SW_IBP_CLI_2_

Climatological model of ionospheric bubble probability

Cite as: European Space Agency, Leibniz Institute of Atmospheric Physics, 2023, "SW_IBP_CLI_2_", European Space Agency, https://swarmhandbook.earth.esa.int/catalogue/SW_IBP_CLI_2_

BibTeX

Additional references: N/A

Product types: SW_OPER_IBP_CLI_2_

Authored by: European Space Agency - https://ror.org/03wd9za21, Leibniz Institute of Atmospheric Physics - https://ror.org/04enhpe73

Creation year: 2023

Thematic areas: Ionosphere/Magnetosphere, Space Weather

Applicable missions: Swarm

Applicable spacecraft: Swarm-A, Swarm-B, Swarm-C

Description

Climatological model of ionospheric bubble probability based on electron density and magnetic field observations

Data access

FAST processing

Preview image

(delivered separately)

File contents

Variable Units Description Dim Type
Parameters - Bubble Parameters 1 CDF_DOUBLE
Intensity - Periodic Signal Intensity 1 CDF_DOUBLE
Monthly_LT_Shift 1 Density estimations table, 12 month 12 CDF_DOUBLE
Density_Estimators 1 Density estimations table, 12 month 12 CDF_DOUBLE
Density_Estimator_Lons degree Longitudes of density estimations table 1 CDF_DOUBLE

More details

Product identifier IBP_CLI_2_
Definition Climatological model of ionospheric bubble probability
Input data IBIxTMS_2F, EFIx_LP_1B, AUX_F10_2, Bubble detection index of CHAMP vector magnetic field data (similar procedure as for IBIxTMS_2F)
Input time span Model based on magnetic data: Entire Swarm mission + Entire CHAMP mission; Model based on electron density data: Entire Swarm mission
Spatial representation Continuous in geographic longitude at a step size of 1°
Time representation 1 LT hour
Units N/A ([0-1]: probability)
Resolution 0.01
Uncertainty Refer to Stolle et al. (2024) (An empirical model of the occurrence rate of low latitude post-sunset plasma irregularities derived from CHAMP and Swarm magnetic observations. Space Weather, 10.1029/2023SW003809)
Quality indicator N/A
Data volume Approximately 400 kB per file
Data format
  • Coefficients of climatological model of ionospheric bubble probability based on magnetic data are stored in .cdf file
  • Coefficients of climatological model of ionospheric bubble probability based on electron density data are stored in .pth file
Output data Probability estimation by longitude, LT, day of year, F10.7
Output time span N/A
Update rate yearly
Latency < 3 months
Notes The coefficient file, the machine learning model file, the applicable forward modelling code (in Python), and related documentation are available at https://igit.iap-kborn.de/ibp/ibp-model

Related resources

Software repository for Python package: https://igit.iap-kborn.de/ibp/ibp-model

Changelog

N/A