Swarm Abstracts

The following abstracts for the Swarm mission were presented at conferences and meetings, and provide useful reference for information about the mission.

2022 2021 2020 2019 2018

2022

 

  • The XVIII meeting of Finnish Space Researchers (FinCOSPAR 2022) 17-18 February 2022 (Online)
    1. Sebastian Käki, Ari Viljanen, Liisa Juusola, Kirsti Kauristie., “Spatio-temporal development of large scale auroral electrojet currents relative to substorm onsets.”
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  • Division of Atmospheric and Space Physics (DASP) Workshop 2022, 21-24 February, 2022 (Online)
    1. Mohandesi A., “Quasi-Tomographic Study of Equatorial Ionospheric Irregularity Distributions Using Multiple Instruments Onboard CASSIOPE/Swarm E.
    2. Knudsen D, “Low-energy Particle Imaging from Concept to Science.
    3. Pakhotin I, “Swarm Langmuir Probe Ion Drift and Effective Mass (SLIDEM).
    4. Billet D, “Watching the Magnetosphere Breathe with SuperDARN, AMPERE and Swarm.
    5. Lomidze L, “High-Resolution Study of High-Latitude Electrodynamics Using Swarm.
    6. Ghadjari H, “Probability distribution of integrated power of equatorial ionosphere plasma density fluctuations measured by the Swarm Langmuir probe.
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  • Swarm In Orbit Performance Review meeting #16 (SIOP16), 10-11 May 2022
    1. Hulot G, Chauvet L, Coïsson P, Vigneron P., “Status of IPGP Swarm L1b (and WHIxEVT_2) products.
    2. Hulot G and Fillion M., “Testing the dBSun correction using F-region current density estimates.
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  • The Living Planet Symposium (LPS) 2022, 23-27 May 2022, Bonn, Germany. More Information.
    1. Brown, W., Beggan, C., Gomez-Perez, N., Hammer, M., Finlay, C., Hulot, G., “Geomagnetic Virtual Observatories for investigating sub-annual core field variation (Poster 64830).
    2. Chulliat, A., Vigneron, P., Hulot, G., “Extended Climatological Model of Non-Polar Geomagnetic Daily Variations (Poster 64285).”
    3. Coïsson, P., Chauvet, L., Hulot, G., Jenner, M., Vigneron, P., Buresova, D., Truhlik, V. Chum, J., Mlynarczyk , J., Kulak, A., “Whistler in ELF detected from LEO: lightning detection and ionospheric monitoring using Swarm satellites and the future NanoMagSat mission (Talk 63417).
    4. Deconinck, F., Hulot, G., Léger, J.M., Nieto, P., “NanoMagSat: a cost-effective 3x16U satellite constellation for fast recovery of the Earth magnetic field and the ionospheric environment, a project update (Talk 63379).
    5. Hulot, G., Coïsson, P., Léger, J.M., Jager, T., Clausen, L. B. N., Deconinck, F., Alken, P., Aubert, J., Balasis, G., Beggan, C., Brown, W., Buresova, D., Chauvet, L., Chulliat, A., Consolini, G., De Michelis, P., De Santis, A., Dunlop, M.W., Finlay, C.C., Grayver, A., Heilig, B., Kolmasova, I., Kuvshinov, A., Lesur, V., Mlynarczyk, J., Olsen, N., Rother, M., Santolik, O., Thébault, E., Truhlik, V., Velimsky, J., Vigneron, P., “NanoMagSat, an optimal New Space low-Earth orbiting nanosatellite constellation to investigate Earth’s magnetic field and ionospheric environment (invited talk 71112).
    6. Hulot, G., Coïsson, P., Chauvet, L., Vigneron, P., Léger, J.M., Jager, T., “Swarm ASM burst-mode L1b data and the L2 whistler product they allow to derive (Talk 65940).
    7. Hulot, G., Vigneron, P., Chauvet, L., Léger, J.M., Jager, T., “Self-calibrated absolute vector data produced by the ASM absolute magnetometers on board the Swarm satellites: results, availability and prospect (Poster 65660).
    8. Léger, J.M., Bertrand, F., Boness, A., Fourcault, W., .Jager,  T., .Josselin, V., .Paulet, J., Hulot, G., “The NanoMagSat Magnetometry Payload (Talk 64312).
    9. Lesur, V., Ropp, G., “Sequential modelling of the Earth’s core magnetic field and associated core flow (Poster 5250).
    10. Santolik, O., Kolmasova, I., Coïsson, P., Hulot, G., “Coupling of electromagnetic waves between the magnetosphere and the topside ionosphere: new proposed science targets for the NanoMagSat mission (Poster 66814).
    11. Thébault, E. Hulot, G., Langlais, B., Vigneron, P., “A Spherical Harmonic Model of Earth’s Lithospheric Magnetic Field up to degree 1050 (Talk 65668).
    12. Christian Siemes, Claudia Borries, Sean Bruinsma, Isabel Fernandez-Gomez, Natalia Hladczuk, Jose van den IJssel, Timothy Kodikara, Kristin Vielberg, Pieter Visser., “Thermosphere Observations from Low-Earth Orbiting Satellites (TOLEOS).
    13. Timothy Kodikara, Christian Siemes, Claudia Borries, Sean Bruinsma, Isabel Fernandez-Gomez, Natalia Hladczuk, Jose van den IJssel, Kristin Vielberg, Pieter Visser., “Preliminary Validation of Thermosphere Observations from the TOLEOS project.
    14. Jose van den IJssel, Christian Siemes, Pieter Visser., “Precise orbits and thermospheric densities for the Swarm satellite mission.
    15. Natalia Hladczuk, Jose van den IJssel, Christian Siemes, Pieter Visser., “Improved radiation pressure modelling for the Swarm satellites.
    16. Sergiy Svitlov, Jakob Flury, Akbar Shabanloui, Daniel Rotter, Elisabetta Iorfida, Christian Siemes., “Swarm accelerometers data processing and anomaly analysis.
    17. Ghadjari, H., Knudsen, D.J., Skone, S., “Field-aligned bifurcation of plasma bubbles observed by Swarm.
    18. Mohandesi, A., Knudsen, D.J., Skone, S., Langley, R.B., Yau, A.W., “Quasi-Tomographic Study of Equatorial Ionospheric Irregularity Distributions Using Multiple Instruments Onboard CASSIOPE/Swarm E.
    19. Šachl, L., Knopp., O., and Velímský, J., “Validation and interpretation of the 3-D upper-mantle electrical conductivity reconstructed from the satellite-observed tidal magnetic fields (Poster).
    20. Finlay, C.C., Velímský, J., and Kloss, C., “Signatures of the global ocean circulation in geomagnetic secular variation and acceleration (Poster).
    21. Schreiter L, Kervalishvili G, Stolle C, van den IJssel J, Arnold D, Xiong C, Rauberg J., “TIRO: Topside Ionosphere Radio Observations from multiple LEO-missions.
