HDF5 file, superblock version 0
group /
	attribute PyCAMA_version = "0.13.0"
	attribute configuration_files = "S5P_OPER_CFG_MPC_L2_00000000T000000_99999999T999999_20240808T124810.xml"
	attribute joborder_file = "JobOrder.613663733.xml"
	attribute mode = "OFFL"
	attribute product = "FRESCO"
group /alongtrackplot_data
	attribute comment = "Along track statistics"
dataset /alongtrackplot_data/apparent_scene_pressure_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, Number of data points."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, q75 - q25."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, maximum value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, mean of the observations."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, median value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, minimum value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, Mode (most common) value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, Number of data points."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, q75 - q25."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, maximum value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, mean of the observations."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, median value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, minimum value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, Mode (most common) value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, 1% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, 5% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, 10% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, 25% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, 75% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, 90% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, 95% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, 99% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_precision_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision, sample standard deviation."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, 1% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, 5% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, 10% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, 25% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, 75% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, 90% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, 95% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, 99% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/apparent_scene_pressure_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure, sample standard deviation."
	attribute units = "hPa"
dataset /alongtrackplot_data/chi_square_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², Number of data points."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, Number of data points."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, q75 - q25."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, maximum value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, mean of the observations."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, median value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, minimum value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, Mode (most common) value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, 1% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, 5% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, 10% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, 25% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, 75% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, 90% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, 95% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, 99% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_fluorescence_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval, sample standard deviation."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², q75 - q25."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², maximum value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², mean of the observations."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², median value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², minimum value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², Mode (most common) value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², 1% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², 5% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², 10% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², 25% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², 75% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², 90% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², 95% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², 99% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/chi_square_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "χ², sample standard deviation."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, Number of data points."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, q75 - q25."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, maximum value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, mean of the observations."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, median value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, minimum value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, Mode (most common) value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, Number of data points."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, q75 - q25."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, maximum value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, mean of the observations."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, median value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, minimum value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, Mode (most common) value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, 1% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, 5% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, 10% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, 25% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, 75% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, 90% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, 95% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, 99% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_precision_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision, sample standard deviation."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, 1% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, 5% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, 10% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, 25% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, 75% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, 90% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, 95% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, 99% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_fraction_crb_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud fraction, sample standard deviation."
	attribute units = "1"
dataset /alongtrackplot_data/cloud_pressure_crb_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, Number of data points."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, q75 - q25."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, maximum value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, mean of the observations."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, median value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, minimum value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, Mode (most common) value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, Number of data points."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, q75 - q25."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, maximum value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, mean of the observations."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, median value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, minimum value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, Mode (most common) value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, 1% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, 5% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, 10% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, 25% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, 75% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, 90% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, 95% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, 99% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_precision_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision, sample standard deviation."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, 1% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, 5% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, 10% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, 25% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, 75% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, 90% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, 95% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, 99% of all values are smaller than this value."
	attribute units = "hPa"
dataset /alongtrackplot_data/cloud_pressure_crb_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Cloud pressure, sample standard deviation."
	attribute units = "hPa"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, Number of data points."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, q75 - q25."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, maximum value."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, mean of the observations."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, median value."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, minimum value."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, Mode (most common) value."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, 1% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, 5% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, 10% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, 25% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, 75% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, 90% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, 95% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, 99% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/degrees_of_freedom_fluorescence_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval, sample standard deviation."
	attribute units = "1"
dataset /alongtrackplot_data/fluorescence_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, Number of data points."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, q75 - q25."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, maximum value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, mean of the observations."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, median value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, minimum value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, Mode (most common) value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, Number of data points."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, q75 - q25."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, maximum value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, mean of the observations."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, median value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, minimum value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, Mode (most common) value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, 1% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, 5% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, 10% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, 25% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, 75% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, 90% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, 95% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, 99% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_precision_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision, sample standard deviation."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, 1% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, 5% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, 10% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, 25% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, 75% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, 90% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, 95% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, 99% of all values are smaller than this value."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/fluorescence_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Fluorescence, sample standard deviation."
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /alongtrackplot_data/number_of_iterations_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, Number of data points."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, q75 - q25."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, maximum value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, mean of the observations."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, median value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, minimum value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, Mode (most common) value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, 1% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, 5% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, 10% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, 25% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, 75% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, 90% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, 95% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, 99% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_iterations_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of iterations, sample standard deviation."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, Number of data points."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, q75 - q25."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, maximum value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, mean of the observations."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, median value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, minimum value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, Mode (most common) value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, 1% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, 5% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, 10% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, 25% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, 75% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, 90% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, 95% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, 99% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/number_of_spectral_points_in_retrieval_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum, sample standard deviation."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, Number of data points."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, q75 - q25."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, maximum value."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, mean of the observations."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, median value."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, minimum value."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, Mode (most common) value."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, 1% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, 5% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, 10% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, 25% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, 75% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, 90% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, 95% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, 99% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/qa_value_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "QA value, sample standard deviation."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, Number of data points."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, q75 - q25."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, maximum value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, mean of the observations."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, median value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, minimum value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, Mode (most common) value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, Number of data points."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, q75 - q25."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, maximum value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, mean of the observations."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, median value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, minimum value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, Mode (most common) value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, 1% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, 5% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, 10% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, 25% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, 75% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, 90% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, 95% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, 99% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_precision_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision, sample standard deviation."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, 1% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, 5% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, 10% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, 25% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, 75% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, 90% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, 95% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, 99% of all values are smaller than this value."
	attribute units = "1"
dataset /alongtrackplot_data/scene_albedo_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Scene albedo, sample standard deviation."
	attribute units = "1"
dataset /alongtrackplot_data/wavelength_calibration_offset_count: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), Number of data points."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_inter_quartile_range: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), q75 - q25."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_max: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), maximum value."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_mean: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), mean of the observations."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_median: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), median value."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_min: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), minimum value."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_mode: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), Mode (most common) value."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_q01: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), 1% of all values are smaller than this value."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_q05: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), 5% of all values are smaller than this value."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_q10: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), 10% of all values are smaller than this value."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_q25: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), 25% of all values are smaller than this value."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_q75: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), 75% of all values are smaller than this value."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_q90: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), 90% of all values are smaller than this value."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_q95: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), 95% of all values are smaller than this value."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_q99: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), 99% of all values are smaller than this value."
	attribute units = "nm"
dataset /alongtrackplot_data/wavelength_calibration_offset_standard_deviation: float32, shape (1, 448)
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal)), sample standard deviation."
	attribute units = "nm"
group /eventplot_data
	attribute comment = "Event counting"
group /eventplot_data/FRESCO
	attribute comment = "Event counting for FRESCO"
group /eventplot_data/FRESCO/orbit_35988_20240922T235832_events
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	attribute number_of_cloud_filter_convergence_error_occurrences = 0
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	attribute number_of_aai_filter_occurrences = 0
	attribute number_of_aai_scene_albedo_filter_occurrences = 0
	attribute number_of_abort_error_occurrences = 0
	attribute number_of_aerosol_boundary_error_occurrences = 0
	attribute number_of_airmass_factor_error_occurrences = 0
	attribute number_of_altitude_consistency_filter_occurrences = 0
	attribute number_of_altitude_consistency_warning_occurrences = 0
	attribute number_of_altitude_roughness_filter_occurrences = 0
	attribute number_of_aot_lower_boundary_convergence_error_occurrences = 0
	attribute number_of_assertion_error_occurrences = 0
	attribute number_of_boundary_hit_error_occurrences = 0
	attribute number_of_cf_viirs_nir_ifov_filter_occurrences = 0
	attribute number_of_cf_viirs_nir_ofova_filter_occurrences = 0
	attribute number_of_cf_viirs_nir_ofovb_filter_occurrences = 0
	attribute number_of_cf_viirs_nir_ofovc_filter_occurrences = 0
	attribute number_of_cf_viirs_swir_ifov_filter_occurrences = 0
	attribute number_of_cf_viirs_swir_ofova_filter_occurrences = 0
	attribute number_of_cf_viirs_swir_ofovb_filter_occurrences = 0
	attribute number_of_cf_viirs_swir_ofovc_filter_occurrences = 0
	attribute number_of_ch4_noscat_ratio_filter_occurrences = 0
	attribute number_of_ch4_noscat_ratio_std_filter_occurrences = 0
	attribute number_of_ch4_noscat_zero_error_occurrences = 0
	attribute number_of_chi2_error_occurrences = 0
	attribute number_of_cirrus_reflectance_viirs_filter_occurrences = 0
	attribute number_of_cloud_error_occurrences = 0
	attribute number_of_cloud_filter_convergence_error_occurrences = 0
	attribute number_of_cloud_filter_occurrences = 0
	attribute number_of_cloud_fraction_fresco_filter_occurrences = 0
	attribute number_of_cloud_fraction_viirs_filter_occurrences = 0
	attribute number_of_cloud_inhomogeneity_warning_occurrences = 0
	attribute number_of_cloud_pressure_spread_too_low_error_occurrences = 0
	attribute number_of_cloud_retrieval_warning_occurrences = 27185
	attribute number_of_cloud_too_low_level_error_occurrences = 0
	attribute number_of_cloud_warning_occurrences = 0
	attribute number_of_configuration_error_occurrences = 0
	attribute number_of_convergence_error_occurrences = 10
	attribute number_of_coregistration_error_occurrences = 0
	attribute number_of_data_range_warning_occurrences = 0
	attribute number_of_deconvolution_warning_occurrences = 0
	attribute number_of_dfs_error_occurrences = 0
	attribute number_of_diff_psurf_fresco_ecmwf_filter_occurrences = 0
	attribute number_of_diff_refl_cirrus_viirs_filter_occurrences = 0
	attribute number_of_extrapolation_warning_occurrences = 0
	attribute number_of_failed_retrievals = 285816
	attribute number_of_generic_exception_occurrences = 0
	attribute number_of_generic_range_error_occurrences = 0
	attribute number_of_geographic_region_filter_occurrences = 0
	attribute number_of_geolocation_error_occurrences = 0
	attribute number_of_ground_pixels_with_warnings = 270385
	attribute number_of_groundpixels = 1869056
	attribute number_of_h2o_noscat_ratio_filter_occurrences = 0
	attribute number_of_h2o_noscat_ratio_std_filter_occurrences = 0
	attribute number_of_h2o_noscat_zero_error_occurrences = 0
	attribute number_of_high_sza_warning_occurrences = 0
	attribute number_of_initialization_error_occurrences = 0
	attribute number_of_input_spectrum_alignment_error_occurrences = 0
	attribute number_of_input_spectrum_missing_occurrences = 0
	attribute number_of_input_spectrum_warning_occurrences = 18876
	attribute number_of_internal_cloud_mask_filter_occurrences = 0
	attribute number_of_interpolation_warning_occurrences = 0
	attribute number_of_io_error_occurrences = 0
	attribute number_of_irradiance_missing_occurrences = 0
	attribute number_of_key_error_occurrences = 0
	attribute number_of_ler_range_error_occurrences = 0
	attribute number_of_low_cloud_fraction_warning_occurrences = 35373
	attribute number_of_lut_error_occurrences = 0
	attribute number_of_lut_range_error_occurrences = 0
	attribute number_of_max_iteration_convergence_error_occurrences = 0
	attribute number_of_max_num_outlier_exceeded_error_occurrences = 0
	attribute number_of_max_optical_thickness_error_occurrences = 0
	attribute number_of_memory_error_occurrences = 0
	attribute number_of_mixed_surface_type_filter_occurrences = 0
	attribute number_of_model_error_occurrences = 0
	attribute number_of_number_of_input_data_points_too_low_error_occurrences = 0
	attribute number_of_numerical_error_occurrences = 0
	attribute number_of_ocean_filter_occurrences = 0
	attribute number_of_optimal_estimation_error_occurrences = 0
	attribute number_of_other_boundary_convergence_error_occurrences = 0
	attribute number_of_ozone_range_error_occurrences = 0
	attribute number_of_pixel_level_input_data_missing_occurrences = 0
	attribute number_of_pixel_or_scanline_index_filter_occurrences = 0
	attribute number_of_processed_pixels = 1869056
	attribute number_of_profile_error_occurrences = 0
	attribute number_of_psurf_fresco_stdv_filter_occurrences = 0
	attribute number_of_radiance_missing_occurrences = 2
	attribute number_of_radiative_transfer_error_occurrences = 0
	attribute number_of_refl_cirrus_viirs_nir_filter_occurrences = 0
	attribute number_of_refl_cirrus_viirs_swir_filter_occurrences = 0
	attribute number_of_reflectance_range_error_occurrences = 0
	attribute number_of_rejected_pixels_not_enough_spectrum = 2
	attribute number_of_saturation_error_occurrences = 67
	attribute number_of_saturation_warning_occurrences = 35
	attribute number_of_signal_to_noise_ratio_error_occurrences = 0
	attribute number_of_signal_to_noise_ratio_warning_occurrences = 2
	attribute number_of_slant_column_density_error_occurrences = 0
	attribute number_of_small_pixel_radiance_std_filter_occurrences = 0
	attribute number_of_snow_ice_filter_occurrences = 0
	attribute number_of_snow_ice_warning_occurrences = 0
	attribute number_of_snr_range_error_occurrences = 0
	attribute number_of_so2_volcanic_origin_certain_warning_occurrences = 0
	attribute number_of_so2_volcanic_origin_likely_warning_occurrences = 0
	attribute number_of_solar_eclipse_filter_occurrences = 0
	attribute number_of_south_atlantic_anomaly_warning_occurrences = 0
	attribute number_of_successfully_processed_pixels = 1583240
	attribute number_of_sun_glint_correction_occurrences = 0
	attribute number_of_sun_glint_filter_occurrences = 0
	attribute number_of_sun_glint_warning_occurrences = 189830
	attribute number_of_svd_error_occurrences = 0
	attribute number_of_sza_range_error_occurrences = 285736
	attribute number_of_thermal_instability_warning_occurrences = 0
	attribute number_of_time_range_filter_occurrences = 0
	attribute number_of_vertical_column_density_error_occurrences = 0
	attribute number_of_vza_range_error_occurrences = 0
	attribute number_of_wavelength_calibration_error_occurrences = 1
	attribute number_of_wavelength_calibration_warning_occurrences = 0
	attribute number_of_wavelength_offset_error_occurrences = 0
	attribute number_of_wrong_input_type_error_occurrences = 0
dataset /ground_pixel: int32, shape (448)
	attribute long_name = "across track pixel index"
	attribute units = "1"
// ground_pixel: first 0, last 447, count 448
group /histogramplot_data
	attribute comment = "Histograms of data"
dataset /histogramplot_data/apparent_scene_pressure_bounds: float32, shape (100, 2)
dataset /histogramplot_data/apparent_scene_pressure_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/apparent_scene_pressure_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_histogram: int32, shape (1, 100)
	attribute bins = "apparent_scene_pressure_histogram_bins"
	attribute color_scale = "viridis"
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure"
	attribute range = 300.0, 1100.0
dataset /histogramplot_data/apparent_scene_pressure_histogram_bins: float32, shape (100)
	attribute bounds = "apparent_scene_pressure_bounds"
	attribute units = "hPa"
dataset /histogramplot_data/apparent_scene_pressure_histogram_eq: float32, shape (1, 100)
	attribute bins = "apparent_scene_pressure_histogram_bins"
	attribute color_scale = "viridis"
	attribute log_range = "False"
	attribute long_name = "normed histogram of apparent_scene_pressure, with cos(latitude) as weight"
	attribute range = 300.0, 1100.0
dataset /histogramplot_data/apparent_scene_pressure_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/apparent_scene_pressure_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/apparent_scene_pressure_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/apparent_scene_pressure_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/apparent_scene_pressure_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/apparent_scene_pressure_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/apparent_scene_pressure_precision_bounds: float32, shape (100, 2)
dataset /histogramplot_data/apparent_scene_pressure_precision_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/apparent_scene_pressure_precision_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_histogram: int32, shape (1, 100)
	attribute bins = "apparent_scene_pressure_precision_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision"
	attribute range = 0.0, 100.0
dataset /histogramplot_data/apparent_scene_pressure_precision_histogram_bins: float32, shape (100)
	attribute bounds = "apparent_scene_pressure_precision_bounds"
	attribute units = "hPa"
dataset /histogramplot_data/apparent_scene_pressure_precision_histogram_eq: float32, shape (1, 100)
	attribute bins = "apparent_scene_pressure_precision_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "normed histogram of apparent_scene_pressure_precision, with cos(latitude) as weight"
	attribute range = 0.0, 100.0
