Home > MEDACC-Mediterranean marine cast database

Parameters selection: Discipline: ALLAdministration and dimensionsAtmosphereBiological oceanographyChemical oceanographyCross-disciplineMarine geologyPhysical oceanography ALLAdministration and dimensionsAtmosphereBiological oceanographyChemical oceanographyCross-disciplineMarine geologyPhysical oceanography Group: ALLAdministration and dimensionsBacteria and virusesCarbon, nitrogen and phosphorusCarbonate systemCurrentsDissolved gasesHalocarbons (including freons)IsotopesMesozooplanktonMetal and metalloid concentrationsMeteorologyMicrozooplanktonNutrientsOptical propertiesOther biological measurementsOther inorganic chemical measurementsOther organic chemical measurementsOther physical oceanographic measurementsPhytoplanktonPigmentsRate measurements (including production, excretion and grazing)Rock and sediment biotaRock and sediment chemistrySuspended particulate materialWater column temperature and salinity ALLAdministration and dimensionsBacteria and virusesCarbon, nitrogen and phosphorusCarbonate systemCurrentsDissolved gasesHalocarbons (including freons)IsotopesMesozooplanktonMetal and metalloid concentrationsMeteorologyMicrozooplanktonNutrientsOptical propertiesOther biological measurementsOther inorganic chemical measurementsOther organic chemical measurementsOther physical oceanographic measurementsPhytoplanktonPigmentsRate measurements (including production, excretion and grazing)Rock and sediment biotaRock and sediment chemistrySuspended particulate materialWater column temperature and salinity Parameter keyword: Parameters: 14c production unknown filter, Milligrams of carbon per milligram of chlorophyll per hour14c uptake 0.2-1 micron, Milligrams of carbon per milligram of chlorophyll per hourAbsorption standard deviation, Milligrams per cubic metreAL IN SPM, Milligrams per cubic metreAlkalinity, Micromoles per kilogramAlkalinity, acidity and ph of the water column, Micromoles per litreAmmonium concentration parameters in the water column, Micromoles per litreAmmonium regeneration, Nanomoles per litre per dayAmmonium uptake, Nanomoles per litre per dayAVERAGED DATA CYCLES NUMBER, Number of values included in the determination of a statisticBA IN SPM, Milligrams per cubic metreBacterial biomass at surface, Milligrams Bacterial biomass in sea water, Milligrams per cubic metreBacterial production in the water column, Milligrams of carbon per squere meter per dayBeam attenuation coefficient at 407 nm, m-1Beam attenuation coefficient at 422 nm, m-1Beam attenuation coefficient at 427 nm, m-1Beam attenuation coefficient at 457 nm, m-1Beam attenuation coefficient at 465 nm, m-1Beam attenuation coefficient at 530 nm, m-1Beam attenuation coefficient at 540 nm, m-1CA IN SPM, Milligrams per cubic metreChemical oxygen demand, Micromoles per litreChlorophyll-a (hplc), Milligrams per cubic metreChlorophyll-a (spectrophotometric method), Micrograms per litreChlorophyll-a (spectrophotometric method), Milligrams per cubic metreChlorophyll-a total, Milligrams per cubic metreCHLOROPHYLL-A/2 MICRON FILTER, Milligrams per cubic metreCHLOROPHYLL-A/20 MICRON FILTER, Milligrams per cubic metreChlorophyll-b, Milligrams per cubic metreCHLOROPHYLL-B TOTAL, Milligrams per cubic metreChlorophyll-b total, Milligrams per cubic metreChlorophyll-c total, Milligrams per cubic metreChlorophyll-total, Milligrams per cubic metreCL IN SPM, Milligrams per cubic metreCurrent east component, Metres per secondCurrent north component, Metres per secondDark carbon absorption, Milligrams per cubic metreDark fixation, Milligrams of carbon per milligram of chlorophyll per hourDensity (sigma-theta), Kilograms per cubic metreDepth below sea surface, MetresDeviation of isotopic ratio, PercentDiatoms, wet biomass, Milligrams per square metreDinoflagellates, wet biomass, Milligrams per square metreDirection rel. true north, DegreesDissolved 234 th act. error, Millibequerels per litreDissolved 234th, Millibequerels per litreDISSOLVED CARBON DIOXYD (CO2), Milligrams per cubic metreDissolved cfc11, Picomoles per kilogramDISSOLVED CFC11 ERROR, Picomoles per kilogramDISSOLVED CFC11 ERROR, PercentDISSOLVED CFC113, Picomoles per kilogramDISSOLVED CFC113 ERROR, Picomoles per kilogramDISSOLVED CFC113 ERROR, PercentDissolved cfc12, Picomoles per kilogramDISSOLVED CFC12 ERROR, Picomoles per kilogramDISSOLVED CFC12 ERROR, PercentDISSOLVED C-TETRACHLORIDE, Picomoles per kilogramDissolved helium, Nanomoles per kilogramDissolved helium error, Nanomoles per kilogramDISSOLVED INORGANIC NITROGEN, Millimoles per cubic metreDissolved neon, Nanomoles per kilogramDissolved neon error, Nanomoles per kilogramDissolved organic carbon concentration in the water column, Micromoles per litreDissolved organic nitrogen, Micromoles per litreDissolved organic phosphorus, Micromoles per litreDissolved oxygen, Parts per thousandDissolved oxygen, Micromoles per kilogramDissolved oxygen (ctd-probe), Micromoles per litreDissolved oxygen in the water column, ctd, Micromoles per kilogramDissolved oxygen in the water column, ctd, Millilitres per litre, ml/lDissolved oxygen in the water column, ctd, mg/lDissolved oxygen in the water column, winkler, Millilitres per litre, ml/lDissolved oxygen in the water column, winkler, Micromoles per litreDissolved oxygen parameters in the water column, Micromoles per litreDISSOLVED TRITIUM, UTDISSOLVED TRITIUM ERROR, UTDivinyl chlorophyll-a, Milligrams per cubic metreDivinyl-chlorophyll-b, Milligrams per cubic metreElectrical conductivity of the water column, Siemens per metreFE IN SPM, Milligrams per cubic metreFluorescence, VoltsFluorescence by ctd, Not specifiedFluorescence, ctd, Fluorescence unitsFluorescence, ctd, Micrograms per litreFodder mesozooplankton biomass (150 litre big bottle), Milligrams per cubic metreFodder mesozooplankton biomass (br 113/140 net), Milligrams per cubic metreFodder mesozooplankton biomass (cone 50 net), Milligrams per cubic metreFodder mesozooplankton biomass (jom 80/113 net), Milligrams per cubic metreGlucide, Milligrams per cubic metreHorizontal current speed, Metres per secondHumic matter, Milligrams per litreHydrogen sulphide (h2s), Micromoles per litreIodine, Micromoles per litreIsotopic ratio error, PercentK IN SPM, Milligrams per cubic metreLeucine uptake rate, Milligrams of carbon per milligram of chlorophyll per hourLight attenuation coefficient, per metreLight carbon absorption, Milligrams per cubic metreLight diffusion coefficient, per metreLight irradiance corrected par, MicroEinsteins per square metre per secondLight irradiance immerged par, MicroEinsteins per square metre per secondLight irradiance surface par, MicroEinsteins per square metre per secondLight scattering, PercentLIGHT TRANSMISSION, PercentLight transmission, PercentLight transmission at 600 nm, PercentLower layer depth, MetresManganese (ii) in water column, Micromoles per litreMean spheric diam. median, Years Months Days (yyyymmdd)Mean spheric diam. of particle, Years Months Days (yyyymmdd)Mesozooplankton f2 ("fodder" ) number, Number per cubic metreMesozooplankton f2("fodder" ) biomass, Milligrams per cubic metreMesozooplankton f6 ("fodder",greze net,w/o pleur., aurel, mnemiop.) number, Number per cubic metreMesozooplankton f6 ("fodder",greze net,w/o pleur., aurel., mnemiop.) biomass, Milligrams per cubic metreMesozooplankton t2 (total, juday net, w/o aurelia and mnemiopsis) biomass, Milligrams per cubic metreMesozooplankton t2 (total, juday net, w/o aurelia and mnemiopsis) number, Number per cubic metreMG IN SPM, Milligrams per cubic metreMicrophytoplankton (>15 microns), average cell density in water column, cells per litre, cell/lMicrophytoplankton (>15 microns), average wet biomass in water column, Milligrams per cubic metreMicrophytoplankton carbon biomass, Milligram of carbon per cubic