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19_-butanoyloxyfucoxanthin 19_-hexanoyloxyfucoxanthin _hna _null a_caro absolute_salinity_of_the_water_body absorbance_of_electromagnetic_radiation_unspecified_single_wavelength_light_absorbance_by_the_water_body_by_transmissometer_and_calibration_to_read_zero_in_clear_water abundance_of_asteromphalus_heptactis_itis_2634_worms_162258_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_asteromphalus_hyalinus_itis_610122_worms_254442_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_asteromphalus_itis_2633_worms_162254_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_azpeitia_itis_610082_worms_149650_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_bacteria_itis_202421_worms_6_per_unit_volume_of_the_water_body_by_acridine_orange_staining_and_microscopy abundance_of_bacteria_itis_202421_worms_6_per_unit_volume_of_the_water_body_by_flow_cytometry abundance_of_bacteria_itis_202421_worms_6_subgroup_heterotrophic_high_nucleic_acid_cell_content_per_unit_volume_of_the_water_body_by_flow_cytometry abundance_of_chaetoceros_bulbosum_itis_610085_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_chaetoceros_dichaeta_itis_2796_worms_178215_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_chaetoceros_itis_2758_worms_148985_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_chaetoceros_itis_2758_worms_148985_stage_resting_spores_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_chaetoceros_simplex_itis_2844_worms_149294_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_copepoda_itis_85257_worms_1080_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_corethron_criophilum_itis_2387_worms_149110_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_coscinodiscus_itis_2546_worms_148917_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_coscinodiscus_marginatus_itis_2560_worms_156629_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_dactyliosolen_antarcticus_itis_2398_worms_179785_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_diatoma_itis_3214_worms_149013_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_dinoflagellates_itis_9873_worms_19542_per_unit_volume_of_experiment_water_sample_by_optical_microscopy abundance_of_distephanus_speculum_itis_1810_worms_160555_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_emiliania_huxleyi_itis_2251_worms_115104_per_unit_volume_of_experiment_water_sample_by_optical_microscopy abundance_of_eucampia_antarctica_itis_610088_worms_341381_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_flagellates_per_unit_volume_of_experiment_water_sample_by_optical_microscopy_abundance_of_monads_size_10um_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_fragilariopsis_itis_5071_worms_149313_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_fragilariopsis_pseudonana_itis_5142_worms_341558_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_free_living_bacteria_by_acridine_orange_staining_and_microscopy abundance_of_mesozooplankton_size_500-1000um_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_nanoeukaryotic_cells_per_unit_volume_of_the_water_body_by_flow_cytometry abundance_of_navicula_directa_itis_3669_worms_149467_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_particle_related_bacteria_by_acridine_orange_staining_and_microscopy abundance_of_picoeukaryotic_cells_per_unit_volume_of_the_water_body_by_flow_cytometry abundance_of_pleurosigma_directum_itis_4611_worms_248088_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_porosira_glacialis_itis_2537_worms_156689_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_porosira_itis_2536_worms_148980_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_proboscia_inermis_itis_610100_worms_341501_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_prochlorococcus_itis_610076_worms_345515_per_unit_volume_of_the_water_body_by_flow_cytometry