OPeNDAP Data Access Form for muce2009lab_adcp1690_summary_20091106.nc
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dataset: muce2009lab_adcp1690_summary_20091106.nc

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Data URL
Global Attributes
  • NC_GLOBAL
    • Unlimited_Dimension: time
    • naming_authority: org.mbari.ssds.DataContainer.Name
    • SIAM_metadata: http://new-ssds.mbari.org:8080/servlet/GetOriginalDataServlet?deviceID=1690&startTimestampSeconds=1257465600&endTimestampSeconds=1267722000&recordTypeID=0000&noHTMLHeader=1&isi=1
    • standard_name_vocabulary: CF-1.0
    • cdm_data_type: Station
    • keywords: ocean; Moorings;
    • geospatial_vertical_positive: down
    • summary: Observational oceanographic data obtained from a moored platform. Sensors placed on the mooring record environmental parameters as time passes.
    • title: Mooring MUCE2009LAB ADCP data from MBARI instrument id 1690 at original sampling intervals
    • keywords_vocabulary: GCMD
    • Conventions: CF-1.0
    • creator_name: DStoNetCDF.pl version 1.45
    • time_coverage_start: 2009-12-09T23:57:21Z
    • time_coverage_end: 2010-03-04T16:13:43Z
    • date_created: Fri Mar 5 14:03:10 2010
    • id: muce2009lab_adcp1690_summary_20091106.nc
    • provenance: DC.name=muce2009lab_adcp1690_summary_20091106.nc DC.dataContainerType=File DC.original=false DC.uriString=http://dods.mbari.org/cgi-bin/nph-nc/data/ssdsdata/deployments/muce2009lab/200911/muce2009lab_adcp1690_summary_20091106.nc DC.dodsAccessible=true DC.dodsUrlString=http://dods.mbari.org/cgi-bin/nph-nc/data/ssdsdata/deployments/muce2009lab/200911/muce2009lab_adcp1690_summary_20091106.nc DC.noNetCDF=true +DP.name=DStoNetCDF.pl - adcp.pl run on 2010-03-05T22:02:48Z +DP.description=DStoNetCDF.pl script executed with arguments: -mooring MUCE2009LAB -ssdsServer new-ssds.mbari.org -ssdsDataServer new-ssds.mbari.org -outputDir /mbari/ssdsdata/deployments -verbose -deployment MUCE BIN - November 2009 Test Tank -procClosed +DP.dataProducerType=ProcessRun +DP.startDate=2010-03-05T22:02:48Z +DP.hostName=elvis +Software.name=adcp.pl +Software.description=Read summarized ADCP data from DataStream and create NetCDF file from those data. +Software.uriString=http://moonjelly.shore.mbari.org/cgi-bin/cvsweb.cgi/DPforSSDS/cimt/adcp.pl?rev=1.45 +Software.softwareVersion=1.45 .+DC.name=ADCP (2009-10-28T00:49:32Z) DataStream from device UUID=bf2ab691-b75a-11dd-8867-ab09dee8f6ea .+DC.description=Summary ADCP Data Stream .+DC.dataContainerType=Stream .+DC.startDate=2009-10-28T00:49:32Z .+DC.endDate=2010-03-04T17:00:00Z .+DC.original=false .+DC.uriString=http://new-ssds.mbari.org:8080/servlet/GetOriginalDataServlet?deviceID=1690&startTimestampSeconds=1256690972&startPacketSubType=1000&lastNumberOfPackets=10&isi=1 .+DC.dodsAccessible=false .+DC.noNetCDF=true ..+DP.name=ADCP (2009-10-28T00:49:32Z - 392) UUID=bf2ab691-b75a-11dd-8867-ab09dee8f6ea ..+DP.description= ..+DP.dataProducerType=Deployment ..+DP.startDate=2009-11-06T00:00:00Z ..+DP.endDate=2010-03-04T17:00:00Z ..+DP.role=instrument ...+Device.uuid=bf2ab691-b75a-11dd-8867-ab09dee8f6ea ...+Device.name=Workhorse ADCP ...+Device.description=Measures ocean current motions ...+Device.mfgName=Teledyne RDI ...+Device.mfgModel=WHS300KHZ ...+Device.mfgSerialNumber=2024
