Attributes { HDF5_ROOT_GROUP { ANCILLARY { String Dataset "model_data", "pft_lut", "region_lut"; } BEAM0000 { String Dataset "agbd", "agbd_pi_lower", "agbd_pi_upper", "agbd_se", "agbd_t", "agbd_t_se", "algorithm_run_flag", "beam", "channel", "degrade_flag", "delta_time", "elev_lowestmode", "l2_quality_flag", "l4_quality_flag", "lat_lowestmode", "lon_lowestmode", "master_frac", "master_int", "predict_stratum", "predictor_limit_flag", "response_limit_flag", "selected_algorithm", "selected_mode", "selected_mode_flag", "sensitivity", "shot_number", "solar_elevation", "surface_flag", "xvar"; agbd_prediction { String Dataset "agbd_a1", "agbd_a10", "agbd_a2", "agbd_a3", "agbd_a4", "agbd_a5", "agbd_a6", "agbd_pi_lower_a1", "agbd_pi_lower_a10", "agbd_pi_lower_a2", "agbd_pi_lower_a3", "agbd_pi_lower_a4", "agbd_pi_lower_a5", "agbd_pi_lower_a6", "agbd_pi_upper_a1", "agbd_pi_upper_a10", "agbd_pi_upper_a2", "agbd_pi_upper_a3", "agbd_pi_upper_a4", "agbd_pi_upper_a5", "agbd_pi_upper_a6", "agbd_se_a1", "agbd_se_a10", "agbd_se_a2", "agbd_se_a3", "agbd_se_a4", "agbd_se_a5", "agbd_se_a6", "agbd_t_a1", "agbd_t_a10", "agbd_t_a2", "agbd_t_a3", "agbd_t_a4", "agbd_t_a5", "agbd_t_a6", "agbd_t_pi_lower_a1", "agbd_t_pi_lower_a10", "agbd_t_pi_lower_a2", "agbd_t_pi_lower_a3", "agbd_t_pi_lower_a4", "agbd_t_pi_lower_a5", "agbd_t_pi_lower_a6", "agbd_t_pi_upper_a1", "agbd_t_pi_upper_a10", "agbd_t_pi_upper_a2", "agbd_t_pi_upper_a3", "agbd_t_pi_upper_a4", "agbd_t_pi_upper_a5", "agbd_t_pi_upper_a6", "agbd_t_se_a1", "agbd_t_se_a10", "agbd_t_se_a2", "agbd_t_se_a3", "agbd_t_se_a4", "agbd_t_se_a5", "agbd_t_se_a6", "algorithm_run_flag_a1", "algorithm_run_flag_a10", "algorithm_run_flag_a2", "algorithm_run_flag_a3", "algorithm_run_flag_a4", "algorithm_run_flag_a5", "algorithm_run_flag_a6", "l2_quality_flag_a1", "l2_quality_flag_a10", "l2_quality_flag_a2", "l2_quality_flag_a3", "l2_quality_flag_a4", "l2_quality_flag_a5", "l2_quality_flag_a6", "l4_quality_flag_a1", "l4_quality_flag_a10", "l4_quality_flag_a2", "l4_quality_flag_a3", "l4_quality_flag_a4", "l4_quality_flag_a5", "l4_quality_flag_a6", "predictor_limit_flag_a1", "predictor_limit_flag_a10", "predictor_limit_flag_a2", "predictor_limit_flag_a3", "predictor_limit_flag_a4", "predictor_limit_flag_a5", "predictor_limit_flag_a6", "response_limit_flag_a1", "response_limit_flag_a10", "response_limit_flag_a2", "response_limit_flag_a3", "response_limit_flag_a4", "response_limit_flag_a5", "response_limit_flag_a6", "selected_mode_a1", "selected_mode_a10", "selected_mode_a2", "selected_mode_a3", "selected_mode_a4", "selected_mode_a5", "selected_mode_a6", "selected_mode_flag_a1", "selected_mode_flag_a10", "selected_mode_flag_a2", "selected_mode_flag_a3", "selected_mode_flag_a4", "selected_mode_flag_a5", "selected_mode_flag_a6", "shot_number", "xvar_a1", "xvar_a10", "xvar_a2", "xvar_a3", "xvar_a4", "xvar_a5", "xvar_a6"; } geolocation { String Dataset "elev_lowestmode_a1", "elev_lowestmode_a10", "elev_lowestmode_a2", "elev_lowestmode_a3", "elev_lowestmode_a4", "elev_lowestmode_a5", "elev_lowestmode_a6", "lat_lowestmode_a1", "lat_lowestmode_a10", "lat_lowestmode_a2", "lat_lowestmode_a3", "lat_lowestmode_a4", "lat_lowestmode_a5", "lat_lowestmode_a6", "lon_lowestmode_a1", "lon_lowestmode_a10", "lon_lowestmode_a2", "lon_lowestmode_a3", "lon_lowestmode_a4", "lon_lowestmode_a5", "lon_lowestmode_a6", "sensitivity_a1", "sensitivity_a10", "sensitivity_a2", "sensitivity_a3", "sensitivity_a4", "sensitivity_a5", "sensitivity_a6", "shot_number", "stale_return_flag"; } land_cover_data { String Dataset "landsat_treecover", "landsat_water_persistence", "leaf_off_doy", "leaf_off_flag", "leaf_on_cycle", "leaf_on_doy", "pft_class", "region_class", "shot_number", "urban_focal_window_size", "urban_proportion"; } } BEAM0001 { String Dataset "agbd", "agbd_pi_lower", "agbd_pi_upper", "agbd_se", "agbd_t", "agbd_t_se", "algorithm_run_flag", "beam", "channel", "degrade_flag", "delta_time", "elev_lowestmode", "l2_quality_flag", "l4_quality_flag", "lat_lowestmode", "lon_lowestmode", "master_frac", "master_int", "predict_stratum", "predictor_limit_flag", "response_limit_flag", "selected_algorithm", "selected_mode", "selected_mode_flag", "sensitivity", "shot_number", "solar_elevation", "surface_flag", "xvar"; agbd_prediction { String Dataset "agbd_a1", "agbd_a10", "agbd_a2", "agbd_a3", "agbd_a4", "agbd_a5", "agbd_a6", "agbd_pi_lower_a1", "agbd_pi_lower_a10", "agbd_pi_lower_a2", "agbd_pi_lower_a3", "agbd_pi_lower_a4", "agbd_pi_lower_a5", "agbd_pi_lower_a6", "agbd_pi_upper_a1", "agbd_pi_upper_a10", "agbd_pi_upper_a2", "agbd_pi_upper_a3", "agbd_pi_upper_a4", "agbd_pi_upper_a5", "agbd_pi_upper_a6", "agbd_se_a1", "agbd_se_a10", "agbd_se_a2", "agbd_se_a3", "agbd_se_a4", "agbd_se_a5", "agbd_se_a6", "agbd_t_a1", "agbd_t_a10", "agbd_t_a2", "agbd_t_a3", "agbd_t_a4", "agbd_t_a5", "agbd_t_a6", "agbd_t_pi_lower_a1", "agbd_t_pi_lower_a10", "agbd_t_pi_lower_a2", "agbd_t_pi_lower_a3", "agbd_t_pi_lower_a4", "agbd_t_pi_lower_a5", "agbd_t_pi_lower_a6", "agbd_t_pi_upper_a1", "agbd_t_pi_upper_a10", "agbd_t_pi_upper_a2", "agbd_t_pi_upper_a3", "agbd_t_pi_upper_a4", "agbd_t_pi_upper_a5", "agbd_t_pi_upper_a6", "agbd_t_se_a1", "agbd_t_se_a10", "agbd_t_se_a2", "agbd_t_se_a3", "agbd_t_se_a4", "agbd_t_se_a5", "agbd_t_se_a6", "algorithm_run_flag_a1", "algorithm_run_flag_a10", "algorithm_run_flag_a2", "algorithm_run_flag_a3", "algorithm_run_flag_a4", "algorithm_run_flag_a5", "algorithm_run_flag_a6", "l2_quality_flag_a1", "l2_quality_flag_a10", "l2_quality_flag_a2", "l2_quality_flag_a3", "l2_quality_flag_a4", "l2_quality_flag_a5", "l2_quality_flag_a6", "l4_quality_flag_a1", "l4_quality_flag_a10", "l4_quality_flag_a2", "l4_quality_flag_a3", "l4_quality_flag_a4", "l4_quality_flag_a5", "l4_quality_flag_a6", "predictor_limit_flag_a1", "predictor_limit_flag_a10", "predictor_limit_flag_a2", "predictor_limit_flag_a3", "predictor_limit_flag_a4", "predictor_limit_flag_a5", "predictor_limit_flag_a6", "response_limit_flag_a1", "response_limit_flag_a10", "response_limit_flag_a2", "response_limit_flag_a3", "response_limit_flag_a4", "response_limit_flag_a5", "response_limit_flag_a6", "selected_mode_a1", "selected_mode_a10", "selected_mode_a2", "selected_mode_a3", "selected_mode_a4", "selected_mode_a5", "selected_mode_a6", "selected_mode_flag_a1", "selected_mode_flag_a10", "selected_mode_flag_a2", "selected_mode_flag_a3", "selected_mode_flag_a4", "selected_mode_flag_a5", "selected_mode_flag_a6", "shot_number", "xvar_a1", "xvar_a10", "xvar_a2", "xvar_a3", "xvar_a4", "xvar_a5", "xvar_a6"; } geolocation { String Dataset "elev_lowestmode_a1", "elev_lowestmode_a10", "elev_lowestmode_a2", "elev_lowestmode_a3", "elev_lowestmode_a4", "elev_lowestmode_a5", "elev_lowestmode_a6", "lat_lowestmode_a1", "lat_lowestmode_a10", "lat_lowestmode_a2", "lat_lowestmode_a3", "lat_lowestmode_a4", "lat_lowestmode_a5", "lat_lowestmode_a6", "lon_lowestmode_a1", "lon_lowestmode_a10", "lon_lowestmode_a2", "lon_lowestmode_a3", "lon_lowestmode_a4", "lon_lowestmode_a5", "lon_lowestmode_a6", "sensitivity_a1", "sensitivity_a10", "sensitivity_a2", "sensitivity_a3", "sensitivity_a4", "sensitivity_a5", "sensitivity_a6", "shot_number", "stale_return_flag"; } land_cover_data { String Dataset "landsat_treecover", "landsat_water_persistence", "leaf_off_doy", "leaf_off_flag", "leaf_on_cycle", "leaf_on_doy", "pft_class", "region_class", "shot_number", "urban_focal_window_size", "urban_proportion"; } } BEAM0010 { String Dataset "agbd", "agbd_pi_lower", "agbd_pi_upper", "agbd_se", "agbd_t", "agbd_t_se", "algorithm_run_flag", "beam", "channel", "degrade_flag", "delta_time", "elev_lowestmode", "l2_quality_flag", "l4_quality_flag", "lat_lowestmode", "lon_lowestmode", "master_frac", "master_int", "predict_stratum", "predictor_limit_flag", "response_limit_flag", "selected_algorithm", "selected_mode", "selected_mode_flag", "sensitivity", "shot_number", "solar_elevation", "surface_flag", "xvar"; agbd_prediction { String Dataset "agbd_a1", "agbd_a10", "agbd_a2", "agbd_a3", "agbd_a4", "agbd_a5", "agbd_a6", "agbd_pi_lower_a1", "agbd_pi_lower_a10", "agbd_pi_lower_a2", "agbd_pi_lower_a3", "agbd_pi_lower_a4", "agbd_pi_lower_a5", "agbd_pi_lower_a6", "agbd_pi_upper_a1", "agbd_pi_upper_a10", "agbd_pi_upper_a2", "agbd_pi_upper_a3", "agbd_pi_upper_a4", "agbd_pi_upper_a5", "agbd_pi_upper_a6", "agbd_se_a1", "agbd_se_a10", "agbd_se_a2", "agbd_se_a3", "agbd_se_a4", "agbd_se_a5", "agbd_se_a6", "agbd_t_a1", "agbd_t_a10", "agbd_t_a2", "agbd_t_a3", "agbd_t_a4", "agbd_t_a5", "agbd_t_a6", "agbd_t_pi_lower_a1", "agbd_t_pi_lower_a10", "agbd_t_pi_lower_a2", "agbd_t_pi_lower_a3", "agbd_t_pi_lower_a4", "agbd_t_pi_lower_a5", "agbd_t_pi_lower_a6", "agbd_t_pi_upper_a1", "agbd_t_pi_upper_a10", "agbd_t_pi_upper_a2", "agbd_t_pi_upper_a3", "agbd_t_pi_upper_a4", "agbd_t_pi_upper_a5", "agbd_t_pi_upper_a6", "agbd_t_se_a1", "agbd_t_se_a10", "agbd_t_se_a2", "agbd_t_se_a3", "agbd_t_se_a4", "agbd_t_se_a5", "agbd_t_se_a6", "algorithm_run_flag_a1", "algorithm_run_flag_a10", "algorithm_run_flag_a2", "algorithm_run_flag_a3", "algorithm_run_flag_a4", "algorithm_run_flag_a5", "algorithm_run_flag_a6", "l2_quality_flag_a1", "l2_quality_flag_a10", "l2_quality_flag_a2", "l2_quality_flag_a3", "l2_quality_flag_a4", "l2_quality_flag_a5", "l2_quality_flag_a6", "l4_quality_flag_a1", "l4_quality_flag_a10", "l4_quality_flag_a2", "l4_quality_flag_a3", "l4_quality_flag_a4", "l4_quality_flag_a5", "l4_quality_flag_a6", "predictor_limit_flag_a1", "predictor_limit_flag_a10", "predictor_limit_flag_a2", "predictor_limit_flag_a3", "predictor_limit_flag_a4", "predictor_limit_flag_a5", "predictor_limit_flag_a6", "response_limit_flag_a1", "response_limit_flag_a10", "response_limit_flag_a2", "response_limit_flag_a3", "response_limit_flag_a4", "response_limit_flag_a5", "response_limit_flag_a6", "selected_mode_a1", "selected_mode_a10", "selected_mode_a2", "selected_mode_a3", "selected_mode_a4", "selected_mode_a5", "selected_mode_a6", "selected_mode_flag_a1", "selected_mode_flag_a10", "selected_mode_flag_a2", "selected_mode_flag_a3", "selected_mode_flag_a4", "selected_mode_flag_a5", "selected_mode_flag_a6", "shot_number", "xvar_a1", "xvar_a10", "xvar_a2", "xvar_a3", "xvar_a4", "xvar_a5", "xvar_a6"; } geolocation { String Dataset "elev_lowestmode_a1", "elev_lowestmode_a10", "elev_lowestmode_a2", "elev_lowestmode_a3", "elev_lowestmode_a4", "elev_lowestmode_a5", "elev_lowestmode_a6", "lat_lowestmode_a1", "lat_lowestmode_a10", "lat_lowestmode_a2", "lat_lowestmode_a3", "lat_lowestmode_a4", "lat_lowestmode_a5", "lat_lowestmode_a6", "lon_lowestmode_a1", "lon_lowestmode_a10", "lon_lowestmode_a2", "lon_lowestmode_a3", "lon_lowestmode_a4", "lon_lowestmode_a5", "lon_lowestmode_a6", "sensitivity_a1", "sensitivity_a10", "sensitivity_a2", "sensitivity_a3", "sensitivity_a4", "sensitivity_a5", "sensitivity_a6", "shot_number", "stale_return_flag"; } land_cover_data { String Dataset "landsat_treecover", "landsat_water_persistence", "leaf_off_doy", "leaf_off_flag", "leaf_on_cycle", "leaf_on_doy", "pft_class", "region_class", "shot_number", "urban_focal_window_size", "urban_proportion"; } } BEAM0011 { String Dataset "agbd", "agbd_pi_lower", "agbd_pi_upper", "agbd_se", "agbd_t", "agbd_t_se", "algorithm_run_flag", "beam", "channel", "degrade_flag", "delta_time", "elev_lowestmode", "l2_quality_flag", "l4_quality_flag", "lat_lowestmode", "lon_lowestmode", "master_frac", "master_int", "predict_stratum", "predictor_limit_flag", "response_limit_flag", "selected_algorithm", "selected_mode", "selected_mode_flag", "sensitivity", "shot_number", "solar_elevation", "surface_flag", "xvar"; agbd_prediction { String Dataset "agbd_a1", "agbd_a10", "agbd_a2", "agbd_a3", "agbd_a4", "agbd_a5", "agbd_a6", "agbd_pi_lower_a1", "agbd_pi_lower_a10", "agbd_pi_lower_a2", "agbd_pi_lower_a3", "agbd_pi_lower_a4", "agbd_pi_lower_a5", "agbd_pi_lower_a6", "agbd_pi_upper_a1", "agbd_pi_upper_a10", "agbd_pi_upper_a2", "agbd_pi_upper_a3", "agbd_pi_upper_a4", "agbd_pi_upper_a5", "agbd_pi_upper_a6", "agbd_se_a1", "agbd_se_a10", "agbd_se_a2", "agbd_se_a3", "agbd_se_a4", "agbd_se_a5", "agbd_se_a6", "agbd_t_a1", "agbd_t_a10", "agbd_t_a2", "agbd_t_a3", "agbd_t_a4", "agbd_t_a5", "agbd_t_a6", "agbd_t_pi_lower_a1", "agbd_t_pi_lower_a10", "agbd_t_pi_lower_a2", "agbd_t_pi_lower_a3", "agbd_t_pi_lower_a4", "agbd_t_pi_lower_a5", "agbd_t_pi_lower_a6", "agbd_t_pi_upper_a1", "agbd_t_pi_upper_a10", "agbd_t_pi_upper_a2", "agbd_t_pi_upper_a3", "agbd_t_pi_upper_a4", "agbd_t_pi_upper_a5", "agbd_t_pi_upper_a6", "agbd_t_se_a1", "agbd_t_se_a10", "agbd_t_se_a2", "agbd_t_se_a3", "agbd_t_se_a4", "agbd_t_se_a5", "agbd_t_se_a6", "algorithm_run_flag_a1", "algorithm_run_flag_a10", "algorithm_run_flag_a2", "algorithm_run_flag_a3", "algorithm_run_flag_a4", "algorithm_run_flag_a5", "algorithm_run_flag_a6", "l2_quality_flag_a1", "l2_quality_flag_a10", "l2_quality_flag_a2", "l2_quality_flag_a3", "l2_quality_flag_a4", "l2_quality_flag_a5", "l2_quality_flag_a6", "l4_quality_flag_a1", "l4_quality_flag_a10", "l4_quality_flag_a2", "l4_quality_flag_a3", "l4_quality_flag_a4", "l4_quality_flag_a5", "l4_quality_flag_a6", "predictor_limit_flag_a1", "predictor_limit_flag_a10", "predictor_limit_flag_a2", "predictor_limit_flag_a3", "predictor_limit_flag_a4", "predictor_limit_flag_a5", "predictor_limit_flag_a6", "response_limit_flag_a1", "response_limit_flag_a10", "response_limit_flag_a2", "response_limit_flag_a3", "response_limit_flag_a4", "response_limit_flag_a5", "response_limit_flag_a6", "selected_mode_a1", "selected_mode_a10", "selected_mode_a2", "selected_mode_a3", "selected_mode_a4", "selected_mode_a5", "selected_mode_a6", "selected_mode_flag_a1", "selected_mode_flag_a10", "selected_mode_flag_a2", "selected_mode_flag_a3", "selected_mode_flag_a4", "selected_mode_flag_a5", "selected_mode_flag_a6", "shot_number", "xvar_a1", "xvar_a10", "xvar_a2", "xvar_a3", "xvar_a4", "xvar_a5", "xvar_a6"; } geolocation { String Dataset "elev_lowestmode_a1", "elev_lowestmode_a10", "elev_lowestmode_a2", "elev_lowestmode_a3", "elev_lowestmode_a4", "elev_lowestmode_a5", "elev_lowestmode_a6", "lat_lowestmode_a1", "lat_lowestmode_a10", "lat_lowestmode_a2", "lat_lowestmode_a3", "lat_lowestmode_a4", "lat_lowestmode_a5", "lat_lowestmode_a6", "lon_lowestmode_a1", "lon_lowestmode_a10", "lon_lowestmode_a2", "lon_lowestmode_a3", "lon_lowestmode_a4", "lon_lowestmode_a5", "lon_lowestmode_a6", "sensitivity_a1", "sensitivity_a10", "sensitivity_a2", "sensitivity_a3", "sensitivity_a4", "sensitivity_a5", "sensitivity_a6", "shot_number", "stale_return_flag"; } land_cover_data { String Dataset "landsat_treecover", "landsat_water_persistence", "leaf_off_doy", "leaf_off_flag", "leaf_on_cycle", "leaf_on_doy", "pft_class", "region_class", "shot_number", "urban_focal_window_size", "urban_proportion"; } } BEAM0101 { String Dataset "agbd", "agbd_pi_lower", "agbd_pi_upper", "agbd_se", "agbd_t", "agbd_t_se", "algorithm_run_flag", "beam", "channel", "degrade_flag", "delta_time", "elev_lowestmode", "l2_quality_flag", "l4_quality_flag", "lat_lowestmode", "lon_lowestmode", "master_frac", "master_int", "predict_stratum", "predictor_limit_flag", "response_limit_flag", "selected_algorithm", "selected_mode", "selected_mode_flag", "sensitivity", "shot_number", "solar_elevation", "surface_flag", "xvar"; agbd_prediction { String Dataset "agbd_a1", "agbd_a10", "agbd_a2", "agbd_a3", "agbd_a4", "agbd_a5", "agbd_a6", "agbd_pi_lower_a1", "agbd_pi_lower_a10", "agbd_pi_lower_a2", "agbd_pi_lower_a3", "agbd_pi_lower_a4", "agbd_pi_lower_a5", "agbd_pi_lower_a6", "agbd_pi_upper_a1", "agbd_pi_upper_a10", "agbd_pi_upper_a2", "agbd_pi_upper_a3", "agbd_pi_upper_a4", "agbd_pi_upper_a5", "agbd_pi_upper_a6", "agbd_se_a1", "agbd_se_a10", "agbd_se_a2", "agbd_se_a3", "agbd_se_a4", "agbd_se_a5", "agbd_se_a6", "agbd_t_a1", "agbd_t_a10", "agbd_t_a2", "agbd_t_a3", "agbd_t_a4", "agbd_t_a5", "agbd_t_a6", "agbd_t_pi_lower_a1", "agbd_t_pi_lower_a10", "agbd_t_pi_lower_a2", "agbd_t_pi_lower_a3", "agbd_t_pi_lower_a4", "agbd_t_pi_lower_a5", "agbd_t_pi_lower_a6", "agbd_t_pi_upper_a1", "agbd_t_pi_upper_a10", "agbd_t_pi_upper_a2", "agbd_t_pi_upper_a3", "agbd_t_pi_upper_a4", "agbd_t_pi_upper_a5", "agbd_t_pi_upper_a6", "agbd_t_se_a1", "agbd_t_se_a10", "agbd_t_se_a2", "agbd_t_se_a3", "agbd_t_se_a4", "agbd_t_se_a5", "agbd_t_se_a6", "algorithm_run_flag_a1", "algorithm_run_flag_a10", "algorithm_run_flag_a2", "algorithm_run_flag_a3", "algorithm_run_flag_a4", "algorithm_run_flag_a5", "algorithm_run_flag_a6", "l2_quality_flag_a1", "l2_quality_flag_a10", "l2_quality_flag_a2", "l2_quality_flag_a3", "l2_quality_flag_a4", "l2_quality_flag_a5", "l2_quality_flag_a6", "l4_quality_flag_a1", "l4_quality_flag_a10", "l4_quality_flag_a2", "l4_quality_flag_a3", "l4_quality_flag_a4", "l4_quality_flag_a5", "l4_quality_flag_a6", "predictor_limit_flag_a1", "predictor_limit_flag_a10", "predictor_limit_flag_a2", "predictor_limit_flag_a3", "predictor_limit_flag_a4", "predictor_limit_flag_a5", "predictor_limit_flag_a6", "response_limit_flag_a1", "response_limit_flag_a10", "response_limit_flag_a2", "response_limit_flag_a3", "response_limit_flag_a4", "response_limit_flag_a5", "response_limit_flag_a6", "selected_mode_a1", "selected_mode_a10", "selected_mode_a2", "selected_mode_a3", "selected_mode_a4", "selected_mode_a5", "selected_mode_a6", "selected_mode_flag_a1", "selected_mode_flag_a10", "selected_mode_flag_a2", "selected_mode_flag_a3", "selected_mode_flag_a4", "selected_mode_flag_a5", "selected_mode_flag_a6", "shot_number", "xvar_a1", "xvar_a10", "xvar_a2", "xvar_a3", "xvar_a4", "xvar_a5", "xvar_a6"; } geolocation { String Dataset "elev_lowestmode_a1", "elev_lowestmode_a10", "elev_lowestmode_a2", "elev_lowestmode_a3", "elev_lowestmode_a4", "elev_lowestmode_a5", "elev_lowestmode_a6", "lat_lowestmode_a1", "lat_lowestmode_a10", "lat_lowestmode_a2", "lat_lowestmode_a3", "lat_lowestmode_a4", "lat_lowestmode_a5", "lat_lowestmode_a6", "lon_lowestmode_a1", "lon_lowestmode_a10", "lon_lowestmode_a2", "lon_lowestmode_a3", "lon_lowestmode_a4", "lon_lowestmode_a5", "lon_lowestmode_a6", "sensitivity_a1", "sensitivity_a10", "sensitivity_a2", "sensitivity_a3", "sensitivity_a4", "sensitivity_a5", "sensitivity_a6", "shot_number", "stale_return_flag"; } land_cover_data { String Dataset "landsat_treecover", "landsat_water_persistence", "leaf_off_doy", "leaf_off_flag", "leaf_on_cycle", "leaf_on_doy", "pft_class", "region_class", "shot_number", "urban_focal_window_size", "urban_proportion"; } } BEAM0110 { String Dataset "agbd", "agbd_pi_lower", "agbd_pi_upper", "agbd_se", "agbd_t", "agbd_t_se", "algorithm_run_flag", "beam", "channel", "degrade_flag", "delta_time", "elev_lowestmode", "l2_quality_flag", "l4_quality_flag", "lat_lowestmode", "lon_lowestmode", "master_frac", "master_int", "predict_stratum", "predictor_limit_flag", "response_limit_flag", "selected_algorithm", "selected_mode", "selected_mode_flag", "sensitivity", "shot_number", "solar_elevation", "surface_flag", "xvar"; agbd_prediction { String Dataset "agbd_a1", "agbd_a10", "agbd_a2", "agbd_a3", "agbd_a4", "agbd_a5", "agbd_a6", "agbd_pi_lower_a1", "agbd_pi_lower_a10", "agbd_pi_lower_a2", "agbd_pi_lower_a3", "agbd_pi_lower_a4", "agbd_pi_lower_a5", "agbd_pi_lower_a6", "agbd_pi_upper_a1", "agbd_pi_upper_a10", "agbd_pi_upper_a2", "agbd_pi_upper_a3", "agbd_pi_upper_a4", "agbd_pi_upper_a5", "agbd_pi_upper_a6", "agbd_se_a1", "agbd_se_a10", "agbd_se_a2", "agbd_se_a3", "agbd_se_a4", "agbd_se_a5", "agbd_se_a6", "agbd_t_a1", "agbd_t_a10", "agbd_t_a2", "agbd_t_a3", "agbd_t_a4", "agbd_t_a5", "agbd_t_a6", "agbd_t_pi_lower_a1", "agbd_t_pi_lower_a10", "agbd_t_pi_lower_a2", "agbd_t_pi_lower_a3", "agbd_t_pi_lower_a4", "agbd_t_pi_lower_a5", "agbd_t_pi_lower_a6", "agbd_t_pi_upper_a1", "agbd_t_pi_upper_a10", "agbd_t_pi_upper_a2", "agbd_t_pi_upper_a3", "agbd_t_pi_upper_a4", "agbd_t_pi_upper_a5", "agbd_t_pi_upper_a6", "agbd_t_se_a1", "agbd_t_se_a10", "agbd_t_se_a2", "agbd_t_se_a3", "agbd_t_se_a4", "agbd_t_se_a5", "agbd_t_se_a6", "algorithm_run_flag_a1", "algorithm_run_flag_a10", "algorithm_run_flag_a2", "algorithm_run_flag_a3", "algorithm_run_flag_a4", "algorithm_run_flag_a5", "algorithm_run_flag_a6", "l2_quality_flag_a1", "l2_quality_flag_a10", "l2_quality_flag_a2", "l2_quality_flag_a3", "l2_quality_flag_a4", "l2_quality_flag_a5", "l2_quality_flag_a6", "l4_quality_flag_a1", "l4_quality_flag_a10", "l4_quality_flag_a2", "l4_quality_flag_a3", "l4_quality_flag_a4", "l4_quality_flag_a5", "l4_quality_flag_a6", "predictor_limit_flag_a1", "predictor_limit_flag_a10", "predictor_limit_flag_a2", "predictor_limit_flag_a3", "predictor_limit_flag_a4", "predictor_limit_flag_a5", "predictor_limit_flag_a6", "response_limit_flag_a1", "response_limit_flag_a10", "response_limit_flag_a2", "response_limit_flag_a3", "response_limit_flag_a4", "response_limit_flag_a5", "response_limit_flag_a6", "selected_mode_a1", "selected_mode_a10", "selected_mode_a2", "selected_mode_a3", "selected_mode_a4", "selected_mode_a5", "selected_mode_a6", "selected_mode_flag_a1", "selected_mode_flag_a10", "selected_mode_flag_a2", "selected_mode_flag_a3", "selected_mode_flag_a4", "selected_mode_flag_a5", "selected_mode_flag_a6", "shot_number", "xvar_a1", "xvar_a10", "xvar_a2", "xvar_a3", "xvar_a4", "xvar_a5", "xvar_a6"; } geolocation { String Dataset "elev_lowestmode_a1", "elev_lowestmode_a10", "elev_lowestmode_a2", "elev_lowestmode_a3", "elev_lowestmode_a4", "elev_lowestmode_a5", "elev_lowestmode_a6", "lat_lowestmode_a1", "lat_lowestmode_a10", "lat_lowestmode_a2", "lat_lowestmode_a3", "lat_lowestmode_a4", "lat_lowestmode_a5", "lat_lowestmode_a6", "lon_lowestmode_a1", "lon_lowestmode_a10", "lon_lowestmode_a2", "lon_lowestmode_a3", "lon_lowestmode_a4", "lon_lowestmode_a5", "lon_lowestmode_a6", "sensitivity_a1", "sensitivity_a10", "sensitivity_a2", "sensitivity_a3", "sensitivity_a4", "sensitivity_a5", "sensitivity_a6", "shot_number", "stale_return_flag"; } land_cover_data { String Dataset "landsat_treecover", "landsat_water_persistence", "leaf_off_doy", "leaf_off_flag", "leaf_on_cycle", "leaf_on_doy", "pft_class", "region_class", "shot_number", "urban_focal_window_size", "urban_proportion"; } } BEAM1000 { String Dataset "agbd", "agbd_pi_lower", "agbd_pi_upper", "agbd_se", "agbd_t", "agbd_t_se", "algorithm_run_flag", "beam", "channel", "degrade_flag", "delta_time", "elev_lowestmode", "l2_quality_flag", "l4_quality_flag", "lat_lowestmode", "lon_lowestmode", "master_frac", "master_int", "predict_stratum", "predictor_limit_flag", "response_limit_flag", "selected_algorithm", "selected_mode", "selected_mode_flag", "sensitivity", "shot_number", "solar_elevation", "surface_flag", "xvar"; agbd_prediction { String Dataset "agbd_a1", "agbd_a10", "agbd_a2", "agbd_a3", "agbd_a4", "agbd_a5", "agbd_a6", "agbd_pi_lower_a1", "agbd_pi_lower_a10", "agbd_pi_lower_a2", "agbd_pi_lower_a3", "agbd_pi_lower_a4", "agbd_pi_lower_a5", "agbd_pi_lower_a6", "agbd_pi_upper_a1", "agbd_pi_upper_a10", "agbd_pi_upper_a2", "agbd_pi_upper_a3", "agbd_pi_upper_a4", "agbd_pi_upper_a5", "agbd_pi_upper_a6", "agbd_se_a1", "agbd_se_a10", "agbd_se_a2", "agbd_se_a3", "agbd_se_a4", "agbd_se_a5", "agbd_se_a6", "agbd_t_a1", "agbd_t_a10", "agbd_t_a2", "agbd_t_a3", "agbd_t_a4", "agbd_t_a5", "agbd_t_a6", "agbd_t_pi_lower_a1", "agbd_t_pi_lower_a10", "agbd_t_pi_lower_a2", "agbd_t_pi_lower_a3", "agbd_t_pi_lower_a4", "agbd_t_pi_lower_a5", "agbd_t_pi_lower_a6", "agbd_t_pi_upper_a1", "agbd_t_pi_upper_a10", "agbd_t_pi_upper_a2", "agbd_t_pi_upper_a3", "agbd_t_pi_upper_a4", "agbd_t_pi_upper_a5", "agbd_t_pi_upper_a6", "agbd_t_se_a1", "agbd_t_se_a10", "agbd_t_se_a2", "agbd_t_se_a3", "agbd_t_se_a4", "agbd_t_se_a5", "agbd_t_se_a6", "algorithm_run_flag_a1", "algorithm_run_flag_a10", "algorithm_run_flag_a2", "algorithm_run_flag_a3", "algorithm_run_flag_a4", "algorithm_run_flag_a5", "algorithm_run_flag_a6", "l2_quality_flag_a1", "l2_quality_flag_a10", "l2_quality_flag_a2", "l2_quality_flag_a3", "l2_quality_flag_a4", "l2_quality_flag_a5", "l2_quality_flag_a6", "l4_quality_flag_a1", "l4_quality_flag_a10", "l4_quality_flag_a2", "l4_quality_flag_a3", "l4_quality_flag_a4", "l4_quality_flag_a5", "l4_quality_flag_a6", "predictor_limit_flag_a1", "predictor_limit_flag_a10", "predictor_limit_flag_a2", "predictor_limit_flag_a3", "predictor_limit_flag_a4", "predictor_limit_flag_a5", "predictor_limit_flag_a6", "response_limit_flag_a1", "response_limit_flag_a10", "response_limit_flag_a2", "response_limit_flag_a3", "response_limit_flag_a4", "response_limit_flag_a5", "response_limit_flag_a6", "selected_mode_a1", "selected_mode_a10", "selected_mode_a2", "selected_mode_a3", "selected_mode_a4", "selected_mode_a5", "selected_mode_a6", "selected_mode_flag_a1", "selected_mode_flag_a10", "selected_mode_flag_a2", "selected_mode_flag_a3", "selected_mode_flag_a4", "selected_mode_flag_a5", "selected_mode_flag_a6", "shot_number", "xvar_a1", "xvar_a10", "xvar_a2", "xvar_a3", "xvar_a4", "xvar_a5", "xvar_a6"; } geolocation { String Dataset "elev_lowestmode_a1", "elev_lowestmode_a10", "elev_lowestmode_a2", "elev_lowestmode_a3", "elev_lowestmode_a4", "elev_lowestmode_a5", "elev_lowestmode_a6", "lat_lowestmode_a1", "lat_lowestmode_a10", "lat_lowestmode_a2", "lat_lowestmode_a3", "lat_lowestmode_a4", "lat_lowestmode_a5", "lat_lowestmode_a6", "lon_lowestmode_a1", "lon_lowestmode_a10", "lon_lowestmode_a2", "lon_lowestmode_a3", "lon_lowestmode_a4", "lon_lowestmode_a5", "lon_lowestmode_a6", "sensitivity_a1", "sensitivity_a10", "sensitivity_a2", "sensitivity_a3", "sensitivity_a4", "sensitivity_a5", "sensitivity_a6", "shot_number", "stale_return_flag"; } land_cover_data { String Dataset "landsat_treecover", "landsat_water_persistence", "leaf_off_doy", "leaf_off_flag", "leaf_on_cycle", "leaf_on_doy", "pft_class", "region_class", "shot_number", "urban_focal_window_size", "urban_proportion"; } } BEAM1011 { String Dataset "agbd", "agbd_pi_lower", "agbd_pi_upper", "agbd_se", "agbd_t", "agbd_t_se", "algorithm_run_flag", "beam", "channel", "degrade_flag", "delta_time", "elev_lowestmode", "l2_quality_flag", "l4_quality_flag", "lat_lowestmode", "lon_lowestmode", "master_frac", "master_int", "predict_stratum", "predictor_limit_flag", "response_limit_flag", "selected_algorithm", "selected_mode", "selected_mode_flag", "sensitivity", "shot_number", "solar_elevation", "surface_flag", "xvar"; agbd_prediction { String Dataset "agbd_a1", "agbd_a10", "agbd_a2", "agbd_a3", "agbd_a4", "agbd_a5", "agbd_a6", "agbd_pi_lower_a1", "agbd_pi_lower_a10", "agbd_pi_lower_a2", "agbd_pi_lower_a3", "agbd_pi_lower_a4", "agbd_pi_lower_a5", "agbd_pi_lower_a6", "agbd_pi_upper_a1", "agbd_pi_upper_a10", "agbd_pi_upper_a2", "agbd_pi_upper_a3", "agbd_pi_upper_a4", "agbd_pi_upper_a5", "agbd_pi_upper_a6", "agbd_se_a1", "agbd_se_a10", "agbd_se_a2", "agbd_se_a3", "agbd_se_a4", "agbd_se_a5", "agbd_se_a6", "agbd_t_a1", "agbd_t_a10", "agbd_t_a2", "agbd_t_a3", "agbd_t_a4", "agbd_t_a5", "agbd_t_a6", "agbd_t_pi_lower_a1", "agbd_t_pi_lower_a10", "agbd_t_pi_lower_a2", "agbd_t_pi_lower_a3", "agbd_t_pi_lower_a4", "agbd_t_pi_lower_a5", "agbd_t_pi_lower_a6", "agbd_t_pi_upper_a1", "agbd_t_pi_upper_a10", "agbd_t_pi_upper_a2", "agbd_t_pi_upper_a3", "agbd_t_pi_upper_a4", "agbd_t_pi_upper_a5", "agbd_t_pi_upper_a6", "agbd_t_se_a1", "agbd_t_se_a10", "agbd_t_se_a2", "agbd_t_se_a3", "agbd_t_se_a4", "agbd_t_se_a5", "agbd_t_se_a6", "algorithm_run_flag_a1", "algorithm_run_flag_a10", "algorithm_run_flag_a2", "algorithm_run_flag_a3", "algorithm_run_flag_a4", "algorithm_run_flag_a5", "algorithm_run_flag_a6", "l2_quality_flag_a1", "l2_quality_flag_a10", "l2_quality_flag_a2", "l2_quality_flag_a3", "l2_quality_flag_a4", "l2_quality_flag_a5", "l2_quality_flag_a6", "l4_quality_flag_a1", "l4_quality_flag_a10", "l4_quality_flag_a2", "l4_quality_flag_a3", "l4_quality_flag_a4", "l4_quality_flag_a5", "l4_quality_flag_a6", "predictor_limit_flag_a1", "predictor_limit_flag_a10", "predictor_limit_flag_a2", "predictor_limit_flag_a3", "predictor_limit_flag_a4", "predictor_limit_flag_a5", "predictor_limit_flag_a6", "response_limit_flag_a1", "response_limit_flag_a10", "response_limit_flag_a2", "response_limit_flag_a3", "response_limit_flag_a4", "response_limit_flag_a5", "response_limit_flag_a6", "selected_mode_a1", "selected_mode_a10", "selected_mode_a2", "selected_mode_a3", "selected_mode_a4", "selected_mode_a5", "selected_mode_a6", "selected_mode_flag_a1", "selected_mode_flag_a10", "selected_mode_flag_a2", "selected_mode_flag_a3", "selected_mode_flag_a4", "selected_mode_flag_a5", "selected_mode_flag_a6", "shot_number", "xvar_a1", "xvar_a10", "xvar_a2", "xvar_a3", "xvar_a4", "xvar_a5", "xvar_a6"; } geolocation { String Dataset "elev_lowestmode_a1", "elev_lowestmode_a10", "elev_lowestmode_a2", "elev_lowestmode_a3", "elev_lowestmode_a4", "elev_lowestmode_a5", "elev_lowestmode_a6", "lat_lowestmode_a1", "lat_lowestmode_a10", "lat_lowestmode_a2", "lat_lowestmode_a3", "lat_lowestmode_a4", "lat_lowestmode_a5", "lat_lowestmode_a6", "lon_lowestmode_a1", "lon_lowestmode_a10", "lon_lowestmode_a2", "lon_lowestmode_a3", "lon_lowestmode_a4", "lon_lowestmode_a5", "lon_lowestmode_a6", "sensitivity_a1", "sensitivity_a10", "sensitivity_a2", "sensitivity_a3", "sensitivity_a4", "sensitivity_a5", "sensitivity_a6", "shot_number", "stale_return_flag"; } land_cover_data { String Dataset "landsat_treecover", "landsat_water_persistence", "leaf_off_doy", "leaf_off_flag", "leaf_on_cycle", "leaf_on_doy", "pft_class", "region_class", "shot_number", "urban_focal_window_size", "urban_proportion"; } } METADATA { DatasetIdentification { } } } H5_GLOBAL { String HDF5_OBJ_FULLPATH "H5_GLOBAL"; String short_name "GEDI_L4A"; } /ANCILLARY/ { String HDF5_OBJ_FULLPATH "/ANCILLARY/"; } /ANCILLARY/model_data { String HDF5_OBJ_FULLPATH "/ANCILLARY/model_data"; } /ANCILLARY/pft_lut { String HDF5_OBJ_FULLPATH "/ANCILLARY/pft_lut"; } /ANCILLARY/region_lut { String HDF5_OBJ_FULLPATH "/ANCILLARY/region_lut"; } /BEAM0000/ { String HDF5_OBJ_FULLPATH "/BEAM0000/"; String description "Coverage beam"; } /BEAM0000/agbd { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/agbd_pi_lower { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_pi_lower"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/agbd_pi_upper { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_pi_upper"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/agbd_prediction/ { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/"; Float64 alpha 