meterMicrophytoplankton, wet biomass, Milligrams per square metreMN IN SPM, Milligrams per cubic metreNanophytoplankton (2-15 microns), average cell density in water column, cells per litre, cell/lNanophytoplankton (2-15 microns), average wet biomass in water column, Milligrams per cubic metreNanophytoplankton carbon biomass, Milligram of carbon per cubic meterNanophytoplankton, wet biomass, Milligrams per square metreNitrate (no3-n) content, Micromoles per litreNitrate + nitrite content, Micromoles per kilogramNitrate + nitrite content, Micromoles per litreNitrate concentration parameters in the water column, Micromoles per litreNitrate uptake, Nanomoles per litre per dayNitrate+nitrite concentration parameters in the water column, Micromoles per litreNitrification, Nanomoles per litre per dayNitrite (no2-n) content, Micromoles per litreNitrite concentration parameters in the water column, Micromoles per litreNum. of sw phytoplankton cells, Number per litreNumber of bacteria cells sw, Number per litreNumber of particles, Number per litreNumber of sw ciliates, Number per litreNumber of sw coccolithophorids, Number per litreNumber of sw diatoms, Number per litreNumber of sw dinoflagellates, Number per litreNumber of sw nanoflagellates, Number per litreNumber of sw picoeucaryotes, Number per litreNumber of sw prochlorococcus, Number per litreNumber of sw synechococcus, Number per litreORGANIC SUSPENDED MATTER, Grams per cubic metreOther physical and chemical properties of suspended particulate material, Kilograms per cubic metreOxygen saturation, PercentP IN SPM, Milligrams per cubic metrePart. organic phosphorus (p), Micromoles per litreParticulate 234 th act. error, Millibequerels per litreParticulate 234th activty, Millibequerels per litreParticulate organic carbon/poc, Milligrams per cubic metreParticulate organic carbon/poc, Micromoles per litreParticulate organic nitrogen, Milligrams per cubic metreParticulate organic nitrogen, Micromoles per litreParticulate total and organic carbon concentrations in the water column, Micromoles per litreParticulate total and organic nitrogen concentrations in the water column, Micromoles per litreParticulate total and organic phosphorus concentrations in the water column, Micromoles per litreParticulate total nitrogen, Milligrams per cubic metreParticulate total phosphorus, Milligrams per cubic metrePh, pH unitsPhaeopigment concentrations in the water column, Milligrams per cubic metrePheophytin-a, Milligrams per cubic metrePhosphate (po4-p) content, Micromoles per kilogramPhosphate (po4-p) content, Micromoles per litrePhosphate concentration parameters in the water column, Micromoles per litrePhotosynthetically active radiation, MicroEinsteins per square metre per secondPhytoplankton total, wet biomass, Milligrams per square metrePicophytoplankton (< 2 micron), average cell density in water column, cells per litre, cell/lPicophytoplankton (< 2 microns), average wet biomass in water column, Milligrams per cubic metrePicophytoplankton carbon biomass, Milligram of carbon per cubic meterPotential temperature, Degrees CelsiusPrimary production at selected depth, Milligrams of carbon per cubic meter per dayPrimary production at surface, Milligrams of carbon per cubic meter per dayPrimary production in the water column, Milligrams of carbon per squere meter per dayProtein, Milligrams per cubic metreRaw fluorometer output, Not specifiedRedox potential in sw, MillivoltsS IN SPM, Milligrams per cubic metreSalinity of the water column, Parts per thousandSalinity of the water column, P.S.U. (practical salinity unit)Sea pressure sea surface=0, DecibarsSecchi disk visibility depth, MetersSI IN SPM, Milligrams per cubic metreSilicate (sio4-si) content, Micromoles per kilogramSilicate (sio4-si) content, Micromoles per litreSilicate concentration parameters in the water column, Micromoles per litreSulfite, Micromoles per litreSulfur-o, Micromoles per litreTemperature of the water column, Degrees CelsiusThiosulfate, Micromoles per litreTI IN SPM, Milligrams per cubic metreTotal alkalinity in water column, Milligramm-Equivalent per litreTotal alkalinity in water column, Milligramm-Equivalent per litreTotal co2, Micromoles per kilogramTotal cyanobacteria, cell density, cells per cubic metreTOTAL DISSOLVED CARBON, Millimoles per cubic metreTotal inorganic carbon, Micromoles per kilogramTotal inorganic carbon, Micromoles per litreTotal mesozooplankton biomass (br 113/140 net), Milligrams per cubic metreTotal mesozooplankton biomass (cone 50 net), Milligrams per cubic metreTotal mesozooplankton biomass (jom 80/113 net), Milligrams per cubic metreTotal mesozooplankton carbon biomass (150 litre big bottle), Milligrams per cubic metreTOTAL ORGANIC CARBON, Millimoles per cubic metreTotal particulate phosphorus, Micromoles per litreTotal phaeopigments, Milligrams per cubic metreTotal pheophytine, Milligrams per cubic metreTotal phytoplankton average wet biomass in water column, Milligrams per cubic metreTotal phytoplankton carbon biomass (layer), Milligram of carbon per cubic meterTotal phytoplankton carbon biomass at surface, Milligram of carbon per cubic meterTotal phytoplankton, cell density, cells per litre, cell/lTotal phytoplankton, wet biomass, Milligrams per cubic metreTotal sulfides (spectrophotometric), Micromoles per litreTotal susp. part. matter/ester, Grams per cubic metreTotal susp. part. matter/glass, Grams per cubic metreTotal suspended matter, Grams per cubic metreTURBIDITY, Relative unitsTurbidity, Nephelometric Turbidity UnitsUrea concentration parameters in the water column, Micromoles per litreVolume conc. of particles, Parts per millionZoobentos 1 (0.05 m2 van veen grab), Grams per square metreZoobentos 2 (0.1 m2 grab) biomass, Grams per square metreZoobentos 2 (0.1 m2 grab) number, Number per square metre 14c production unknown filter, Milligrams of carbon per milligram of chlorophyll per hour14c uptake 0.2-1 micron, Milligrams of carbon per milligram of chlorophyll per hourAbsorption standard deviation, Milligrams per cubic metreAL IN SPM, Milligrams per cubic metreAlkalinity, Micromoles per kilogramAlkalinity, acidity and ph of the water column, Micromoles per litreAmmonium concentration parameters in the water column, Micromoles per litreAmmonium regeneration, Nanomoles per litre per dayAmmonium uptake, Nanomoles per litre per dayAVERAGED DATA CYCLES NUMBER, Number of values included in the determination of a statisticBA IN SPM, Milligrams per cubic metreBacterial biomass at surface, Milligrams Bacterial biomass in sea water, Milligrams per cubic metreBacterial production in the water column, Milligrams of carbon per squere meter per dayBeam attenuation coefficient at 407 nm, m-1Beam attenuation coefficient at 422 nm, m-1Beam attenuation coefficient at 427 nm, m-1Beam attenuation coefficient at 457 nm, m-1Beam attenuation coefficient at 465 nm, m-1Beam attenuation coefficient at 530 nm, m-1Beam attenuation coefficient at 540 nm, m-1CA IN SPM, Milligrams per cubic metreChemical oxygen demand, Micromoles per litreChlorophyll-a (hplc), Milligrams per cubic metreChlorophyll-a (spectrophotometric method), Micrograms per litreChlorophyll-a (spectrophotometric method), Milligrams per cubic metreChlorophyll-a total, Milligrams per cubic metreCHLOROPHYLL-A/2 MICRON FILTER, Milligrams per cubic metreCHLOROPHYLL-A/20 MICRON FILTER, Milligrams per cubic metreChlorophyll-b, Milligrams per cubic metreCHLOROPHYLL-B TOTAL, Milligrams per cubic metreChlorophyll-b total, Milligrams per cubic metreChlorophyll-c total, Milligrams per cubic metreChlorophyll-total, Milligrams per cubic metreCL IN SPM, Milligrams per cubic metreCurrent east component, Metres per secondCurrent north component, Metres per secondDark carbon absorption, Milligrams per cubic metreDark fixation, Milligrams of carbon per milligram