    22. Kervalishvili G, Rauberg J, Schreiter L, Michaelis I, Rother M, Korte M., “Swarm space weather related data products provided by GFZ within the Swarm DISC framework.
    23. Rother M, Miles D, Broadfoot RM, Howarth A, Holley W., “Quality Assessment and Features of the CASSIOPE/ePOP MGF product.
    24. Miles D, Broadfoot RM, Piker C, Howarth A, Holley W, Rother M., “The e-POP/Swarm-Echo Level 1B Like Data Product.
    25. Jäggi A, Peter H, Arnold D, Schreiter L, Meyer U., “Precise Orbit Determination of the Spire Satellite Constellation for Geodetic, Geophysical, and Ionospheric Applications - Project Overview and First Orbit Determination Results.
    26. Styp-Rekowski K, Michaelis I, Stolle C, KaoO., “Magnetic Datasets from Non-dedicated Satellites.
    27. N. Comparetti, E.Qamili, L. Tøffner-Clausen, J. Bregnhøj Nielsen, J. Miedzik, K. Zawada, A. Mizerska, L. Trenchi, R. Forte, J. Bouffard, P. Vogel, A. Stromme., “Swarm Magnetic Instruments: Data quality status and future evolutions (Poster).
    28. Poster by R. Forte et al.“Electric Field Instruments, processors and data quality: current status, future evolutions, scientific highlights.”
    29. L. Trenchi et al.“SPETTRALE project: investigating the Spikes in Swarm electron temperature data” (Presentation).
    30. Gillet, N., Aubert, J., Finlay, C.C., Gerick, F., Jault, J., Livermore, P.W.,“The Swarm 4D Earth Core project : Probing the base state within Earth’s core from satellite magnetic data (Talk in session A10.01.1).
    31. Whaler, K., Hammer, M.D., Finlay, C.C., Olsen, N., “Core surface flow changes associated with the 2016 Pacific jerk deduced from Swarm GVO secular variation gradients (Talk in session A10.01.1).
    32. Finlay, C.C., Hammer, M.D., Kloss, C., Olsen, N., Tøffner-Clausen, L., “Observed sub-decadal changes in Earth’s core magnetic field (Talk in session A10.01.1).
    33. Aubert, J., Livermore, P.W., Finlay, C.C., Gillet, N. and Fournier, A., “A taxonomy of simulated geomagnetic jerks (Talk in session A10.01.1).
    34. Livermore, P.W. and Finlay, C.C., “High latitude jets in Earth’s core inferred from Swarm (Talk in session B2.05).
    35. Kloss, C., Finlay, C.C. and Olsen, N., Laundal K.M., “Co-estimating the Geomagnetic Field and Polar Ionospheric Currents (Poster 65434).
    36. Hammer, M.D., Finlay, C.C. and Olsen, N., “SV Signals in Magnetic Field Gradient Tensor Elements derived from Swarm-based GVOs (Poster 65019).
    37. Blangsbøll, R.M., Finlay, C.C. and Kloss, C., “A re-examination of the 1969 geomagnetic impulse (Poster 65198).
    38. Istas, M., Gillet, N., Finlay, C.C., and Hammer, M.D., “Reconstruction of the Earth’s core dynamics from assimilation of satellite and ground-based magnetic observations (Poster 6380).
    39. Grayver, A., Olsen, N. and Finlay, C. C., “Recent progress in mapping ocean tidal magnetic signals with satellite data (Poster 65113).
    40. Ashley Smith., “Building tools and services supporting science with Swarm, ESA Living Planet Symposium 2022.
    41. Martin Pačes & Ashley Smith., “VirES & VRE for (not only) Swarm, ESA Living Planet Symposium 2022.
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  • EGU General Assembly 2022, 23-27 May 2022, Vienna, Austria
    1. Mohandesi, A., Knudsen, D.J., Skone, S., Langley, R.B., and Yau, A.W., “Altitude distribution of large and small-scale equatorial ionospheric irregularities sampled by the Swarm Echo satellite”, EGU22-10326, URL: https://doi.org/10.5194/egusphere-egu22-10326, 2022.
    2. Papadimitriou et al.,“Swarm-derived indices of geomagnetic activity”, DOI: 10.5194/egusphere-egu22-6336, EGU 2022, 6336, Vienna, Austria, 2022, URL: https://meetingorganizer.copernicus.org/EGU22/EGU22-6336.html
    3. Kloss, C., Finlay, C. C., and Olsen, N., “Tools for sharing and evaluating the CHAOS geomagnetic field model and the shc-file format for time-dependent spherical harmonic models”, EGU22-6265, URL: https://doi.org/10.5194/egusphere-egu22-6265, 2022.
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  • 3rd URSI Atlantic Radio Science Meeting (AT-AP-RASC), 29 May-3 June 2022, Gran Canaria, Spain. More Information.
    1. Coïsson, P., Truhlik, V., Hulot, G., Chauvet, L., Jenner, M., Buresova, D., Chum, J., Mlynarczyk, J., “Whistlers in the ELF measured from LEO used to validate ionospheric models” (Invited talk).
    2. Coïsson, P., Mlynarczyk, J., Hulot, G., Chauvet, L., Jenner, M., Kubisz, J., Truhlik, V., Buresova, D., Chum, J., “On the ability of the ESA Swarm satellites to simultaneously detect Extremely Low Frequency whistlers originating from the same lightning strike” (Invited talk).
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  • Canadian Association of Physicists Congress, Division of Plasma Physics, 5-10 June 2022, Hamilton, ON.
    1. David Knudsen., “Extreme plasma heating and flows in Earth’s ionosphere” (Invited).
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  • NSF CEDAR Workshop, 19-24 June 2022, Austin, Texas.
    1. Ganegama Suram Liyanage, David Knudsen., “High-resolution study of the relationship between the Region 2 equatorward boundary and soft electron precipitation.
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  • 17th Symposium of Study of the Earth’s Deep Interior (SEDI), 11-15 July 2022, Zurich, Switzerland.
    1. Hulot, G., Alken, P., Aubert, J., Duchêne, R., Brown, W., Beggan, C., Finlay, C., Léger, J.M., Jager, T. Deconinck, F., “Improving monitoring of the fast changing core magnetic field with the future NanoMagSat 16U nanosatellite constellation high-precision magnetic project (Poster 4-10).”
    2. Hammer, M.D., Finlay, C.C. and Olsen, N.,“SV signals in magnetic field gradient tensor elements derived from Swarm satellite observations (Poster 4-08).”
    3. Blangsbøll, R.M., Finlay, C.C. and Kloss, C., “Localized origin at the core-mantle boundary of the 1969 geomagnetic impulse (Poster 4-09).”
    4. Livermore, P.W. and Finlay, C.C., “High latitude jets in Earth's core inferred from Swarm (Poster 4-12).”
    5. Gillet, N., Istas, M., Schwaiger, T., Gerick, F., Jault, D., Finlay, C. C., Hammer, M.D., Aubert, J., “Quasi-Geostrophic Magneto-Coriolis waves in Earth’s core (Poster 4-11).”