abundance_of_pseudo-nitzschia_itis_584561_worms_149151_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_rhizosolenia_hebetata_hebetata_itis_2896_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_rhizosolenia_itis_2879_worms_149069_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_synechococcus_itis_773_worms_160572_per_unit_volume_of_experiment_water_sample_by_flow_cytometry abundance_of_thalassionema_nitzschioides_itis_3139_worms_149093_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_thalassionema_nitzschioides_var._parva_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_thalassiosira_gracilis_itis_610111_worms_341367_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_thalassiosira_gravida_itis_2490_worms_149102_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_thalassiosira_itis_2484_worms_148912_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_thalassiosira_lentiginosa_itis_610113_worms_341515_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_thalassiosira_oestrupii_itis_2505_worms_156691_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_thalassiothrix_antarctica_itis_610117_worms_341540_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_tintinnidae_itis_46743_worms_183533_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_tropidoneis_itis_4657_worms_149518_per_unit_volume_of_the_water_body_by_optical_microscopy abundance_of_virus_per_unit_volume_of_the_water_body_by_flow_cytometry air_pressure allo allo-qa alloxanthin altitude ammonium_qc anthera-qa antheraxanthin at_umol_kg_ attenuation_red_light_wavelength_per_unit_length_of_the_water_body_by_wet_labs_25cm_path_length_transmissometer_and_calibration_to_read_zero_in_clear_water b_caro bacteria_abundance_cell_m_l_ bathymetric_depth_at_profile_measurement_site bbp_m-1_ bchla bchla-qa beam_attenuation_m-1_ bottle_number bottom_depth_m_ but but-qa c_n_ratio c_n_ratio_qc carbon_biomass_of_bacteria_itis_202421_worms_6_per_unit_volume_of_the_water_body carbon_biomass_of_zooplankton_size_500-1000um_per_unit_volume_of_the_water_body_by_size_fractionation_and_elemental_analysis cdom_wetlabs_microgram_l-1_ cell_division_frequency cell_volume_of_biological_entity_specified_elsewhere_by_cell_size_measurements_and_computation_using_stereometric_formulas chief_mission chief_scientist chla-qa chlb chlb-qa chlc1c2 chlc2-qa chlc3 chlc3-qa chlda-qa chlorophyll-a chlorophyll-a_signal_from_fluorescence_sensor chlorophyll_a_ingestion_expressed_as_carbon_equivalent chlorophyll_a_qc coded_instrument_type concentration_of_19-butanoyloxyfucoxanthin_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_19-hexanoyloxyfucoxanthin_cas_60147-85-5_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_alloxanthin_cas_28380-31-6_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_amino_acids_total_hydrolysable_per_unit_dry_weight_of_sediment_by_hydrolysis_and_high_performance_liquid_chromatography_hplc_ concentration_of_ammonium_nh4_cas_14798-03-9_per_unit_volume_of_the_water_body_unknown_phase_ concentration_of_antheraxanthin_cas_640-03-9_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_bacteriochlorophyll-a_bchl-a_cas_17499-98-8_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_beta_beta-carotene_beta-carotene_cas_7235-40-7_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_beta_epsilon-carotene_alpha-carotene_cas_432-70-2_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_beta_epsilon-carotene_beta_beta-carotene_alpha-carotene_beta-carotene_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_bicarbonate_ions_hco3_per_unit_mass_of_the_water_body_by_computation concentration_of_biogenic_silica_bsi_opal_per_unit_volume_of_the_water_body_particulate_unknown_phase_ concentration_of_biogenic_silica_bsi_opal_per_unit_volume_of_the_water_body_particulate_unknown_phase_by_filtration_alkali_hydrolysis_and_colorimetric_analysis