netcdf OS_WHOTS_2015_D_M { dimensions: TIME = 509147 ; strlen1 = 9 ; variables: double TIME(TIME) ; TIME:long_name = "time" ; TIME:standard_name = "time" ; TIME:units = "days since 1950-01-01 00:00:00" ; TIME:calendar = "gregorian" ; TIME:valid_min = 23933.1666666666 ; TIME:valid_max = 24286.7402777778 ; TIME:QC_indicator = 8. ; TIME:QC_indicator_value = "Interpolated value" ; TIME:QC_procedure = 5. ; TIME:QC_procedure_value = "Clock drift corrected" ; TIME:uncertainty = 0.0013 ; TIME:axis = "T" ; char Station_ID(strlen1) ; Station_ID:cf_role = "timeseries_id" ; double LATITUDE ; LATITUDE:long_name = "Mooring anchor latitude" ; LATITUDE:standard_name = "latitude" ; LATITUDE:units = "degrees_north" ; LATITUDE:valid_min = 22.6676833333333 ; LATITUDE:valid_max = 22.6676833333333 ; LATITUDE:reference = "WGS84" ; LATITUDE:coordinate_reference_frame = "urn:ogc:crs:EPSG::4326" ; LATITUDE:uncertainty = 0.01 ; LATITUDE:QC_comment = "surveyed anchor position" ; LATITUDE:axis = "Y" ; double LONGITUDE ; LONGITUDE:long_name = "Mooring anchor longitude" ; LONGITUDE:standard_name = "longitude" ; LONGITUDE:units = "degrees_east" ; LONGITUDE:valid_min = -157.949423333333 ; LONGITUDE:valid_max = -157.949423333333 ; LONGITUDE:reference = "WGS84" ; LONGITUDE:coordinate_reference_frame = "urn:ogc:crs:EPSG::4326" ; LONGITUDE:uncertainty = 0.01 ; LONGITUDE:QC_comment = "surveyed anchor position" ; LONGITUDE:axis = "X" ; double DEPTH ; DEPTH:long_name = "measurement depth of SBE37" ; DEPTH:standard_name = "depth" ; DEPTH:units = "meters" ; DEPTH:positive = "down" ; DEPTH:reference = "sea_level" ; DEPTH:coordinate_reference_frame = "urn:ogc:crs:EPSG::5831" ; DEPTH:axis = "Z" ; double HEIGHT_RHAT ; HEIGHT_RHAT:standard_name = "height" ; HEIGHT_RHAT:long_name = "height of RELH and AIRT sensor" ; HEIGHT_RHAT:units = "meters" ; HEIGHT_RHAT:positive = "up" ; HEIGHT_RHAT:reference = "sea_level" ; HEIGHT_RHAT:coordinate_reference_frame = "urn:ogc:crs:EPSG::5829" ; HEIGHT_RHAT:axis = "Z" ; double HEIGHT_ATMS ; HEIGHT_ATMS:standard_name = "height" ; HEIGHT_ATMS:long_name = "height of barometric pressure sensor" ; HEIGHT_ATMS:units = "meters" ; HEIGHT_ATMS:positive = "up" ; HEIGHT_ATMS:reference = "sea_level" ; HEIGHT_ATMS:coordinate_reference_frame = "urn:ogc:crs:EPSG::5829" ; HEIGHT_ATMS:axis = "Z" ; double HEIGHT_LW ; HEIGHT_LW:standard_name = "height" ; HEIGHT_LW:long_name = "height of longwave radiation sensor" ; HEIGHT_LW:units = "meters" ; HEIGHT_LW:positive = "up" ; HEIGHT_LW:reference = "sea_level" ; HEIGHT_LW:coordinate_reference_frame = "urn:ogc:crs:EPSG::5829" ; HEIGHT_LW:axis = "Z" ; double HEIGHT_RAIN ; HEIGHT_RAIN:standard_name = "height" ; HEIGHT_RAIN:long_name = "height of rain gauge sensor" ; HEIGHT_RAIN:units = "meters" ; HEIGHT_RAIN:positive = "up" ; HEIGHT_RAIN:reference = "sea_level" ; HEIGHT_RAIN:coordinate_reference_frame = "urn:ogc:crs:EPSG::5829" ; HEIGHT_RAIN:axis = "Z" ; double HEIGHT_SW ; HEIGHT_SW:standard_name = "height" ; HEIGHT_SW:long_name = "height of shortwave radiation sensor" ; HEIGHT_SW:units = "meters" ; HEIGHT_SW:positive = "up" ; HEIGHT_SW:reference = "sea_level" ; HEIGHT_SW:coordinate_reference_frame = "urn:ogc:crs:EPSG::5829" ; HEIGHT_SW:axis = "Z" ; double HEIGHT_WND ; HEIGHT_WND:standard_name = "height" ; HEIGHT_WND:long_name = "height