    6. Aubert, J., Livermore, P.W., Finlay, C.C., Fournier, A. and Gillet, N., “A taxonomy of simulated geomagnetic jerks (Poster 6-13).”
    7. Barrois, O., Gastine, T. and Finlay, C.C., “Comparison of quasi-geostrophic, hybrid and 3D models of planetary core convection (Poster 6-16).”
    8. Barrois, O., Gastine, T. and Finlay, C.C., “QG-3D hybrid convection-driven dynamo models (Poster 6-17).”
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  • 44th Scientific Assembly COSPAR 2022, 16-24 July 2022, Athens, Greece.
    1. Hulot, G., Léger, J.M., Clausen, L. B. N., Deconinck, F., Coïsson, P., “NanoMagSat, a nanosatllite LEO constellation for monitoring Earth’s magnetic field and ionospheric environment (Talk TGCSS.1-0007-22).”
    2. Natalia Hladczuk, Jose van den IJssel, Christian Siemes, Pieter Visser, Kristin Vielberg, “Radiation pressure modelling for improving the thermosphere density data products.
    3. Christian Siemes, Claudia Borries, Sean Bruinsma, Isabel Fernandez-Gomez, Natalia Hladczuk, Jose van den IJssel, Timothy Kodikara, Kristin Vielberg, Pieter Visser, “Thermosphere Observations from Low-Earth Orbiting Satellites.
    4. Jose van den IJssel, Christian Siemes, Pieter Visser, “Accurate accelerometer calibration for the CHAMP, GRACE and GRACE-FO missions.
    5. Claudia Borries, Sean Bruinsma, Timothy Kodikara, Christian Siemes, Isabel Fernandez-Gomez, “Model data comparison with an improved data set of thermosphere density and crosswind observation.
    6. Ashley Smith et al., “Sounds from Swarm”, COSPAR 44th Scientific Assembly, Athens, Greece, 2022, URL: https://app.cospar-assembly.org/2022/browser/presentation/30065.
    7. Ashley Smith et al., “Geomagnetic datacubes from Swarm as a tool for studying near-Earth magnetic perturbations”, COSPAR 44th Scientific Assembly, Athens, Greece, 2022, URL: https://app.cospar-assembly.org/2022/browser/presentation/30059.

2021

  • 17th European Space Weather Week (ESWW), 25-29 October 2021, Glasgow, UK More Information
    1. Rawlings J, “Variability of ionospheric plasma observed by the Swarm satellites within high latitude regions
    2. Kotova D, “Study of the GNSS phase scintillation associated with auroral activity over Queen Maud Land, Antarctica
    3. Smith A and Pačes M, “Data & model access for ESA’s Swarm mission
    4. Smirnov A, Shprits Y, Zhelavskaya I, Lühr H, Xiong C, Prol F, Goss A, Schmidt M, Hoque M, Pedatella N, Szabo-Roberts M,Intercalibration of the plasma density measurements in Earth's topside ionosphere”
    5. Antonopoulou A, “A Machine Learning method for ULF wave classification in Swarm magnetic field measurements
    6. Papadimitriou C, Balasis G, Boutsi AZ, Antonopoulou A, Moutsiana G, Daglis IA, Giannakis O, de Michelis P, Consolini G, Gjerloev J, Trenchi L, “Swarm-derived indices of geomagnetic activity
    7. Clausen L, Urbar J, Cicone A, Spogli L, Cesaroni C, Alfonsi L, Rawlings J, Jin Y, Høeg P, Miedzik J, Gierlach E, Miloch W, “Variability of the spatio-temporal scales in the ionosphere at Swarm altitudes: a climatological approach”
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  • The AGU Fall Meeting 2021 13-17 December, 2021, New Orleans, USA, More Information
    1. Coïsson P, Hulot G, Mlynarczyk J, Chauvet L, Truhlik V, Buresova D, Analysis of Remarkable Whistler Events in the ELF Recorded by Swarm Satellites"
    2. Fillion M, Hulot G, Alken P, Chulliat A, A new Swarm-based model of F-region ionospheric currents and magnetic fields to study the low- and mid- latitude current system"
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  • Joint Scientific Assembly IAGA-IASPEI, 21-27 August, 2021, online More information
    1. Šachl L, Velímský J, Knopp O, “Inversion of the satellite-observed tidal magnetic fields in terms of three-dimensional upper-mantle electrical conductivity and water content”
    2. Yang Y, Shen X, Zeren Z, Zhou B, Hulot G, Olsen N, Xiong C, Stolle C, Huang J, Cheng B, Pollinger A, Magnes W, Wang J, Guo F, "CSES high precision magnetometer and some potential scientific applications"
    3. Hulot G, Léger JM, Clausen LBN, Deconinck F, Coïsson P, Vigneron P, Alken P, Chulliat A, Finlay CC, Grayver A, Kuvshinov AV, Olsen N, Thébault E, Jager T, Bertrand F, Häfner T, "NanoMagSat, moving towards permanent space-borne low-cost monitoring of the Earth’s magnetic field and ionopsheric environment"
    4. Fillion M, Hulot G, Alken P, Chulliat A, "Mie representation of low- and mid-latitude F-region ionospheric currents and magnetic elds using the Swarm satellite data"
    5. Wang J, Shen X, Yang Y, Zeren Z, Hulot G, Olsen N, Zhou B, Werner M, De Santis A, Huang J, Pollinger A, Lammegger R, Guo F, Liu W, "The scalar global lithospheric magnetic anomaly map derived from CSES satellite data"
    6. Coïsson P, Hulot G, Chauvet L, Vigneron P, Bonnot O, "Diurnal distribution of whistler in Extremely Low Frequencies observed at LEO altitude by Swarm satellites"
    7. Ropp G and Lesur V, "Sequential modelling of the Earth’s core magnetic field and flow"
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  • NASA Goddard Heliophysics Seminar, 09 June, 2021, online
    1. Siemes C, “From accelerometer measurements to mass density observations"
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  • The EGU General Assembly 2021, 19-30 April, 2021, Online More information
    1. Brown, W., Beggan, C., Hammer, M., Finlay, C., and Cox, G.:Isolating internal secular variation in Geomagnetic Virtual Observatory time series using Principle Component Analysis”, EGU21-1082, https://doi.org/10.5194/egusphere-egu21-1082
    2. Teixeira da Encarnacao, J., Arnold, D., Bezdek, A., Dahle, C., Guo, J., van den IJssel, J., Jaeggi, A., Klokocnik, J., Krauss, S., Mayer‐Guerr, T., Meyer, U., Sebera, J., Shum, C., Visser, P., and Zhang, Y.:Seven years of monthly low-degree gravity field models from Swarm GPS data”, EGU21-7422, https://doi.org/10.5194/egusphere-egu21-7422