    • history: Fri Mar 5 14:04:43 2010: /usr/local/bin/ncatted -a provenance,global,o,c,DC.name=muce2009lab_adcp1690_summary_20091106.nc\nDC.dataContainerType=File\nDC.original=false\nDC.uriString=http://dods.mbari.org/cgi-bin/nph-nc/data/ssdsdata/deployments/muce2009lab/200911/muce2009lab_adcp1690_summary_20091106.nc\nDC.dodsAccessible=true\nDC.dodsUrlString=http://dods.mbari.org/cgi-bin/nph-nc/data/ssdsdata/deployments/muce2009lab/200911/muce2009lab_adcp1690_summary_20091106.nc\nDC.noNetCDF=true\n+DP.name=DStoNetCDF.pl - adcp.pl run on 2010-03-05T22:02:48Z\n+DP.description=DStoNetCDF.pl script executed with arguments: -mooring MUCE2009LAB -ssdsServer new-ssds.mbari.org -ssdsDataServer new-ssds.mbari.org -outputDir /mbari/ssdsdata/deployments -verbose -deployment MUCE BIN - November 2009 Test Tank -procClosed\n+DP.dataProducerType=ProcessRun\n+DP.startDate=2010-03-05T22:02:48Z\n+DP.hostName=elvis\n+Software.name=adcp.pl\n+Software.description=Read summarized ADCP data from DataStream and create NetCDF file from those data.\n\n+Software.uriString=http://moonjelly.shore.mbari.org/cgi-bin/cvsweb.cgi/DPforSSDS/cimt/adcp.pl?rev=1.45\n+Software.softwareVersion=1.45\n.+DC.name=ADCP (2009-10-28T00:49:32Z) DataStream from device UUID=bf2ab691-b75a-11dd-8867-ab09dee8f6ea\n.+DC.description=Summary ADCP Data Stream\n.+DC.dataContainerType=Stream\n.+DC.startDate=2009-10-28T00:49:32Z\n.+DC.endDate=2010-03-04T17:00:00Z\n.+DC.original=false\n.+DC.uriString=http://new-ssds.mbari.org:8080/servlet/GetOriginalDataServlet?deviceID=1690&startTimestampSeconds=1256690972&startPacketSubType=1000&lastNumberOfPackets=10&isi=1\n.+DC.dodsAccessible=false\n.+DC.noNetCDF=true\n..+DP.name=ADCP (2009-10-28T00:49:32Z - 392) UUID=bf2ab691-b75a-11dd-8867-ab09dee8f6ea\n..+DP.description=\n..+DP.dataProducerType=Deployment\n..+DP.startDate=2009-11-06T00:00:00Z\n..+DP.endDate=2010-03-04T17:00:00Z\n..+DP.role=instrument\n...+Device.uuid=bf2ab691-b75a-11dd-8867-ab09dee8f6ea\n...+Device.name=Workhorse ADCP\n...+Device.description=Measures ocean current motions\n...+Device.mfgName=Teledyne RDI\n...+Device.mfgModel=WHS300KHZ\n...+Device.mfgSerialNumber=2024\n /mbari/ssdsdata/deployments/muce2009lab/200911/muce2009lab_adcp1690_summary_20091106.nc
Variables
timestamp_eastward_sea_water_velocity[ timestamp_eastward_sea_water_velocity= 0 ..1279] (Type is Float64)
  • attributes
    • long_name: time GMT
    • units: seconds since 1970-01-01 00:00:00
timestamp_error[ timestamp_error= 0 ..1279] (Type is Float64)
  • attributes
    • long_name: time GMT
    • units: seconds since 1970-01-01 00:00:00
timestamp_northward_sea_water_velocity[ timestamp_northward_sea_water_velocity= 0 ..1279] (Type is Float64)
  • attributes
    • long_name: time GMT
    • units: seconds since 1970-01-01 00:00:00
timestamp_upward_sea_water_velocity[ timestamp_upward_sea_water_velocity= 0 ..1279] (Type is Float64)
  • attributes
    • long_name: time GMT
    • units: seconds since 1970-01-01 00:00:00
NominalDepth[ NominalDepth= 0 ..29] (Type is Float32)
  • attributes
    • long_name: Depth
    • units: m
    • standard_name: depth
ADCP_Depth[ ADCP_Depth= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Depth
    • units: m
    • standard_name: depth
Longitude[ Longitude= 0 ..0] (Type is Float64)
  • attributes
    • long_name: Longitude
    • units: degrees_east
    • standard_name: longitude
Latitude[ Latitude= 0 ..0] (Type is Float64)
  • attributes
    • long_name: Latitude
    • units: degrees_north
    • standard_name: latitude
eastward_sea_water_velocity_max[ timestamp_eastward_sea_water_velocity= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Int32 values)
  • attributes
    • long_name: Maximum of eastward_sea_water_velocity
    • units: mm/s
    • cell_methods: time: maximum
    • missing_value: -32768
    • _FillValue: -32768
    • display_min: -200
    • display_max: 200
    • name: velocity-1
eastward_sea_water_velocity_mean[ timestamp_eastward_sea_water_velocity= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Float32 values)
  • attributes