concentration_of_carbonate_ions_co3_per_unit_mass_of_the_water_body_by_computation concentration_of_chlorophyll-a_chl-a_cas_479-61-8_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_chlorophyll-a_chl-a_cas_479-61-8_per_unit_volume_of_the_water_body_particulate_unknown_phase_by_filtration_acetone_extraction_and_fluorometry concentration_of_chlorophyll-a_chl-a_cas_479-61-8_per_unit_volume_of_the_water_body_particulate_unknown_phase_by_in-situ_chlorophyll_fluorometer concentration_of_chlorophyll-a_divinyl_chlorophyll-a_chl-a_dvchl-a_per_unit_volume_of_the_water_body_particulate_gf_f_phase_ concentration_of_chlorophyll-b_chl-b_cas_519-62-0_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_acetone_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_chlorophyll-b_chl-b_cas_519-62-0_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_chlorophyll-b_divinyl_chlorophyll-b_chl-b_dvchl-b_per_unit_volume_of_the_water_body_particulate_gf_f_phase_ concentration_of_chlorophyll-c1_c2_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_chlorophyll-c3_chl-c3_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_chlorophyll-c_chl-c_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_acetone_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_chlorophyll_in_sea_water concentration_of_chlorophyllide-a_cas_14897-06-4_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_coloured_dissolved_organic_matter_cdom_gelbstoff_per_unit_volume_of_the_water_body_dissolved_plus_reactive_particulate_phase_by_fluorometry concentration_of_coloured_dissolved_organic_matter_in_sea_water concentration_of_diadinoxanthin_cas_18457-54-0_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_diatoxanthin_cas_31063-73-7_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_divinyl_chlorophyll-a_dvchl-a_per_unit_volume_of_the_water_body_particulate_gf_f_phase_ concentration_of_divinyl_chlorophyll-b_dvchl-b_per_unit_volume_of_the_water_body_particulate_gf_f_phase_ concentration_of_fucoxanthin_cas_3351-86-8_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_lutein_cas_127-40-2_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_neoxanthin_cas_30743-41-0_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_nitrate_nitrite_no3_no2_per_unit_volume_of_the_water_body_unknown_phase_by_colorimetric_autoanalysis concentration_of_nitrate_no3-_cas_14797-55-8_per_unit_volume_of_the_water_body_dissolved_plus_reactive_particulate_phase_by_colorimetric_autoanalysis_and_correction_for_nitrite concentration_of_nitrate_no3-_cas_14797-55-8_per_unit_volume_of_the_water_body_unknown_phase_ concentration_of_nitrite_no2-_cas_14797-65-0_per_unit_volume_of_the_water_body_unknown_phase_ concentration_of_nitrite_no2-_cas_14797-65-0_per_unit_volume_of_the_water_body_unknown_phase_by_colorimetric_autoanalysis concentration_of_organic_carbon_organic_c_cas_7440-44-0_doc_per_unit_volume_of_the_water_body_dissolved_plus_reactive_particulate_gf_f_phase_by_filtration_acidification_and_high_temperature_pt_catalytic_oxidation concentration_of_organic_carbon_organic_c_cas_7440-44-0_poc_per_unit_volume_of_experiment_water_sample_particulate_gf_f_phase_by_filtration_acidification_and_elemental_analysis concentration_of_organic_carbon_organic_c_cas_7440-44-0_toc_per_unit_volume_of_the_water_body_dissolved_plus_reactive_particulate_phase_ concentration_of_organic_nitrogen_organic_n_don_per_unit_volume_of_the_water_body_dissolved_plus_reactive_particulate_unknown_phase_ concentration_of_organic_phosphorus_organic_p_cas_7723-14-0_dop_per_unit_volume_of_the_water_body_dissolved_plus_reactive_particulate_unknown_phase_ concentration_of_organic_phosphorus_organic_p_cas_7723-14-0_pop_per_unit_volume_of_the_water_body_particulate_unknown_phase_ concentration_of_oxygen_o2_cas_7782-44-7_per_unit_mass_of_the_water_body_dissolved_plus_reactive_particulate_phase_ concentration_of_oxygen_o2_cas_7782-44-7_per_unit_mass_of_the_water_body_dissolved_plus_reactive_particulate_phase_by_winkler_titration concentration_of_oxygen_o2_cas_7782-44-7_per_unit_volume_of_the_water_body_dissolved_plus_reactive_particulate_phase_by_winkler_titration concentration_of_peridinin_cas_33281-81-1_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_phaeophorbide-a_pheophorbide-a_cas_15664-29-6_per_unit_volume_of_the_water_body concentration_of_phaeophytin-a_pheophytin-a_cas_603-17-8_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_acetone_extraction_and_fluorometry concentration_of_phaeophytin-a_pheophytin-a_cas_603-17-8_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_phosphate_po43-_cas_14265-44-2_per_unit_volume_of_the_water_body_unknown_phase_ concentration_of_phosphate_po43-_cas_14265-44-2_per_unit_volume_of_the_water_body_unknown_phase_by_colorimetric_autoanalysis concentration_of_prasinoxanthin_cas_94705-97-2_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_silicate_sio44-_cas_17181-37-2_per_unit_volume_of_the_water_body_unknown_phase_ concentration_of_silicate_sio44-_cas_17181-37-2_per_unit_volume_of_the_water_body_unknown_phase_by_colorimetric_autoanalysis concentration_of_total_carbon_total_c_cas_7440-44-0_per_unit_dry_weight_of_sediment concentration_of_total_carbon_total_c_cas_7440-44-0_per_unit_dry_weight_of_suspended_particulate_material_gf_f_by_filtration_no_acidification_and_elemental_analysis concentration_of_total_carbon_total_c_cas_7440-44-0_per_unit_volume_of_the_water_body_particulate_unknown_phase_ concentration_of_total_inorganic_carbon_tco2_cas_7440-44-0_per_unit_mass_of_the_water_body_by_computation concentration_of_total_nitrogen_total_n_per_unit_dry_weight_of_suspended_particulate_material_gf_f_by_filtration_and_elemental_analysis concentration_of_total_nitrogen_total_n_pon_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_acidification_and_elemental_analysis concentration_of_violaxanthin_cas_126-29-4_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_violaxanthin_neoxanthin_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_zeaxanthin_cas_144-68-3_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_of_zeaxanthin_lutein_per_unit_volume_of_the_water_body_particulate_gf_f_phase_by_filtration_methanol_extraction_and_high_performance_liquid_chromatography_hplc_ concentration_standard_deviation_of_ammonium_nh4_cas_14798-03-9_per_unit_volume_of_the_water_body_dissolved_plus_reactive_particulate_phase_by_colorimetric_autoanalysis concentration_standard_deviation_of_nitrate_no3-_cas_14797-55-8_per_unit_volume_of_the_water_body_dissolved_plus_reactive_particulate_gf_f_phase_by_filtration_and_colorimetric_autoanalysis_and_correction_for_nitrite concentration_standard_deviation_of_nitrite_no2-_cas_14797-65-0_per_unit_volume_of_the_water_body_unknown_phase_by_colorimetric_autoanalysis concentration_standard_deviation_of_phosphate_po43-_cas_14265-44-2_per_unit_volume_of_the_water_body_unknown_phase_by_colorimetric_autoanalysis concentration_standard_deviation_of_silicate_sio44-_cas_17181-37-2_per_unit_volume_of_the_water_body_unknown_phase_by_colorimetric_autoanalysis consumption_rate_of_oxygen_expressed_as_carbon_equivalent consumption_rate_of_oxygen_o2_cas_7782-44-7_respiration_per_day_per_unit_biomass_as_carbon_of_biota_zooplankton_size_500-1000um_by_incubation consumption_rate_of_oxygen_o2_cas_7782-44-7_respiration_per_day_per_unit_volume_of_the_water_body_by_light_and_dark_bottle_incubation contains_the_error_on_the_adjusted_values_as_determined_by_the_delayed_mode_qc_process country cp_m-1_ cruise ct_umol_kg_ ctd ctd_number data_centre_in_charge_of_float_data_processing data_handbook_version data_type date date_and_time_ut_in_iso8601_format_to_known_precision_ date_of_file_creation date_of_reference_for_julian_days date_of_update_of_this_file degradation_of_chlorophyll degree_of_processing_the_data_have_passed_through delayed_mode_or_real_time_data delta13_c delta13_c_qc delta15_n delta15_n_qc density density_neutral_of_the_water_body density_qc depth depth_of_each_measurement depth_of_measurement dew_point_deg_c_ diad diadino-qa diadinoxanthin diato diato-qa diatoxanthin direction_of_the_station_profiles dissolved_inorganic_carbon_with_magic_method dissolved_oxygen doi downwelling_irradiance_at_380_nanometers downwelling_irradiance_at_412_nanometers downwelling_irradiance_at_490_nanometers downwelling_photosynthetic_available_radiation downwelling_photosynthetic_photon_radiance_in_sea_water downwelling_vector_irradiance_as_energy_of_electromagnetic_radiation_unspecified_single_wavelength_in_the_water_body_by_cosine-collector_radiometer downwelling_vector_irradiance_as_photons_of_electromagnetic_radiation_par_wavelengths_in_the_water_body_by_cosine-collector_radiometer_and_correction_for_variation_in_surface_illumination dry_weight_biomass_of_zooplankton_size_500-1000um_per_unit_volume_of_the_water_body_by_gravimetry dry_weigth_biomass_of_zooplankton dvchla dvchla-qa dvchlb dvchlb-qa elapsed_time_relative_to_1950-01-01t00_00_00z electrical_conductivity_of_the_water_body_by_ctd enrichment_of_carbon-13_in_organic_carbon_13c_in_organic_c_cas_14762-74-4_delta_13_c_in_the_sediment_by_acidification_combustion_and_mass_spectrometry enrichment_of_nitrogen-15_in_total_nitrogen_15n_in_total_n_cas_14390-96-6_delta_15_n_in_the_sediment_by_combustion_and_mass_spectrometry european_directory_of_marine_organisations_code_for_the_cdi_partner file_format_version filtered.vol filtered_volume float_cycle_number float_unique_identifier fluorescence_chlorophyll_a_qc fluorescence_eco_rfu_ fluorescence_mg_m3_ fluorescence_of_the_water_body fluorescence_wetlabs_rfu_ fractional_day_of_the_individual_measurement_relative_to_juld_of_the_station fuco fuco-qa fucoxanthin global_quality_flag_of_19-butanoyloxyfucoxanthin global_quality_flag_of_alloxanthin global_quality_flag_of_antheraxanthin global_quality_flag_of_bacteriochlorophyll_a global_quality_flag_of_bbp700_profile global_quality_flag_of_beta_backscattering700_profile global_quality_flag_of_c1phase_doxy_profile global_quality_flag_of_c2phase_doxy_profile global_quality_flag_of_cdom_profile global_quality_flag_of_chla_profile global_quality_flag_of_chlorophyll_a global_quality_flag_of_chlorophyll_b global_quality_flag_of_chlorophyll_c1_c2 global_quality_flag_of_chlorophyll_c3 global_quality_flag_of_chlorophyllid_a global_quality_flag_of_diadinoxanthin global_quality_flag_of_diatoxanthin global_quality_flag_of_divinyll_chlorophyll_a global_quality_flag_of_divinyll_chlorophyll_b global_quality_flag_of_down_irradiance380_profile global_quality_flag_of_down_irradiance412_profile global_quality_flag_of_down_irradiance490_profile global_quality_flag_of_downwelling_par_profile global_quality_flag_of_doxy_profile global_quality_flag_of_fluorescence_cdom_profile global_quality_flag_of_fluorescence_chla_profile global_quality_flag_of_fucoxanthin global_quality_flag_of_hexanoyloxyfucoxanthin_19 global_quality_flag_of_lutein global_quality_flag_of_mtime_profile global_quality_flag_of_neoxanthin global_quality_flag_of_peridinin global_quality_flag_of_phaeophorbid_a global_quality_flag_of_prasinoxanthin global_quality_flag_of_raw_downwelling_irradiance380_profile global_quality_flag_of_raw_downwelling_irradiance412_profile global_quality_flag_of_raw_downwelling_irradiance490_profile global_quality_flag_of_raw_downwelling_par_profile global_quality_flag_of_sum_of_carotenes global_quality_flag_of_sum_of_phaeophytin_a global_quality_flag_of_temp_doxy_profile global_quality_flag_of_total_chlorophyll_a