0.10000000000000001; } /BEAM0000/agbd_prediction/agbd_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_a1"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/agbd_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_a10"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/agbd_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_a2"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/agbd_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_a3"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/agbd_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_a4"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/agbd_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_a5"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/agbd_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_a6"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/agbd_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_lower_a1"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/agbd_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_lower_a10"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/agbd_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_lower_a2"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/agbd_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_lower_a3"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/agbd_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_lower_a4"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/agbd_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_lower_a5"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/agbd_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_lower_a6"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/agbd_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_upper_a1"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/agbd_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_upper_a10"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/agbd_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_upper_a2"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/agbd_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_upper_a3"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/agbd_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_upper_a4"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/agbd_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_upper_a5"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/agbd_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_pi_upper_a6"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/agbd_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_se_a1"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/agbd_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_se_a10"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/agbd_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_se_a2"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/agbd_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_se_a3"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/agbd_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_se_a4"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/agbd_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_se_a5"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/agbd_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_se_a6"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/agbd_t_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_a1"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/agbd_t_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_a10"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/agbd_t_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_a2"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/agbd_t_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_a3"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/agbd_t_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_a4"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/agbd_t_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_a5"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/agbd_t_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_a6"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/agbd_t_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_lower_a1"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/agbd_t_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_lower_a10"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/agbd_t_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_lower_a2"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/agbd_t_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_lower_a3"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/agbd_t_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_lower_a4"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/agbd_t_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_lower_a5"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/agbd_t_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_lower_a6"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/agbd_t_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_upper_a1"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/agbd_t_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_upper_a10"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/agbd_t_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_upper_a2"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/agbd_t_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_upper_a3"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/agbd_t_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_upper_a4"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/agbd_t_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_upper_a5"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/agbd_t_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_pi_upper_a6"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/agbd_t_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_se_a1"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/agbd_t_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_se_a10"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/agbd_t_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_se_a2"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/agbd_t_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_se_a3"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/agbd_t_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_se_a4"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/agbd_t_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_se_a5"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/agbd_t_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/agbd_t_se_a6"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/algorithm_run_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/algorithm_run_flag_a1"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/algorithm_run_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/algorithm_run_flag_a10"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/algorithm_run_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/algorithm_run_flag_a2"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/algorithm_run_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/algorithm_run_flag_a3"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/algorithm_run_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/algorithm_run_flag_a4"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/algorithm_run_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/algorithm_run_flag_a5"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/algorithm_run_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/algorithm_run_flag_a6"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/l2_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l2_quality_flag_a1"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/l2_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l2_quality_flag_a10"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/l2_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l2_quality_flag_a2"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/l2_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l2_quality_flag_a3"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/l2_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l2_quality_flag_a4"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/l2_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l2_quality_flag_a5"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/l2_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l2_quality_flag_a6"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/l4_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l4_quality_flag_a1"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/l4_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l4_quality_flag_a10"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/l4_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l4_quality_flag_a2"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/l4_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l4_quality_flag_a3"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/l4_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l4_quality_flag_a4"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/l4_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l4_quality_flag_a5"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/l4_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/l4_quality_flag_a6"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/predictor_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/predictor_limit_flag_a1"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/predictor_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/predictor_limit_flag_a10"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/predictor_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/predictor_limit_flag_a2"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/predictor_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/predictor_limit_flag_a3"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/predictor_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/predictor_limit_flag_a4"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/predictor_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/predictor_limit_flag_a5"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/predictor_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/predictor_limit_flag_a6"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/response_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/response_limit_flag_a1"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/response_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/response_limit_flag_a10"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/response_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/response_limit_flag_a2"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/response_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/response_limit_flag_a3"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/response_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/response_limit_flag_a4"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/response_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/response_limit_flag_a5"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/response_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/response_limit_flag_a6"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/selected_mode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_a1"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/selected_mode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_a10"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/selected_mode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_a2"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/selected_mode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_a3"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/selected_mode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_a4"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/selected_mode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_a5"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/selected_mode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_a6"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/selected_mode_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_flag_a1"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/selected_mode_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_flag_a10"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/selected_mode_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_flag_a2"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/selected_mode_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_flag_a3"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/selected_mode_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_flag_a4"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/selected_mode_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_flag_a5"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/selected_mode_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/selected_mode_flag_a6"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_prediction/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM0000/agbd_prediction/xvar_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/xvar_a1"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/agbd_prediction/xvar_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/xvar_a10"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0000/agbd_prediction/xvar_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/xvar_a2"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0000/agbd_prediction/xvar_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/xvar_a3"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0000/agbd_prediction/xvar_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/xvar_a4"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0000/agbd_prediction/xvar_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/xvar_a5"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0000/agbd_prediction/xvar_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_prediction/xvar_a6"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0000/agbd_se { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_se"; String long_name "Aboveground biomass density prediction standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/agbd_t { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_t"; String long_name "Model prediction"; String units "-"; String description "Model prediction in fit units"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/agbd_t_se { String HDF5_OBJ_FULLPATH "/BEAM0000/agbd_t_se"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/algorithm_run_flag { String HDF5_OBJ_FULLPATH "/BEAM0000/algorithm_run_flag"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/beam { String HDF5_OBJ_FULLPATH "/BEAM0000/beam"; String units "-"; String long_name "Beam"; String source "L2A"; String description "Beam identifier"; UInt16 valid_range 0, 12; } /BEAM0000/channel { String HDF5_OBJ_FULLPATH "/BEAM0000/channel"; String units "-"; String long_name "Channel"; String source "L2A"; String description "Channel identifier"; Byte valid_range 0, 6; } /BEAM0000/degrade_flag { String HDF5_OBJ_FULLPATH "/BEAM0000/degrade_flag"; String units "-"; String long_name "Degrade flag"; String source "L2A"; String description "Flag indicating degraded state of pointing and/or positioning information"; Byte valid_range 0, 1; } /BEAM0000/delta_time { String HDF5_OBJ_FULLPATH "/BEAM0000/delta_time"; String long_name "Delta time"; String units "s"; String source "L2A"; String description "Time delta since Jan 1 00:00 2018."; } /BEAM0000/elev_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0000/elev_lowestmode"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/geolocation/ { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/"; } /BEAM0000/geolocation/elev_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/elev_lowestmode_a1"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM0000/geolocation/elev_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/elev_lowestmode_a10"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM0000/geolocation/elev_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/elev_lowestmode_a2"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM0000/geolocation/elev_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/elev_lowestmode_a3"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM0000/geolocation/elev_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/elev_lowestmode_a4"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM0000/geolocation/elev_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/elev_lowestmode_a5"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a5 lon_lowestmode_a5"; } /BEAM0000/geolocation/elev_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/elev_lowestmode_a6"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM0000/geolocation/lat_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lat_lowestmode_a1"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a1"; } /BEAM0000/geolocation/lat_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lat_lowestmode_a10"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a10"; } /BEAM0000/geolocation/lat_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lat_lowestmode_a2"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a2"; } /BEAM0000/geolocation/lat_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lat_lowestmode_a3"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a3"; } /BEAM0000/geolocation/lat_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lat_lowestmode_a4"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a4"; } /BEAM0000/geolocation/lat_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lat_lowestmode_a5"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a5"; } /BEAM0000/geolocation/lat_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lat_lowestmode_a6"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a6"; } /BEAM0000/geolocation/lon_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lon_lowestmode_a1"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a1"; } /BEAM0000/geolocation/lon_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lon_lowestmode_a10"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a10"; } /BEAM0000/geolocation/lon_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lon_lowestmode_a2"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a2"; } /BEAM0000/geolocation/lon_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lon_lowestmode_a3"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a3"; } /BEAM0000/geolocation/lon_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lon_lowestmode_a4"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a4"; } /BEAM0000/geolocation/lon_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lon_lowestmode_a5"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a5"; } /BEAM0000/geolocation/lon_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/lon_lowestmode_a6"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a6"; } /BEAM0000/geolocation/sensitivity_a1 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/sensitivity_a1"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM0000/geolocation/sensitivity_a10 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/sensitivity_a10"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM0000/geolocation/sensitivity_a2 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/sensitivity_a2"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM0000/geolocation/sensitivity_a3 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/sensitivity_a3"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM0000/geolocation/sensitivity_a4 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/sensitivity_a4"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM0000/geolocation/sensitivity_a5 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/sensitivity_a5"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; String HDF5_HARDLINK "/BEAM0000/geolocation/sensitivity_a10"; } /BEAM0000/geolocation/sensitivity_a6 { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/sensitivity_a6"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM0000/geolocation/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0000/agbd_prediction/shot_number"; } /BEAM0000/geolocation/stale_return_flag { String HDF5_OBJ_FULLPATH "/BEAM0000/geolocation/stale_return_flag"; String units "-"; String long_name "Stale return flag"; String source "L2A"; String description "Flag from digitizer indicating the real-time pulse detection algorithm did not detect a return signal above its detection threshold within the entire 10 km search window. The pulse location of the previous shot was used to select the telemetered waveform."; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM0000/l2_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM0000/l2_quality_flag"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/l4_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM0000/l4_quality_flag"; Byte valid_range 0, 1; String long_name "Level 4 quality flag"; String units "-"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/land_cover_data/ { String HDF5_OBJ_FULLPATH "/BEAM0000/land_cover_data/"; } /BEAM0000/land_cover_data/landsat_treecover { String HDF5_OBJ_FULLPATH "/BEAM0000/land_cover_data/landsat_treecover"; String long_name "Landsat tree canopy cover"; String units "percent"; String source "L2A"; String description "Tree cover in the year 2010, defined as canopy closure for all vegetation taller than 5m in height (Hansen et al.). Encoded as a percentage per output grid cell."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/land_cover_data/landsat_water_persistence { String HDF5_OBJ_FULLPATH "/BEAM0000/land_cover_data/landsat_water_persistence"; String units "percent"; String long_name "25 m Landsat water persistence"; String description "The percent UMD GLAD Landsat observations with classified surface water between 2018 and 2019. Values > 80 usually represent permanent water while values < 10 represent permanent land."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/land_cover_data/leaf_off_doy { String HDF5_OBJ_FULLPATH "/BEAM0000/land_cover_data/leaf_off_doy"; String units "days"; String long_name "1 km VIIRS leaf-off day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-off start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/land_cover_data/leaf_off_flag { String HDF5_OBJ_FULLPATH "/BEAM0000/land_cover_data/leaf_off_flag"; String units "-"; String long_name "1 km VIIRS leaf-off flag"; String description "GEDI 1 km EASE 2.0 grid flag derived from leaf_off_doy, leaf_on_doy and pft_class, indicating if the observation was recorded during leaf-off conditions in deciduous needleleaf or broadleaf forests and woodlands. 1 = leaf-off and 0 = leaf-on."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/land_cover_data/leaf_on_cycle { String HDF5_OBJ_FULLPATH "/BEAM0000/land_cover_data/leaf_on_cycle"; String units "-"; String long_name "1 km VIIRS leaf-on cycle number"; String description "Flag that indicates the vegetation growing cycle for leaf-on observations. Values are 0 (leaf-off conditions), 1 (cycle 1) or 2 (cycle 2)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/land_cover_data/leaf_on_doy { String HDF5_OBJ_FULLPATH "/BEAM0000/land_cover_data/leaf_on_doy"; String units "-"; String long_name "1 km VIIRS leaf-on day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-on start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/land_cover_data/pft_class { String HDF5_OBJ_FULLPATH "/BEAM0000/land_cover_data/pft_class"; String long_name "1 km MODIS Plant Functional Type class"; String units "-"; String description "GEDI 1 km EASE 2.0 grid Plant Functional Type (PFT) derived from the MODIS MCD12Q1v006 Product. Values follow the Land Cover Type 5 Classification scheme."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/land_cover_data/region_class { String HDF5_OBJ_FULLPATH "/BEAM0000/land_cover_data/region_class"; String units "-"; String long_name "1 km geographic region class"; String description "GEDI 1 km EASE 2.0 grid world continental regions (0: Water, 1: Europe, 2: North Asia, 3: Australasia, 4: Africa, 5: South Asia, 6: South America, 7: North America)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/land_cover_data/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0000/land_cover_data/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0000/agbd_prediction/shot_number"; } /BEAM0000/land_cover_data/urban_focal_window_size { String HDF5_OBJ_FULLPATH "/BEAM0000/land_cover_data/urban_focal_window_size"; String units "pixels"; String long_name "Urban focal window size"; String description "The focal window size used to calculate urban_proportion. Values are 3 (3x3 pixel window size) or 5 (5x5 pixel window size)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/land_cover_data/urban_proportion { String HDF5_OBJ_FULLPATH "/BEAM0000/land_cover_data/urban_proportion"; String units "percent"; String long_name "25 m TDX urban percentage"; String description "The percentage proportion of land area within a focal area surrounding each shot that is urban land cover. Urban land cover is derived from the DLR 12 m resolution TanDEM-X Global Urban Footprint Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0000/lat_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0000/lat_lowestmode"; String units "degrees"; String long_name "Latitude of the lowest mode"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "delta_time lon_lowestmode"; } /BEAM0000/lon_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0000/lon_lowestmode"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "delta_time lat_lowestmode"; } /BEAM0000/master_frac { String HDF5_OBJ_FULLPATH "/BEAM0000/master_frac"; String long_name "Fraction component of shot time"; String units "s"; String source "L2A"; String description "Master time, fractional part. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM0000/master_int { String HDF5_OBJ_FULLPATH "/BEAM0000/master_int"; String units "s"; String long_name "Integer component of shot time"; String source "L2A"; String description "Master time, integer part. Seconds since master_time_epoch. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM0000/predict_stratum { String HDF5_OBJ_FULLPATH "/BEAM0000/predict_stratum"; String long_name "Prediction stratum identifier"; String units "-"; String description "Character ID of the prediction stratum name for the 1 km cell"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/predictor_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM0000/predictor_limit_flag"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/response_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM0000/response_limit_flag"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/selected_algorithm { String HDF5_OBJ_FULLPATH "/BEAM0000/selected_algorithm"; String units "-"; String long_name "Selected algorithm setting group"; String source "L2A"; String description "selected_algorithm"; Byte valid_range 1, 10; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/selected_mode { String HDF5_OBJ_FULLPATH "/BEAM0000/selected_mode"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/selected_mode_flag { String HDF5_OBJ_FULLPATH "/BEAM0000/selected_mode_flag"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/sensitivity { String HDF5_OBJ_FULLPATH "/BEAM0000/sensitivity"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; Float32 valid_range 0., 1.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0000/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0000/agbd_prediction/shot_number"; } /BEAM0000/solar_elevation { String HDF5_OBJ_FULLPATH "/BEAM0000/solar_elevation"; String long_name "Solar elevation"; String units "degrees"; String source "L2A"; String description "Solar elevation angle"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/surface_flag { String HDF5_OBJ_FULLPATH "/BEAM0000/surface_flag"; String units "-"; String source "L2A"; String long_name "Surface flag"; String description "Indicates elev_lowestmode is within 300m of Digital Elevation Model (DEM) or Mean Sea Surface (MSS) elevation"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0000/xvar { String HDF5_OBJ_FULLPATH "/BEAM0000/xvar"; String long_name "Predictor variables"; String description "Predictor variables (offset and transformation have been applied)"; String units "-"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/ { String HDF5_OBJ_FULLPATH "/BEAM0001/"; String description "Coverage beam"; } /BEAM0001/agbd { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/agbd_pi_lower { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_pi_lower"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/agbd_pi_upper { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_pi_upper"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/agbd_prediction/ { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/"; Float64 alpha 0.10000000000000001; } /BEAM0001/agbd_prediction/agbd_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_a1"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/agbd_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_a10"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/agbd_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_a2"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/agbd_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_a3"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/agbd_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_a4"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/agbd_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_a5"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/agbd_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_a6"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/agbd_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_lower_a1"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/agbd_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_lower_a10"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/agbd_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_lower_a2"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/agbd_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_lower_a3"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/agbd_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_lower_a4"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/agbd_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_lower_a5"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/agbd_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_lower_a6"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/agbd_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_upper_a1"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/agbd_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_upper_a10"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/agbd_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_upper_a2"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/agbd_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_upper_a3"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/agbd_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_upper_a4"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/agbd_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_upper_a5"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/agbd_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_pi_upper_a6"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/agbd_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_se_a1"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/agbd_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_se_a10"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/agbd_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_se_a2"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/agbd_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_se_a3"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/agbd_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_se_a4"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/agbd_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_se_a5"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/agbd_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_se_a6"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/agbd_t_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_a1"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/agbd_t_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_a10"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/agbd_t_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_a2"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/agbd_t_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_a3"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/agbd_t_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_a4"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/agbd_t_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_a5"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/agbd_t_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_a6"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/agbd_t_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_lower_a1"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/agbd_t_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_lower_a10"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/agbd_t_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_lower_a2"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/agbd_t_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_lower_a3"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/agbd_t_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_lower_a4"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/agbd_t_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_lower_a5"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/agbd_t_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_lower_a6"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/agbd_t_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_upper_a1"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/agbd_t_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_upper_a10"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/agbd_t_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_upper_a2"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/agbd_t_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_upper_a3"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/agbd_t_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_upper_a4"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/agbd_t_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_upper_a5"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/agbd_t_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_pi_upper_a6"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/agbd_t_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_se_a1"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/agbd_t_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_se_a10"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/agbd_t_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_se_a2"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/agbd_t_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_se_a3"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/agbd_t_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_se_a4"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/agbd_t_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_se_a5"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/agbd_t_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/agbd_t_se_a6"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/algorithm_run_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/algorithm_run_flag_a1"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/algorithm_run_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/algorithm_run_flag_a10"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/algorithm_run_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/algorithm_run_flag_a2"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/algorithm_run_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/algorithm_run_flag_a3"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/algorithm_run_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/algorithm_run_flag_a4"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/algorithm_run_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/algorithm_run_flag_a5"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/algorithm_run_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/algorithm_run_flag_a6"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/l2_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l2_quality_flag_a1"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/l2_