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absorption_coefficient_for_dissolved_and_detrital_material_at_412_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
absorption_coefficient_for_dissolved_and_detrital_material_at_443_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
absorption_coefficient_for_dissolved_and_detrital_material_at_490_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
absorption_coefficient_for_dissolved_and_detrital_material_at_510_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
absorption_coefficient_for_dissolved_and_detrital_material_at_560_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
absorption_coefficient_for_dissolved_and_detrital_material_at_665_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
bias_of_absorption_coefficient_for_dissolved_and_detrital_material_at_412_nm.
bias_of_absorption_coefficient_for_dissolved_and_detrital_material_at_443_nm.
bias_of_absorption_coefficient_for_dissolved_and_detrital_material_at_490_nm.
bias_of_absorption_coefficient_for_dissolved_and_detrital_material_at_510_nm.
bias_of_absorption_coefficient_for_dissolved_and_detrital_material_at_560_nm.
bias_of_absorption_coefficient_for_dissolved_and_detrital_material_at_665_nm.
bias_of_downwelling_attenuation_coefficient_at_490_nm_derived_using_lee_2005_equation_and_bbw_from_zhang_2009
bias_of_log10-transformed_chlorophyll-a_concentration_in_seawater.
bias_of_phytoplankton_absorption_coefficient_at_412_nm.
bias_of_phytoplankton_absorption_coefficient_at_443_nm.
bias_of_phytoplankton_absorption_coefficient_at_490_nm.
bias_of_phytoplankton_absorption_coefficient_at_510_nm.
bias_of_phytoplankton_absorption_coefficient_at_560_nm.
bias_of_phytoplankton_absorption_coefficient_at_665_nm.
bias_of_sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_412_nm.
bias_of_sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_443_nm.
bias_of_sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_490_nm.
bias_of_sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_510_nm.
bias_of_sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_560_nm.
bias_of_sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_665_nm.
binary_sst_front_position_indicator
chlorophyll-a_concentration_in_seawater_not_log-transformed_generated_by_as_a_blended_combination_of_oci_oci2_oc2_and_ocx_algorithms_depending_on_water_class_memberships
count_of_input_l3u_sst_pixels
count_of_non-missing_values_used_in_mean
count_of_the_number_of_observations_from_the_meris_sensor_contributing_to_this_bin_cell
count_of_the_number_of_observations_from_the_modis_aqua_sensor_contributing_to_this_bin_cell
count_of_the_number_of_observations_from_the_olci_sentinel-3a_sensor_contributing_to_this_bin_cell
count_of_the_number_of_observations_from_the_olci_sentinel-3b_sensor_contributing_to_this_bin_cell
count_of_the_number_of_observations_from_the_seawifs_gac_and_lac_sensor_contributing_to_this_bin_cell
count_of_the_number_of_observations_from_the_viirs_sensor_contributing_to_this_bin_cell
count_of_the_total_number_of_observations_contributing_to_this_bin_cell
cruise_identifier
cruise_purpose_code
cruise_specific_vertical_profile_number
daily_long_term_mean_sea_surface_temperature
datetime
degrees_latitude
degrees_longitude
depth
deviation_from_sst_reference
dissolved_oxygen
downwelling_attenuation_coefficient_at_490nm_derived_using_lee_2005_equation_and_bbw_from_zhang_2009_following_the_seadas_kd_lee_algorithm_
fishing_stage_when_data_is_collected
in_vivo_chlorophyll_fluorescence
instrument_type
l2p_flags
l3s_flags
latitude
long_term_mean_monthly_mean_of_sea_surface_temperature
longitude
mean_of_normalised_water_class_10_membership_over_the_compositing_period
mean_of_normalised_water_class_11_membership_over_the_compositing_period
mean_of_normalised_water_class_12_membership_over_the_compositing_period
mean_of_normalised_water_class_13_membership_over_the_compositing_period
mean_of_normalised_water_class_14_membership_over_the_compositing_period
mean_of_normalised_water_class_1_membership_over_the_compositing_period
mean_of_normalised_water_class_2_membership_over_the_compositing_period
mean_of_normalised_water_class_3_membership_over_the_compositing_period
mean_of_normalised_water_class_4_membership_over_the_compositing_period
mean_of_normalised_water_class_5_membership_over_the_compositing_period
mean_of_normalised_water_class_6_membership_over_the_compositing_period
mean_of_normalised_water_class_7_membership_over_the_compositing_period
mean_of_normalised_water_class_8_membership_over_the_compositing_period
mean_of_normalised_water_class_9_membership_over_the_compositing_period
monthly_mean_of_sea_surface_temperature
normalised_water_class_10_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
normalised_water_class_11_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
normalised_water_class_12_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
normalised_water_class_13_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
normalised_water_class_14_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
normalised_water_class_1_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
normalised_water_class_2_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
normalised_water_class_3_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
normalised_water_class_4_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
normalised_water_class_5_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