dataset /histogramplot_data/apparent_scene_pressure_precision_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/apparent_scene_pressure_precision_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/apparent_scene_pressure_precision_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/apparent_scene_pressure_precision_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/apparent_scene_pressure_precision_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/apparent_scene_pressure_precision_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/apparent_scene_pressure_precision_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_precision_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_precision_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_precision_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/apparent_scene_pressure_precision_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_precision_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_precision_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/apparent_scene_pressure_precision_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_precision_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_precision_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_precision_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/apparent_scene_pressure_precision_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_precision_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_precision_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_precision_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/apparent_scene_pressure_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/apparent_scene_pressure_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/apparent_scene_pressure_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/apparent_scene_pressure_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/apparent_scene_pressure_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/apparent_scene_pressure_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/apparent_scene_pressure_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/chi_square_bounds: float32, shape (100, 2)
dataset /histogramplot_data/chi_square_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/chi_square_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/chi_square_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/chi_square_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/chi_square_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_bounds: float32, shape (100, 2)
dataset /histogramplot_data/chi_square_fluorescence_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/chi_square_fluorescence_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_histogram: int32, shape (1, 100)
	attribute bins = "chi_square_fluorescence_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval"
	attribute range = 0.0, 50000.0
dataset /histogramplot_data/chi_square_fluorescence_histogram_bins: float32, shape (100)
	attribute bounds = "chi_square_fluorescence_bounds"
	attribute units = "1"
dataset /histogramplot_data/chi_square_fluorescence_histogram_eq: float32, shape (1, 100)
	attribute bins = "chi_square_fluorescence_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "normed histogram of chi_square_fluorescence, with cos(latitude) as weight"
	attribute range = 0.0, 50000.0
dataset /histogramplot_data/chi_square_fluorescence_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/chi_square_fluorescence_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/chi_square_fluorescence_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/chi_square_fluorescence_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/chi_square_fluorescence_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/chi_square_fluorescence_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/chi_square_fluorescence_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_fluorescence_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_fluorescence_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_fluorescence_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/chi_square_fluorescence_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_fluorescence_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_fluorescence_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/chi_square_fluorescence_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_fluorescence_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_fluorescence_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_fluorescence_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/chi_square_fluorescence_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/chi_square_fluorescence_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/chi_square_fluorescence_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/chi_square_fluorescence_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/chi_square_histogram: int32, shape (1, 100)
	attribute bins = "chi_square_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "χ²"
	attribute range = 0.0, 30.0
dataset /histogramplot_data/chi_square_histogram_bins: float32, shape (100)
	attribute bounds = "chi_square_bounds"
	attribute units = "1"
dataset /histogramplot_data/chi_square_histogram_eq: float32, shape (1, 100)
	attribute bins = "chi_square_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "normed histogram of chi_square, with cos(latitude) as weight"
	attribute range = 0.0, 30.0
dataset /histogramplot_data/chi_square_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/chi_square_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/chi_square_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/chi_square_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/chi_square_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/chi_square_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/chi_square_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/chi_square_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/chi_square_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/chi_square_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/chi_square_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/chi_square_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/chi_square_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/chi_square_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/chi_square_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/chi_square_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/chi_square_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/chi_square_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/chi_square_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/chi_square_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/chi_square_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/chi_square_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/chi_square_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/chi_square_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/chi_square_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/chi_square_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/chi_square_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/chi_square_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/chi_square_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/chi_square_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/chi_square_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/chi_square_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/chi_square_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/chi_square_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/chi_square_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/chi_square_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/chi_square_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/chi_square_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/chi_square_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/chi_square_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/chi_square_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/chi_square_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/chi_square_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/chi_square_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/chi_square_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/chi_square_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_bounds: float32, shape (100, 2)
dataset /histogramplot_data/cloud_fraction_crb_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/cloud_fraction_crb_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_histogram: int32, shape (1, 100)
	attribute bins = "cloud_fraction_crb_histogram_bins"
	attribute color_scale = "Blues_r"
	attribute log_range = "False"
	attribute long_name = "Cloud fraction"
	attribute range = 0.0, 1.1
dataset /histogramplot_data/cloud_fraction_crb_histogram_bins: float32, shape (100)
	attribute bounds = "cloud_fraction_crb_bounds"
	attribute units = "1"
dataset /histogramplot_data/cloud_fraction_crb_histogram_eq: float32, shape (1, 100)
	attribute bins = "cloud_fraction_crb_histogram_bins"
	attribute color_scale = "Blues_r"
	attribute log_range = "False"
	attribute long_name = "normed histogram of cloud_fraction_crb, with cos(latitude) as weight"
	attribute range = 0.0, 1.1
dataset /histogramplot_data/cloud_fraction_crb_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/cloud_fraction_crb_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/cloud_fraction_crb_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/cloud_fraction_crb_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/cloud_fraction_crb_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/cloud_fraction_crb_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/cloud_fraction_crb_precision_bounds: float32, shape (100, 2)
dataset /histogramplot_data/cloud_fraction_crb_precision_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/cloud_fraction_crb_precision_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_histogram: int32, shape (1, 100)
	attribute bins = "cloud_fraction_crb_precision_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision"
	attribute range = 0.0, 0.05
dataset /histogramplot_data/cloud_fraction_crb_precision_histogram_bins: float32, shape (100)
	attribute bounds = "cloud_fraction_crb_precision_bounds"
	attribute units = "1"
dataset /histogramplot_data/cloud_fraction_crb_precision_histogram_eq: float32, shape (1, 100)
	attribute bins = "cloud_fraction_crb_precision_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "normed histogram of cloud_fraction_crb_precision, with cos(latitude) as weight"
	attribute range = 0.0, 0.05
dataset /histogramplot_data/cloud_fraction_crb_precision_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/cloud_fraction_crb_precision_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/cloud_fraction_crb_precision_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/cloud_fraction_crb_precision_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/cloud_fraction_crb_precision_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/cloud_fraction_crb_precision_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/cloud_fraction_crb_precision_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_precision_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_precision_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_precision_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/cloud_fraction_crb_precision_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_precision_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_precision_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/cloud_fraction_crb_precision_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_precision_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_precision_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_precision_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/cloud_fraction_crb_precision_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_precision_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_precision_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_precision_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/cloud_fraction_crb_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/cloud_fraction_crb_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/cloud_fraction_crb_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/cloud_fraction_crb_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/cloud_fraction_crb_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/cloud_fraction_crb_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/cloud_fraction_crb_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_bounds: float32, shape (100, 2)
dataset /histogramplot_data/cloud_pressure_crb_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/cloud_pressure_crb_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_histogram: int32, shape (1, 100)
	attribute bins = "cloud_pressure_crb_histogram_bins"
	attribute color_scale = "viridis"
	attribute log_range = "False"
	attribute long_name = "Cloud pressure"
	attribute range = 100.0, 1100.0
dataset /histogramplot_data/cloud_pressure_crb_histogram_bins: float32, shape (100)
	attribute bounds = "cloud_pressure_crb_bounds"
	attribute units = "hPa"
dataset /histogramplot_data/cloud_pressure_crb_histogram_eq: float32, shape (1, 100)
	attribute bins = "cloud_pressure_crb_histogram_bins"
	attribute color_scale = "viridis"
	attribute log_range = "False"
	attribute long_name = "normed histogram of cloud_pressure_crb, with cos(latitude) as weight"
	attribute range = 100.0, 1100.0
dataset /histogramplot_data/cloud_pressure_crb_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/cloud_pressure_crb_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/cloud_pressure_crb_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/cloud_pressure_crb_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/cloud_pressure_crb_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/cloud_pressure_crb_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/cloud_pressure_crb_precision_bounds: float32, shape (100, 2)
dataset /histogramplot_data/cloud_pressure_crb_precision_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/cloud_pressure_crb_precision_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_histogram: int32, shape (1, 100)
	attribute bins = "cloud_pressure_crb_precision_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision"
	attribute range = 0.0, 150.0
dataset /histogramplot_data/cloud_pressure_crb_precision_histogram_bins: float32, shape (100)
	attribute bounds = "cloud_pressure_crb_precision_bounds"
	attribute units = "hPa"
dataset /histogramplot_data/cloud_pressure_crb_precision_histogram_eq: float32, shape (1, 100)
	attribute bins = "cloud_pressure_crb_precision_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "normed histogram of cloud_pressure_crb_precision, with cos(latitude) as weight"
	attribute range = 0.0, 150.0
dataset /histogramplot_data/cloud_pressure_crb_precision_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/cloud_pressure_crb_precision_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/cloud_pressure_crb_precision_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/cloud_pressure_crb_precision_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/cloud_pressure_crb_precision_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/cloud_pressure_crb_precision_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/cloud_pressure_crb_precision_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_precision_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_precision_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_precision_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/cloud_pressure_crb_precision_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_precision_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_precision_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/cloud_pressure_crb_precision_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_precision_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_precision_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_precision_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/cloud_pressure_crb_precision_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_precision_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_precision_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_precision_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/cloud_pressure_crb_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/cloud_pressure_crb_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/cloud_pressure_crb_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/cloud_pressure_crb_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/cloud_pressure_crb_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/cloud_pressure_crb_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/cloud_pressure_crb_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_bounds: float32, shape (21, 2)
dataset /histogramplot_data/degrees_of_freedom_fluorescence_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_histogram: int32, shape (1, 21)
	attribute bins = "degrees_of_freedom_fluorescence_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval"
	attribute range = 0.0, 10.0
dataset /histogramplot_data/degrees_of_freedom_fluorescence_histogram_bins: float32, shape (21)
	attribute bounds = "degrees_of_freedom_fluorescence_bounds"
	attribute units = "1"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_histogram_eq: float32, shape (1, 21)
	attribute bins = "degrees_of_freedom_fluorescence_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "normed histogram of degrees_of_freedom_fluorescence, with cos(latitude) as weight"
	attribute range = 0.0, 10.0
dataset /histogramplot_data/degrees_of_freedom_fluorescence_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/degrees_of_freedom_fluorescence_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/fluorescence_bounds: float32, shape (100, 2)
dataset /histogramplot_data/fluorescence_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/fluorescence_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/fluorescence_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/fluorescence_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/fluorescence_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/fluorescence_histogram: int32, shape (1, 100)
	attribute bins = "fluorescence_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "Fluorescence"
	attribute range = 0.0, 5e-08
dataset /histogramplot_data/fluorescence_histogram_bins: float32, shape (100)
	attribute bounds = "fluorescence_bounds"
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /histogramplot_data/fluorescence_histogram_eq: float32, shape (1, 100)
	attribute bins = "fluorescence_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "normed histogram of fluorescence, with cos(latitude) as weight"
	attribute range = 0.0, 5e-08
dataset /histogramplot_data/fluorescence_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/fluorescence_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/fluorescence_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/fluorescence_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/fluorescence_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/fluorescence_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/fluorescence_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/fluorescence_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/fluorescence_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/fluorescence_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/fluorescence_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/fluorescence_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/fluorescence_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/fluorescence_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/fluorescence_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/fluorescence_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/fluorescence_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/fluorescence_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/fluorescence_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/fluorescence_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/fluorescence_precision_bounds: float32, shape (100, 2)
dataset /histogramplot_data/fluorescence_precision_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/fluorescence_precision_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_histogram: int32, shape (1, 100)
	attribute bins = "fluorescence_precision_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision"
	attribute range = 0.0, 1e-08
dataset /histogramplot_data/fluorescence_precision_histogram_bins: float32, shape (100)
	attribute bounds = "fluorescence_precision_bounds"
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /histogramplot_data/fluorescence_precision_histogram_eq: float32, shape (1, 100)
	attribute bins = "fluorescence_precision_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "normed histogram of fluorescence_precision, with cos(latitude) as weight"
	attribute range = 0.0, 1e-08
dataset /histogramplot_data/fluorescence_precision_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/fluorescence_precision_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/fluorescence_precision_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/fluorescence_precision_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/fluorescence_precision_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/fluorescence_precision_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/fluorescence_precision_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_precision_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_precision_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_precision_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/fluorescence_precision_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/fluorescence_precision_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_precision_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_precision_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/fluorescence_precision_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/fluorescence_precision_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_precision_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_precision_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_precision_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_precision_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/fluorescence_precision_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/fluorescence_precision_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/fluorescence_precision_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/fluorescence_precision_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/fluorescence_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/fluorescence_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/fluorescence_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/fluorescence_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/fluorescence_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/fluorescence_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/fluorescence_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/fluorescence_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/fluorescence_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/fluorescence_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/fluorescence_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/fluorescence_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/fluorescence_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/fluorescence_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/fluorescence_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/fluorescence_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/fluorescence_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/fluorescence_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/fluorescence_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/fluorescence_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/histogram_bins_100: int32, shape (100)
	attribute long_name = "histogram indices for length 100"
dataset /histogramplot_data/histogram_bins_13: int32, shape (13)
	attribute long_name = "histogram indices for length 13"
dataset /histogramplot_data/histogram_bins_21: int32, shape (21)
	attribute long_name = "histogram indices for length 21"
dataset /histogramplot_data/histogram_bins_61: int32, shape (61)
	attribute long_name = "histogram indices for length 61"
dataset /histogramplot_data/number_of_iterations_bounds: float32, shape (13, 2)
dataset /histogramplot_data/number_of_iterations_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/number_of_iterations_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/number_of_iterations_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_histogram: int32, shape (1, 13)
	attribute bins = "number_of_iterations_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "Number of iterations"
	attribute range = 0.0, 12.0
dataset /histogramplot_data/number_of_iterations_histogram_bins: float32, shape (13)
	attribute bounds = "number_of_iterations_bounds"
	attribute units = "1"
dataset /histogramplot_data/number_of_iterations_histogram_eq: float32, shape (1, 13)
	attribute bins = "number_of_iterations_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "normed histogram of number_of_iterations, with cos(latitude) as weight"
	attribute range = 0, 12
dataset /histogramplot_data/number_of_iterations_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/number_of_iterations_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/number_of_iterations_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/number_of_iterations_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/number_of_iterations_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/number_of_iterations_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/number_of_iterations_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/number_of_iterations_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/number_of_iterations_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/number_of_iterations_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/number_of_iterations_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/number_of_iterations_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/number_of_iterations_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_iterations_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/number_of_iterations_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_iterations_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/number_of_iterations_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_iterations_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/number_of_iterations_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/number_of_iterations_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/number_of_iterations_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/number_of_iterations_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_iterations_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/number_of_iterations_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_iterations_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/number_of_iterations_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/number_of_iterations_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/number_of_iterations_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/number_of_iterations_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_iterations_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/number_of_iterations_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_iterations_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/number_of_iterations_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_iterations_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_iterations_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/number_of_iterations_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/number_of_iterations_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/number_of_iterations_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/number_of_iterations_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_bounds: float32, shape (61, 2)
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_histogram: int32, shape (1, 61)
	attribute bins = "number_of_spectral_points_in_retrieval_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum"
	attribute range = 0.0, 60.0
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_histogram_bins: float32, shape (61)
	attribute bounds = "number_of_spectral_points_in_retrieval_bounds"
	attribute units = "1"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_histogram_eq: float32, shape (1, 61)
	attribute bins = "number_of_spectral_points_in_retrieval_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "normed histogram of number_of_spectral_points_in_retrieval, with cos(latitude) as weight"
	attribute range = 0, 60
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/number_of_spectral_points_in_retrieval_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/qa_value_bounds: float32, shape (100, 2)
dataset /histogramplot_data/qa_value_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/qa_value_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/qa_value_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/qa_value_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/qa_value_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/qa_value_histogram: int32, shape (1, 100)
	attribute bins = "qa_value_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "QA value"
	attribute range = 0.0, 1.0
dataset /histogramplot_data/qa_value_histogram_bins: float32, shape (100)
	attribute bounds = "qa_value_bounds"
	attribute units = "1"
dataset /histogramplot_data/qa_value_histogram_eq: float32, shape (1, 100)
	attribute bins = "qa_value_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "normed histogram of qa_value, with cos(latitude) as weight"
	attribute range = 0.0, 1.0
dataset /histogramplot_data/qa_value_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/qa_value_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/qa_value_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/qa_value_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/qa_value_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/qa_value_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/qa_value_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/qa_value_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/qa_value_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/qa_value_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/qa_value_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/qa_value_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/qa_value_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/qa_value_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/qa_value_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/qa_value_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/qa_value_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/qa_value_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/qa_value_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/qa_value_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/qa_value_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/qa_value_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/qa_value_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/qa_value_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/qa_value_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/qa_value_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/qa_value_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/qa_value_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/qa_value_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/qa_value_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/qa_value_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/qa_value_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/qa_value_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/qa_value_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/qa_value_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/qa_value_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/qa_value_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/qa_value_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/qa_value_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/qa_value_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/qa_value_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/qa_value_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/qa_value_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/qa_value_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/qa_value_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/qa_value_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/qa_value_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/qa_value_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/qa_value_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/qa_value_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/qa_value_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/qa_value_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/qa_value_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/qa_value_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/qa_value_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/qa_value_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/qa_value_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/qa_value_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/qa_value_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/qa_value_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/qa_value_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/qa_value_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/qa_value_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/qa_value_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/qa_value_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/qa_value_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/qa_value_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/qa_value_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/qa_value_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/qa_value_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/qa_value_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/qa_value_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/qa_value_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/qa_value_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/qa_value_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/qa_value_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/qa_value_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/qa_value_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/qa_value_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/qa_value_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/qa_value_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_bounds: float32, shape (100, 2)
