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Row Type Variable Name Attribute Name Data Type Value
attribute NC_GLOBAL access_formats String .htmlTable,.csv,.json,.mat,.nc,.tsv,.esriCsv,.geoJson,.odvTxt
attribute NC_GLOBAL acquisition_description String 1\\. Sampling:\n \nSize-fractionated particles were collected using McLane Research in-situ pumps\n(WTS-LV) that had been modified to accommodate two flowpaths (Ohnemus and Lam,\n2015). \\u00a0Typically, two casts of 8 pumps each and two filter holders per\npump were deployed to collect a 16-depth profile. \\u00a0At superstations,\nthree casts were deployed to collect a 24-depth profile. \\u00a0The wire-out\nwas used to target nominal depths during deployment. A self-recording Seabird\n19plus CTD was deployed at the end of the line and used to verify target\ndepths.\\u00a0\n \nFilter holders used were 142 mm-diameter \\u201cmini-MULVFS\\u201d style filter\nholders with two stages for two size fractions and multiple baffle systems\ndesigned to ensure even particle distribution and prevent particle loss\n(Bishop et al., 2012). \\u00a0One filter holder/flowpath was loaded with a 51um\nSefar polyester mesh prefilter followed by paired Whatman QMA quartz fiber\nfilters. The other filter holder/flowpath was also loaded with a 51um\nprefilter, but followed by paired 0.8um Pall Supor800 polyethersulfone\nfilters. All filters and filter holders were acid leached prior to use\naccording to methods recommended in the GEOTRACES sample and sample-handing\nProtocols (GEOTRACES, 2010). \\u00a0QMA filters were additionally precombusted\nat 450 deg C for four hours.\n \nEach cast also had a full set of \\u201cdipped blank\\u201d filters deployed.\n\\u00a0In the first half of the cruise, these were the full filters sets (51 um\nprefilter followed by paired QMA or paired Supor filters) loaded in mini-\nMULVFS filter holders that were mounted on a pump with a specially designed\ndipped blank plate to accommodate two extra filter holders not connected to\nthe pump. \\u00a0A 0.2 um Supor prefilter above the filter set excluded any\nparticles that may have been present in seawater in the filter holder\nheadspace. \\u00a0At station 21, the specially designed plate (along with the\nfilter holders) was lost at sea when the ship lost power, so subsequent dipped\nblank filters were the full filter sets sandwiched within a 1um polyester mesh\nfilter, loaded into acid-leached perforated polypropylene containers, and\nattached with plastic cable ties to a pump frame, and deployed. \\u00a0All\ndipped blank filters were exposed to seawater for the length of the deployment\nand processed and analyzed as regular samples, and thus functioned as full\nseawater process blanks. \\u00a0A total of 58 dipped blank filter sets were\ncollected and used for blank subtraction and determination of uncertainty and\ndetection limit (Table 1).\n \nIn this dataset, data reported from the 51um prefilter are referred to with a\nLPT suffix to indicate large particulate total concentrations (>51um); data\nreported from the main filters (QMA\\u20141-51um\\u2014or Supor\\u20140.8 um-\n51um) are from the top filter of the pair only, and are referred to with a SPT\nsuffix to indicate the small particulate total concentrations.\n \n2\\. Analytical Methodology and Data Processing:\\u00a0\n \nFor all parameters described below, the median dipped blank value (Table 1)\nwas subtracted. \\u00a0For most parameters, we could not routinely run\nreplicates, so the reported error is determined from the standard deviation of\ndipped blank filters (Table 1), converted to concentrations using volume\nfiltered. \\u00a0This assumes that the blank subtraction is the largest source\nof error. \\u00a0The detection limit was defined as three times the standard\ndeviation of the dipped blank filters. \\u00a0Values below the detection limit\nwere flagged as QF=4. The percentage of all samples that fell below the\ndetection limit is listed in Table 1 for each parameter and size fraction.\n\\u00a0Any variations on the methods for blank subtraction or determination of\nerror are further described for each parameter, as necessary.\n \n2.1. Biogenic Silica and Opal\n \n2.1.1 Analytical methodology for biogenic silica\n \nA 1/16 subsample of the top 0.8um Supor filter, equivalent to ~30L, or of the\n51um polyester prefilter above the QMA filter, equivalent to ~60L, was\nanalyzed for amorphous/biogenic Si concentrations using spectrophotometric\ndetection of the blue silico-molydate complex following an alkaline (0.2M\nNaOH) leach at 85 deg C. \\u00a0Some initial stations were run manually on a\nShimadzu UV-2550 UV-VIS Spectrophotometer at WHOI, but most samples were run\non a Lachat QuikChem 8000 Flow Injection Analyzer at UCSC. \\u00a0The principle\nof both methods is the same, except that formation of the silico-molybdate\ncomplex reaction is allowed to run to completion before spectrophotometric\ndetection in the manual method (WHOI), whereas the reaction occurs online in\nthe flow injection method (UCSC).\n \nA time-series approach was tested for the WHOI leaches, with four timepoints\ntaken after 1, 2, 3, and 4 hours of leaching. \\u00a0There was little evidence\nof a systematic lithogenic contribution, so the mean of the first three\ntimepoints from the WHOI leaches was taken as the most representative value,\nand the standard deviation used in the error estimate. \\u00a0Subsequent\nsamples at UCSC were leached for 1 hr only.\n \n2.1.2 Data Processing\n \nIntercomparability of the WHOI and UCSC methods was assessed by checking that\nthe bSi profiles of stations with samples analyzed at both places were\noceanographically consistent.\n \nThe median of Supor dipped blank filters were used to correct the SPT data.\n\\u00a0For >51 um LPT samples on polyester prefilters, blank corrections were\nmade using the median failed pump values (pumps that never turned on, or that\nshut off after <5% of programmed water volume was filtered) because of\nanomalously high prefilter dipped blank values. Anomalously high prefilter\ndipped blank bSi values was also observed for the GA03 NAZT section. \\u00a0\n \nThe reported error was determined as the standard deviation of bSi on the\ndipped blank filters, converted to concentrations using volume filtered. For\nsamples run at WHOI only, the standard deviation of the three timepoints was\nalso propagated into the error estimate.\n \n2.1.3 Derived parameters: OPAL\n \nThe mass of opal was calculated assuming a hydrated form of silica: SiO2.(0.4\nH2O) (Mortlock and Froelich, 1989), or 67.2 g opal/mol bSi:\n \nOPAL [ug/L] = bSi [uM] *67.2 [ug opal/umol bSi]\n \n2.2 Particulate Organic Carbon (POC), Particulate Nitrogen (PN), POM,\n\\u03b413C, and d15N\n \n2.2.1 Analytical methodology for POC, PN, \\u03b413C, and d15N\n \nParticulate organic carbon and particulate nitrogen were measured by\ncombustion on an elemental analyzer after fuming with concentrated HCl to\nremove particulate inorganic carbon. \\u00a0Briefly, dried filter samples were\nexposed to HCl fumes in a dessicator for ~16 hours. After fuming, filters were\ndried at 60 deg C in an oven for another ~16 hrs before being pelletized in\ntin discs. POC from suspended particles (1-51um; SPT) were measured using a\nFlash EA1112 Carbon/Nitrogen Analyzer using a Dynamic Flash Combustion\ntechnique at the WHOI Nutrient Analytical Facility on two 12 mm-diameter\npunches from the top QMA filter, representing the equivalent of ~20L of\nmaterial. For the >51um size fraction (LPT), particles from the 51um polyester\nprefilter above the Supor filter were rinsed at sea with 1um-filtered seawater\nonto a 25mm 1.2 um Sterlitech Ag filter and dried at 60 deg C. \\u00a0Half of\nthe Ag filter containing rinsed LPT particles, typically representing ~200L of\nmaterial, was analyzed for POC and PN using either a Carlo Erba 1108 or a CE\nInstruments NC2500 elemental analyzer interfaced to a ThermoFinnigan Delta\nPlus XP isotope ratio mass spectrometer at the Stable Isotope Laboratory at\nUCSC, which also gave the C and N stable isotope composition of the LPT\nparticles.\n \n2.2.2 Data Processing\n \nIntercomparability of the WHOI and UCSC datasets was assessed by checking that\na POC_SPT profile that had samples analyzed at both places was\noceanographically consistent.\n \nFor POC and PN in the small size fraction, the standard deviation of 47 dipped\nblank QMA filters used for blank subtraction. \\u00a0For POC and PN in the\nlarge size fractions \\u00a0(>51 um; POC_LPT, PN_LPT), we found that the\nvariability in the dipped blank increased significantly after station 21\n(i.e., after the loss of the dipped blank plate and switching to the\nperforated plastic holder for the dipped blanks), especially for the deeper\ncasts. \\u00a0We therefore use the median and standard deviation of 25 dipped\nblanks from before station 21 for blank subtraction and error estimation\n(Table 1).\\u00a0\n \nThe stable isotopic composition of C (\\u03b413C) and N (d15N ) for the large\nsize fraction LPT particles are given as raw values (*_raw), and corrected for\nthe dipped blank (*_dbcorr) using the median isotopic composition of the\ndipped blanks (Table 1). Measurement precision is 0.2 permil for samples\ngreater than 20 mg C (1.7 mmol C) or 20 mg N (1.4 mmol N). \\u00a0Only three\nsamples did not meet this threshold for LPT C, but 77% of LPT samples did not\nmeet this threshold for N. \\u00a0d15N values for samples below the 20 mg N\nthreshold were assigned a QF=4.\n \n2.2.3 Derived parameters: POM\n \nParticulate organic matter (POM) is calculated from POC using a weight ratio\nof 1.88 g POM/g POC (Lam et al., 2011).\n \nPOM [mg/L] = POC [mM] * 12 [mg POC/mmol POC] * 1.88 [g POM/g POC]\n \n2.3 Particulate Inorganic Carbon (PIC) and CaCO3\n \n2.3.1 Analytical methodology for PIC\n \nPIC was measured directly by coulometry (measurement of CO2 following closed-\nsystem conversion of PIC to CO2 upon addition of 1N phosphoric acid (WHOI) or\n2 N sulfuric acid (UCSC) to a QMA punch or 1/16 polyester prefilter) (Honjo et\nal., 1995)\n \n2.3.2 Data Processing\n \nIntercomparability of the WHOI and UCSC datasets was assessed by checking that\na PIC_LPT profile that had samples analyzed at both places was\noceanographically consistent. \\u00a0 Blank subtraction, error calculation, and\ndetection limit determined as described at beginning of section 2.\n \n2.3.3 Derived parameters: CaCO3\n \nThe mass of CaCO3 is calculated stoichiometrically from the mass of PIC:\n \nCaCO3 [ug/L] = PIC [umol/L] * 100.08 [mg CaCO3/mmol PIC]\n \n2.4 Particulate trace metals (pTM)\n \n2.4.1 Analytical methodology for pTMs\n \nTotal pTM concentrations in the SPT were analyzed from either 1/16 or 1/8\nsubsamples of the top Supor (0.8um) filter. \\u00a0pTM totals in the LPT were\nanalyzed from 1/8 subsamples (typically ~150L) of the QMA-side 51um pre-\nfilter, which were rinsed at sea onto 25mm Supor (0.8um) filter discs using 0\n.2um-filtered surface seawater collected using clean techniques from an\nunderway Fish system (Bruland et al., 2005). \\u00a0Methods for particulate\ntrace metal (pTM) digestion and analysis followed those described in (Ohnemus\nand Lam, 2015). \\u00a0Briefly, the Supor filter matrix was first completely\ndigested with the strongly oxidizing Piranha solution, a 3:1 mixture of\nsulfuric acid and hydrogen peroxide with 1 ppb Rh as a recovery monitor.