normalised_water_class_6_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
normalised_water_class_7_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
normalised_water_class_8_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
normalised_water_class_9_membership_as_determined_by_the_fuzzy_classification_algorithm_adapted_from_tim_moore_2009_and_custom-developed_classes_to_best_represent_the_cci_merged_data_jackson_et_al._2017_with_olci_updates_jackson_et_al._in_prep_
particulate_backscattering_coefficient_for_dissolved_and_detrital_material_at_412_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
particulate_backscattering_coefficient_for_dissolved_and_detrital_material_at_443_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
particulate_backscattering_coefficient_for_dissolved_and_detrital_material_at_490_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
particulate_backscattering_coefficient_for_dissolved_and_detrital_material_at_510_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
particulate_backscattering_coefficient_for_dissolved_and_detrital_material_at_560_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
particulate_backscattering_coefficient_for_dissolved_and_detrital_material_at_665_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
photosynthetically_active_radiation_par_
phytoplankton_absorption_coefficient_at_412_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
phytoplankton_absorption_coefficient_at_443_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
phytoplankton_absorption_coefficient_at_490_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
phytoplankton_absorption_coefficient_at_510_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
phytoplankton_absorption_coefficient_at_560_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
phytoplankton_absorption_coefficient_at_665_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
quality_level_of_sst_pixel
reference_time_of_sst_file
root-mean-square-difference_of_absorption_coefficient_for_dissolved_and_detrital_material_at_412_nm.
root-mean-square-difference_of_absorption_coefficient_for_dissolved_and_detrital_material_at_443_nm.
root-mean-square-difference_of_absorption_coefficient_for_dissolved_and_detrital_material_at_490_nm.
root-mean-square-difference_of_absorption_coefficient_for_dissolved_and_detrital_material_at_510_nm.
root-mean-square-difference_of_absorption_coefficient_for_dissolved_and_detrital_material_at_560_nm.
root-mean-square-difference_of_absorption_coefficient_for_dissolved_and_detrital_material_at_665_nm.
root-mean-square-difference_of_downwelling_attenuation_coefficient_at_490_nm_derived_using_lee_2005_equation_and_bbw_from_zhang_2009
root-mean-square-difference_of_log10-transformed_chlorophyll-a_concentration_in_seawater.
root-mean-square-difference_of_phytoplankton_absorption_coefficient_at_412_nm.
root-mean-square-difference_of_phytoplankton_absorption_coefficient_at_443_nm.
root-mean-square-difference_of_phytoplankton_absorption_coefficient_at_490_nm.
root-mean-square-difference_of_phytoplankton_absorption_coefficient_at_510_nm.
root-mean-square-difference_of_phytoplankton_absorption_coefficient_at_560_nm.
root-mean-square-difference_of_phytoplankton_absorption_coefficient_at_665_nm.
root-mean-square-difference_of_sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_412_nm.
root-mean-square-difference_of_sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_443_nm.
root-mean-square-difference_of_sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_490_nm.
root-mean-square-difference_of_sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_510_nm.
root-mean-square-difference_of_sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_560_nm.
root-mean-square-difference_of_sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_665_nm.
satellite_zenith_angle
sea_floor_depth
sea_ice_fraction
sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_412_nm.
sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_443_nm.
sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_490_nm.
sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_510_nm.
sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_560_nm.
sea_surface_reflectance_defined_as_the_ratio_of_water-leaving_radiance_to_surface_irradiance_at_665_nm.
sea_surface_sub-skin_temperature
sea_water_pressure
sea_water_salinity
sea_water_temperature
sensor_model
sensor_type
source_of_major_highest_weight_contribution_to_sst
sses_bias_estimate
sses_standard_deviation
sst_gradient_magnitude_value
temperature
time
time_difference_from_reference_time
time_difference_of_highest_weighted_input_sst_from_reference_time._is_equal_to_sst_dtime_for_pixels_where_l3s-leo-pm_n_is_available
total_absorption_coefficient_at_412_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
total_absorption_coefficient_at_443_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
total_absorption_coefficient_at_490_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
total_absorption_coefficient_at_510_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
total_absorption_coefficient_at_560_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
total_absorption_coefficient_at_665_nm_derived_using_the_qaa_model_v6_lee_et_al_2014_as_parameterised_within_seadas.
unique_fishing_operation_identifier
utc_date
weekly_mean_of_sea_surface_temperature
wind_speed
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