    3. van den IJssel, J., Siemes, C., and Visser, P.:Thermospheric densities for the Swarm satellite mission”, EGU21-5580,
    4. Hulot, G. et al., NanoMagSat,a 16U nanosatellite constellation high-precision magnetic project to initiate permanent low-cost monitoring of the Earth’s magnetic field and ionospheric environment”, EGU2020-14660, https://doi.org/10.5194/egusphere-egu21-14660
    5. Coïsson P., Vladimir Truhlik, Janusz Mlynarczyk, Gauthier Hulot, Laura Brocco, Olivier Bonnot, Pierre Vigneron, Dalia Burešová, Jaroslav Chum, Pawel Rzonca, Andzej Kulak,Observation and modelling of whistlers in the ELF as observed by Swarm satellites during regular ASM burst sessions”, EGU2020-12740, https://doi.org/10.5194/egusphere-egu21-12740
    6. Vanhamäki, H., Aikio, A., Kauristie, K., Käki, S., Knudsen, D.,Statistical estimates of auroral Pedersen conductance using electric and magnetic measurements by the Swarm spacecraft”, EGU21-12569,
    7. Šachl, L., Velímský, J., and Fullea, J.,Inversion of the satellite observations of the tidally induced magnetic field in terms of 3-D upper-mantle electrical conductivity: Method and synthetic tests”, EGU21-7139,
    8. Grayver, A.:Three-dimensional electrical conductivity of the world ocean and seabed sediments: effect on EM induction responses”, EGU21-13412, https://doi.org/10.5194/egusphere-egu21-13412
    9. Chen, C., Kruglyakov, M., Rigaud, R., and Kuvshinov, A.:Joint inversion of magnetotelluric tippers and geomagnetic depth sounding transfer functions constrains electrical conductivity beneath islands”, EGU21-7555, https://doi.org/10.5194/egusphere-egu21-7555
    10. Kuvshinov, A. and Kruglyakov, M.:Modeling tippers on a sphere”, EGU21-10316, https://doi.org/10.5194/egusphere-egu21-10316
    11. Stolle, C., Xiong, C., and Michaelis, I.:Observing Earth space environment with LEO multi-mission data”, EGU21-8488, https://doi.org/10.5194/egusphere-egu21-8488
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  • DGG 81. Jahrestagung 2021, 1-5 March, 2021, online More information
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  • Division of Atmospheric and Space Physics (DASP) Workshop 2021 15-20 February, 2021, online More information
    1. Fluche B, Stolle C, Baerenzung J, Chau JL, Kronberg E, Kusche J, Vogt J,DFG priority programme 1788 “Dynamic Earth”: A joint interpretation of geomagnetic, geodetic and ionosphere/thermosphere data from low-orbit satellite missionshttps://doi.org/10.23689/fidgeo-3984
    1. Chaddock D, Donovan E, Spanswick E, Potter R, Gillies M, Rankin R, Fenrich F, Kuzub J, McWilliams K, Sohrabi M, Rosito I, “AuroraX – A Scientific and Public Outreach Cyber Initiative”
    2. Fenrich F, Rankin R, Sydorenko D, Archer W, Knudsen D, “Birkeland Current Boundary Flows Associated with Field Line Resonances”
    3. Ghadjari H, “Analysis of Co-existence of Ionospheric Irregularities and Alfvénic Structures in the Equatorial Ionosphere”
    4. Huyghebaert D, Mcwilliams K, Hussey G, Howarth A, Erion S, Rutledge P, “Comparisons Between E-region Coherent Scatter and Swarm-E Fast Auroral Imager Measurements”
    5. Lomidze L, Knudsen D, Shepherd M, “Observation and Multi-model Analysis of Topside Ionosphere Equinoctial Asymmetry”
    6. Pandey K, Eyiguler E, Danskin D, Hussey G, Yau A, “RRI ellipticity angle investigations”
    7. Pakhotin I and Mann I, “Small-Scale Pedersen Conductance and Scale Height Passive Sounding using Swarm E- and B-field Observations”
    8. Shen Y, Knudsen D, Burchill J, “Micro-scale plasma heating in the topside ionosphere: Results from e-POP/Swarm-E”
    9. Wu J and Knudsen D, “Swarm observations of static and Alfvénic Electrodynamics in the Auroral Region”
  • 43rd COSPAR Scientific Assembly 28 January – 4 February, 2021, online More information
    1. Balasis G, Daglis IA, Antonopoulou A, Papadimitriou C, Boutsi AZ, Giannakis O, “Convolutional Neural Networks for Automated ULF Wave Recognition in swarm Time Series”
    2. Kotova D, Jin Y, Miloch W, “Investigation of interhemispheric variability of ionospheric parameters by the Swarm satellites for different solar activity”
    3. Gou X, Li L, Zhang Y, Zhou B, Feng Y, Cheng B, “Ionospheric Pc1 waves during storm recovery period observed by CSES and Swarm”
    4. Slominska E, Strumik M, Slominski J, Młynarczyk J, Haagmans R, “Magnetic field signatures of sprites detected by the ESA Swarm mission”
    5. Yusoff SHM, Rizal NAM, Hamid NSA, “Magnetic Field Behaviour Prior to the Sumatra Earthquake On 2 March 2016 Using Swarm Satellite”
    6. Hatch S, Haaland S, Laundal KM, Moretto T, Bjoland LM, Oksavik K, Reistad JP, Ohma A, Hemispheric and seasonal variations in the cold plasma outflow source region: Swarm and CHAMP observations of F -region polar cap electron density”
    7. Ghosh S, Chowdhury S, Hayakawa M, Chakrabarti SK, Sasmal S,Seismic precursors as observed from Swarm satellite”
    8. Schreiter L, Montenbruck O, Arnold D, Jäggi A, Siemes C, Zangerl F, “L2 bandwith correction for improved orbit and gravity field determination for the swarm satellites”

2020

  • The AGU Fall Meeting 2020, 1-17 December, 2020, Online More Information
    1. Burchill JK and Knudsen DJ, “Multi-satellite ionospheric drift from the Swarm mission”
    2. Knudsen DJ, Shen Y, Wu J, Burchill JK, “M-I Coupling via Alfvén Waves and Suprathermal Particles: Perspectives from Swarm and ePOP”
    3. Mohandesi A, Knudsen DJ, Skone S, “A Novel Approach to Study the Vertical Distribution of Multi-Scale Equatorial Ionospheric Irregularities Using High-Rate e-POP GAP-O Measurements”
    4. Kouznetsov A, Lomidze L, Burchill JK, Knudsen DJ, “Comparison of GLobal airgLOW (GLOW) and MCNP-based Models Applied to the Coupled Photon-Electron Tranport and Photo-Electron Heating of Ambient Electrons at Swarm Altitudes”
    5. Wu J, Knudsen DJ, Shen Y, Gillies DM, “e-POP observations of suprathermal electron bursts in the ionospheric Alfvén resonator”