of wind sensor" ; HEIGHT_WND:units = "meters" ; HEIGHT_WND:positive = "up" ; HEIGHT_WND:reference = "sea_level" ; HEIGHT_WND:coordinate_reference_frame = "urn:ogc:crs:EPSG::5829" ; HEIGHT_WND:axis = "Z" ; double AIRT(TIME) ; AIRT:FillValue = 1.e+35 ; AIRT:long_name = "air temperature" ; AIRT:standard_name = "air_temperature" ; AIRT:units = "degree_C" ; AIRT:coordinates = "TIME HEIGHT_RHAT LATITUDE LONGITUDE" ; AIRT:QC_procedure = 6. ; AIRT:QC_procedure_value = "Data verified against contextual information" ; AIRT:valid_min = 18. ; AIRT:valid_max = 30. ; AIRT:accuracy = ".05 degC" ; AIRT:precision = 0.001 ; AIRT:instrument = "INST_ATRH" ; double RELH(TIME) ; RELH:FillValue = 1.e+35 ; RELH:standard_name = "relative_humidity" ; RELH:long_name = "relative humidity" ; RELH:units = "percent" ; RELH:coordinates = "TIME HEIGHT_RHAT LATITUDE LONGITUDE" ; RELH:format = "8.2f" ; RELH:valid_min = 42. ; RELH:valid_max = 93. ; RELH:instrument = "INST_ATRH" ; RELH:accuracy = "1.0 %" ; RELH:precision = 0.01 ; double ATMS(TIME) ; ATMS:FillValue = 1.e+35 ; ATMS:standard_name = "air_pressure" ; ATMS:long_name = "barometric pressure" ; ATMS:units = "millibars" ; ATMS:coordinates = "TIME HEIGHT_ATMS LATITUDE LONGITUDE" ; ATMS:format = "9.2f" ; ATMS:valid_min = 1006. ; ATMS:valid_max = 1026. ; ATMS:instrument = "INST_ATMS" ; ATMS:accuracy = ".2 db" ; ATMS:precision = 0.01 ; double LW(TIME) ; LW:FillValue = 1.e+35 ; LW:standard_name = "surface_downwelling_longwave_flux_in_air" ; LW:long_name = "surface downwelling longwave radiation" ; LW:units = "W m-2" ; LW:coordinates = "TIME HEIGHT_LW LATITUDE LONGITUDE" ; LW:format = "8.2f" ; LW:valid_min = 322. ; LW:valid_max = 465. ; LW:instrument = "INST_LWR" ; LW:accuracy = "2.0 W/m^2" ; LW:precision = 0.1 ; double SW(TIME) ; SW:FillValue = 1.e+35 ; SW:standard_name = "surface_downwelling_shortwave_flux_in_air" ; SW:long_name = "shortwave radiation" ; SW:units = "W m-2" ; SW:coordinates = "TIME HEIGHT_SW LATITUDE LONGITUDE" ; SW:format = "9.2f" ; SW:valid_min = -1. ; SW:valid_max = 1414. ; SW:instrument = "INST_SWR" ; SW:accuracy = " 2.0 W/m^2 Comparison to standard (Colbo & Weller, 2008)" ; SW:precision = 0.1 ; double RAIN(TIME) ; RAIN:FillValue = 1.e+35 ; RAIN:standard_name = "rainfall_rate" ; RAIN:long_name = "precipitation rate" ; RAIN:units = "mm/hour" ; RAIN:coordinates = "TIME HEIGHT_RAIN LATITUDE LONGITUDE" ; RAIN:format = "6.1f" ; RAIN:valid_min = 0. ; RAIN:valid_max = 79. ; RAIN:instrument = "INST_PRC" ; RAIN:accuracy = "1:Lab calibration, 1 mm/hr (Serra et al., 2001). Mfgr spec 1 mm. 2:0.01 mm or 5%" ; RAIN:precision = 0.1 ; double UWND(TIME) ; UWND:FillValue = 1.e+35 ; UWND:standard_name = "eastward_wind" ; UWND:long_name = "wind_velocity_east" ; UWND:units = "meters/second" ; UWND:coordinates = "TIME HEIGHT_WND LATITUDE LONGITUDE" ; UWND:format = "8.2f" ; UWND:valid_min = -15. ; UWND:valid_max = 14. ; UWND:magnetic_correction_applied = 9.70042 ; UWND:instrument = "INST_WND" ; UWND:accuracy = "1%, 3 degrees" ; UWND:precision = 0.2 ; double VWND(TIME) ; VWND:FillValue = 1.e+35 ; VWND:standard_name = "northward_wind" ; VWND:long_name = "wind velocity north" ; VWND:units = "meters/second" ; VWND:coordinates = "TIME HEIGHT_WND LATITUDE LONGITUDE" ; VWND:format = "8.2f" ; VWND:valid_min = -15. ; VWND:valid_max = 