\n\\u00a0After drying down, remaining particles were digested in a mixture of\nHCl/HNO3/HF acids (all acids at 4 M) at 135\\u02daC for 4 hrs, then dried down.\nRemaining pellet was reacted with 50% HNO3/15% H2O2 to remove any remaining\norganics, dried, and resuspended in 5% HNO3\\u00ad with 1 ppb In as an internal\nstandard for analysis via high-resolution Inductively Coupled Mass\nSpectrometetry (HR-ICP-MS) using an Element-XR ICP-MS (Thermo Scientific) with\nSC-FAST (Elemental Scientific) sample introduction system and PC3 Peltier\ncooled quartz cyclonic spray chamber in the UCSC Plasma Analytical Facility.\nICP-MS (Element XR, Thermo-Finnigan). \\u00a0Elemental concentrations were\nstandardized using multi-element, external standard curves prepared from NIST\natomic absorption-standards in 5% HNO3\\u00ad. \\u00a0Instrument drift and\nmatrix effects were corrected using the internal 1ppb In standard and\nmonitored using a mixed element run standard. \\u00a0Concentrations were\ndetermined using external standard curves of mixed trace elements standards.\n \nA subset of samples were repeated in which samples were redigested and/or\nrerun.\n \n2.4.2 Data processing\n \nThe reported error is calculated by propagating the two main sources of\nuncertainty: uncertainty in the dipped blank subtraction, and the combined\nuncertainty due to heterogeneity in particle distribution and variations in\ndigestion. \\u00a0The former is determined as the standard deviation of the\ndipped blank filters. The latter is determined from the maximum of the mean\nrelative standard deviation of all repeat samples for that element if no\nrepeats were run, and the actual standard deviation if repeats were run.\n\\u00a0For most elements, the uncertainty in the blank subtraction was the\nlargest source of uncertainty (Figure 1).\n \n2.4.3 Derived parameters\n \n2.4.3.1 Lithogenic material\n \nAl is usually used as a tracer of lithogenic material since it is the third\nmost abundant element in Earth\\u2019s crust after Si and O. \\u00a0Al has the\nadded advantage that its concentration does not vary much between upper\ncontinental crust (UCC Al = 8.04% by weight) and bulk continental crust (BCC\nAl = 8.41wt%), so the estimate of lithogenic mass is not very sensitive to\nlithogenic source regions (Taylor and McLennan, 1995). \\u00a0Slopes of Fe vs\nAl (10.3 mol Fe/mol Al) and Fe vs Ti (0.23 mol Fe/mol Ti) for samples\ndominated by lithogenic material (Station 1 trench) gave slopes that were very\nsimilar to UCC crustal ratios (Fe/AlUCC=10.0 and Fe/TiUCC-0.21; compare to\nFe/AlBCC=11.2 and Fe/TiBCC-0.41). \\u00a0We therefore use the UCC Al\nconcentration of 8.04% to calculate lithogenic mass.\n \nLITHO \\u00a0[ug/L] = Al [pM] * 27 [pg/pmol] / 0.0804 [ug Al/mg UCC] * [1ug/1e6\npg]\n \n2.4.3.2 Fe and Mn oxyhydroxides\n \nFe and Mn in oxyhydroxides were calculated by subtracting Fe and Mn associated\nwith lithogenic material. \\u00a0Although Ti may be a better tracer for\nlithogenic Fe and Mn than Al as the ratios of Fe and Mn to Ti are less\nsensitive to source than ratios to Al (Lam et al., 2015), Ti concentrations\nwere very low and often below the detection limit for this transect. \\u00a0We\nverified that the UCC Fe:Al=0.210 mol/mol and Mn:Al=0.00355 mol/mol ratios\n(Taylor and McLennan, 1995) compared well with Fe:Al in the most lithogenic-\nrich sample in our dataset\\u2014the deepest samples in the Peru Trench, which\nhad Fe:Al=0.227. \\u00a0We thus used the UCC ratios of Fe and Mn to Al to\nremove lithogenic Fe and Mn, We approximate the formulae for Fe and Mn\noxyhydroxides to be Fe(OH)3 (ferrihydrite approximation) and MnO2 (birnessite\napproximation), with formula weights 106.9 g Fe(OH)3/mol Fe and 86.9 g\nMnO2/mol Mn, respectively. Negative numbers were set to 0.\n \nFeOH3 [ug/L] = (Fe [pM] \\u2013 (Al [pM] * 0.210 [pmol Fe/pmol Al]) ) * 106.9\n[pg Fe(OH)3/ pmol \\u00a0Fe] * [1ug/1e6 pg])\n \nMnO2 [ug/L] = (Mn [pM] \\u2013 (Al [pM] * 0.00367 [pmol Mn/pmol Al]) ) *\n \n86.9 [pg MnO2/pmol Mn] * [1ug/1e6 pg])\n \n2.5 Suspended particulate mass (SPM)\n \nSuspended particulate mass in the sinking (>51um) and suspended (1-51um) size\nfractions was estimated as the chemical dry weight of the major particulate\nphases, which is the sum of POM, opal, CaCO3, lithogenic material, and Fe and\nMn oxyhydroxides, and is calculated as:\n \nSPM [mg/L] = POM [ug/L] + opal [ug/L] + CaCO3 [ug/L] + Litho [ug/L] + Fe(OH)3\n[ug/L] + MnO2 [ug/L]\n \nNote that the resolution of this data is dictated by the lowest resolution of\nthe component parts.
attribute NC_GLOBAL awards_0_award_nid String 668084
attribute NC_GLOBAL awards_0_award_number String OCE-1518110
attribute NC_GLOBAL awards_0_data_url String http://www.nsf.gov/awardsearch/showAward.do?AwardNumber=1518110 (external link)
attribute NC_GLOBAL awards_0_funder_name String NSF Division of Ocean Sciences
attribute NC_GLOBAL awards_0_funding_acronym String NSF OCE
attribute NC_GLOBAL awards_0_funding_source_nid String 355
attribute NC_GLOBAL awards_0_program_manager String Henrietta N Edmonds
attribute NC_GLOBAL awards_0_program_manager_nid String 51517
attribute NC_GLOBAL cdm_data_type String Other
attribute NC_GLOBAL comment String GEOTRACES EPZT - Particle Composition \n  Phoebe Lam et. al. \n  Version: 24 January 2017 (corrected ISO_DateTime_ISO for events 4013 and 4150) \n    replaces Version 3 January 2017
attribute NC_GLOBAL Conventions String COARDS, CF-1.6, ACDD-1.3
attribute NC_GLOBAL creator_email String info at bco-dmo.org
attribute NC_GLOBAL creator_name String BCO-DMO
attribute NC_GLOBAL creator_type String institution
attribute NC_GLOBAL creator_url String https://www.bco-dmo.org/ (external link)
attribute NC_GLOBAL data_source String extract_data_as_tsv version 2.3  19 Dec 2019
attribute NC_GLOBAL date_created String 2016-12-02T18:02:48Z
attribute NC_GLOBAL date_modified String 2020-03-24T16:23:13Z
attribute NC_GLOBAL defaultDataQuery String &amp;time&lt;now
attribute NC_GLOBAL doi String 10.1575/1912/bco-dmo.668083.1
attribute NC_GLOBAL Easternmost_Easting double -77.376
attribute NC_GLOBAL geospatial_lat_max double -10.5004
attribute NC_GLOBAL geospatial_lat_min double -15.99933333
attribute NC_GLOBAL geospatial_lat_units String degrees_north
attribute NC_GLOBAL geospatial_lon_max double -77.376
attribute NC_GLOBAL geospatial_lon_min double -151.9995167
attribute NC_GLOBAL geospatial_lon_units String degrees_east
attribute NC_GLOBAL infoUrl String https://www.bco-dmo.org/dataset/668083 (external link)
attribute NC_GLOBAL institution String BCO-DMO
attribute NC_GLOBAL instruments_0_acronym String CTD Sea-Bird
attribute NC_GLOBAL instruments_0_dataset_instrument_description String Used to for sampling and to verify target depths
attribute NC_GLOBAL instruments_0_dataset_instrument_nid String 668435
attribute NC_GLOBAL instruments_0_description String Conductivity, Temperature, Depth (CTD) sensor package from SeaBird Electronics, no specific unit identified. This instrument designation is used when specific make and model are not known. See also other SeaBird instruments listed under CTD. More information from Sea-Bird Electronics.
attribute NC_GLOBAL instruments_0_instrument_external_identifier String https://vocab.nerc.ac.uk/collection/L05/current/130/ (external link)
attribute NC_GLOBAL instruments_0_instrument_name String CTD Sea-Bird
attribute NC_GLOBAL instruments_0_instrument_nid String 447
attribute NC_GLOBAL instruments_0_supplied_name String self-recording Seabird 19plus CTD
attribute NC_GLOBAL instruments_1_acronym String IR Mass Spec
attribute NC_GLOBAL instruments_1_dataset_instrument_description String Used to measure C and N stable isotopes
attribute NC_GLOBAL instruments_1_dataset_instrument_nid String 668441
attribute NC_GLOBAL instruments_1_description String The Isotope-ratio Mass Spectrometer is a particular type of mass spectrometer used to measure the relative abundance of isotopes in a given sample (e.g. VG Prism II Isotope Ratio Mass-Spectrometer).
attribute NC_GLOBAL instruments_1_instrument_external_identifier String https://vocab.nerc.ac.uk/collection/L05/current/LAB16/ (external link)
attribute NC_GLOBAL instruments_1_instrument_name String Isotope-ratio Mass Spectrometer
attribute NC_GLOBAL instruments_1_instrument_nid String 469
attribute NC_GLOBAL instruments_1_supplied_name String ThermoFinnigan Delta Plus XP isotope ratio mass spectrometer
attribute NC_GLOBAL instruments_2_acronym String CHN
attribute NC_GLOBAL instruments_2_dataset_instrument_description String POC was measured
attribute NC_GLOBAL instruments_2_dataset_instrument_nid String 668439
attribute NC_GLOBAL instruments_2_description String A unit that accurately determines the carbon and nitrogen concentrations of organic compounds typically by detecting and measuring their combustion products (CO2 and NO).
attribute NC_GLOBAL instruments_2_instrument_name String Particulate Organic Carbon/Nitrogen  Analyzer
attribute NC_GLOBAL instruments_2_instrument_nid String 654
attribute NC_GLOBAL instruments_2_supplied_name String Flash EA1112 Carbon/Nitrogen Analyzer
attribute NC_GLOBAL instruments_3_acronym String FIA
attribute NC_GLOBAL instruments_3_dataset_instrument_description String Ran samples
attribute NC_GLOBAL instruments_3_dataset_instrument_nid String 668438
attribute NC_GLOBAL instruments_3_description String An instrument that performs flow injection analysis. Flow injection analysis (FIA) is an approach to chemical analysis that is accomplished by injecting a plug of sample into a flowing carrier stream. FIA is an automated method in which a sample is injected into a continuous flow of a carrier solution that mixes with other continuously flowing solutions before reaching a detector. Precision is dramatically increased when FIA is used instead of manual injections and as a result very specific FIA systems have been developed for a wide array of analytical techniques.
attribute NC_GLOBAL instruments_3_instrument_external_identifier String https://vocab.nerc.ac.uk/collection/L05/current/LAB36/ (external link)
attribute NC_GLOBAL instruments_3_instrument_name String Flow Injection Analyzer
attribute NC_GLOBAL instruments_3_instrument_nid String 657
attribute NC_GLOBAL instruments_3_supplied_name String Lachat QuikChem 8000 Flow Injection Analyzer
attribute NC_GLOBAL instruments_4_acronym String Mass Spec
attribute NC_GLOBAL instruments_4_dataset_instrument_description String Inductively Coupled Mass Spectrometetry (HR-ICP-MS)
attribute NC_GLOBAL instruments_4_dataset_instrument_nid String 668442
attribute NC_GLOBAL instruments_4_description String General term for instruments used to measure the mass-to-charge ratio of ions; generally used to find the composition of a sample by generating a mass spectrum representing the masses of sample components.