dataset /histogramplot_data/scene_albedo_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/scene_albedo_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/scene_albedo_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/scene_albedo_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_histogram: int32, shape (1, 100)
	attribute bins = "scene_albedo_histogram_bins"
	attribute color_scale = "viridis"
	attribute log_range = "False"
	attribute long_name = "Scene albedo"
	attribute range = 0.0, 1.0
dataset /histogramplot_data/scene_albedo_histogram_bins: float32, shape (100)
	attribute bounds = "scene_albedo_bounds"
	attribute units = "1"
dataset /histogramplot_data/scene_albedo_histogram_eq: float32, shape (1, 100)
	attribute bins = "scene_albedo_histogram_bins"
	attribute color_scale = "viridis"
	attribute log_range = "False"
	attribute long_name = "normed histogram of scene_albedo, with cos(latitude) as weight"
	attribute range = 0.0, 1.0
dataset /histogramplot_data/scene_albedo_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/scene_albedo_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/scene_albedo_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/scene_albedo_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/scene_albedo_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/scene_albedo_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/scene_albedo_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/scene_albedo_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/scene_albedo_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/scene_albedo_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/scene_albedo_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/scene_albedo_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/scene_albedo_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/scene_albedo_precision_bounds: float32, shape (100, 2)
dataset /histogramplot_data/scene_albedo_precision_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/scene_albedo_precision_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_histogram: int32, shape (1, 100)
	attribute bins = "scene_albedo_precision_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision"
	attribute range = 0.0, 0.05
dataset /histogramplot_data/scene_albedo_precision_histogram_bins: float32, shape (100)
	attribute bounds = "scene_albedo_precision_bounds"
	attribute units = "1"
dataset /histogramplot_data/scene_albedo_precision_histogram_eq: float32, shape (1, 100)
	attribute bins = "scene_albedo_precision_histogram_bins"
	attribute color_scale = "nipy_spectral"
	attribute log_range = "False"
	attribute long_name = "normed histogram of scene_albedo_precision, with cos(latitude) as weight"
	attribute range = 0.0, 0.05
dataset /histogramplot_data/scene_albedo_precision_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/scene_albedo_precision_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/scene_albedo_precision_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/scene_albedo_precision_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/scene_albedo_precision_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/scene_albedo_precision_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/scene_albedo_precision_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_precision_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_precision_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_precision_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/scene_albedo_precision_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_precision_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_precision_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/scene_albedo_precision_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_precision_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_precision_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_precision_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/scene_albedo_precision_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/scene_albedo_precision_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_precision_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/scene_albedo_precision_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/scene_albedo_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/scene_albedo_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/scene_albedo_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/scene_albedo_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/scene_albedo_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/scene_albedo_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/scene_albedo_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/scene_albedo_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/scene_albedo_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/scene_albedo_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/scene_albedo_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/scene_albedo_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/scene_albedo_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/scene_albedo_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/scene_albedo_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/scene_albedo_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/scene_albedo_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/scene_albedo_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_bounds: float32, shape (100, 2)
dataset /histogramplot_data/wavelength_calibration_offset_count: int32, shape (1)
	attribute long_name = "number of datapoints"
dataset /histogramplot_data/wavelength_calibration_offset_count_land: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_count_north: int32, shape (1)
	attribute long_name = "number of datapoints, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_count_sea: int32, shape (1)
	attribute long_name = "number of datapoints, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_count_south: int32, shape (1)
	attribute long_name = "number of datapoints, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_histogram: int32, shape (1, 100)
	attribute bins = "wavelength_calibration_offset_histogram_bins"
	attribute color_scale = "seismic"
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal))"
	attribute range = -0.04, 0.04
dataset /histogramplot_data/wavelength_calibration_offset_histogram_bins: float32, shape (100)
	attribute bounds = "wavelength_calibration_offset_bounds"
	attribute units = "nm"
dataset /histogramplot_data/wavelength_calibration_offset_histogram_eq: float32, shape (1, 100)
	attribute bins = "wavelength_calibration_offset_histogram_bins"
	attribute color_scale = "seismic"
	attribute log_range = "False"
	attribute long_name = "normed histogram of wavelength_calibration_offset, with cos(latitude) as weight"
	attribute range = -0.04, 0.04
dataset /histogramplot_data/wavelength_calibration_offset_inter_quartile_range: float64, shape (1)
	attribute long_name = "q75 - q25"
dataset /histogramplot_data/wavelength_calibration_offset_inter_quartile_range_land: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_inter_quartile_range_north: float64, shape (1)
	attribute long_name = "q75 - q25, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_inter_quartile_range_sea: float64, shape (1)
	attribute long_name = "q75 - q25, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_inter_quartile_range_south: float64, shape (1)
	attribute long_name = "q75 - q25, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_max: float64, shape (1)
	attribute long_name = "maximum value"
dataset /histogramplot_data/wavelength_calibration_offset_max_land: float64, shape (1)
	attribute long_name = "maximum value, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_max_north: float64, shape (1)
	attribute long_name = "maximum value, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_max_sea: float64, shape (1)
	attribute long_name = "maximum value, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_max_south: float64, shape (1)
	attribute long_name = "maximum value, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_mean: float64, shape (1)
	attribute long_name = "mean of the observations"
dataset /histogramplot_data/wavelength_calibration_offset_mean_land: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_mean_north: float64, shape (1)
	attribute long_name = "mean of the observations, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_mean_sea: float64, shape (1)
	attribute long_name = "mean of the observations, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_mean_south: float64, shape (1)
	attribute long_name = "mean of the observations, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_median: float64, shape (1)
	attribute long_name = "median value"
dataset /histogramplot_data/wavelength_calibration_offset_median_land: float64, shape (1)
	attribute long_name = "median value, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_median_north: float64, shape (1)
	attribute long_name = "median value, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_median_sea: float64, shape (1)
	attribute long_name = "median value, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_median_south: float64, shape (1)
	attribute long_name = "median value, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_min: float64, shape (1)
	attribute long_name = "minimum value"
dataset /histogramplot_data/wavelength_calibration_offset_min_land: float64, shape (1)
	attribute long_name = "minimum value, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_min_north: float64, shape (1)
	attribute long_name = "minimum value, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_min_sea: float64, shape (1)
	attribute long_name = "minimum value, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_min_south: float64, shape (1)
	attribute long_name = "minimum value, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_mode: float64, shape (1)
	attribute long_name = "Mode (most common) value"
dataset /histogramplot_data/wavelength_calibration_offset_q01: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value"
dataset /histogramplot_data/wavelength_calibration_offset_q01_land: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_q01_north: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q01_sea: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_q01_south: float64, shape (1)
	attribute long_name = "1% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q05: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value"
dataset /histogramplot_data/wavelength_calibration_offset_q05_land: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_q05_north: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q05_sea: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_q05_south: float64, shape (1)
	attribute long_name = "5% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q10: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value"
dataset /histogramplot_data/wavelength_calibration_offset_q10_land: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_q10_north: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q10_sea: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_q10_south: float64, shape (1)
	attribute long_name = "10% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q16: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/wavelength_calibration_offset_q16_land: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_q16_north: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q16_sea: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_q16_south: float64, shape (1)
	attribute long_name = "15.9% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q25: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value"
dataset /histogramplot_data/wavelength_calibration_offset_q25_land: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_q25_north: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q25_sea: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_q25_south: float64, shape (1)
	attribute long_name = "25% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q75: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value"
dataset /histogramplot_data/wavelength_calibration_offset_q75_land: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_q75_north: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q75_sea: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_q75_south: float64, shape (1)
	attribute long_name = "75% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q84: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation)"
dataset /histogramplot_data/wavelength_calibration_offset_q84_land: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_q84_north: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q84_sea: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_q84_south: float64, shape (1)
	attribute long_name = "84.1% of all values are smaller than this value (1 standard deviation), for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q90: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value"
dataset /histogramplot_data/wavelength_calibration_offset_q90_land: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_q90_north: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q90_sea: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_q90_south: float64, shape (1)
	attribute long_name = "90% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q95: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value"
dataset /histogramplot_data/wavelength_calibration_offset_q95_land: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_q95_north: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q95_sea: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_q95_south: float64, shape (1)
	attribute long_name = "95% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q99: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value"
dataset /histogramplot_data/wavelength_calibration_offset_q99_land: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_q99_north: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_q99_sea: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_q99_south: float64, shape (1)
	attribute long_name = "99% of all values are smaller than this value, for southern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_standard_deviation: float64, shape (1)
	attribute long_name = "sample standard deviation"
dataset /histogramplot_data/wavelength_calibration_offset_standard_deviation_land: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over land"
dataset /histogramplot_data/wavelength_calibration_offset_standard_deviation_north: float64, shape (1)
	attribute long_name = "sample standard deviation, for northern hemisphere"
dataset /histogramplot_data/wavelength_calibration_offset_standard_deviation_sea: float64, shape (1)
	attribute long_name = "sample standard deviation, for pixels over sea"
dataset /histogramplot_data/wavelength_calibration_offset_standard_deviation_south: float64, shape (1)
	attribute long_name = "sample standard deviation, for southern hemisphere"
dataset /input_granule_count: int32, shape (1)
	attribute long_name = "Number of input granules per time step"
	attribute units = "1"
group /irradianceplot_data
	attribute comment = "irradiance related data"
group /irradianceplot_data/L1B_IR_UVN_20240922T150931_35983_20240922T183822
	attribute comment = "Data from irradiance file L1B_IR_UVN_20240922T150931_35983_20240922T183822"
	attribute orbit = 35988
	attribute originator = "KNMI"
	attribute time = "2024-09-22T15:09:31"
	attribute time_step = 0
dataset /irradianceplot_data/L1B_IR_UVN_20240922T150931_35983_20240922T183822/wavelength_calibration_irradiance_offset: float32, shape (1, 448)
	attribute color_scale = "seismic"
	attribute data_range = -0.1, 0.1
	attribute log_range = "False"
	attribute title = "Spectral offset irradiance (λ(true) − λ(nominal))"
	attribute units = "nm"
group /irradianceplot_data/L1B_IR_UVN_20240923T163152_35998_20240923T195523
	attribute comment = "Data from irradiance file L1B_IR_UVN_20240923T163152_35998_20240923T195523"
	attribute orbit = 35990
	attribute originator = "KNMI"
	attribute time = "2024-09-23T16:31:52"
	attribute time_step = 0
dataset /irradianceplot_data/L1B_IR_UVN_20240923T163152_35998_20240923T195523/wavelength_calibration_irradiance_offset: float32, shape (1, 448)
	attribute color_scale = "seismic"
	attribute data_range = -0.1, 0.1
	attribute log_range = "False"
	attribute title = "Spectral offset irradiance (λ(true) − λ(nominal))"
	attribute units = "nm"
dataset /nv: int32, shape (2)
	attribute long_name = "bounds vertices index"
	attribute units = "1"
// nv: first 0, last 1, count 2
group /outlineplot_data
	attribute comment = "Outlines of granules"
group /outlineplot_data/FRESCO
	attribute comment = "Orbit metadata counting for FRESCO"
group /outlineplot_data/FRESCO/orbit_35988_20240922T235832
	attribute AUX_ISRF__ = "S5P_OPER_AUX_ISRF___00000000T000000_99999999T999999_20210107T103220.nc"
	attribute AUX_MET_2D = "S5P_OFFL_AUX_MET_2D_20240922T150000_20240923T000000_20240922T120000.nc, S5P_OFFL_AUX_MET_2D_20240923T030000_20240923T120000_20240923T000000.nc"
	attribute CFG_FRESCO = "S5P_OPER_CFG_FRESCO_00000000T000000_99999999T999999_20240425T000000.cfg"
	attribute CollectionIdentifier = "03"
	attribute Conventions = "CF-1.7"
	attribute GranuleEnd = "2024-09-23T00:56:56Z"
	attribute GranuleStart = "2024-09-22T23:58:32Z"
	attribute InstrumentName = "TROPOMI"
	attribute L1B_IR_UVN = "S5P_OFFL_L1B_IR_UVN_20240922T150931_20240922T165100_35983_03_020100_20240922T183822.nc"
	attribute L1B_RA_BD6 = "S5P_OFFL_L1B_RA_BD6_20240922T233658_20240923T011827_35988_03_020100_20240923T030042.nc"
	attribute LUT_FRESCO = "S5P_OPER_LUT_FRESCO_00000000T000000_99999999T999999_20191010T115056.nc"
	attribute LongitudeOfDaysideNadirEquatorCrossing = -164.266861
	attribute MissionName = "Sentinel-5 precursor"
	attribute MissionShortName = "S5P"
	attribute ProcessLevel = "2"
	attribute ProcessingCenter = "PDGS-OP"
	attribute ProcessingMode = "Offline"
	attribute ProcessingNode = "e6fc0b790be0"
	attribute ProcessorVersion = "2.7.1"
	attribute ProductFormatVersion = 10500
	attribute ProductShortName = "L2__FRESCO"
	attribute REF_DEM___ = "S5P_OPER_REF_DEM____20190404T150000_99999999T999999_20240211T000000.nc"
	attribute REF_LER___ = "S5P_OPER_REF_LER____00000000T000000_99999999T999999_20231214T204324.nc"
	attribute REF_SOLAR_ = "S5P_OPER_REF_SOLAR__00000000T000000_99999999T999999_20210107T132455.nc"
	attribute Status_MET_2D = "Nominal"
	attribute Status_NISE__ = "Retired"
	attribute algorithm_version = "1.5.0"
	attribute build_date = "2024-04-24T20:03:00Z"
	attribute cdm_data_type = "Swath"
	attribute cpp_compiler_flags = "-g -O2 -fPIC -std=c++11 -W -Wall -Wno-ignored-qualifiers -Wno-write-strings -Wno-unused-variable -Wno-unused-parameter -DTROPNLL2DP"
	attribute cpp_compiler_version = "g++ (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute creator_email = "EOSupport@Copernicus.esa.int"
	attribute creator_name = "The Sentinel 5 Precursor TROPOMI Level 2 products are developed with funding from the European Space Agency (ESA), the Netherlands Space Office (NSO), the Belgian Science Policy Office, the German Aerospace Center (DLR) and the Bayerisches Staatsministerium für Wirtschaft und Medien, Energie und Technologie (StMWi)."
	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-24T13:21:48Z"
	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
	attribute f90_compiler_version = "GNU Fortran (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute filename = "S5P_OFFL_L2__FRESCO_20240922T233658_20240923T011827_35988_03_020701_20240924T132146.nc"
	attribute geolocation_grid_from_band = 6
	attribute geospatial_lat_max = 89.981987
	attribute geospatial_lat_min = -89.9784775
	attribute geospatial_lon_max = 179.999985
	attribute geospatial_lon_min = -179.999939
	attribute global_processing_warnings = "None"
	attribute history = "2024-09-24 13:25:58 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613626225/JobOrder.613626205.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240922T233658_20240923T011827_35988_03_020701_20240924T132146"
	attribute identifier_product_doi = "N/A"
	attribute identifier_product_doi_authority = "http://dx.doi.org/"
	attribute institution = "KNMI"
	attribute keywords = "0300 Atmospheric Composition and Structure; 0360 Radiation, Transmission and Scattering; 3311 Clouds and Aerosols; 3360 Remote Sensing"
	attribute keywords_vocabulary = "AGU index terms, http://publications.agu.org/author-resource-center/index-terms/"
	attribute license = "No conditions apply"
	attribute naming_authority = "nl.knmi"
	attribute orbit = 35988
	attribute platform = "S5P"
	attribute processing_status = "Nominal"
	attribute processor_version = "2.7.1"
	attribute product_version = "1.5.0"
	attribute project = "Sentinel 5 precursor/TROPOMI"
	attribute references = "https://sentinels.copernicus.eu/web/sentinel/technical-guides/sentinel-5p/products-algorithms; http://www.tropomi.eu/data-products/fresco-cloud"
	attribute revision_control_identifier = "e4dc78be9162"
	attribute sensor = "TROPOMI"
	attribute source = "Sentinel 5 precursor, TROPOMI, space-borne remote sensing, L2"
	attribute spatial_resolution = "5.5x3.5 km2"
	attribute standard_name_vocabulary = "NetCDF Climate and Forecast Metadata Conventions Standard Name Table (v29, 08 July 2015), http://cfconventions.org/standard-names.html"
	attribute summary = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute time_coverage_duration = "PT3503.560S"
	attribute time_coverage_end = "2024-09-23T00:56:56Z"
	attribute time_coverage_resolution = "PT0.840S"
	attribute time_coverage_start = "2024-09-22T23:58:32Z"
	attribute time_for_algorithm_initialization = 32.157811
	attribute time_for_processing = 216.622326
	attribute time_per_pixel = 0.0012283079463585606
	attribute time_reference = "2024-09-22T00:00:00Z"
	attribute time_reference_days_since_1950 = 27293
	attribute time_reference_julian_day = 2460575.5
	attribute time_reference_seconds_since_1970 = 1726963200
	attribute time_standard_deviation_per_pixel = 1.8002291711412938e-05
	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute tracking_id = "b6b93e36-ed62-4c7b-9e5e-43fabe1cccb7"
group /outlineplot_data/FRESCO/orbit_35989_20240923T014002
	attribute AUX_ISRF__ = "S5P_OPER_AUX_ISRF___00000000T000000_99999999T999999_20210107T103220.nc"
	attribute AUX_MET_2D = "S5P_OFFL_AUX_MET_2D_20240922T150000_20240923T000000_20240922T120000.nc, S5P_OFFL_AUX_MET_2D_20240923T030000_20240923T120000_20240923T000000.nc"
	attribute CFG_FRESCO = "S5P_OPER_CFG_FRESCO_00000000T000000_99999999T999999_20240425T000000.cfg"
	attribute CollectionIdentifier = "03"
	attribute Conventions = "CF-1.7"
	attribute GranuleEnd = "2024-09-23T02:38:26Z"
	attribute GranuleStart = "2024-09-23T01:40:02Z"
	attribute InstrumentName = "TROPOMI"
	attribute L1B_IR_UVN = "S5P_OFFL_L1B_IR_UVN_20240922T150931_20240922T165100_35983_03_020100_20240922T183822.nc"
	attribute L1B_RA_BD6 = "S5P_OFFL_L1B_RA_BD6_20240923T011827_20240923T025957_35989_03_020100_20240923T045124.nc"
	attribute LUT_FRESCO = "S5P_OPER_LUT_FRESCO_00000000T000000_99999999T999999_20191010T115056.nc"
	attribute LongitudeOfDaysideNadirEquatorCrossing = 170.358002
	attribute MissionName = "Sentinel-5 precursor"
	attribute MissionShortName = "S5P"
	attribute ProcessLevel = "2"
	attribute ProcessingCenter = "PDGS-OP"
	attribute ProcessingMode = "Offline"
	attribute ProcessingNode = "4797f97354f3"
	attribute ProcessorVersion = "2.7.1"
	attribute ProductFormatVersion = 10500
	attribute ProductShortName = "L2__FRESCO"
	attribute REF_DEM___ = "S5P_OPER_REF_DEM____20190404T150000_99999999T999999_20240211T000000.nc"
	attribute REF_LER___ = "S5P_OPER_REF_LER____00000000T000000_99999999T999999_20231214T204324.nc"
	attribute REF_SOLAR_ = "S5P_OPER_REF_SOLAR__00000000T000000_99999999T999999_20210107T132455.nc"
	attribute Status_MET_2D = "Nominal"
	attribute Status_NISE__ = "Retired"
	attribute algorithm_version = "1.5.0"
	attribute build_date = "2024-04-24T20:03:00Z"
	attribute cdm_data_type = "Swath"
	attribute cpp_compiler_flags = "-g -O2 -fPIC -std=c++11 -W -Wall -Wno-ignored-qualifiers -Wno-write-strings -Wno-unused-variable -Wno-unused-parameter -DTROPNLL2DP"
	attribute cpp_compiler_version = "g++ (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute creator_email = "EOSupport@Copernicus.esa.int"
	attribute creator_name = "The Sentinel 5 Precursor TROPOMI Level 2 products are developed with funding from the European Space Agency (ESA), the Netherlands Space Office (NSO), the Belgian Science Policy Office, the German Aerospace Center (DLR) and the Bayerisches Staatsministerium für Wirtschaft und Medien, Energie und Technologie (StMWi)."
	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-24T15:01:45Z"
	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
	attribute f90_compiler_version = "GNU Fortran (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute filename = "S5P_OFFL_L2__FRESCO_20240923T011827_20240923T025957_35989_03_020701_20240924T150142.nc"
	attribute geolocation_grid_from_band = 6
	attribute geospatial_lat_max = 89.9975891
	attribute geospatial_lat_min = -89.9875183
	attribute geospatial_lon_max = 179.999985
	attribute geospatial_lon_min = -179.999924
	attribute global_processing_warnings = "None"
	attribute history = "2024-09-24 15:05:56 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613626432/JobOrder.613626412.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240923T011827_20240923T025957_35989_03_020701_20240924T150142"
	attribute identifier_product_doi = "N/A"
	attribute identifier_product_doi_authority = "http://dx.doi.org/"
	attribute institution = "KNMI"
	attribute keywords = "0300 Atmospheric Composition and Structure; 0360 Radiation, Transmission and Scattering; 3311 Clouds and Aerosols; 3360 Remote Sensing"
	attribute keywords_vocabulary = "AGU index terms, http://publications.agu.org/author-resource-center/index-terms/"
	attribute license = "No conditions apply"
	attribute naming_authority = "nl.knmi"
	attribute orbit = 35989
	attribute platform = "S5P"
	attribute processing_status = "Nominal"
	attribute processor_version = "2.7.1"
	attribute product_version = "1.5.0"
	attribute project = "Sentinel 5 precursor/TROPOMI"
	attribute references = "https://sentinels.copernicus.eu/web/sentinel/technical-guides/sentinel-5p/products-algorithms; http://www.tropomi.eu/data-products/fresco-cloud"
	attribute revision_control_identifier = "e4dc78be9162"
	attribute sensor = "TROPOMI"
	attribute source = "Sentinel 5 precursor, TROPOMI, space-borne remote sensing, L2"
	attribute spatial_resolution = "5.5x3.5 km2"
	attribute standard_name_vocabulary = "NetCDF Climate and Forecast Metadata Conventions Standard Name Table (v29, 08 July 2015), http://cfconventions.org/standard-names.html"
	attribute summary = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute time_coverage_duration = "PT3504.401S"
	attribute time_coverage_end = "2024-09-23T02:38:26Z"
	attribute time_coverage_resolution = "PT0.840S"
	attribute time_coverage_start = "2024-09-23T01:40:02Z"
	attribute time_for_algorithm_initialization = 32.092985
	attribute time_for_processing = 217.249181
	attribute time_per_pixel = 0.0012318927168740433
	attribute time_reference = "2024-09-23T00:00:00Z"
	attribute time_reference_days_since_1950 = 27294
	attribute time_reference_julian_day = 2460576.5
	attribute time_reference_seconds_since_1970 = 1727049600
	attribute time_standard_deviation_per_pixel = 1.8306402698130993e-05
	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute tracking_id = "58e13a32-c729-4090-af1e-45ca3ec41533"
group /outlineplot_data/FRESCO/orbit_35990_20240923T032131
	attribute AUX_ISRF__ = "S5P_OPER_AUX_ISRF___00000000T000000_99999999T999999_20210107T103220.nc"
	attribute AUX_MET_2D = "S5P_OFFL_AUX_MET_2D_20240923T030000_20240923T120000_20240923T000000.nc"
	attribute CFG_FRESCO = "S5P_OPER_CFG_FRESCO_00000000T000000_99999999T999999_20240425T000000.cfg"
	attribute CollectionIdentifier = "03"
	attribute Conventions = "CF-1.7"
	attribute GranuleEnd = "2024-09-23T04:19:55Z"
	attribute GranuleStart = "2024-09-23T03:21:31Z"
	attribute InstrumentName = "TROPOMI"
	attribute L1B_IR_UVN = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute L1B_RA_BD6 = "S5P_OFFL_L1B_RA_BD6_20240923T025957_20240923T044126_35990_03_020100_20240923T063141.nc"
	attribute LUT_FRESCO = "S5P_OPER_LUT_FRESCO_00000000T000000_99999999T999999_20191010T115056.nc"
	attribute LongitudeOfDaysideNadirEquatorCrossing = 144.983246
	attribute MissionName = "Sentinel-5 precursor"
	attribute MissionShortName = "S5P"
	attribute ProcessLevel = "2"
	attribute ProcessingCenter = "PDGS-OP"
	attribute ProcessingMode = "Offline"
	attribute ProcessingNode = "0c56b79d8e90"
	attribute ProcessorVersion = "2.7.1"
	attribute ProductFormatVersion = 10500
	attribute ProductShortName = "L2__FRESCO"
	attribute REF_DEM___ = "S5P_OPER_REF_DEM____20190404T150000_99999999T999999_20240211T000000.nc"
	attribute REF_LER___ = "S5P_OPER_REF_LER____00000000T000000_99999999T999999_20231214T204324.nc"
	attribute REF_SOLAR_ = "S5P_OPER_REF_SOLAR__00000000T000000_99999999T999999_20210107T132455.nc"
	attribute Status_MET_2D = "Nominal"
	attribute Status_NISE__ = "Retired"
	attribute algorithm_version = "1.5.0"
	attribute build_date = "2024-04-24T20:03:00Z"
	attribute cdm_data_type = "Swath"
	attribute cpp_compiler_flags = "-g -O2 -fPIC -std=c++11 -W -Wall -Wno-ignored-qualifiers -Wno-write-strings -Wno-unused-variable -Wno-unused-parameter -DTROPNLL2DP"
	attribute cpp_compiler_version = "g++ (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute creator_email = "EOSupport@Copernicus.esa.int"
	attribute creator_name = "The Sentinel 5 Precursor TROPOMI Level 2 products are developed with funding from the European Space Agency (ESA), the Netherlands Space Office (NSO), the Belgian Science Policy Office, the German Aerospace Center (DLR) and the Bayerisches Staatsministerium für Wirtschaft und Medien, Energie und Technologie (StMWi)."