12. ; VWND:magnetic_correction_applied = 9.70042 ; VWND:instrument = "INST_WND" ; VWND:accuracy = "1%, 3 degrees" ; VWND:precision = 0.2 ; double TEMP(TIME) ; TEMP:FillValue = 1.e+35 ; TEMP:standard_name = "sea_water_temperature" ; TEMP:long_name = "sea temperature" ; TEMP:units = "degree_C" ; TEMP:coordinates = "TIME DEPTH LATITUDE LONGITUDE" ; TEMP:reference_scale = "ITS-90" ; TEMP:format = "9.4f" ; TEMP:valid_min = 22. ; TEMP:valid_max = 30. ; TEMP:accuracy = ".002 degC" ; TEMP:precision = 0.0001 ; TEMP:instrument = "INST_STC" ; double PSAL(TIME) ; PSAL:FillValue = 1.e+35 ; PSAL:standard_name = "sea_water_practical_salinity" ; PSAL:long_name = "sea water practical salinity" ; PSAL:units = "1" ; PSAL:coordinates = "TIME DEPTH LATITUDE LONGITUDE" ; PSAL:reference_scale = "PSS-78" ; PSAL:format = "9.4f" ; PSAL:valid_min = 34. ; PSAL:valid_max = 36. ; PSAL:accuracy = ".0033" ; PSAL:precision = 0.001 ; double CNDC(TIME) ; CNDC:FillValue = 1.e+35 ; CNDC:standard_name = "sea_water_electrical_conductivity" ; CNDC:long_name = "conductivity" ; CNDC:units = "S m-1" ; CNDC:coordinates = "TIME DEPTH LATITUDE LONGITUDE" ; CNDC:format = "9.4f" ; CNDC:valid_min = 4. ; CNDC:valid_max = 6. ; CNDC:accuracy = ".003 S/m" ; CNDC:precision = 1.e-05 ; int INST ; INST:long_name = "instrument" ; INST:comment = "met data is from ASIMet loggers equipped with modules" ; INST:manufacturer = "WHOI and Star Engineering" ; INST:model = "ASIMet Logger" ; INST:SN = "8 for hrh, lwr, wnd; 9 for atmp, bpr,swr, sst, cond, sal, precip" ; INST:reference = "http://uop.whoi.edu/asimet" ; int INST_ATRH ; INST_ATRH:long_name = "HRH and ATMP instrument" ; INST_ATRH:manufacturer = "Rotronic" ; INST_ATRH:model = "MP-101A" ; INST_ATRH:SN = "258" ; INST_ATRH:sensor_mount = "on surface buoy tower" ; INST_ATRH:reference = "http://frodo.whoi.edu/asimet/asimet_module_specs.html#hrh_mod" ; INST_ATRH:precision_airt = 0.001 ; INST_ATRH:precision_relh = 0.01 ; INST_ATRH:response_time = "10 seconds (without membrane filter) " ; INST_ATRH:range_airt = "-40 to +60 degC" ; INST_ATRH:range_relh = "0 to 100 %" ; int INST_ATMS ; INST_ATMS:long_name = "ATMS instrument" ; INST_ATMS:manufacturer = "Heise" ; INST_ATMS:model = "DXD" ; INST_ATMS:SN = "505" ; INST_ATMS:sensor_mount = "on surface buoy tower" ; INST_ATMS:reference = "http://frodo.whoi.edu/asimet/asimet_module_specs.html#bpr_mod" ; INST_ATMS:precision = 0.01 ; INST_ATMS:range = "850 to 1050 mb" ; INST_ATMS:resolution = "0.01 mb" ; int INST_LWR ; INST_LWR:long_name = "LW instrument" ; INST_LWR:manufacturer = "Eppley" ; INST_LWR:model = "Precision Infrared Radiometer (PIR)" ; INST_LWR:reference = "http://frodo.whoi.edu/asimet/asimet_module_specs.html#lwr_mod" ; INST_LWR:SN = "231" ; INST_LWR:sensor_mount = "on surface buoy tower" ; INST_LWR:precision = 0.1 ; INST_LWR:range = "0 to 700 W/m^2" ; INST_LWR:drift_expected = "(post vs. pre calibration after 1 yr): 2 W/m^2 (Colbo &a\tWeller, 2008)" ; INST_LWR:response_time = "2 s" ; INST_LWR:sample_scheme = "Single samples at up to 0.0167 Hz (once per minute)" ; int INST_SWR ; INST_SWR:long_name = "SW instrument" ; INST_SWR:manufacturer = "Eppley" ; INST_SWR:model = "Precision Spectral Pyranometer (PSP)" ; INST_SWR:SN = "219" ; INST_SWR:sensor_mount = "on surface buoy tower" ; INST_SWR:reference = "http://frodo.whoi.edu/asimet/asimet_module_specs.html#swr_mod" ; INST_SWR:precision = 0.1 ; INST_SWR:range = "0 to 2800 W/m^2" ; INST_SWR:resolution = "0.1 W/m^2" ; INST_SWR:drift_expected = "(post vs. pre calibration after 1 yr): 2 W/m^2 (Colbo &\tWeller, 2008)" ; INST_SWR:response_time = "1 sec" ; INST_SWR:sample_scheme = "Single samples at up to 0.1 Hz averaged to 0.0167 Hz (one minute)" ; int INST_PRC ; INST_PRC:long_name = "precipitation instrument" ; INST_PRC:manufacturer = "1:R.M. Young 2:Vaisala" ; INST_PRC:model = "1:50202 Precipitation Gauge 2: WXT520" ; INST_PRC:SN = "208 + 02" ; INST_PRC:sensor_mount = "on surface buoy tower" ; INST_PRC:reference = "1:frodo.whoi.edu/asimet/asimet_module_specs.html 2:vaisala.com/en/products/multiweathersensors/Pages/WXT520.aspx" ; INST_PRC:precision = 0.1 ; int INST_WND ; INST_WND:long_name = "WIND instrument" ; INST_WND:SN = "225" ; INST_WND:sensor_mount = "on surface buoy tower" ; INST_WND:manufacturer = "R.M.Young" ; INST_WND:model = "05103 wind monitor" ; INST_WND:reference = "http://frodo.whoi.edu/asimet/asimet_module_specs.html#wnd_mod" ; INST_WND:range = "0 to 60 m/s, threshold ~1 m/s, 0 to 360 deg " ; INST_WND:resolution = "0.01 m/s, 0.1 deg" ; INST_WND:sample_scheme = "Scalar wind speed and direction are measured at 5 s intervals. Propeller pulses (3 pulses per revolution) are counted for 5 s while vane direction is sampled each second, and the compass is sampled in the middle of the 5 s interval. At the end of each interval, speed is calculated, vane direction is averaged and added to the compass direction to give wind direction, and the wind vector velocity is computed. At the end of 1 min the following variables are stored: the vector sum of 5 s velocities, the scalar averaged wind speed, the maximum of the (5 second) wind speeds, the last vane direction, and the last compass direction. " ; INST_WND:drift_expected = "(post vs. pre cal after 1 yr): 0.1 m/s, 2.0 deg (Colbo&Weller 2008)" ; INST_WND:response_time = "Vector averaged samples at up to 0.0167 Hz. Propeller distance constant (63% recovery) 2.7 m; Vane delay distance (50% recovery) 1.3 m " ; INST_WND:notes = "The RM Young 5103 standard vane potentiometer is removed and the vane shaft extended down and coupled with an absolute angle encoder. A magnetometer compass is used to provide the north reference." ; int INST_STC ; INST_STC:long_name = "TEMP and SST instrument" ; INST_STC:manufacturer = "Seabird Electronics" ; INST_STC:model = "SBE 37" ; INST_STC:SN = "1841" ; INST_STC:sensor_mount = "below surface buoy hull" ; INST_STC:reference = "seabird.com/sbe37sm-microcat-ctd" ; // global attributes: :data_type = "OceanSites time-series data" ; :Conventions = "CF 1.6, OceanSITES-1.3, ACDD 1.3" ; :netcdf_version = "3.5" ; :format_version = "1.3" ; :institution = "WHOI" ; :source = "moored surface buoy" ; :naming_authority = "OceanSITES" ; :cdm_data_type = "Station" ; :featureType = "timeSeries" ; :data_assembly_center = "WHOI-UOP" ; :license = " Follows CLIVAR (Climate Varibility and Predictability) standards, cf. http://www.clivar.org/data/data_policy.php. Data available free of charge. User assumes all risk for use of data. User must display citation in any publication or product using data. User must contact PI prior to any commercial use