attribute NC_GLOBAL instruments_4_instrument_external_identifier String https://vocab.nerc.ac.uk/collection/L05/current/LAB16/ (external link)
attribute NC_GLOBAL instruments_4_instrument_name String Mass Spectrometer
attribute NC_GLOBAL instruments_4_instrument_nid String 685
attribute NC_GLOBAL instruments_4_supplied_name String Element-XR ICP-MS (Thermo Scientific)
attribute NC_GLOBAL instruments_5_acronym String Spectrophotometer
attribute NC_GLOBAL instruments_5_dataset_instrument_description String Used to run samples manually
attribute NC_GLOBAL instruments_5_dataset_instrument_nid String 668437
attribute NC_GLOBAL instruments_5_description String An instrument used to measure the relative absorption of electromagnetic radiation of different wavelengths in the near infra-red, visible and ultraviolet wavebands by samples.
attribute NC_GLOBAL instruments_5_instrument_external_identifier String https://vocab.nerc.ac.uk/collection/L05/current/LAB20/ (external link)
attribute NC_GLOBAL instruments_5_instrument_name String Spectrophotometer
attribute NC_GLOBAL instruments_5_instrument_nid String 707
attribute NC_GLOBAL instruments_5_supplied_name String Shimadzu UV-2550 UV-VIS Spectrophotometer
attribute NC_GLOBAL instruments_6_dataset_instrument_description String Used to collect size-fractioned particles
attribute NC_GLOBAL instruments_6_dataset_instrument_nid String 668436
attribute NC_GLOBAL instruments_6_description String A pump is a device that moves fluids (liquids or gases), or sometimes slurries, by mechanical action. Pumps can be classified into three major groups according to the method they use to move the fluid: direct lift, displacement, and gravity pumps
attribute NC_GLOBAL instruments_6_instrument_name String Pump
attribute NC_GLOBAL instruments_6_instrument_nid String 726
attribute NC_GLOBAL instruments_6_supplied_name String McLane Research in-situ pumps
attribute NC_GLOBAL instruments_7_dataset_instrument_description String Measured POC and PN
attribute NC_GLOBAL instruments_7_dataset_instrument_nid String 668440
attribute NC_GLOBAL instruments_7_description String Instruments that quantify carbon, nitrogen and sometimes other elements by combusting the sample at very high temperature and assaying the resulting gaseous oxides. Usually used for samples including organic material.
attribute NC_GLOBAL instruments_7_instrument_external_identifier String https://vocab.nerc.ac.uk/collection/L05/current/LAB01/ (external link)
attribute NC_GLOBAL instruments_7_instrument_name String Elemental Analyzer
attribute NC_GLOBAL instruments_7_instrument_nid String 546339
attribute NC_GLOBAL instruments_7_supplied_name String Carlo Erba 1108 or a CE Instruments NC2500 elemental analyzer
attribute NC_GLOBAL keywords String Ag_LPT_CONC_PUMP, Ag_LPT_CONC_PUMP_QV_ODV, Ag_LPT_CONC_PUMP_STDEV, Ag_SPT_CONC_PUMP, Ag_SPT_CONC_PUMP_QV_ODV, Ag_SPT_CONC_PUMP_STDEV, Al_LPT_CONC_PUMP, Al_LPT_CONC_PUMP_QV_ODV, Al_LPT_CONC_PUMP_STDEV, Al_SPT_CONC_PUMP, Al_SPT_CONC_PUMP_QV_ODV, Al_SPT_CONC_PUMP_STDEV, Ba_LPT_CONC_PUMP, Ba_LPT_CONC_PUMP_QV_ODV, Ba_LPT_CONC_PUMP_STDEV, Ba_SPT_CONC_PUMP, Ba_SPT_CONC_PUMP_QV_ODV, Ba_SPT_CONC_PUMP_STDEV, bco, bco-dmo, biological, bSi_LPT_PUMP_CONC, bSi_LPT_PUMP_CONC_QV_ODV, bSi_LPT_PUMP_CONC_STDEV, bSi_SPT_PUMP_CONC, bSi_SPT_PUMP_CONC_QV_ODV, bSi_SPT_PUMP_CONC_STDEV, btmdepth, CaCO3_LPT_CONC_PUMP, CaCO3_LPT_CONC_PUMP_QV_ODV, CaCO3_LPT_CONC_PUMP_STDEV, CaCO3_SPT_CONC_PUMP, CaCO3_SPT_CONC_PUMP_QV_ODV, CaCO3_SPT_CONC_PUMP_STDEV, carbonate, castno, Cd_LPT_CONC_PUMP, Cd_LPT_CONC_PUMP_QV_ODV, Cd_LPT_CONC_PUMP_STDEV, Cd_SPT_CONC_PUMP, Cd_SPT_CONC_PUMP_QV_ODV, Cd_SPT_CONC_PUMP_STDEV, chemical, co3, Co_LPT_CONC_PUMP, Co_LPT_CONC_PUMP_QV_ODV, Co_LPT_CONC_PUMP_STDEV, Co_SPT_CONC_PUMP, Co_SPT_CONC_PUMP_QV_ODV, Co_SPT_CONC_PUMP_STDEV, conc, cruise, cruise_id, Cu_LPT_CONC_PUMP, Cu_LPT_CONC_PUMP_QV_ODV, Cu_LPT_CONC_PUMP_STDEV, Cu_SPT_CONC_PUMP, Cu_SPT_CONC_PUMP_QV_ODV, Cu_SPT_CONC_PUMP_STDEV, d13, d13C_LPT_PUMP_CONC_dbcorr, d13C_LPT_PUMP_CONC_dbcorr_QV_ODV, d13C_LPT_PUMP_CONC_QV_ODV, d13C_LPT_PUMP_CONC_raw, d15, d15N_LPT_PUMP_CONC_dbcorr, d15N_LPT_PUMP_CONC_dbcorr_QV_ODV, d15N_LPT_PUMP_CONC_QV_ODV, d15N_LPT_PUMP_CONC_raw, data, dataset, date, dbcorr, depth, DEPTH_MAX, deviation, dmo, erddap, eventno, Fe_LPT_CONC_PUMP, Fe_LPT_CONC_PUMP_QV_ODV, Fe_LPT_CONC_PUMP_STDEV, Fe_SPT_CONC_PUMP, Fe_SPT_CONC_PUMP_QV_ODV, Fe_SPT_CONC_PUMP_STDEV, FeOH3_LPT_CONC_PUMP, FeOH3_LPT_CONC_PUMP_QV_ODV, FeOH3_LPT_CONC_PUMP_STDEV, FeOH3_SPT_CONC_PUMP, FeOH3_SPT_CONC_PUMP_QV_ODV, FeOH3_SPT_CONC_PUMP_STDEV, geotrc, GEOTRC_EVENTNO, GEOTRC_SAMPNO, iso, litho, LITHO_LPT_CONC_PUMP, LITHO_LPT_CONC_PUMP_QV_ODV, LITHO_LPT_CONC_PUMP_STDEV, LITHO_SPT_CONC_PUMP, LITHO_SPT_CONC_PUMP_QV_ODV, LITHO_SPT_CONC_PUMP_STDEV, lpt, management, Mn_LPT_CONC_PUMP, Mn_LPT_CONC_PUMP_QV_ODV, Mn_LPT_CONC_PUMP_STDEV, Mn_SPT_CONC_PUMP, Mn_SPT_CONC_PUMP_QV_ODV, Mn_SPT_CONC_PUMP_STDEV, MnO2_LPT_CONC_PUMP, MnO2_LPT_CONC_PUMP_QV_ODV, MnO2_LPT_CONC_PUMP_STDEV, MnO2_SPT_CONC_PUMP, MnO2_SPT_CONC_PUMP_QV_ODV, MnO2_SPT_CONC_PUMP_STDEV, Mo_LPT_CONC_PUMP, Mo_LPT_CONC_PUMP_QV_ODV, Mo_LPT_CONC_PUMP_STDEV, Mo_SPT_CONC_PUMP, Mo_SPT_CONC_PUMP_QV_ODV, Mo_SPT_CONC_PUMP_STDEV, model, Nd_LPT_CONC_PUMP, Nd_LPT_CONC_PUMP_QV_ODV, Nd_LPT_CONC_PUMP_STDEV, Nd_SPT_CONC_PUMP, Nd_SPT_CONC_PUMP_QV_ODV, Nd_SPT_CONC_PUMP_STDEV, Ni_LPT_CONC_PUMP, Ni_LPT_CONC_PUMP_QV_ODV, Ni_LPT_CONC_PUMP_STDEV, Ni_SPT_CONC_PUMP, Ni_SPT_CONC_PUMP_QV_ODV, Ni_SPT_CONC_PUMP_STDEV, O2, ocean, oceanography, odv, office, oh3, opal, OPAL_LPT_CONC_PUMP, OPAL_LPT_CONC_PUMP_QV_ODV, OPAL_LPT_CONC_PUMP_STDEV, OPAL_SPT_CONC_PUMP, OPAL_SPT_CONC_PUMP_QV_ODV, OPAL_SPT_CONC_PUMP_STDEV, oxygen, P_LPT_CONC_PUMP, P_LPT_CONC_PUMP_QV_ODV, P_LPT_CONC_PUMP_STDEV, P_SPT_CONC_PUMP, P_SPT_CONC_PUMP_QV_ODV, P_SPT_CONC_PUMP_STDEV, Pb_LPT_CONC_PUMP, Pb_LPT_CONC_PUMP_QV_ODV, Pb_LPT_CONC_PUMP_STDEV, Pb_SPT_CONC_PUMP, Pb_SPT_CONC_PUMP_QV_ODV, Pb_SPT_CONC_PUMP_STDEV, pic, PIC_LPT_PUMP_CONC, PIC_LPT_PUMP_CONC_QV_ODV, PIC_LPT_PUMP_CONC_STDEV, PIC_SPT_PUMP_CONC, PIC_SPT_PUMP_CONC_QV_ODV, PIC_SPT_PUMP_CONC_STDEV, PN_LPT_PUMP_CONC, PN_LPT_PUMP_CONC_QV_ODV, PN_LPT_PUMP_CONC_STDEV, PN_SPT_PUMP_CONC, PN_SPT_PUMP_CONC_QV_ODV, PN_SPT_PUMP_CONC_STDEV, poc, POC_LPT_PUMP_CONC, POC_LPT_PUMP_CONC_QV_ODV, POC_LPT_PUMP_CONC_STDEV, POC_SPT_PUMP_CONC, POC_SPT_PUMP_CONC_QV_ODV, POC_SPT_PUMP_CONC_STDEV, pom, POM_LPT_CONC_PUMP, POM_LPT_CONC_PUMP_QV_ODV, POM_LPT_CONC_PUMP_STDEV, POM_SPT_CONC_PUMP, POM_SPT_CONC_PUMP_QV_ODV, POM_SPT_CONC_PUMP_STDEV, preliminary, princeton, pump, PUMP_LAT, PUMP_LON, qliters, raw, sampno, Sc_LPT_CONC_PUMP, Sc_LPT_CONC_PUMP_QV_ODV, Sc_LPT_CONC_PUMP_STDEV, Sc_SPT_CONC_PUMP, Sc_SPT_CONC_PUMP_QV_ODV, Sc_SPT_CONC_PUMP_STDEV, sliters, spm, SPM_LPT_CONC_PUMP, SPM_LPT_CONC_PUMP_QV_ODV, SPM_LPT_CONC_PUMP_STDEV, SPM_SPT_CONC_PUMP, SPM_SPT_CONC_PUMP_QV_ODV, SPM_SPT_CONC_PUMP_STDEV, spt, standard, standard deviation, stdev, stnnbr, Th_LPT_CONC_PUMP, Th_LPT_CONC_PUMP_QV_ODV, Th_LPT_CONC_PUMP_STDEV, Th_SPT_CONC_PUMP, Th_SPT_CONC_PUMP_QV_ODV, Th_SPT_CONC_PUMP_STDEV, Ti_LPT_CONC_PUMP, Ti_LPT_CONC_PUMP_QV_ODV, Ti_LPT_CONC_PUMP_STDEV, Ti_SPT_CONC_PUMP, Ti_SPT_CONC_PUMP_QV_ODV, Ti_SPT_CONC_PUMP_STDEV, time, v, V_LPT_CONC_PUMP, V_LPT_CONC_PUMP_QV_ODV, V_LPT_CONC_PUMP_STDEV, V_SPT_CONC_PUMP, V_SPT_CONC_PUMP_QV_ODV, V_SPT_CONC_PUMP_STDEV, view, Y_LPT_CONC_PUMP, Y_LPT_CONC_PUMP_QV_ODV, Y_LPT_CONC_PUMP_STDEV, Y_SPT_CONC_PUMP, Y_SPT_CONC_PUMP_QV_ODV, Y_SPT_CONC_PUMP_STDEV
attribute NC_GLOBAL license String https://www.bco-dmo.org/dataset/668083/license (external link)
attribute NC_GLOBAL metadata_source String https://www.bco-dmo.org/api/dataset/668083 (external link)
attribute NC_GLOBAL Northernmost_Northing double -10.5004
attribute NC_GLOBAL param_mapping String {'668083': {'PUMP_LON': 'master - longitude', 'PUMP_LAT': 'master - latitude', 'ISO_DateTime_UTC': 'master - time'}}
attribute NC_GLOBAL parameter_source String https://www.bco-dmo.org/mapserver/dataset/668083/parameters (external link)
attribute NC_GLOBAL people_0_affiliation String University of California-Santa Cruz
attribute NC_GLOBAL people_0_affiliation_acronym String UC Santa Cruz
attribute NC_GLOBAL people_0_person_name String Phoebe J. Lam
attribute NC_GLOBAL people_0_person_nid String 51146
attribute NC_GLOBAL people_0_role String Principal Investigator
attribute NC_GLOBAL people_0_role_type String originator
attribute NC_GLOBAL people_10_affiliation String Woods Hole Oceanographic Institution
attribute NC_GLOBAL people_10_affiliation_acronym String WHOI BCO-DMO
attribute NC_GLOBAL people_10_person_name String Hannah Ake
attribute NC_GLOBAL people_10_person_nid String 650173
attribute NC_GLOBAL people_10_role String BCO-DMO Data Manager
attribute NC_GLOBAL people_10_role_type String related
attribute NC_GLOBAL people_1_affiliation String University of California-Santa Cruz
attribute NC_GLOBAL people_1_affiliation_acronym String UC Santa Cruz
attribute NC_GLOBAL people_1_person_name String Phoebe J. Lam
attribute NC_GLOBAL people_1_person_nid String 51146
attribute NC_GLOBAL people_1_role String Contact
attribute NC_GLOBAL people_1_role_type String related
attribute NC_GLOBAL people_2_affiliation String University of California-Santa Cruz
attribute NC_GLOBAL people_2_affiliation_acronym String UC Santa Cruz
attribute NC_GLOBAL people_2_person_name String Colin Carney
attribute NC_GLOBAL people_2_person_nid String 668101
attribute NC_GLOBAL people_2_role String Analyst
attribute NC_GLOBAL people_2_role_type String related