	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-24T16:41:52Z"
	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
	attribute f90_compiler_version = "GNU Fortran (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute filename = "S5P_OFFL_L2__FRESCO_20240923T025957_20240923T044126_35990_03_020701_20240924T164150.nc"
	attribute geolocation_grid_from_band = 6
	attribute geospatial_lat_max = 89.991951
	attribute geospatial_lat_min = -89.9865723
	attribute geospatial_lon_max = 179.999634
	attribute geospatial_lon_min = -179.999954
	attribute global_processing_warnings = "None"
	attribute history = "2024-09-24 16:46:01 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613626636/JobOrder.613626616.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240923T025957_20240923T044126_35990_03_020701_20240924T164150"
	attribute identifier_product_doi = "N/A"
	attribute identifier_product_doi_authority = "http://dx.doi.org/"
	attribute institution = "KNMI"
	attribute keywords = "0300 Atmospheric Composition and Structure; 0360 Radiation, Transmission and Scattering; 3311 Clouds and Aerosols; 3360 Remote Sensing"
	attribute keywords_vocabulary = "AGU index terms, http://publications.agu.org/author-resource-center/index-terms/"
	attribute license = "No conditions apply"
	attribute naming_authority = "nl.knmi"
	attribute orbit = 35990
	attribute platform = "S5P"
	attribute processing_status = "Nominal"
	attribute processor_version = "2.7.1"
	attribute product_version = "1.5.0"
	attribute project = "Sentinel 5 precursor/TROPOMI"
	attribute references = "https://sentinels.copernicus.eu/web/sentinel/technical-guides/sentinel-5p/products-algorithms; http://www.tropomi.eu/data-products/fresco-cloud"
	attribute revision_control_identifier = "e4dc78be9162"
	attribute sensor = "TROPOMI"
	attribute source = "Sentinel 5 precursor, TROPOMI, space-borne remote sensing, L2"
	attribute spatial_resolution = "5.5x3.5 km2"
	attribute standard_name_vocabulary = "NetCDF Climate and Forecast Metadata Conventions Standard Name Table (v29, 08 July 2015), http://cfconventions.org/standard-names.html"
	attribute summary = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute time_coverage_duration = "PT3504.400S"
	attribute time_coverage_end = "2024-09-23T04:19:55Z"
	attribute time_coverage_resolution = "PT0.840S"
	attribute time_coverage_start = "2024-09-23T03:21:31Z"
	attribute time_for_algorithm_initialization = 31.836052
	attribute time_for_processing = 215.355266
	attribute time_per_pixel = 0.0012211906050494266
	attribute time_reference = "2024-09-23T00:00:00Z"
	attribute time_reference_days_since_1950 = 27294
	attribute time_reference_julian_day = 2460576.5
	attribute time_reference_seconds_since_1970 = 1727049600
	attribute time_standard_deviation_per_pixel = 1.8382500893654216e-05
	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute tracking_id = "f3cf9f07-3025-485c-a5c1-29ffa8e17a26"
group /outlineplot_data/FRESCO/orbit_35991_20240923T050301
	attribute AUX_ISRF__ = "S5P_OPER_AUX_ISRF___00000000T000000_99999999T999999_20210107T103220.nc"
	attribute AUX_MET_2D = "S5P_OFFL_AUX_MET_2D_20240923T030000_20240923T120000_20240923T000000.nc"
	attribute CFG_FRESCO = "S5P_OPER_CFG_FRESCO_00000000T000000_99999999T999999_20240425T000000.cfg"
	attribute CollectionIdentifier = "03"
	attribute Conventions = "CF-1.7"
	attribute GranuleEnd = "2024-09-23T06:01:24Z"
	attribute GranuleStart = "2024-09-23T05:03:01Z"
	attribute InstrumentName = "TROPOMI"
	attribute L1B_IR_UVN = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute L1B_RA_BD6 = "S5P_OFFL_L1B_RA_BD6_20240923T044126_20240923T062256_35991_03_020100_20240923T081216.nc"
	attribute LUT_FRESCO = "S5P_OPER_LUT_FRESCO_00000000T000000_99999999T999999_20191010T115056.nc"
	attribute LongitudeOfDaysideNadirEquatorCrossing = 119.608711
	attribute MissionName = "Sentinel-5 precursor"
	attribute MissionShortName = "S5P"
	attribute ProcessLevel = "2"
	attribute ProcessingCenter = "PDGS-OP"
	attribute ProcessingMode = "Offline"
	attribute ProcessingNode = "cc160e2ff520"
	attribute ProcessorVersion = "2.7.1"
	attribute ProductFormatVersion = 10500
	attribute ProductShortName = "L2__FRESCO"
	attribute REF_DEM___ = "S5P_OPER_REF_DEM____20190404T150000_99999999T999999_20240211T000000.nc"
	attribute REF_LER___ = "S5P_OPER_REF_LER____00000000T000000_99999999T999999_20231214T204324.nc"
	attribute REF_SOLAR_ = "S5P_OPER_REF_SOLAR__00000000T000000_99999999T999999_20210107T132455.nc"
	attribute Status_MET_2D = "Nominal"
	attribute Status_NISE__ = "Retired"
	attribute algorithm_version = "1.5.0"
	attribute build_date = "2024-04-24T20:03:00Z"
	attribute cdm_data_type = "Swath"
	attribute cpp_compiler_flags = "-g -O2 -fPIC -std=c++11 -W -Wall -Wno-ignored-qualifiers -Wno-write-strings -Wno-unused-variable -Wno-unused-parameter -DTROPNLL2DP"
	attribute cpp_compiler_version = "g++ (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute creator_email = "EOSupport@Copernicus.esa.int"
	attribute creator_name = "The Sentinel 5 Precursor TROPOMI Level 2 products are developed with funding from the European Space Agency (ESA), the Netherlands Space Office (NSO), the Belgian Science Policy Office, the German Aerospace Center (DLR) and the Bayerisches Staatsministerium für Wirtschaft und Medien, Energie und Technologie (StMWi)."
	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-24T18:31:48Z"
	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
	attribute f90_compiler_version = "GNU Fortran (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute filename = "S5P_OFFL_L2__FRESCO_20240923T044126_20240923T062256_35991_03_020701_20240924T183146.nc"
	attribute geolocation_grid_from_band = 6
	attribute geospatial_lat_max = 89.9825287
	attribute geospatial_lat_min = -89.983223
	attribute geospatial_lon_max = 179.999954
	attribute geospatial_lon_min = -179.999908
	attribute global_processing_warnings = "None"
	attribute history = "2024-09-24 18:36:02 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613626841/JobOrder.613626821.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240923T044126_20240923T062256_35991_03_020701_20240924T183146"
	attribute identifier_product_doi = "N/A"
	attribute identifier_product_doi_authority = "http://dx.doi.org/"
	attribute institution = "KNMI"
	attribute keywords = "0300 Atmospheric Composition and Structure; 0360 Radiation, Transmission and Scattering; 3311 Clouds and Aerosols; 3360 Remote Sensing"
	attribute keywords_vocabulary = "AGU index terms, http://publications.agu.org/author-resource-center/index-terms/"
	attribute license = "No conditions apply"
	attribute naming_authority = "nl.knmi"
	attribute orbit = 35991
	attribute platform = "S5P"
	attribute processing_status = "Nominal"
	attribute processor_version = "2.7.1"
	attribute product_version = "1.5.0"
	attribute project = "Sentinel 5 precursor/TROPOMI"
	attribute references = "https://sentinels.copernicus.eu/web/sentinel/technical-guides/sentinel-5p/products-algorithms; http://www.tropomi.eu/data-products/fresco-cloud"
	attribute revision_control_identifier = "e4dc78be9162"
	attribute sensor = "TROPOMI"
	attribute source = "Sentinel 5 precursor, TROPOMI, space-borne remote sensing, L2"
	attribute spatial_resolution = "5.5x3.5 km2"
	attribute standard_name_vocabulary = "NetCDF Climate and Forecast Metadata Conventions Standard Name Table (v29, 08 July 2015), http://cfconventions.org/standard-names.html"
	attribute summary = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute time_coverage_duration = "PT3503.560S"
	attribute time_coverage_end = "2024-09-23T06:01:24Z"
	attribute time_coverage_resolution = "PT0.840S"
	attribute time_coverage_start = "2024-09-23T05:03:01Z"
	attribute time_for_algorithm_initialization = 32.371764
	attribute time_for_processing = 220.560587
	attribute time_per_pixel = 0.001250490069148739
	attribute time_reference = "2024-09-23T00:00:00Z"
	attribute time_reference_days_since_1950 = 27294
	attribute time_reference_julian_day = 2460576.5
	attribute time_reference_seconds_since_1970 = 1727049600
	attribute time_standard_deviation_per_pixel = 1.8894090626388568e-05
	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute tracking_id = "8283cccf-78fe-4ccf-919a-31778bc2e178"
group /outlineplot_data/FRESCO/orbit_35992_20240923T064430
	attribute AUX_ISRF__ = "S5P_OPER_AUX_ISRF___00000000T000000_99999999T999999_20210107T103220.nc"
	attribute AUX_MET_2D = "S5P_OFFL_AUX_MET_2D_20240923T030000_20240923T120000_20240923T000000.nc"
	attribute CFG_FRESCO = "S5P_OPER_CFG_FRESCO_00000000T000000_99999999T999999_20240425T000000.cfg"
	attribute CollectionIdentifier = "03"
	attribute Conventions = "CF-1.7"
	attribute GranuleEnd = "2024-09-23T07:42:54Z"
	attribute GranuleStart = "2024-09-23T06:44:30Z"
	attribute InstrumentName = "TROPOMI"
	attribute L1B_IR_UVN = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute L1B_RA_BD6 = "S5P_OFFL_L1B_RA_BD6_20240923T062256_20240923T080425_35992_03_020100_20240923T095234.nc"
	attribute LUT_FRESCO = "S5P_OPER_LUT_FRESCO_00000000T000000_99999999T999999_20191010T115056.nc"
	attribute LongitudeOfDaysideNadirEquatorCrossing = 94.2331085
	attribute MissionName = "Sentinel-5 precursor"
	attribute MissionShortName = "S5P"
	attribute ProcessLevel = "2"
	attribute ProcessingCenter = "PDGS-OP"
	attribute ProcessingMode = "Offline"
	attribute ProcessingNode = "270c00fe5a33"
	attribute ProcessorVersion = "2.7.1"
	attribute ProductFormatVersion = 10500
	attribute ProductShortName = "L2__FRESCO"
	attribute REF_DEM___ = "S5P_OPER_REF_DEM____20190404T150000_99999999T999999_20240211T000000.nc"
	attribute REF_LER___ = "S5P_OPER_REF_LER____00000000T000000_99999999T999999_20231214T204324.nc"
	attribute REF_SOLAR_ = "S5P_OPER_REF_SOLAR__00000000T000000_99999999T999999_20210107T132455.nc"
	attribute Status_MET_2D = "Nominal"
	attribute Status_NISE__ = "Retired"
	attribute algorithm_version = "1.5.0"
	attribute build_date = "2024-04-24T20:03:00Z"
	attribute cdm_data_type = "Swath"
	attribute cpp_compiler_flags = "-g -O2 -fPIC -std=c++11 -W -Wall -Wno-ignored-qualifiers -Wno-write-strings -Wno-unused-variable -Wno-unused-parameter -DTROPNLL2DP"
	attribute cpp_compiler_version = "g++ (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute creator_email = "EOSupport@Copernicus.esa.int"
	attribute creator_name = "The Sentinel 5 Precursor TROPOMI Level 2 products are developed with funding from the European Space Agency (ESA), the Netherlands Space Office (NSO), the Belgian Science Policy Office, the German Aerospace Center (DLR) and the Bayerisches Staatsministerium für Wirtschaft und Medien, Energie und Technologie (StMWi)."
	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-24T20:11:51Z"
	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
	attribute f90_compiler_version = "GNU Fortran (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute filename = "S5P_OFFL_L2__FRESCO_20240923T062256_20240923T080425_35992_03_020701_20240924T201149.nc"
	attribute geolocation_grid_from_band = 6
	attribute geospatial_lat_max = 89.987854
	attribute geospatial_lat_min = -89.9842224
	attribute geospatial_lon_max = 179.999512
	attribute geospatial_lon_min = -179.999771
	attribute global_processing_warnings = "None"
	attribute history = "2024-09-24 20:16:04 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613627044/JobOrder.613627024.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240923T062256_20240923T080425_35992_03_020701_20240924T201149"
	attribute identifier_product_doi = "N/A"
	attribute identifier_product_doi_authority = "http://dx.doi.org/"
	attribute institution = "KNMI"
	attribute keywords = "0300 Atmospheric Composition and Structure; 0360 Radiation, Transmission and Scattering; 3311 Clouds and Aerosols; 3360 Remote Sensing"
	attribute keywords_vocabulary = "AGU index terms, http://publications.agu.org/author-resource-center/index-terms/"
	attribute license = "No conditions apply"
	attribute naming_authority = "nl.knmi"
	attribute orbit = 35992
	attribute platform = "S5P"
	attribute processing_status = "Nominal"
	attribute processor_version = "2.7.1"
	attribute product_version = "1.5.0"
	attribute project = "Sentinel 5 precursor/TROPOMI"
	attribute references = "https://sentinels.copernicus.eu/web/sentinel/technical-guides/sentinel-5p/products-algorithms; http://www.tropomi.eu/data-products/fresco-cloud"
	attribute revision_control_identifier = "e4dc78be9162"
	attribute sensor = "TROPOMI"
	attribute source = "Sentinel 5 precursor, TROPOMI, space-borne remote sensing, L2"
	attribute spatial_resolution = "5.5x3.5 km2"
	attribute standard_name_vocabulary = "NetCDF Climate and Forecast Metadata Conventions Standard Name Table (v29, 08 July 2015), http://cfconventions.org/standard-names.html"
	attribute summary = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute time_coverage_duration = "PT3504.400S"
	attribute time_coverage_end = "2024-09-23T07:42:54Z"
	attribute time_coverage_resolution = "PT0.840S"
	attribute time_coverage_start = "2024-09-23T06:44:30Z"
	attribute time_for_algorithm_initialization = 32.351254
	attribute time_for_processing = 219.395568
	attribute time_per_pixel = 0.0012439427337156367
	attribute time_reference = "2024-09-23T00:00:00Z"
	attribute time_reference_days_since_1950 = 27294
	attribute time_reference_julian_day = 2460576.5
	attribute time_reference_seconds_since_1970 = 1727049600
	attribute time_standard_deviation_per_pixel = 1.8566281106053997e-05
	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute tracking_id = "cbf1290a-f1ee-4d46-9f68-b58b73b15b94"
group /outlineplot_data/FRESCO/orbit_35993_20240923T082600
	attribute AUX_ISRF__ = "S5P_OPER_AUX_ISRF___00000000T000000_99999999T999999_20210107T103220.nc"
	attribute AUX_MET_2D = "S5P_OFFL_AUX_MET_2D_20240923T030000_20240923T120000_20240923T000000.nc"
	attribute CFG_FRESCO = "S5P_OPER_CFG_FRESCO_00000000T000000_99999999T999999_20240425T000000.cfg"
	attribute CollectionIdentifier = "03"
	attribute Conventions = "CF-1.7"
	attribute GranuleEnd = "2024-09-23T09:24:23Z"
	attribute GranuleStart = "2024-09-23T08:26:00Z"
	attribute InstrumentName = "TROPOMI"
	attribute L1B_IR_UVN = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute L1B_RA_BD6 = "S5P_OFFL_L1B_RA_BD6_20240923T080425_20240923T094555_35993_03_020100_20240923T113259.nc"
	attribute LUT_FRESCO = "S5P_OPER_LUT_FRESCO_00000000T000000_99999999T999999_20191010T115056.nc"
	attribute LongitudeOfDaysideNadirEquatorCrossing = 68.8575134
	attribute MissionName = "Sentinel-5 precursor"
	attribute MissionShortName = "S5P"
	attribute ProcessLevel = "2"
	attribute ProcessingCenter = "PDGS-OP"
	attribute ProcessingMode = "Offline"
	attribute ProcessingNode = "1e621378cc76"
	attribute ProcessorVersion = "2.7.1"
	attribute ProductFormatVersion = 10500
	attribute ProductShortName = "L2__FRESCO"
	attribute REF_DEM___ = "S5P_OPER_REF_DEM____20190404T150000_99999999T999999_20240211T000000.nc"
	attribute REF_LER___ = "S5P_OPER_REF_LER____00000000T000000_99999999T999999_20231214T204324.nc"
	attribute REF_SOLAR_ = "S5P_OPER_REF_SOLAR__00000000T000000_99999999T999999_20210107T132455.nc"
	attribute Status_MET_2D = "Nominal"
	attribute Status_NISE__ = "Retired"
	attribute algorithm_version = "1.5.0"
	attribute build_date = "2024-04-24T20:03:00Z"
	attribute cdm_data_type = "Swath"
	attribute cpp_compiler_flags = "-g -O2 -fPIC -std=c++11 -W -Wall -Wno-ignored-qualifiers -Wno-write-strings -Wno-unused-variable -Wno-unused-parameter -DTROPNLL2DP"
	attribute cpp_compiler_version = "g++ (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute creator_email = "EOSupport@Copernicus.esa.int"
	attribute creator_name = "The Sentinel 5 Precursor TROPOMI Level 2 products are developed with funding from the European Space Agency (ESA), the Netherlands Space Office (NSO), the Belgian Science Policy Office, the German Aerospace Center (DLR) and the Bayerisches Staatsministerium für Wirtschaft und Medien, Energie und Technologie (StMWi)."
	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-24T21:51:55Z"
	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
	attribute f90_compiler_version = "GNU Fortran (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute filename = "S5P_OFFL_L2__FRESCO_20240923T080425_20240923T094555_35993_03_020701_20240924T215152.nc"
	attribute geolocation_grid_from_band = 6
	attribute geospatial_lat_max = 89.975853
	attribute geospatial_lat_min = -89.9784088
	attribute geospatial_lon_max = 179.998734
	attribute geospatial_lon_min = -179.999756
	attribute global_processing_warnings = "None"
	attribute history = "2024-09-24 21:56:05 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613627247/JobOrder.613627227.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240923T080425_20240923T094555_35993_03_020701_20240924T215152"
	attribute identifier_product_doi = "N/A"
	attribute identifier_product_doi_authority = "http://dx.doi.org/"
	attribute institution = "KNMI"
	attribute keywords = "0300 Atmospheric Composition and Structure; 0360 Radiation, Transmission and Scattering; 3311 Clouds and Aerosols; 3360 Remote Sensing"
	attribute keywords_vocabulary = "AGU index terms, http://publications.agu.org/author-resource-center/index-terms/"
	attribute license = "No conditions apply"
	attribute naming_authority = "nl.knmi"
	attribute orbit = 35993
	attribute platform = "S5P"
	attribute processing_status = "Nominal"
	attribute processor_version = "2.7.1"
	attribute product_version = "1.5.0"
	attribute project = "Sentinel 5 precursor/TROPOMI"
	attribute references = "https://sentinels.copernicus.eu/web/sentinel/technical-guides/sentinel-5p/products-algorithms; http://www.tropomi.eu/data-products/fresco-cloud"
	attribute revision_control_identifier = "e4dc78be9162"
	attribute sensor = "TROPOMI"
	attribute source = "Sentinel 5 precursor, TROPOMI, space-borne remote sensing, L2"
	attribute spatial_resolution = "5.5x3.5 km2"
	attribute standard_name_vocabulary = "NetCDF Climate and Forecast Metadata Conventions Standard Name Table (v29, 08 July 2015), http://cfconventions.org/standard-names.html"
	attribute summary = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute time_coverage_duration = "PT3503.561S"
	attribute time_coverage_end = "2024-09-23T09:24:23Z"
	attribute time_coverage_resolution = "PT0.840S"
	attribute time_coverage_start = "2024-09-23T08:26:00Z"
	attribute time_for_algorithm_initialization = 32.000128
	attribute time_for_processing = 216.142503
	attribute time_per_pixel = 0.0012253959070424373
	attribute time_reference = "2024-09-23T00:00:00Z"
	attribute time_reference_days_since_1950 = 27294
	attribute time_reference_julian_day = 2460576.5
	attribute time_reference_seconds_since_1970 = 1727049600
	attribute time_standard_deviation_per_pixel = 1.8655194251811586e-05
	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute tracking_id = "e0cb99c1-6575-4383-ad07-4fc3777d345b"
group /outlineplot_data/FRESCO/orbit_35994_20240923T100729
	attribute AUX_ISRF__ = "S5P_OPER_AUX_ISRF___00000000T000000_99999999T999999_20210107T103220.nc"
	attribute AUX_MET_2D = "S5P_OFFL_AUX_MET_2D_20240923T030000_20240923T120000_20240923T000000.nc"
	attribute CFG_FRESCO = "S5P_OPER_CFG_FRESCO_00000000T000000_99999999T999999_20240425T000000.cfg"
	attribute CollectionIdentifier = "03"
	attribute Conventions = "CF-1.7"
	attribute GranuleEnd = "2024-09-23T11:05:53Z"
	attribute GranuleStart = "2024-09-23T10:07:29Z"
	attribute InstrumentName = "TROPOMI"
	attribute L1B_IR_UVN = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute L1B_RA_BD6 = "S5P_OFFL_L1B_RA_BD6_20240923T094555_20240923T112724_35994_03_020100_20240923T131328.nc"
	attribute LUT_FRESCO = "S5P_OPER_LUT_FRESCO_00000000T000000_99999999T999999_20191010T115056.nc"
	attribute LongitudeOfDaysideNadirEquatorCrossing = 43.4827271
	attribute MissionName = "Sentinel-5 precursor"
	attribute MissionShortName = "S5P"
	attribute ProcessLevel = "2"
	attribute ProcessingCenter = "PDGS-OP"
	attribute ProcessingMode = "Offline"
	attribute ProcessingNode = "989b71a6d94a"
	attribute ProcessorVersion = "2.7.1"
	attribute ProductFormatVersion = 10500
	attribute ProductShortName = "L2__FRESCO"
	attribute REF_DEM___ = "S5P_OPER_REF_DEM____20190404T150000_99999999T999999_20240211T000000.nc"
	attribute REF_LER___ = "S5P_OPER_REF_LER____00000000T000000_99999999T999999_20231214T204324.nc"
	attribute REF_SOLAR_ = "S5P_OPER_REF_SOLAR__00000000T000000_99999999T999999_20210107T132455.nc"
	attribute Status_MET_2D = "Nominal"
	attribute Status_NISE__ = "Retired"
	attribute algorithm_version = "1.5.0"
	attribute build_date = "2024-04-24T20:03:00Z"
	attribute cdm_data_type = "Swath"
	attribute cpp_compiler_flags = "-g -O2 -fPIC -std=c++11 -W -Wall -Wno-ignored-qualifiers -Wno-write-strings -Wno-unused-variable -Wno-unused-parameter -DTROPNLL2DP"
	attribute cpp_compiler_version = "g++ (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute creator_email = "EOSupport@Copernicus.esa.int"
	attribute creator_name = "The Sentinel 5 Precursor TROPOMI Level 2 products are developed with funding from the European Space Agency (ESA), the Netherlands Space Office (NSO), the Belgian Science Policy Office, the German Aerospace Center (DLR) and the Bayerisches Staatsministerium für Wirtschaft und Medien, Energie und Technologie (StMWi)."