global_quality_flag_of_total_chlorophyll_b global_quality_flag_of_violaxanthin global_quality_flag_of_zeaxanthin global_solar_irradiance_j_m2_ grazing_coefficient_by_microzooplankton_of_phytoplankton_in_the_water_body_by_on-deck_incubation_dilution_experiment_and_chlorophyll_determination gross_production_rate_of_oxygen_o2_cas_7782-44-7_per_unit_time_per_unit_volume_of_the_water_body_by_light_and_dark_bottle_incubation hex hex-qa humidity_ id_of_cups id_of_samples instrument instrument_firmware_version investigator julian_day julian_day_utc_of_the_location_relative_to_reference_date_time julian_day_utc_of_the_station_relative_to_reference_date_time julian_days laboratories latitude latitude_of_each_location latitude_of_the_station_best_estimate leg list_of_stations longitude longitude_of_each_location longitude_of_the_station_best_estimate lut lut-qa lutein mass_concentration_of_phosphate_in_sea_water mass_concentration_of_silicate_in_sea_water mass_ratio_of_carbon_nitrogen_in_biota_copepoda_itis_85257_worms_1080_by_mass_spectrometry molar_concentration_of_carbon_in_zooplankton_in_square_meter molar_concentration_of_nitrogen_in_zooplankton_per_square_meter mole_concentration_of_ammonium_in_sea_water mole_concentration_of_mesozooplankton_expressed_as_carbon_in_sea_water mole_concentration_of_mesozooplankton_expressed_as_nitrogen_in_sea_water mole_concentration_of_nitrate_in_sea_water mole_concentration_of_nitrite_in_sea_water name_of_stations name_of_the_cruise name_of_the_principal_investigator name_of_the_project name_of_the_station nano_abundance_cell_m_l_ neo neo-qa neoxanthin net_production_rate_of_oxygen_o2_cas_7782-44-7_per_unit_time_per_unit_volume_of_the_water_body_by_light_and_dark_bottle_incubation nitrate_qc nitrite_qc nitrogen_biomass_of_zooplankton_size_500-1000um_per_unit_volume_of_the_water_body_by_size_fractionation_and_optical_microscopy nitrogen_flux o2winkler_micromol_l-1_ oversaturation_of_oxygen_obtained_by_calculation oxygen_concentration_by_winkler oxygen_concentration_by_winkler_qc oxygen_concentration_from_ctd oxygen_concentration_from_ctd_qc oxygen_ctd_cal_micromol_l-1_ oxygen_ctd_raw_micromol_l-1_ oxygen_ml_l_ oxygen_saturation oxygen_saturation_ oxygen_saturation_qc oxygen_umol_kg_ p_h_qc par_irradiance par_micromol_m-2_d-1_ par_qc particle-bound_sedimentation_flux_of_aluminium_al_cas_7429-90-5_per_unit_time_per_unit_area_of_the_water_body_by_sediment_trapping_acid_digestion_and_inductively-coupled_plasma_atomic_emission_spectroscopy particle-bound_sedimentation_flux_of_calcium_ca_cas_7440-70-2_per_unit_time_per_unit_area_of_the_water_body_by_sediment_trapping_acid_digestion_and_inductively-coupled_plasma_atomic_emission_spectroscopy particle-bound_sedimentation_flux_of_strontium_sr_cas_7440-24-6_per_unit_time_per_unit_area_of_the_water_body_by_sediment_trapping_acid_digestion_and_inductively-coupled_plasma_atomic_emission_spectroscopy particle-bound_sedimentation_flux_of_total_organic_matter_per_unit_time_per_unit_area_of_the_water_body particle_backscattering_at_700_nanometers particulate_c particulate_c_qc particulate_n particulate_n_qc particulate_organic_carbon peri peri-qa peridinin ph_free_scale_ph_f_per_unit_mass_of_the_water_body phaeopigments phaeopigments_qc phda-qa phosphate_qc phytinea phytna-qa pico_abundance_cell_m_l_ poc_micromol_l-_ poc_qc pon pon_micromol_l-1_ pon_qc positioning_system potential_density_kg_m-3_ potential_temperature_deg._celcius_ potential_temperature_deg_c_ potential_temperature_of_the_water_body_by_computation_using_unesco_1983_algorithm potential_temperature_of_the_water_body_by_ctd_and_computation_from_pressure_salinity_and_ipts-68_temperature_using_unesco_algorithm practical_salinity_of_the_water_body practical_salinity_of_the_water_body_by_ctd_and_computation_using_unesco_1983_algorithm pras-qa prasino prasinoxanthin