    • long_name: Mean of eastward_sea_water_velocity
    • units: mm/s
    • standard_name: eastward_sea_water_velocity
    • cell_methods: time: mean
    • missing_value: -32768.0000
    • _FillValue: -32768.0000
    • display_min: -200.000000
    • display_max: 200.000000
    • name: velocity-1
eastward_sea_water_velocity_min[ timestamp_eastward_sea_water_velocity= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Int32 values)
  • attributes
    • long_name: Minimum of eastward_sea_water_velocity
    • units: mm/s
    • cell_methods: time: minimum
    • missing_value: -32768
    • _FillValue: -32768
    • display_min: -200
    • display_max: 200
    • name: velocity-1
eastward_sea_water_velocity_nSamples[ timestamp_eastward_sea_water_velocity= 0 ..1279] [ ADCP_Depth= 0 ..0] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Int32 values)
  • attributes
    • long_name: Number of Samples of eastward_sea_water_velocity
    • units: count
    • missing_value: -32768
    • _FillValue: -32768
    • display_min: -200
    • display_max: 200
    • name: velocity-1
eastward_sea_water_velocity_stdDev[ timestamp_eastward_sea_water_velocity= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Float32 values)
  • attributes
    • long_name: Standard Deviation of eastward_sea_water_velocity
    • units: mm/s
    • cell_methods: time: standard_deviation
    • missing_value: -32768.0000
    • _FillValue: -32768.0000
    • display_min: -200.000000
    • display_max: 200.000000
    • name: velocity-1
error_max[ timestamp_error= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Int32 values)
  • attributes
    • long_name: Maximum of error
    • units: mm/s
    • cell_methods: time: maximum
    • missing_value: -32768
    • _FillValue: -32768
    • display_min: -200
    • display_max: 200
    • name: velocity-4
error_mean[ timestamp_error= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Float32 values)
  • attributes
    • long_name: Mean of error
    • units: mm/s
    • standard_name: error
    • cell_methods: time: mean
    • missing_value: -32768.0000
    • _FillValue: -32768.0000
    • display_min: -200.000000
    • display_max: 200.000000
    • name: velocity-4
error_min[ timestamp_error= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Int32 values)
  • attributes
    • long_name: Minimum of error
    • units: mm/s
    • cell_methods: time: minimum
    • missing_value: -32768
    • _FillValue: -32768
    • display_min: -200
    • display_max: 200
    • name: velocity-4
error_nSamples[ timestamp_error= 0 ..1279] [ ADCP_Depth= 0 ..0] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Int32 values)
  • attributes
    • long_name: Number of Samples of error
    • units: count
    • missing_value: -32768
    • _FillValue: -32768
    • display_min: -200
    • display_max: 200
    • name: velocity-4
error_stdDev[ timestamp_error= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Float32 values)
  • attributes
    • long_name: Standard Deviation of error
    • units: mm/s
    • cell_methods: time: standard_deviation
    • missing_value: -32768.0000
    • _FillValue: -32768.0000
    • display_min: -200.000000
    • display_max: 200.000000
    • name: velocity-4
northward_sea_water_velocity_max[ timestamp_northward_sea_water_velocity= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Int32 values)
  • attributes
    • long_name: Maximum of northward_sea_water_velocity
    • units: mm/s
    • cell_methods: time: maximum
    • missing_value: -32768
    • _FillValue: -32768
    • display_min: -200
    • display_max: 200
    • name: velocity-2
northward_sea_water_velocity_mean[ timestamp_northward_sea_water_velocity= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Float32 values)