	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-24T23:31:56Z"
	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
	attribute f90_compiler_version = "GNU Fortran (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute filename = "S5P_OFFL_L2__FRESCO_20240923T094555_20240923T112724_35994_03_020701_20240924T233154.nc"
	attribute geolocation_grid_from_band = 6
	attribute geospatial_lat_max = 89.9801941
	attribute geospatial_lat_min = -89.9802322
	attribute geospatial_lon_max = 179.999542
	attribute geospatial_lon_min = -179.997849
	attribute global_processing_warnings = "None"
	attribute history = "2024-09-24 23:36:13 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613627450/JobOrder.613627430.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240923T094555_20240923T112724_35994_03_020701_20240924T233154"
	attribute identifier_product_doi = "N/A"
	attribute identifier_product_doi_authority = "http://dx.doi.org/"
	attribute institution = "KNMI"
	attribute keywords = "0300 Atmospheric Composition and Structure; 0360 Radiation, Transmission and Scattering; 3311 Clouds and Aerosols; 3360 Remote Sensing"
	attribute keywords_vocabulary = "AGU index terms, http://publications.agu.org/author-resource-center/index-terms/"
	attribute license = "No conditions apply"
	attribute naming_authority = "nl.knmi"
	attribute orbit = 35994
	attribute platform = "S5P"
	attribute processing_status = "Nominal"
	attribute processor_version = "2.7.1"
	attribute product_version = "1.5.0"
	attribute project = "Sentinel 5 precursor/TROPOMI"
	attribute references = "https://sentinels.copernicus.eu/web/sentinel/technical-guides/sentinel-5p/products-algorithms; http://www.tropomi.eu/data-products/fresco-cloud"
	attribute revision_control_identifier = "e4dc78be9162"
	attribute sensor = "TROPOMI"
	attribute source = "Sentinel 5 precursor, TROPOMI, space-borne remote sensing, L2"
	attribute spatial_resolution = "5.5x3.5 km2"
	attribute standard_name_vocabulary = "NetCDF Climate and Forecast Metadata Conventions Standard Name Table (v29, 08 July 2015), http://cfconventions.org/standard-names.html"
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	attribute time_coverage_resolution = "PT0.840S"
	attribute time_coverage_start = "2024-09-23T10:07:29Z"
	attribute time_for_algorithm_initialization = 32.582371
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	attribute time_reference_days_since_1950 = 27294
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	attribute time_reference_seconds_since_1970 = 1727049600
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	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute tracking_id = "f858bdcc-af06-488e-a0ad-5536d445d083"
group /outlineplot_data/FRESCO/orbit_35995_20240923T114859
	attribute AUX_ISRF__ = "S5P_OPER_AUX_ISRF___00000000T000000_99999999T999999_20210107T103220.nc"
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	attribute InstrumentName = "TROPOMI"
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	attribute LUT_FRESCO = "S5P_OPER_LUT_FRESCO_00000000T000000_99999999T999999_20191010T115056.nc"
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	attribute MissionName = "Sentinel-5 precursor"
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	attribute cpp_compiler_version = "g++ (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
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	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
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	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
	attribute f90_compiler_version = "GNU Fortran (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
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	attribute geolocation_grid_from_band = 6
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	attribute global_processing_warnings = "None"
	attribute history = "2024-09-25 01:16:19 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613627766/JobOrder.613627746.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240923T112724_20240923T130854_35995_03_020701_20240925T011204"
	attribute identifier_product_doi = "N/A"
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	attribute keywords_vocabulary = "AGU index terms, http://publications.agu.org/author-resource-center/index-terms/"
	attribute license = "No conditions apply"
	attribute naming_authority = "nl.knmi"
	attribute orbit = 35995
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	attribute references = "https://sentinels.copernicus.eu/web/sentinel/technical-guides/sentinel-5p/products-algorithms; http://www.tropomi.eu/data-products/fresco-cloud"
	attribute revision_control_identifier = "e4dc78be9162"
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	attribute spatial_resolution = "5.5x3.5 km2"
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	attribute time_coverage_duration = "PT3503.561S"
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	attribute time_coverage_resolution = "PT0.840S"
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	attribute time_for_processing = 219.262596
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	attribute time_reference_days_since_1950 = 27294
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	attribute time_reference_seconds_since_1970 = 1727049600
	attribute time_standard_deviation_per_pixel = 1.895456627499716e-05
	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute tracking_id = "fa256288-c616-4621-8395-7ed164328f63"
group /outlineplot_data/FRESCO/orbit_35996_20240923T133027
	attribute AUX_ISRF__ = "S5P_OPER_AUX_ISRF___00000000T000000_99999999T999999_20210107T103220.nc"
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	attribute CollectionIdentifier = "03"
	attribute Conventions = "CF-1.7"
	attribute GranuleEnd = "2024-09-23T14:28:52Z"
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	attribute algorithm_version = "1.5.0"
	attribute build_date = "2024-04-24T20:03:00Z"
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	attribute cpp_compiler_version = "g++ (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
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	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-25T02:52:01Z"
	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
	attribute f90_compiler_version = "GNU Fortran (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
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	attribute geolocation_grid_from_band = 6
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	attribute geospatial_lon_max = 179.999084
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	attribute global_processing_warnings = "None"
	attribute history = "2024-09-25 02:56:12 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613627972/JobOrder.613627952.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240923T130854_20240923T145023_35996_03_020701_20240925T025159"
	attribute identifier_product_doi = "N/A"
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	attribute license = "No conditions apply"
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	attribute revision_control_identifier = "e4dc78be9162"
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	attribute standard_name_vocabulary = "NetCDF Climate and Forecast Metadata Conventions Standard Name Table (v29, 08 July 2015), http://cfconventions.org/standard-names.html"
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	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
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group /outlineplot_data/FRESCO/orbit_35997_20240923T151158
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	attribute GranuleEnd = "2024-09-23T16:10:21Z"
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	attribute ProcessorVersion = "2.7.1"
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	attribute Status_MET_2D = "Nominal"
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	attribute cpp_compiler_version = "g++ (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute creator_email = "EOSupport@Copernicus.esa.int"
	attribute creator_name = "The Sentinel 5 Precursor TROPOMI Level 2 products are developed with funding from the European Space Agency (ESA), the Netherlands Space Office (NSO), the Belgian Science Policy Office, the German Aerospace Center (DLR) and the Bayerisches Staatsministerium für Wirtschaft und Medien, Energie und Technologie (StMWi)."
	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-25T04:32:04Z"
	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
	attribute f90_compiler_version = "GNU Fortran (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute filename = "S5P_OFFL_L2__FRESCO_20240923T145023_20240923T163152_35997_03_020701_20240925T043202.nc"
	attribute geolocation_grid_from_band = 6
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	attribute geospatial_lat_min = -89.9776535
	attribute geospatial_lon_max = 179.999222
	attribute geospatial_lon_min = -179.999481
	attribute global_processing_warnings = "None"
	attribute history = "2024-09-25 04:36:25 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613628175/JobOrder.613628155.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240923T145023_20240923T163152_35997_03_020701_20240925T043202"
	attribute identifier_product_doi = "N/A"
	attribute identifier_product_doi_authority = "http://dx.doi.org/"
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	attribute keywords_vocabulary = "AGU index terms, http://publications.agu.org/author-resource-center/index-terms/"
	attribute license = "No conditions apply"
	attribute naming_authority = "nl.knmi"
	attribute orbit = 35997
	attribute platform = "S5P"
	attribute processing_status = "Nominal"
	attribute processor_version = "2.7.1"
	attribute product_version = "1.5.0"
	attribute project = "Sentinel 5 precursor/TROPOMI"
	attribute references = "https://sentinels.copernicus.eu/web/sentinel/technical-guides/sentinel-5p/products-algorithms; http://www.tropomi.eu/data-products/fresco-cloud"
	attribute revision_control_identifier = "e4dc78be9162"
	attribute sensor = "TROPOMI"
	attribute source = "Sentinel 5 precursor, TROPOMI, space-borne remote sensing, L2"
	attribute spatial_resolution = "5.5x3.5 km2"
	attribute standard_name_vocabulary = "NetCDF Climate and Forecast Metadata Conventions Standard Name Table (v29, 08 July 2015), http://cfconventions.org/standard-names.html"
	attribute summary = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
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	attribute time_coverage_end = "2024-09-23T16:10:21Z"
	attribute time_coverage_resolution = "PT0.840S"
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	attribute time_for_algorithm_initialization = 33.21499
	attribute time_for_processing = 226.287353
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	attribute time_reference = "2024-09-23T00:00:00Z"
	attribute time_reference_days_since_1950 = 27294
	attribute time_reference_julian_day = 2460576.5
	attribute time_reference_seconds_since_1970 = 1727049600
	attribute time_standard_deviation_per_pixel = 1.9289122599348748e-05
	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute tracking_id = "9dc6bd00-284d-4f04-aa0a-39002f17c1ff"
group /outlineplot_data/FRESCO/orbit_35998_20240923T165327
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	attribute GranuleStart = "2024-09-23T16:53:27Z"
	attribute InstrumentName = "TROPOMI"
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	attribute LUT_FRESCO = "S5P_OPER_LUT_FRESCO_00000000T000000_99999999T999999_20191010T115056.nc"
	attribute LongitudeOfDaysideNadirEquatorCrossing = -58.0149078
	attribute MissionName = "Sentinel-5 precursor"
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	attribute ProcessingNode = "abd150826afe"
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	attribute ProductFormatVersion = 10500
	attribute ProductShortName = "L2__FRESCO"
	attribute REF_DEM___ = "S5P_OPER_REF_DEM____20190404T150000_99999999T999999_20240211T000000.nc"
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	attribute Status_MET_2D = "Nominal"
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	attribute algorithm_version = "1.5.0"
	attribute build_date = "2024-04-24T20:03:00Z"
	attribute cdm_data_type = "Swath"
	attribute cpp_compiler_flags = "-g -O2 -fPIC -std=c++11 -W -Wall -Wno-ignored-qualifiers -Wno-write-strings -Wno-unused-variable -Wno-unused-parameter -DTROPNLL2DP"
	attribute cpp_compiler_version = "g++ (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute creator_email = "EOSupport@Copernicus.esa.int"
	attribute creator_name = "The Sentinel 5 Precursor TROPOMI Level 2 products are developed with funding from the European Space Agency (ESA), the Netherlands Space Office (NSO), the Belgian Science Policy Office, the German Aerospace Center (DLR) and the Bayerisches Staatsministerium für Wirtschaft und Medien, Energie und Technologie (StMWi)."
	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-25T06:22:07Z"
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	attribute revision_control_identifier = "e4dc78be9162"
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	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
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group /outlineplot_data/FRESCO/orbit_35999_20240923T183456
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	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
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	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
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	attribute global_processing_warnings = "None"
	attribute history = "2024-09-25 08:06:45 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613628581/JobOrder.613628561.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240923T181322_20240923T195451_35999_03_020701_20240925T080227"
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	attribute license = "No conditions apply"
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	attribute revision_control_identifier = "e4dc78be9162"
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	attribute time_standard_deviation_per_pixel = 1.9090822477391168e-05
	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute tracking_id = "7943ae32-e211-4e8e-8b5b-a1de07228603"
group /outlineplot_data/FRESCO/orbit_36000_20240923T201626
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	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-25T09:43:04Z"
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	attribute global_processing_warnings = "None"
	attribute history = "2024-09-25 09:47:19 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613628784/JobOrder.613628764.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240923T195451_20240923T213621_36000_03_020701_20240925T094302"
	attribute identifier_product_doi = "N/A"
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	attribute keywords_vocabulary = "AGU index terms, http://publications.agu.org/author-resource-center/index-terms/"
	attribute license = "No conditions apply"
	attribute naming_authority = "nl.knmi"
	attribute orbit = 36000
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	attribute references = "https://sentinels.copernicus.eu/web/sentinel/technical-guides/sentinel-5p/products-algorithms; http://www.tropomi.eu/data-products/fresco-cloud"
	attribute revision_control_identifier = "e4dc78be9162"
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	attribute time_standard_deviation_per_pixel = 1.864736989775029e-05
	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
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group /outlineplot_data/FRESCO/orbit_36001_20240923T215755
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	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-25T11:23:07Z"
	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
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	attribute geospatial_lon_max = 179.999924
	attribute geospatial_lon_min = -179.998886
	attribute global_processing_warnings = "None"
	attribute history = "2024-09-25 11:27:18 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613628987/JobOrder.613628967.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240923T213621_20240923T231750_36001_03_020701_20240925T112305"
	attribute identifier_product_doi = "N/A"
	attribute identifier_product_doi_authority = "http://dx.doi.org/"
	attribute institution = "KNMI"
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	attribute keywords_vocabulary = "AGU index terms, http://publications.agu.org/author-resource-center/index-terms/"
	attribute license = "No conditions apply"
	attribute naming_authority = "nl.knmi"
	attribute orbit = 36001
	attribute platform = "S5P"
	attribute processing_status = "Nominal"
	attribute processor_version = "2.7.1"
	attribute product_version = "1.5.0"
	attribute project = "Sentinel 5 precursor/TROPOMI"
	attribute references = "https://sentinels.copernicus.eu/web/sentinel/technical-guides/sentinel-5p/products-algorithms; http://www.tropomi.eu/data-products/fresco-cloud"
	attribute revision_control_identifier = "e4dc78be9162"
	attribute sensor = "TROPOMI"
	attribute source = "Sentinel 5 precursor, TROPOMI, space-borne remote sensing, L2"
	attribute spatial_resolution = "5.5x3.5 km2"
	attribute standard_name_vocabulary = "NetCDF Climate and Forecast Metadata Conventions Standard Name Table (v29, 08 July 2015), http://cfconventions.org/standard-names.html"
	attribute summary = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute time_coverage_duration = "PT3504.400S"
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	attribute time_coverage_resolution = "PT0.840S"
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	attribute time_reference_days_since_1950 = 27294
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	attribute time_reference_seconds_since_1970 = 1727049600
	attribute time_standard_deviation_per_pixel = 1.8793403434001105e-05
	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute tracking_id = "631280bd-9e6f-4717-9759-e34bccd6fb1b"
group /outlineplot_data/FRESCO/orbit_36002_20240923T233925
	attribute AUX_ISRF__ = "S5P_OPER_AUX_ISRF___00000000T000000_99999999T999999_20210107T103220.nc"
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	attribute Conventions = "CF-1.7"
	attribute GranuleEnd = "2024-09-24T00:37:48Z"
	attribute GranuleStart = "2024-09-23T23:39:25Z"
	attribute InstrumentName = "TROPOMI"
	attribute L1B_IR_UVN = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute L1B_RA_BD6 = "S5P_OFFL_L1B_RA_BD6_20240923T231750_20240924T005920_36002_03_020100_20240924T024716.nc"
	attribute LUT_FRESCO = "S5P_OPER_LUT_FRESCO_00000000T000000_99999999T999999_20191010T115056.nc"
	attribute LongitudeOfDaysideNadirEquatorCrossing = -159.512634
	attribute MissionName = "Sentinel-5 precursor"
	attribute MissionShortName = "S5P"
	attribute ProcessLevel = "2"
	attribute ProcessingCenter = "PDGS-OP"
	attribute ProcessingMode = "Offline"
	attribute ProcessingNode = "6c80872c1bd0"
	attribute ProcessorVersion = "2.7.1"
	attribute ProductFormatVersion = 10500
	attribute ProductShortName = "L2__FRESCO"
	attribute REF_DEM___ = "S5P_OPER_REF_DEM____20190404T150000_99999999T999999_20240211T000000.nc"
	attribute REF_LER___ = "S5P_OPER_REF_LER____00000000T000000_99999999T999999_20231214T204324.nc"
	attribute REF_SOLAR_ = "S5P_OPER_REF_SOLAR__00000000T000000_99999999T999999_20210107T132455.nc"
	attribute Status_MET_2D = "Nominal"
	attribute Status_NISE__ = "Retired"
	attribute algorithm_version = "1.5.0"
	attribute build_date = "2024-04-24T20:03:00Z"
	attribute cdm_data_type = "Swath"
	attribute cpp_compiler_flags = "-g -O2 -fPIC -std=c++11 -W -Wall -Wno-ignored-qualifiers -Wno-write-strings -Wno-unused-variable -Wno-unused-parameter -DTROPNLL2DP"
	attribute cpp_compiler_version = "g++ (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute creator_email = "EOSupport@Copernicus.esa.int"
	attribute creator_name = "The Sentinel 5 Precursor TROPOMI Level 2 products are developed with funding from the European Space Agency (ESA), the Netherlands Space Office (NSO), the Belgian Science Policy Office, the German Aerospace Center (DLR) and the Bayerisches Staatsministerium für Wirtschaft und Medien, Energie und Technologie (StMWi)."