of chlorophyll per hourDensity (sigma-theta), Kilograms per cubic metreDepth below sea surface, MetresDeviation of isotopic ratio, PercentDiatoms, wet biomass, Milligrams per square metreDinoflagellates, wet biomass, Milligrams per square metreDirection rel. true north, DegreesDissolved 234 th act. error, Millibequerels per litreDissolved 234th, Millibequerels per litreDISSOLVED CARBON DIOXYD (CO2), Milligrams per cubic metreDissolved cfc11, Picomoles per kilogramDISSOLVED CFC11 ERROR, Picomoles per kilogramDISSOLVED CFC11 ERROR, PercentDISSOLVED CFC113, Picomoles per kilogramDISSOLVED CFC113 ERROR, Picomoles per kilogramDISSOLVED CFC113 ERROR, PercentDissolved cfc12, Picomoles per kilogramDISSOLVED CFC12 ERROR, Picomoles per kilogramDISSOLVED CFC12 ERROR, PercentDISSOLVED C-TETRACHLORIDE, Picomoles per kilogramDissolved helium, Nanomoles per kilogramDissolved helium error, Nanomoles per kilogramDISSOLVED INORGANIC NITROGEN, Millimoles per cubic metreDissolved neon, Nanomoles per kilogramDissolved neon error, Nanomoles per kilogramDissolved organic carbon concentration in the water column, Micromoles per litreDissolved organic nitrogen, Micromoles per litreDissolved organic phosphorus, Micromoles per litreDissolved oxygen, Parts per thousandDissolved oxygen, Micromoles per kilogramDissolved oxygen (ctd-probe), Micromoles per litreDissolved oxygen in the water column, ctd, Micromoles per kilogramDissolved oxygen in the water column, ctd, Millilitres per litre, ml/lDissolved oxygen in the water column, ctd, mg/lDissolved oxygen in the water column, winkler, Millilitres per litre, ml/lDissolved oxygen in the water column, winkler, Micromoles per litreDissolved oxygen parameters in the water column, Micromoles per litreDISSOLVED TRITIUM, UTDISSOLVED TRITIUM ERROR, UTDivinyl chlorophyll-a, Milligrams per cubic metreDivinyl-chlorophyll-b, Milligrams per cubic metreElectrical conductivity of the water column, Siemens per metreFE IN SPM, Milligrams per cubic metreFluorescence, VoltsFluorescence by ctd, Not specifiedFluorescence, ctd, Fluorescence unitsFluorescence, ctd, Micrograms per litreFodder mesozooplankton biomass (150 litre big bottle), Milligrams per cubic metreFodder mesozooplankton biomass (br 113/140 net), Milligrams per cubic metreFodder mesozooplankton biomass (cone 50 net), Milligrams per cubic metreFodder mesozooplankton biomass (jom 80/113 net), Milligrams per cubic metreGlucide, Milligrams per cubic metreHorizontal current speed, Metres per secondHumic matter, Milligrams per litreHydrogen sulphide (h2s), Micromoles per litreIodine, Micromoles per litreIsotopic ratio error, PercentK IN SPM, Milligrams per cubic metreLeucine uptake rate, Milligrams of carbon per milligram of chlorophyll per hourLight attenuation coefficient, per metreLight carbon absorption, Milligrams per cubic metreLight diffusion coefficient, per metreLight irradiance corrected par, MicroEinsteins per square metre per secondLight irradiance immerged par, MicroEinsteins per square metre per secondLight irradiance surface par, MicroEinsteins per square metre per secondLight scattering, PercentLIGHT TRANSMISSION, PercentLight transmission, PercentLight transmission at 600 nm, PercentLower layer depth, MetresManganese (ii) in water column, Micromoles per litreMean spheric diam. median, Years Months Days (yyyymmdd)Mean spheric diam. of particle, Years Months Days (yyyymmdd)Mesozooplankton f2 ("fodder" ) number, Number per cubic metreMesozooplankton f2("fodder" ) biomass, Milligrams per cubic metreMesozooplankton f6 ("fodder",greze net,w/o pleur., aurel, mnemiop.) number, Number per cubic metreMesozooplankton f6 ("fodder",greze net,w/o pleur., aurel., mnemiop.) biomass, Milligrams per cubic metreMesozooplankton t2 (total, juday net, w/o aurelia and mnemiopsis) biomass, Milligrams per cubic metreMesozooplankton t2 (total, juday net, w/o aurelia and mnemiopsis) number, Number per cubic metreMG IN SPM, Milligrams per cubic metreMicrophytoplankton (>15 microns), average cell density in water column, cells per litre, cell/lMicrophytoplankton (>15 microns), average wet biomass in water column, Milligrams per cubic metreMicrophytoplankton carbon biomass, Milligram of carbon per cubic meterMicrophytoplankton, wet biomass, Milligrams per square metreMN IN SPM, Milligrams per cubic metreNanophytoplankton (2-15 microns), average cell density in water column, cells per litre, cell/lNanophytoplankton (2-15 microns), average wet biomass in water column, Milligrams per cubic metreNanophytoplankton carbon biomass, Milligram of carbon per cubic meterNanophytoplankton, wet biomass, Milligrams per square metreNitrate (no3-n) content, Micromoles per litreNitrate + nitrite content, Micromoles per kilogramNitrate + nitrite content, Micromoles per litreNitrate concentration parameters in the water column, Micromoles per litreNitrate uptake, Nanomoles per litre per dayNitrate+nitrite concentration parameters in the water column, Micromoles per litreNitrification, Nanomoles per litre per dayNitrite (no2-n) content, Micromoles per litreNitrite concentration parameters in the water column, Micromoles per litreNum. of sw phytoplankton cells, Number per litreNumber of bacteria cells sw, Number per litreNumber of particles, Number per litreNumber of sw ciliates, Number per litreNumber of sw coccolithophorids, Number per litreNumber of sw diatoms, Number per litreNumber of sw dinoflagellates, Number per litreNumber of sw nanoflagellates, Number per litreNumber of sw picoeucaryotes, Number per litreNumber of sw prochlorococcus, Number per litreNumber of sw synechococcus, Number per litreORGANIC SUSPENDED MATTER, Grams per cubic metreOther physical and chemical properties of suspended particulate material, Kilograms per cubic metreOxygen saturation, PercentP IN SPM, Milligrams per cubic metrePart. organic phosphorus (p), Micromoles per litreParticulate 234 th act. error, Millibequerels per litreParticulate 234th activty, Millibequerels per litreParticulate organic carbon/poc, Milligrams per cubic metreParticulate organic carbon/poc, Micromoles per litreParticulate organic nitrogen, Milligrams per cubic metreParticulate organic nitrogen, Micromoles per litreParticulate total and organic carbon concentrations in the water column, Micromoles per litreParticulate total and organic nitrogen concentrations in the water column, Micromoles per litreParticulate total and organic phosphorus concentrations in the water column, Micromoles per litreParticulate total nitrogen, Milligrams per cubic metreParticulate total phosphorus, Milligrams per cubic metrePh, pH unitsPhaeopigment concentrations in the water column, Milligrams per cubic metrePheophytin-a, Milligrams per cubic metrePhosphate (po4-p) content, Micromoles per kilogramPhosphate (po4-p) content, Micromoles per litrePhosphate concentration parameters in the water column, Micromoles per litrePhotosynthetically active radiation, MicroEinsteins per square metre per secondPhytoplankton total, wet biomass, Milligrams per square metrePicophytoplankton (< 2 micron), average cell density in water column, cells per litre, cell/lPicophytoplankton (< 2 microns), average wet biomass in water column, Milligrams per cubic metrePicophytoplankton carbon biomass, Milligram of carbon per cubic meterPotential temperature, Degrees CelsiusPrimary production at selected depth, Milligrams of carbon per cubic meter per dayPrimary production at surface, Milligrams of carbon per cubic meter per dayPrimary production in the water column, Milligrams of carbon per squere meter per dayProtein, Milligrams per cubic metreRaw fluorometer output, Not specifiedRedox potential in sw, MillivoltsS IN SPM, Milligrams per cubic metreSalinity of the water column, Parts per thousandSalinity of the water column, P.S.U. (practical salinity unit)Sea pressure sea