The selected Calculated Carbon Parameterwill be displayed and exported as -999! No data available? Insert -999 No suggestion for adjustment possible? Insert -888
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Insert/leave -999 to match up to last station e.g. when last station is unknown!NOTICE - adjustment values are copied from stations 1-last!
Selected region(s) for this cruise: Atlantic Ocean
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The crossover analyis and inversion of the adjusted data suggest that theadjustment of 1.20 was not enough. The inversion suggest additional adjustmentof 1.05, and the average of the crossovers is 0.95. Based on this the adjustmentwas changed to 1.25.Toste Tanhua,Kiel, 2009.06.05
Posted by Toste Tanhua on Wed Jun 03 14:23:10 +0200 2009 Edit
Original pH Scale: TS21
Posted by Anton Velo on Mon Jul 28 13:50:49 +0200 2008 Edit
06MT20010716 1092 886pHSWS25There are 16 xovers. The fitted offset is -0.005 The suggested adjustment is-0.005Except 2 xovers, all residuals are very low and fits inside +-0.003.Very good fit with 4 core cruises and 2 GLODAP.Vigo 2008/06/12Fiz PerezAnton Velo--All xovers and output of inversions are refered on figure: "Report plot foradjustments"Real diff (Green dots) are the differences taken directly from xover routines.The complete segment of error bar represents the xover standard deviation.Yellow line stand for the offset calculated for this cruise.Black stars stand for the offset calculated for the others cruises in thexovers.Blue squares stand for the Fitted differences that would be obtained from thecalculated offsets (Yellow line - black stars)Red dots stand for the Residuals between the 'Real diff'(Green dots) and 'Fitteddiff' (Blue squares)c suffix in the upper X axis labels stand for Core Cruises.d preffix in the upper X axis labels stand for pH determined with Alk and TCO2using the CO2SYS routines and the Mehr'73 ctes fitted by Dick&Mill'87.expocode ids in upper X axis stand for NA ids or SO_ids+10000 for avoidingcoincidences
Posted by Anton Velo on Fri Jun 13 09:13:14 +0200 2008 Edit
The average of all cross-overs is 0.019 with some outliers pushing up theaverage.The inversion suggests an adjustment of 0.993 that is under the threshold of 1%The cross-overs with core cruise do not suggest that an adjustment is needed.Base of this, I suggest no adjustment to the oxygen valuesZürich, 2008.06.11Ilaria Stendardo
Posted by Ilaria Stendardo on Wed Jun 11 15:48:49 +0200 2008 Edit
06MT20010716alkalinityThere are 18 xovers. The fitted offset is -0.0. The suggested adjustment is 0Except one, all inversion residuals fits inside +-5. Most of them are very closeto 0,except with 2 GLODAP cruises.Very good crosses with 3 core-cruises, not so good with GLODAPVigo 2008/06/09Fiz PerezAnton Velo--All xovers and output of inversions are refered on figure: "Report plot foradjustments"Real diff (Green dots) are the differences taken directly from xover routines.The complete segment of error bar represents the xover standard deviation.Yellow line stand for the offset calculated for this cruise.Black stars stand for the offset calculated for the others cruises in thexovers.Blue squares stand for the Fitted differences that would be obtained from thecalculated offsets (Yellow line - black stars)Red dots stand for the Residuals between the 'Real diff'(Green dots) and 'Fitteddiff' (Blue squares)c suffix in the upper X axis labels stand for Core Cruises
Posted by Anton Velo on Tue Jun 10 13:36:50 +0200 2008 Edit
06MT20010716tco2No manual crossovers were performed. The average of all cross overs (automatic) is 1.82. Crossovers with core cruises only suggests offsets of -0.09(automatic) -(omitting results from 64TR19900701 and 64TR19910408)Inversion also suggests no adjustment (-1.21 and -2.21 for WLSQ and WDLSQ,respectively).Automatic results fall within limits. Inversion results also suggest no adjustment.Based on this I don't suggest any adjustment for the 06MT20010716 tco2 values.UEA-Norwich, 2008.06.09Pete Brown
Posted by Pete J. Brown on Mon Jun 09 13:04:14 +0200 2008 Edit
no offset in deep North East Atlanticadjustment from inversion ignoredReiner Steinfeldt05.06.2008
Posted by Reiner Steinfelt on Thu Jun 05 19:00:59 +0200 2008 Edit
The average of all cross overs is 0.965.The inversions suggest an upward adjustment of 1.02 and 1.03 for the WLSQ andWDLSQ, respectively.The cross-overs with the core-cruises suggest that the silicate might be a bitlow, but with large variabilityin the region, it is difficult to motivate an adjustment.Based on these evidence I suggest no adjustment.Kiel, 2008.06.04Toste Tanhua