  • attributes
    • long_name: Mean of northward_sea_water_velocity
    • units: mm/s
    • standard_name: northward_sea_water_velocity
    • cell_methods: time: mean
    • missing_value: -32768.0000
    • _FillValue: -32768.0000
    • display_min: -200.000000
    • display_max: 200.000000
    • name: velocity-2
northward_sea_water_velocity_min[ timestamp_northward_sea_water_velocity= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Int32 values)
  • attributes
    • long_name: Minimum of northward_sea_water_velocity
    • units: mm/s
    • cell_methods: time: minimum
    • missing_value: -32768
    • _FillValue: -32768
    • display_min: -200
    • display_max: 200
    • name: velocity-2
northward_sea_water_velocity_nSamples[ timestamp_northward_sea_water_velocity= 0 ..1279] [ ADCP_Depth= 0 ..0] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Int32 values)
  • attributes
    • long_name: Number of Samples of northward_sea_water_velocity
    • units: count
    • missing_value: -32768
    • _FillValue: -32768
    • display_min: -200
    • display_max: 200
    • name: velocity-2
northward_sea_water_velocity_stdDev[ timestamp_northward_sea_water_velocity= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Float32 values)
  • attributes
    • long_name: Standard Deviation of northward_sea_water_velocity
    • units: mm/s
    • cell_methods: time: standard_deviation
    • missing_value: -32768.0000
    • _FillValue: -32768.0000
    • display_min: -200.000000
    • display_max: 200.000000
    • name: velocity-2
upward_sea_water_velocity_max[ timestamp_upward_sea_water_velocity= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Int32 values)
  • attributes
    • long_name: Maximum of upward_sea_water_velocity
    • units: mm/s
    • cell_methods: time: maximum
    • missing_value: -32768
    • _FillValue: -32768
    • display_min: -200
    • display_max: 200
    • name: velocity-3
upward_sea_water_velocity_mean[ timestamp_upward_sea_water_velocity= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Float32 values)
  • attributes
    • long_name: Mean of upward_sea_water_velocity
    • units: mm/s
    • standard_name: upward_sea_water_velocity
    • cell_methods: time: mean
    • missing_value: -32768.0000
    • _FillValue: -32768.0000
    • display_min: -200.000000
    • display_max: 200.000000
    • name: velocity-3
upward_sea_water_velocity_min[ timestamp_upward_sea_water_velocity= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Int32 values)
  • attributes
    • long_name: Minimum of upward_sea_water_velocity
    • units: mm/s
    • cell_methods: time: minimum
    • missing_value: -32768
    • _FillValue: -32768
    • display_min: -200
    • display_max: 200
    • name: velocity-3
upward_sea_water_velocity_nSamples[ timestamp_upward_sea_water_velocity= 0 ..1279] [ ADCP_Depth= 0 ..0] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Int32 values)
  • attributes
    • long_name: Number of Samples of upward_sea_water_velocity
    • units: count
    • missing_value: -32768
    • _FillValue: -32768
    • display_min: -200
    • display_max: 200
    • name: velocity-3
upward_sea_water_velocity_stdDev[ timestamp_upward_sea_water_velocity= 0 ..1279] [ NominalDepth= 0 ..29] [ Latitude= 0 ..0] [ Longitude= 0 ..0] (Grid of Float32 values)
  • attributes
    • long_name: Standard Deviation of upward_sea_water_velocity
    • units: mm/s
    • cell_methods: time: standard_deviation
    • missing_value: -32768.0000
    • _FillValue: -32768.0000
    • display_min: -200.000000
    • display_max: 200.000000
    • name: velocity-3
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