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l2_quality_flag_a10"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/l2_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l2_quality_flag_a2"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/l2_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l2_quality_flag_a3"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/l2_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l2_quality_flag_a4"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/l2_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l2_quality_flag_a5"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/l2_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l2_quality_flag_a6"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/l4_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l4_quality_flag_a1"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/l4_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l4_quality_flag_a10"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/l4_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l4_quality_flag_a2"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/l4_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l4_quality_flag_a3"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/l4_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l4_quality_flag_a4"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/l4_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l4_quality_flag_a5"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/l4_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/l4_quality_flag_a6"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/predictor_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/predictor_limit_flag_a1"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/predictor_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/predictor_limit_flag_a10"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/predictor_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/predictor_limit_flag_a2"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/predictor_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/predictor_limit_flag_a3"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/predictor_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/predictor_limit_flag_a4"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/predictor_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/predictor_limit_flag_a5"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/predictor_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/predictor_limit_flag_a6"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/response_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/response_limit_flag_a1"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/response_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/response_limit_flag_a10"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/response_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/response_limit_flag_a2"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/response_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/response_limit_flag_a3"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/response_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/response_limit_flag_a4"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/response_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/response_limit_flag_a5"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/response_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/response_limit_flag_a6"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/selected_mode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_a1"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/selected_mode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_a10"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/selected_mode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_a2"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/selected_mode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_a3"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/selected_mode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_a4"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/selected_mode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_a5"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/selected_mode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_a6"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/selected_mode_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_flag_a1"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/selected_mode_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_flag_a10"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/selected_mode_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_flag_a2"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/selected_mode_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_flag_a3"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/selected_mode_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_flag_a4"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/selected_mode_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_flag_a5"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/selected_mode_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/selected_mode_flag_a6"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_prediction/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM0001/agbd_prediction/xvar_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/xvar_a1"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/agbd_prediction/xvar_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/xvar_a10"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0001/agbd_prediction/xvar_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/xvar_a2"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0001/agbd_prediction/xvar_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/xvar_a3"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0001/agbd_prediction/xvar_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/xvar_a4"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0001/agbd_prediction/xvar_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/xvar_a5"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0001/agbd_prediction/xvar_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_prediction/xvar_a6"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0001/agbd_se { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_se"; String long_name "Aboveground biomass density prediction standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/agbd_t { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_t"; String long_name "Model prediction"; String units "-"; String description "Model prediction in fit units"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/agbd_t_se { String HDF5_OBJ_FULLPATH "/BEAM0001/agbd_t_se"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/algorithm_run_flag { String HDF5_OBJ_FULLPATH "/BEAM0001/algorithm_run_flag"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/beam { String HDF5_OBJ_FULLPATH "/BEAM0001/beam"; String units "-"; String long_name "Beam"; String source "L2A"; String description "Beam identifier"; UInt16 valid_range 0, 12; } /BEAM0001/channel { String HDF5_OBJ_FULLPATH "/BEAM0001/channel"; String units "-"; String long_name "Channel"; String source "L2A"; String description "Channel identifier"; Byte valid_range 0, 6; } /BEAM0001/degrade_flag { String HDF5_OBJ_FULLPATH "/BEAM0001/degrade_flag"; String units "-"; String long_name "Degrade flag"; String source "L2A"; String description "Flag indicating degraded state of pointing and/or positioning information"; Byte valid_range 0, 1; } /BEAM0001/delta_time { String HDF5_OBJ_FULLPATH "/BEAM0001/delta_time"; String long_name "Delta time"; String units "s"; String source "L2A"; String description "Time delta since Jan 1 00:00 2018."; } /BEAM0001/elev_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0001/elev_lowestmode"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/geolocation/ { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/"; } /BEAM0001/geolocation/elev_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/elev_lowestmode_a1"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM0001/geolocation/elev_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/elev_lowestmode_a10"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM0001/geolocation/elev_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/elev_lowestmode_a2"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM0001/geolocation/elev_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/elev_lowestmode_a3"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM0001/geolocation/elev_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/elev_lowestmode_a4"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM0001/geolocation/elev_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/elev_lowestmode_a5"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a5 lon_lowestmode_a5"; } /BEAM0001/geolocation/elev_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/elev_lowestmode_a6"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM0001/geolocation/lat_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lat_lowestmode_a1"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a1"; } /BEAM0001/geolocation/lat_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lat_lowestmode_a10"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a10"; } /BEAM0001/geolocation/lat_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lat_lowestmode_a2"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a2"; } /BEAM0001/geolocation/lat_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lat_lowestmode_a3"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a3"; } /BEAM0001/geolocation/lat_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lat_lowestmode_a4"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a4"; } /BEAM0001/geolocation/lat_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lat_lowestmode_a5"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a5"; } /BEAM0001/geolocation/lat_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lat_lowestmode_a6"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a6"; } /BEAM0001/geolocation/lon_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lon_lowestmode_a1"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a1"; } /BEAM0001/geolocation/lon_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lon_lowestmode_a10"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a10"; } /BEAM0001/geolocation/lon_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lon_lowestmode_a2"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a2"; } /BEAM0001/geolocation/lon_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lon_lowestmode_a3"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a3"; } /BEAM0001/geolocation/lon_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lon_lowestmode_a4"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a4"; } /BEAM0001/geolocation/lon_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lon_lowestmode_a5"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a5"; } /BEAM0001/geolocation/lon_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/lon_lowestmode_a6"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a6"; } /BEAM0001/geolocation/sensitivity_a1 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/sensitivity_a1"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM0001/geolocation/sensitivity_a10 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/sensitivity_a10"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM0001/geolocation/sensitivity_a2 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/sensitivity_a2"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM0001/geolocation/sensitivity_a3 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/sensitivity_a3"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM0001/geolocation/sensitivity_a4 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/sensitivity_a4"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM0001/geolocation/sensitivity_a5 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/sensitivity_a5"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; String HDF5_HARDLINK "/BEAM0001/geolocation/sensitivity_a10"; } /BEAM0001/geolocation/sensitivity_a6 { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/sensitivity_a6"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM0001/geolocation/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0001/agbd_prediction/shot_number"; } /BEAM0001/geolocation/stale_return_flag { String HDF5_OBJ_FULLPATH "/BEAM0001/geolocation/stale_return_flag"; String units "-"; String long_name "Stale return flag"; String source "L2A"; String description "Flag from digitizer indicating the real-time pulse detection algorithm did not detect a return signal above its detection threshold within the entire 10 km search window. The pulse location of the previous shot was used to select the telemetered waveform."; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM0001/l2_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM0001/l2_quality_flag"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/l4_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM0001/l4_quality_flag"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/land_cover_data/ { String HDF5_OBJ_FULLPATH "/BEAM0001/land_cover_data/"; } /BEAM0001/land_cover_data/landsat_treecover { String HDF5_OBJ_FULLPATH "/BEAM0001/land_cover_data/landsat_treecover"; String long_name "Landsat tree canopy cover"; String units "percent"; String source "L2A"; String description "Tree cover in the year 2010, defined as canopy closure for all vegetation taller than 5m in height (Hansen et al.). Encoded as a percentage per output grid cell."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/land_cover_data/landsat_water_persistence { String HDF5_OBJ_FULLPATH "/BEAM0001/land_cover_data/landsat_water_persistence"; String long_name "25 m Landsat water persistence"; String description "The percent UMD GLAD Landsat observations with classified surface water between 2018 and 2019. Values > 80 usually represent permanent water while values < 10 represent permanent land."; String units "percent"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/land_cover_data/leaf_off_doy { String HDF5_OBJ_FULLPATH "/BEAM0001/land_cover_data/leaf_off_doy"; String units "days"; String long_name "1 km VIIRS leaf-off day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-off start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/land_cover_data/leaf_off_flag { String HDF5_OBJ_FULLPATH "/BEAM0001/land_cover_data/leaf_off_flag"; String units "-"; String long_name "1 km VIIRS leaf-off flag"; String description "GEDI 1 km EASE 2.0 grid flag derived from leaf_off_doy, leaf_on_doy and pft_class, indicating if the observation was recorded during leaf-off conditions in deciduous needleleaf or broadleaf forests and woodlands. 1 = leaf-off and 0 = leaf-on."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/land_cover_data/leaf_on_cycle { String HDF5_OBJ_FULLPATH "/BEAM0001/land_cover_data/leaf_on_cycle"; String units "-"; String long_name "1 km VIIRS leaf-on cycle number"; String description "Flag that indicates the vegetation growing cycle for leaf-on observations. Values are 0 (leaf-off conditions), 1 (cycle 1) or 2 (cycle 2)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/land_cover_data/leaf_on_doy { String HDF5_OBJ_FULLPATH "/BEAM0001/land_cover_data/leaf_on_doy"; String units "-"; String long_name "1 km VIIRS leaf-on day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-on start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/land_cover_data/pft_class { String HDF5_OBJ_FULLPATH "/BEAM0001/land_cover_data/pft_class"; String units "-"; String long_name "1 km MODIS Plant Functional Type class"; String description "GEDI 1 km EASE 2.0 grid Plant Functional Type (PFT) derived from the MODIS MCD12Q1v006 Product. Values follow the Land Cover Type 5 Classification scheme."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/land_cover_data/region_class { String HDF5_OBJ_FULLPATH "/BEAM0001/land_cover_data/region_class"; String units "-"; String long_name "1 km geographic region class"; String description "GEDI 1 km EASE 2.0 grid world continental regions (0: Water, 1: Europe, 2: North Asia, 3: Australasia, 4: Africa, 5: South Asia, 6: South America, 7: North America)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/land_cover_data/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0001/land_cover_data/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0001/agbd_prediction/shot_number"; } /BEAM0001/land_cover_data/urban_focal_window_size { String HDF5_OBJ_FULLPATH "/BEAM0001/land_cover_data/urban_focal_window_size"; String long_name "Urban focal window size"; String units "pixels"; String description "The focal window size used to calculate urban_proportion. Values are 3 (3x3 pixel window size) or 5 (5x5 pixel window size)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/land_cover_data/urban_proportion { String HDF5_OBJ_FULLPATH "/BEAM0001/land_cover_data/urban_proportion"; String units "percent"; String long_name "25 m TDX urban percentage"; String description "The percentage proportion of land area within a focal area surrounding each shot that is urban land cover. Urban land cover is derived from the DLR 12 m resolution TanDEM-X Global Urban Footprint Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0001/lat_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0001/lat_lowestmode"; String units "degrees"; String description "Latitude of center of lowest mode"; String source "L2A"; String long_name "Latitude of the lowest mode"; Float64 valid_range -55., 55.; String coordinates "delta_time lon_lowestmode"; } /BEAM0001/lon_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0001/lon_lowestmode"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "delta_time lat_lowestmode"; } /BEAM0001/master_frac { String HDF5_OBJ_FULLPATH "/BEAM0001/master_frac"; String long_name "Fraction component of shot time"; String units "s"; String source "L2A"; String description "Master time, fractional part. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM0001/master_int { String HDF5_OBJ_FULLPATH "/BEAM0001/master_int"; String units "s"; String long_name "Integer component of shot time"; String source "L2A"; String description "Master time, integer part. Seconds since master_time_epoch. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM0001/predict_stratum { String HDF5_OBJ_FULLPATH "/BEAM0001/predict_stratum"; String long_name "Prediction stratum identifier"; String units "-"; String description "Character ID of the prediction stratum name for the 1 km cell"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/predictor_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM0001/predictor_limit_flag"; Byte valid_range 0, 1; String long_name "Predictor is outside the bounds of the training data"; String units "-"; String description "Predictor value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/response_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM0001/response_limit_flag"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/selected_algorithm { String HDF5_OBJ_FULLPATH "/BEAM0001/selected_algorithm"; String units "-"; String long_name "Selected algorithm setting group"; String source "L2A"; String description "selected_algorithm"; Byte valid_range 1, 10; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/selected_mode { String HDF5_OBJ_FULLPATH "/BEAM0001/selected_mode"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/selected_mode_flag { String HDF5_OBJ_FULLPATH "/BEAM0001/selected_mode_flag"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/sensitivity { String HDF5_OBJ_FULLPATH "/BEAM0001/sensitivity"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; Float32 valid_range 0., 1.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0001/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0001/agbd_prediction/shot_number"; } /BEAM0001/solar_elevation { String HDF5_OBJ_FULLPATH "/BEAM0001/solar_elevation"; String long_name "Solar elevation"; String units "degrees"; String source "L2A"; String description "Solar elevation angle"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/surface_flag { String HDF5_OBJ_FULLPATH "/BEAM0001/surface_flag"; String units "-"; String long_name "Surface flag"; String source "L2A"; String description "Indicates elev_lowestmode is within 300m of Digital Elevation Model (DEM) or Mean Sea Surface (MSS) elevation"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0001/xvar { String HDF5_OBJ_FULLPATH "/BEAM0001/xvar"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/ { String HDF5_OBJ_FULLPATH "/BEAM0010/"; String description "Coverage beam"; } /BEAM0010/agbd { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/agbd_pi_lower { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_pi_lower"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/agbd_pi_upper { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_pi_upper"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/agbd_prediction/ { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/"; Float64 alpha 0.10000000000000001; } /BEAM0010/agbd_prediction/agbd_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_a1"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/agbd_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_a10"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/agbd_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_a2"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/agbd_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_a3"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/agbd_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_a4"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/agbd_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_a5"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/agbd_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_a6"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/agbd_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_lower_a1"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/agbd_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_lower_a10"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/agbd_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_lower_a2"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/agbd_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_lower_a3"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/agbd_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_lower_a4"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/agbd_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_lower_a5"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/agbd_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_lower_a6"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/agbd_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_upper_a1"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/agbd_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_upper_a10"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/agbd_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_upper_a2"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/agbd_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_upper_a3"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/agbd_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_upper_a4"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/agbd_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_upper_a5"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/agbd_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_pi_upper_a6"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/agbd_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_se_a1"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/agbd_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_se_a10"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/agbd_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_se_a2"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/agbd_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_se_a3"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/agbd_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_se_a4"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/agbd_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_se_a5"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/agbd_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_se_a6"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/agbd_t_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_a1"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/agbd_t_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_a10"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/agbd_t_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_a2"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/agbd_t_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_a3"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/agbd_t_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_a4"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/agbd_t_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_a5"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/agbd_t_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_a6"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/agbd_t_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_lower_a1"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/agbd_t_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_lower_a10"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/agbd_t_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_lower_a2"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/agbd_t_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_lower_a3"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/agbd_t_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_lower_a4"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/agbd_t_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_lower_a5"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/agbd_t_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_lower_a6"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/agbd_t_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_upper_a1"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/agbd_t_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_upper_a10"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/agbd_t_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_upper_a2"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/agbd_t_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_upper_a3"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/agbd_t_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_upper_a4"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/agbd_t_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_upper_a5"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/agbd_t_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_pi_upper_a6"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/agbd_t_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_se_a1"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/agbd_t_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_se_a10"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/agbd_t_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_se_a2"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/agbd_t_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_se_a3"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/agbd_t_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_se_a4"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/agbd_t_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_se_a5"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/agbd_t_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/agbd_t_se_a6"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/algorithm_run_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/algorithm_run_flag_a1"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/algorithm_run_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/algorithm_run_flag_a10"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/algorithm_run_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/algorithm_run_flag_a2"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/algorithm_run_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/algorithm_run_flag_a3"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/algorithm_run_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/algorithm_run_flag_a4"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/algorithm_run_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/algorithm_run_flag_a5"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/algorithm_run_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/algorithm_run_flag_a6"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/l2_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l2_quality_flag_a1"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/l2_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l2_quality_flag_a10"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/l2_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l2_quality_flag_a2"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/l2_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l2_quality_flag_a3"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/l2_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l2_quality_flag_a4"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/l2_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l2_quality_flag_a5"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/l2_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l2_quality_flag_a6"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/l4_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l4_quality_flag_a1"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/l4_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l4_quality_flag_a10"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/l4_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l4_quality_flag_a2"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/l4_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l4_quality_flag_a3"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/l4_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l4_quality_flag_a4"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/l4_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l4_quality_flag_a5"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/l4_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/l4_quality_flag_a6"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/predictor_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/predictor_limit_flag_a1"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/predictor_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/predictor_limit_flag_a10"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/predictor_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/predictor_limit_flag_a2"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/predictor_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/predictor_limit_flag_a3"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/predictor_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/predictor_limit_flag_a4"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/predictor_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/predictor_limit_flag_a5"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/predictor_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/predictor_limit_flag_a6"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/response_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/response_limit_flag_a1"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/response_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/response_limit_flag_a10"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/response_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/response_limit_flag_a2"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/response_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/response_limit_flag_a3"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/response_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/response_limit_flag_a4"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/response_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/response_limit_flag_a5"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/response_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/response_limit_flag_a6"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/selected_mode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_a1"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/selected_mode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_a10"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/selected_mode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_a2"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/selected_mode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_a3"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/selected_mode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_a4"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/selected_mode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_a5"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/selected_mode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_a6"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/selected_mode_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_flag_a1"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/selected_mode_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_flag_a10"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/selected_mode_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_flag_a2"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/selected_mode_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_flag_a3"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/selected_mode_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_flag_a4"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/selected_mode_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_flag_a5"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/selected_mode_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/selected_mode_flag_a6"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_prediction/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM0010/agbd_prediction/xvar_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/xvar_a1"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/agbd_prediction/xvar_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/xvar_a10"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0010/agbd_prediction/xvar_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/xvar_a2"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0010/agbd_prediction/xvar_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/xvar_a3"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0010/agbd_prediction/xvar_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/xvar_a4"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0010/agbd_prediction/xvar_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/xvar_a5"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0010/agbd_prediction/xvar_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_prediction/xvar_a6"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0010/agbd_se { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_se"; String long_name "Aboveground biomass density prediction standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/agbd_t { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_t"; String long_name "Model prediction"; String units "-"; String description "Model prediction in fit units"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/agbd_t_se { String HDF5_OBJ_FULLPATH "/BEAM0010/agbd_t_se"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/algorithm_run_flag { String HDF5_OBJ_FULLPATH "/BEAM0010/algorithm_run_flag"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/beam { String HDF5_OBJ_FULLPATH "/BEAM0010/beam"; String units "-"; String long_name "Beam"; String source "L2A"; String description "Beam identifier"; UInt16 valid_range 0, 12; } /BEAM0010/channel { String HDF5_OBJ_FULLPATH "/BEAM0010/channel"; String units "-"; String long_name "Channel"; String source "L2A"; String description "Channel identifier"; Byte valid_range 0, 6; } /BEAM0010/degrade_flag { String HDF5_OBJ_FULLPATH "/BEAM0010/degrade_flag"; String units "-"; String long_name "Degrade flag"; String source "L2A"; String description "Flag indicating degraded state of pointing and/or positioning information"; Byte valid_range 0, 1; } /BEAM0010/delta_time { String HDF5_OBJ_FULLPATH "/BEAM0010/delta_time"; String long_name "Delta time"; String units "s"; String source "L2A"; String description "Time delta since Jan 1 00:00 2018."; } /BEAM0010/elev_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0010/elev_lowestmode"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/geolocation/ { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/"; } /BEAM0010/geolocation/elev_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/elev_lowestmode_a1"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM0010/geolocation/elev_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/elev_lowestmode_a10"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM0010/geolocation/elev_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/elev_lowestmode_a2"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM0010/geolocation/elev_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/elev_lowestmode_a3"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM0010/geolocation/elev_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/elev_lowestmode_a4"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM0010/geolocation/elev_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/elev_lowestmode_a5"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a5 lon_lowestmode_a5"; } /BEAM0010/geolocation/elev_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/elev_lowestmode_a6"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM0010/geolocation/lat_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lat_lowestmode_a1"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a1"; } /BEAM0010/geolocation/lat_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lat_lowestmode_a10"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a10"; } /BEAM0010/geolocation/lat_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lat_lowestmode_a2"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a2"; } /BEAM0010/geolocation/lat_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lat_lowestmode_a3"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a3"; } /BEAM0010/geolocation/lat_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lat_lowestmode_a4"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a4"; } /BEAM0010/geolocation/lat_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lat_lowestmode_a5"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a5"; } /BEAM0010/geolocation/lat_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lat_lowestmode_a6"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a6"; } /BEAM0010/geolocation/lon_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lon_lowestmode_a1"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a1"; } /BEAM0010/geolocation/lon_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lon_lowestmode_a10"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a10"; } /BEAM0010/geolocation/lon_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lon_lowestmode_a2"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a2"; } /BEAM0010/geolocation/lon_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lon_lowestmode_a3"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a3"; } /BEAM0010/geolocation/lon_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lon_lowestmode_a4"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a4"; } /BEAM0010/geolocation/lon_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lon_lowestmode_a5"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a5"; } /BEAM0010/geolocation/lon_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/lon_lowestmode_a6"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a6"; } /BEAM0010/geolocation/sensitivity_a1 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/sensitivity_a1"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM0010/geolocation/sensitivity_a10 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/sensitivity_a10"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM0010/geolocation/sensitivity_a2 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/sensitivity_a2"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM0010/geolocation/sensitivity_a3 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/sensitivity_a3"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM0010/geolocation/sensitivity_a4 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/sensitivity_a4"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM0010/geolocation/sensitivity_a5 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/sensitivity_a5"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; String HDF5_HARDLINK "/BEAM0010/geolocation/sensitivity_a10"; } /BEAM0010/geolocation/sensitivity_a6 { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/sensitivity_a6"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM0010/geolocation/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0010/agbd_prediction/shot_number"; } /BEAM0010/geolocation/stale_return_flag { String HDF5_OBJ_FULLPATH "/BEAM0010/geolocation/stale_return_flag"; String units "-"; String long_name "Stale return flag"; String source "L2A"; String description "Flag from digitizer indicating the real-time pulse detection algorithm did not detect a return signal above its detection threshold within the entire 10 km search window. The pulse location of the previous shot was used to select the telemetered waveform."; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM0010/l2_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM0010/l2_quality_flag"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/l4_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM0010/l4_quality_flag"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/land_cover_data/ { String HDF5_OBJ_FULLPATH "/BEAM0010/land_cover_data/"; } /BEAM0010/land_cover_data/landsat_treecover { String HDF5_OBJ_FULLPATH "/BEAM0010/land_cover_data/landsat_treecover"; String long_name "Landsat tree canopy cover"; String units "percent"; String source "L2A"; String description "Tree cover in the year 2010, defined as canopy closure for all vegetation taller than 5m in height (Hansen et al.). Encoded as a percentage per output grid cell."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/land_cover_data/landsat_water_persistence { String HDF5_OBJ_FULLPATH "/BEAM0010/land_cover_data/landsat_water_persistence"; String units "percent"; String long_name "25 m Landsat water persistence"; String description "The percent UMD GLAD Landsat observations with classified surface water between 2018 and 2019. Values > 80 usually represent permanent water while values < 10 represent permanent land."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/land_cover_data/leaf_off_doy { String HDF5_OBJ_FULLPATH "/BEAM0010/land_cover_data/leaf_off_doy"; String units "days"; String long_name "1 km VIIRS leaf-off day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-off start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/land_cover_data/leaf_off_flag { String HDF5_OBJ_FULLPATH "/BEAM0010/land_cover_data/leaf_off_flag"; String units "-"; String long_name "1 km VIIRS leaf-off flag"; String description "GEDI 1 km EASE 2.0 grid flag derived from leaf_off_doy, leaf_on_doy and pft_class, indicating if the observation was recorded during leaf-off conditions in deciduous needleleaf or broadleaf forests and woodlands. 1 = leaf-off and 0 = leaf-on."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/land_cover_data/leaf_on_cycle { String HDF5_OBJ_FULLPATH "/BEAM0010/land_cover_data/leaf_on_cycle"; String units "-"; String long_name "1 km VIIRS leaf-on cycle number"; String description "Flag that indicates the vegetation growing cycle for leaf-on observations. Values are 0 (leaf-off conditions), 1 (cycle 1) or 2 (cycle 2)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/land_cover_data/leaf_on_doy { String HDF5_OBJ_FULLPATH "/BEAM0010/land_cover_data/leaf_on_doy"; String long_name "1 km VIIRS leaf-on day-of-year"; String units "-"; String description "GEDI 1 km EASE 2.0 grid leaf-on start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/land_cover_data/pft_class { String HDF5_OBJ_FULLPATH "/BEAM0010/land_cover_data/pft_class"; String units "-"; String long_name "1 km MODIS Plant Functional Type class"; String description "GEDI 1 km EASE 2.0 grid Plant Functional Type (PFT) derived from the MODIS MCD12Q1v006 Product. Values follow the Land Cover Type 5 Classification scheme."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/land_cover_data/region_class { String HDF5_OBJ_FULLPATH "/BEAM0010/land_cover_data/region_class"; String units "-"; String long_name "1 km geographic region class"; String description "GEDI 1 km EASE 2.0 grid world continental regions (0: Water, 1: Europe, 2: North Asia, 3: Australasia, 4: Africa, 5: South Asia, 6: South America, 7: North America)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/land_cover_data/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0010/land_cover_data/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0010/agbd_prediction/shot_number"; } /BEAM0010/land_cover_data/urban_focal_window_size { String HDF5_OBJ_FULLPATH "/BEAM0010/land_cover_data/urban_focal_window_size"; String units "pixels"; String long_name "Urban focal window size"; String description "The focal window size used to calculate urban_proportion. Values are 3 (3x3 pixel window size) or 5 (5x5 pixel window size)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/land_cover_data/urban_proportion { String HDF5_OBJ_FULLPATH "/BEAM0010/land_cover_data/urban_proportion"; String units "percent"; String long_name "25 m TDX urban percentage"; String description "The percentage proportion of land area within a focal area surrounding each shot that is urban land cover. Urban land cover is derived from the DLR 12 m resolution TanDEM-X Global Urban Footprint Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0010/lat_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0010/lat_lowestmode"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "delta_time lon_lowestmode"; } /BEAM0010/lon_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0010/lon_lowestmode"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "delta_time lat_lowestmode"; } /BEAM0010/master_frac { String HDF5_OBJ_FULLPATH "/BEAM0010/master_frac"; String long_name "Fraction component of shot time"; String units "s"; String source "L2A"; String description "Master time, fractional part. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM0010/master_int { String HDF5_OBJ_FULLPATH "/BEAM0010/master_int"; String units "s"; String long_name "Integer component of shot time"; String source "L2A"; String description "Master time, integer part. Seconds since master_time_epoch. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM0010/predict_stratum { String HDF5_OBJ_FULLPATH "/BEAM0010/predict_stratum"; String long_name "Prediction stratum identifier"; String units "-"; String description "Character ID of the prediction stratum name for the 1 km cell"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/predictor_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM0010/predictor_limit_flag"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/response_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM0010/response_limit_flag"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/selected_algorithm { String HDF5_OBJ_FULLPATH "/BEAM0010/selected_algorithm"; String units "-"; String long_name "Selected algorithm setting group"; String source "L2A"; String description "selected_algorithm"; Byte valid_range 1, 10; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/selected_mode { String HDF5_OBJ_FULLPATH "/BEAM0010/selected_mode"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/selected_mode_flag { String HDF5_OBJ_FULLPATH "/BEAM0010/selected_mode_flag"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/sensitivity { String HDF5_OBJ_FULLPATH "/BEAM0010/sensitivity"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; Float32 valid_range 0., 1.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0010/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0010/agbd_prediction/shot_number"; } /BEAM0010/solar_elevation { String HDF5_OBJ_FULLPATH "/BEAM0010/solar_elevation"; String long_name "Solar elevation"; String units "degrees"; String source "L2A"; String description "Solar elevation angle"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/surface_flag { String HDF5_OBJ_FULLPATH "/BEAM0010/surface_flag"; String units "-"; String long_name "Surface flag"; String source "L2A"; String description "Indicates elev_lowestmode is within 300m of Digital Elevation Model (DEM) or Mean Sea Surface (MSS) elevation"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0010/xvar { String HDF5_OBJ_FULLPATH "/BEAM0010/xvar"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/ { String HDF5_OBJ_FULLPATH "/BEAM0011/"; String description "Coverage beam"; } /BEAM0011/agbd { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/agbd_pi_lower { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_pi_lower"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/agbd_pi_upper { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_pi_upper"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/agbd_prediction/ { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/"; Float64 alpha 0.10000000000000001; } /BEAM0011/agbd_prediction/agbd_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_a1"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/agbd_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_a10"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/agbd_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_a2"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/agbd_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_a3"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/agbd_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_a4"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/agbd_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_a5"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/agbd_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_a6"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/agbd_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_lower_a1"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/agbd_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_lower_a10"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/agbd_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_lower_a2"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/agbd_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_lower_a3"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/agbd_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_lower_a4"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/agbd_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_lower_a5"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/agbd_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_lower_a6"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/agbd_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_upper_a1"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/agbd_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_upper_a10"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/agbd_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_upper_a2"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/agbd_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_upper_a3"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/agbd_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_upper_a4"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/agbd_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_upper_a5"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/agbd_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_pi_upper_a6"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/agbd_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_se_a1"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/agbd_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_se_a10"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/agbd_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_se_a2"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/agbd_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_se_a3"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/agbd_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_se_a4"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/agbd_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_se_a5"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/agbd_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_se_a6"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/agbd_t_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_a1"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/agbd_t_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_a10"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/agbd_t_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_a2"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/agbd_t_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_a3"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/agbd_t_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_a4"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/agbd_t_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_a5"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/agbd_t_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_a6"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/agbd_t_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_lower_a1"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/agbd_t_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_lower_a10"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/agbd_t_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_lower_a2"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/agbd_t_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_lower_a3"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/agbd_t_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_lower_a4"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/agbd_t_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_lower_a5"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/agbd_t_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_lower_a6"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/agbd_t_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_upper_a1"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/agbd_t_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_upper_a10"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/agbd_t_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_upper_a2"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/agbd_t_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_upper_a3"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/agbd_t_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_upper_a4"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/agbd_t_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_upper_a5"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/agbd_t_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_pi_upper_a6"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/agbd_t_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_se_a1"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/agbd_t_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_se_a10"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/agbd_t_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_se_a2"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/agbd_t_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_se_a3"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/agbd_t_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_se_a4"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/agbd_t_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_se_a5"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/agbd_t_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/agbd_t_se_a6"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/algorithm_run_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/algorithm_run_flag_a1"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/algorithm_run_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/algorithm_run_flag_a10"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/algorithm_run_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/algorithm_run_flag_a2"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/algorithm_run_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/algorithm_run_flag_a3"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/algorithm_run_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/algorithm_run_flag_a4"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/algorithm_run_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/algorithm_run_flag_a5"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/algorithm_run_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/algorithm_run_flag_a6"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/l2_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l2_quality_flag_a1"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/l2_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l2_quality_flag_a10"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/l2_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l2_quality_flag_a2"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/l2_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l2_quality_flag_a3"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/l2_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l2_quality_flag_a4"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/l2_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l2_quality_flag_a5"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/l2_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l2_quality_flag_a6"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/l4_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l4_quality_flag_a1"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/l4_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l4_quality_flag_a10"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/l4_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l4_quality_flag_a2"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/l4_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l4_quality_flag_a3"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/l4_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l4_quality_flag_a4"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/l4_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l4_quality_flag_a5"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/l4_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/l4_quality_flag_a6"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/predictor_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/predictor_limit_flag_a1"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/predictor_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/predictor_limit_flag_a10"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/predictor_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/predictor_limit_flag_a2"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/predictor_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/predictor_limit_flag_a3"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/predictor_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/predictor_limit_flag_a4"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/predictor_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/predictor_limit_flag_a5"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/predictor_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/predictor_limit_flag_a6"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/response_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/response_limit_flag_a1"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/response_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/response_limit_flag_a10"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/response_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/response_limit_flag_a2"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/response_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/response_limit_flag_a3"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/response_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/response_limit_flag_a4"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/response_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/response_limit_flag_a5"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/response_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/response_limit_flag_a6"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/selected_mode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_a1"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/selected_mode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_a10"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/selected_mode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_a2"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/selected_mode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_a3"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/selected_mode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_a4"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/selected_mode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_a5"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/selected_mode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_a6"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/selected_mode_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_flag_a1"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/selected_mode_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_flag_a10"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/selected_mode_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_flag_a2"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/selected_mode_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_flag_a3"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/selected_mode_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_flag_a4"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/selected_mode_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_flag_a5"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/selected_mode_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/selected_mode_flag_a6"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_prediction/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM0011/agbd_prediction/xvar_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/xvar_a1"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/agbd_prediction/xvar_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/xvar_a10"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0011/agbd_prediction/xvar_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/xvar_a2"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0011/agbd_prediction/xvar_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/xvar_a3"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0011/agbd_prediction/xvar_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/xvar_a4"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0011/agbd_prediction/xvar_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/xvar_a5"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0011/agbd_prediction/xvar_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_prediction/xvar_a6"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0011/agbd_se { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_se"; String long_name "Aboveground biomass density prediction standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/agbd_t { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_t"; String long_name "Model prediction"; String units "-"; String description "Model prediction in fit units"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/agbd_t_se { String HDF5_OBJ_FULLPATH "/BEAM0011/agbd_t_se"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/algorithm_run_flag { String HDF5_OBJ_FULLPATH "/BEAM0011/algorithm_run_flag"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/beam { String HDF5_OBJ_FULLPATH "/BEAM0011/beam"; String units "-"; String long_name "Beam"; String source "L2A"; String description "Beam identifier"; UInt16 valid_range 0, 12; } /BEAM0011/channel { String HDF5_OBJ_FULLPATH "/BEAM0011/channel"; String units "-"; String long_name "Channel"; String source "L2A"; String description "Channel identifier"; Byte valid_range 0, 6; } /BEAM0011/degrade_flag { String HDF5_OBJ_FULLPATH "/BEAM0011/degrade_flag"; String units "-"; String long_name "Degrade flag"; String source "L2A"; String description "Flag indicating degraded state of pointing and/or positioning information"; Byte valid_range 0, 1; } /BEAM0011/delta_time { String HDF5_OBJ_FULLPATH "/BEAM0011/delta_time"; String long_name "Delta time"; String units "s"; String source "L2A"; String description "Time delta since Jan 1 00:00 2018."; } /BEAM0011/elev_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0011/elev_lowestmode"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/geolocation/ { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/"; } /BEAM0011/geolocation/elev_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/elev_lowestmode_a1"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM0011/geolocation/elev_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/elev_lowestmode_a10"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM0011/geolocation/elev_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/elev_lowestmode_a2"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM0011/geolocation/elev_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/elev_lowestmode_a3"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM0011/geolocation/elev_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/elev_lowestmode_a4"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM0011/geolocation/elev_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/elev_lowestmode_a5"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a5 lon_lowestmode_a5"; } /BEAM0011/geolocation/elev_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/elev_lowestmode_a6"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM0011/geolocation/lat_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lat_lowestmode_a1"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a1"; } /BEAM0011/geolocation/lat_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lat_lowestmode_a10"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a10"; } /BEAM0011/geolocation/lat_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lat_lowestmode_a2"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a2"; } /BEAM0011/geolocation/lat_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lat_lowestmode_a3"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a3"; } /BEAM0011/geolocation/lat_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lat_lowestmode_a4"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a4"; } /BEAM0011/geolocation/lat_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lat_lowestmode_a5"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a5"; } /BEAM0011/geolocation/lat_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lat_lowestmode_a6"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a6"; } /BEAM0011/geolocation/lon_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lon_lowestmode_a1"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a1"; } /BEAM0011/geolocation/lon_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lon_lowestmode_a10"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a10"; } /BEAM0011/geolocation/lon_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lon_lowestmode_a2"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a2"; } /BEAM0011/geolocation/lon_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lon_lowestmode_a3"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a3"; } /BEAM0011/geolocation/lon_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lon_lowestmode_a4"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a4"; } /BEAM0011/geolocation/lon_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lon_lowestmode_a5"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a5"; } /BEAM0011/geolocation/lon_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/lon_lowestmode_a6"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a6"; } /BEAM0011/geolocation/sensitivity_a1 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/sensitivity_a1"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM0011/geolocation/sensitivity_a10 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/sensitivity_a10"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM0011/geolocation/sensitivity_a2 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/sensitivity_a2"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM0011/geolocation/sensitivity_a3 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/sensitivity_a3"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM0011/geolocation/sensitivity_a4 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/sensitivity_a4"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM0011/geolocation/sensitivity_a5 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/sensitivity_a5"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; String HDF5_HARDLINK "/BEAM0011/geolocation/sensitivity_a10"; } /BEAM0011/geolocation/sensitivity_a6 { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/sensitivity_a6"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM0011/geolocation/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0011/agbd_prediction/shot_number"; } /BEAM0011/geolocation/stale_return_flag { String HDF5_OBJ_FULLPATH "/BEAM0011/geolocation/stale_return_flag"; String units "-"; String long_name "Stale return flag"; String source "L2A"; String description "Flag from digitizer indicating the real-time pulse detection algorithm did not detect a return signal above its detection threshold within the entire 10 km search window. The pulse location of the previous shot was used to select the telemetered waveform."; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM0011/l2_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM0011/l2_quality_flag"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/l4_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM0011/l4_quality_flag"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/land_cover_data/ { String HDF5_OBJ_FULLPATH "/BEAM0011/land_cover_data/"; } /BEAM0011/land_cover_data/landsat_treecover { String HDF5_OBJ_FULLPATH "/BEAM0011/land_cover_data/landsat_treecover"; String long_name "Landsat tree canopy cover"; String units "percent"; String source "L2A"; String description "Tree cover in the year 2010, defined as canopy closure for all vegetation taller than 5m in height (Hansen et al.). Encoded as a percentage per output grid cell."