attribute NC_GLOBAL people_3_affiliation String Ifremer
attribute NC_GLOBAL people_3_affiliation_acronym String Ifremer
attribute NC_GLOBAL people_3_person_name String Dr Maija I Heller
attribute NC_GLOBAL people_3_person_nid String 668102
attribute NC_GLOBAL people_3_role String Analyst
attribute NC_GLOBAL people_3_role_type String related
attribute NC_GLOBAL people_4_affiliation String Woods Hole Oceanographic Institution
attribute NC_GLOBAL people_4_affiliation_acronym String WHOI
attribute NC_GLOBAL people_4_person_name String Paul B. Henderson
attribute NC_GLOBAL people_4_person_nid String 51039
attribute NC_GLOBAL people_4_role String Analyst
attribute NC_GLOBAL people_4_role_type String related
attribute NC_GLOBAL people_5_affiliation String University of Massachusetts Amherst
attribute NC_GLOBAL people_5_person_name String Ulrich Kakou
attribute NC_GLOBAL people_5_person_nid String 668098
attribute NC_GLOBAL people_5_role String Analyst
attribute NC_GLOBAL people_5_role_type String related
attribute NC_GLOBAL people_6_affiliation String University of California-Santa Cruz
attribute NC_GLOBAL people_6_affiliation_acronym String UC Santa Cruz
attribute NC_GLOBAL people_6_person_name String Jong-Mi Lee
attribute NC_GLOBAL people_6_person_nid String 644619
attribute NC_GLOBAL people_6_role String Analyst
attribute NC_GLOBAL people_6_role_type String related
attribute NC_GLOBAL people_7_affiliation String Woods Hole Oceanographic Institution
attribute NC_GLOBAL people_7_affiliation_acronym String WHOI
attribute NC_GLOBAL people_7_person_name String Steven Manganini
attribute NC_GLOBAL people_7_person_nid String 50634
attribute NC_GLOBAL people_7_role String Analyst
attribute NC_GLOBAL people_7_role_type String related
attribute NC_GLOBAL people_8_affiliation String University of California-Santa Cruz
attribute NC_GLOBAL people_8_affiliation_acronym String UC Santa Cruz
attribute NC_GLOBAL people_8_person_name String Sanjin Mehic
attribute NC_GLOBAL people_8_person_nid String 668099
attribute NC_GLOBAL people_8_role String Analyst
attribute NC_GLOBAL people_8_role_type String related
attribute NC_GLOBAL people_9_affiliation String University of California-Santa Cruz
attribute NC_GLOBAL people_9_affiliation_acronym String UC Santa Cruz
attribute NC_GLOBAL people_9_person_name String Yang Xiang
attribute NC_GLOBAL people_9_person_nid String 668100
attribute NC_GLOBAL people_9_role String Analyst
attribute NC_GLOBAL people_9_role_type String related
attribute NC_GLOBAL project String U.S. GEOTRACES EPZT,EPZT Particle Geochemistry
attribute NC_GLOBAL projects_0_acronym String U.S. GEOTRACES EPZT
attribute NC_GLOBAL projects_0_description String From the NSF Award Abstract\nThe mission of the International GEOTRACES Program (www.geotraces.org), of which the U.S. chemical oceanography research community is a founding member, is \"to identify processes and quantify fluxes that control the distributions of key trace elements and isotopes in the ocean, and to establish the sensitivity of these distributions to changing environmental conditions\" (GEOTRACES Science Plan, 2006). In the United States, ocean chemists are currently in the process of organizing a zonal transect in the eastern tropical South Pacific (ETSP) from Peru to Tahiti as the second cruise of the U.S.GEOTRACES Program. This Pacific section includes a large area characterized by high rates of primary production and particle export in the eastern boundary associated with the Peru Upwelling, a large oxygen minimum zone that is a major global sink for fixed nitrogen, and a large hydrothermal plume arising from the East Pacific Rise. This particular section was selected as a result of open planning workshops in 2007 and 2008, with a final recommendation made by the U.S.GEOTRACES Steering Committee in 2009. It is the first part of a two-stage plan that will include a meridional section of the Pacific from Tahiti to Alaska as a subsequent expedition.\nThis award provides funding for management of the U.S.GEOTRACES Pacific campaign to a team of scientists from the University of Southern California, Old Dominion University, and the Woods Hole Oceanographic Institution. The three co-leaders will provide mission leadership, essential support services, and management structure for acquiring the trace elements and isotopes samples listed as core parameters in the International GEOTRACES Science Plan, plus hydrographic and nutrient data needed by participating investigators. With this support from NSF, the management team will (1) plan and coordinate the 52-day Pacific research cruise described above; (2) obtain representative samples for a wide variety of trace metals of interest using conventional CTD/rosette and GEOTRACES Sampling Systems; (3) acquire conventional JGOFS/WOCE-quality hydrographic data (CTD, transmissometer, fluorometer, oxygen sensor, etc) along with discrete samples for salinity, dissolved oxygen (to 1 uM detection limits), plant pigments, redox tracers such as ammonium and nitrite, and dissolved nutrients at micro- and nanomolar levels; (4) ensure that proper QA/QC protocols are followed and reported, as well as fulfilling all GEOTRACES Intercalibration protocols; (5) prepare and deliver all hydrographic-type data to the GEOTRACES Data Center (and US data centers); and (6) coordinate cruise communications between all participating investigators, including preparation of a hydrographic report/publication.\nBroader Impacts: The project is part of an international collaborative program that has forged strong partnerships in the intercalibration and implementation phases that are unprecedented in chemical oceanography. The science product of these collective missions will enhance our ability to understand how to interpret the chemical composition of the ocean, and interpret how climate change will affect ocean chemistry. Partnerships include contributions to the infrastructure of developing nations with overlapping interests in the study area, in this case Peru. There is a strong educational component to the program, with many Ph.D. students carrying out thesis research within the program.\nFigure 1. The 2013 GEOTRACES EPZT Cruise Track. [click on the image to view a larger version]
attribute NC_GLOBAL projects_0_end_date String 2015-06
attribute NC_GLOBAL projects_0_geolocation String Eastern Tropical Pacific - Transect from Peru to Tahiti
attribute NC_GLOBAL projects_0_name String U.S. GEOTRACES East Pacific Zonal Transect
attribute NC_GLOBAL projects_0_project_nid String 499723
attribute NC_GLOBAL projects_0_project_website String http://www.geotraces.org/ (external link)
attribute NC_GLOBAL projects_0_start_date String 2012-06
attribute NC_GLOBAL projects_1_acronym String EPZT Particle Geochemistry
attribute NC_GLOBAL projects_1_description String NSF Award Abstract:\nParticles play essential roles in the cycling and distribution of trace elements and isotopes (TEI). For instance scavenging onto particles and removal by particle export is a major sink for many TEIs. However the driving factors affecting the spatial extent and temporal variability of TEI scavenging remain largely unknown. The U.S. GEOTRACES East Pacific Zonal Transect between Peru and Tahiti will cross three biogeochemically important areas, setting the stage for researchers to constrain unknowns surrounding particle scavenging.\nScientists from Woods Hole Oceanographic Institution and University of Minnesota-Twin Cities will address fundamental questions on the location of particle formation, particle-dissolved species interactions, dominant particle phases, and the evolution of particle phases during transport. As regards particle phases, the researchers will measure particulate organic carbon (POC), calcium carbonate, opal, lithogenics, and oxyhydroxides, as well as the trace element compositions of size fractionated particles covering three distinct zones: large lateral productivity gradients, a major oxygen deficient zone off the coast of Peru, and a world renowned hydrothermal plume emanating from the southern East Pacific Rise. Furthermore, since previous results suggest particle type affects scavenging, investigators will specifically measure acid-leachable trace metals, particle concentration, and major particle composition. These combined measurements will allow them to disentangle the relative importance of hydrothermal particles, benthic nepheloid layers, and high productivity margins for scavenging of TEIs. The cruise transect will also offer unique opportunities to examine the speciation of Fe and POC in hydrothermal particles away from the vent field and the effects of aggregation and POC coatings on TEI partitioning.\nAs regards broader impacts, the researchers plan to create an educational module on particulate trace metals in the ocean which would become part of a five part GEOTRACES webinar series developed by Dr. Benjamin Twining at the Bigelow Laboratory for Ocean Sciences in collaboration with the Center for Ocean Sciences Education Excellence-Ocean Systems at the University of Maine. One graduate student from Woods Hole Oceanographic Institution and one graduate student from the University of Minnesota, Twin Cities, would be supported and trained as part of this project. In addition, an undergraduate student would participate in the research during the summer month as part of the Woods Hole Diversity Initiative Partnership in Education program.