	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-25T13:03:19Z"
	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
	attribute f90_compiler_version = "GNU Fortran (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute filename = "S5P_OFFL_L2__FRESCO_20240923T231750_20240924T005920_36002_03_020701_20240925T130316.nc"
	attribute geolocation_grid_from_band = 6
	attribute geospatial_lat_max = 89.9788284
	attribute geospatial_lat_min = -89.9754333
	attribute geospatial_lon_max = 179.999969
	attribute geospatial_lon_min = -179.999878
	attribute global_processing_warnings = "None"
	attribute history = "2024-09-25 13:07:29 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613629190/JobOrder.613629170.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240923T231750_20240924T005920_36002_03_020701_20240925T130316"
	attribute identifier_product_doi = "N/A"
	attribute identifier_product_doi_authority = "http://dx.doi.org/"
	attribute institution = "KNMI"
	attribute keywords = "0300 Atmospheric Composition and Structure; 0360 Radiation, Transmission and Scattering; 3311 Clouds and Aerosols; 3360 Remote Sensing"
	attribute keywords_vocabulary = "AGU index terms, http://publications.agu.org/author-resource-center/index-terms/"
	attribute license = "No conditions apply"
	attribute naming_authority = "nl.knmi"
	attribute orbit = 36002
	attribute platform = "S5P"
	attribute processing_status = "Nominal"
	attribute processor_version = "2.7.1"
	attribute product_version = "1.5.0"
	attribute project = "Sentinel 5 precursor/TROPOMI"
	attribute references = "https://sentinels.copernicus.eu/web/sentinel/technical-guides/sentinel-5p/products-algorithms; http://www.tropomi.eu/data-products/fresco-cloud"
	attribute revision_control_identifier = "e4dc78be9162"
	attribute sensor = "TROPOMI"
	attribute source = "Sentinel 5 precursor, TROPOMI, space-borne remote sensing, L2"
	attribute spatial_resolution = "5.5x3.5 km2"
	attribute standard_name_vocabulary = "NetCDF Climate and Forecast Metadata Conventions Standard Name Table (v29, 08 July 2015), http://cfconventions.org/standard-names.html"
	attribute summary = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute time_coverage_duration = "PT3503.560S"
	attribute time_coverage_end = "2024-09-24T00:37:48Z"
	attribute time_coverage_resolution = "PT0.840S"
	attribute time_coverage_start = "2024-09-23T23:39:25Z"
	attribute time_for_algorithm_initialization = 32.595202
	attribute time_for_processing = 215.843317
	attribute time_per_pixel = 0.0012246771789721702
	attribute time_reference = "2024-09-23T00:00:00Z"
	attribute time_reference_days_since_1950 = 27294
	attribute time_reference_julian_day = 2460576.5
	attribute time_reference_seconds_since_1970 = 1727049600
	attribute time_standard_deviation_per_pixel = 1.83536300637675e-05
	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute tracking_id = "87d65acd-6d61-4bb0-9013-2a7f8d5ad615"
group /outlineplot_data/FRESCO/orbit_36003_20240924T012054
	attribute AUX_ISRF__ = "S5P_OPER_AUX_ISRF___00000000T000000_99999999T999999_20210107T103220.nc"
	attribute AUX_MET_2D = "S5P_OFFL_AUX_MET_2D_20240923T150000_20240924T000000_20240923T120000.nc, S5P_OFFL_AUX_MET_2D_20240924T030000_20240924T120000_20240924T000000.nc"
	attribute CFG_FRESCO = "S5P_OPER_CFG_FRESCO_00000000T000000_99999999T999999_20240425T000000.cfg"
	attribute CollectionIdentifier = "03"
	attribute Conventions = "CF-1.7"
	attribute GranuleEnd = "2024-09-24T02:19:18Z"
	attribute GranuleStart = "2024-09-24T01:20:54Z"
	attribute InstrumentName = "TROPOMI"
	attribute L1B_IR_UVN = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute L1B_RA_BD6 = "S5P_OFFL_L1B_RA_BD6_20240924T005920_20240924T024049_36003_03_020100_20240924T042743.nc"
	attribute LUT_FRESCO = "S5P_OPER_LUT_FRESCO_00000000T000000_99999999T999999_20191010T115056.nc"
	attribute LongitudeOfDaysideNadirEquatorCrossing = 175.112183
	attribute MissionName = "Sentinel-5 precursor"
	attribute MissionShortName = "S5P"
	attribute ProcessLevel = "2"
	attribute ProcessingCenter = "PDGS-OP"
	attribute ProcessingMode = "Offline"
	attribute ProcessingNode = "5dd2738255a9"
	attribute ProcessorVersion = "2.7.1"
	attribute ProductFormatVersion = 10500
	attribute ProductShortName = "L2__FRESCO"
	attribute REF_DEM___ = "S5P_OPER_REF_DEM____20190404T150000_99999999T999999_20240211T000000.nc"
	attribute REF_LER___ = "S5P_OPER_REF_LER____00000000T000000_99999999T999999_20231214T204324.nc"
	attribute REF_SOLAR_ = "S5P_OPER_REF_SOLAR__00000000T000000_99999999T999999_20210107T132455.nc"
	attribute Status_MET_2D = "Nominal"
	attribute Status_NISE__ = "Retired"
	attribute algorithm_version = "1.5.0"
	attribute build_date = "2024-04-24T20:03:00Z"
	attribute cdm_data_type = "Swath"
	attribute cpp_compiler_flags = "-g -O2 -fPIC -std=c++11 -W -Wall -Wno-ignored-qualifiers -Wno-write-strings -Wno-unused-variable -Wno-unused-parameter -DTROPNLL2DP"
	attribute cpp_compiler_version = "g++ (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute creator_email = "EOSupport@Copernicus.esa.int"
	attribute creator_name = "The Sentinel 5 Precursor TROPOMI Level 2 products are developed with funding from the European Space Agency (ESA), the Netherlands Space Office (NSO), the Belgian Science Policy Office, the German Aerospace Center (DLR) and the Bayerisches Staatsministerium für Wirtschaft und Medien, Energie und Technologie (StMWi)."
	attribute creator_url = "https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-5p"
	attribute date_created = "2024-09-25T14:43:14Z"
	attribute f90_compiler_flags = "-gdwarf-3 -O2 -fPIC -cpp -ffpe-trap=invalid -fno-range-check -frecursive -fimplicit-none -ffree-line-length-none -DTROPNLL2DP -Wuninitialized -Wtabs"
	attribute f90_compiler_version = "GNU Fortran (GCC) 11.4.1 20230605 (Red Hat 11.4.1-2)"
	attribute filename = "S5P_OFFL_L2__FRESCO_20240924T005920_20240924T024049_36003_03_020701_20240925T144312.nc"
	attribute geolocation_grid_from_band = 6
	attribute geospatial_lat_max = 89.9983063
	attribute geospatial_lat_min = -89.9872208
	attribute geospatial_lon_max = 179.999969
	attribute geospatial_lon_min = -179.999939
	attribute global_processing_warnings = "None"
	attribute history = "2024-09-25 14:47:31 UNKNOWN tropnll2dp /pdgs/storage_offl_l2/cache_offl_l2/WORKING-613629397/JobOrder.613629377.xml"
	attribute id = "S5P_OFFL_L2__FRESCO_20240924T005920_20240924T024049_36003_03_020701_20240925T144312"
	attribute identifier_product_doi = "N/A"
	attribute identifier_product_doi_authority = "http://dx.doi.org/"
	attribute institution = "KNMI"
	attribute keywords = "0300 Atmospheric Composition and Structure; 0360 Radiation, Transmission and Scattering; 3311 Clouds and Aerosols; 3360 Remote Sensing"
	attribute keywords_vocabulary = "AGU index terms, http://publications.agu.org/author-resource-center/index-terms/"
	attribute license = "No conditions apply"
	attribute naming_authority = "nl.knmi"
	attribute orbit = 36003
	attribute platform = "S5P"
	attribute processing_status = "Nominal"
	attribute processor_version = "2.7.1"
	attribute product_version = "1.5.0"
	attribute project = "Sentinel 5 precursor/TROPOMI"
	attribute references = "https://sentinels.copernicus.eu/web/sentinel/technical-guides/sentinel-5p/products-algorithms; http://www.tropomi.eu/data-products/fresco-cloud"
	attribute revision_control_identifier = "e4dc78be9162"
	attribute sensor = "TROPOMI"
	attribute source = "Sentinel 5 precursor, TROPOMI, space-borne remote sensing, L2"
	attribute spatial_resolution = "5.5x3.5 km2"
	attribute standard_name_vocabulary = "NetCDF Climate and Forecast Metadata Conventions Standard Name Table (v29, 08 July 2015), http://cfconventions.org/standard-names.html"
	attribute summary = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute time_coverage_duration = "PT3503.561S"
	attribute time_coverage_end = "2024-09-24T02:19:18Z"
	attribute time_coverage_resolution = "PT0.840S"
	attribute time_coverage_start = "2024-09-24T01:20:54Z"
	attribute time_for_algorithm_initialization = 33.937796
	attribute time_for_processing = 221.03564
	attribute time_per_pixel = 0.0012530854601965364
	attribute time_reference = "2024-09-24T00:00:00Z"
	attribute time_reference_days_since_1950 = 27295
	attribute time_reference_julian_day = 2460577.5
	attribute time_reference_seconds_since_1970 = 1727136000
	attribute time_standard_deviation_per_pixel = 1.8670303941313567e-05
	attribute title = "TROPOMI/S5P FRESCO Cloud 1-Orbit L2 Swath 5.5x3.5km"
	attribute tracking_id = "4e5dd30b-59a3-4b33-8481-be1293f715fc"
dataset /outlineplot_data/key_35988_20240922T235832: int32, shape (328)
// key_35988_20240922T235832: first 0, last 327, count 328
dataset /outlineplot_data/key_35989_20240923T014002: int32, shape (328)
// key_35989_20240923T014002: first 0, last 327, count 328
dataset /outlineplot_data/key_35990_20240923T032131: int32, shape (328)
// key_35990_20240923T032131: first 0, last 327, count 328
dataset /outlineplot_data/key_35991_20240923T050301: int32, shape (328)
// key_35991_20240923T050301: first 0, last 327, count 328
dataset /outlineplot_data/key_35992_20240923T064430: int32, shape (328)
// key_35992_20240923T064430: first 0, last 327, count 328
dataset /outlineplot_data/key_35993_20240923T082600: int32, shape (328)
// key_35993_20240923T082600: first 0, last 327, count 328
dataset /outlineplot_data/key_35994_20240923T100729: int32, shape (328)
// key_35994_20240923T100729: first 0, last 327, count 328
dataset /outlineplot_data/key_35995_20240923T114859: int32, shape (328)
// key_35995_20240923T114859: first 0, last 327, count 328
dataset /outlineplot_data/key_35996_20240923T133027: int32, shape (328)
// key_35996_20240923T133027: first 0, last 327, count 328
dataset /outlineplot_data/key_35997_20240923T151158: int32, shape (328)
// key_35997_20240923T151158: first 0, last 327, count 328
dataset /outlineplot_data/key_35998_20240923T165327: int32, shape (298)
// key_35998_20240923T165327: first 0, last 297, count 298
dataset /outlineplot_data/key_35999_20240923T183456: int32, shape (328)
// key_35999_20240923T183456: first 0, last 327, count 328
dataset /outlineplot_data/key_36000_20240923T201626: int32, shape (328)
// key_36000_20240923T201626: first 0, last 327, count 328
dataset /outlineplot_data/key_36001_20240923T215755: int32, shape (328)
// key_36001_20240923T215755: first 0, last 327, count 328
dataset /outlineplot_data/key_36002_20240923T233925: int32, shape (328)
// key_36002_20240923T233925: first 0, last 327, count 328
dataset /outlineplot_data/key_36003_20240924T012054: int32, shape (328)
// key_36003_20240924T012054: first 0, last 327, count 328
dataset /outlineplot_data/latitude_35988_20240922T235832: float32, shape (328)
	attribute comment = "latitude for key 35988_20240922T235832"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240922T150931_20240922T165100_35983_03_020100_20240922T183822.nc"
	attribute orbit = 35988
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_35989_20240923T014002: float32, shape (328)
	attribute comment = "latitude for key 35989_20240923T014002"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240922T150931_20240922T165100_35983_03_020100_20240922T183822.nc"
	attribute orbit = 35989
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_35990_20240923T032131: float32, shape (328)
	attribute comment = "latitude for key 35990_20240923T032131"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35990
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_35991_20240923T050301: float32, shape (328)
	attribute comment = "latitude for key 35991_20240923T050301"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35991
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_35992_20240923T064430: float32, shape (328)
	attribute comment = "latitude for key 35992_20240923T064430"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35992
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_35993_20240923T082600: float32, shape (328)
	attribute comment = "latitude for key 35993_20240923T082600"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35993
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_35994_20240923T100729: float32, shape (328)
	attribute comment = "latitude for key 35994_20240923T100729"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35994
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_35995_20240923T114859: float32, shape (328)
	attribute comment = "latitude for key 35995_20240923T114859"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35995
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_35996_20240923T133027: float32, shape (328)
	attribute comment = "latitude for key 35996_20240923T133027"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35996
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_35997_20240923T151158: float32, shape (328)
	attribute comment = "latitude for key 35997_20240923T151158"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35997
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_35998_20240923T165327: float32, shape (298)
	attribute comment = "latitude for key 35998_20240923T165327"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35998
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_35999_20240923T183456: float32, shape (328)
	attribute comment = "latitude for key 35999_20240923T183456"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35999
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_36000_20240923T201626: float32, shape (328)
	attribute comment = "latitude for key 36000_20240923T201626"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 36000
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_36001_20240923T215755: float32, shape (328)
	attribute comment = "latitude for key 36001_20240923T215755"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 36001
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_36002_20240923T233925: float32, shape (328)
	attribute comment = "latitude for key 36002_20240923T233925"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 36002
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/latitude_36003_20240924T012054: float32, shape (328)
	attribute comment = "latitude for key 36003_20240924T012054"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 36003
	attribute standard_name = "latitude"
	attribute time_index = 0
	attribute units = "degrees_north"
dataset /outlineplot_data/longitude_35988_20240922T235832: float32, shape (328)
	attribute comment = "longitude for key 35988_20240922T235832"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240922T150931_20240922T165100_35983_03_020100_20240922T183822.nc"
	attribute orbit = 35988
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_35989_20240923T014002: float32, shape (328)
	attribute comment = "longitude for key 35989_20240923T014002"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240922T150931_20240922T165100_35983_03_020100_20240922T183822.nc"
	attribute orbit = 35989
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_35990_20240923T032131: float32, shape (328)
	attribute comment = "longitude for key 35990_20240923T032131"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35990
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_35991_20240923T050301: float32, shape (328)
	attribute comment = "longitude for key 35991_20240923T050301"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35991
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_35992_20240923T064430: float32, shape (328)
	attribute comment = "longitude for key 35992_20240923T064430"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35992
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_35993_20240923T082600: float32, shape (328)
	attribute comment = "longitude for key 35993_20240923T082600"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35993
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_35994_20240923T100729: float32, shape (328)
	attribute comment = "longitude for key 35994_20240923T100729"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35994
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_35995_20240923T114859: float32, shape (328)
	attribute comment = "longitude for key 35995_20240923T114859"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35995
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_35996_20240923T133027: float32, shape (328)
	attribute comment = "longitude for key 35996_20240923T133027"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35996
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_35997_20240923T151158: float32, shape (328)
	attribute comment = "longitude for key 35997_20240923T151158"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35997
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_35998_20240923T165327: float32, shape (298)
	attribute comment = "longitude for key 35998_20240923T165327"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35998
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_35999_20240923T183456: float32, shape (328)
	attribute comment = "longitude for key 35999_20240923T183456"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 35999
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_36000_20240923T201626: float32, shape (328)
	attribute comment = "longitude for key 36000_20240923T201626"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 36000
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_36001_20240923T215755: float32, shape (328)
	attribute comment = "longitude for key 36001_20240923T215755"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 36001
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_36002_20240923T233925: float32, shape (328)
	attribute comment = "longitude for key 36002_20240923T233925"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 36002
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
dataset /outlineplot_data/longitude_36003_20240924T012054: float32, shape (328)
	attribute comment = "longitude for key 36003_20240924T012054"
	attribute irradiance = "S5P_OFFL_L1B_IR_UVN_20240923T163152_20240923T181322_35998_03_020100_20240923T195523.nc"
	attribute orbit = 36003
	attribute standard_name = "longitude"
	attribute time_index = 0
	attribute units = "degrees_east"
group /scatterplot_data
	attribute comment = "Coincidence plots, two dimensional histograms"
	attribute scatterplot_colormap = "viridis"
dataset /scatterplot_data/apparent_scene_pressure_bounds: float32, shape (100, 2)
dataset /scatterplot_data/apparent_scene_pressure_chi_square_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "apparent_scene_pressure_scatter_bins chi_square_scatter_bins"
	attribute variables = "apparent_scene_pressure chi_square"
dataset /scatterplot_data/apparent_scene_pressure_chi_square_fluorescence_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "apparent_scene_pressure_scatter_bins chi_square_fluorescence_scatter_bins"
	attribute variables = "apparent_scene_pressure chi_square_fluorescence"
dataset /scatterplot_data/apparent_scene_pressure_fluorescence_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "apparent_scene_pressure_scatter_bins fluorescence_scatter_bins"
	attribute variables = "apparent_scene_pressure fluorescence"
dataset /scatterplot_data/apparent_scene_pressure_number_of_iterations_2d_histogram: uint32, shape (1, 100, 13)
	attribute bins = "apparent_scene_pressure_scatter_bins number_of_iterations_scatter_bins"
	attribute variables = "apparent_scene_pressure number_of_iterations"
dataset /scatterplot_data/apparent_scene_pressure_number_of_spectral_points_in_retrieval_2d_histogram: uint32, shape (1, 100, 61)
	attribute bins = "apparent_scene_pressure_scatter_bins number_of_spectral_points_in_retrieval_scatter_bins"
	attribute variables = "apparent_scene_pressure number_of_spectral_points_in_retrieval"
dataset /scatterplot_data/apparent_scene_pressure_scatter_bins: float32, shape (100)
	attribute bounds = "apparent_scene_pressure_bounds"
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure"
	attribute range = 300.0, 1100.0
	attribute units = "hPa"
dataset /scatterplot_data/apparent_scene_pressure_wavelength_calibration_offset_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "apparent_scene_pressure_scatter_bins wavelength_calibration_offset_scatter_bins"
	attribute variables = "apparent_scene_pressure wavelength_calibration_offset"
dataset /scatterplot_data/chi_square_bounds: float32, shape (100, 2)
dataset /scatterplot_data/chi_square_chi_square_fluorescence_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "chi_square_scatter_bins chi_square_fluorescence_scatter_bins"
	attribute variables = "chi_square chi_square_fluorescence"
dataset /scatterplot_data/chi_square_fluorescence_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "chi_square_scatter_bins fluorescence_scatter_bins"
	attribute variables = "chi_square fluorescence"
dataset /scatterplot_data/chi_square_fluorescence_bounds: float32, shape (100, 2)
dataset /scatterplot_data/chi_square_fluorescence_number_of_spectral_points_in_retrieval_2d_histogram: uint32, shape (1, 100, 61)
	attribute bins = "chi_square_fluorescence_scatter_bins number_of_spectral_points_in_retrieval_scatter_bins"
	attribute variables = "chi_square_fluorescence number_of_spectral_points_in_retrieval"
dataset /scatterplot_data/chi_square_fluorescence_scatter_bins: float32, shape (100)
	attribute bounds = "chi_square_fluorescence_bounds"
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval"
	attribute range = 0.0, 50000.0
	attribute units = "1"