precipitation_corrected_mm_ precipitation_mm_ pressure_db_ pressure_measured_variable_exerted_by_the_water_body_by_semi-fixed_in-situ_pressure_sensor pressure_measured_variable_exerted_by_the_water_body_by_semi-fixed_in-situ_pressure_sensor_and_corrected_to_read_zero_at_sea_level_using_independent_measurements pressure_spatial_coordinate_exerted_by_the_water_body_by_profiling_pressure_sensor_and_correction_to_read_zero_at_sea_level proc_abundance_cell_m_l_ project proportion_of_barite_authigenous_in_sediment_140-250um_heavy_fraction_phase_by_separation_in_bromoform_and_optical_microscopy proportion_of_sub-surface_irradiance_par_wavelengths_by_cosine-collector_radiometer_and_sub-surface_irradiance_computed_from_surface_irradiance_after_morel_1978_ qf_at qf_ba qf_dic qf_hna qf_na qf_o2winkler qf_pa qf_poc qf_pon qf_pro_a qf_sa qno2 qno3 qsi_oh_4 quality_flag quality_on_date_and_time quality_on_position_latitude_and_longitude_ raw_downwelling_irradiance_at_380_nanometers raw_downwelling_irradiance_at_412_nanometers raw_downwelling_irradiance_at_490_nanometers raw_downwelling_photosynthetic_available_radiation raw_fluorescence_from_coloured_dissolved_organic_matter_sensor region_of_interest salinity_of_the_water_body salinity_qc saturation_of_oxygen_o2_cas_7782-44-7_in_the_water_body_dissolved_plus_reactive_particulate_phase_ sdy sea_temperature_from_oxygen_sensor_its-90_scale sea_water_electrical_conductivity sea_water_ph_reported_on_total_scale sea_water_practical_salinity sea_water_pressure_equals_0_at_sea-level sedimentation_flux_of_algal_fragments_per_unit_time_per_unit_area_of_the_water_body_by_sediment_trapping_and_optical_microscopy serial_number_of_the_float ship ship_code ship_name si_oh_4_micro_m_ sigma-theta_of_the_water_body_by_ctd_and_computation_from_salinity_and_potential_temperature_using_unesco_algorithm silicate_qc sinking_mole_flux_of_particulate_organic_matter_expressed_as_carbon_in_sea_water site spar_micromol_m-2_d-1_ spm spm_qc station station_unique_identifier_in_data_centre sum_carotenes sum_phaeophorbid_a sum_phaeophytin_a syne_abundance_cell_ml_ tcar-qa tcarotenes tchla tchla-qa tchlb tchlb-qa tchlc tchlide temperature temperature_deg._celcius_ temperature_deg_c_ temperature_its-90_of_the_water_body temperature_its-90_of_the_water_body_by_ctd_or_std temperature_of_the_water_body temperature_of_the_water_body_by_ctd_and_verification_against_independent_measurements temperature_of_the_water_body_by_in-situ_thermometer temperature_qc the_mesurement_number time total_alkalinity_per_unit_mass_of_the_water_body total_alkalinity_per_unit_volume_of_the_water_body_by_filtration_and_titration_against_standardised_acid total_angle_specific_volume_from_backscattering_sensor_at_700_nanometers total_deck_incubation total_phytoplankton tphbda turbidity_ntu_ type type_of_float type_of_fluorometer type_of_stations u37k_ uncalibrated_phase_shift_reported_by_oxygen_sensor unique_id_for_each_ctd_s_profile unique_number_denoting_the_missions_performed_by_the_float uptake_rate_of_carbon_c_primary_production_per_day_per_unit_area_of_the_water_body_particulate_unknown_phase_by_computation_from_pvi_data_and_measured_wavelength-dependent_phytoplankton_absorption_coefficients uptake_rate_of_leucine_cas_328-39-2_per_hour_per_unit_volume_of_the_water_body_particulate_unknown_phase_by_3h_leucine_doping_incubation_in_the_dark_centrifugation_and_counting_residue uptake_rate_standard_deviation_of_leucine_cas_328-39-2_per_unit_time_per_unit_volume_of_the_water_body_particulate_0.2um_phase_by_isotope-labelled_tracer_addition_incubation_in_the_dark_filtration_and_counting_residue utc utc_time vertical_sampling_scheme viola viola-qa viola_neo violaxanthin wind_blow_m_ wind_from_direction wind_speed wind_speed_of_gust zea zea-qa zea_lut zeaxanthin zone

 

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