attribute NC_GLOBAL projects_1_end_date String 2017-02
attribute NC_GLOBAL projects_1_name String Collaborative Research: GEOTRACES Pacific Section: The Geochemistry of Size-fractionated Suspended Particles Collected by In-situ Filtration
attribute NC_GLOBAL projects_1_project_nid String 668085
attribute NC_GLOBAL projects_1_start_date String 2013-03
attribute NC_GLOBAL publisher_name String Biological and Chemical Oceanographic Data Management Office (BCO-DMO)
attribute NC_GLOBAL publisher_type String institution
attribute NC_GLOBAL sourceUrl String (local files)
attribute NC_GLOBAL Southernmost_Northing double -15.99933333
attribute NC_GLOBAL standard_name_vocabulary String CF Standard Name Table v55
attribute NC_GLOBAL subsetVariables String cruise_id,CaCO3_LPT_CONC_PUMP_QV_ODV,PIC_LPT_PUMP_CONC_QV_ODV
attribute NC_GLOBAL summary String Size-fractionated major and minor particle composition and concentration collected from RV Thompson (TN303) along the US GEOTRACES EPZT transect in the Eastern Tropical Pacific during 2013 (US GEOTRACES EPZT project)
attribute NC_GLOBAL time_coverage_end String 2013-12-18T12:13:00Z
attribute NC_GLOBAL time_coverage_start String 2013-10-29T07:15:00Z
attribute NC_GLOBAL title String Size-fractionated major and minor particle composition and concentration collected from RV Thompson (TN303) along the US GEOTRACES EPZT transect in the Eastern Tropical Pacific during 2013 (US GEOTRACES EPZT project)
attribute NC_GLOBAL version String 1
attribute NC_GLOBAL Westernmost_Easting double -151.9995167
attribute NC_GLOBAL xml_source String osprey2erddap.update_xml() v1.3
variable cruise_id String
attribute cruise_id bcodmo_name String cruise_id
attribute cruise_id description String cruise ID
attribute cruise_id long_name String Cruise Id
attribute cruise_id units String unitless
variable STNNBR byte
attribute STNNBR _FillValue byte 127
attribute STNNBR actual_range byte 1, 36
attribute STNNBR bcodmo_name String station
attribute STNNBR description String Station number
attribute STNNBR long_name String STNNBR
attribute STNNBR units String unitless
variable GEOTRC_SAMPNO short
attribute GEOTRC_SAMPNO _FillValue short 32767
attribute GEOTRC_SAMPNO actual_range short 2083, 10457
attribute GEOTRC_SAMPNO bcodmo_name String sample
attribute GEOTRC_SAMPNO description String GEOTRACES number - uniquely identifies all samples from that pump
attribute GEOTRC_SAMPNO long_name String GEOTRC SAMPNO
attribute GEOTRC_SAMPNO nerc_identifier String https://vocab.nerc.ac.uk/collection/P02/current/ACYC/ (external link)
attribute GEOTRC_SAMPNO units String unitless
variable GEOTRC_EVENTNO short
attribute GEOTRC_EVENTNO _FillValue short 32767
attribute GEOTRC_EVENTNO actual_range short 4013, 4475
attribute GEOTRC_EVENTNO bcodmo_name String event
attribute GEOTRC_EVENTNO description String GEOTRACES event number
attribute GEOTRC_EVENTNO long_name String GEOTRC EVENTNO
attribute GEOTRC_EVENTNO nerc_identifier String https://vocab.nerc.ac.uk/collection/P01/current/EVTAGFL/ (external link)
attribute GEOTRC_EVENTNO units String unitless
variable time double
attribute time _CoordinateAxisType String Time
attribute time actual_range double 1.3830309E9, 1.38736878E9
attribute time axis String T
attribute time bcodmo_name String ISO_DateTime_UTC
attribute time description String Date and time of the midpoint of pumping
attribute time ioos_category String Time
attribute time long_name String ISO Date Time UTC
attribute time nerc_identifier String https://vocab.nerc.ac.uk/collection/P01/current/DTUT8601/ (external link)
attribute time source_name String ISO_DateTime_UTC
attribute time standard_name String time
attribute time time_origin String 01-JAN-1970 00:00:00
attribute time time_precision String 1970-01-01T00:00:00Z
attribute time units String seconds since 1970-01-01T00:00:00Z
variable CASTNO byte
attribute CASTNO _FillValue byte 127
attribute CASTNO actual_range byte 3, 16
attribute CASTNO bcodmo_name String cast
attribute CASTNO description String Cast number
attribute CASTNO long_name String CASTNO
attribute CASTNO units String unitless
variable latitude double
attribute latitude _CoordinateAxisType String Lat
attribute latitude _FillValue double NaN
attribute latitude actual_range double -15.99933333, -10.5004
attribute latitude axis String Y
attribute latitude bcodmo_name String latitude
attribute latitude description String Latitude of pump cast; N is positive
attribute latitude ioos_category String Location
attribute latitude long_name String PUMP LAT
attribute latitude nerc_identifier String https://vocab.nerc.ac.uk/collection/P09/current/LATX/ (external link)
attribute latitude standard_name String latitude
attribute latitude units String degrees_north
variable longitude double
attribute longitude _CoordinateAxisType String Lon
attribute longitude _FillValue double NaN
attribute longitude actual_range double -151.9995167, -77.376
attribute longitude axis String X
attribute longitude bcodmo_name String longitude
attribute longitude description String Longitude of pump cast; E is positive
attribute longitude ioos_category String Location
attribute longitude long_name String PUMP LON
attribute longitude nerc_identifier String https://vocab.nerc.ac.uk/collection/P09/current/LONX/ (external link)
attribute longitude standard_name String longitude
attribute longitude units String degrees_east
variable BTMDEPTH short
attribute BTMDEPTH _FillValue short 32767
attribute BTMDEPTH actual_range short 122, 5523
attribute BTMDEPTH bcodmo_name String depth_bottom
attribute BTMDEPTH description String Water depth at time of cast
attribute BTMDEPTH long_name String BTMDEPTH
attribute BTMDEPTH units String meters
variable DEPTH_MAX short
attribute DEPTH_MAX _FillValue short 32767
attribute DEPTH_MAX actual_range short 15, 5500
attribute DEPTH_MAX bcodmo_name String depth_max
attribute DEPTH_MAX colorBarMaximum double 8000.0
attribute DEPTH_MAX colorBarMinimum double -8000.0
attribute DEPTH_MAX colorBarPalette String TopographyDepth
attribute DEPTH_MAX description String Final depth of pump sample
attribute DEPTH_MAX long_name String Depth
attribute DEPTH_MAX standard_name String depth
attribute DEPTH_MAX units String meters
variable sliters double
attribute sliters _FillValue double NaN
attribute sliters actual_range double 9.4, 754.6
attribute sliters bcodmo_name String vol_filt
attribute sliters description String Volume pumped through the filter holder containing paired Supor filters
attribute sliters long_name String Sliters
attribute sliters units String liters
variable Y_SPT_CONC_PUMP double
attribute Y_SPT_CONC_PUMP _FillValue double NaN
attribute Y_SPT_CONC_PUMP actual_range double -0.010632266, 6.627215278
attribute Y_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Y_SPT_CONC_PUMP description String Concentration of total particulate yttrium determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Y_SPT_CONC_PUMP long_name String Y SPT CONC PUMP
attribute Y_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Y_SPT_CONC_PUMP units String picomole per liter
variable Mo_SPT_CONC_PUMP double
attribute Mo_SPT_CONC_PUMP _FillValue double NaN
attribute Mo_SPT_CONC_PUMP actual_range double -0.232037803, 40.41737604
attribute Mo_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Mo_SPT_CONC_PUMP description String Concentration of total particulate molybdenum determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Mo_SPT_CONC_PUMP long_name String Mo SPT CONC PUMP
attribute Mo_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Mo_SPT_CONC_PUMP units String picomole per liter
variable Ag_SPT_CONC_PUMP double
attribute Ag_SPT_CONC_PUMP _FillValue double NaN
attribute Ag_SPT_CONC_PUMP actual_range double -0.11139228, 10.51883533
attribute Ag_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Ag_SPT_CONC_PUMP description String Concentration of total particulate silver determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Ag_SPT_CONC_PUMP long_name String Ag SPT CONC PUMP
attribute Ag_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Ag_SPT_CONC_PUMP units String picomole per liter
variable Cd_SPT_CONC_PUMP double
attribute Cd_SPT_CONC_PUMP _FillValue double NaN
attribute Cd_SPT_CONC_PUMP actual_range double 0.001728211, 110.3192594
attribute Cd_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Cd_SPT_CONC_PUMP description String Concentration of total particulate cadmium determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Cd_SPT_CONC_PUMP long_name String Cd SPT CONC PUMP
attribute Cd_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Cd_SPT_CONC_PUMP units String picomole per liter
variable Ba_SPT_CONC_PUMP double
attribute Ba_SPT_CONC_PUMP _FillValue double NaN
attribute Ba_SPT_CONC_PUMP actual_range double 0.0, 518.2186498
attribute Ba_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Ba_SPT_CONC_PUMP description String Concentration of total particulate barium determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Ba_SPT_CONC_PUMP long_name String Ba SPT CONC PUMP
attribute Ba_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Ba_SPT_CONC_PUMP units String picomole per liter
variable Nd_SPT_CONC_PUMP double
attribute Nd_SPT_CONC_PUMP _FillValue double NaN
attribute Nd_SPT_CONC_PUMP actual_range double 0.002987236, 1.716258076
attribute Nd_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Nd_SPT_CONC_PUMP description String Concentration of total particulate neodymium determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Nd_SPT_CONC_PUMP long_name String Nd SPT CONC PUMP
attribute Nd_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Nd_SPT_CONC_PUMP units String picomole per liter
variable Pb_SPT_CONC_PUMP double
attribute Pb_SPT_CONC_PUMP _FillValue double NaN
attribute Pb_SPT_CONC_PUMP actual_range double -0.010946226, 4.303503248
attribute Pb_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Pb_SPT_CONC_PUMP description String Concentration of total particulate lead determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Pb_SPT_CONC_PUMP long_name String Pb SPT CONC PUMP
attribute Pb_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Pb_SPT_CONC_PUMP units String picomole per liter
variable Th_SPT_CONC_PUMP double
attribute Th_SPT_CONC_PUMP _FillValue double NaN
attribute Th_SPT_CONC_PUMP actual_range double -0.083024889, 0.440232686
attribute Th_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Th_SPT_CONC_PUMP description String Concentration of total particulate thorium determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Th_SPT_CONC_PUMP long_name String Th SPT CONC PUMP
attribute Th_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Th_SPT_CONC_PUMP units String picomole per liter
variable Al_SPT_CONC_PUMP double
attribute Al_SPT_CONC_PUMP _FillValue double NaN
attribute Al_SPT_CONC_PUMP actual_range double -0.986535106, 28290.52015
attribute Al_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Al_SPT_CONC_PUMP description String Concentration of total particulate aluminium determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Al_SPT_CONC_PUMP long_name String Al SPT CONC PUMP
attribute Al_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Al_SPT_CONC_PUMP units String picomole per liter
variable P_SPT_CONC_PUMP double
attribute P_SPT_CONC_PUMP _FillValue double NaN
attribute P_SPT_CONC_PUMP actual_range double 88.88749157, 377356.8738
attribute P_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute P_SPT_CONC_PUMP description String Concentration of total particulate phosphorus determined by in situ filtration (pump) collected on a main filter (small particles)
attribute P_SPT_CONC_PUMP long_name String P SPT CONC PUMP
attribute P_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute P_SPT_CONC_PUMP units String picomole per liter
variable Sc_SPT_CONC_PUMP double
attribute Sc_SPT_CONC_PUMP _FillValue double NaN
attribute Sc_SPT_CONC_PUMP actual_range double -0.003311172, 3.362908903
attribute Sc_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Sc_SPT_CONC_PUMP description String Concentration of total particulate scandium determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Sc_SPT_CONC_PUMP long_name String Sc SPT CONC PUMP
attribute Sc_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Sc_SPT_CONC_PUMP units String picomole per liter
variable Ti_SPT_CONC_PUMP double
attribute Ti_SPT_CONC_PUMP _FillValue double NaN
attribute Ti_SPT_CONC_PUMP actual_range double -3.345409268, 1138.631174
