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Global Attributes:	crwhdf_version: 1.0 cwhdf_version: 3.4 oaps_version: v0.1 comment_metadata: Compliant to HDF 4.1r5 and CoastWatch HDF Specification 3.4 and adopts some attributes from NetCDF/CF Conversions 1.0. See documentation at http://coralreefwatch.noaa.gov/satellite/hdf title: Archived NOAA Coral Reef Watch 25km Ocean Acidification Product Suite for the Greater Caribbean Region Quality Flag = Final data_source: NOAA OI AVHRR SST, NCEP SLP, AirT, RHUM, NOAA GMD CCCG, Interp WOA SSS Climatology composite: true origin: USDOC/NOAA Coral Reef Watch history: Created on Fri Dec 17 12:50:38 2010 comment: This is the Coral Reef Watch Ocean Acidification Product Suite produced monthly in conjunction with NOAA CoastWatch. CoastWatch Utilities, including CoastWatch Data Analysis Tool (CDAT), v3.2.1 or higher (http://coastwatch.noaa.gov/cw_software.html) can be used for viewing, analyzing, and plotting the data. references: U.S. NOAA Coral Reef Watch satellite monitoring website at http://coralreefwatch.noaa.gov/satellite contact: NOAA Coral Reef Watch at coralreefwatch@noaa.gov rows: 62 cols: 122 projection_type: mapped projection: geographic southernmost_latitude: 14.875 northernmost_latitude: 30.125 westernmost_longitude: 269.875 easternmost_longitude: 300.125 pass_date: 11504.0 pass_date_unit: days since 1 January 1970 start_time: 0.0 start_time_unit: seconds since 00:00:00 UTC begin_date: 2001-7-1 begin_time: 00:00:00 UTC stop_date: 2001-7-31 temporal_extent: 2678400.0 temporal_extent_unit: seconds temporal_description: To comply with CoastWatch HDF specification, the pass_date and start_time attributes of Coral Reef Watch composite products just give the starting time on the first day of thecomposite period and temporal_extent gives the duration of the whole composite time period. _History: Direct read of HDF4 file through CDM library HDF4_Version: 4.1.5 (NCSA HDF Version 4.1 Release 5, November 5, 2001)