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/land_cover_data/landsat_water_persistence { String HDF5_OBJ_FULLPATH "/BEAM0011/land_cover_data/landsat_water_persistence"; String units "percent"; String long_name "25 m Landsat water persistence"; String description "The percent UMD GLAD Landsat observations with classified surface water between 2018 and 2019. Values > 80 usually represent permanent water while values < 10 represent permanent land."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/land_cover_data/leaf_off_doy { String HDF5_OBJ_FULLPATH "/BEAM0011/land_cover_data/leaf_off_doy"; String units "days"; String long_name "1 km VIIRS leaf-off day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-off start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/land_cover_data/leaf_off_flag { String HDF5_OBJ_FULLPATH "/BEAM0011/land_cover_data/leaf_off_flag"; String units "-"; String long_name "1 km VIIRS leaf-off flag"; String description "GEDI 1 km EASE 2.0 grid flag derived from leaf_off_doy, leaf_on_doy and pft_class, indicating if the observation was recorded during leaf-off conditions in deciduous needleleaf or broadleaf forests and woodlands. 1 = leaf-off and 0 = leaf-on."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/land_cover_data/leaf_on_cycle { String HDF5_OBJ_FULLPATH "/BEAM0011/land_cover_data/leaf_on_cycle"; String units "-"; String long_name "1 km VIIRS leaf-on cycle number"; String description "Flag that indicates the vegetation growing cycle for leaf-on observations. Values are 0 (leaf-off conditions), 1 (cycle 1) or 2 (cycle 2)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/land_cover_data/leaf_on_doy { String HDF5_OBJ_FULLPATH "/BEAM0011/land_cover_data/leaf_on_doy"; String units "-"; String long_name "1 km VIIRS leaf-on day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-on start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/land_cover_data/pft_class { String HDF5_OBJ_FULLPATH "/BEAM0011/land_cover_data/pft_class"; String units "-"; String long_name "1 km MODIS Plant Functional Type class"; String description "GEDI 1 km EASE 2.0 grid Plant Functional Type (PFT) derived from the MODIS MCD12Q1v006 Product. Values follow the Land Cover Type 5 Classification scheme."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/land_cover_data/region_class { String HDF5_OBJ_FULLPATH "/BEAM0011/land_cover_data/region_class"; String long_name "1 km geographic region class"; String units "-"; String description "GEDI 1 km EASE 2.0 grid world continental regions (0: Water, 1: Europe, 2: North Asia, 3: Australasia, 4: Africa, 5: South Asia, 6: South America, 7: North America)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/land_cover_data/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0011/land_cover_data/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0011/agbd_prediction/shot_number"; } /BEAM0011/land_cover_data/urban_focal_window_size { String HDF5_OBJ_FULLPATH "/BEAM0011/land_cover_data/urban_focal_window_size"; String units "pixels"; String long_name "Urban focal window size"; String description "The focal window size used to calculate urban_proportion. Values are 3 (3x3 pixel window size) or 5 (5x5 pixel window size)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/land_cover_data/urban_proportion { String HDF5_OBJ_FULLPATH "/BEAM0011/land_cover_data/urban_proportion"; String units "percent"; String long_name "25 m TDX urban percentage"; String description "The percentage proportion of land area within a focal area surrounding each shot that is urban land cover. Urban land cover is derived from the DLR 12 m resolution TanDEM-X Global Urban Footprint Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0011/lat_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0011/lat_lowestmode"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "delta_time lon_lowestmode"; } /BEAM0011/lon_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0011/lon_lowestmode"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "delta_time lat_lowestmode"; } /BEAM0011/master_frac { String HDF5_OBJ_FULLPATH "/BEAM0011/master_frac"; String long_name "Fraction component of shot time"; String units "s"; String source "L2A"; String description "Master time, fractional part. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM0011/master_int { String HDF5_OBJ_FULLPATH "/BEAM0011/master_int"; String units "s"; String long_name "Integer component of shot time"; String source "L2A"; String description "Master time, integer part. Seconds since master_time_epoch. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM0011/predict_stratum { String HDF5_OBJ_FULLPATH "/BEAM0011/predict_stratum"; String long_name "Prediction stratum identifier"; String units "-"; String description "Character ID of the prediction stratum name for the 1 km cell"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/predictor_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM0011/predictor_limit_flag"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/response_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM0011/response_limit_flag"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/selected_algorithm { String HDF5_OBJ_FULLPATH "/BEAM0011/selected_algorithm"; String units "-"; String long_name "Selected algorithm setting group"; String description "selected_algorithm"; Byte valid_range 1, 10; String source "L2A"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/selected_mode { String HDF5_OBJ_FULLPATH "/BEAM0011/selected_mode"; String units "-"; String long_name "Selected mode"; String description "ID of mode selected as lowest non-noise mode"; Byte valid_range 0, 1; String source "L2A"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/selected_mode_flag { String HDF5_OBJ_FULLPATH "/BEAM0011/selected_mode_flag"; String units "-"; String long_name "Selected mode flag"; String description "Flag indicating status of selected_mode"; Byte valid_range 0, 1; String source "L2A"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/sensitivity { String HDF5_OBJ_FULLPATH "/BEAM0011/sensitivity"; String units "-"; String long_name "Beam sensitivity"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; Float32 valid_range 0., 1.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0011/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0011/agbd_prediction/shot_number"; } /BEAM0011/solar_elevation { String HDF5_OBJ_FULLPATH "/BEAM0011/solar_elevation"; String long_name "Solar elevation"; String units "degrees"; String source "L2A"; String description "Solar elevation angle"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/surface_flag { String HDF5_OBJ_FULLPATH "/BEAM0011/surface_flag"; String units "-"; String long_name "Surface flag"; String source "L2A"; String description "Indicates elev_lowestmode is within 300m of Digital Elevation Model (DEM) or Mean Sea Surface (MSS) elevation"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0011/xvar { String HDF5_OBJ_FULLPATH "/BEAM0011/xvar"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/ { String HDF5_OBJ_FULLPATH "/BEAM0101/"; String description "Full power beam"; } /BEAM0101/agbd { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/agbd_pi_lower { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_pi_lower"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/agbd_pi_upper { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_pi_upper"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/agbd_prediction/ { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/"; Float64 alpha 0.10000000000000001; } /BEAM0101/agbd_prediction/agbd_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_a1"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/agbd_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_a10"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/agbd_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_a2"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/agbd_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_a3"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/agbd_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_a4"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/agbd_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_a5"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/agbd_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_a6"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/agbd_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_lower_a1"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/agbd_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_lower_a10"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/agbd_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_lower_a2"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/agbd_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_lower_a3"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/agbd_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_lower_a4"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/agbd_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_lower_a5"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/agbd_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_lower_a6"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/agbd_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_upper_a1"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/agbd_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_upper_a10"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/agbd_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_upper_a2"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/agbd_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_upper_a3"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/agbd_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_upper_a4"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/agbd_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_upper_a5"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/agbd_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_pi_upper_a6"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/agbd_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_se_a1"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/agbd_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_se_a10"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/agbd_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_se_a2"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/agbd_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_se_a3"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/agbd_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_se_a4"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/agbd_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_se_a5"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/agbd_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_se_a6"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/agbd_t_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_a1"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/agbd_t_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_a10"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/agbd_t_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_a2"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/agbd_t_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_a3"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/agbd_t_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_a4"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/agbd_t_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_a5"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/agbd_t_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_a6"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/agbd_t_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_lower_a1"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/agbd_t_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_lower_a10"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/agbd_t_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_lower_a2"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/agbd_t_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_lower_a3"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/agbd_t_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_lower_a4"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/agbd_t_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_lower_a5"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/agbd_t_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_lower_a6"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/agbd_t_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_upper_a1"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/agbd_t_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_upper_a10"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/agbd_t_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_upper_a2"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/agbd_t_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_upper_a3"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/agbd_t_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_upper_a4"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/agbd_t_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_upper_a5"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/agbd_t_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_pi_upper_a6"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/agbd_t_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_se_a1"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/agbd_t_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_se_a10"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/agbd_t_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_se_a2"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/agbd_t_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_se_a3"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/agbd_t_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_se_a4"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/agbd_t_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_se_a5"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/agbd_t_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/agbd_t_se_a6"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/algorithm_run_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/algorithm_run_flag_a1"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/algorithm_run_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/algorithm_run_flag_a10"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/algorithm_run_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/algorithm_run_flag_a2"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/algorithm_run_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/algorithm_run_flag_a3"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/algorithm_run_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/algorithm_run_flag_a4"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/algorithm_run_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/algorithm_run_flag_a5"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/algorithm_run_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/algorithm_run_flag_a6"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/l2_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l2_quality_flag_a1"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/l2_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l2_quality_flag_a10"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/l2_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l2_quality_flag_a2"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/l2_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l2_quality_flag_a3"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/l2_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l2_quality_flag_a4"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/l2_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l2_quality_flag_a5"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/l2_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l2_quality_flag_a6"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/l4_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l4_quality_flag_a1"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/l4_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l4_quality_flag_a10"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/l4_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l4_quality_flag_a2"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/l4_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l4_quality_flag_a3"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/l4_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l4_quality_flag_a4"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/l4_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l4_quality_flag_a5"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/l4_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/l4_quality_flag_a6"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/predictor_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/predictor_limit_flag_a1"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/predictor_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/predictor_limit_flag_a10"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/predictor_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/predictor_limit_flag_a2"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/predictor_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/predictor_limit_flag_a3"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/predictor_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/predictor_limit_flag_a4"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/predictor_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/predictor_limit_flag_a5"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/predictor_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/predictor_limit_flag_a6"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/response_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/response_limit_flag_a1"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/response_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/response_limit_flag_a10"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/response_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/response_limit_flag_a2"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/response_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/response_limit_flag_a3"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/response_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/response_limit_flag_a4"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/response_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/response_limit_flag_a5"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/response_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/response_limit_flag_a6"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/selected_mode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_a1"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/selected_mode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_a10"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/selected_mode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_a2"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/selected_mode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_a3"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/selected_mode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_a4"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/selected_mode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_a5"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/selected_mode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_a6"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/selected_mode_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_flag_a1"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/selected_mode_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_flag_a10"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/selected_mode_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_flag_a2"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/selected_mode_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_flag_a3"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/selected_mode_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_flag_a4"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/selected_mode_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_flag_a5"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/selected_mode_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/selected_mode_flag_a6"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_prediction/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM0101/agbd_prediction/xvar_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/xvar_a1"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/agbd_prediction/xvar_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/xvar_a10"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0101/agbd_prediction/xvar_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/xvar_a2"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0101/agbd_prediction/xvar_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/xvar_a3"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0101/agbd_prediction/xvar_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/xvar_a4"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0101/agbd_prediction/xvar_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/xvar_a5"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0101/agbd_prediction/xvar_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_prediction/xvar_a6"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0101/agbd_se { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_se"; String long_name "Aboveground biomass density prediction standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/agbd_t { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_t"; String long_name "Model prediction"; String units "-"; String description "Model prediction in fit units"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/agbd_t_se { String HDF5_OBJ_FULLPATH "/BEAM0101/agbd_t_se"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/algorithm_run_flag { String HDF5_OBJ_FULLPATH "/BEAM0101/algorithm_run_flag"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/beam { String HDF5_OBJ_FULLPATH "/BEAM0101/beam"; String units "-"; String long_name "Beam"; String source "L2A"; String description "Beam identifier"; UInt16 valid_range 0, 12; } /BEAM0101/channel { String HDF5_OBJ_FULLPATH "/BEAM0101/channel"; String units "-"; String long_name "Channel"; String source "L2A"; String description "Channel identifier"; Byte valid_range 0, 6; } /BEAM0101/degrade_flag { String HDF5_OBJ_FULLPATH "/BEAM0101/degrade_flag"; String units "-"; String long_name "Degrade flag"; String source "L2A"; String description "Flag indicating degraded state of pointing and/or positioning information"; Byte valid_range 0, 1; } /BEAM0101/delta_time { String HDF5_OBJ_FULLPATH "/BEAM0101/delta_time"; String long_name "Delta time"; String units "s"; String source "L2A"; String description "Time delta since Jan 1 00:00 2018."; } /BEAM0101/elev_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0101/elev_lowestmode"; String units "m"; String long_name "Elevation of the lowest mode"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/geolocation/ { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/"; } /BEAM0101/geolocation/elev_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/elev_lowestmode_a1"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM0101/geolocation/elev_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/elev_lowestmode_a10"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM0101/geolocation/elev_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/elev_lowestmode_a2"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM0101/geolocation/elev_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/elev_lowestmode_a3"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM0101/geolocation/elev_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/elev_lowestmode_a4"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM0101/geolocation/elev_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/elev_lowestmode_a5"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a5 lon_lowestmode_a5"; } /BEAM0101/geolocation/elev_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/elev_lowestmode_a6"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM0101/geolocation/lat_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lat_lowestmode_a1"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a1"; } /BEAM0101/geolocation/lat_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lat_lowestmode_a10"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a10"; } /BEAM0101/geolocation/lat_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lat_lowestmode_a2"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a2"; } /BEAM0101/geolocation/lat_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lat_lowestmode_a3"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a3"; } /BEAM0101/geolocation/lat_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lat_lowestmode_a4"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a4"; } /BEAM0101/geolocation/lat_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lat_lowestmode_a5"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a5"; } /BEAM0101/geolocation/lat_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lat_lowestmode_a6"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a6"; } /BEAM0101/geolocation/lon_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lon_lowestmode_a1"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a1"; } /BEAM0101/geolocation/lon_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lon_lowestmode_a10"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a10"; } /BEAM0101/geolocation/lon_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lon_lowestmode_a2"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a2"; } /BEAM0101/geolocation/lon_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lon_lowestmode_a3"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a3"; } /BEAM0101/geolocation/lon_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lon_lowestmode_a4"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a4"; } /BEAM0101/geolocation/lon_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lon_lowestmode_a5"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a5"; } /BEAM0101/geolocation/lon_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/lon_lowestmode_a6"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a6"; } /BEAM0101/geolocation/sensitivity_a1 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/sensitivity_a1"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM0101/geolocation/sensitivity_a10 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/sensitivity_a10"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM0101/geolocation/sensitivity_a2 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/sensitivity_a2"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM0101/geolocation/sensitivity_a3 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/sensitivity_a3"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM0101/geolocation/sensitivity_a4 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/sensitivity_a4"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM0101/geolocation/sensitivity_a5 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/sensitivity_a5"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; String HDF5_HARDLINK "/BEAM0101/geolocation/sensitivity_a10"; } /BEAM0101/geolocation/sensitivity_a6 { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/sensitivity_a6"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM0101/geolocation/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0101/agbd_prediction/shot_number"; } /BEAM0101/geolocation/stale_return_flag { String HDF5_OBJ_FULLPATH "/BEAM0101/geolocation/stale_return_flag"; String units "-"; String long_name "Stale return flag"; String source "L2A"; String description "Flag from digitizer indicating the real-time pulse detection algorithm did not detect a return signal above its detection threshold within the entire 10 km search window. The pulse location of the previous shot was used to select the telemetered waveform."; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM0101/l2_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM0101/l2_quality_flag"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/l4_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM0101/l4_quality_flag"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/land_cover_data/ { String HDF5_OBJ_FULLPATH "/BEAM0101/land_cover_data/"; } /BEAM0101/land_cover_data/landsat_treecover { String HDF5_OBJ_FULLPATH "/BEAM0101/land_cover_data/landsat_treecover"; String long_name "Landsat tree canopy cover"; String units "percent"; String source "L2A"; String description "Tree cover in the year 2010, defined as canopy closure for all vegetation taller than 5m in height (Hansen et al.). Encoded as a percentage per output grid cell."