of data." ; :institution_references = "http://uop.whoi.edu" ; :keywords_vocabulary = "AGU Index Terms" ; :keywords = " OCEANOGRAPHY: PHYSICAL -> Air/sea interactions" ; :keywords_vocabulary_URL = "http://mmisw.org/orr/#http://mmisw.org/ont/agu/indexterm" ; :standard_name_vocabulary = "CF Standard Name Table v33" ; :site_code = "WHOTS" ; :title = "ASIMet logger data from surface mooring WHOTS deployment 12" ; :project = "WHOTS" ; :platform_code = "WHOTS" ; :wmo_platform_code = "51400" ; :deployment_number = "12" ; :deployment_code = "2015" ; :id = "OS_WHOTS_2015_D_M" ; :summary = "Delayed mode meteorological data from the WHOI-UOP Ocean Reference Station deployed at the WHOTS site in 2015 by Albert Plueddemann, Robert Weller" ; :principal_investigator = "Albert Plueddemann, Robert Weller" ; :author = "Albert Plueddemann, Robert Weller" ; :references = "http:// www.oceansites.org, http://uop.whoi.edu/projects/whots" ; :citation = "Data from the WHOTS Ocean Reference Station was made available\n", "by Dr. Albert Plueddemann and Dr. Robert Weller of the Woods Hole Oceanographic Institution;\n", "Principal funding is provided by the NOAA Office of Climate Observations;\n", "Data is made freely available by the OceanSITES project and the national programs that contribute to it." ; :creator_name = "Albert Plueddemann, Robert Weller" ; :creator_url = "http://www.whoi.edu/profile/aplueddemann/ http://www.whoi.edu/profile/rweller/" ; :creator_email = "aplueddemann AT whoi.edu rweller AT whoi.edu" ; :publisher_name = "Nan Galbraith" ; :publisher_url = "http://www.whoi.edu/profile/ngalbraith" ; :publisher_email = "NGalbraith AT WHOI.edu" ; :contributor_name = "Kelan Huang, Nan Galbraith" ; :contributor_role = "Quality control and editing, OceanSITES conversion" ; :date_created = "2016-10-18T15:52:23Z" ; :date_modified = "2016-10-18T15:52:23Z" ; :date_issued = "2016-09-22T00:00:00Z" ; :date_update = "2016-10-18T15:52:23Z" ; :history = "2016-10-18: do_met_to_OTS, convert whots12_met_60s.mat to NetCDF.\n", "2016-09-22: infiledata processed, despiked, clock adjusted " ; :comment = "ASIMet data from surface buoy" ; :Metadata_Link = "http://uop.whoi.edu/projects/WHOTS/data/OS_WHOTS_2015_D_M.cdl" ; :data_mode = "D" ; :update_interval = "void" ; :quality_control_procedure = "Data manually reviewed, clock drift corrected" ; :quality_index = "excellent" ; :processing_level = "Best data selected from mulitiple instruments; drift corrections and post-calibrations done; clocks corrected as needed" ; :area = "North Pacific" ; :sea_name = "North Pacific Ocean" ; :water_depth = "4707.0m" ; :watch_circle = "4.1nM" ; :geospatial_lat_min = 22.6676833333333 ; :geospatial_lat_max = 22.6676833333333 ; :geospatial_lat_units = "degrees_north" ; :geospatial_lon_min = -157.949423333333 ; :geospatial_lon_max = -157.949423333333 ; :geospatial_lon_units = "degrees_east" ; :geospatial_vertical_min = -2. ; :geospatial_vertical_max = 4. ; :geospatial_vertical_units = "meters" ; :geospatial_vertical_positive = "up" ; :time_coverage_start = "2015-07-12T04:00:00Z" ; :time_coverage_end = "2016-06-29T17:46:00Z" ; :time_coverage_duration = "P352D" ; :time_coverage_resolution = "P1.00M" ; :Instrument = "INST" ; data: LATITUDE = 22.6676833333333 ; LONGITUDE = -157.949423333333 ; DEPTH = 0.85 ; }