
        Int32 valid_min 0;
    }
    Local_albedo_average {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String long_name "Average of local albedo. This is the average of the reflected flux\\012divided by the average solar insolation, not a direct average of the\\012Level 2 Albedos. \\012This is a specialized product that provides the unobscured portion of\\012reflected irradiance averaged at Level 2 over a 2.2 km subregion\\012(normalized by incident top of atmosphere (TOA) irradiance). Because\\012of obscuration by higher neighboring subregions, the local albedo may\\012be highly variable for heterogeneous clouds, and attention must be\\012given to the associated obscuration factors. \\012This is a summary of the MISR Level 2 Cloud Albedo AlbedoLocal field. \\012AlbedoLocal: 2.2 km x 2.2 km SubRegional Local TOA albedo (four bands).";
        String units "1";
        String cell_methods "latitude: mean longitude: mean period: mean\\012(The contributing Level 2 pixels from each swath are first averaged; these\\012swath averages are then averaged to form the mean.)";
        Float32 valid_min 0.000000000;
        Float32 valid_max 1.000000000;
    }
    Local_albedo_first_moment {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String long_name "Average of local albedo. This is a direct average of the Level 2\\012Albedos. \\012This is a specialized product that provides the unobscured\\012portion of reflected irradiance averaged at Level 2 over a 2.2 km\\012subregion (normalized by incident top of atmosphere (TOA) irradiance).\\012Because of obscuration by higher neighboring subregions, the local\\012albedo may be highly variable for heterogeneous clouds, and attention\\012must be given to the associated obscuration factors. \\012This is a summary of the MISR Level 2 Cloud Albedo AlbedoLocal field.\\012AlbedoLocal: 2.2 km x 2.2 km SubRegional Local TOA albedo (four bands).";
        String units "1";
        String cell_methods "latitude: mean longitude: mean period: mean\\012(The contributing Level 2 pixels from each swath are first averaged; these\\012swath averages are then averaged to form the mean.)";
        Float32 valid_min 0.000000000;
        Float32 valid_max 1.000000000;
    }
    Local_albedo_standard_deviation {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String long_name "Standard deviation of local albedo.\\012This is a specialized product that provides the unobscured portion of\\012reflected irradiance averaged at Level 2 over a 2.2 km subregion\\012(normalized by incident top of atmosphere (TOA) irradiance). Because\\012of obscuration by higher neighboring subregions, the local albedo may\\012be highly variable for heterogeneous clouds, and attention must be\\012given to the associated obscuration factors.\\012This is a summary of the MISR Level 2 Cloud Albedo AlbedoLocal field.\\012AlbedoLocal: 2.2 km x 2.2 km SubRegional Local TOA albedo (four bands).";
        String units "1";
        String cell_methods "latitude: longitude: period: standard_deviation\\012(This is the standard deviation of the swath averages which are averaged\\012to form the direct average of the Level 2 Albedos in variable\\012Local_albedo_first_moment_1_deg.)";
        Float32 valid_min 0.000000000;
    }
    Local_albedo_solar_insolation {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String long_name "Average solar insolation of pixels that contribute to Local albedo average.\\012This is a specialized product that provides the unobscured portion of\\012reflected irradiance averaged at Level 2 over a 2.2 km subregion\\012(normalized by incident top of atmosphere (TOA) irradiance). Because\\012of obscuration by higher neighboring subregions, the local albedo may\\012be highly variable for heterogeneous clouds, and attention must be\\012given to the associated obscuration factors.\\012This is a summary of the MISR Level 2 Cloud Albedo AlbedoLocal field.\\012AlbedoLocal: 2.2 km x 2.2 km SubRegional Local TOA albedo (four bands).";
        String units "watts/(meter^2 micrometer)";
        String cell_methods "latitude: mean longitude: mean period: mean\\012(The contributing Level 2 pixels from each swath are first averaged;\\012these swath averages are then averaged to form the mean.)";
        Float32 valid_min 0.000000000;
    }
    Local_albedo_swath_count {
        Int32 _FillValue 0;
        Int32 missing_value 0;
        String long_name "Count of the MISR Level 2 Cloud Albedo swaths which contain 2.2 km x\\0122.2 km SubRegions whose centers are within the Level 3 grid cell and\\012which are used in the calculation of the corresponding element of the\\012Local_albedo_average_1_deg variable.";
        String units "count";
        String cell_methods "latitude: sum longitude: sum period: sum";