surface=0, DecibarsSecchi disk visibility depth, MetersSI IN SPM, Milligrams per cubic metreSilicate (sio4-si) content, Micromoles per kilogramSilicate (sio4-si) content, Micromoles per litreSilicate concentration parameters in the water column, Micromoles per litreSulfite, Micromoles per litreSulfur-o, Micromoles per litreTemperature of the water column, Degrees CelsiusThiosulfate, Micromoles per litreTI IN SPM, Milligrams per cubic metreTotal alkalinity in water column, Milligramm-Equivalent per litreTotal alkalinity in water column, Milligramm-Equivalent per litreTotal co2, Micromoles per kilogramTotal cyanobacteria, cell density, cells per cubic metreTOTAL DISSOLVED CARBON, Millimoles per cubic metreTotal inorganic carbon, Micromoles per kilogramTotal inorganic carbon, Micromoles per litreTotal mesozooplankton biomass (br 113/140 net), Milligrams per cubic metreTotal mesozooplankton biomass (cone 50 net), Milligrams per cubic metreTotal mesozooplankton biomass (jom 80/113 net), Milligrams per cubic metreTotal mesozooplankton carbon biomass (150 litre big bottle), Milligrams per cubic metreTOTAL ORGANIC CARBON, Millimoles per cubic metreTotal particulate phosphorus, Micromoles per litreTotal phaeopigments, Milligrams per cubic metreTotal pheophytine, Milligrams per cubic metreTotal phytoplankton average wet biomass in water column, Milligrams per cubic metreTotal phytoplankton carbon biomass (layer), Milligram of carbon per cubic meterTotal phytoplankton carbon biomass at surface, Milligram of carbon per cubic meterTotal phytoplankton, cell density, cells per litre, cell/lTotal phytoplankton, wet biomass, Milligrams per cubic metreTotal sulfides (spectrophotometric), Micromoles per litreTotal susp. part. matter/ester, Grams per cubic metreTotal susp. part. matter/glass, Grams per cubic metreTotal suspended matter, Grams per cubic metreTURBIDITY, Relative unitsTurbidity, Nephelometric Turbidity UnitsUrea concentration parameters in the water column, Micromoles per litreVolume conc. of particles, Parts per millionZoobentos 1 (0.05 m2 van veen grab), Grams per square metreZoobentos 2 (0.1 m2 grab) biomass, Grams per square metreZoobentos 2 (0.1 m2 grab) number, Number per square metre
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Start date:	12345678910111213141516171819202122232425262728293031 JanFebMarAprMayJunJulAugSepOctNovDec 1864186518661867186818691870187118721873187418751876187718781879188018811882188318841885188618871888188918901891189218931894189518961897189818991900190119021903190419051906190719081909191019111912191319141915191619171918191919201921192219231924192519261927192819291930193119321933193419351936193719381939194019411942194319441945194619471948194919501951195219531954195519561957195819591960196119621963196419651966196719681969197019711972197319741975197619771978197919801981198219831984198519861987198819891990199119921993199419951996199719981999200020012002200320042005200620072008	End date:	12345678910111213141516171819202122232425262728293031 JanFebMarAprMayJunJulAugSepOctNovDec 1864186518661867186818691870187118721873187418751876187718781879188018811882188318841885188618871888188918901891189218931894189518961897189818991900190119021903190419051906190719081909191019111912191319141915191619171918191919201921192219231924192519261927192819291930193119321933193419351936193719381939194019411942194319441945194619471948194919501951195219531954195519561957195819591960196119621963196419651966196719681969197019711972197319741975197619771978197919801981198219831984198519861987198819891990199119921993199419951996199719981999200020012002200320042005200620072008
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22v_BOTCruise 23_BOTCruise 23a_BOTCruise 24_BOTCruise 24a_BOTCruise 25_BOTCruise 25_BOT^1Cruise 25b_BOTCruise 26_BOTCruise 27_BOTCruise 27_BOT^1Cruise 27-1_BOTCruise 27-2_BOTCruise 27-3_BOTCruise 28_BOTCruise 28_BOT^1Cruise 28a_BOTCruise 28b_BOTCruise 28v_BOTCruise 29_BOTCruise 29-1_BOTCruise 30_BOTCruise 30_BOT^1Cruise 30a_BOTCruise 31_BOTCruise 31_BOT^1Cruise 32 (biol)_BOTCruise 32_BOTCruise 32_BOT^1Cruise 32_BOT^2Cruise 33 (phy)_BOTCruise 33_BOTCruise 33_BOT^1Cruise 34_BOTCruise 34_BOT^1Cruise 35_BOTCruise 35a_BOTCruise 36_BOTCruise 36a_BOTCruise 37_BOTCruise 37_BOT^1Cruise 37-1_BOTCruise 38_BOTCruise 38_BOT^1Cruise 38a_BOTCruise 41_BOTCruise 44_BOTCruise 44_BOT^1Cruise 44-1_BOTCruise 44-4_BOTCruise 45_BOTCruise 49_BOTCruise 49a_BOTCruise 51_BOTCruise 53_BOTCruise 53a_BOTCruise 54_BOTCruise 55_BOTCruise 64_BOTcruise_August_1957_BOTcruise_July_1958_BOTcruise_May_1957_BOTcruise_May_1962_BOTcruise_November_1954_BOTCSP01CSP01_BOTCSP03_BOTCYBELE_BOTCYPRUS BASIN OCEANOGRAPHYCYPRUS BASIN 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HANSEN-1965_BOTHOP1HOP1_BOTHUELVA-87_BOTHUELVA-88_BOTHUELVA-90_BOTHUELVA-91_BOTHYDROKOR I - 69_BOTHYDROKOR I - 70_BOTHYDROKOR I - 71_BOTHYDROKOR II - 72_BOTHYDROKOR II - 73_BOTIBIZA-391IBIZA-692IBIZA-791IBIZA-791_BOTIBIZA-792IBIZA-90IBZ-393IBZ-593IBZ-693IBZ-793ICT.ALB-C94ICTIO-ALB91ICTIO-ALB92ICTIO-ALB93IMAGES V LEG 5IND_Leg_3_BOTIOR1997CTD 1IOR1998CTD 1IOR1998CTD 2IOR1998CTD 3IOR1998CTD 4IOR1998CTD 5IOR1998CTD 6IOR1998CTD 7IOR1999CTD 1IOR1999CTD 2IOR1999CTD 3IOR1999CTD 4IOR1999CTD 5IOR2000CTDISMAL_BOTISMAL_BOT^1ISMAL_BOT^2ISMAL_BOT^3IZMIR BAY_BOTJOHAN HJORT-1959_BOTKamyshovaya_Bay_BOTKiev_cruise_02_BOTKiev_cruise_04_BOTKRUZENSHTERN-1959_BOTLaspy_Bay_coastal_expedition_BOTlavr1LBDS01ISLBDS01IS_BOTLBDS02ISLBDS02IS_BOTLEBANON-HYDROBIOLOGYLEBANON-HYDROBIOLOGY^1LEBANON-HYDROBIOLOGY^10LEBANON-HYDROBIOLOGY^11LEBANON-HYDROBIOLOGY^12LEBANON-HYDROBIOLOGY^13LEBANON-HYDROBIOLOGY^14LEBANON-HYDROBIOLOGY^15LEBANON-HYDROBIOLOGY^16LEBANON-HYDROBIOLOGY^17LEBANON-HYDROBIOLOGY^18LEBANON-HYDROBIOLOGY^19LEBANON-HYDROBIOLOGY^2LEBANON-HYDROBIOLOGY^20LEBANON-HYDROBIOLOGY^21LEBANON-HYDROBIOLOGY^22LEBANON-HYDROBIOLOGY^23LEBANON-HYDROBIOLOGY^24LEBANON-HYDROBIOLOGY^25LEBANON-HYDROBIOLOGY^26LEBANON-HYDROBIOLOGY^27LEBANON-HYDROBIOLOGY^28LEBANON-HYDROBIOLOGY^29LEBANON-HYDROBIOLOGY^3LEBANON-HYDROBIOLOGY^30LEBANON-HYDROBIOLOGY^4LEBANON-HYDROBIOLOGY^5LEBANON-HYDROBIOLOGY^6LEBANON-HYDROBIOLOGY^7LEBANON-HYDROBIOLOGY^8LEBANON-HYDROBIOLOGY^9LEBANON-HYDROBIOLOGY_BOTLEBANON-HYDROBIOLOGY_BOT^1LEBANON-HYDROBIOLOGY_BOT^2LIA10LIA10_BOTLIA2LIA2_BOTLIA3LIA4LIA5LIA5_BOTLIA6LIA6_BOTLIA7LIA7_BOTLIA8LIA8_BOTLIA9LIA9_BOTLIW95ISLIWEXIS_BOTLongshore_BOTLongshore_BOT^1Longshore_BOT^2Longshore_BOT^3LYNCH CRUISE 702-86LYNCH CRUISE 707-86M_Lomonosov_43-1_BOTM_Lomonosov_43-2_BOTM_Lomonosov_44-1_BOTM_Lomonosov_44-4(zpk)_BOTM_Lomonosov_44-4_BOTM_Lomonosov_54_BOTM_Lomonosov_55_BOTM51-2MAD-0792MAHON-80_BOTMAHON-81_BOTMAHON-I_BOTMAHON-II_BOTMAHON-III_BOTMAHON-IV_BOTMALAGA-24_BOTMALLO-1192MARCA 1MARCA 2MARCA 7MARINE RESEARCHMARINE RESEARCH^1MARINE RESEARCH_BOTMARINE RESEARCH_BOT^1MARINE RESEARCH_BOT^10MARINE RESEARCH_BOT^11MARINE RESEARCH_BOT^12MARINE RESEARCH_BOT^13MARINE RESEARCH_BOT^14MARINE RESEARCH_BOT^15MARINE RESEARCH_BOT^2MARINE RESEARCH_BOT^3MARINE RESEARCH_BOT^4MARINE RESEARCH_BOT^5MARINE RESEARCH_BOT^6MARINE RESEARCH_BOT^7MARINE RESEARCH_BOT^8MARINE RESEARCH_BOT^9MARMARA SEA 307_BOTMARMARA SEA 310_BOTMARMARA SEA 3211_BOTMARMARA SEA 327MARMARA SEA 328MMARMARA SEA 330MARMARA SEA 333MMARMARA SEA 334MMARMARA SEA 