    6. Ghadjari H, Knudsen DJ, Skone S, “Statistical Analysis of Co-existence of Ionospheric Irregularties and Alfvénic Structures in the Equatorial Ionosphere”
    7. Godbol NH, Kenward DR, Lessard M, Fritz BA, Yau AW, Cogger LL, Donovan E, Howarth AD, Knudsen DJ, Spanwick E, Shen Y, Miles D, “e-POP Satellite Observations of Ion Upflow over Pulsating/Diffuse Aurora”
    8. Pakhotin I, Mann IR, Xie K, Lysak RL, Knudsen DJ, Burchill JK, “Seasonally-Averaged Interhemispheric Asymmetry in Poynting Flux in Low-Earth Orbit: Swarm Observations”
    9. Shen Y, Artemyev A, Zhang X, Vasko I, Runov A, Angelopulos V, Knudsen DJ, “Evidence of low-energy electron scattering and ionospheric precipitation by time-domain structures”
    10. Mann IR, Pakhotin I, Dimitrakoudis S, Lysak RL, Knudsen DJ, Burchill JK, “on the Preferential Generation of Large Amplitude Alfvén Waves in Downard Field-Aligned Current Regions”
    11. Ropp G and Lesur V, “Sequential Modelling of the Earth's Core Magnetic Field and Surface Flow, virtual poster”
    12. Yang Y, Hulot G, Vigneron P, Shen Y, Zeren Z, Zhou B, Magnes W, Olsen N, Tøffner-Clausen L, Huang J, Zhang X, Yuan S, Wang L, Cheng B, Pollinger A, Lammegger R, Dai J, Lin J, Guo F, Yu J, Wang J, Wu Y, Zhao X, Zhu X, “The CSES Global Geomagnetic Field Model (CGGM): An IGRF type global geomagnetic field model based on data from the China Seismo-Electromagnetic Satellite, virtual oral presentation”
    13. Coïsson P, Truhlik V, Mlynarczyk J, Hulot G, Brocco L, Bonnot O, Vigneron P, Buresova D, Chum J, Rzonca P, Kulak A, “Whistlers in the ELF recorded by Swarm satellites: results from recent regular ASM burst sessions”
  • Swarm In Orbit Performance Review meeting #13, 19-20 November 2020
    1. Hulot G and Vigneron P, “Validating dBSun correction on ASM data (version 0605)”
  • European Space Weather Symposium (ESWS) 2020, 2-6 November, 2020, Online More information
    1. Papadimitriou C, Georgios Balasis G, Boutsi AZ, Daglis IA, Giannakis O, De Michelis P, Consolini G, “Indices of geomagnetic activity derived from space-born magnetic data from the Swarm mission”
    2. Kotova D, Jin Y, Brask S, Cilliers P, Miloch W, “Comparison of characteristics of electron density fluctuations from Swarm satellites with the ground-based scintillation data”
    3. Dong X, Wei D, Wang J, Xiong C, Field-aligned current ordering and intense ground dB/dt variations”
  • 2020 IEEE International Conference on Wireless for Space and Extreme Environments (WiSEE)12-14 October 2020, online More information
    1. Miloch WJ, Alfonsi L, Spogli L, Wood A, Sahtahmassebi G, Clausen L, Jin Y, Høeg P, Kochańska P, Miedzik J, et al., “Variability of Ionospheric Plasma Based on Swarm Satellite Data”
  • International Colloquium on Equatorial and Low latitude Ionosphere,15-17 September 2020, online
    1. Miloch W and 4DSpace & IPIR teams, “Characterizing ionospheric plasma irregularities with in-situ measurements over the African sector”
  • The EGU General Assembly 2020, 4-8 May, 2020, More Information, Programme
    1. Qamili E, Bouffard J, Catapano F, Siemes C, Miedzik J, Tøffner-Clausen L, Buchert S, Trenchi L, Stromme A, Vogel P, "Six years of Swarm: instruments and data quality status", PDF
    2. Catapano F, Buchert S, Coco I, Slominska E, Qamili E, Trenchi L, Bouffard J, "Swarm Langmuir Probe measurements: analysis and characterization of the data quality", PDF
    3. Trenchi L, Bouffard J, Stromme A, Marghitu O, Kauristie K, Blăgău A, Vogt J, Heilig B, Kovács P, "Recent results from scientific ESA Swarm projects", PDF
    4. Brown W, Beggan C, Cox G, Macmillan C, "The new WMM2020 and IGRF-13 models, and a retrospective analysis of IGRF secular variation", PDF
    5. Cox G, Brown W, Beggan C, Hammer M, Finlay C, "Denoising Swarm Geomagnetic Virtual Observatories using principal component analysis", PDF
    6. Knudsen D, "Recent scientific findings based on high-resolution core plasma imaging of the ionosphere with Swarm and ePOP", PDF
    7. Burchill J, "Using Swarm to study ionosphere-thermosphere coupling", PDF
    8. Pakhotin I, Mann I, Xie K, Knudsen D, Burchill J, "Multi-scale Analysis of Electromagnetic Energy Input using Swarm: Quantifying Key Scales in Magnetosphere-Ionosphere Coupling", PDF
    9. Yau A, Howarth A, James HG, Knudsen D, Langley R, Miles D, "Integrated Science Operations of CASSIOPE e-POP with the Swarm Constellation for New Studies of Magnetosphere-Ionosphere Coupling", PDF
    10. Ghadjari H, Knudsen D, Skone S, "Structure function analysis of plasma density fluctuations during total loss of lock of GPS signal events", PDF
    11. Mohandesi A, Knudsen D, Skone S, "Characterization of Equatorial Low Latitude Ionospheric Scintillation of GPS Signals: An E-POP Experiment", PDF
    12. Lesur V and Ropp G, "Sequential modelling of the Earth magnetic field", PDF
    13. Rother M, Korte M, Matzka J, Morschhauser A, Stolle C, Vervelidou F,"Earth's core magnetic field model Mag.num and the IGRF 13 candidate", PDF
    14. Nayak Cand Buchert S, "Characteristics of daytime medium scale traveling ionospheric disturbances (MSTIDs) as observed by SWARM", PDF
    15. Coïsson P, Truhlik V, Mlynarczyk J, Hulot G, Madelon R, Bonnot O, Vigneron P, Burešová D, Chum J, Rzonca P, Kulak A, "Reconstructing the propagation of Whistlers observed in ELF during ASM burst sessions from the lightning strikes to their detection and validation of IRI model", PDF
    16. Hulot G, Vigneron P, Léger J-M, Jager T, "On the self-calibrated absolute vector data produced by the ASM absolute magnetometers on board the Swarm satellites, results and prospect", PDF
    17. Archer W, Gallardo-Lacour B, Perry P, St.-Maurice J-P, Buchert S, Donovan E, "Steve: The optical signature of subauroral ion drifts", PDF
    18. Fillion M, Hulot G, Alken P, Chulliat A, Vigneron P, "Derivation of the full current density vector in the Earth's ionosphere low- and mid-latitude F region using ESA's Swarm satellites", PDF