        Int32 valid_min 0;
    }
    Restrictive_albedo_average {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String long_name "Average of restrictive albedo. This is the average of the reflected\\012flux divided by the average solar insolation, not a direct average of\\012the Level 2 Albedos.\\012This is an ERBE-like albedo. The Level 2 data is produced by averaging\\012over 35.2 km x 35.2 km Regions at a level close to the reflecting\\012surface, without regard to adjacent regions. This differs from the\\012expansive albedo when the scenes are heterogeneous over large\\012areas.\\012This is a summary of the MISR Level 2 Cloud Albedo 35.2 km x\\01235.2 km Regional fields, AlbedoRestrictive and AlbedoRestrictiveBroadband.\\012AlbedoRestrictive: Restrictive albedo (four bands).\\012AlbedoRestrictiveBroadband: Broadband albedo calculated from a linear\\012combination of all four spectral Restrictive Albedo measurements.";
        String units "1";
        String cell_methods "latitude: mean longitude: mean period: mean\\012(The contributing Level 2 pixels from each swath are first averaged; these\\012swath averages are then averaged to form the mean.)";
        Float32 valid_min 0.000000000;
        Float32 valid_max 1.000000000;
    }
    Restrictive_albedo_first_moment {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String long_name "Average of restrictive albedo. This is a direct average of the Level 2\\012Albedos.\\012This is an ERBE-like albedo. The Level 2 data is produced by averaging\\012over 35.2 km x 35.2 km Regions at a level close to the reflecting\\012surface, without regard to adjacent regions. This differs from the\\012expansive albedo when the scenes are heterogeneous over large\\012areas.\\012This is a summary of the MISR Level 2 Cloud Albedo 35.2 km x\\01235.2 km Regional fields, AlbedoRestrictive and AlbedoRestrictiveBroadband.\\012AlbedoRestrictive: Restrictive albedo (four bands).\\012AlbedoRestrictiveBroadband: Broadband albedo calculated from a linear\\012combination of all four spectral Restrictive Albedo measurements.";
        String units "1";
        String cell_methods "latitude: mean longitude: mean period: mean\\012(The contributing Level 2 pixels from each swath are first averaged; these\\012swath averages are then averaged to form the mean.)";
        Float32 valid_min 0.000000000;
        Float32 valid_max 1.000000000;
    }
    Restrictive_albedo_standard_deviation {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String long_name "Standard deviation of restrictive albedo.\\012This is an ERBE-like albedo. The Level 2 data is produced by averaging\\012over 35.2 km x 35.2 km Regions at a level close to the reflecting\\012surface, without regard to adjacent regions. This differs from the\\012expansive albedo when the scenes are heterogeneous over large\\012areas.\\012This is a summary of the MISR Level 2 Cloud Albedo 35.2 km x\\01235.2 km Regional fields, AlbedoRestrictive and AlbedoRestrictiveBroadband.\\012AlbedoRestrictive: Restrictive albedo (four bands).\\012AlbedoRestrictiveBroadband: Broadband albedo calculated from a linear\\012combination of all four spectral Restrictive Albedo measurements.";
        String units "1";
        String cell_methods "latitude: longitude: period: standard_deviation\\012(This is the standard deviation of the swath averages which are averaged\\012to form the direct average of the Level 2 Albedos in variable\\012Restrictive_albedo_first_moment_1_deg.)";
        Float32 valid_min 0.000000000;
    }
    Restrictive_albedo_solar_insolation {
        Float32 _FillValue -9999.000000;
        Float32 missing_value -9999.000000;
        String long_name "Average solar insolation of pixels that contribute to Restrictive\\012albedo average.\\012This is an ERBE-like albedo. The Level 2 data is produced by averaging\\012over 35.2 km x 35.2 km Regions at a level close to the reflecting\\012surface, without regard to adjacent regions. This differs from the\\012expansive albedo when the scenes are heterogeneous over large\\012areas.\\012This is a summary of the MISR Level 2 Cloud Albedo 35.2 km x\\01235.2 km Regional fields, AlbedoRestrictive and AlbedoRestrictiveBroadband.\\012AlbedoRestrictive: Restrictive albedo (four bands).\\012AlbedoRestrictiveBroadband: Broadband albedo calculated from a linear\\012combination of all four spectral Restrictive Albedo measurements.";
        String units "watts/(meter^2 micrometer)";
        String cell_methods "latitude: mean longitude: mean period: mean\\012(The contributing Level 2 pixels from each swath are first averaged;\\012these swath averages are then averaged to form the mean.)";
        Float32 valid_min 0.000000000;
    }
    Restrictive_albedo_swath_count {