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/land_cover_data/landsat_water_persistence { String HDF5_OBJ_FULLPATH "/BEAM0101/land_cover_data/landsat_water_persistence"; String units "percent"; String long_name "25 m Landsat water persistence"; String description "The percent UMD GLAD Landsat observations with classified surface water between 2018 and 2019. Values > 80 usually represent permanent water while values < 10 represent permanent land."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/land_cover_data/leaf_off_doy { String HDF5_OBJ_FULLPATH "/BEAM0101/land_cover_data/leaf_off_doy"; String long_name "1 km VIIRS leaf-off day-of-year"; String units "days"; String description "GEDI 1 km EASE 2.0 grid leaf-off start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/land_cover_data/leaf_off_flag { String HDF5_OBJ_FULLPATH "/BEAM0101/land_cover_data/leaf_off_flag"; String units "-"; String long_name "1 km VIIRS leaf-off flag"; String description "GEDI 1 km EASE 2.0 grid flag derived from leaf_off_doy, leaf_on_doy and pft_class, indicating if the observation was recorded during leaf-off conditions in deciduous needleleaf or broadleaf forests and woodlands. 1 = leaf-off and 0 = leaf-on."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/land_cover_data/leaf_on_cycle { String HDF5_OBJ_FULLPATH "/BEAM0101/land_cover_data/leaf_on_cycle"; String units "-"; String long_name "1 km VIIRS leaf-on cycle number"; String description "Flag that indicates the vegetation growing cycle for leaf-on observations. Values are 0 (leaf-off conditions), 1 (cycle 1) or 2 (cycle 2)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/land_cover_data/leaf_on_doy { String HDF5_OBJ_FULLPATH "/BEAM0101/land_cover_data/leaf_on_doy"; String units "-"; String long_name "1 km VIIRS leaf-on day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-on start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/land_cover_data/pft_class { String HDF5_OBJ_FULLPATH "/BEAM0101/land_cover_data/pft_class"; String units "-"; String long_name "1 km MODIS Plant Functional Type class"; String description "GEDI 1 km EASE 2.0 grid Plant Functional Type (PFT) derived from the MODIS MCD12Q1v006 Product. Values follow the Land Cover Type 5 Classification scheme."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/land_cover_data/region_class { String HDF5_OBJ_FULLPATH "/BEAM0101/land_cover_data/region_class"; String units "-"; String long_name "1 km geographic region class"; String description "GEDI 1 km EASE 2.0 grid world continental regions (0: Water, 1: Europe, 2: North Asia, 3: Australasia, 4: Africa, 5: South Asia, 6: South America, 7: North America)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/land_cover_data/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0101/land_cover_data/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0101/agbd_prediction/shot_number"; } /BEAM0101/land_cover_data/urban_focal_window_size { String HDF5_OBJ_FULLPATH "/BEAM0101/land_cover_data/urban_focal_window_size"; String units "pixels"; String long_name "Urban focal window size"; String description "The focal window size used to calculate urban_proportion. Values are 3 (3x3 pixel window size) or 5 (5x5 pixel window size)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/land_cover_data/urban_proportion { String HDF5_OBJ_FULLPATH "/BEAM0101/land_cover_data/urban_proportion"; String long_name "25 m TDX urban percentage"; String units "percent"; String description "The percentage proportion of land area within a focal area surrounding each shot that is urban land cover. Urban land cover is derived from the DLR 12 m resolution TanDEM-X Global Urban Footprint Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0101/lat_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0101/lat_lowestmode"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "delta_time lon_lowestmode"; } /BEAM0101/lon_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0101/lon_lowestmode"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "delta_time lat_lowestmode"; } /BEAM0101/master_frac { String HDF5_OBJ_FULLPATH "/BEAM0101/master_frac"; String long_name "Fraction component of shot time"; String units "s"; String source "L2A"; String description "Master time, fractional part. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM0101/master_int { String HDF5_OBJ_FULLPATH "/BEAM0101/master_int"; String units "s"; String long_name "Integer component of shot time"; String source "L2A"; String description "Master time, integer part. Seconds since master_time_epoch. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM0101/predict_stratum { String HDF5_OBJ_FULLPATH "/BEAM0101/predict_stratum"; String long_name "Prediction stratum identifier"; String units "-"; String description "Character ID of the prediction stratum name for the 1 km cell"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/predictor_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM0101/predictor_limit_flag"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/response_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM0101/response_limit_flag"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/selected_algorithm { String HDF5_OBJ_FULLPATH "/BEAM0101/selected_algorithm"; String units "-"; String long_name "Selected algorithm setting group"; String source "L2A"; String description "selected_algorithm"; Byte valid_range 1, 10; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/selected_mode { String HDF5_OBJ_FULLPATH "/BEAM0101/selected_mode"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/selected_mode_flag { String HDF5_OBJ_FULLPATH "/BEAM0101/selected_mode_flag"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/sensitivity { String HDF5_OBJ_FULLPATH "/BEAM0101/sensitivity"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; Float32 valid_range 0., 1.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0101/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0101/agbd_prediction/shot_number"; } /BEAM0101/solar_elevation { String HDF5_OBJ_FULLPATH "/BEAM0101/solar_elevation"; String long_name "Solar elevation"; String units "degrees"; String source "L2A"; String description "Solar elevation angle"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/surface_flag { String HDF5_OBJ_FULLPATH "/BEAM0101/surface_flag"; String units "-"; String source "L2A"; String long_name "Surface flag"; String description "Indicates elev_lowestmode is within 300m of Digital Elevation Model (DEM) or Mean Sea Surface (MSS) elevation"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0101/xvar { String HDF5_OBJ_FULLPATH "/BEAM0101/xvar"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/ { String HDF5_OBJ_FULLPATH "/BEAM0110/"; String description "Full power beam"; } /BEAM0110/agbd { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/agbd_pi_lower { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_pi_lower"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/agbd_pi_upper { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_pi_upper"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/agbd_prediction/ { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/"; Float64 alpha 0.10000000000000001; } /BEAM0110/agbd_prediction/agbd_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_a1"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/agbd_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_a10"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/agbd_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_a2"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/agbd_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_a3"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/agbd_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_a4"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/agbd_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_a5"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/agbd_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_a6"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/agbd_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_lower_a1"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/agbd_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_lower_a10"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/agbd_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_lower_a2"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/agbd_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_lower_a3"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/agbd_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_lower_a4"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/agbd_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_lower_a5"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/agbd_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_lower_a6"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/agbd_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_upper_a1"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/agbd_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_upper_a10"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/agbd_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_upper_a2"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/agbd_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_upper_a3"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/agbd_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_upper_a4"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/agbd_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_upper_a5"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/agbd_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_pi_upper_a6"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/agbd_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_se_a1"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/agbd_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_se_a10"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/agbd_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_se_a2"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/agbd_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_se_a3"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/agbd_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_se_a4"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/agbd_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_se_a5"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/agbd_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_se_a6"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/agbd_t_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_a1"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/agbd_t_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_a10"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/agbd_t_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_a2"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/agbd_t_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_a3"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/agbd_t_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_a4"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/agbd_t_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_a5"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/agbd_t_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_a6"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/agbd_t_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_lower_a1"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/agbd_t_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_lower_a10"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/agbd_t_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_lower_a2"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/agbd_t_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_lower_a3"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/agbd_t_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_lower_a4"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/agbd_t_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_lower_a5"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/agbd_t_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_lower_a6"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/agbd_t_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_upper_a1"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/agbd_t_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_upper_a10"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/agbd_t_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_upper_a2"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/agbd_t_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_upper_a3"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/agbd_t_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_upper_a4"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/agbd_t_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_upper_a5"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/agbd_t_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_pi_upper_a6"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/agbd_t_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_se_a1"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/agbd_t_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_se_a10"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/agbd_t_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_se_a2"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/agbd_t_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_se_a3"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/agbd_t_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_se_a4"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/agbd_t_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_se_a5"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/agbd_t_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/agbd_t_se_a6"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/algorithm_run_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/algorithm_run_flag_a1"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/algorithm_run_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/algorithm_run_flag_a10"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/algorithm_run_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/algorithm_run_flag_a2"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/algorithm_run_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/algorithm_run_flag_a3"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/algorithm_run_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/algorithm_run_flag_a4"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/algorithm_run_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/algorithm_run_flag_a5"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/algorithm_run_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/algorithm_run_flag_a6"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/l2_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l2_quality_flag_a1"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/l2_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l2_quality_flag_a10"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/l2_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l2_quality_flag_a2"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/l2_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l2_quality_flag_a3"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/l2_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l2_quality_flag_a4"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/l2_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l2_quality_flag_a5"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/l2_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l2_quality_flag_a6"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/l4_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l4_quality_flag_a1"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/l4_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l4_quality_flag_a10"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/l4_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l4_quality_flag_a2"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/l4_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l4_quality_flag_a3"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/l4_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l4_quality_flag_a4"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/l4_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l4_quality_flag_a5"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/l4_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/l4_quality_flag_a6"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/predictor_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/predictor_limit_flag_a1"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/predictor_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/predictor_limit_flag_a10"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/predictor_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/predictor_limit_flag_a2"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/predictor_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/predictor_limit_flag_a3"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/predictor_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/predictor_limit_flag_a4"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/predictor_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/predictor_limit_flag_a5"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/predictor_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/predictor_limit_flag_a6"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/response_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/response_limit_flag_a1"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/response_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/response_limit_flag_a10"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/response_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/response_limit_flag_a2"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/response_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/response_limit_flag_a3"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/response_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/response_limit_flag_a4"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/response_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/response_limit_flag_a5"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/response_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/response_limit_flag_a6"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/selected_mode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_a1"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/selected_mode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_a10"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/selected_mode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_a2"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/selected_mode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_a3"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/selected_mode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_a4"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/selected_mode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_a5"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/selected_mode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_a6"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/selected_mode_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_flag_a1"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/selected_mode_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_flag_a10"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/selected_mode_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_flag_a2"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/selected_mode_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_flag_a3"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/selected_mode_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_flag_a4"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/selected_mode_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_flag_a5"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/selected_mode_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/selected_mode_flag_a6"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_prediction/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM0110/agbd_prediction/xvar_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/xvar_a1"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/agbd_prediction/xvar_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/xvar_a10"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM0110/agbd_prediction/xvar_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/xvar_a2"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM0110/agbd_prediction/xvar_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/xvar_a3"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM0110/agbd_prediction/xvar_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/xvar_a4"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM0110/agbd_prediction/xvar_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/xvar_a5"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM0110/agbd_prediction/xvar_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_prediction/xvar_a6"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM0110/agbd_se { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_se"; String long_name "Aboveground biomass density prediction standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/agbd_t { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_t"; String long_name "Model prediction"; String units "-"; String description "Model prediction in fit units"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/agbd_t_se { String HDF5_OBJ_FULLPATH "/BEAM0110/agbd_t_se"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/algorithm_run_flag { String HDF5_OBJ_FULLPATH "/BEAM0110/algorithm_run_flag"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/beam { String HDF5_OBJ_FULLPATH "/BEAM0110/beam"; String units "-"; String long_name "Beam"; String source "L2A"; String description "Beam identifier"; UInt16 valid_range 0, 12; } /BEAM0110/channel { String HDF5_OBJ_FULLPATH "/BEAM0110/channel"; String units "-"; String long_name "Channel"; String source "L2A"; String description "Channel identifier"; Byte valid_range 0, 6; } /BEAM0110/degrade_flag { String HDF5_OBJ_FULLPATH "/BEAM0110/degrade_flag"; String units "-"; String long_name "Degrade flag"; String source "L2A"; String description "Flag indicating degraded state of pointing and/or positioning information"; Byte valid_range 0, 1; } /BEAM0110/delta_time { String HDF5_OBJ_FULLPATH "/BEAM0110/delta_time"; String long_name "Delta time"; String units "s"; String source "L2A"; String description "Time delta since Jan 1 00:00 2018."; } /BEAM0110/elev_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0110/elev_lowestmode"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/geolocation/ { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/"; } /BEAM0110/geolocation/elev_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/elev_lowestmode_a1"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM0110/geolocation/elev_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/elev_lowestmode_a10"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM0110/geolocation/elev_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/elev_lowestmode_a2"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM0110/geolocation/elev_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/elev_lowestmode_a3"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM0110/geolocation/elev_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/elev_lowestmode_a4"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM0110/geolocation/elev_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/elev_lowestmode_a5"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a5 lon_lowestmode_a5"; } /BEAM0110/geolocation/elev_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/elev_lowestmode_a6"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM0110/geolocation/lat_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lat_lowestmode_a1"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a1"; } /BEAM0110/geolocation/lat_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lat_lowestmode_a10"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a10"; } /BEAM0110/geolocation/lat_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lat_lowestmode_a2"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a2"; } /BEAM0110/geolocation/lat_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lat_lowestmode_a3"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a3"; } /BEAM0110/geolocation/lat_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lat_lowestmode_a4"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a4"; } /BEAM0110/geolocation/lat_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lat_lowestmode_a5"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a5"; } /BEAM0110/geolocation/lat_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lat_lowestmode_a6"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a6"; } /BEAM0110/geolocation/lon_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lon_lowestmode_a1"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a1"; } /BEAM0110/geolocation/lon_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lon_lowestmode_a10"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a10"; } /BEAM0110/geolocation/lon_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lon_lowestmode_a2"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a2"; } /BEAM0110/geolocation/lon_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lon_lowestmode_a3"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a3"; } /BEAM0110/geolocation/lon_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lon_lowestmode_a4"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a4"; } /BEAM0110/geolocation/lon_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lon_lowestmode_a5"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a5"; } /BEAM0110/geolocation/lon_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/lon_lowestmode_a6"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a6"; } /BEAM0110/geolocation/sensitivity_a1 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/sensitivity_a1"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM0110/geolocation/sensitivity_a10 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/sensitivity_a10"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM0110/geolocation/sensitivity_a2 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/sensitivity_a2"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM0110/geolocation/sensitivity_a3 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/sensitivity_a3"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM0110/geolocation/sensitivity_a4 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/sensitivity_a4"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM0110/geolocation/sensitivity_a5 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/sensitivity_a5"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; String HDF5_HARDLINK "/BEAM0110/geolocation/sensitivity_a10"; } /BEAM0110/geolocation/sensitivity_a6 { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/sensitivity_a6"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM0110/geolocation/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0110/agbd_prediction/shot_number"; } /BEAM0110/geolocation/stale_return_flag { String HDF5_OBJ_FULLPATH "/BEAM0110/geolocation/stale_return_flag"; String units "-"; String long_name "Stale return flag"; String source "L2A"; String description "Flag from digitizer indicating the real-time pulse detection algorithm did not detect a return signal above its detection threshold within the entire 10 km search window. The pulse location of the previous shot was used to select the telemetered waveform."; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM0110/l2_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM0110/l2_quality_flag"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/l4_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM0110/l4_quality_flag"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/land_cover_data/ { String HDF5_OBJ_FULLPATH "/BEAM0110/land_cover_data/"; } /BEAM0110/land_cover_data/landsat_treecover { String HDF5_OBJ_FULLPATH "/BEAM0110/land_cover_data/landsat_treecover"; String long_name "Landsat tree canopy cover"; String units "percent"; String source "L2A"; String description "Tree cover in the year 2010, defined as canopy closure for all vegetation taller than 5m in height (Hansen et al.). Encoded as a percentage per output grid cell."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/land_cover_data/landsat_water_persistence { String HDF5_OBJ_FULLPATH "/BEAM0110/land_cover_data/landsat_water_persistence"; String units "percent"; String long_name "25 m Landsat water persistence"; String description "The percent UMD GLAD Landsat observations with classified surface water between 2018 and 2019. Values > 80 usually represent permanent water while values < 10 represent permanent land."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/land_cover_data/leaf_off_doy { String HDF5_OBJ_FULLPATH "/BEAM0110/land_cover_data/leaf_off_doy"; String units "days"; String long_name "1 km VIIRS leaf-off day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-off start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/land_cover_data/leaf_off_flag { String HDF5_OBJ_FULLPATH "/BEAM0110/land_cover_data/leaf_off_flag"; String units "-"; String long_name "1 km VIIRS leaf-off flag"; String description "GEDI 1 km EASE 2.0 grid flag derived from leaf_off_doy, leaf_on_doy and pft_class, indicating if the observation was recorded during leaf-off conditions in deciduous needleleaf or broadleaf forests and woodlands. 1 = leaf-off and 0 = leaf-on."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/land_cover_data/leaf_on_cycle { String HDF5_OBJ_FULLPATH "/BEAM0110/land_cover_data/leaf_on_cycle"; String units "-"; String long_name "1 km VIIRS leaf-on cycle number"; String description "Flag that indicates the vegetation growing cycle for leaf-on observations. Values are 0 (leaf-off conditions), 1 (cycle 1) or 2 (cycle 2)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/land_cover_data/leaf_on_doy { String HDF5_OBJ_FULLPATH "/BEAM0110/land_cover_data/leaf_on_doy"; String units "-"; String long_name "1 km VIIRS leaf-on day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-on start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/land_cover_data/pft_class { String HDF5_OBJ_FULLPATH "/BEAM0110/land_cover_data/pft_class"; String units "-"; String long_name "1 km MODIS Plant Functional Type class"; String description "GEDI 1 km EASE 2.0 grid Plant Functional Type (PFT) derived from the MODIS MCD12Q1v006 Product. Values follow the Land Cover Type 5 Classification scheme."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/land_cover_data/region_class { String HDF5_OBJ_FULLPATH "/BEAM0110/land_cover_data/region_class"; String units "-"; String long_name "1 km geographic region class"; String description "GEDI 1 km EASE 2.0 grid world continental regions (0: Water, 1: Europe, 2: North Asia, 3: Australasia, 4: Africa, 5: South Asia, 6: South America, 7: North America)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/land_cover_data/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0110/land_cover_data/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0110/agbd_prediction/shot_number"; } /BEAM0110/land_cover_data/urban_focal_window_size { String HDF5_OBJ_FULLPATH "/BEAM0110/land_cover_data/urban_focal_window_size"; String units "pixels"; String long_name "Urban focal window size"; String description "The focal window size used to calculate urban_proportion. Values are 3 (3x3 pixel window size) or 5 (5x5 pixel window size)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/land_cover_data/urban_proportion { String HDF5_OBJ_FULLPATH "/BEAM0110/land_cover_data/urban_proportion"; String units "percent"; String long_name "25 m TDX urban percentage"; String description "The percentage proportion of land area within a focal area surrounding each shot that is urban land cover. Urban land cover is derived from the DLR 12 m resolution TanDEM-X Global Urban Footprint Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM0110/lat_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0110/lat_lowestmode"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "delta_time lon_lowestmode"; } /BEAM0110/lon_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM0110/lon_lowestmode"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "delta_time lat_lowestmode"; } /BEAM0110/master_frac { String HDF5_OBJ_FULLPATH "/BEAM0110/master_frac"; String long_name "Fraction component of shot time"; String units "s"; String source "L2A"; String description "Master time, fractional part. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM0110/master_int { String HDF5_OBJ_FULLPATH "/BEAM0110/master_int"; String units "s"; String long_name "Integer component of shot time"; String source "L2A"; String description "Master time, integer part. Seconds since master_time_epoch. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM0110/predict_stratum { String HDF5_OBJ_FULLPATH "/BEAM0110/predict_stratum"; String long_name "Prediction stratum identifier"; String units "-"; String description "Character ID of the prediction stratum name for the 1 km cell"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/predictor_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM0110/predictor_limit_flag"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/response_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM0110/response_limit_flag"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/selected_algorithm { String HDF5_OBJ_FULLPATH "/BEAM0110/selected_algorithm"; String units "-"; String long_name "Selected algorithm setting group"; String source "L2A"; String description "selected_algorithm"; Byte valid_range 1, 10; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/selected_mode { String HDF5_OBJ_FULLPATH "/BEAM0110/selected_mode"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/selected_mode_flag { String HDF5_OBJ_FULLPATH "/BEAM0110/selected_mode_flag"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/sensitivity { String HDF5_OBJ_FULLPATH "/BEAM0110/sensitivity"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; Float32 valid_range 0., 1.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/shot_number { String HDF5_OBJ_FULLPATH "/BEAM0110/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM0110/agbd_prediction/shot_number"; } /BEAM0110/solar_elevation { String HDF5_OBJ_FULLPATH "/BEAM0110/solar_elevation"; String long_name "Solar elevation"; String units "degrees"; String source "L2A"; String description "Solar elevation angle"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/surface_flag { String HDF5_OBJ_FULLPATH "/BEAM0110/surface_flag"; String units "-"; String long_name "Surface flag"; String source "L2A"; String description "Indicates elev_lowestmode is within 300m of Digital Elevation Model (DEM) or Mean Sea Surface (MSS) elevation"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM0110/xvar { String HDF5_OBJ_FULLPATH "/BEAM0110/xvar"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/ { String HDF5_OBJ_FULLPATH "/BEAM1000/"; String description "Full power beam"; } /BEAM1000/agbd { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/agbd_pi_lower { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_pi_lower"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/agbd_pi_upper { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_pi_upper"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/agbd_prediction/ { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/"; Float64 alpha 0.10000000000000001; } /BEAM1000/agbd_prediction/agbd_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_a1"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/agbd_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_a10"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/agbd_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_a2"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/agbd_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_a3"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/agbd_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_a4"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/agbd_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_a5"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/agbd_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_a6"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/agbd_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_lower_a1"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/agbd_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_lower_a10"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/agbd_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_lower_a2"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/agbd_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_lower_a3"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/agbd_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_lower_a4"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/agbd_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_lower_a5"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/agbd_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_lower_a6"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/agbd_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_upper_a1"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/agbd_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_upper_a10"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/agbd_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_upper_a2"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/agbd_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_upper_a3"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/agbd_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_upper_a4"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/agbd_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_upper_a5"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/agbd_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_pi_upper_a6"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/agbd_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_se_a1"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/agbd_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_se_a10"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/agbd_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_se_a2"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/agbd_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_se_a3"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/agbd_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_se_a4"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/agbd_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_se_a5"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/agbd_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_se_a6"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/agbd_t_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_a1"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/agbd_t_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_a10"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/agbd_t_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_a2"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/agbd_t_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_a3"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/agbd_t_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_a4"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/agbd_t_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_a5"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/agbd_t_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_a6"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/agbd_t_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_lower_a1"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/agbd_t_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_lower_a10"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/agbd_t_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_lower_a2"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/agbd_t_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_lower_a3"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/agbd_t_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_lower_a4"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/agbd_t_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_lower_a5"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/agbd_t_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_lower_a6"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/agbd_t_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_upper_a1"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/agbd_t_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_upper_a10"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/agbd_t_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_upper_a2"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/agbd_t_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_upper_a3"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/agbd_t_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_upper_a4"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/agbd_t_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_upper_a5"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/agbd_t_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_pi_upper_a6"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/agbd_t_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_se_a1"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/agbd_t_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_se_a10"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/agbd_t_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_se_a2"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/agbd_t_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_se_a3"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/agbd_t_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_se_a4"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/agbd_t_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_se_a5"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/agbd_t_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/agbd_t_se_a6"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/algorithm_run_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/algorithm_run_flag_a1"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/algorithm_run_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/algorithm_run_flag_a10"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/algorithm_run_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/algorithm_run_flag_a2"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/algorithm_run_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/algorithm_run_flag_a3"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/algorithm_run_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/algorithm_run_flag_a4"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/algorithm_run_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/algorithm_run_flag_a5"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/algorithm_run_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/algorithm_run_flag_a6"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/l2_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l2_quality_flag_a1"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/l2_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l2_quality_flag_a10"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/l2_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l2_quality_flag_a2"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/l2_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l2_quality_flag_a3"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/l2_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l2_quality_flag_a4"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/l2_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l2_quality_flag_a5"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/l2_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l2_quality_flag_a6"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/l4_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l4_quality_flag_a1"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/l4_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l4_quality_flag_a10"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/l4_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l4_quality_flag_a2"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/l4_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l4_quality_flag_a3"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/l4_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l4_quality_flag_a4"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/l4_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l4_quality_flag_a5"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/l4_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/l4_quality_flag_a6"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/predictor_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/predictor_limit_flag_a1"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/predictor_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/predictor_limit_flag_a10"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/predictor_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/predictor_limit_flag_a2"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/predictor_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/predictor_limit_flag_a3"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/predictor_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/predictor_limit_flag_a4"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/predictor_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/predictor_limit_flag_a5"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/predictor_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/predictor_limit_flag_a6"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/response_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/response_limit_flag_a1"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/response_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/response_limit_flag_a10"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/response_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/response_limit_flag_a2"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/response_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/response_limit_flag_a3"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/response_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/response_limit_flag_a4"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/response_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/response_limit_flag_a5"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/response_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/response_limit_flag_a6"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/selected_mode_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_a1"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/selected_mode_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_a10"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/selected_mode_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_a2"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/selected_mode_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_a3"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/selected_mode_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_a4"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/selected_mode_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_a5"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/selected_mode_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_a6"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/selected_mode_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_flag_a1"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/selected_mode_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_flag_a10"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/selected_mode_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_flag_a2"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/selected_mode_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_flag_a3"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/selected_mode_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_flag_a4"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/selected_mode_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_flag_a5"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/selected_mode_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/selected_mode_flag_a6"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_prediction/shot_number { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM1000/agbd_prediction/xvar_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/xvar_a1"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/agbd_prediction/xvar_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/xvar_a10"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1000/agbd_prediction/xvar_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/xvar_a2"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1000/agbd_prediction/xvar_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/xvar_a3"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1000/agbd_prediction/xvar_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/xvar_a4"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1000/agbd_prediction/xvar_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/xvar_a5"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1000/agbd_prediction/xvar_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_prediction/xvar_a6"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1000/agbd_se { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_se"; String long_name "Aboveground biomass density prediction standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/agbd_t { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_t"; String long_name "Model prediction"; String units "-"; String description "Model prediction in fit units"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/agbd_t_se { String HDF5_OBJ_FULLPATH "/BEAM1000/agbd_t_se"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/algorithm_run_flag { String HDF5_OBJ_FULLPATH "/BEAM1000/algorithm_run_flag"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/beam { String HDF5_OBJ_FULLPATH "/BEAM1000/beam"; String units "-"; String long_name "Beam"; String source "L2A"; String description "Beam identifier"; UInt16 valid_range 0, 12; } /BEAM1000/channel { String HDF5_OBJ_FULLPATH "/BEAM1000/channel"; String units "-"; String long_name "Channel"; String source "L2A"; String description "Channel identifier"; Byte valid_range 0, 6; } /BEAM1000/degrade_flag { String HDF5_OBJ_FULLPATH "/BEAM1000/degrade_flag"; String units "-"; String long_name "Degrade flag"; String source "L2A"; String description "Flag indicating degraded state of pointing and/or positioning information"; Byte valid_range 0, 1; } /BEAM1000/delta_time { String HDF5_OBJ_FULLPATH "/BEAM1000/delta_time"; String long_name "Delta time"; String units "s"; String source "L2A"; String description "Time delta since Jan 1 00:00 2018."; } /BEAM1000/elev_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM1000/elev_lowestmode"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/geolocation/ { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/"; } /BEAM1000/geolocation/elev_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/elev_lowestmode_a1"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM1000/geolocation/elev_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/elev_lowestmode_a10"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM1000/geolocation/elev_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/elev_lowestmode_a2"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM1000/geolocation/elev_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/elev_lowestmode_a3"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM1000/geolocation/elev_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/elev_lowestmode_a4"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM1000/geolocation/elev_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/elev_lowestmode_a5"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a5 lon_lowestmode_a5"; } /BEAM1000/geolocation/elev_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/elev_lowestmode_a6"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM1000/geolocation/lat_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lat_lowestmode_a1"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a1"; } /BEAM1000/geolocation/lat_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lat_lowestmode_a10"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a10"; } /BEAM1000/geolocation/lat_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lat_lowestmode_a2"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a2"; } /BEAM1000/geolocation/lat_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lat_lowestmode_a3"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a3"; } /BEAM1000/geolocation/lat_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lat_lowestmode_a4"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a4"; } /BEAM1000/geolocation/lat_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lat_lowestmode_a5"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a5"; } /BEAM1000/geolocation/lat_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lat_lowestmode_a6"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a6"; } /BEAM1000/geolocation/lon_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lon_lowestmode_a1"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a1"; } /BEAM1000/geolocation/lon_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lon_lowestmode_a10"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a10"; } /BEAM1000/geolocation/lon_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lon_lowestmode_a2"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a2"; } /BEAM1000/geolocation/lon_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lon_lowestmode_a3"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a3"; } /BEAM1000/geolocation/lon_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lon_lowestmode_a4"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a4"; } /BEAM1000/geolocation/lon_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lon_lowestmode_a5"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a5"; } /BEAM1000/geolocation/lon_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/lon_lowestmode_a6"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a6"; } /BEAM1000/geolocation/sensitivity_a1 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/sensitivity_a1"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM1000/geolocation/sensitivity_a10 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/sensitivity_a10"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM1000/geolocation/sensitivity_a2 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/sensitivity_a2"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM1000/geolocation/sensitivity_a3 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/sensitivity_a3"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM1000/geolocation/sensitivity_a4 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/sensitivity_a4"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM1000/geolocation/sensitivity_a5 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/sensitivity_a5"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; String HDF5_HARDLINK "/BEAM1000/geolocation/sensitivity_a10"; } /BEAM1000/geolocation/sensitivity_a6 { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/sensitivity_a6"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM1000/geolocation/shot_number { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM1000/agbd_prediction/shot_number"; } /BEAM1000/geolocation/stale_return_flag { String HDF5_OBJ_FULLPATH "/BEAM1000/geolocation/stale_return_flag"; String units "-"; String long_name "Stale return flag"; String source "L2A"; String description "Flag from digitizer indicating the real-time pulse detection algorithm did not detect a return signal above its detection threshold within the entire 10 km search window. The pulse location of the previous shot was used to select the telemetered waveform."; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM1000/l2_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM1000/l2_quality_flag"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/l4_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM1000/l4_quality_flag"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/land_cover_data/ { String HDF5_OBJ_FULLPATH "/BEAM1000/land_cover_data/"; } /BEAM1000/land_cover_data/landsat_treecover { String HDF5_OBJ_FULLPATH "/BEAM1000/land_cover_data/landsat_treecover"; String long_name "Landsat tree canopy cover"; String units "percent"; String source "L2A"; String description "Tree cover in the year 2010, defined as canopy closure for all vegetation taller than 5m in height (Hansen et al.). Encoded as a percentage per output grid cell."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/land_cover_data/landsat_water_persistence { String HDF5_OBJ_FULLPATH "/BEAM1000/land_cover_data/landsat_water_persistence"; String units "percent"; String long_name "25 m Landsat water persistence"; String description "The percent UMD GLAD Landsat observations with classified surface water between 2018 and 2019. Values > 80 usually represent permanent water while values < 10 represent permanent land."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/land_cover_data/leaf_off_doy { String HDF5_OBJ_FULLPATH "/BEAM1000/land_cover_data/leaf_off_doy"; String units "days"; String long_name "1 km VIIRS leaf-off day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-off start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/land_cover_data/leaf_off_flag { String HDF5_OBJ_FULLPATH "/BEAM1000/land_cover_data/leaf_off_flag"; String units "-"; String long_name "1 km VIIRS leaf-off flag"; String description "GEDI 1 km EASE 2.0 grid flag derived from leaf_off_doy, leaf_on_doy and pft_class, indicating if the observation was recorded during leaf-off conditions in deciduous needleleaf or broadleaf forests and woodlands. 1 = leaf-off and 0 = leaf-on."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/land_cover_data/leaf_on_cycle { String HDF5_OBJ_FULLPATH "/BEAM1000/land_cover_data/leaf_on_cycle"; String units "-"; String long_name "1 km VIIRS leaf-on cycle number"; String description "Flag that indicates the vegetation growing cycle for leaf-on observations. Values are 0 (leaf-off conditions), 1 (cycle 1) or 2 (cycle 2)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/land_cover_data/leaf_on_doy { String HDF5_OBJ_FULLPATH "/BEAM1000/land_cover_data/leaf_on_doy"; String units "-"; String long_name "1 km VIIRS leaf-on day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-on start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/land_cover_data/pft_class { String HDF5_OBJ_FULLPATH "/BEAM1000/land_cover_data/pft_class"; String units "-"; String long_name "1 km MODIS Plant Functional Type class"; String description "GEDI 1 km EASE 2.0 grid Plant Functional Type (PFT) derived from the MODIS MCD12Q1v006 Product. Values follow the Land Cover Type 5 Classification scheme."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/land_cover_data/region_class { String HDF5_OBJ_FULLPATH "/BEAM1000/land_cover_data/region_class"; String units "-"; String long_name "1 km geographic region class"; String description "GEDI 1 km EASE 2.0 grid world continental regions (0: Water, 1: Europe, 2: North Asia, 3: Australasia, 4: Africa, 5: South Asia, 6: South America, 7: North America)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/land_cover_data/shot_number { String HDF5_OBJ_FULLPATH "/BEAM1000/land_cover_data/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM1000/agbd_prediction/shot_number"; } /BEAM1000/land_cover_data/urban_focal_window_size { String HDF5_OBJ_FULLPATH "/BEAM1000/land_cover_data/urban_focal_window_size"; String units "pixels"; String long_name "Urban focal window size"; String description "The focal window size used to calculate urban_proportion. Values are 3 (3x3 pixel window size) or 5 (5x5 pixel window size)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/land_cover_data/urban_proportion { String HDF5_OBJ_FULLPATH "/BEAM1000/land_cover_data/urban_proportion"; String units "percent"; String long_name "25 m TDX urban percentage"; String description "The percentage proportion of land area within a focal area surrounding each shot that is urban land cover. Urban land cover is derived from the DLR 12 m resolution TanDEM-X Global Urban Footprint Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1000/lat_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM1000/lat_lowestmode"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "delta_time lon_lowestmode"; } /BEAM1000/lon_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM1000/lon_lowestmode"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "delta_time lat_lowestmode"; } /BEAM1000/master_frac { String HDF5_OBJ_FULLPATH "/BEAM1000/master_frac"; String long_name "Fraction component of shot time"; String units "s"; String source "L2A"; String description "Master time, fractional part. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM1000/master_int { String HDF5_OBJ_FULLPATH "/BEAM1000/master_int"; String units "s"; String long_name "Integer component of shot time"; String source "L2A"; String description "Master time, integer part. Seconds since master_time_epoch. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM1000/predict_stratum { String HDF5_OBJ_FULLPATH "/BEAM1000/predict_stratum"; String long_name "Prediction stratum identifier"; String units "-"; String description "Character ID of the prediction stratum name for the 1 km cell"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/predictor_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM1000/predictor_limit_flag"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/response_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM1000/response_limit_flag"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/selected_algorithm { String HDF5_OBJ_FULLPATH "/BEAM1000/selected_algorithm"; String units "-"; String long_name "Selected algorithm setting group"; String source "L2A"; String description "selected_algorithm"; Byte valid_range 1, 10; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/selected_mode { String HDF5_OBJ_FULLPATH "/BEAM1000/selected_mode"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/selected_mode_flag { String HDF5_OBJ_FULLPATH "/BEAM1000/selected_mode_flag"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/sensitivity { String HDF5_OBJ_FULLPATH "/BEAM1000/sensitivity"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; Float32 valid_range 0., 1.