attribute Ti_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Ti_SPT_CONC_PUMP description String Concentration of total particulate titanium determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Ti_SPT_CONC_PUMP long_name String Ti SPT CONC PUMP
attribute Ti_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Ti_SPT_CONC_PUMP units String picomole per liter
variable V_SPT_CONC_PUMP double
attribute V_SPT_CONC_PUMP _FillValue double NaN
attribute V_SPT_CONC_PUMP actual_range double 0.092670278, 169.1380453
attribute V_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute V_SPT_CONC_PUMP description String Concentration of total particulate vanadium determined by in situ filtration (pump) collected on a main filter (small particles)
attribute V_SPT_CONC_PUMP long_name String V SPT CONC PUMP
attribute V_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute V_SPT_CONC_PUMP units String picomole per liter
variable Mn_SPT_CONC_PUMP double
attribute Mn_SPT_CONC_PUMP _FillValue double NaN
attribute Mn_SPT_CONC_PUMP actual_range double 1.332998584, 4153.231866
attribute Mn_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Mn_SPT_CONC_PUMP description String Concentration of total particulate manganese determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Mn_SPT_CONC_PUMP long_name String Mn SPT CONC PUMP
attribute Mn_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Mn_SPT_CONC_PUMP units String picomole per liter
variable Fe_SPT_CONC_PUMP double
attribute Fe_SPT_CONC_PUMP _FillValue double NaN
attribute Fe_SPT_CONC_PUMP actual_range double 12.19212229, 34630.70571
attribute Fe_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Fe_SPT_CONC_PUMP description String Concentration of total particulate iron determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Fe_SPT_CONC_PUMP long_name String Fe SPT CONC PUMP
attribute Fe_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Fe_SPT_CONC_PUMP units String picomole per liter
variable Co_SPT_CONC_PUMP double
attribute Co_SPT_CONC_PUMP _FillValue double NaN
attribute Co_SPT_CONC_PUMP actual_range double 0.055850165, 14.40346331
attribute Co_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Co_SPT_CONC_PUMP description String Concentration of total particulate cobalt determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Co_SPT_CONC_PUMP long_name String Co SPT CONC PUMP
attribute Co_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Co_SPT_CONC_PUMP units String picomole per liter
variable Ni_SPT_CONC_PUMP double
attribute Ni_SPT_CONC_PUMP _FillValue double NaN
attribute Ni_SPT_CONC_PUMP actual_range double 0.0, 284.4110585
attribute Ni_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Ni_SPT_CONC_PUMP description String Concentration of total particulate nickel determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Ni_SPT_CONC_PUMP long_name String Ni SPT CONC PUMP
attribute Ni_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Ni_SPT_CONC_PUMP units String picomole per liter
variable Cu_SPT_CONC_PUMP double
attribute Cu_SPT_CONC_PUMP _FillValue double NaN
attribute Cu_SPT_CONC_PUMP actual_range double 2.810439384, 129.8926384
attribute Cu_SPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Cu_SPT_CONC_PUMP description String Concentration of total particulate copper determined by in situ filtration (pump) collected on a main filter (small particles)
attribute Cu_SPT_CONC_PUMP long_name String Cu SPT CONC PUMP
attribute Cu_SPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Cu_SPT_CONC_PUMP units String picomole per liter
variable Y_SPT_CONC_PUMP_QV_ODV byte
attribute Y_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Y_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Y_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Y_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Y_SPT_CONC_PUMP_QV_ODV long_name String Y SPT CONC PUMP QV ODV
attribute Y_SPT_CONC_PUMP_QV_ODV units String unitless
variable Mo_SPT_CONC_PUMP_QV_ODV byte
attribute Mo_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Mo_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Mo_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Mo_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Mo_SPT_CONC_PUMP_QV_ODV long_name String Mo SPT CONC PUMP QV ODV
attribute Mo_SPT_CONC_PUMP_QV_ODV units String unitless
variable Ag_SPT_CONC_PUMP_QV_ODV byte
attribute Ag_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Ag_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Ag_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Ag_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Ag_SPT_CONC_PUMP_QV_ODV long_name String Ag SPT CONC PUMP QV ODV
attribute Ag_SPT_CONC_PUMP_QV_ODV units String unitless
variable Cd_SPT_CONC_PUMP_QV_ODV byte
attribute Cd_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Cd_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Cd_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Cd_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Cd_SPT_CONC_PUMP_QV_ODV long_name String Cd SPT CONC PUMP QV ODV
attribute Cd_SPT_CONC_PUMP_QV_ODV units String unitless
variable Ba_SPT_CONC_PUMP_QV_ODV byte
attribute Ba_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Ba_SPT_CONC_PUMP_QV_ODV actual_range byte 4, 8
attribute Ba_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Ba_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Ba_SPT_CONC_PUMP_QV_ODV long_name String Ba SPT CONC PUMP QV ODV
attribute Ba_SPT_CONC_PUMP_QV_ODV units String unitless
variable Nd_SPT_CONC_PUMP_QV_ODV byte
attribute Nd_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Nd_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Nd_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Nd_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Nd_SPT_CONC_PUMP_QV_ODV long_name String Nd SPT CONC PUMP QV ODV
attribute Nd_SPT_CONC_PUMP_QV_ODV units String unitless
variable Pb_SPT_CONC_PUMP_QV_ODV byte
attribute Pb_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Pb_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Pb_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Pb_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Pb_SPT_CONC_PUMP_QV_ODV long_name String Pb SPT CONC PUMP QV ODV
attribute Pb_SPT_CONC_PUMP_QV_ODV units String unitless
variable Th_SPT_CONC_PUMP_QV_ODV byte
attribute Th_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Th_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Th_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Th_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Th_SPT_CONC_PUMP_QV_ODV long_name String Th SPT CONC PUMP QV ODV
attribute Th_SPT_CONC_PUMP_QV_ODV units String unitless
variable Al_SPT_CONC_PUMP_QV_ODV byte
attribute Al_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Al_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Al_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Al_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Al_SPT_CONC_PUMP_QV_ODV long_name String Al SPT CONC PUMP QV ODV
attribute Al_SPT_CONC_PUMP_QV_ODV units String unitless
variable P_SPT_CONC_PUMP_QV_ODV byte
attribute P_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute P_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute P_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute P_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute P_SPT_CONC_PUMP_QV_ODV long_name String P SPT CONC PUMP QV ODV
attribute P_SPT_CONC_PUMP_QV_ODV units String unitless
variable Sc_SPT_CONC_PUMP_QV_ODV byte
attribute Sc_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Sc_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Sc_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Sc_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Sc_SPT_CONC_PUMP_QV_ODV long_name String Sc SPT CONC PUMP QV ODV
attribute Sc_SPT_CONC_PUMP_QV_ODV units String unitless
variable Ti_SPT_CONC_PUMP_QV_ODV byte
attribute Ti_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Ti_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Ti_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Ti_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Ti_SPT_CONC_PUMP_QV_ODV long_name String Ti SPT CONC PUMP QV ODV
attribute Ti_SPT_CONC_PUMP_QV_ODV units String unitless
variable V_SPT_CONC_PUMP_QV_ODV byte
attribute V_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute V_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute V_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute V_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute V_SPT_CONC_PUMP_QV_ODV long_name String V SPT CONC PUMP QV ODV
attribute V_SPT_CONC_PUMP_QV_ODV units String unitless
variable Mn_SPT_CONC_PUMP_QV_ODV byte
attribute Mn_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Mn_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Mn_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Mn_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Mn_SPT_CONC_PUMP_QV_ODV long_name String Mn SPT CONC PUMP QV ODV
attribute Mn_SPT_CONC_PUMP_QV_ODV units String unitless
variable Fe_SPT_CONC_PUMP_QV_ODV byte
attribute Fe_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Fe_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Fe_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Fe_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Fe_SPT_CONC_PUMP_QV_ODV long_name String Fe SPT CONC PUMP QV ODV
attribute Fe_SPT_CONC_PUMP_QV_ODV units String unitless
variable Co_SPT_CONC_PUMP_QV_ODV byte
attribute Co_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Co_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Co_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Co_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Co_SPT_CONC_PUMP_QV_ODV long_name String Co SPT CONC PUMP QV ODV
attribute Co_SPT_CONC_PUMP_QV_ODV units String unitless
variable Ni_SPT_CONC_PUMP_QV_ODV byte
attribute Ni_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Ni_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Ni_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Ni_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Ni_SPT_CONC_PUMP_QV_ODV long_name String Ni SPT CONC PUMP QV ODV
attribute Ni_SPT_CONC_PUMP_QV_ODV units String unitless
variable Cu_SPT_CONC_PUMP_QV_ODV byte
attribute Cu_SPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Cu_SPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Cu_SPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Cu_SPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Cu_SPT_CONC_PUMP_QV_ODV long_name String Cu SPT CONC PUMP QV ODV
attribute Cu_SPT_CONC_PUMP_QV_ODV units String unitless
variable Y_SPT_CONC_PUMP_STDEV float
attribute Y_SPT_CONC_PUMP_STDEV _FillValue float NaN
attribute Y_SPT_CONC_PUMP_STDEV actual_range float 0.0273, 6.543799
attribute Y_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Y_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Y_SPT_CONC_PUMP_STDEV long_name String Y SPT CONC PUMP STDEV
attribute Y_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Mo_SPT_CONC_PUMP_STDEV float
attribute Mo_SPT_CONC_PUMP_STDEV _FillValue float NaN
attribute Mo_SPT_CONC_PUMP_STDEV actual_range float 0.106801, 2.60889
attribute Mo_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Mo_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Mo_SPT_CONC_PUMP_STDEV long_name String Mo SPT CONC PUMP STDEV
attribute Mo_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Ag_SPT_CONC_PUMP_STDEV float
attribute Ag_SPT_CONC_PUMP_STDEV _FillValue float NaN
attribute Ag_SPT_CONC_PUMP_STDEV actual_range float 0.0598, 2.381829
attribute Ag_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Ag_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Ag_SPT_CONC_PUMP_STDEV long_name String Ag SPT CONC PUMP STDEV
attribute Ag_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Cd_SPT_CONC_PUMP_STDEV double
attribute Cd_SPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Cd_SPT_CONC_PUMP_STDEV actual_range double 0.0183, 10.079994
attribute Cd_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Cd_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Cd_SPT_CONC_PUMP_STDEV long_name String Cd SPT CONC PUMP STDEV
attribute Cd_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Ba_SPT_CONC_PUMP_STDEV double
attribute Ba_SPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Ba_SPT_CONC_PUMP_STDEV actual_range double 0.815978, 157.186273
attribute Ba_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Ba_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Ba_SPT_CONC_PUMP_STDEV long_name String Ba SPT CONC PUMP STDEV