Variables:	SST: Array of 16 bit Integers [fakeDim0 = 0..61][fakeDim1 = 0..121] fakeDim0: fakeDim1: long_name: NOAA Coral Reef Watch Experimental Ocean Acidification Product Suite - NOAA OI AVHRR SST 25km units: degree C format: I6 coordsys: geographic _FillValue: -7777 scale_factor: 0.01 scale_factor_err: 0.0 add_offset: 0.0 add_offset_err: 0.0 calibrated_nt: Uncertain C_format: %6d missing_value: -7777 fraction_digits: Uncertain valid_range: -200, 500 variable_info: The values in this variable array and in the valid_range attribute are in the units of x100 degrees Celsius. The data values should be multiplied by the value (=0.01) contained in thescale_factor attribute to obtain the actual values in the units of degrees Celsius. palette_info_variable: Uncertain
	SSS: Array of 16 bit Integers [fakeDim2 = 0..61][fakeDim3 = 0..121] fakeDim2: fakeDim3: long_name: NOAA Coral Reef Watch Experimental Ocean Acidification Product Suite - Interp WOA SSS Climatology interpolated to 25km units: psu format: I6 coordsys: geographic _FillValue: -7777 scale_factor: 0.01 scale_factor_err: 0.0 add_offset: 0.0 add_offset_err: 0.0 calibrated_nt: Uncertain C_format: %6d missing_value: -7777 fraction_digits: Uncertain valid_range: 0, 500 variable_info: The values in this variable array and in the valid_range attribute are in the units of x100 psu . The data values should be multiplied by the value (=0.01) contained in thescale_factor attribute to obtain the actual values in the units of .psu palette_info_variable: Uncertain
	pCO2sw: Array of 16 bit Integers [fakeDim4 = 0..61][fakeDim5 = 0..121] fakeDim4: fakeDim5: long_name: NOAA Coral Reef Watch Experimental Ocean Acidification Product Suite - pCO2sw 25km units: uatm format: I6 coordsys: geographic _FillValue: -7777 scale_factor: 0.1 scale_factor_err: 0.0 add_offset: 0.0 add_offset_err: 0.0 calibrated_nt: Uncertain C_format: %6d missing_value: -7777 fraction_digits: Uncertain valid_range: 2500, 5500 variable_info: The values in this variable array and in the valid_range attribute are in the units of x10 uatm . The data values should be multiplied by the value (=0.1) contained in thescale_factor attribute to obtain the actual values in the units of uatm . The values are modeled according to Gledhill et al., 2008 palette_info_variable: Uncertain
	TA: Array of 16 bit Integers [fakeDim6 = 0..61][fakeDim7 = 0..121] fakeDim6: fakeDim7: long_name: NOAA Coral Reef Watch Experimental Ocean Acidification Product Suite - Total Alkalinity (TA) 25km units: umol/kg format: I6 coordsys: geographic _FillValue: -7777 scale_factor: 0.1 scale_factor_err: 0.0 add_offset: 0.0 add_offset_err: 0.0 calibrated_nt: Uncertain C_format: %6d missing_value: -7777 fraction_digits: Uncertain valid_range: 15000, 35000 variable_info: The values in this variable array and in the valid_range attribute are in the units of x10umol/kg . The data values should be multiplied by the value (=0.1) contained in thescale_factor attribute to obtain the actual values in the units of .umol/kg . The values are modeled according to Gledhill et al., 2008 and depend on the tropical/subtropical algorthim offered by Lee et al. 2006 palette_info_variable: Uncertain
	TC: Array of 16 bit Integers [fakeDim8 = 0..61][fakeDim9 = 0..121] fakeDim8: fakeDim9: long_name: NOAA Coral Reef Watch Experimental Ocean Acidification Product Suite - Total Inorganic Carbon (TC) 25km units: umol/kg format: I6 coordsys: geographic _FillValue: -7777 scale_factor: 0.1 scale_factor_err: 0.0 add_offset: 0.0 add_offset_err: 0.0 calibrated_nt: Uncertain C_format: %6d missing_value: -7777 fraction_digits: Uncertain valid_range: 10000, 35000 variable_info: The values in this variable array and in the valid_range attribute are in the units of x10umol/kg . The data values should be multiplied by the value (=0.1) contained in thescale_factor attribute to obtain the actual values in the units of .umol/kg . The values are modeled according to Gledhill et al., 2008. Fields of TA & fCO2sw were were coupled to solve for the carbonic acid system using the CO2SYS program (Lewis & Wallace, 1998). Constants: K1,K2 from Mehrbach et al, 1973 refit by Dickson & Millero, 1987; fCO2 (versus pCO2); KSO4 from Dickson; pH = total scale palette_info_variable: Uncertain
	pH: Array of 16 bit Integers [fakeDim10 = 0..61][fakeDim11 = 0..121] fakeDim10: fakeDim11: long_name: NOAA Coral Reef Watch Experimental Ocean Acidification Product Suite - pH 25km units: Total Scale format: I6 coordsys: geographic _FillValue: -7777 scale_factor: 0.01 scale_factor_err: 0.0 add_offset: 0.0 add_offset_err: 0.0 calibrated_nt: Uncertain C_format: %6d missing_value: -7777 fraction_digits: Uncertain valid_range: 700, 900 variable_info: The values in this variable array and in the valid_range attribute are in the units of x100Total Scale. The data values should be multiplied by the value (=0.01) contained in thescale_factor attribute to obtain the actual values in the units of .Total Scale. The values are modeled according to Gledhill et al., 2008. Fields of TA & fCO2sw were were coupled to solve for the carbonic acid system using the CO2SYS program (Lewis & Wallace, 1998). Constants: K1,K2 from Mehrbach et al, 1973 refit by Dickson & Millero, 1987; fCO2 (versus pCO2); KSO4 from Dickson; pH = total scale palette_info_variable: Uncertain