335MMATER_234B_OCT97MATER_234B_OCT97_BOTMATER_ALGERS_MAY98MATER_ALGERS_MAY98_BOTMATER_ALGERS_OCT96MATER_ALGERS_OCT96_BOTMATER_ALGERS_OCT96_BOT^1MATER_CNL_APR96MATER_CNL_APR96_BOTMATER_CNL_APR97MATER_CNL_APR97_BOTMATER_CNL_APR98MATER_CNL_AUG97MATER_CNL_AUG97_BOTMATER_CNL_JAN97MATER_CNL_JAN97_BOTMATER_CNL_JAN98MATER_CNL_JAN98_BOTMATER_CNL_JUL96MATER_CNL_JUL96_BOTMATER_CNL_JUN97MATER_CNL_JUN97_BOTMATER_CNL_JUN98MATER_CNL_JUN98_BOTMATER_CNL_MAR96MATER_CNL_MAR96_BOTMATER_CNL_MAR98MATER_CNL_MAY96MATER_CNL_MAY96_BOTMATER_CNL_MAY97MATER_CNL_MAY97_BOTMATER_CNL_OCT97_BOTMATER_CNL1_JUN96MATER_CNL1_JUN96_BOTMATER_ELISA1_JUL97MATER_ELISA1_JUL97_BOTMATER_ELISA2_OCT97MATER_ELISA3_MAR98MATER_ELISA3_MAR98_BOTMATER_ELISA4_JUN98MATER_ELISA4_JUN98_BOTMATER_GEOTETHYS_3_SEP96MATER_GEOTETHYS_4_JUN97MATER_GEOTETHYS_5_JUN98MATER_GEOTETHYS_6_JUN99MATER_HESP_APR98MATER_HESP_APR98_BOTMATER_HESP_SEP99MATER_HFF-PELAGOS_MAR97MATER_HFF-PELAGOS_MAR97^1MATER_HFF-PELAGOS_MAR97_BOTMATER_HFF-PELAGOS_MAR97_BOT^1MATER_HFF-PELAGOS_MAR97_BOT^2MATER_HFF-TRACEURS_MAR97MATER_HFF-TRACEURS_MAR97_BOTMATER_LIWEX_JUL98MATER_M1BGNA_MAR97_BOTMATER_M1BGNA-MAR97MATER_M1BGSA_MAR97_BOTMATER_M1BGSA-MAR97MATER_M1CH_MAR97_BOTMATER_M1CH_MAR97_BOT^1MATER_M1CH-MAR97MATER_M2BGNA_SEP97_BOTMATER_M2BGNA-SEP97MATER_M2BGSA_SEP97_BOTMATER_M2BGSA-SEP97MATER_M2BN_AUG97_BOTMATER_M2CH_SEP97_BOTMATER_M2CH-SEP97MATER_M3BGNA_MAR98_BOTMATER_M3BGNA-MAR98MATER_M3BGSA_MAR98_BOTMATER_M3BGSA-MAR98MATER_M3BN-MAR98MATER_M3CH_APR98_BOTMATER_M3WFNA-FEB98MATER_M3WFSA-FEB98MATER_M4WF_OCT98_BOTMATER_M4WF-OCT98MATER_MA1_SEP96MATER_MA1_SEP96_BOTMATER_MA2_JAN97MATER_MA2_JAN97_BOTMATER_MA3_SEP97MATER_MA3_SEP97_BOTMATER_MA4_APR98MATER_MA4_APR98_BOTMATER_MAI1_MAR97MATER_MAI1_MAR97_BOTMATER_MAI1_MAR97_BOT^1MATER_MAI1_MAR97_BOT^2MATER_MAI1_MAR97_BOT^3MATER_MAI1_MAR97_BOT^4MATER_MAI2_AUG97MATER_MAI2_AUG97_BOTMATER_MAI2_AUG97_BOT^1MATER_MAI2_AUG97_BOT^2MATER_MAI2_AUG97_BOT^3MATER_MAI2_AUG97_BOT^4MATER_MAI2_AUG97_BOT^5MATER_MAI2_AUG97_BOT^6MATER_MAI3_DEC97MATER_MAI3_DEC97_BOTMATER_MAI3_DEC97_BOT^1MATER_MAI4_JAN98MATER_MAI4_JAN98^1MATER_MAI4_JAN98_BOTMATER_MAI5_MAR98MATER_MAI5_MAR98_BOTMATER_MAI5_MAR98_BOT^1MATER_MAI5_MAR98_BOT^2MATER_MAI5_MAR98_BOT^3MATER_MAI5_MAR98_BOT^4MATER_MAI6_AUG98MATER_MAI6_AUG98_BOTMATER_MAI6_AUG98_BOT^1MATER_MAI6_AUG98_BOT^2MATER_MAI6_AUG98_BOT^3MATER_MAI7_FEB99MATER_MAI7_FEB99_BOTMATER_MAI7_FEB99_BOT^1MATER_MAI7_FEB99_BOT^2MATER_MAI8_FEB99MATER_MAI8_FEB99_BOTMATER_MAI8_FEB99_BOT^1MATER_MAI8_FEB99_BOT^2MATER_MAI8_FEB99_BOT^3MATER_MAI9_MAR99MATER_MINOS_MAY96MATER_MINOS_MAY96_BOTMATER_MINOS_MAY96_BOT^1MATER_MINOS_MAY96_BOT^2MATER_MINOS_MAY96_BOT^3MATER_MOOGLI-1_FETCH_MAR98MATER_S1E_MAY97_BOTMATER_S1E-MAY97MATER_S1W_MAY97_BOTMATER_S1W-MAY97MATER_S2E_JAN98_BOTMATER_S2E-JAN98MATER_S2W_JAN98_BOTMATER_S2W-JAN98MATER_S3E_MAY98_BOTMATER_S3E-MAY98MATER_S3W_MAY98_BOTMATER_S3W-MAY98MATER_SALTO_AVR96MATER_SALTO_DEC96MATER_SALTO_MAI96MATER_SALTO_NOV96MATER_SALTO_OCT96MATER_SOLO_FEB99MATER_TRANSMED-JUL99MATER_WBMATER_MAY97MATER_WBMATER_OCT97MBP-FONT 1993MBP-FRONT 1992MBP-FRONT 1994MBP-FRONT 1995MBP-FRONT 1996MC11ISMC12ISMC13ISMC14ISMC15ISMC16ISMC17ISMC18ISMC19ISMC20ISMC21ISMC22ISMC23ISMC24ISMC24IS_BOTMC25ISMC26ISMC26IS_BOTMC27ISMC28ISMC29ISMC30ISMC30IS_BOTMechnikov_CoMSBlack_'_93_BOTMEDAR / ANDRU / ISMAL_BOTMEDAR / ANDRU ISMAL_BOTMEDIPROD I_BOTMEDIPROD IIIMEDIPROD IVMEDIPROD VMEDIPROD V/ISMALMEDIPROD V^1MEDIPROD VIMEDIPROD VI^1MEDITERRANEAN SEAMEDITERRANEAN SEA_BOTMEDITERRANEAN SEA_BOT^1MEDITERRANEAN_BOTMEDITERRANEAN_BOT^1MEDITERRANEAN_BOT^2MEDITERRANEAN_BOT^3MEDITERRANEAN_BOT^4MEDITERRANEAN_BOT^5MEDITERRANEAN_BOT^6MEDITERRANEAN_BOT^7MEDOC 1969_BOTMEDOC 1970_BOTMEDOC 1970_BOT^1MEDOC 1972MEDOC 73MEDOC 74MEDOC 75MEDOC 75 BOHRA IIMEDOC72-JCMEDPOL III / FEM / ISMAL_BOTMesoescala95_BOTMETEOR 25CMETEOR-1966_BOTMETEOR-1967_BOTMETEOR-1970_BOTMETEOR-1971_BOTMETEOR-1973_BOTMETEOR-1974_BOTMIDDLE AEGEAN SEA_BOTMikhail_Lomonosov_cruise_09_BOTMikhail_Lomonosov_cruise_16_BOTMikhail_Lomonosov_cruise_35_BOTMikhail_Lomonosov_cruise_44_BOTMikhail_Lomonosov_cruise_49_BOTMikhail_Lomonosov_cruise_51_BOTMikhail_Lomonosov_cruise_53a_BOTMOOGLI2MOOGLI3MOOGLI3_BOTMPH-MED93MUSEUM III_BOTMUSEUM III_BOT^1MUSEUM_BOTMUSEUM_BOT^1MUSEUM_BOT^2MUSEUM_BOT^3MUSEUM_BOT^4MUSEUM_BOT^5MUSEUM_BOT^6MUSEUM_BOT^7MUSSON-1976_BOTMUSSON-1979_BOTMUSSON-1979_BOT^1MUSSON-1979_BOT^2MUSSON-1980_BOTN6DC0007_BOTNAC-HOFRA-1996NAC-HOFRA-1997NAC-HOFRA-1998NAC-SCOMINO-1996NAC-SCOMINO-1997NAC-SCOMINO-1998NAJADE 1911-14_BOTNAJADE 1911-14_BOT^1NDCA - 00014_BOTNDCA - 00035_BOTNDCA - 00039_BOTNDCA - 00091_BOTNDCA - 00129_BOTNDCA - 00218_BOTNDCA - 00219_BOTNDCA - 00221_BOTNDCA - 00241_BOTNDCA - 00254_BOTNDCA - 00342_BOTNDCA - 00343_BOTNDCA - 00368_BOTNDCA - 00371_BOTNDCA - 00372_BOTNDCA - 00373_BOTNDCA - 00379_BOTNDCA - 00526_BOTNDCA - 00583_BOTNDCA - 00586_BOTNDCA - 00599_BOTNDCA - 00651_BOTNDCA - 00682_BOTNDCA - 00690_BOTNDCA - 00722_BOTNDCA - 00839_BOTNDCA - 00841_BOTNDCA - 00843_BOTNDCA - 00848_BOTNDCA - 00872_BOTNDCA - 00873_BOTNDCA - 00891_BOTNDCA - 00892_BOTNDCA - 00896_BOTNDCA - 00899_BOTNDCA - 00922_BOTNDCA - 00924_BOTNDCA - 00927_BOTNDCA - 00947_BOTNDCA - 00948_BOTNDCA - 01011_BOTNDCA - 01034_BOTNDCA - 01250_BOTNDCA - 01253_BOTNDCA - 01268_BOTNDCA - 01272_BOTNDCA - 01297_BOTNDCA - 01301_BOTNDCA - 01319_BOTNDCA - 01320_BOTNDCA - 01323_BOTNDCA - 01326_BOTNDCA - 01329_BOTNDCA - 01664_BOTNDCA - 01836_BOTNDCA - 01868_BOTNDCA - 01888_BOTNDCA - 01896_BOTNDCA - 01901_BOTNDCA - 02188_BOTNDCA - 02198_BOTNDCA - 02212_BOTNDCA - 02216_BOTNDCA - 07047_BOTNDCA - 07093_BOTNDCA - 07211_BOTNDCA - 07212_BOTNDCA - 07218_BOTNDCA - 07433_BOTNDCA - 07453_BOTNDCA - 07938_BOTNDCA - 08486_BOTNDCA - 08535_BOTNDCA - 08738_BOTNDCA - 08739_BOTNDCA - 08741_BOTNDCA - 08742_BOTNDCA - 08748_BOTNDCA - 08750_BOTNDCA - 08751_BOTNDCA - 08763_BOTNDCA - 08765_BOTNDCA - 09367_BOTNDCA - 10127_BOTNDCA - 10142_BOTNDCA - 10882_BOTNDCA - 11741_BOTNDCA - 11762_BOTNDCA - 12350_BOTNDCA - 12642_BOTNDCA - 13536_BOTNDCA - 13558_BOTNDCA - 13573_BOTNDCA - 13585NEG0991_BOTNODC-0000-0_BOTNODC-0000-0_BOT^1NODC-0000-0_BOT^10NODC-0000-0_BOT^11NODC-0000-0_BOT^12NODC-0000-0_BOT^13NODC-0000-0_BOT^14NODC-0000-0_BOT^15NODC-0000-0_BOT^16NODC-0000-0_BOT^17NODC-0000-0_BOT^18NODC-0000-0_BOT^19NODC-0000-0_BOT^2NODC-0000-0_BOT^20NODC-0000-0_BOT^21NODC-0000-0_BOT^22NODC-0000-0_BOT^23NODC-0000-0_BOT^24NODC-0000-0_BOT^25NODC-0000-0_BOT^26NODC-0000-0_BOT^27NODC-0000-0_BOT^28NODC-0000-0_BOT^29NODC-0000-0_BOT^3NODC-0000-0_BOT^30NODC-0000-0_BOT^31NODC-0000-0_BOT^32NODC-0000-0_BOT^33NODC-0000-0_BOT^34NODC-0000-0_BOT^35NODC-0000-0_BOT^36NODC-0000-0_BOT^37NODC-0000-0_BOT^38NODC-0000-0_BOT^39NODC-0000-0_BOT^4NODC-0000-0_BOT^40NODC-0000-0_BOT^41NODC-0000-0_BOT^42NODC-0000-0_BOT^43NODC-0000-0_BOT^44NODC-0000-0_BOT^45NODC-0000-0_BOT^46NODC-0000-0_BOT^47NODC-0000-0_BOT^48NODC-0000-0_BOT^49NODC-0000-0_BOT^5NODC-0000-0_BOT^50NODC-0000-0_BOT^51NODC-0000-0_BOT^52NODC-0000-0_BOT^53NODC-0000-0_BOT^54NODC-0000-0_BOT^55NODC-0000-0_BOT^56NODC-0000-0_BOT^57NODC-0000-0_BOT^58NODC-0000-0_BOT^59NODC-0000-0_BOT^6NODC-0000-0_BOT^60NODC-0000-0_BOT^61NODC-0000-0_BOT^62NODC-0000-0_BOT^7NODC-0000-0_BOT^8NODC-0000-0_BOT^9NODC-0000-1_BOTNODC-0000-1_BOT^1NODC-0000-1_BOT^10NODC-0000-1_BOT^11NODC-0000-1_BOT^12NODC-0000-1_BOT^13NODC-0000-1_BOT^14NODC-0000-1_BOT^15NODC-0000-1_BOT^2NODC-0000-1_BOT^3NODC-0000-1_BOT^4NODC-0000-1_BOT^5NODC-0000-1_BOT^6NODC-0000-1_BOT^7NODC-0000-1_BOT^8NODC-0000-1_BOT^9NODC-0000-2_BOTNODC-0000-2_BOT^1NODC-0000-2_BOT^2NODC-0000-2_BOT^3NODC-0000-2_BOT^4NODC-0000-2_BOT^5NODC-0000-2_BOT^6NODC-0000-2_BOT^7NODC-0000-2_BOT^8NODC-0000-2_BOT^9NODC-0000-3_BOTNODC-0000-3_BOT^1NODC-0000-3_BOT^2NODC-0001-2_BOTNODC-0001-3_BOTNODC-0001-6_BOTNODC-0001-6_BOT^1NODC-0001-6_BOT^2NODC-0002-2_BOTNODC-0002-2_BOT^1NODC-0002-2_BOT^2NODC-0002-2_BOT^3NODC-0002-2_BOT^4NODC-0002-3_BOTNODC-0002-3_BOT^1NODC-0002-6_BOTNODC-0002-6_BOT^1NODC-0002-6_BOT^2NODC-0003-2_BOTNODC-0003-2_BOT^1NODC-0003-2_BOT^2NODC-0003-2_BOT^3NODC-0003-2_BOT^4NODC-0003-2_BOT^5NODC-0003-2_BOT^6NODC-0003-3_BOTNODC-0003-3_BOT^1NODC-0003-3_BOT^2NODC-0003-3_BOT^3NODC-0003-3_BOT^4NODC-0003-3_BOT^5NODC-0003-3_BOT^6NODC-0003-4_BOTNODC-0003-4_BOT^1NODC-0004-1_BOTNODC-0004-2_BOTNODC-0004-2_BOT^1NODC-0004-2_BOT^2NODC-0004-2_BOT^3NODC-0004-2_BOT^4NODC-0004-2_BOT^5NODC-0004-2_BOT^6NODC-0004-2_BOT^7NODC-0004-2_BOT^8NODC-0004-3_BOTNODC-0004-3_BOT^1NODC-0004-3_BOT^2NODC-0004-3_BOT^3NODC-0004-4_BOTNODC-0004-4_BOT^1NODC-0005-6_BOTNODC-0006-2_BOTNODC-0006-2_BOT^1NODC0007_BOTNODC-0007-2_BOTNODC-0007-2_BOT^1NODC0008_BOTNODC-0008