Posted by Toste Tanhua on Wed Jun 04 11:21:11 +0200 2008 Edit
The average of all cross overs is 0.797.The N/P ratio is 15.89, intercept 2.86.The inversions suggest an upward adjustment of 1.20.The cross-overs with the core-cruises confirms that an upward adjustment isnecessary.Based on these evidence I suggest an adjustment of 1.20, in agreement with theinversions.Kiel, 2008.06.04Toste Tanhua
Posted by Toste Tanhua on Wed Jun 04 11:14:12 +0200 2008 Edit
The average of all cross overs is 1.008.The inversions suggest no adjustment.The cross-overs with the core-cruises suggest that confirms that no adjustmentis necessary.Based on these evidence I suggest no adjustment.Kiel, 2008.06.04Toste Tanhua
Posted by Toste Tanhua on Wed Jun 04 11:09:13 +0200 2008 Edit
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View 1 ReadMe(s) (Lists all ReadMes)
3/17/99 Initialized README file Cruise dates: 7/17 - 8/12/2001Chief Scientist: W. ZenkExperiment name: SFB 460Ship and cruise designation: Meteor 50 Leg 4, 06MT50_4EXPOCODE: 06MT20010717Region: Subpolar North Atlantic SW of Iceland including reoccupation of eastern part of A2 section139 stations with 22 place RosetteHydro: Who - Zenk; Status - final; S Plus - up to date Notes: WOCE standards Bottom values from topography fileNuts/O2: Who - ???; Status - final; S Plus - up to date Notes: reported accruacy of 1% for nuts Oxygen precision reported +/-0.16umol/kgTCO2: Who - Friis; Status - final; S Plus - up to date Notes: see 50.1 Mean deviation of CRM from reported -0.37+/-1.14 Std. Dev. of duplicates +/-1.0TA: Who - Friis; Status - final; S Plus -up to date Notes: see 50.1 Mean deviation of CRM from reported 0.34+/-2.41 Std. Dev. of duplicates +/-2.6fCO2: Who - Friis; Status - final; S Plus - Notes: underway onlypH: Who - Friis; Status - final; S Plus - up to date Notes: Analysis and reported at 21+/-1C, Total Scale, spectrophotometric, precision +/- 0.002 Std. Dev. of duplicates +/-0.0009 Total estimated uncertainty of +/- 0.002CFC: Who - Bleischwitz, Bulsiewicz, Steinfeldt; Status - final; S Plus - up to date Notes: data from R. Steinfeldt 12/18/06 measured by gas chromatography CFC-11: SIO-93 scale, accuracy 1.5% CFC-12: SIO-93 scale, accuracy 1.5%C-14: Who - ???; Status - collected; S Plus - Notes: no dataC-13: Who - ???; Status - collected; S Plus - Notes: no dataHe-3: Who - Bleischwitz, Bulsiewicz, Steinfeldt; Status - final; S Plus - up to date Notes: data from J¸rgen S¸ltenfufl 3/18/08 neon data included error for concentrations is below 1% error for delta3He is 0.5%Other: chlorophyll at a few stations TOC, methane, Th-230 samples collectedReferences:Kieke, D., M. Rhein, L. Stramma, W. M. Smethie, D. A. LeBel, and W. Zenk, 2006. Changes in the CFC Inventories and Formation Rates of Upper Labrador Sea Water, 1997-2001, J. Phys. Oceanogr, 36, 64-86.
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[Copy of salinity plot for crossover: 06MT20010716 / 06MT20030723!]; [autogenerated from running_cluster_toste/salinity!]; recovered copy
[Copy of salinity plot for crossover: 06MT20010716 / 35TH20040605!]; [autogenerated from running_cluster_toste/salinity!]; recovered copy
[Copy of salinity plot for crossover: 06MT20010716 / 74DI19980426!]; [autogenerated from running_cluster_toste/salinity!]; recovered copy
[Copy of salinity plot for crossover: 06MT20010716 / 06MT19941115!]; [autogenerated from running_cluster_toste/salinity!]; recovered copy
[Copy of salinity plot for crossover: 06MT20010716 / 317519930704!]; [autogenerated from running_cluster_toste/salinity!]; recovered copy
[Copy of salinity plot for crossover: 06MT20010716 / 35TH20020611!]; [autogenerated from running_cluster_toste/salinity!]; recovered copy
[Copy of salinity plot for crossover: 06MT20010716 / OMEX1!]; [autogenerated from running_cluster_toste/salinity!]; recovered copy
[Copy of salinity plot for crossover: 06MT20010716 / 06GA20000506!]; [autogenerated from running_cluster_toste/salinity!]; recovered copy
[Copy of salinity plot for crossover: 06MT20010716 / 06MT20030626!]; [autogenerated from running_cluster_toste/salinity!]; recovered copy
[Copy of salinity plot for crossover: 06MT20010716 / 06MT19941012!]; [autogenerated from running_cluster_toste/salinity!]; recovered copy
[Copy of salinity plot for crossover: 06MT20010716 / 06MT20030723!]; [autogenerated from running_cluster_toste/salinity!]