  • Division of Atmospheric and Space Physics (DASP) Workshop, 19-21 February, 2020, Fredericton, Canada More Information
    1. Ghadjari H, "Power spectral analysis of plasma density fluctuations during total loss of lock of GPS signal events", PDF
    2. Mohandesi A, "Characterization of low-latitude ionospheric scintillation of GPS signals: An EPOP experiment", PDF
    3. Knudsen D, "Recent scientific results from high-resolution core plasma imaging on Swarm and ePOP", PDF
    4. White A, Howarth A, Yau A, "New CASSIOPE/e-POP Science Data Products in the Swarm Mission Data System", PDF
    5. Pakhotin I, Mann IR, Milling DM, Burchill JK, Ozeke L, Knudsen DJ, Olifer L, "Swarm observations of High-Amplitude Pc1 Waves During Intense Geomagnetic Storms: Towards Use of Swarm for Radiation Belt Science", PDF
    6. Maxworth A, Hird F, Hussey GC, McWilliams KA, Yau A, "Observed and modelled ellipticity angle behaviour of trans-ionospheric propagation of HF radio waves", PDF
    7. Liang J, Shen Y, Knudsen D, Spanswick E, Burchill J,"On the calibration of the absolute flux spectra of e-POP suprathermal electron imager", PDF
    8. Larson B and Koustov AV, "Electron density in the ionosphere as measured by Swarm and RISR-C", PDF
    9. James HG, "E-POP/RRI Looks for Whistler Mode from DSX", PDF
    10. Hussey GC, Maxworth A, McWilliams KA, Sofko GJ, James HG, Yau A, "Proton Whistlers Observed with RRI on ePOP/SWARM-E", PDF
    11. Dimitrakoudis S, Mann IR, Olifer L, Yoshikawa A, "Drivers of Large GICs in Association with Strong Flank Magnetosphere-Ionosphere Dynamics During Two Major Geomagnetic Storms", PDF
    12. Yau AW, James HG, Howarth AD, "CASSIOPE e-POP: New Studies and Recent Results on Magnetosphere-Ionosphere Coupling under the Swarm-E Banner", PDF

2019

  • The AGU Fall Meeting 2019, 9-13 December, 2019, San Francisco, USA More Information, Programme
    1. Aa E, Zou S, Liu S, "Statistical analysis of the equatorial plasma irregularities retrieved from Swarm 2013-2019 observations", PDF
    2. Burchill JK, Kouznetsov A, Knudsen DJ, Lomidze L, "Validation of Swarm ion drift measurements using and incoherent-scatter radar empirical high-latitude convection model", PDF
    3. Follestad AF, Herlingshaw K, Ghadjari H, Knudsen DJ, McWilliams KA, Moen J, Oksavik K, Spicher A, Wu J, "Birkeland Current Impacts on Cusp Ionopsheric Irregularities", PDF
    4. Ghaffari R, Olifer L, Feltman C, Henderson S, Huyghebaert D, Burchill JK, Jaynes AN, Knudsen DJ, McWilliams KA, Moen J, Spicher A, Wu J, "Swarm Observations of Dawn/Dusk Asymmetries Between Pedersen Conductance in Upward and Downward Field-Aligned Current Regions", PDF
    5. Hulot G, "Observing, understanding and predicting the Earth's magnetic field: successes and challenges", PDF
    6. Hulot G, Léger JM, Clausen LBN, Coïsson P, Vigneron P, Jager T, Bertrand F, Deconinck F, "Towards a LEO nanosatellite constellation for permanent monitoring of the Earth's magnetic field and ionosphere: The NanoMagSat nanosatellite constellation high-precision magnetic project", PDF
    7. Kouznetsov A, Lomidze L, Burchill JK, Knudsen DJ, "Modeling of the Photoelectron Space-Energy Distribution Based on a Contemporary Coupled Photon-Electron Transport Approach", PDF
    8. Laundal KM, Reistad JP, Moretto T, Hatch S, Ohma A, "Time-scale dependence of solar wind-based regression models", PDF
    9. Lomidze L, Knudsen DJ, "Topside Ionosphere Heating by Conjugate Photoelectrons", PDF
    10. Pakhotin I, Mann I, Xie K, Burchill J, Knudsen DJ, "Multi-scale statistical analysis of Poynting flux using Swarm: Quantifying the Impact of Small- and Meso-scales in Electromagnetic MIT coupling", PDF
    11. Schnepf N, Nair M, Velímský J, Thomas N, "Can seafloor voltage cables be used to study large scale transport? An investigation in the Pacific Ocean", PDF
    12. Shen Y, Knudsen DJ, "Plasma heating perpendicular to the magnetic field in the topside ionosphere", PDF
    13. Wu, J, Knudsen DJ, Shen Y, "e-POP observations of suprathermal electron bursts in the ionopsheric Alfvén resonator", PDF
  •  
  • 16th European Space Weather Week (ESWW), 18-22 November, 2019, Liège, Belgium More Information, Programme
    1. Laundal KM, Reistad JP, Ohma A, Hatch SM, Moretto T, "Modeling ground magnetic field disturbances using satellite magnetometers", PDF
    2. Miloch W, Jin Y, Xiong C, Kotova D, Spicher A, Kervalishvili G, Clausen L, Stolle C, "Ionospheric plasma irregularities at high latitudes studied with the Swarm satellites", PDF
    3. Kotova D, Jin Y, Miloch W, "Comparison of ionospheric plasma irregularities measured by Swarm with the ground-based GPS scintillation data", PDF
  •  
  • The 4th COSPAR Symposium (COSPARS), 4-8 November, 2019, Herzliya, Israel More Information, Programme
    1. Hulot G, Léger JM, Vigneron P, Jager T, Bertrand F, Coïsson P, Estève F, Faure B, "Monitoring the Earth's magnetic field and ionosphere with LEO nanosatellites: the NanoMagSat project", PDF
  • The 4th International Workshop of CSES Mission (IWoCSES), 17-20 October, 2019, Changsha, China More Information, Programme
    1. Hulot G, Yang Y, Vigneron P, "Example of a successful joint Swarm-CSES Cal/Val activity: Building an IGRF candidate model using CSES magnetic data"
  • International Workshop on GNSS Ionosphere (IWGI), 23-25 September, 2019, Neustrelitz, Germany More Information, Programme
    1. Xiong C, Kervalishvili G, Stolle C, Rauberg J, "Phase and amplitude scintillations for GPS receivers on board the Swarm and GOCE satellites"
  • International Reference Ionosphere 2019 Workshop, 2-13 September, 2019, Nicosia, Cyprus More Information, Programme
    1. Coïsson P, Hulot G, Madelon R, Vigneron P, Bonnot O, Truhlik V, Buresova D, Chum J, Mlynarczyk J, Kulak A, Rzonca P, "Assessing 0+ whistlers in ELF domain to constrain the ionosphere along the propagation path: initial results"
  • 15th IMAGE Meeting, 5-6 September, 2019, Uppsala, Sweden More Information, Programme