-2_BOTNODC-0008-2_BOT^1NODC0009_BOTNODC0009_BOT^1NODC0009_BOT^2NODC-0009-0_BOTNODC-0009-0_BOT^1NODC-0009-0_BOT^2NODC-0009-0_BOT^3NODC-0009-2_BOTNODC-0009-2_BOT^1NODC-0010-2_BOTNODC-0010-2_BOT^1NODC-0011-2_BOTNODC-0011-2_BOT^1NODC-0012-2_BOTNODC0013_BOTNODC0013_BOT^1NODC0013_BOT^2NODC-0013-0_BOTNODC-0013-0_BOT^1NODC-0013-0_BOT^2NODC-0013-2_BOTNODC-0013-2_BOT^1NODC-0014-2_BOTNODC-0017-3_BOTNODC-0019-5_BOTNODC-0020-5_BOTNODC-0024-4_BOTNODC-0029-2_BOTNODC-0029-2_BOT^1NODC0030_BOTNODC0030081810_BOTNODC-0030-3_BOTNODC-0030-4_BOTNODC-0030-4_BOT^1NODC-0030-4_BOT^2NODC-0032-4_BOTNODC-0032-4_BOT^1NODC0033_BOTNODC-0034-5_BOTNODC0035_BOTNODC-0035-4_BOTNODC-0035-4_BOT^1NODC-0036-3_BOTNODC-0036-3_BOT^1NODC-0036-4_BOTNODC0039_BOTNODC0041_BOTNODC0043_BOTNODC-0043-3_BOTNODC0044_BOTNODC0049_BOTNODC0049_BOT^1NODC0050_BOTNODC0052320610_BOTNODC0053000010_BOTNODC-0067-4_BOTNODC-0069-3_BOTNODC-0070-3_BOTNODC0089_BOTNODC0089_BOT^1NODC0092_BOTNODC0096_BOTNODC-0107-3_BOTNODC-0108-3_BOTNODC-0108-3_BOT^1NODC0143_BOTNODC0144_BOTNODC0145_BOTNODC0146_BOTNODC0149_BOTNODC0151_BOTNODC-0177-5_BOTNODC-0183-3_BOTNODC-0183-3_BOT^1NODC-0183-3_BOT^2NODC-0183-3_BOT^3NODC0193_BOTNODC-0197-3_BOTNODC-0197-3_BOT^1NODC0198_BOTNODC0198_BOT^1NODC-0198-0_BOTNODC0201_BOTNODC-0207-3 - CHAIN 7_BOTNODC-0207-3_BOTNODC-0209-3 - CHAIN 21_BOTNODC-0209-3_BOTNODC-0210-3 - ATLANTIS 275_BOTNODC-0210-3 - ATLANTIS 275_BOT^1NODC-0210-3 - ATLANTIS 275_BOT^2NODC-0210-3 - ATLANTIS 275_BOT^3NODC-0210-3_BOTNODC-0247-4_BOTNODC-0247-4_BOT^1NODC-0247-4_BOT^2NODC-0247-4_BOT^3NODC-0254-0_BOTNODC-0254-0_BOT^1NODC-0254-0_BOT^2NODC-0254-0_BOT^3NODC-0254-0_BOT^4NODC-0254-0_BOT^5NODC-0256-0_BOTNODC-0257-0_BOTNODC-0258-0_BOTNODC-0258-0_BOT^1NODC-0258-0_BOT^2NODC-0258-0_BOT^3NODC-0258-0_BOT^4NODC-0258-0_BOT^5NODC-0267-5_BOTNODC-0301-1_BOTNODC-0301-1_BOT^1NODC-0301-1_BOT^2NODC-0301-1_BOT^3NODC-0312-5_BOTNODC-0343-5_BOTNODC-0358-1_BOTNODC035832_BOTNODC041800_BOTNODC041800_BOT^1NODC-0418-6_BOTNODC-0428-1_BOTNODC-0430-1_BOTNODC-0431-1_BOTNODC-0471-6_BOTNODC-0520-6_BOTNODC-0526-6_BOTNODC-0530-6_BOTNODC-0531-6_BOTNODC0535_BOTNODC0579_BOTNODC-0618-7_BOTNODC0622_BOTNODC-0624-1_BOTNODC-0624-1_BOT^1NODC-0624-1_BOT^2NODC-0624-1_BOT^3NODC-0624-2_BOTNODC-0624-2_BOT^1NODC-0626-1_BOTNODC-0626-1_BOT^1NODC-0626-1_BOT^2NODC-0626-1_BOT^3NODC-0626-1_BOT^4NODC0633_BOTNODC-0679-7_BOTNODC0702_BOTNODC0705_BOTNODC-0710-1_BOTNODC-0710-1_BOT^1NODC-0710-1_BOT^2NODC-0713-7_BOTNODC0720_BOTNODC-0824-1_BOTNODC-0824-2_BOTNODC-0830-4_BOTNODC-0830-4_BOT^1NODC-0833-0_BOTNODC-0833-0_BOT^1NODC-0838-2_BOTNODC-0838-2_BOT^1NODC-0838-2_BOT^2NODC-0846-2_BOTNODC-0847-3_BOTNODC-0848-3_BOTNODC-0850-0_BOTNODC-0850-0_BOT^1NODC-0851-0_BOTNODC-0852-0_BOTNODC-0853-0_BOTNODC-0857-0NODC-0858-0NODC-0859-0NODC-0860-0NODC-0861-0NODC-0862-0NODC-0921-1_BOTNODC-0922-1_BOTNODC-0925-1_BOTNODC-0926-1_BOTNODC-0927-1_BOTNODC-1247-4_BOTNODC-1247-4_BOT^1NODC-1247-4_BOT^2NODC-1247-4_BOT^3NODC-1247-4_BOT^4NODC-1346-7_BOTNODC-1355-5_BOTNODC-1355-5_BOT^1NODC-1355-5_BOT^2NODC-1361-5_BOTNODC-1362-4_BOTNODC-1363-4_BOTNODC-1409-4_BOTNODC-1410-4_BOTNODC-1468-1_BOTNODC-1468-1_BOT^1NODC-1468-1_BOT^2NODC-1468-1_BOT^3NODC-1468-1_BOT^4NODC-1468-1_BOT^5NODC-1469-1_BOTNODC-1469-1_BOT^1NODC-1469-1_BOT^2NODC-1469-1_BOT^3NODC-1841-5_BOTNODC-1841-5_BOT^1NODC-1841-5_BOT^2NODC-1868-5_BOTNODC-1868-5_BOT^1NODC-1868-5_BOT^2NODC-1868-5_BOT^3NODC-1902-5_BOTNODC-1902-5_BOT^1NODC-1902-5_BOT^2NODC-1910-5_BOTNODC-2295-5_BOTNODC-2295-5_BOT^1NODC-2295-5_BOT^2NODC-2313-6_BOTNODC-2313-6_BOT^1NODC-3222-3 - ATLANTIS 263_BOTNODC-3222-3 - ATLANTIS 263_BOT^1NODC-3222-3 - ATLANTIS 263_BOT^2NODC-3330-0NODC-3331-0NODC-7046-7_BOTNODC-7047-7_BOTNODC-7048-7_BOTNODC-7049-7_BOTNODC-7050-7_BOTNODC-7051-7_BOTNODC-7089-6_BOTNODC-7092-7_BOTNODC-7093-7_BOTNODC-7107-2_BOTNODC-7146-7_BOTNODC8005 French Navy_BOTNODC-8219-0NODC-8219-5_BOTNODC-8227-0NODC-8227-5_BOTNODC-8228-0NODC-8246-0NODC8330_BOTNODC-9152-0NODC-9152-0^1NODC-9152-0^2NODC-9170-0NODC-9178-1NODC-9390-0NODC-9429-0NODC-9438-0NODC-9555-0NODC-9555-0^1NODC-9874-1NORTH AEGEAN SEANORTH AEGEAN SEA 351NORTH AEGEAN SEA^1NORTH AEGEAN SEA^2NORTH AEGEAN SEA^3NORTH AEGEAN SEA^4NORTH AEGEAN SEA^5NORTH AEGEAN SEA^6NORTH AEGEAN SEA^7NORTH AEGEAN SEA^8NORTH AEGEAN SEA_BOTNORTH AEGEAN SEA_BOT^1NORTH AEGEAN SEA_BOT^2NORTH AEGEAN SEA_BOT^3OBM-I_BOTOBM-II_BOTOBM-III_BOTOBM-IV_BOTOBM-V_BOTOBM-VI_BOTOCL 7_BOTOCL 148_BOTOCL 1019_BOTOCL 5127_BOTOCL 8912_BOTOCL 10676_BOTOCL 12166_BOTOCL 12518_BOTODON 0197 (CANIGO)ODON 0297 (CANIGO)ODON 0397 (CANIGO)ODON 0497 (CANIGO)ODON 1097 (CANIGO)ODON 1296 (CANIGO)OMEGA-1OSTRA-90_BOTOSTRA-91_BOTOSTRA-92_BOTOTRANTO 1OTRANTO 1_BOTOTRANTO 2OTRANTO 2_BOTOTRANTO 3OTRANTO 3_BOTOTRANTO 4OTRANTO 4_BOTOTRANTO 5OTRANTO 5_BOTOTRANTO 6OTRANTO 6_BOTP T Tissier_BOTPAA 1995PAA 1995-98_BOTPAA 1996PAA 1997PAA 1998PAGSYP1_BOTPAGSYP2_BOTPAGSYP3_BOTPAGSYP4_BOTPAGSYP5_BOTPAGSYP6_BOTPALMAS 1994 (IGM-I)PALMAS 1994 (IGM-I)_BOTPANACHE IPANACHE II_BOTPAR02RUSPAR04RUSPAR06RUSPASSAT-1972_BOTPASSAT-1974_BOTPASSAT-1978_BOTPASSAT-1979_BOTPASSAT-1980_BOTPCO 1986-89Pektas X_BOTPektas_BOTPELAGOLION I_BOTPELAGOLION II_BOTPELAGOLION III_BOTPELAGOS2PELAGOS2_BOTPELAGOS4PELAGOS4_BOTPELMED 95PELMED 96PELMED 97PELMED 99PELMED2MPEMTA-1PEMTA-2PEP 82PEP 83PFP 1978-79_BOTPHYCEMEDPillsbury J. E. 3_BOTPLUTUR6_BOTPOEM01-85POEM01-85^1POEM01-85^2POEM01-85_BOTPOEM01ISPOEM01-ON85 (IBM-I)_BOTPOEM01-ON85 (IRPEM-I)_BOTPOEM01-ON85 (ITT-I)_BOTPOEM02-86POEM02-86_BOTPOEM02ISPOEM02-MA86 (IRPEM-I)POEM02-MA86 (IRPEM-I)_BOTPOEM02-MA86 (OGS-I)POEM03-86POEM03-ON85 (IRPEM-I)_BOTPOEM03-ON86 (IBM-I)_BOTPOEM03-ON86 (ITT-I)_BOTPOEM03-ON86 (IUN-I)POEM03-ON86 (OGS-I)POEM04-87_BOTPOEM04-MA87 (IRPEM-I)POEM04-MA87 (IUN-I)POEM05-AS87 (IBM-I)_BOTPOEM05-AS87 (IRPEM-I)POEM05-AS87 (ITT-I)_BOTPOEM05-AS87 (IUN-I)POEM05-AS87 (OGS-I)POEM05-AS87 (UBR-D)_BOTPOEM05ISPOEM05IS_BOTPOEM06ISPOEM06IS_BOTPOEM-BC-A92 (IBM-I)_BOTPOEM-BC-A92 (ITT-I)_BOTPOEM-BC-A92 (IUN-I)POEM-BC-A92 (OGS-I)POEM-BC-A93 (ITT-I)_BOTPOEMBCISPOEMBCIS_BOTPOEM-BC-LIWEX 95POEM-BC-LIWEX 95^1POEM-BC-LIWEX 95_BOTPOEM-BC-O91 (IBM-I)_BOTPOEM-BC-O91 (ITT-I)_BOTPOEM-BC-O91 (IUN-I)POEM-BC-O91 (METU-T)POEM-BC-O91 (NCMR-GR)POEM-BC-O91 (NCMR-GR)_BOTPOEM-BC-O91 (OGS-I)POEM-BC-O91 (SZN-I)_BOTPOEMI1-86POEMI2-88POEMI3-88POEMI3-88^1POEMI4-89POEMI5-89POEMI6-90POEMI7-90POEM-I-85POEM-II-86(LIA2)POEM-II-86(LIA2)_BOTPOEM-II-86(TK286)POEM-IV-87(LIA5)POEM-IV-87(LIA5)_BOTPOEM-IV-87(TK487)POEM-V-87(LIA6)POEM-V-87(LIA6)_BOTPOEM-V-87(TK587)POLIA1_BOTPollution_BOTPollution_BOT^1POLYMEDE1-CH12_BOTPORYV-1974_BOTPOSEIDON CR189-2/19920195Pourquoi Pas_BOTPR2_UR 1996-98_BOTPRE-GEOTETHYSPRIM 1PRIM 3PrimaryProd-Romania_BOTPRIMO 1PRIMO-0 01/03PRIMO-0 05/11PRIMO-0 09/04PRIMO-0 11/03PRIMO-0 12/06PRIMO-0 12/07PRIMO-0 14/11PRIMO-0 17/01PRIMO-0 17/12PRIMO-0 18/10PRIMO-0 19/04PRIMO-0 19/06PRIMO-0 21/03PRIMO-0 25/02PRIMO-0 25/10PRIMO-0 26/10PRIMO-0 27/05PRIMO-0 28/11PRIMO-0 30/01PRIMO-0 31/10PRINCESS ALICE-1901_BOTPRISMA 1/1PRISMA 1/1^1PRISMA 1/1_BOTPRISMA 1/2PRISMA 1/2^1PRISMA 1/2_BOTPRISMA 1/3PRISMA 1/3^1PRISMA 1/3_BOTPRISMA 1/4PRISMA 1/4^1PRISMA 1/4_BOTProf_Kolesnikov_03-1_BOTProf_Kolesnikov_07_BOTProf_Kolesnikov_09_BOTProf_Kolesnikov_12-1_BOTProf_Kolesnikov_12-2_BOTProf_Kolesnikov_14-2_BOTProf_Kolesnikov_17(zpk)_BOTProf_Kolesnikov_17-2_BOTProf_Kolesnikov_21_BOTProf_Kolesnikov_23_BOTProf_Kolesnikov_29_BOTProf_Kolesnikov_31_BOTProf_Kolesnikov_32_(biol)_BOTProf_Kolesnikov_32_BOTProf_Kolesnikov_33_(phy)_BOTProf_Vodyanitskiy_12_BOTProf_Vodyanitskiy_19b_BOTProf_Vodyanitskiy_20_BOTProf_Vodyanitskiy_20b_BOTProf_Vodyanitskiy_23a_BOTProf_Vodyanitskiy_25_BOTProf_Vodyanitskiy_27_BOTProf_Vodyanitskiy_28_BOTProf_Vodyanitskiy_28-2_BOTProf_Vodyanitskiy_31_BOTProf_Vodyanitskiy_32_BOTProf_Vodyanitskiy_33_BOTProf_Vodyanitskiy_33_BOT^1Prof_Vodyanitskiy_35_BOTProf_Vodyanitskiy_36_BOTProf_Vodyanitskiy_37_BOTProf_Vodyanitskiy_37_BOT^1Prof_Vodyanitskiy_38_BOTProf_Vodyanitskiy_41_BOTProf_Vodyanitskiy_43_BOTProf_Vodyanitskiy_43_BOT^1Prof_Vodyanitskiy_45_BOTProf_Vodyanitskiy_47_BOTProfessor_Kolesnikov_cruise_18_BOTProfessor_Kolesnikov_cruise_28_BOTProfessor_Kolesnikov_cruise_30_BOTPROLIG