	SSA: Array of 16 bit Integers [fakeDim12 = 0..61][fakeDim13 = 0..121] fakeDim12: fakeDim13: long_name: NOAA Coral Reef Watch Experimental Ocean Acidification Product Suite - Saturation State (argonite) 25km units: Omega format: I6 coordsys: geographic _FillValue: -7777 scale_factor: 0.01 scale_factor_err: 0.0 add_offset: 0.0 add_offset_err: 0.0 calibrated_nt: Uncertain C_format: %6d missing_value: -7777 fraction_digits: Uncertain valid_range: 0, 600 variable_info: The values in this variable array and in the valid_range attribute are in the units of x100Omega . The data values should be multiplied by the value (=0.01) contained in thescale_factor attribute to obtain the actual values in the units of .Omega . The values are modeled according to Gledhill et al., 2008. Fields of TA & fCO2sw were were coupled to solve for the carbonic acid system using the CO2SYS program (Lewis & Wallace, 1998). Constants: K1,K2 from Mehrbach et al, 1973 refit by Dickson & Millero, 1987; fCO2 (versus pCO2); KSO4 from Dickson; pH = total scale palette_info_variable: Uncertain
	HCO3: Array of 16 bit Integers [fakeDim14 = 0..61][fakeDim15 = 0..121] fakeDim14: fakeDim15: long_name: NOAA Coral Reef Watch Experimental Ocean Acidification Product Suite - Bicarbonate Ion Concentration (HCO3-) 25km units: umol/kg format: I6 coordsys: geographic _FillValue: -7777 scale_factor: 0.1 scale_factor_err: 0.0 add_offset: 0.0 add_offset_err: 0.0 calibrated_nt: Uncertain C_format: %6d missing_value: -7777 fraction_digits: Uncertain valid_range: 5000, 30000 variable_info: The values in this variable array and in the valid_range attribute are in the units of x10umol/kg . The data values should be multiplied by the value (=0.1) contained in thescale_factor attribute to obtain the actual values in the units of .umol/kg . The values are modeled according to Gledhill et al., 2008. Fields of TA & fCO2sw were were coupled to solve for the carbonic acid system using the CO2SYS program (Lewis & Wallace, 1998). Constants: K1,K2 from Mehrbach et al, 1973 refit by Dickson & Millero, 1987; fCO2 (versus pCO2); KSO4 from Dickson; pH = total scale palette_info_variable: Uncertain
	CO3: Array of 16 bit Integers [fakeDim16 = 0..61][fakeDim17 = 0..121] fakeDim16: fakeDim17: long_name: NOAA Coral Reef Watch Experimental Ocean Acidification Product Suite - Carbonate Ion Concentration (CO3--) 25km units: umol/kg format: I6 coordsys: geographic _FillValue: -7777 scale_factor: 0.1 scale_factor_err: 0.0 add_offset: 0.0 add_offset_err: 0.0 calibrated_nt: Uncertain C_format: %6d missing_value: -7777 fraction_digits: Uncertain valid_range: 1000, 4000 variable_info: The values in this variable array and in the valid_range attribute are in the units of x10umol/kg . The data values should be multiplied by the value (=0.1) contained in thescale_factor attribute to obtain the actual values in the units of .umol/kg . The values are modeled according to Gledhill et al., 2008. Fields of TA & fCO2sw were were coupled to solve for the carbonic acid system using the CO2SYS program (Lewis & Wallace, 1998). Constants: K1,K2 from Mehrbach et al, 1973 refit by Dickson & Millero, 1987; fCO2 (versus pCO2); KSO4 from Dickson; pH = total scale palette_info_variable: Uncertain
	surface_flag: Array of 8 bit Bytes [fakeDim18 = 0..61][fakeDim19 = 0..121] fakeDim18: fakeDim19: _Unsigned: true long_name: Pixel characteristics flag array description: An array in the same dimension as the data array(s) clissifies valid, non-valid (includes land and areas of no model output) and missing pixels that are all flaged by the same missing_value in the data array(s). units: none flag_values: 0, 1 flag_meanings: valid, non-valid (includes land and areas of no model output)
	latitude: Array of 32 bit Reals [fakeDim20 = 0..61] fakeDim20: long_name: latitude units: degrees-north
	longitude: Array of 32 bit Reals [fakeDim21 = 0..121] fakeDim21: long_name: longitude units: degrees-east
	Image-278: Array of 8 bit Bytes [ydim = 0..644][xdim = 0..1199] ydim: xdim: _Unsigned: true
	Image-279: Array of 8 bit Bytes [ydim = 0..644][xdim = 0..1199] ydim: xdim: _Unsigned: true
	Image-280: Array of 8 bit Bytes [ydim = 0..644][xdim = 0..1199] ydim: xdim: _Unsigned: true
	Image-281: Array of 8 bit Bytes [ydim = 0..644][xdim = 0..1199] ydim: xdim: _Unsigned: true
	Image-282: Array of 8 bit Bytes [ydim = 0..644][xdim = 0..1199] ydim: xdim: _Unsigned: true
	Image-283: Array of 8 bit Bytes [ydim = 0..644][xdim = 0..1199] ydim: xdim: _Unsigned: true
	Image-284: Array of 8 bit Bytes [ydim = 0..644][xdim = 0..1199] ydim: xdim: _Unsigned: true
	Image-285: Array of 8 bit Bytes [ydim = 0..644][xdim = 0..1199] ydim: xdim: _Unsigned: true
	Image-286: Array of 8 bit Bytes [ydim = 0..644][xdim = 0..1199] ydim: xdim: _Unsigned: true