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/shot_number { String HDF5_OBJ_FULLPATH "/BEAM1000/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM1000/agbd_prediction/shot_number"; } /BEAM1000/solar_elevation { String HDF5_OBJ_FULLPATH "/BEAM1000/solar_elevation"; String long_name "Solar elevation"; String units "degrees"; String source "L2A"; String description "Solar elevation angle"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/surface_flag { String HDF5_OBJ_FULLPATH "/BEAM1000/surface_flag"; String units "-"; String long_name "Surface flag"; String source "L2A"; String description "Indicates elev_lowestmode is within 300m of Digital Elevation Model (DEM) or Mean Sea Surface (MSS) elevation"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1000/xvar { String HDF5_OBJ_FULLPATH "/BEAM1000/xvar"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/ { String HDF5_OBJ_FULLPATH "/BEAM1011/"; String description "Full power beam"; } /BEAM1011/agbd { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/agbd_pi_lower { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_pi_lower"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/agbd_pi_upper { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_pi_upper"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/agbd_prediction/ { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/"; Float64 alpha 0.10000000000000001; } /BEAM1011/agbd_prediction/agbd_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_a1"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/agbd_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_a10"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/agbd_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_a2"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/agbd_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_a3"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/agbd_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_a4"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/agbd_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_a5"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/agbd_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_a6"; String long_name "Aboveground biomass density"; String units "Mg / ha"; String description "Aboveground biomass density"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/agbd_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_lower_a1"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/agbd_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_lower_a10"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/agbd_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_lower_a2"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/agbd_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_lower_a3"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/agbd_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_lower_a4"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/agbd_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_lower_a5"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/agbd_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_lower_a6"; String long_name "Aboveground biomass density lower prediction interval"; String units "Mg / ha"; String description "Lower prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/agbd_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_upper_a1"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/agbd_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_upper_a10"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/agbd_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_upper_a2"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/agbd_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_upper_a3"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/agbd_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_upper_a4"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/agbd_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_upper_a5"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/agbd_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_pi_upper_a6"; String long_name "Aboveground biomass density upper prediction interval"; String units "Mg / ha"; String description "Upper prediction interval (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/agbd_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_se_a1"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/agbd_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_se_a10"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/agbd_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_se_a2"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/agbd_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_se_a3"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/agbd_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_se_a4"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/agbd_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_se_a5"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/agbd_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_se_a6"; String long_name "Aboveground biomass density standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/agbd_t_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_a1"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/agbd_t_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_a10"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/agbd_t_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_a2"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/agbd_t_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_a3"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/agbd_t_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_a4"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/agbd_t_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_a5"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/agbd_t_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_a6"; String long_name "Aboveground biomass density in transform space"; String units "Mg / ha"; String description "Model prediction in transform space"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/agbd_t_pi_lower_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_lower_a1"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/agbd_t_pi_lower_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_lower_a10"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/agbd_t_pi_lower_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_lower_a2"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/agbd_t_pi_lower_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_lower_a3"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/agbd_t_pi_lower_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_lower_a4"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/agbd_t_pi_lower_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_lower_a5"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/agbd_t_pi_lower_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_lower_a6"; String long_name "Lower prediction interval in transform space"; String units "Mg / ha"; String description "Lower prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/agbd_t_pi_upper_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_upper_a1"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/agbd_t_pi_upper_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_upper_a10"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/agbd_t_pi_upper_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_upper_a2"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/agbd_t_pi_upper_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_upper_a3"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/agbd_t_pi_upper_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_upper_a4"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/agbd_t_pi_upper_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_upper_a5"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/agbd_t_pi_upper_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_pi_upper_a6"; String long_name "Upper prediction interval in transform space"; String units "Mg / ha"; String description "Upper prediction interval in transform space (see alpha attribute for the level)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/agbd_t_se_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_se_a1"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/agbd_t_se_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_se_a10"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/agbd_t_se_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_se_a2"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/agbd_t_se_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_se_a3"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/agbd_t_se_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_se_a4"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/agbd_t_se_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_se_a5"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/agbd_t_se_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/agbd_t_se_a6"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/algorithm_run_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/algorithm_run_flag_a1"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/algorithm_run_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/algorithm_run_flag_a10"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/algorithm_run_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/algorithm_run_flag_a2"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/algorithm_run_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/algorithm_run_flag_a3"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/algorithm_run_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/algorithm_run_flag_a4"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/algorithm_run_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/algorithm_run_flag_a5"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/algorithm_run_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/algorithm_run_flag_a6"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/l2_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l2_quality_flag_a1"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/l2_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l2_quality_flag_a10"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/l2_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l2_quality_flag_a2"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/l2_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l2_quality_flag_a3"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/l2_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l2_quality_flag_a4"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/l2_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l2_quality_flag_a5"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/l2_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l2_quality_flag_a6"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/l4_quality_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l4_quality_flag_a1"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/l4_quality_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l4_quality_flag_a10"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/l4_quality_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l4_quality_flag_a2"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/l4_quality_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l4_quality_flag_a3"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/l4_quality_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l4_quality_flag_a4"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/l4_quality_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l4_quality_flag_a5"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/l4_quality_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/l4_quality_flag_a6"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/predictor_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/predictor_limit_flag_a1"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/predictor_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/predictor_limit_flag_a10"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/predictor_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/predictor_limit_flag_a2"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/predictor_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/predictor_limit_flag_a3"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/predictor_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/predictor_limit_flag_a4"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/predictor_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/predictor_limit_flag_a5"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/predictor_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/predictor_limit_flag_a6"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/response_limit_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/response_limit_flag_a1"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/response_limit_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/response_limit_flag_a10"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/response_limit_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/response_limit_flag_a2"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/response_limit_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/response_limit_flag_a3"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/response_limit_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/response_limit_flag_a4"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/response_limit_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/response_limit_flag_a5"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/response_limit_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/response_limit_flag_a6"; String units "-"; String long_name "Prediction is outside the bounds of the training data"; String description "Prediction value is outside the bounds of the training data"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/selected_mode_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_a1"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/selected_mode_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_a10"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/selected_mode_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_a2"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/selected_mode_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_a3"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/selected_mode_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_a4"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/selected_mode_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_a5"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/selected_mode_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_a6"; String units "-"; String long_name "Selected mode"; String source "L2A"; String description "ID of mode selected as lowest non-noise mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/selected_mode_flag_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_flag_a1"; String long_name "Selected mode flag"; String units "-"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/selected_mode_flag_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_flag_a10"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/selected_mode_flag_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_flag_a2"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/selected_mode_flag_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_flag_a3"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/selected_mode_flag_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_flag_a4"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/selected_mode_flag_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_flag_a5"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/selected_mode_flag_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/selected_mode_flag_a6"; String units "-"; String long_name "Selected mode flag"; String source "L2A"; String description "Flag indicating status of selected_mode"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_prediction/shot_number { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM1011/agbd_prediction/xvar_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/xvar_a1"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/agbd_prediction/xvar_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/xvar_a10"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a10 ../geolocation/lon_lowestmode_a10"; } /BEAM1011/agbd_prediction/xvar_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/xvar_a2"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a2 ../geolocation/lon_lowestmode_a2"; } /BEAM1011/agbd_prediction/xvar_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/xvar_a3"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a3 ../geolocation/lon_lowestmode_a3"; } /BEAM1011/agbd_prediction/xvar_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/xvar_a4"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a4 ../geolocation/lon_lowestmode_a4"; } /BEAM1011/agbd_prediction/xvar_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/xvar_a5"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a5 ../geolocation/lon_lowestmode_a5"; } /BEAM1011/agbd_prediction/xvar_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_prediction/xvar_a6"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "../delta_time ../geolocation/lat_lowestmode_a6 ../geolocation/lon_lowestmode_a6"; } /BEAM1011/agbd_se { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_se"; String long_name "Aboveground biomass density prediction standard error"; String units "Mg / ha"; String description "Aboveground biomass density (Mg / ha) prediction standard error"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/agbd_t { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_t"; String long_name "Model prediction"; String units "-"; String description "Model prediction in fit units"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/agbd_t_se { String HDF5_OBJ_FULLPATH "/BEAM1011/agbd_t_se"; String long_name "Model prediction standard error"; String units "-"; String description "Model prediction standard error in fit units (needed for calculation of custom prediction intervals)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/algorithm_run_flag { String HDF5_OBJ_FULLPATH "/BEAM1011/algorithm_run_flag"; String units "-"; String long_name "Algorithm run flag"; String description "The L4A algorithm is run if this flag is set to 1. This flag selects data which have sufficient waveform fidelity for AGBD estimation."; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/beam { String HDF5_OBJ_FULLPATH "/BEAM1011/beam"; String units "-"; String long_name "Beam"; String source "L2A"; String description "Beam identifier"; UInt16 valid_range 0, 12; } /BEAM1011/channel { String HDF5_OBJ_FULLPATH "/BEAM1011/channel"; String units "-"; String long_name "Channel"; String source "L2A"; String description "Channel identifier"; Byte valid_range 0, 6; } /BEAM1011/degrade_flag { String HDF5_OBJ_FULLPATH "/BEAM1011/degrade_flag"; String units "-"; String long_name "Degrade flag"; String source "L2A"; String description "Flag indicating degraded state of pointing and/or positioning information"; Byte valid_range 0, 1; } /BEAM1011/delta_time { String HDF5_OBJ_FULLPATH "/BEAM1011/delta_time"; String long_name "Delta time"; String units "s"; String source "L2A"; String description "Time delta since Jan 1 00:00 2018."; } /BEAM1011/elev_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM1011/elev_lowestmode"; String source "L2A"; String long_name "Elevation of the lowest mode"; String units "m"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/geolocation/ { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/"; } /BEAM1011/geolocation/elev_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/elev_lowestmode_a1"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM1011/geolocation/elev_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/elev_lowestmode_a10"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM1011/geolocation/elev_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/elev_lowestmode_a2"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM1011/geolocation/elev_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/elev_lowestmode_a3"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM1011/geolocation/elev_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/elev_lowestmode_a4"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM1011/geolocation/elev_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/elev_lowestmode_a5"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a5 lon_lowestmode_a5"; } /BEAM1011/geolocation/elev_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/elev_lowestmode_a6"; String long_name "Elevation of the lowest mode"; String units "m"; String source "L2A"; String description "Elevation of center of lowest mode relative to reference ellipsoid"; Float32 valid_range -1000., 25000.; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM1011/geolocation/lat_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lat_lowestmode_a1"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a1"; } /BEAM1011/geolocation/lat_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lat_lowestmode_a10"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a10"; } /BEAM1011/geolocation/lat_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lat_lowestmode_a2"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a2"; } /BEAM1011/geolocation/lat_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lat_lowestmode_a3"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a3"; } /BEAM1011/geolocation/lat_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lat_lowestmode_a4"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a4"; } /BEAM1011/geolocation/lat_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lat_lowestmode_a5"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a5"; } /BEAM1011/geolocation/lat_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lat_lowestmode_a6"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "../delta_time lon_lowestmode_a6"; } /BEAM1011/geolocation/lon_lowestmode_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lon_lowestmode_a1"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a1"; } /BEAM1011/geolocation/lon_lowestmode_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lon_lowestmode_a10"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a10"; } /BEAM1011/geolocation/lon_lowestmode_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lon_lowestmode_a2"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a2"; } /BEAM1011/geolocation/lon_lowestmode_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lon_lowestmode_a3"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a3"; } /BEAM1011/geolocation/lon_lowestmode_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lon_lowestmode_a4"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a4"; } /BEAM1011/geolocation/lon_lowestmode_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lon_lowestmode_a5"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a5"; } /BEAM1011/geolocation/lon_lowestmode_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/lon_lowestmode_a6"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "../delta_time lat_lowestmode_a6"; } /BEAM1011/geolocation/sensitivity_a1 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/sensitivity_a1"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a1 lon_lowestmode_a1"; } /BEAM1011/geolocation/sensitivity_a10 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/sensitivity_a10"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; } /BEAM1011/geolocation/sensitivity_a2 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/sensitivity_a2"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a2 lon_lowestmode_a2"; } /BEAM1011/geolocation/sensitivity_a3 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/sensitivity_a3"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a3 lon_lowestmode_a3"; } /BEAM1011/geolocation/sensitivity_a4 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/sensitivity_a4"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a4 lon_lowestmode_a4"; } /BEAM1011/geolocation/sensitivity_a5 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/sensitivity_a5"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a10 lon_lowestmode_a10"; String HDF5_HARDLINK "/BEAM1011/geolocation/sensitivity_a10"; } /BEAM1011/geolocation/sensitivity_a6 { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/sensitivity_a6"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; String coordinates "../delta_time lat_lowestmode_a6 lon_lowestmode_a6"; } /BEAM1011/geolocation/shot_number { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM1011/agbd_prediction/shot_number"; } /BEAM1011/geolocation/stale_return_flag { String HDF5_OBJ_FULLPATH "/BEAM1011/geolocation/stale_return_flag"; String units "-"; String long_name "Stale return flag"; String source "L2A"; String description "Flag from digitizer indicating the real-time pulse detection algorithm did not detect a return signal above its detection threshold within the entire 10 km search window. The pulse location of the previous shot was used to select the telemetered waveform."; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; } /BEAM1011/l2_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM1011/l2_quality_flag"; String units "-"; String long_name "Level 2 quality flag"; String description "Flag identifying the most useful L2 data for biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/l4_quality_flag { String HDF5_OBJ_FULLPATH "/BEAM1011/l4_quality_flag"; String units "-"; String long_name "Level 4 quality flag"; String description "Flag simplifying selection of most useful biomass predictions"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/land_cover_data/ { String HDF5_OBJ_FULLPATH "/BEAM1011/land_cover_data/"; } /BEAM1011/land_cover_data/landsat_treecover { String HDF5_OBJ_FULLPATH "/BEAM1011/land_cover_data/landsat_treecover"; String long_name "Landsat tree canopy cover"; String units "percent"; String source "L2A"; String description "Tree cover in the year 2010, defined as canopy closure for all vegetation taller than 5m in height (Hansen et al.). Encoded as a percentage per output grid cell."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/land_cover_data/landsat_water_persistence { String HDF5_OBJ_FULLPATH "/BEAM1011/land_cover_data/landsat_water_persistence"; String units "percent"; String long_name "25 m Landsat water persistence"; String description "The percent UMD GLAD Landsat observations with classified surface water between 2018 and 2019. Values > 80 usually represent permanent water while values < 10 represent permanent land."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/land_cover_data/leaf_off_doy { String HDF5_OBJ_FULLPATH "/BEAM1011/land_cover_data/leaf_off_doy"; String units "days"; String long_name "1 km VIIRS leaf-off day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-off start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/land_cover_data/leaf_off_flag { String HDF5_OBJ_FULLPATH "/BEAM1011/land_cover_data/leaf_off_flag"; String long_name "1 km VIIRS leaf-off flag"; String units "-"; String description "GEDI 1 km EASE 2.0 grid flag derived from leaf_off_doy, leaf_on_doy and pft_class, indicating if the observation was recorded during leaf-off conditions in deciduous needleleaf or broadleaf forests and woodlands. 1 = leaf-off and 0 = leaf-on."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/land_cover_data/leaf_on_cycle { String HDF5_OBJ_FULLPATH "/BEAM1011/land_cover_data/leaf_on_cycle"; String units "-"; String long_name "1 km VIIRS leaf-on cycle number"; String description "Flag that indicates the vegetation growing cycle for leaf-on observations. Values are 0 (leaf-off conditions), 1 (cycle 1) or 2 (cycle 2)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/land_cover_data/leaf_on_doy { String HDF5_OBJ_FULLPATH "/BEAM1011/land_cover_data/leaf_on_doy"; String units "-"; String long_name "1 km VIIRS leaf-on day-of-year"; String description "GEDI 1 km EASE 2.0 grid leaf-on start day-of-year derived from the NPP VIIRS Global Land Surface Phenology Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/land_cover_data/pft_class { String HDF5_OBJ_FULLPATH "/BEAM1011/land_cover_data/pft_class"; String units "-"; String long_name "1 km MODIS Plant Functional Type class"; String description "GEDI 1 km EASE 2.0 grid Plant Functional Type (PFT) derived from the MODIS MCD12Q1v006 Product. Values follow the Land Cover Type 5 Classification scheme."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/land_cover_data/region_class { String HDF5_OBJ_FULLPATH "/BEAM1011/land_cover_data/region_class"; String units "-"; String long_name "1 km geographic region class"; String description "GEDI 1 km EASE 2.0 grid world continental regions (0: Water, 1: Europe, 2: North Asia, 3: Australasia, 4: Africa, 5: South Asia, 6: South America, 7: North America)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/land_cover_data/shot_number { String HDF5_OBJ_FULLPATH "/BEAM1011/land_cover_data/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM1011/agbd_prediction/shot_number"; } /BEAM1011/land_cover_data/urban_focal_window_size { String HDF5_OBJ_FULLPATH "/BEAM1011/land_cover_data/urban_focal_window_size"; String units "pixels"; String long_name "Urban focal window size"; String description "The focal window size used to calculate urban_proportion. Values are 3 (3x3 pixel window size) or 5 (5x5 pixel window size)."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/land_cover_data/urban_proportion { String HDF5_OBJ_FULLPATH "/BEAM1011/land_cover_data/urban_proportion"; String units "percent"; String long_name "25 m TDX urban percentage"; String description "The percentage proportion of land area within a focal area surrounding each shot that is urban land cover. Urban land cover is derived from the DLR 12 m resolution TanDEM-X Global Urban Footprint Product."; String coordinates "../delta_time ../geolocation/lat_lowestmode_a1 ../geolocation/lon_lowestmode_a1"; } /BEAM1011/lat_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM1011/lat_lowestmode"; String long_name "Latitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Latitude of center of lowest mode"; Float64 valid_range -55., 55.; String coordinates "delta_time lon_lowestmode"; } /BEAM1011/lon_lowestmode { String HDF5_OBJ_FULLPATH "/BEAM1011/lon_lowestmode"; String long_name "Longitude of the lowest mode"; String units "degrees"; String source "L2A"; String description "Longitude of center of lowest mode"; String coordinates "delta_time lat_lowestmode"; } /BEAM1011/master_frac { String HDF5_OBJ_FULLPATH "/BEAM1011/master_frac"; String long_name "Fraction component of shot time"; String units "s"; String source "L2A"; String description "Master time, fractional part. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM1011/master_int { String HDF5_OBJ_FULLPATH "/BEAM1011/master_int"; String units "s"; String long_name "Integer component of shot time"; String source "L2A"; String description "Master time, integer part. Seconds since master_time_epoch. master_int+master_frac is equivalent to /BEAMXXXX/delta_time."; } /BEAM1011/predict_stratum { String HDF5_OBJ_FULLPATH "/BEAM1011/predict_stratum"; String long_name "Prediction stratum identifier"; String units "-"; String description "Character ID of the prediction stratum name for the 1 km cell"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/predictor_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM1011/predictor_limit_flag"; String units "-"; String long_name "Predictor is outside the bounds of the training data"; String description "Predictor value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/response_limit_flag { String HDF5_OBJ_FULLPATH "/BEAM1011/response_limit_flag"; Byte valid_range 0, 1; String long_name "Prediction is outside the bounds of the training data"; String units "-"; String description "Prediction value is outside the bounds of the training data (0=In bounds; 1=Lower bound; 2=Upper bound)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/selected_algorithm { String HDF5_OBJ_FULLPATH "/BEAM1011/selected_algorithm"; String units "-"; String long_name "Selected algorithm setting group"; String description "selected_algorithm"; Byte valid_range 1, 10; String source "L2A"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/selected_mode { String HDF5_OBJ_FULLPATH "/BEAM1011/selected_mode"; String units "-"; String long_name "Selected mode"; String description "ID of mode selected as lowest non-noise mode"; Byte valid_range 0, 1; String source "L2A"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/selected_mode_flag { String HDF5_OBJ_FULLPATH "/BEAM1011/selected_mode_flag"; String units "-"; String long_name "Selected mode flag"; String description "Flag indicating status of selected_mode"; Byte valid_range 0, 1; String source "L2A"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/sensitivity { String HDF5_OBJ_FULLPATH "/BEAM1011/sensitivity"; String long_name "Beam sensitivity"; String units "-"; String source "L2A"; String description "Maxmimum canopy cover that can be penetrated considering the SNR of the waveform"; Float32 valid_range 0., 1.; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/shot_number { String HDF5_OBJ_FULLPATH "/BEAM1011/shot_number"; String units "-"; String long_name "Shot number"; String source "L2A"; String description "Shot number"; String coordinates "../delta_time ../lat_lowestmode ../lon_lowestmode"; String HDF5_HARDLINK "/BEAM1011/agbd_prediction/shot_number"; } /BEAM1011/solar_elevation { String HDF5_OBJ_FULLPATH "/BEAM1011/solar_elevation"; String long_name "Solar elevation"; String units "degrees"; String source "L2A"; String description "Solar elevation angle"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/surface_flag { String HDF5_OBJ_FULLPATH "/BEAM1011/surface_flag"; String units "-"; String long_name "Surface flag"; String source "L2A"; String description "Indicates elev_lowestmode is within 300m of Digital Elevation Model (DEM) or Mean Sea Surface (MSS) elevation"; Byte valid_range 0, 1; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /BEAM1011/xvar { String HDF5_OBJ_FULLPATH "/BEAM1011/xvar"; String long_name "Predictor variables"; String units "-"; String description "Predictor variables (offset and transformation have been applied)"; String coordinates "delta_time lat_lowestmode lon_lowestmode"; } /METADATA/ { String HDF5_OBJ_FULLPATH "/METADATA/"; } /METADATA/DatasetIdentification/ { String HDF5_OBJ_FULLPATH "/METADATA/DatasetIdentification/"; String creationDate "2022-02-21T22:37:12.981232Z"; String abstract "The GEDI L4A standard data product contains predictions of aboveground biomass density within each laser footprint."; String characterSet "utf8"; String credit "The software that generates the L4A product was implemented at the Department of Geographical Sciences at the University of Maryland (UMD), in collaboration with the GEDI Science Data Processing System at the NASA Goddard Space Flight Center (GSFC) in Greenbelt, Maryland and the Institute at Brown for Environment and Society at Brown University."; String language "eng"; String originatorOrganizationName "GSFC GEDI-SDPS > GEDI Science Data Processing System and University of Maryland"; String purpose "The purpose of the L4A dataset is to provide an estimate of aboveground biomass density from each GEDI waveform."; String shortName "GEDI_L4A"; String spatialRepresentationType "along-track"; String status "onGoing"; String topicCategory "geoscientificInformation"; String fileName "GEDI04_A_2019107224731_O01958_01_T02638_02_002_02_V002.h5"; String uuid "0ecd6c94-3a40-43d2-934d-de9d20a4ec8c"; String PGEVersion "002"; String VersionID "02"; String gedi_l4a_githash "15f188fa6d18cd509186d8d36bea668faa22b1f5"; } }