        Int32 _FillValue 0;
        Int32 missing_value 0;
        String long_name "Count of the MISR Level 2 Cloud Albedo swaths which contain 35.2 km x\\01235.2 km Regions whose centers are within the Level 3 grid cell and\\012which are used in the calculation of the corresponding element of the\\012Restrictive_albedo_average_1_deg variable.";
        String units "count";
        String cell_methods "latitude: sum longitude: sum period: sum";
        Int32 valid_min 0;
    }
    observation {
        Byte _FillValue 0;
        Byte missing_value 0;
        String units "counts";
        String long_name "Observations with a grid cell for a day.";
    }
    timeobs {
        Float32 _FillValue 0.000000000;
        Float32 missing_value 0.000000000;
        String axis "T";
        String bounds "timeobs_bounds";
        String units "days since 2000-01-01 00:00:00";
        String calendar "standard";
        String long_name "Midpoint of the day represented by each plane of grid cells of the\\012Minute_of_day_of_observation and Orbit_number_of_observation variables.";
    }
    timeobs_bounds {
        Float32 _FillValue 0.000000000;
        Float32 missing_value 0.000000000;
        String units "days since 2000-01-01 00:00:00";
        String calendar "standard";
        String long_name "Beginning and end of the day represented by each plane of grid cells of the\\012Minute_of_day_of_observation and Orbit_number_of_observation variables.";
    }
    Minute_of_day_of_observation {
        Int16 _FillValue -9999;
        Int16 missing_value -9999;
        String long_name "Minute of day at which time any part of a Level 2 swath intersects the\\012location and period of a Level 3 grid cell.  The time of this observation\\012is the average of the Level 2 block center time of the first and last\\012Level 2 blocks which intersect the Level 3 grid cell.";
        String units "minute";
        String cell_methods "latitude: point longitude: point time: point";
        Int16 valid_min 0;
        Int16 valid_max 1439;
    }
    Orbit_number_of_observation {
        Int32 _FillValue -9999;
        Int32 missing_value -9999;
        String long_name "Orbit number of a Level 2 swath which intersects the location and period\\012of a Level 3 grid cell.";
        String units "count";
        String cell_methods "latitude: point longitude: point time: point";
        Int32 valid_min 1;
    }
    NC_GLOBAL {
        String Conventions "CF-1.0";
        String title "MISR Level 3 Daily Component Global Albedo Product (1 degree) for September, 04, 2007, AlbedoAverage_1_degree grid fields. Version F04_0022";
        String history "Wed Oct  3 15:49:10 2007, produced by MISR Level 3 PGE software (MISR_EXEC_VERSION: V4.2_PGE12BP MISR_EXEC_NAME:pge12bp.cc)";
        String institution "NASA Langley Atmospheric Sciences Data Center (ASDC)";
        String source "Multi-angle Imaging SpectroRadiometer (MISR) on Terra, NASA's first Earth Observing System (EOS) spacecraft";
        String references "MISR Data Sets:\\012http://eosweb.larc.nasa.gov/PRODOCS/misr/table_misr.html\\012MISR Data Products Specifications:\\012http://eosweb.larc.nasa.gov/PRODOCS/misr/DPS/\\012MISR Level 3 Versioning:\\012http://eosweb.larc.nasa.gov/PRODOCS/misr/Version/pge12b.html\\012MISR Algorithm Theoretical Basis Documents (ATB):\\012http://eospso.gsfc.nasa.gov/eos_homepage/for_scientists/atbd/viewInstrument.php?instrument=9\\012For MISR Level 2 Surface Retrieval ATB references in variable long_name attributes:\\012http://eospso.gsfc.nasa.gov/eos_homepage/for_scientists/atbd/docs/MISR/atbd-misr-10.pdf";
        String comment "The MISR Level 3 Component Global Albedo (CGAL) AlbedoParameterAverage\\012grid fields summarize selected MISR Level 2 Surface parameters. The\\012Level 3 global summaries are reported on a rectangular, geographic\\012grid that is 1 degree latitude by 1 degree longitude\\012(or 5 degree by 5 degree). The lower left corner of the grid is\\012located at -90 S, -180 W. The center of the lower left corner grid\\012cell is at -89.5 S, -179.5 W (or -87.5 S, -177.5 W).";
        String LOCALGRANULEID "MISR_AM1_CGAL_1_DEG_FIRSTLOOK_SEP_04_2007_F04_0022.nc";
        String LOCALVERSIONID "MISR_EXEC_VERSION: V4.2_PGE12BP MISR_EXEC_NAME:pge12bp.cc";
        String PGEVERSION "4.2";
        Float64 EASTBOUNDINGCOORDINATE 180.00000000000000;
        Float64 WESTBOUNDINGCOORDINATE -180.00000000000000;
        Float64 SOUTHBOUNDINGCOORDINATE -90.000000000000000;
        Float64 NORTHBOUNDINGCOORDINATE 90.000000000000000;
        String RANGEENDINGDATE "2007-09-05";
        String RANGEENDINGTIME "00:00:00";
        String RANGEBEGINNINGDATE "2007-09-04";
        String RANGEBEGINNINGTIME "00:00:00";
    }
}