    1. Laundal KM, "Relating magnetic field disturbances on ground and in space – Downward propagation of the AMPS model magnetic field"
  • 19th International EISCAT Symposium 2019 and 46th Annual European Meeting on Atmospheric Studies by Optical Methods, 19-23 August, 2019, Oulu, Finland More Information, Programme
    1. Buchert S, "Joule Heating by Thermospheric Winds", PDF
    2. Workayehu A, Vanhamäki H, Aikio A, "Joule Heating by Thermospheric Winds", PDF
  • The 16th Asia Oceania Geosciences Society (AOGS), 28 Jul-2 Aug, 2019, Singapore More Information, Programme
    1. Miloch W, Jin Y, Xiong C., Spicher A, Kervalishvili G, Clausen L, Stolle C, "Global Study of Ionospheric Plasma Irregularities with Swarm Satellites", PDF
  • The 27th IUGG General Assembly, 8-18 July, 2019, Montreal, Canada More Information
    1. Bouffard J, Floberghagen R, Qamili E, Trenchi L, Olsen N, "Overview of Swarm Data Quality Status and Evolutions"
    2. Brown W, Beggan C, Macmillan S, "Analysis of errors in simple geomagnetic field model predictions"
    3. Buchert SC, "Joule Heating by Thermospheric Winds"
    4. Floberghagen R, Bouffard J, Siemes C, Vogel P, Qamili1 E, Trenchi L, Catapan F, "Swarm Mission Status, multi-mission opportunities and long-term plan"
    5. Ghadjari H, Knudsen D, Skone S, "Swarm-based survey of intense ionospheric irregularities and their effect on ground-based GNSS signals"
    6. Van den IJssel J, Doornbos E, Iorfida E, March G, Svitlov S, Siemes C, "Swarm thermosphere density data: observing geomagnetic storms and the response to decreasing solar activity since November 2013"
    7. James G and Yau A, "The Whistler Mode in the Topside Ionosphere"
    8. Knudsen D and Burchill J, "Science Highlights from Low-Energy Ion and Electron Distribution Imaging on Swarm and e-POP"
    9. Lukianova R, "Swarm field-aligned currents during the severe magnetic storms of March 2015 and September 2017"
    10. Olsen N, Tøffner-Clausen L, Kloss C, Finlay CC, "Exploring Earth from Space – Towards a true Swarm of Magnetic Satellites"
    11. Rogers H, Beggan C, Whaler K, "Application of spherical Slepian functions to decomposing core surface flows"
    12. Velímský J, "Modelling the Electromagnetic Induction in the Earth's Oceans with Seasonally Varying Electrical Conductivity: Massively Parallel Time-Domain Approach"
    13. Velímský J, Valentová Ľ, Knopp O, "Recovering the Mantle Electrical Conductivity from Swarm: Results after 5 Years"
    14. Workayehu A, Vanhamaki H, Aikio A, "Ionospheric currents in the two hemispheres during low and high magnetic activity by the Swarm satellite"
    15. Yau A, James HG, Bernhardt P, Cogger L, Hussey G, Knudsen D, Langley R, Maxworth A, Miles D, Perry G, Siefring C, "Swarm-E (e-POP) Observations of Small Scale Magnetosphere-Ionosphere Interaction Processes in the Topside Ionosphere"
    16. Xiong C and Stolle C, "Location of the Auroral Oval Boundaries Derived From Magnetic Field-aligned Signatures of LEO Satellite Missions"
    17. Zhang C, Zhang Y, Shum CK, Bezděk A, Guo JY, Encarnação J de T da, Visser P, "Temporal Gravity Field Estimates from Swarm Using Acceleration Approach and Earth Mass Transport Studies"
    18. Grayver A, Olsen N, Kuvshinov A, "Extraction and inversion of M2, N2 and O1 tidal magnetic signals from CHAMP and Swarm data"
    19. Hulot G, Léger JM, Vigneron P, Jager T, Bertrand F, Coïsson P, Laurens A, Faure B, "Monitoring the Earth's magnetic field with nanosatellites"
    20. Vigneron P, Hulot G, Léger JM, Jager T, "Global geomagnetic field modeling using five years of the experimental ASM-V vector data on board the Swarm satellites"
    21. Fillion M, Hulot G, Chulliat A, Alken P, Vigneron P, "Derivation of the full current density vector in the ionosphere low- and mid-latitude F region using ESA's Swarm satellites"
    22. Coïsson P, Hulot G, Vigneron P, Madelon R, Léger JM, Jager T, "Systematic analysis of 0+ whistlers dispersion obtained from Swarm Absolute Scalar Magnetometer burst sessions and contribution to bottomside ionosphere monitoring"
    23. Laundal KM, Reistad J, Snekvik K, "Modelling the AL Index Using Solar Wind Parameters"
  •  
  • Coupling, Energetics, and Dynamics of Atmospheric Regions (CEDAR) Workshop 2019, 16-21 June, 2019, Santa Fe, New Mexico, USA More Information
    1. Rodríguez-Zuluaga J, Stolle C, Park J, "On the direction of the Poynting flux associated with equatorial plasma depletions" Presentation link
    2. Rodríguez-Zuluaga J, Stolle C, Yamazaki Y, Lühr H, Chau JL, "Assessment of the plasma and magnetic pressure balance across equatorial plasma depletions" Poster link
    3. March G, Visser T, Doornbos E, Visser P, van den IJssel J, Iorfida E, "Newly derived thermospheric products for CHAMP, GRACE, GOCE and Swarm" Poster link
  • The Living Planet Symposium (LPS) 2019, 13-17 May, 2019, Milan, Italy More Information
    1. Bouffard J, Floberghagen R, Qamili E, Trenchi L, Olsen N, "Overview of Swarm Data Quality Status and Evolutions"
    2. Cox G, Martinec Z, Brown W, "Denoised virtual magnetic observatories using the MagPySV package"
    3. Floberghagen R and Haagmans R, "Swarm extended mission - status, perspectives and opportunities"
    4. Aol S, Buchert SC, Jurua E, "Coincident Observations of Ionospheric Irregularities by JULIA and Swarm"
    5. Aol S, Buchert SC, Jurua E, "Global Distribution of Equatorial Plasma Irregularities as seen by the Swarm Satellites"
    6. Barrois O, Finlay CC, Hammer M, Gillet N, Martin Y, "Assimilation of ground and satellite magnetic measurements: inference of core surface magnetic and velocity field changes"
    7. Burchill J, "Mini Plasma Imager: A NextGen Swarm Thermal Ion Imager concept"
    8. Burchill J, Knudsen D, Lynch K, "The Swarm CAD Scan: resolved space and time ambiguity in ionospheric electric currents and ion drifts using the pearls-on-a-string configuration"