dataset /scatterplot_data/chi_square_fluorescence_wavelength_calibration_offset_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "chi_square_fluorescence_scatter_bins wavelength_calibration_offset_scatter_bins"
	attribute variables = "chi_square_fluorescence wavelength_calibration_offset"
dataset /scatterplot_data/chi_square_number_of_iterations_2d_histogram: uint32, shape (1, 100, 13)
	attribute bins = "chi_square_scatter_bins number_of_iterations_scatter_bins"
	attribute variables = "chi_square number_of_iterations"
dataset /scatterplot_data/chi_square_number_of_spectral_points_in_retrieval_2d_histogram: uint32, shape (1, 100, 61)
	attribute bins = "chi_square_scatter_bins number_of_spectral_points_in_retrieval_scatter_bins"
	attribute variables = "chi_square number_of_spectral_points_in_retrieval"
dataset /scatterplot_data/chi_square_scatter_bins: float32, shape (100)
	attribute bounds = "chi_square_bounds"
	attribute log_range = "False"
	attribute long_name = "χ²"
	attribute range = 0.0, 30.0
	attribute units = "1"
dataset /scatterplot_data/chi_square_wavelength_calibration_offset_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "chi_square_scatter_bins wavelength_calibration_offset_scatter_bins"
	attribute variables = "chi_square wavelength_calibration_offset"
dataset /scatterplot_data/cloud_fraction_crb_apparent_scene_pressure_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "cloud_fraction_crb_scatter_bins apparent_scene_pressure_scatter_bins"
	attribute variables = "cloud_fraction_crb apparent_scene_pressure"
dataset /scatterplot_data/cloud_fraction_crb_bounds: float32, shape (100, 2)
dataset /scatterplot_data/cloud_fraction_crb_chi_square_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "cloud_fraction_crb_scatter_bins chi_square_scatter_bins"
	attribute variables = "cloud_fraction_crb chi_square"
dataset /scatterplot_data/cloud_fraction_crb_chi_square_fluorescence_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "cloud_fraction_crb_scatter_bins chi_square_fluorescence_scatter_bins"
	attribute variables = "cloud_fraction_crb chi_square_fluorescence"
dataset /scatterplot_data/cloud_fraction_crb_fluorescence_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "cloud_fraction_crb_scatter_bins fluorescence_scatter_bins"
	attribute variables = "cloud_fraction_crb fluorescence"
dataset /scatterplot_data/cloud_fraction_crb_number_of_iterations_2d_histogram: uint32, shape (1, 100, 13)
	attribute bins = "cloud_fraction_crb_scatter_bins number_of_iterations_scatter_bins"
	attribute variables = "cloud_fraction_crb number_of_iterations"
dataset /scatterplot_data/cloud_fraction_crb_number_of_spectral_points_in_retrieval_2d_histogram: uint32, shape (1, 100, 61)
	attribute bins = "cloud_fraction_crb_scatter_bins number_of_spectral_points_in_retrieval_scatter_bins"
	attribute variables = "cloud_fraction_crb number_of_spectral_points_in_retrieval"
dataset /scatterplot_data/cloud_fraction_crb_scatter_bins: float32, shape (100)
	attribute bounds = "cloud_fraction_crb_bounds"
	attribute log_range = "False"
	attribute long_name = "Cloud fraction"
	attribute range = 0.0, 1.1
	attribute units = "1"
dataset /scatterplot_data/cloud_fraction_crb_scene_albedo_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "cloud_fraction_crb_scatter_bins scene_albedo_scatter_bins"
	attribute variables = "cloud_fraction_crb scene_albedo"
dataset /scatterplot_data/cloud_fraction_crb_wavelength_calibration_offset_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "cloud_fraction_crb_scatter_bins wavelength_calibration_offset_scatter_bins"
	attribute variables = "cloud_fraction_crb wavelength_calibration_offset"
dataset /scatterplot_data/cloud_pressure_crb_apparent_scene_pressure_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "cloud_pressure_crb_scatter_bins apparent_scene_pressure_scatter_bins"
	attribute variables = "cloud_pressure_crb apparent_scene_pressure"
dataset /scatterplot_data/cloud_pressure_crb_bounds: float32, shape (100, 2)
dataset /scatterplot_data/cloud_pressure_crb_chi_square_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "cloud_pressure_crb_scatter_bins chi_square_scatter_bins"
	attribute variables = "cloud_pressure_crb chi_square"
dataset /scatterplot_data/cloud_pressure_crb_chi_square_fluorescence_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "cloud_pressure_crb_scatter_bins chi_square_fluorescence_scatter_bins"
	attribute variables = "cloud_pressure_crb chi_square_fluorescence"
dataset /scatterplot_data/cloud_pressure_crb_cloud_fraction_crb_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "cloud_pressure_crb_scatter_bins cloud_fraction_crb_scatter_bins"
	attribute variables = "cloud_pressure_crb cloud_fraction_crb"
dataset /scatterplot_data/cloud_pressure_crb_fluorescence_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "cloud_pressure_crb_scatter_bins fluorescence_scatter_bins"
	attribute variables = "cloud_pressure_crb fluorescence"
dataset /scatterplot_data/cloud_pressure_crb_number_of_iterations_2d_histogram: uint32, shape (1, 100, 13)
	attribute bins = "cloud_pressure_crb_scatter_bins number_of_iterations_scatter_bins"
	attribute variables = "cloud_pressure_crb number_of_iterations"
dataset /scatterplot_data/cloud_pressure_crb_number_of_spectral_points_in_retrieval_2d_histogram: uint32, shape (1, 100, 61)
	attribute bins = "cloud_pressure_crb_scatter_bins number_of_spectral_points_in_retrieval_scatter_bins"
	attribute variables = "cloud_pressure_crb number_of_spectral_points_in_retrieval"
dataset /scatterplot_data/cloud_pressure_crb_scatter_bins: float32, shape (100)
	attribute bounds = "cloud_pressure_crb_bounds"
	attribute log_range = "False"
	attribute long_name = "Cloud pressure"
	attribute range = 100.0, 1100.0
	attribute units = "hPa"
dataset /scatterplot_data/cloud_pressure_crb_scene_albedo_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "cloud_pressure_crb_scatter_bins scene_albedo_scatter_bins"
	attribute variables = "cloud_pressure_crb scene_albedo"
dataset /scatterplot_data/cloud_pressure_crb_wavelength_calibration_offset_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "cloud_pressure_crb_scatter_bins wavelength_calibration_offset_scatter_bins"
	attribute variables = "cloud_pressure_crb wavelength_calibration_offset"
dataset /scatterplot_data/correlation_matrix: float32, shape (1, 13, 13)
dataset /scatterplot_data/covariance_matrix: float32, shape (1, 13, 13)
dataset /scatterplot_data/fluorescence_bounds: float32, shape (100, 2)
dataset /scatterplot_data/fluorescence_chi_square_fluorescence_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "fluorescence_scatter_bins chi_square_fluorescence_scatter_bins"
	attribute variables = "fluorescence chi_square_fluorescence"
dataset /scatterplot_data/fluorescence_number_of_spectral_points_in_retrieval_2d_histogram: uint32, shape (1, 100, 61)
	attribute bins = "fluorescence_scatter_bins number_of_spectral_points_in_retrieval_scatter_bins"
	attribute variables = "fluorescence number_of_spectral_points_in_retrieval"
dataset /scatterplot_data/fluorescence_scatter_bins: float32, shape (100)
	attribute bounds = "fluorescence_bounds"
	attribute log_range = "False"
	attribute long_name = "Fluorescence"
	attribute range = 0.0, 5e-08
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /scatterplot_data/fluorescence_wavelength_calibration_offset_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "fluorescence_scatter_bins wavelength_calibration_offset_scatter_bins"
	attribute variables = "fluorescence wavelength_calibration_offset"
dataset /scatterplot_data/latitude_apparent_scene_pressure_2d_histogram: uint32, shape (1, 90, 100)
	attribute bins = "latitude_scatter_bins apparent_scene_pressure_scatter_bins"
	attribute variables = "latitude apparent_scene_pressure"
dataset /scatterplot_data/latitude_bounds: float32, shape (90, 2)
dataset /scatterplot_data/latitude_chi_square_2d_histogram: uint32, shape (1, 90, 100)
	attribute bins = "latitude_scatter_bins chi_square_scatter_bins"
	attribute variables = "latitude chi_square"
dataset /scatterplot_data/latitude_chi_square_fluorescence_2d_histogram: uint32, shape (1, 90, 100)
	attribute bins = "latitude_scatter_bins chi_square_fluorescence_scatter_bins"
	attribute variables = "latitude chi_square_fluorescence"
dataset /scatterplot_data/latitude_cloud_fraction_crb_2d_histogram: uint32, shape (1, 90, 100)
	attribute bins = "latitude_scatter_bins cloud_fraction_crb_scatter_bins"
	attribute variables = "latitude cloud_fraction_crb"
dataset /scatterplot_data/latitude_cloud_pressure_crb_2d_histogram: uint32, shape (1, 90, 100)
	attribute bins = "latitude_scatter_bins cloud_pressure_crb_scatter_bins"
	attribute variables = "latitude cloud_pressure_crb"
dataset /scatterplot_data/latitude_fluorescence_2d_histogram: uint32, shape (1, 90, 100)
	attribute bins = "latitude_scatter_bins fluorescence_scatter_bins"
	attribute variables = "latitude fluorescence"
dataset /scatterplot_data/latitude_number_of_iterations_2d_histogram: uint32, shape (1, 90, 13)
	attribute bins = "latitude_scatter_bins number_of_iterations_scatter_bins"
	attribute variables = "latitude number_of_iterations"
dataset /scatterplot_data/latitude_number_of_spectral_points_in_retrieval_2d_histogram: uint32, shape (1, 90, 61)
	attribute bins = "latitude_scatter_bins number_of_spectral_points_in_retrieval_scatter_bins"
	attribute variables = "latitude number_of_spectral_points_in_retrieval"
dataset /scatterplot_data/latitude_scatter_bins: float32, shape (90)
	attribute bounds = "latitude_bounds"
	attribute log_range = "False"
	attribute long_name = "Latitude"
	attribute range = -90.0, 90.0
	attribute units = "°N"
dataset /scatterplot_data/latitude_scene_albedo_2d_histogram: uint32, shape (1, 90, 100)
	attribute bins = "latitude_scatter_bins scene_albedo_scatter_bins"
	attribute variables = "latitude scene_albedo"
dataset /scatterplot_data/latitude_wavelength_calibration_offset_2d_histogram: uint32, shape (1, 90, 100)
	attribute bins = "latitude_scatter_bins wavelength_calibration_offset_scatter_bins"
	attribute variables = "latitude wavelength_calibration_offset"
dataset /scatterplot_data/number_of_iterations_bounds: float32, shape (13, 2)
dataset /scatterplot_data/number_of_iterations_chi_square_fluorescence_2d_histogram: uint32, shape (1, 13, 100)
	attribute bins = "number_of_iterations_scatter_bins chi_square_fluorescence_scatter_bins"
	attribute variables = "number_of_iterations chi_square_fluorescence"
dataset /scatterplot_data/number_of_iterations_fluorescence_2d_histogram: uint32, shape (1, 13, 100)
	attribute bins = "number_of_iterations_scatter_bins fluorescence_scatter_bins"
	attribute variables = "number_of_iterations fluorescence"
dataset /scatterplot_data/number_of_iterations_number_of_spectral_points_in_retrieval_2d_histogram: uint32, shape (1, 13, 61)
	attribute bins = "number_of_iterations_scatter_bins number_of_spectral_points_in_retrieval_scatter_bins"
	attribute variables = "number_of_iterations number_of_spectral_points_in_retrieval"
dataset /scatterplot_data/number_of_iterations_scatter_bins: float32, shape (13)
	attribute bounds = "number_of_iterations_bounds"
	attribute log_range = "False"
	attribute long_name = "Number of iterations"
	attribute range = 0.0, 12.0
	attribute units = "1"
dataset /scatterplot_data/number_of_iterations_wavelength_calibration_offset_2d_histogram: uint32, shape (1, 13, 100)
	attribute bins = "number_of_iterations_scatter_bins wavelength_calibration_offset_scatter_bins"
	attribute variables = "number_of_iterations wavelength_calibration_offset"
dataset /scatterplot_data/number_of_spectral_points_in_retrieval_bounds: float32, shape (61, 2)
dataset /scatterplot_data/number_of_spectral_points_in_retrieval_scatter_bins: float32, shape (61)
	attribute bounds = "number_of_spectral_points_in_retrieval_bounds"
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum"
	attribute range = 0.0, 60.0
	attribute units = "1"
dataset /scatterplot_data/number_of_spectral_points_in_retrieval_wavelength_calibration_offset_2d_histogram: uint32, shape (1, 61, 100)
	attribute bins = "number_of_spectral_points_in_retrieval_scatter_bins wavelength_calibration_offset_scatter_bins"
	attribute variables = "number_of_spectral_points_in_retrieval wavelength_calibration_offset"
dataset /scatterplot_data/scatter_bins_100: int32, shape (100)
	attribute long_name = "scatterplot indices for length 100"
dataset /scatterplot_data/scatter_bins_13: int32, shape (13)
	attribute long_name = "scatterplot indices for length 13"
dataset /scatterplot_data/scatter_bins_45: int32, shape (45)
	attribute long_name = "scatterplot indices for length 45"
dataset /scatterplot_data/scatter_bins_61: int32, shape (61)
	attribute long_name = "scatterplot indices for length 61"
dataset /scatterplot_data/scatter_bins_90: int32, shape (90)
	attribute long_name = "scatterplot indices for length 90"
dataset /scatterplot_data/scene_albedo_apparent_scene_pressure_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "scene_albedo_scatter_bins apparent_scene_pressure_scatter_bins"
	attribute variables = "scene_albedo apparent_scene_pressure"
dataset /scatterplot_data/scene_albedo_bounds: float32, shape (100, 2)
dataset /scatterplot_data/scene_albedo_chi_square_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "scene_albedo_scatter_bins chi_square_scatter_bins"
	attribute variables = "scene_albedo chi_square"
dataset /scatterplot_data/scene_albedo_chi_square_fluorescence_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "scene_albedo_scatter_bins chi_square_fluorescence_scatter_bins"
	attribute variables = "scene_albedo chi_square_fluorescence"
dataset /scatterplot_data/scene_albedo_fluorescence_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "scene_albedo_scatter_bins fluorescence_scatter_bins"
	attribute variables = "scene_albedo fluorescence"
dataset /scatterplot_data/scene_albedo_number_of_iterations_2d_histogram: uint32, shape (1, 100, 13)
	attribute bins = "scene_albedo_scatter_bins number_of_iterations_scatter_bins"
	attribute variables = "scene_albedo number_of_iterations"
dataset /scatterplot_data/scene_albedo_number_of_spectral_points_in_retrieval_2d_histogram: uint32, shape (1, 100, 61)
	attribute bins = "scene_albedo_scatter_bins number_of_spectral_points_in_retrieval_scatter_bins"
	attribute variables = "scene_albedo number_of_spectral_points_in_retrieval"
dataset /scatterplot_data/scene_albedo_scatter_bins: float32, shape (100)
	attribute bounds = "scene_albedo_bounds"
	attribute log_range = "False"
	attribute long_name = "Scene albedo"
	attribute range = 0.0, 1.0
	attribute units = "1"
dataset /scatterplot_data/scene_albedo_wavelength_calibration_offset_2d_histogram: uint32, shape (1, 100, 100)
	attribute bins = "scene_albedo_scatter_bins wavelength_calibration_offset_scatter_bins"
	attribute variables = "scene_albedo wavelength_calibration_offset"
dataset /scatterplot_data/solar_zenith_angle_apparent_scene_pressure_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "solar_zenith_angle_scatter_bins apparent_scene_pressure_scatter_bins"
	attribute variables = "solar_zenith_angle apparent_scene_pressure"
dataset /scatterplot_data/solar_zenith_angle_bounds: float32, shape (45, 2)
dataset /scatterplot_data/solar_zenith_angle_chi_square_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "solar_zenith_angle_scatter_bins chi_square_scatter_bins"
	attribute variables = "solar_zenith_angle chi_square"
dataset /scatterplot_data/solar_zenith_angle_chi_square_fluorescence_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "solar_zenith_angle_scatter_bins chi_square_fluorescence_scatter_bins"
	attribute variables = "solar_zenith_angle chi_square_fluorescence"
dataset /scatterplot_data/solar_zenith_angle_cloud_fraction_crb_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "solar_zenith_angle_scatter_bins cloud_fraction_crb_scatter_bins"
	attribute variables = "solar_zenith_angle cloud_fraction_crb"
dataset /scatterplot_data/solar_zenith_angle_cloud_pressure_crb_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "solar_zenith_angle_scatter_bins cloud_pressure_crb_scatter_bins"
	attribute variables = "solar_zenith_angle cloud_pressure_crb"
dataset /scatterplot_data/solar_zenith_angle_fluorescence_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "solar_zenith_angle_scatter_bins fluorescence_scatter_bins"
	attribute variables = "solar_zenith_angle fluorescence"
dataset /scatterplot_data/solar_zenith_angle_latitude_2d_histogram: uint32, shape (1, 45, 90)
	attribute bins = "solar_zenith_angle_scatter_bins latitude_scatter_bins"
	attribute variables = "solar_zenith_angle latitude"
dataset /scatterplot_data/solar_zenith_angle_number_of_iterations_2d_histogram: uint32, shape (1, 45, 13)
	attribute bins = "solar_zenith_angle_scatter_bins number_of_iterations_scatter_bins"
	attribute variables = "solar_zenith_angle number_of_iterations"
dataset /scatterplot_data/solar_zenith_angle_number_of_spectral_points_in_retrieval_2d_histogram: uint32, shape (1, 45, 61)
	attribute bins = "solar_zenith_angle_scatter_bins number_of_spectral_points_in_retrieval_scatter_bins"
	attribute variables = "solar_zenith_angle number_of_spectral_points_in_retrieval"
dataset /scatterplot_data/solar_zenith_angle_scatter_bins: float32, shape (45)
	attribute bounds = "solar_zenith_angle_bounds"
	attribute log_range = "False"
	attribute long_name = "Solar zenith angle"
	attribute range = 0.0, 90.0
	attribute units = "°"
dataset /scatterplot_data/solar_zenith_angle_scene_albedo_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "solar_zenith_angle_scatter_bins scene_albedo_scatter_bins"
	attribute variables = "solar_zenith_angle scene_albedo"
dataset /scatterplot_data/solar_zenith_angle_wavelength_calibration_offset_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "solar_zenith_angle_scatter_bins wavelength_calibration_offset_scatter_bins"
	attribute variables = "solar_zenith_angle wavelength_calibration_offset"
dataset /scatterplot_data/variable_names_scatter: string, shape (13)
	attribute long_name = "variable names in dataset for scatter"
dataset /scatterplot_data/variable_scatter_index: int32, shape (13)
	attribute long_name = "index of variables in dataset for scatter"
// variable_scatter_index: first 0, last 12, count 13
dataset /scatterplot_data/viewing_zenith_angle_apparent_scene_pressure_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "viewing_zenith_angle_scatter_bins apparent_scene_pressure_scatter_bins"
	attribute variables = "viewing_zenith_angle apparent_scene_pressure"
dataset /scatterplot_data/viewing_zenith_angle_bounds: float32, shape (45, 2)
dataset /scatterplot_data/viewing_zenith_angle_chi_square_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "viewing_zenith_angle_scatter_bins chi_square_scatter_bins"
	attribute variables = "viewing_zenith_angle chi_square"
dataset /scatterplot_data/viewing_zenith_angle_chi_square_fluorescence_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "viewing_zenith_angle_scatter_bins chi_square_fluorescence_scatter_bins"
	attribute variables = "viewing_zenith_angle chi_square_fluorescence"
dataset /scatterplot_data/viewing_zenith_angle_cloud_fraction_crb_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "viewing_zenith_angle_scatter_bins cloud_fraction_crb_scatter_bins"
	attribute variables = "viewing_zenith_angle cloud_fraction_crb"
dataset /scatterplot_data/viewing_zenith_angle_cloud_pressure_crb_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "viewing_zenith_angle_scatter_bins cloud_pressure_crb_scatter_bins"
	attribute variables = "viewing_zenith_angle cloud_pressure_crb"
dataset /scatterplot_data/viewing_zenith_angle_fluorescence_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "viewing_zenith_angle_scatter_bins fluorescence_scatter_bins"
	attribute variables = "viewing_zenith_angle fluorescence"
dataset /scatterplot_data/viewing_zenith_angle_latitude_2d_histogram: uint32, shape (1, 45, 90)
	attribute bins = "viewing_zenith_angle_scatter_bins latitude_scatter_bins"
	attribute variables = "viewing_zenith_angle latitude"
dataset /scatterplot_data/viewing_zenith_angle_number_of_iterations_2d_histogram: uint32, shape (1, 45, 13)
	attribute bins = "viewing_zenith_angle_scatter_bins number_of_iterations_scatter_bins"
	attribute variables = "viewing_zenith_angle number_of_iterations"
dataset /scatterplot_data/viewing_zenith_angle_number_of_spectral_points_in_retrieval_2d_histogram: uint32, shape (1, 45, 61)
	attribute bins = "viewing_zenith_angle_scatter_bins number_of_spectral_points_in_retrieval_scatter_bins"
	attribute variables = "viewing_zenith_angle number_of_spectral_points_in_retrieval"
dataset /scatterplot_data/viewing_zenith_angle_scatter_bins: float32, shape (45)
	attribute bounds = "viewing_zenith_angle_bounds"
	attribute log_range = "False"
	attribute long_name = "Viewing zenith angle"
	attribute range = 0.0, 90.0
	attribute units = "°"
dataset /scatterplot_data/viewing_zenith_angle_scene_albedo_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "viewing_zenith_angle_scatter_bins scene_albedo_scatter_bins"
	attribute variables = "viewing_zenith_angle scene_albedo"
dataset /scatterplot_data/viewing_zenith_angle_solar_zenith_angle_2d_histogram: uint32, shape (1, 45, 45)
	attribute bins = "viewing_zenith_angle_scatter_bins solar_zenith_angle_scatter_bins"
	attribute variables = "viewing_zenith_angle solar_zenith_angle"
dataset /scatterplot_data/viewing_zenith_angle_wavelength_calibration_offset_2d_histogram: uint32, shape (1, 45, 100)
	attribute bins = "viewing_zenith_angle_scatter_bins wavelength_calibration_offset_scatter_bins"