attribute Ba_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Nd_SPT_CONC_PUMP_STDEV float
attribute Nd_SPT_CONC_PUMP_STDEV _FillValue float NaN
attribute Nd_SPT_CONC_PUMP_STDEV actual_range float 0.00386, 0.326352
attribute Nd_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Nd_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Nd_SPT_CONC_PUMP_STDEV long_name String Nd SPT CONC PUMP STDEV
attribute Nd_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Pb_SPT_CONC_PUMP_STDEV float
attribute Pb_SPT_CONC_PUMP_STDEV _FillValue float NaN
attribute Pb_SPT_CONC_PUMP_STDEV actual_range float 0.0371, 4.381805
attribute Pb_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Pb_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Pb_SPT_CONC_PUMP_STDEV long_name String Pb SPT CONC PUMP STDEV
attribute Pb_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Th_SPT_CONC_PUMP_STDEV float
attribute Th_SPT_CONC_PUMP_STDEV _FillValue float NaN
attribute Th_SPT_CONC_PUMP_STDEV actual_range float 0.00993, 0.175067
attribute Th_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Th_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Th_SPT_CONC_PUMP_STDEV long_name String Th SPT CONC PUMP STDEV
attribute Th_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Al_SPT_CONC_PUMP_STDEV double
attribute Al_SPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Al_SPT_CONC_PUMP_STDEV actual_range double 25.17635, 5047.637578
attribute Al_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Al_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Al_SPT_CONC_PUMP_STDEV long_name String Al SPT CONC PUMP STDEV
attribute Al_SPT_CONC_PUMP_STDEV units String picomole per liter
variable P_SPT_CONC_PUMP_STDEV double
attribute P_SPT_CONC_PUMP_STDEV _FillValue double NaN
attribute P_SPT_CONC_PUMP_STDEV actual_range double 47.129312, 41373.54062
attribute P_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute P_SPT_CONC_PUMP_STDEV description String Error estimate
attribute P_SPT_CONC_PUMP_STDEV long_name String P SPT CONC PUMP STDEV
attribute P_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Sc_SPT_CONC_PUMP_STDEV float
attribute Sc_SPT_CONC_PUMP_STDEV _FillValue float NaN
attribute Sc_SPT_CONC_PUMP_STDEV actual_range float 0.00801, 0.620008
attribute Sc_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Sc_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Sc_SPT_CONC_PUMP_STDEV long_name String Sc SPT CONC PUMP STDEV
attribute Sc_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Ti_SPT_CONC_PUMP_STDEV double
attribute Ti_SPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Ti_SPT_CONC_PUMP_STDEV actual_range double 3.1033, 121.591304
attribute Ti_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Ti_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Ti_SPT_CONC_PUMP_STDEV long_name String Ti SPT CONC PUMP STDEV
attribute Ti_SPT_CONC_PUMP_STDEV units String picomole per liter
variable V_SPT_CONC_PUMP_STDEV double
attribute V_SPT_CONC_PUMP_STDEV _FillValue double NaN
attribute V_SPT_CONC_PUMP_STDEV actual_range double 0.102905, 33.145315
attribute V_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute V_SPT_CONC_PUMP_STDEV description String Error estimate
attribute V_SPT_CONC_PUMP_STDEV long_name String V SPT CONC PUMP STDEV
attribute V_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Mn_SPT_CONC_PUMP_STDEV double
attribute Mn_SPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Mn_SPT_CONC_PUMP_STDEV actual_range double 0.70234, 143.184533
attribute Mn_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Mn_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Mn_SPT_CONC_PUMP_STDEV long_name String Mn SPT CONC PUMP STDEV
attribute Mn_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Fe_SPT_CONC_PUMP_STDEV double
attribute Fe_SPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Fe_SPT_CONC_PUMP_STDEV actual_range double 26.402595, 1864.371197
attribute Fe_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Fe_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Fe_SPT_CONC_PUMP_STDEV long_name String Fe SPT CONC PUMP STDEV
attribute Fe_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Co_SPT_CONC_PUMP_STDEV float
attribute Co_SPT_CONC_PUMP_STDEV _FillValue float NaN
attribute Co_SPT_CONC_PUMP_STDEV actual_range float 0.0401, 1.075589
attribute Co_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Co_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Co_SPT_CONC_PUMP_STDEV long_name String Co SPT CONC PUMP STDEV
attribute Co_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Ni_SPT_CONC_PUMP_STDEV double
attribute Ni_SPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Ni_SPT_CONC_PUMP_STDEV actual_range double 0.758992, 32.343388
attribute Ni_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Ni_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Ni_SPT_CONC_PUMP_STDEV long_name String Ni SPT CONC PUMP STDEV
attribute Ni_SPT_CONC_PUMP_STDEV units String picomole per liter
variable Cu_SPT_CONC_PUMP_STDEV double
attribute Cu_SPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Cu_SPT_CONC_PUMP_STDEV actual_range double 1.291313, 28.064299
attribute Cu_SPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Cu_SPT_CONC_PUMP_STDEV description String Error estimate
attribute Cu_SPT_CONC_PUMP_STDEV long_name String Cu SPT CONC PUMP STDEV
attribute Cu_SPT_CONC_PUMP_STDEV units String picomole per liter
variable qliters float
attribute qliters _FillValue float NaN
attribute qliters actual_range float 41.4, 1326.3
attribute qliters bcodmo_name String vol_filt
attribute qliters description String Volume pumped through the filter holder containing paired QMA filters
attribute qliters long_name String Qliters
attribute qliters units String liters
variable Y_LPT_CONC_PUMP double
attribute Y_LPT_CONC_PUMP _FillValue double NaN
attribute Y_LPT_CONC_PUMP actual_range double -0.003821154, 20.8049551
attribute Y_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Y_LPT_CONC_PUMP description String Concentration of total particulate Y determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Y_LPT_CONC_PUMP long_name String Y LPT CONC PUMP
attribute Y_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Y_LPT_CONC_PUMP units String picomole per liter
variable Mo_LPT_CONC_PUMP double
attribute Mo_LPT_CONC_PUMP _FillValue double NaN
attribute Mo_LPT_CONC_PUMP actual_range double -0.598050749, 468.1171218
attribute Mo_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Mo_LPT_CONC_PUMP description String Concentration of total particulate Mo determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Mo_LPT_CONC_PUMP long_name String Mo LPT CONC PUMP
attribute Mo_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Mo_LPT_CONC_PUMP units String picomole per liter
variable Ag_LPT_CONC_PUMP double
attribute Ag_LPT_CONC_PUMP _FillValue double NaN
attribute Ag_LPT_CONC_PUMP actual_range double -0.036779882, 1.124081527
attribute Ag_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Ag_LPT_CONC_PUMP description String Concentration of total particulate Ag determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Ag_LPT_CONC_PUMP long_name String Ag LPT CONC PUMP
attribute Ag_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Ag_LPT_CONC_PUMP units String picomole per liter
variable Cd_LPT_CONC_PUMP double
attribute Cd_LPT_CONC_PUMP _FillValue double NaN
attribute Cd_LPT_CONC_PUMP actual_range double -0.007294399, 35.85726509
attribute Cd_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Cd_LPT_CONC_PUMP description String Concentration of total particulate Cd determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Cd_LPT_CONC_PUMP long_name String Cd LPT CONC PUMP
attribute Cd_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Cd_LPT_CONC_PUMP units String picomole per liter
variable Ba_LPT_CONC_PUMP double
attribute Ba_LPT_CONC_PUMP _FillValue double NaN
attribute Ba_LPT_CONC_PUMP actual_range double -0.254663553, 285.800896
attribute Ba_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Ba_LPT_CONC_PUMP description String Concentration of total particulate Ba determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Ba_LPT_CONC_PUMP long_name String Ba LPT CONC PUMP
attribute Ba_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Ba_LPT_CONC_PUMP units String picomole per liter
variable Nd_LPT_CONC_PUMP double
attribute Nd_LPT_CONC_PUMP _FillValue double NaN
attribute Nd_LPT_CONC_PUMP actual_range double -0.431811414, 9.488955089
attribute Nd_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Nd_LPT_CONC_PUMP description String Concentration of total particulate Nd determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Nd_LPT_CONC_PUMP long_name String Nd LPT CONC PUMP
attribute Nd_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Nd_LPT_CONC_PUMP units String picomole per liter
variable Pb_LPT_CONC_PUMP double
attribute Pb_LPT_CONC_PUMP _FillValue double NaN
attribute Pb_LPT_CONC_PUMP actual_range double -0.020240408, 69.24626579
attribute Pb_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Pb_LPT_CONC_PUMP description String Concentration of total particulate Pb determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Pb_LPT_CONC_PUMP long_name String Pb LPT CONC PUMP
attribute Pb_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Pb_LPT_CONC_PUMP units String picomole per liter
variable Th_LPT_CONC_PUMP double
attribute Th_LPT_CONC_PUMP _FillValue double NaN
attribute Th_LPT_CONC_PUMP actual_range double -0.001247824, 1.612046988
attribute Th_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Th_LPT_CONC_PUMP description String Concentration of total particulate Th determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Th_LPT_CONC_PUMP long_name String Th LPT CONC PUMP
attribute Th_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Th_LPT_CONC_PUMP units String picomole per liter
variable Al_LPT_CONC_PUMP double
attribute Al_LPT_CONC_PUMP _FillValue double NaN
attribute Al_LPT_CONC_PUMP actual_range double -15.63561282, 105966.0007
attribute Al_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Al_LPT_CONC_PUMP description String Concentration of total particulate Al determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Al_LPT_CONC_PUMP long_name String Al LPT CONC PUMP
attribute Al_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Al_LPT_CONC_PUMP units String picomole per liter
variable P_LPT_CONC_PUMP double
attribute P_LPT_CONC_PUMP _FillValue double NaN
attribute P_LPT_CONC_PUMP actual_range double 2.116238152, 32139.54343
attribute P_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute P_LPT_CONC_PUMP description String Concentration of total particulate Pb determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute P_LPT_CONC_PUMP long_name String P LPT CONC PUMP
attribute P_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute P_LPT_CONC_PUMP units String picomole per liter
variable Sc_LPT_CONC_PUMP double
attribute Sc_LPT_CONC_PUMP _FillValue double NaN
attribute Sc_LPT_CONC_PUMP actual_range double -8.03E-6, 10.1307023
attribute Sc_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Sc_LPT_CONC_PUMP description String Concentration of total particulate Sc determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Sc_LPT_CONC_PUMP long_name String Sc LPT CONC PUMP
attribute Sc_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Sc_LPT_CONC_PUMP units String picomole per liter
variable Ti_LPT_CONC_PUMP double
attribute Ti_LPT_CONC_PUMP _FillValue double NaN
attribute Ti_LPT_CONC_PUMP actual_range double -0.40001901, 3030.509478
attribute Ti_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Ti_LPT_CONC_PUMP description String Concentration of total particulate Ti determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Ti_LPT_CONC_PUMP long_name String Ti LPT CONC PUMP
attribute Ti_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Ti_LPT_CONC_PUMP units String picomole per liter
variable V_LPT_CONC_PUMP double
attribute V_LPT_CONC_PUMP _FillValue double NaN
attribute V_LPT_CONC_PUMP actual_range double -1.373755913, 93.61281314
attribute V_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute V_LPT_CONC_PUMP description String Concentration of total particulate V determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute V_LPT_CONC_PUMP long_name String V LPT CONC PUMP
attribute V_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute V_LPT_CONC_PUMP units String picomole per liter
variable Mn_LPT_CONC_PUMP double
attribute Mn_LPT_CONC_PUMP _FillValue double NaN