[Copy of salinity plot for crossover: 06MT20010716 / 06MT19941012!]; [autogenerated from running_cluster_toste/salinity!]
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IIM-CSIC inversions result plot
[Copy of tco2 plot for crossover: 06MT20010716 / 06MT19941012!]; [autogenerated from running_cluster_toste/tco2!]
[Copy of tco2 plot for crossover: 06MT20010716 / 06MT19941115!]; [autogenerated from running_cluster_toste/tco2!]
[Copy of tco2 plot for crossover: 06MT20010716 / 06MT19970515!]; [autogenerated from running_cluster_toste/tco2!]
[Copy of tco2 plot for crossover: 06MT20010716 / 06MT19970815!]; [autogenerated from running_cluster_toste/tco2!]
[Copy of tco2 plot for crossover: 06MT20010716 / 35TH20020611!]; [autogenerated from running_cluster_toste/tco2!]
[Copy of tco2 plot for crossover: 06MT20010716 / 35TH20040605!]; [autogenerated from running_cluster_toste/tco2!]
[Copy of tco2 plot for crossover: 06MT20010716 / 33RO20030604!]; [autogenerated from running_cluster_toste/tco2!]
[Copy of tco2 plot for crossover: 06MT20010716 / 317519930704!]; [autogenerated from running_cluster_toste/tco2!]
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Report plot for adjustments
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[Copy of nitrate plot for crossover: 06MT20010716 / 74DI19970807!]; [autogenerated from running_cluster_toste/nitrate!]
[Copy of nitrate plot for crossover: 06MT20010716 / 64TR19900701!]; [autogenerated from running_cluster_toste/nitrate!]
[Copy of nitrate plot for crossover: 06MT20010716 / 33RO20030604!]; [autogenerated from running_cluster_toste/nitrate!]
[Copy of nitrate plot for crossover: 06MT20010716 / 06MT19970815!]; [autogenerated from running_cluster_toste/nitrate!]
[Copy of nitrate plot for crossover: 06MT20010716 / 06MT19941012!]; [autogenerated from running_cluster_toste/nitrate!]
[Copy of nitrate plot for crossover: 06MT20010716 / 06GA20000506!]; [autogenerated from running_cluster_toste/nitrate!]
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[Copy of phosphate plot for crossover: 06MT20010716 / 06GA20000506!]; [autogenerated from running_cluster_toste/ph!]
[Copy of phosphate plot for crossover: 06MT20010716 / 06MT19941115!]; [autogenerated from running_cluster_toste/ph!]
[Copy of phosphate plot for crossover: 06MT20010716 / 74AB19910501!]; [autogenerated from running_cluster_toste/ph!]
[Copy of phosphate plot for crossover: 06MT20010716 / 33RO20030604!]; [autogenerated from running_cluster_toste/phosphate!]
[Copy of phosphate plot for crossover: 06MT20010716 / 06MT20030723!]; [autogenerated from running_cluster_toste/phosphate!]
[Copy of phosphate plot for crossover: 06MT20010716 / 06MT19970815!]; [autogenerated from running_cluster_toste/phosphate!]
[Copy of phosphate plot for crossover: 06MT20010716 / 06MT19941012!]; [autogenerated from running_cluster_toste/phosphate!]
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[Copy of silicate plot for crossover: 06MT20010716 / 74DI19970807!]; [autogenerated from running_cluster_toste/silicate!]
[Copy of silicate plot for crossover: 06MT20010716 / 06MT20030723!]; [autogenerated from running_cluster_toste/silicate!]
[Copy of silicate plot for crossover: 06MT20010716 / 33RO20030604!]; [autogenerated from running_cluster_toste/silicate!]
[Copy of silicate plot for crossover: 06MT20010716 / 06MT19970815!]; [autogenerated from running_cluster_toste/silicate!]
[Copy of silicate plot for crossover: 06MT20010716 / 06MT19941115!]; [autogenerated from running_cluster_toste/silicate!]
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