For questions or comments about this dataset, contact the administrator of this server [User Services] at: ncei.info@noaa.gov

For questions or comments about the OPeNDAP service bundled with the TDS, email THREDDS support at: support-thredds@unidata.ucar.edu

DDS:

Dataset {
    Int16 SST[fakeDim0 = 62][fakeDim1 = 122];
    Int16 SSS[fakeDim2 = 62][fakeDim3 = 122];
    Int16 pCO2sw[fakeDim4 = 62][fakeDim5 = 122];
    Int16 TA[fakeDim6 = 62][fakeDim7 = 122];
    Int16 TC[fakeDim8 = 62][fakeDim9 = 122];
    Int16 pH[fakeDim10 = 62][fakeDim11 = 122];
    Int16 SSA[fakeDim12 = 62][fakeDim13 = 122];
    Int16 HCO3[fakeDim14 = 62][fakeDim15 = 122];
    Int16 CO3[fakeDim16 = 62][fakeDim17 = 122];
    Byte surface_flag[fakeDim18 = 62][fakeDim19 = 122];
    Float32 latitude[fakeDim20 = 62];
    Float32 longitude[fakeDim21 = 122];
    Byte Image-278[ydim = 645][xdim = 1200];
    Byte Image-279[ydim = 645][xdim = 1200];
    Byte Image-280[ydim = 645][xdim = 1200];
    Byte Image-281[ydim = 645][xdim = 1200];
    Byte Image-282[ydim = 645][xdim = 1200];
    Byte Image-283[ydim = 645][xdim = 1200];
    Byte Image-284[ydim = 645][xdim = 1200];
    Byte Image-285[ydim = 645][xdim = 1200];
    Byte Image-286[ydim = 645][xdim = 1200];
} crw/oaps/OAPS_GCR_200107/NOAA.CRW.OAPS.25km.GCR.200107.hdf;

OPeNDAP Dataset Access Form

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