attribute Mn_LPT_CONC_PUMP actual_range double -0.039102095, 2403.499381
attribute Mn_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Mn_LPT_CONC_PUMP description String Concentration of total particulate Mn determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Mn_LPT_CONC_PUMP long_name String Mn LPT CONC PUMP
attribute Mn_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Mn_LPT_CONC_PUMP units String picomole per liter
variable Fe_LPT_CONC_PUMP double
attribute Fe_LPT_CONC_PUMP _FillValue double NaN
attribute Fe_LPT_CONC_PUMP actual_range double -2.438349889, 16978.77279
attribute Fe_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Fe_LPT_CONC_PUMP description String Concentration of total particulate Fe determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Fe_LPT_CONC_PUMP long_name String Fe LPT CONC PUMP
attribute Fe_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Fe_LPT_CONC_PUMP units String picomole per liter
variable Co_LPT_CONC_PUMP double
attribute Co_LPT_CONC_PUMP _FillValue double NaN
attribute Co_LPT_CONC_PUMP actual_range double -0.12967661, 7.915124907
attribute Co_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Co_LPT_CONC_PUMP description String Concentration of total particulate Co determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Co_LPT_CONC_PUMP long_name String Co LPT CONC PUMP
attribute Co_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Co_LPT_CONC_PUMP units String picomole per liter
variable Ni_LPT_CONC_PUMP double
attribute Ni_LPT_CONC_PUMP _FillValue double NaN
attribute Ni_LPT_CONC_PUMP actual_range double -5.832084992, 754.5313865
attribute Ni_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Ni_LPT_CONC_PUMP description String Concentration of total particulate Ni determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Ni_LPT_CONC_PUMP long_name String Ni LPT CONC PUMP
attribute Ni_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Ni_LPT_CONC_PUMP units String picomole per liter
variable Cu_LPT_CONC_PUMP double
attribute Cu_LPT_CONC_PUMP _FillValue double NaN
attribute Cu_LPT_CONC_PUMP actual_range double -12.09519266, 60.0229858
attribute Cu_LPT_CONC_PUMP bcodmo_name String trace_metal_conc
attribute Cu_LPT_CONC_PUMP description String Concentration of total particulate Cu determined by in situ filtration (pump) collected on a prefilter (large particles)
attribute Cu_LPT_CONC_PUMP long_name String Cu LPT CONC PUMP
attribute Cu_LPT_CONC_PUMP nerc_identifier String https://vocab.nerc.ac.uk/collection/P03/current/C035/ (external link)
attribute Cu_LPT_CONC_PUMP units String picomole per liter
variable Y_LPT_CONC_PUMP_QV_ODV byte
attribute Y_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Y_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Y_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Y_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Y_LPT_CONC_PUMP_QV_ODV long_name String Y LPT CONC PUMP QV ODV
attribute Y_LPT_CONC_PUMP_QV_ODV units String unitless
variable Mo_LPT_CONC_PUMP_QV_ODV byte
attribute Mo_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Mo_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Mo_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Mo_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Mo_LPT_CONC_PUMP_QV_ODV long_name String Mo LPT CONC PUMP QV ODV
attribute Mo_LPT_CONC_PUMP_QV_ODV units String unitless
variable Ag_LPT_CONC_PUMP_QV_ODV byte
attribute Ag_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Ag_LPT_CONC_PUMP_QV_ODV actual_range byte 4, 8
attribute Ag_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Ag_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Ag_LPT_CONC_PUMP_QV_ODV long_name String Ag LPT CONC PUMP QV ODV
attribute Ag_LPT_CONC_PUMP_QV_ODV units String unitless
variable Cd_LPT_CONC_PUMP_QV_ODV byte
attribute Cd_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Cd_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Cd_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Cd_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Cd_LPT_CONC_PUMP_QV_ODV long_name String Cd LPT CONC PUMP QV ODV
attribute Cd_LPT_CONC_PUMP_QV_ODV units String unitless
variable Ba_LPT_CONC_PUMP_QV_ODV byte
attribute Ba_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Ba_LPT_CONC_PUMP_QV_ODV actual_range byte 4, 8
attribute Ba_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Ba_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Ba_LPT_CONC_PUMP_QV_ODV long_name String Ba LPT CONC PUMP QV ODV
attribute Ba_LPT_CONC_PUMP_QV_ODV units String unitless
variable Nd_LPT_CONC_PUMP_QV_ODV byte
attribute Nd_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Nd_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Nd_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Nd_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Nd_LPT_CONC_PUMP_QV_ODV long_name String Nd LPT CONC PUMP QV ODV
attribute Nd_LPT_CONC_PUMP_QV_ODV units String unitless
variable Pb_LPT_CONC_PUMP_QV_ODV byte
attribute Pb_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Pb_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Pb_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Pb_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Pb_LPT_CONC_PUMP_QV_ODV long_name String Pb LPT CONC PUMP QV ODV
attribute Pb_LPT_CONC_PUMP_QV_ODV units String unitless
variable Th_LPT_CONC_PUMP_QV_ODV byte
attribute Th_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Th_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Th_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Th_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Th_LPT_CONC_PUMP_QV_ODV long_name String Th LPT CONC PUMP QV ODV
attribute Th_LPT_CONC_PUMP_QV_ODV units String unitless
variable Al_LPT_CONC_PUMP_QV_ODV byte
attribute Al_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Al_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Al_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Al_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Al_LPT_CONC_PUMP_QV_ODV long_name String Al LPT CONC PUMP QV ODV
attribute Al_LPT_CONC_PUMP_QV_ODV units String unitless
variable P_LPT_CONC_PUMP_QV_ODV byte
attribute P_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute P_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute P_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute P_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute P_LPT_CONC_PUMP_QV_ODV long_name String P LPT CONC PUMP QV ODV
attribute P_LPT_CONC_PUMP_QV_ODV units String unitless
variable Sc_LPT_CONC_PUMP_QV_ODV byte
attribute Sc_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Sc_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Sc_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Sc_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Sc_LPT_CONC_PUMP_QV_ODV long_name String Sc LPT CONC PUMP QV ODV
attribute Sc_LPT_CONC_PUMP_QV_ODV units String unitless
variable Ti_LPT_CONC_PUMP_QV_ODV byte
attribute Ti_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Ti_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Ti_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Ti_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Ti_LPT_CONC_PUMP_QV_ODV long_name String Ti LPT CONC PUMP QV ODV
attribute Ti_LPT_CONC_PUMP_QV_ODV units String unitless
variable V_LPT_CONC_PUMP_QV_ODV byte
attribute V_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute V_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute V_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute V_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute V_LPT_CONC_PUMP_QV_ODV long_name String V LPT CONC PUMP QV ODV
attribute V_LPT_CONC_PUMP_QV_ODV units String unitless
variable Mn_LPT_CONC_PUMP_QV_ODV byte
attribute Mn_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Mn_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Mn_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Mn_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Mn_LPT_CONC_PUMP_QV_ODV long_name String Mn LPT CONC PUMP QV ODV
attribute Mn_LPT_CONC_PUMP_QV_ODV units String unitless
variable Fe_LPT_CONC_PUMP_QV_ODV byte
attribute Fe_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Fe_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Fe_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Fe_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Fe_LPT_CONC_PUMP_QV_ODV long_name String Fe LPT CONC PUMP QV ODV
attribute Fe_LPT_CONC_PUMP_QV_ODV units String unitless
variable Co_LPT_CONC_PUMP_QV_ODV byte
attribute Co_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Co_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Co_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Co_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Co_LPT_CONC_PUMP_QV_ODV long_name String Co LPT CONC PUMP QV ODV
attribute Co_LPT_CONC_PUMP_QV_ODV units String unitless
variable Ni_LPT_CONC_PUMP_QV_ODV byte
attribute Ni_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Ni_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Ni_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Ni_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Ni_LPT_CONC_PUMP_QV_ODV long_name String Ni LPT CONC PUMP QV ODV
attribute Ni_LPT_CONC_PUMP_QV_ODV units String unitless
variable Cu_LPT_CONC_PUMP_QV_ODV byte
attribute Cu_LPT_CONC_PUMP_QV_ODV _FillValue byte 127
attribute Cu_LPT_CONC_PUMP_QV_ODV actual_range byte 0, 8
attribute Cu_LPT_CONC_PUMP_QV_ODV bcodmo_name String q_flag
attribute Cu_LPT_CONC_PUMP_QV_ODV description String Quality control flag; following the ODV convention
attribute Cu_LPT_CONC_PUMP_QV_ODV long_name String Cu LPT CONC PUMP QV ODV
attribute Cu_LPT_CONC_PUMP_QV_ODV units String unitless
variable Y_LPT_CONC_PUMP_STDEV double
attribute Y_LPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Y_LPT_CONC_PUMP_STDEV actual_range double 0.034450961, 1.103678985
attribute Y_LPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Y_LPT_CONC_PUMP_STDEV description String Error estimate
attribute Y_LPT_CONC_PUMP_STDEV long_name String Y LPT CONC PUMP STDEV
attribute Y_LPT_CONC_PUMP_STDEV units String picomole per liter
variable Mo_LPT_CONC_PUMP_STDEV double
attribute Mo_LPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Mo_LPT_CONC_PUMP_STDEV actual_range double 0.071137863, 936.2238737
attribute Mo_LPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Mo_LPT_CONC_PUMP_STDEV description String Error estimate
attribute Mo_LPT_CONC_PUMP_STDEV long_name String Mo LPT CONC PUMP STDEV
attribute Mo_LPT_CONC_PUMP_STDEV units String picomole per liter
variable Ag_LPT_CONC_PUMP_STDEV double
attribute Ag_LPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Ag_LPT_CONC_PUMP_STDEV actual_range double 0.173719982, 5.565333633
attribute Ag_LPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Ag_LPT_CONC_PUMP_STDEV description String Error estimate
attribute Ag_LPT_CONC_PUMP_STDEV long_name String Ag LPT CONC PUMP STDEV
attribute Ag_LPT_CONC_PUMP_STDEV units String picomole per liter
variable Cd_LPT_CONC_PUMP_STDEV double
attribute Cd_LPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Cd_LPT_CONC_PUMP_STDEV actual_range double 0.0052872, 0.95672756
attribute Cd_LPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Cd_LPT_CONC_PUMP_STDEV description String Error estimate
attribute Cd_LPT_CONC_PUMP_STDEV long_name String Cd LPT CONC PUMP STDEV
attribute Cd_LPT_CONC_PUMP_STDEV units String picomole per liter
variable Ba_LPT_CONC_PUMP_STDEV double
attribute Ba_LPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Ba_LPT_CONC_PUMP_STDEV actual_range double 0.33511148, 10.73570908
attribute Ba_LPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Ba_LPT_CONC_PUMP_STDEV description String Error estimate
attribute Ba_LPT_CONC_PUMP_STDEV long_name String Ba LPT CONC PUMP STDEV
attribute Ba_LPT_CONC_PUMP_STDEV units String picomole per liter
variable Nd_LPT_CONC_PUMP_STDEV double
attribute Nd_LPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Nd_LPT_CONC_PUMP_STDEV actual_range double 0.011441901, 0.366555391
attribute Nd_LPT_CONC_PUMP_STDEV bcodmo_name String standard deviation
attribute Nd_LPT_CONC_PUMP_STDEV description String Error estimate
attribute Nd_LPT_CONC_PUMP_STDEV long_name String Nd LPT CONC PUMP STDEV
attribute Nd_LPT_CONC_PUMP_STDEV units String picomole per liter
variable Pb_LPT_CONC_PUMP_STDEV double
attribute Pb_LPT_CONC_PUMP_STDEV _FillValue double NaN
attribute Pb_LPT_CONC_PUMP_STDEV actual_range double 0.022386515, 0.717179586
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