	attribute variables = "viewing_zenith_angle wavelength_calibration_offset"
dataset /scatterplot_data/wavelength_calibration_offset_bounds: float32, shape (100, 2)
dataset /scatterplot_data/wavelength_calibration_offset_scatter_bins: float32, shape (100)
	attribute bounds = "wavelength_calibration_offset_bounds"
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal))"
	attribute range = -0.04, 0.04
	attribute units = "nm"
dataset /time: float64, shape (1)
	attribute bounds = "time_bounds"
	attribute calendar = "standard"
	attribute units = "seconds since 2010-01-01"
dataset /time_bounds: float64, shape (1, 2)
dataset /variable_index: int32, shape (27)
	attribute long_name = "index of variables"
// variable_index: first 0, last 26, count 27
dataset /variable_names: string(40), shape (27)
	attribute long_name = "variable names in dataset"
group /worldplot_data
	attribute comment = "Gridded (level 3) data"
	attribute resolution = 0.25
dataset /worldplot_data/apparent_scene_pressure: float32, shape (1, 660740)
	attribute color_scale = "viridis"
	attribute comment = "Mean of variable apparent_scene_pressure"
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure"
	attribute range = 300.0, 1100.0
	attribute units = "hPa"
dataset /worldplot_data/apparent_scene_pressure_count: int32, shape (1, 660740)
dataset /worldplot_data/cloud_fraction_crb: float32, shape (1, 660740)
	attribute color_scale = "Blues_r"
	attribute comment = "Mean of variable cloud_fraction_crb"
	attribute log_range = "False"
	attribute long_name = "Cloud fraction"
	attribute range = 0.0, 1.0
	attribute units = "1"
dataset /worldplot_data/cloud_fraction_crb_count: int32, shape (1, 660740)
dataset /worldplot_data/cloud_pressure_crb: float32, shape (1, 660740)
	attribute color_scale = "viridis"
	attribute comment = "Mean of variable cloud_pressure_crb"
	attribute log_range = "False"
	attribute long_name = "Cloud pressure"
	attribute range = 100.0, 1100.0
	attribute units = "hPa"
dataset /worldplot_data/cloud_pressure_crb_count: int32, shape (1, 660740)
dataset /worldplot_data/fluorescence: float32, shape (1, 660740)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable fluorescence"
	attribute log_range = "False"
	attribute long_name = "Fluorescence"
	attribute range = 0.0, 5e-08
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /worldplot_data/fluorescence_count: int32, shape (1, 660740)
dataset /worldplot_data/grid_length: int32, shape (720)
	attribute long_name = "Number of points in each latitude band"
dataset /worldplot_data/grid_start: int32, shape (720)
	attribute long_name = "Start index for each latitude band"
dataset /worldplot_data/latitude: float32, shape (720)
	attribute standard_name = "latitude"
	attribute units = "degrees_north"
dataset /worldplot_data/latitude_bounds: float32, shape (720, 2)
dataset /worldplot_data/longitude: float32, shape (660740)
	attribute standard_name = "longitude"
	attribute units = "degrees_east"
dataset /worldplot_data/longitude_bounds: float32, shape (660740, 2)
dataset /worldplot_data/rgrid: int32, shape (660740)
	attribute long_name = "reduced grid index"
dataset /worldplot_data/scene_albedo: float32, shape (1, 660740)
	attribute color_scale = "viridis"
	attribute comment = "Mean of variable scene_albedo"
	attribute log_range = "False"
	attribute long_name = "Scene albedo"
	attribute range = 0.0, 1.0
	attribute units = "1"
dataset /worldplot_data/scene_albedo_count: int32, shape (1, 660740)
group /zonalplot_data
	attribute comment = "Zonal mean data"
	attribute resolution = 1.0
dataset /zonalplot_data/apparent_scene_pressure: float32, shape (1, 180)
	attribute color_scale = "viridis"
	attribute comment = "Mean of variable apparent_scene_pressure"
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure"
	attribute range = 300.0, 1100.0
	attribute units = "hPa"
dataset /zonalplot_data/apparent_scene_pressure_count: int32, shape (1, 180)
dataset /zonalplot_data/apparent_scene_pressure_land: float32, shape (1, 180)
	attribute color_scale = "viridis"
	attribute comment = "Mean of variable apparent_scene_pressure_land"
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure"
	attribute range = 300.0, 1100.0
	attribute units = "hPa"
dataset /zonalplot_data/apparent_scene_pressure_land_count: int32, shape (1, 180)
dataset /zonalplot_data/apparent_scene_pressure_precision: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable apparent_scene_pressure_precision"
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision"
	attribute range = 0.0, 100.0
	attribute units = "hPa"
dataset /zonalplot_data/apparent_scene_pressure_precision_count: int32, shape (1, 180)
dataset /zonalplot_data/apparent_scene_pressure_precision_land: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable apparent_scene_pressure_precision_land"
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision"
	attribute range = 0.0, 100.0
	attribute units = "hPa"
dataset /zonalplot_data/apparent_scene_pressure_precision_land_count: int32, shape (1, 180)
dataset /zonalplot_data/apparent_scene_pressure_precision_sea: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable apparent_scene_pressure_precision_sea"
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure precision"
	attribute range = 0.0, 100.0
	attribute units = "hPa"
dataset /zonalplot_data/apparent_scene_pressure_precision_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/apparent_scene_pressure_sea: float32, shape (1, 180)
	attribute color_scale = "viridis"
	attribute comment = "Mean of variable apparent_scene_pressure_sea"
	attribute log_range = "False"
	attribute long_name = "Apparent scene pressure"
	attribute range = 300.0, 1100.0
	attribute units = "hPa"
dataset /zonalplot_data/apparent_scene_pressure_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/chi_square: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable chi_square"
	attribute log_range = "False"
	attribute long_name = "χ²"
	attribute range = 0.0, 30.0
	attribute units = "1"
dataset /zonalplot_data/chi_square_count: int32, shape (1, 180)
dataset /zonalplot_data/chi_square_fluorescence: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable chi_square_fluorescence"
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval"
	attribute range = 0.0, 50000.0
	attribute units = "1"
dataset /zonalplot_data/chi_square_fluorescence_count: int32, shape (1, 180)
dataset /zonalplot_data/chi_square_fluorescence_land: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable chi_square_fluorescence_land"
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval"
	attribute range = 0.0, 50000.0
	attribute units = "1"
dataset /zonalplot_data/chi_square_fluorescence_land_count: int32, shape (1, 180)
dataset /zonalplot_data/chi_square_fluorescence_sea: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable chi_square_fluorescence_sea"
	attribute log_range = "False"
	attribute long_name = "χ² of fluorescence retrieval"
	attribute range = 0.0, 50000.0
	attribute units = "1"
dataset /zonalplot_data/chi_square_fluorescence_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/chi_square_land: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable chi_square_land"
	attribute log_range = "False"
	attribute long_name = "χ²"
	attribute range = 0.0, 30.0
	attribute units = "1"
dataset /zonalplot_data/chi_square_land_count: int32, shape (1, 180)
dataset /zonalplot_data/chi_square_sea: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable chi_square_sea"
	attribute log_range = "False"
	attribute long_name = "χ²"
	attribute range = 0.0, 30.0
	attribute units = "1"
dataset /zonalplot_data/chi_square_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/cloud_fraction_crb: float32, shape (1, 180)
	attribute color_scale = "Blues_r"
	attribute comment = "Mean of variable cloud_fraction_crb"
	attribute log_range = "False"
	attribute long_name = "Cloud fraction"
	attribute range = 0.0, 1.0
	attribute units = "1"
dataset /zonalplot_data/cloud_fraction_crb_count: int32, shape (1, 180)
dataset /zonalplot_data/cloud_fraction_crb_land: float32, shape (1, 180)
	attribute color_scale = "Blues_r"
	attribute comment = "Mean of variable cloud_fraction_crb_land"
	attribute log_range = "False"
	attribute long_name = "Cloud fraction"
	attribute range = 0.0, 1.0
	attribute units = "1"
dataset /zonalplot_data/cloud_fraction_crb_land_count: int32, shape (1, 180)
dataset /zonalplot_data/cloud_fraction_crb_precision: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable cloud_fraction_crb_precision"
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision"
	attribute range = 0.0, 0.05
	attribute units = "1"
dataset /zonalplot_data/cloud_fraction_crb_precision_count: int32, shape (1, 180)
dataset /zonalplot_data/cloud_fraction_crb_precision_land: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable cloud_fraction_crb_precision_land"
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision"
	attribute range = 0.0, 0.05
	attribute units = "1"
dataset /zonalplot_data/cloud_fraction_crb_precision_land_count: int32, shape (1, 180)
dataset /zonalplot_data/cloud_fraction_crb_precision_sea: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable cloud_fraction_crb_precision_sea"
	attribute log_range = "False"
	attribute long_name = "Cloud fraction precision"
	attribute range = 0.0, 0.05
	attribute units = "1"
dataset /zonalplot_data/cloud_fraction_crb_precision_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/cloud_fraction_crb_sea: float32, shape (1, 180)
	attribute color_scale = "Blues_r"
	attribute comment = "Mean of variable cloud_fraction_crb_sea"
	attribute log_range = "False"
	attribute long_name = "Cloud fraction"
	attribute range = 0.0, 1.0
	attribute units = "1"
dataset /zonalplot_data/cloud_fraction_crb_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/cloud_pressure_crb: float32, shape (1, 180)
	attribute color_scale = "viridis"
	attribute comment = "Mean of variable cloud_pressure_crb"
	attribute log_range = "False"
	attribute long_name = "Cloud pressure"
	attribute range = 100.0, 1100.0
	attribute units = "hPa"
dataset /zonalplot_data/cloud_pressure_crb_count: int32, shape (1, 180)
dataset /zonalplot_data/cloud_pressure_crb_land: float32, shape (1, 180)
	attribute color_scale = "viridis"
	attribute comment = "Mean of variable cloud_pressure_crb_land"
	attribute log_range = "False"
	attribute long_name = "Cloud pressure"
	attribute range = 100.0, 1100.0
	attribute units = "hPa"
dataset /zonalplot_data/cloud_pressure_crb_land_count: int32, shape (1, 180)
dataset /zonalplot_data/cloud_pressure_crb_precision: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable cloud_pressure_crb_precision"
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision"
	attribute range = 0.0, 150.0
	attribute units = "hPa"
dataset /zonalplot_data/cloud_pressure_crb_precision_count: int32, shape (1, 180)
dataset /zonalplot_data/cloud_pressure_crb_precision_land: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable cloud_pressure_crb_precision_land"
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision"
	attribute range = 0.0, 150.0
	attribute units = "hPa"
dataset /zonalplot_data/cloud_pressure_crb_precision_land_count: int32, shape (1, 180)
dataset /zonalplot_data/cloud_pressure_crb_precision_sea: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable cloud_pressure_crb_precision_sea"
	attribute log_range = "False"
	attribute long_name = "Cloud pressure precision"
	attribute range = 0.0, 150.0
	attribute units = "hPa"
dataset /zonalplot_data/cloud_pressure_crb_precision_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/cloud_pressure_crb_sea: float32, shape (1, 180)
	attribute color_scale = "viridis"
	attribute comment = "Mean of variable cloud_pressure_crb_sea"
	attribute log_range = "False"
	attribute long_name = "Cloud pressure"
	attribute range = 100.0, 1100.0
	attribute units = "hPa"
dataset /zonalplot_data/cloud_pressure_crb_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/degrees_of_freedom_fluorescence: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable degrees_of_freedom_fluorescence"
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval"
	attribute range = 0.0, 10.0
	attribute units = "1"
dataset /zonalplot_data/degrees_of_freedom_fluorescence_count: int32, shape (1, 180)
dataset /zonalplot_data/degrees_of_freedom_fluorescence_land: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable degrees_of_freedom_fluorescence_land"
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval"
	attribute range = 0.0, 10.0
	attribute units = "1"
dataset /zonalplot_data/degrees_of_freedom_fluorescence_land_count: int32, shape (1, 180)
dataset /zonalplot_data/degrees_of_freedom_fluorescence_sea: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable degrees_of_freedom_fluorescence_sea"
	attribute log_range = "False"
	attribute long_name = "Degrees of freedom for signal of fluorescence retrieval"
	attribute range = 0.0, 10.0
	attribute units = "1"
dataset /zonalplot_data/degrees_of_freedom_fluorescence_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/fluorescence: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable fluorescence"
	attribute log_range = "False"
	attribute long_name = "Fluorescence"
	attribute range = 0.0, 5e-08
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /zonalplot_data/fluorescence_count: int32, shape (1, 180)
dataset /zonalplot_data/fluorescence_land: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable fluorescence_land"
	attribute log_range = "False"
	attribute long_name = "Fluorescence"
	attribute range = 0.0, 5e-08
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /zonalplot_data/fluorescence_land_count: int32, shape (1, 180)
dataset /zonalplot_data/fluorescence_precision: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable fluorescence_precision"
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision"
	attribute range = 0.0, 1e-08
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /zonalplot_data/fluorescence_precision_count: int32, shape (1, 180)
dataset /zonalplot_data/fluorescence_precision_land: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable fluorescence_precision_land"
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision"
	attribute range = 0.0, 1e-08
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /zonalplot_data/fluorescence_precision_land_count: int32, shape (1, 180)
dataset /zonalplot_data/fluorescence_precision_sea: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable fluorescence_precision_sea"
	attribute log_range = "False"
	attribute long_name = "Fluorescence precision"
	attribute range = 0.0, 1e-08
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /zonalplot_data/fluorescence_precision_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/fluorescence_sea: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable fluorescence_sea"
	attribute log_range = "False"
	attribute long_name = "Fluorescence"
	attribute range = 0.0, 5e-08
	attribute units = "mol s⁻¹ m⁻² nm⁻¹ sr⁻¹"
dataset /zonalplot_data/fluorescence_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/latitude: float32, shape (180)
	attribute standard_name = "latitude"
	attribute units = "degrees_north"
dataset /zonalplot_data/latitude_bounds: float32, shape (180, 2)
dataset /zonalplot_data/number_of_iterations: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable number_of_iterations"
	attribute log_range = "False"
	attribute long_name = "Number of iterations"
	attribute range = 0.0, 12.0
	attribute units = "1"
dataset /zonalplot_data/number_of_iterations_count: int32, shape (1, 180)
dataset /zonalplot_data/number_of_iterations_land: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable number_of_iterations_land"
	attribute log_range = "False"
	attribute long_name = "Number of iterations"
	attribute range = 0.0, 12.0
	attribute units = "1"
dataset /zonalplot_data/number_of_iterations_land_count: int32, shape (1, 180)
dataset /zonalplot_data/number_of_iterations_sea: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable number_of_iterations_sea"
	attribute log_range = "False"
	attribute long_name = "Number of iterations"
	attribute range = 0.0, 12.0
	attribute units = "1"
dataset /zonalplot_data/number_of_iterations_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/number_of_spectral_points_in_retrieval: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable number_of_spectral_points_in_retrieval"
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum"
	attribute range = 0.0, 60.0
	attribute units = "1"
dataset /zonalplot_data/number_of_spectral_points_in_retrieval_count: int32, shape (1, 180)
dataset /zonalplot_data/number_of_spectral_points_in_retrieval_land: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable number_of_spectral_points_in_retrieval_land"
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum"
	attribute range = 0.0, 60.0
	attribute units = "1"
dataset /zonalplot_data/number_of_spectral_points_in_retrieval_land_count: int32, shape (1, 180)
dataset /zonalplot_data/number_of_spectral_points_in_retrieval_sea: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable number_of_spectral_points_in_retrieval_sea"
	attribute log_range = "False"
	attribute long_name = "Number of points in the spectrum"
	attribute range = 0.0, 60.0
	attribute units = "1"
dataset /zonalplot_data/number_of_spectral_points_in_retrieval_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/qa_value: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable qa_value"
	attribute log_range = "False"
	attribute long_name = "QA value"
	attribute range = 0.0, 1.0
	attribute units = "1"
dataset /zonalplot_data/qa_value_count: int32, shape (1, 180)
dataset /zonalplot_data/qa_value_land: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable qa_value_land"
	attribute log_range = "False"
	attribute long_name = "QA value"
	attribute range = 0.0, 1.0
	attribute units = "1"
dataset /zonalplot_data/qa_value_land_count: int32, shape (1, 180)
dataset /zonalplot_data/qa_value_sea: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable qa_value_sea"
	attribute log_range = "False"
	attribute long_name = "QA value"
	attribute range = 0.0, 1.0
	attribute units = "1"
dataset /zonalplot_data/qa_value_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/scene_albedo: float32, shape (1, 180)
	attribute color_scale = "viridis"
	attribute comment = "Mean of variable scene_albedo"
	attribute log_range = "False"
	attribute long_name = "Scene albedo"
	attribute range = 0.0, 1.0
	attribute units = "1"
dataset /zonalplot_data/scene_albedo_count: int32, shape (1, 180)
dataset /zonalplot_data/scene_albedo_land: float32, shape (1, 180)
	attribute color_scale = "viridis"
	attribute comment = "Mean of variable scene_albedo_land"
	attribute log_range = "False"
	attribute long_name = "Scene albedo"
	attribute range = 0.0, 1.0
	attribute units = "1"
dataset /zonalplot_data/scene_albedo_land_count: int32, shape (1, 180)
dataset /zonalplot_data/scene_albedo_precision: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable scene_albedo_precision"
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision"
	attribute range = 0.0, 0.05
	attribute units = "1"
dataset /zonalplot_data/scene_albedo_precision_count: int32, shape (1, 180)
dataset /zonalplot_data/scene_albedo_precision_land: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable scene_albedo_precision_land"
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision"
	attribute range = 0.0, 0.05
	attribute units = "1"
dataset /zonalplot_data/scene_albedo_precision_land_count: int32, shape (1, 180)
dataset /zonalplot_data/scene_albedo_precision_sea: float32, shape (1, 180)
	attribute color_scale = "nipy_spectral"
	attribute comment = "Mean of variable scene_albedo_precision_sea"
	attribute log_range = "False"
	attribute long_name = "Scene albedo precision"
	attribute range = 0.0, 0.05
	attribute units = "1"
dataset /zonalplot_data/scene_albedo_precision_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/scene_albedo_sea: float32, shape (1, 180)
	attribute color_scale = "viridis"
	attribute comment = "Mean of variable scene_albedo_sea"
	attribute log_range = "False"
	attribute long_name = "Scene albedo"
	attribute range = 0.0, 1.0
	attribute units = "1"
dataset /zonalplot_data/scene_albedo_sea_count: int32, shape (1, 180)
dataset /zonalplot_data/wavelength_calibration_offset: float32, shape (1, 180)
	attribute color_scale = "seismic"
	attribute comment = "Mean of variable wavelength_calibration_offset"
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal))"
	attribute range = -0.04, 0.04
	attribute units = "nm"
dataset /zonalplot_data/wavelength_calibration_offset_count: int32, shape (1, 180)
dataset /zonalplot_data/wavelength_calibration_offset_land: float32, shape (1, 180)
	attribute color_scale = "seismic"
	attribute comment = "Mean of variable wavelength_calibration_offset_land"
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal))"
	attribute range = -0.04, 0.04
	attribute units = "nm"
dataset /zonalplot_data/wavelength_calibration_offset_land_count: int32, shape (1, 180)
dataset /zonalplot_data/wavelength_calibration_offset_sea: float32, shape (1, 180)
	attribute color_scale = "seismic"
	attribute comment = "Mean of variable wavelength_calibration_offset_sea"
	attribute log_range = "False"
	attribute long_name = "Spectral offset (λ(true) − λ(nominal))"
	attribute range = -0.04, 0.04
	attribute units = "nm"
dataset /zonalplot_data/wavelength_calibration_offset_sea_count: int32, shape (1, 180)