IIPROSOPE_BOTPRV 1986_BOTPRV 1987_BOTPRV 1988_BOTPRV 1989_BOTPRV 1990_BOTQ1900030Q6900091Q6900099Q6900101Q6900102Q6900278Q6900280Q6900282Q6900285Q6900286Q6900287Q6900291Q6900294RADBAL94_BOTRADBAL95_BOTRADIALES-0195Rhodiber (EU)_BOTRift_1991_June_BOTRift_cruise_07_BOTRift_cruise_08_BOTRift_cruise_19_BOTROMB-1_BOTROMB-2_BOTROMB-3_BOTROMB-4_BOTROMM-82_BOTROMM-83_BOTROMM-84_BOTROMM-85_BOTRUCT40/1RUCT40/1_BOTS.H 01-61_BOTS.H 01-63_BOTS.H 01-65_BOTS.H 01-65_BOT^1S.H 01-66_BOTS.H 01-67_BOTS.H 01-67_BOT^1S.H 01-69_BOTS.H 02-60_BOTS.H 02-63_BOTS.H 02-64_BOTS.H 02-66_BOTS.H 02-67_BOTS.H 02-68_BOTS.H 02-71_BOTS.H 03-64_BOTS.H 03-64_BOT^1S.H 03-66_BOTS.H 03-67_BOTS.H 04-63_BOTS.H 04-65_BOTS.H 04-65_BOT^1S.H 04-67_BOTS.H 04-67_BOT^1S.H 04-68_BOTS.H 04-71_BOTS.H 05-61_BOTS.H 05-62_BOTS.H 05-69_BOTS.H 06-60_BOTS.H 06-61_BOTS.H 06-63_BOTS.H 07-62 - ALBORAN I_BOTS.H 07-71_BOTS.H 08-60_BOTS.H 08-61_BOTS.H 09-61_BOTS.H 09-61_BOT^1S.H 09-62_BOTS.H 09-63_BOTS.H 09-65_BOTS.H 09-65_BOT^1S.H 09-66_BOTS.H 09-71_BOTS.H 09-73_BOTS.H 10-60_BOTS.H 10-63_BOTS.H 10-63_BOT^1S.H 10-64_BOTS.H 11-61_BOTS.H 11-63_BOTS.H 11-64_BOTS.H 11-71_BOTS.H 70002811_BOTS.H 70002911_BOTS.H 70003011_BOTS.H. 69003311_BOTS.H_BOTS.H_BOT^1S.H_BOT^2SAINTE HELENE CSALTO 1 JUN95SALTO 1 MAI95SALTO 2 JUN95SALTO 2 MAI95SALTO AVR95SARSYP1_BOTSARSYP10SARSYP11SARSYP12SARSYP13SARSYP14SARSYP15_BOTSARSYP16_BOTSARSYP17_BOTSARSYP18_BOTSARSYP19_BOTSARSYP2_BOTSARSYP20_BOTSARSYP21_BOTSARSYP3_BOTSARSYP4_BOTSARSYP5_BOTSARSYP6_BOTSARSYP7_BOTSARSYP8SARSYP9SEA OF MARMARA 003_BOTSEA OF MARMARA 005_BOTSEA OF MARMARA 009_BOTSEA OF MARMARA 051_BOTSEA OF MARMARA 073_BOTSEA OF MARMARA 080_BOTSEA OF MARMARA 093_BOTSEA OF MARMARA 107_BOTSEA OF MARMARA 111_BOTSEA OF MARMARA 155_BOTSEA OF MARMARA 155_BOT^1SEA OF MARMARA 189_BOTSEA OF MARMARA 342MSEA OF MARMARA 344MSEA OF MARMARA_BOTSEA OF MARMARA_BOT^1Seasonal_Gelendzhik_BOTSeasonal_Gelendzhik_BOT^1SEMAPHORE-1994-05-DTXSEPTEMBRE 1985_BOTSHDC-0194Shelf - 80_BOTShelf - 90_BOTShelf-70_BOTShelf-80_BOTShelf-80_BOT^1Shelf-90_BOTShelf-90_BOT^1SHOM-1974-01-OG_BOTSHOM-1977-03-OG_BOTSHOM-1978-01-OG_BOTSHOM-1978-02-OG_BOTSHOM-1979-01-OGSHOM-1979-02-OG_BOTSHOM-1988-01-DTXShore - Romania_BOTSOFI00SOFI00^1SOFI97SOFI97^1SOFI98SOFI98^1SOFI99SOFI99^1S-RO1_BOTS-RO1_BOT^1S-RO2_BOTS-RO2_BOT^1STOCS6 A_BOTSTRAIT OF CESME_BOTSUIVILION 01SUIVILION 02SUIVILION 03SUIVILION 04SUIVILION 05SUIVILION 06SUIVILION 08SUIVILION 09SUIVILION 10SUIVILION 11SUIVILION 12Sum_Sozopol_80-86_exp__BOTTanit_BOTTEMPO-APR92_BOTTEMPO-FEB90_BOTTEMPO-SEP89_BOTtf010TGP1_BOTTGP2_BOTTGP3_BOTTHALASSA LEG1 (CANIGO)THALASSA LEG2 (CANIGO)THESYP1_BOTTHESYP2_BOTTHESYP3_BOTTHESYP4_BOTTHESYP5_BOTTHESYP6_BOTThompson 3_BOTTHOR 1909_BOTTISSIER 1960 - WDCA 01001_BOTTOMOFRONT 3Toros97TURBULENCETyroTYRO_BOTTYRO-1987_BOTUNKNOWNUNKNOWN PLATFORMS OF BELG-1961UNKNOWN^1UNKNOWN_BOTUNKNOWN_BOT^1UNKNOWN_BOT^10UNKNOWN_BOT^100UNKNOWN_BOT^101UNKNOWN_BOT^102UNKNOWN_BOT^103UNKNOWN_BOT^104UNKNOWN_BOT^105UNKNOWN_BOT^106UNKNOWN_BOT^107UNKNOWN_BOT^108UNKNOWN_BOT^109UNKNOWN_BOT^11UNKNOWN_BOT^110UNKNOWN_BOT^111UNKNOWN_BOT^112UNKNOWN_BOT^113UNKNOWN_BOT^114UNKNOWN_BOT^115UNKNOWN_BOT^116UNKNOWN_BOT^117UNKNOWN_BOT^118UNKNOWN_BOT^119UNKNOWN_BOT^12UNKNOWN_BOT^120UNKNOWN_BOT^121UNKNOWN_BOT^122UNKNOWN_BOT^123UNKNOWN_BOT^124UNKNOWN_BOT^125UNKNOWN_BOT^126UNKNOWN_BOT^127UNKNOWN_BOT^128UNKNOWN_BOT^129UNKNOWN_BOT^13UNKNOWN_BOT^130UNKNOWN_BOT^131UNKNOWN_BOT^132UNKNOWN_BOT^133UNKNOWN_BOT^134UNKNOWN_BOT^135UNKNOWN_BOT^136UNKNOWN_BOT^137UNKNOWN_BOT^138UNKNOWN_BOT^139UNKNOWN_BOT^14UNKNOWN_BOT^140UNKNOWN_BOT^141UNKNOWN_BOT^142UNKNOWN_BOT^143UNKNOWN_BOT^144UNKNOWN_BOT^145UNKNOWN_BOT^146UNKNOWN_BOT^147UNKNOWN_BOT^148UNKNOWN_BOT^149UNKNOWN_BOT^15UNKNOWN_BOT^150UNKNOWN_BOT^151UNKNOWN_BOT^152UNKNOWN_BOT^153UNKNOWN_BOT^154UNKNOWN_BOT^155UNKNOWN_BOT^156UNKNOWN_BOT^157UNKNOWN_BOT^158UNKNOWN_BOT^159UNKNOWN_BOT^16UNKNOWN_BOT^160UNKNOWN_BOT^161UNKNOWN_BOT^162UNKNOWN_BOT^163UNKNOWN_BOT^164UNKNOWN_BOT^165UNKNOWN_BOT^166UNKNOWN_BOT^167UNKNOWN_BOT^168UNKNOWN_BOT^169UNKNOWN_BOT^17UNKNOWN_BOT^170UNKNOWN_BOT^171UNKNOWN_BOT^172UNKNOWN_BOT^173UNKNOWN_BOT^174UNKNOWN_BOT^175UNKNOWN_BOT^176UNKNOWN_BOT^177UNKNOWN_BOT^178UNKNOWN_BOT^179UNKNOWN_BOT^18UNKNOWN_BOT^180UNKNOWN_BOT^181UNKNOWN_BOT^182UNKNOWN_BOT^183UNKNOWN_BOT^184UNKNOWN_BOT^185UNKNOWN_BOT^186UNKNOWN_BOT^187UNKNOWN_BOT^188UNKNOWN_BOT^189UNKNOWN_BOT^19UNKNOWN_BOT^190UNKNOWN_BOT^191UNKNOWN_BOT^192UNKNOWN_BOT^193UNKNOWN_BOT^194UNKNOWN_BOT^195UNKNOWN_BOT^196UNKNOWN_BOT^197UNKNOWN_BOT^198UNKNOWN_BOT^199UNKNOWN_BOT^2UNKNOWN_BOT^20UNKNOWN_BOT^200UNKNOWN_BOT^201UNKNOWN_BOT^202UNKNOWN_BOT^203UNKNOWN_BOT^204UNKNOWN_BOT^205UNKNOWN_BOT^206UNKNOWN_BOT^207UNKNOWN_BOT^208UNKNOWN_BOT^209UNKNOWN_BOT^21UNKNOWN_BOT^210UNKNOWN_BOT^211UNKNOWN_BOT^212UNKNOWN_BOT^213UNKNOWN_BOT^214UNKNOWN_BOT^215UNKNOWN_BOT^216UNKNOWN_BOT^217UNKNOWN_BOT^218UNKNOWN_BOT^219UNKNOWN_BOT^22UNKNOWN_BOT^220UNKNOWN_BOT^221UNKNOWN_BOT^222UNKNOWN_BOT^223UNKNOWN_BOT^224UNKNOWN_BOT^225UNKNOWN_BOT^226UNKNOWN_BOT^227UNKNOWN_BOT^228UNKNOWN_BOT^229UNKNOWN_BOT^23UNKNOWN_BOT^230UNKNOWN_BOT^231UNKNOWN_BOT^232UNKNOWN_BOT^233UNKNOWN_BOT^234UNKNOWN_BOT^235UNKNOWN_BOT^236UNKNOWN_BOT^237UNKNOWN_BOT^238UNKNOWN_BOT^239UNKNOWN_BOT^24UNKNOWN_BOT^240UNKNOWN_BOT^241UNKNOWN_BOT^242UNKNOWN_BOT^243UNKNOWN_BOT^244UNKNOWN_BOT^245UNKNOWN_BOT^246UNKNOWN_BOT^247UNKNOWN_BOT^248UNKNOWN_BOT^249UNKNOWN_BOT^25UNKNOWN_BOT^250UNKNOWN_BOT^251UNKNOWN_BOT^252UNKNOWN_BOT^253UNKNOWN_BOT^254UNKNOWN_BOT^255UNKNOWN_BOT^256UNKNOWN_BOT^257UNKNOWN_BOT^258UNKNOWN_BOT^259UNKNOWN_BOT^26UNKNOWN_BOT^260UNKNOWN_BOT^261UNKNOWN_BOT^262UNKNOWN_BOT^263UNKNOWN_BOT^264UNKNOWN_BOT^265UNKNOWN_BOT^266UNKNOWN_BOT^267UNKNOWN_BOT^268UNKNOWN_BOT^269UNKNOWN_BOT^27UNKNOWN_BOT^270UNKNOWN_BOT^271UNKNOWN_BOT^272UNKNOWN_BOT^273UNKNOWN_BOT^274UNKNOWN_BOT^275UNKNOWN_BOT^276UNKNOWN_BOT^277UNKNOWN_BOT^278UNKNOWN_BOT^279UNKNOWN_BOT^28UNKNOWN_BOT^280UNKNOWN_BOT^281UNKNOWN_BOT^282UNKNOWN_BOT^283UNKNOWN_BOT^284UNKNOWN_BOT^285UNKNOWN_BOT^286UNKNOWN_BOT^287UNKNOWN_BOT^288UNKNOWN_BOT^289UNKNOWN_BOT^29UNKNOWN_BOT^290UNKNOWN_BOT^291UNKNOWN_BOT^292UNKNOWN_BOT^293UNKNOWN_BOT^294UNKNOWN_BOT^295UNKNOWN_BOT^296UNKNOWN_BOT^297UNKNOWN_BOT^298UNKNOWN_BOT^299UNKNOWN_BOT^3UNKNOWN_BOT^30UNKNOWN_BOT^300UNKNOWN_BOT^301UNKNOWN_BOT^302UNKNOWN_BOT^303UNKNOWN_BOT^304UNKNOWN_BOT^305UNKNOWN_BOT^306UNKNOWN_BOT^307UNKNOWN_BOT^308UNKNOWN_BOT^309UNKNOWN_BOT^31UNKNOWN_BOT^310UNKNOWN_BOT^311UNKNOWN_BOT^312UNKNOWN_BOT^313UNKNOWN_BOT^314UNKNOWN_BOT^315UNKNOWN_BOT^316UNKNOWN_BOT^317UNKNOWN_BOT^318UNKNOWN_BOT^319UNKNOWN_BOT^32UNKNOWN_BOT^320UNKNOWN_BOT^321UNKNOWN_BOT^322UNKNOWN_BOT^323UNKNOWN_BOT^324UNKNOWN_BOT^325UNKNOWN_BOT^326UNKNOWN_BOT^327UNKNOWN_BOT^328UNKNOWN_BOT^329UNKNOWN_BOT^33UNKNOWN_BOT^330UNKNOWN_BOT^331UNKNOWN_BOT^332UNKNOWN_BOT^333UNKNOWN_BOT^334UNKNOWN_BOT^335UNKNOWN_BOT^336UNKNOWN_BOT^337UNKNOWN_BOT^338UNKNOWN_BOT^339UNKNOWN_BOT^34UNKNOWN_BOT^340UNKNOWN_BOT^341UNKNOWN_BOT^342UNKNOWN_BOT^343UNKNOWN_BOT^344UNKNOWN_BOT^345UNKNOWN_BOT^346UNKNOWN_BOT^347UNKNOWN_BOT^348UNKNOWN_BOT^349UNKNOWN_BOT^35UNKNOWN_BOT^350UNKNOWN_BOT^351UNKNOWN_BOT^352UNKNOWN_BOT^353UNKNOWN_BOT^354UNKNOWN_BOT^355UNKNOWN_BOT^356UNKNOWN_BOT^357UNKNOWN_BOT^358UNKNOWN_BOT^359UNKNOWN_BOT^36UNKNOWN_BOT^360UNKNOWN_BOT^361UNKNOWN_BOT^362UNKNOWN_BOT^363UNKNOWN_BOT^364UNKNOWN_BOT^365UNKNOWN_BOT^366UNKNOWN_BOT^367UNKNOWN_BOT^368UNKNOWN_BOT^369UNKNOWN_BOT^37UNKNOWN_BOT^370UNKNOWN_BOT^371UNKNOWN_BOT^372UNKNOWN_BOT^373UNKNOWN_BOT^374UNKNOWN_BOT^375UNKNOWN_BOT^376UNKNOWN_BOT^377UNKNOWN_BOT^378UNKNOWN_BOT^379UNKNOWN_BOT^38UNKNOWN_BOT^380UNKNOWN_BOT^381UNKNOWN_BOT^382UNKNOWN_BOT^383UNKNOWN_BOT^384UNKNOWN_BOT^385UNKNOWN_BOT^386UNKNOWN_BOT^387UNKNOWN_BOT^388UNKNOWN_BOT^389UNKNOWN_BOT^39UNKNOWN_BOT^390UNKNOWN_BOT^391UNKNOWN_BOT^392UNKNOWN_BOT^393UNKNOWN_BOT^394UNKNOWN_BOT^395UNKNOWN_BOT^396UNKNOWN_BOT^397UNKNOWN_BOT^398UNKNOWN_BOT^399UNKNOWN_BOT^4UNKNOWN_BOT^40UNKNOWN_BOT^400UNKNOWN_BOT^401UNKNOWN_BOT^402UNKNOWN_BOT^403UNKNOWN_BOT^404UNKNOWN_BOT^405UNKNOWN_BOT^406UNKNOWN_BOT^407UNKNOWN_BOT^408UNKNOWN_BOT^409UNKNOWN_BOT^41UNKNOWN_BOT^410UNKNOWN_BOT^411UNKNOWN_BOT^412UNKNOWN_BOT^413UNKNOWN_BOT^414UNKNOWN_BOT^415UNKNOWN_BOT^416UNKNOWN_BOT^417UNKNOWN_BOT^418UNKNOWN_BOT^419UNKNOWN_BOT^42UNKNOWN_BOT^420UNKNOWN_BOT^421UNKNOWN_BOT^422UNKNOWN_BOT^423UNKNOWN_BOT^424UNKNOWN_BOT^425UNKNOWN_BOT^426UNKNOWN_BOT^427UNKNOWN_BOT^428UNKNOWN_BOT^429UNKNOWN_BOT^43UNKNOWN_BOT^430UNKNOWN_BOT^431UNKNOWN_BOT^432UNKNOWN_BOT^433UNKNOWN_BOT^434UNKNOWN_BOT^435UNKNOWN_BOT^436UNKNOWN_BOT^437UNKNOWN_BOT^438UNKNOWN_BOT^439UNKNOWN_BOT^44UNKNOWN_BOT^440UNKNOWN_BOT^441UNKNOWN_BOT^442UNKNOWN_BOT^443UNKNOWN_BOT^444UNKNOWN_BOT^445UNKNOWN_BOT^446UNKNOWN_BOT^447UNKNOWN_BOT^448UNKNOWN_BOT^449UNKNOWN_BOT^45UNKNOWN_BOT^450UNKNOWN_BOT^451UNKNOWN_BOT^452UNKNOWN_BOT^453UNKNOWN_BOT^454UNKNOWN_BOT^455UNKNOWN_BOT^456UNKNOWN_BOT^457UNKNOWN_BOT^46UNKNOWN_BOT^47UNKNOWN_BOT^48UNKNOWN_BOT^49UNKNOWN_BOT^5UNKNOWN_BOT^50UNKNOWN_BOT^51UNKNOWN_BOT^52UNKNOWN_BOT^53UNKNOWN_BOT^54UNKNOWN_BOT^55UNKNOWN_BOT^56UNKNOWN_BOT^57UNKNOWN_BOT^58UNKNOWN_BOT^59UNKNOWN_BOT^6UNKNOWN_BOT^60UNKNOWN_BOT^61UNKNOWN_BOT^62UNKNOWN_BOT^63UNKNOWN_BOT^64UNKNOWN_BOT^65UNKNOWN_BOT^66UNKNOWN_BOT^67UNKNOWN_BOT^68UNKNOWN_BOT^69UNKNOWN_BOT^7UNKNOWN_BOT^70UNKNOWN_BOT^71UNKNOWN_BOT^72UNKNOWN_BOT^73UNKNOWN_BOT^74UNKNOWN_BOT^75UNKNOWN_BOT^76UNKNOWN_BOT^77UNKNOWN_BOT^78UNKNOWN_BOT^79UNKNOWN_BOT^8UNKNOWN_BOT^80UNKNOWN_BOT^81UNKNOWN_BOT^82UNKNOWN_BOT^83UNKNOWN_BOT^84UNKNOWN_BOT^85UNKNOWN_BOT^86UNKNOWN_BOT^87UNKNOWN_BOT^88UNKNOWN_BOT^89UNKNOWN_BOT^9UNKNOWN_BOT^90UNKNOWN_BOT^91UNKNOWN_BOT^92UNKNOWN_BOT^93UNKNOWN_BOT^94UNKNOWN_BOT^95UNKNOWN_BOT^96UNKNOWN_BOT^97UNKNOWN_BOT^98UNKNOWN_BOT^99VALDIVIA 118 -CR 19920114VERAVICTOR BUGAEV-1975_BOTVICTOR BUGAEV-1976_BOTVIDAL-1957_BOTVIDAL-1958_BOTVILAVELEBITA 1913-51_BOTVILLEFRANCHE - POINT B 1957-1959VILLEFRANCHE - POINT B 1960-1964VILLEFRANCHE - POINT B 1965-1969VILLEFRANCHE - POINT B 1970-1974VILLEFRANCHE - POINT B 1975-1979VILLEFRANCHE - POINT B 1980-1984Vityaz_cruise_06_BOTVityaz_cruise_06_BOT^1Vityaz_cruise_15_BOTVityaz_cruise_15_BOT^1Vityaz_cruise_21_BOTVityaz_cruise_21_BOT^1Vityaz_cruise_23_BOTVityaz_cruise_23_BOT^1Vityaz_cruise_26_BOTVityaz_cruise_26_BOT^1Vityaz_cruise_27_BOTVityaz_cruise_64_BOTVityaz_cruise_64_BOT^1Voyage_162_Leg_16Voyage_162_Leg_16_BOTVoyage_162_Leg_17Voyage_162_Leg_17_BOTWDCA - 09365_BOTWDCA - 09366_BOTWEST BLACK SEA 333WEST BLACK SEA 343Xauen_BOTXauen_BOT^1XAUEN-1932_BOTXAUEN-1933_BOTXAUEN-513_BOTXAUEN517_BOTXAUEN-52_BOTXAUEN-53_BOTXAUEN-54_BOTXAUEN-56_BOTXAUEN583_BOTXAUEN591_BOTXAUEN598_BOTXAUEN602_BOTXAUEN649_BOTYAKOV GAKKEL-1978_BOTYalta_coastal_expedition_BOTYalta_expedition_1968_BOTYalta_expedition_1969_BOTYalta_expedition_1970_BOTYalta_expedition_1971_BOTYalta_expedition_1975_BOTYalta_expedition_1977_BOTYalta_expedition_1979_BOTYalta_expedition_1980_BOTYalta_expedition_1982_BOTYalta_expedition_1983_BOTYalta_expedition_1986_BOTYantar_1989_Feb-Mar_BOTYantar_1995_Aug-Sep_BOTYantar_1996b_Jun-Jul_BOTYugMorGeo 9_BOTYugMorGeo_BOTZ0234_BOT	Data type:	ALLPrimary productivityPhytoplankton pigments (eg chlorophDissolved organic matter (inc DOC)Pelagic bacteria/micro-organismsPhytoplanktonParticulate organic matter (inc POCNeutrally buoyant floatsCurrent profiler (eg ADCP)Water bottle stationsCTD stationsTransparency (eg transmissometer)Optics (eg underwater light levels)OxygenPhosphateTotal - PNitrateNitriteSilicateAlkalinitypHTrace elementsIsotopesOther dissolved gasesThermistor chainGeochemical tracers (eg freons)Carbon dioxideTotal - NAmmoniaOther chemical oceanographic meas.Upper air observationsNear surface meteorologyOccasional standard measurementsSuspended matterTrace metals
Country:	ALLAlbaniaAlgeriaAustriaBelgiumBulgariaCanadaCyprusDenmarkEgypt, Arab Republic ofFranceGermany, Federal Republic ofGreeceIsraelItalyJapanLebanonMaltaMonacoMoroccoNetherlandsNorwayPortugalRomaniaRussiaSpainSwedenTunisiaTurkeyUkrainian Soviet Socialist RepUnion of Soviet Socialist RepuUnited KingdomUnited States of AmericaUNKNOWNUNKNOWNUNKNOWNUnknown/UnspecifiedYougoslavia	Ship:	ALL30 DECEMBERa few shipsA. V. HUMBOLDTA.N.STRAKHOVACARTIAADELAISAEGAEOAEGLIAELITAainAK. ALEKSANDR NESMEYANOVAK. PETROVSKYAKADEMIK A. KOVALEVSKIYAKADEMIK ALEKSANDR VINOGRAKADEMIK KNIPOVICHAKADEMIK KURCHATOVAKADEMIK M.A. LAVRENTYEVAKADEMIK MSTISLAV KELDYSHAKADEMIK SERGEY VAVILOVAKADEMIK SHOKALSKIYAKADEMIK VERNADSKIYAKADEMIK ZERNOVAkvanavtALBACORAALBATROSALBATROSSALDA MADREALEKSANDR NEVSKYALIDADEALKORALLIANCEALMEIDA CARVALHOALMIRANTE LOBOAMALTHEEAMIRAL MOUCHEZAMMIRAGLIO MAGNAHIANDIOPIANDRIJA MOHOROVICICANEMOSANTARESANTON DOHRNAPOLLONARAGOArarARGOARGUSARIELARMAUER HANSENARSHINTSEVOASKOLDATLANTISATLANTIS IATLANTIS IIATOLL IIAVERROESAVRAAYTODORBANNOCKBARTLETTBELOGORSKBILLIMBIOSBORHA IICALYPSOCANDARLICANONNIERES DE LA MARINECARSAMBACATHERINE LAURENCECHAINCHALLENGERCHELEKENCHERNOMORCHERNOMORETZCICLOPECINCO DE OUTUBROCIROLANACLIONECOMMANDANT ROBERT GIRAUDCORMORANOCORNIDE DE SAAVEDRACUBUKLUDAMPIERDANADANA IIDECTRAD'ENTRECASTEAUXDISCOVERY IIDMITRY MENDELEYEVDMYTRY STEFANOVDONETZDonuzlavEKLIPTIKAEKSPERIMENTEL IDRISSIELIE MONNIERELSKERNEST KRENKELESPADONEUPENFADDEY BELLINGSGAUSENFARAS EL-BAHRFARFALLAFIOLENTFIXED PLATFORMFIXED PLATFORMFLORAFLYING ENTERPRISEFRANCESCO VERCELLIFRANCISCO PAULA NAVARROFRIEDRICH HEINCKEGALSGARCIA DEL CIDGAZZELLAGENERAL ARSHINTSEVGEORGES PETITGEORGIY SEDOVGEORGY USHAKOVGEROI KERCHIGIDROGRAFGIDROLOGGIRALDAGONETSGORIZONTGROCERIAGROTGYDROOPTIKHAZVIHELLAND HANSENHERTHAHESPERIDESIBN SINAICHTHIOLOGICHTHYSIGNAT PAVLUCHENKOVIHTIOLOGINGULIOANNISISCOVERY IIJAFUDA CRESQUESJEAN CHARCOTJOB HA ZELIANJOHAN HJORTJOHANNES MULLERKANEKAPITAN SHAYTANOVKARA-DAGKERCHENSKY KOMSOMOLETSKERCHENSKY RABOCHYKIEVKNORRknownKOMETA GALLEYAKOMPASKONSTANTIN BOLDYREVKONTAKTKONTURKOROTNEFFKOVALEVSKYKRISTALLKRUZENSHTERNKUMACHEVOL. F. MARSILILACAZE DUTHIERSLAGlantis IIL'ATALANTELE RUSEL'EMPORTEL'EUROPELEZAVAllsbury J.E.LUCHLUETJENSLYNCHlypsoM.MAKLAIMAMELUCKMANOSMareaMAREA NEAGRAMARIA PAOLINA G.MARION DUFRESNEMARLINMAZIRBEMECHELENMECHNIKOVMELVILLEMERACMESAHA 1MESAHA 2METEORMEVOOT YAMMGLAMICHAEL SARSMIKHAIL LOMONOSOVMINERMINERVAMOHAMED SEDIK BENYAHIAMOKSHAMOKSHAMONTEBELLOMOWEMULTIPLE SHIPSMULTIPLE SHIPSMUSSONMYS OSTROVSKOGONAJADENAUCRATESNAUKANAVYNEPTUNNEREINIOVINISSAYANNM 112NOROITNS 116NUNEZ DE BALBOAODON DE BUENOKEANOKHTAOKINAWAompson T.G.ONDINAORIGNYOSIPENKOOSIPENKOOSTASHKOVOWENPAMYAT MERKURIYAPANAGIOTISPASSATPASSEUR DU PRINTEMPSPATRIOTPERSEUSPERVOYE MAYAPESCADORPIOTR LEBEDEVPLANETPOISKOVIKPOLAPOMONAPORYVPOSEIDONPOURQUOI PASPREDVODNIKPRIBOYPRILIVPRINCESS ALICEPRINCIPE ALBERTOPROFESSOR BOGOROVPROFESSOR KHROMOVPROFESSOR KOLESNIKOVPROFESSOR MULTANOVSKYIPROFESSOR SERGEY DOROFEYEProfessor ShtokmanPROFESSOR VODYANITSKYProfsouzPROGNOZRAZVEDCHIKIRECTEUR DUBUISSIONREIKARIFTRRS CHARLES DARWINS. JORGESagittaSALAMMBOSALVADOR CORREIASALVATORE LO BIANCOSANDSSCIMITARRASEGURASEMEN VOLKOVSENTINELSERGEY VAVILOVSETA IIISEVASTOPOLSKIY RYBAKSEVEN BROSSHIKMONASHKVALSKIFSMALL BOATSSPASILACSREDNYAYA KOSASRTRSTAFFETTASUCHUMSUROITSVETLANATAIFUNTAIMYRTANCHETANTALTAURUSTEIREL BAHRTETHYS IITETHYS IITETHYS IITHALASSATHALASSAthe coastal stationsTHEODORE TISSIERTHETISTHOMAS G. THOMPSONTHOMAS WASHINGTONTHORTHREE BROSTOFINOTREPANGTRITONTSHCH-810TSIKLONTYROUMBERTO D'ANCONAUnknownUNKNOWNUNKNOWNUNKNOWN PLATFORMS OF BELGURAGANURANIAV. VOROBYEVVALDIVIAVARVARAVASILIY GOLOVNINVICTOR BUGAEVVIDALVIKHRVILA VELEBITAVITYAZVITYAZVLADIMIR PARSHINVOLNAVOLNAVSEVOLOD BERYEZKINVYANDRAVYDVIZHENETZWILLEBROD SNELLIUSWINNARETTA SINGERXAUENYAKOV GAKKELYantarYUNAYA SMENAYUZHMORGEOLOGIYAZAPOROZHETZZENOBE GRAMMEZHELEZNYAKOVZHELEZNYI POTOKzhmorgeologiyaZODIAKZVEZDA

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