    9. Campuzano SA, De Santis A, Pavón-Carrasco FJ, Osete ML, Qamili E, "TEMPO: a 2-Year ESA-INGV Co-Funded Project to Study the South Atlantic Anomaly Evolution by Using Swarm Data"
    10. Chulliat A, Vigneron P, Hulot G, "Extended Climatological Model of Non-Polar Geomagnetic Daily Variations: Preliminary Results"
    11. Cox G, Martinec Z, Brown W, "Denoised Virtual Magnetic Observatories Using the MagPySV Package"
    12. Doornbos E, "Visualizing space weather data with satellite data and models"
    13. Encarnação JT, Visser P, Arnold D, Bezdek A, Doornbos E, Ellmer M, Zhang C, "Earth's Mass Transport Processes Observed by the Swarm Satellites during the GRACE/GRACE-FO Gap"
    14. Finlay CC, Olsen N, Tøffner-Clausen L, Kloss C, Hammer M, "Earth's time-varying core magnetic field from 5 years of Swarm data"
    15. Flury J, Svitlov S, Shabanloui A, Koch I, "Investigating sensor data on geodetic satellite missions: recent findings and progress"
    16. Foerster M, Burchill J, Marchand R, Resendiz P, "Estimation of the reduced ion mass and the along-track bulk flow velocity from the Langmuir probes and the faceplate currents of the Swarm electric field instruments"
    17. de la Fuente A, Maltese A, D'Alba L, Mariani L, "Swarm Payload Data Ground Segment: An Example of Continuous Innovation in Operations"
    18. Grayver A and Kuvshinov A, "Latest Swarm products in the context of mantle induction studies"
    19. Grayver A and Kuvshinov A, "Retrieving time series of "magnetospheric" external and internal spherical harmonic coefficients: from potential method to an alternative approach"
    20. Hammer MD and Finlay CC, "Local Averages of the Core-mantle Boundary Magnetic Field from Satellite Observations"
    21. Guzavina M, Grayver A, Kuvshinov A, "Probing Earth's upper mantle electrical conductivity with Sq variations: An approach and results"
    22. Heilig B, "The Equatorial Boundary of the Small-Scale Field-Aligned Currents as an Indicator of the Midnight Plasmapause Location"
    23. Hulot G, Coïsson P, Vigneron P, Léger J-M, Jager T, "On the Swarm ASM Burst Mode Science Data: Status of Data Production and Example Exploitation for ELF Whistler Detection and Ionospheric Investigations"
    24. Hulot G, Olsen N, Stolle C, "An Early Assessment of the Magnetic and Plasma Data From the China Seismo-Electromagnetic Satellite (CSES) Mission"
    25. Hulot G, Léger J-M, Vigneron P, Jager T, Bertrand F, Coïsson P, Boness A, Laurens A, Faure B, "Improving the Science Return of the Swarm Mission and Beyond: The NanoMagSat Nanosatellite High-Precision Magnetic Project"
    26. Iorfida E, Doornbos E, van den IJssel J, March G, Svitlov S, Siemes C, "Swarm L2 thermorsphere density data: response to geomagnetic storms and decreasing solar activity"
    27. Iorfida E, Doornbos E, van den Ijssel J, March G, Svitlov S, Siemes C, "Swarm L2 thermosphere density data: response to geomagnetic storms and decreasing solar activity"
    28. Ivan I-M, Marghitu O, Kaki S, Vanhamaki H, Blagau A, Kauristie K, "Validation / Optimization of Auroral Electric Field Data Observed by Swarm"
    29. Knudsen D and Burchill J, "High-resolution Ion and Electron Distribution Imaging on Swarm A-E: Science Highlights"
    30. Kervalishvili G, Xiong C, Rauberg J, Stolle C, van den IJssel J, Schreiter L, "Total Electron Content (TEC) and the Rate of TEC index (ROTI) derived from ESA's Low Earth Orbit (LEO) mission observations"
    31. Kervalishvili G, Lühr H, Stolle C, Rauberg J, Michaelis I, "Ionospheric currents deduced from 5 Years of Swarm constellation mission observations"
    32. Kloss C and Finlay CC, "Time-dependent low latitude core flow and geomagnetic field acceleration pulses"
    33. Knudsen D, Gillies M, Rankin R, Sydorenko D, Fenrich F, "Utilizing Swarm Observations of Field-line Resonance Arcs to Investigate the Electrodynamics Associated with the Production of this Unique Auroral Form"
    34. Kovacs P and Heilig B, "Detection of intermittent plasma irregularities along the Swarm orbits"
    35. Kuvshinov A, Guzavina M, Grayver A, Yamazaki Y, "Geomagnetic deep sounding with Sq variations. Estimating global-to-local transfer functions using physics-based model of the Sq source""
    36. Livermore P and Finlay CC, "High latitude dynamics: jets in the Earth's core and the accelerating north magnetic pole"
    37. March G, Doornbos E, Visser T, van den IJssel J, Iorfida E, Visser P, Siemes C, "Newly derived thermospheric densities and winds from satellite accelerations"
    38. Marchetti D, De Santis A, Perrone L, Campuzano SA, Cianchini G, Jin S, Cesaroni C, Di Giovambattista R, Ippolito A, Piscini A, Sabbagh D, "A comparison of ionospheric disturbances before the occurrence of large earthquakes between Swarm and CSES satellites"
    39. Martinec Z, Fullea J, Cox G, "Sensitivity Analysis of the Swarm-Observed Magnetic Field of Magnetospheric Origin to Earth's Large-Scale Mantle Electrical Conductivity Inhomogeneities"
    40. Miloch W, Jin Y, Xiong C, Spicher A, Kervalishvili G, Clausen L, Stolle C, "IPIR - data product for global studies of ionospheric plasma irregularities with Swarm satellites"
    41. Munch M, Grayver A, Kuvshinov A, Khan A, "Stochastic inversion of geomagnetic observatory data accounting for complex magnetospheric ring current structure"
    42. Olsen N, Alken P, Hulot G, Laundal K, Stolle C, "Exploring Earth from Space – Towards a true Swarm of Magnetic Satellites"
    43. Pačes M, Jensen JK, Olsen N, "VirES Support for Swarm DISC"
    44. Qamili E, Tøffner-Clausen L, Nielsen JB, Miedzik J, Zawada K, Romanowska M, Bouffard J, Vogel P, Floberghagen R, "An update on the Swarm Magnetic Package instrument status and their L1B data quality"
    45. De Santis A, Di Giovambattista R, Perrone L, Marchetti D, Cianchini G, Arquero-Campuzano S, Piscini A, Ippolito A, Cesaroni C, Spogli L, Sabbagh D, Carbone M, Amoruso L, Abbattista C, "Earthquake-related ionospheric anomalies as detected by Swarm satellite constellation"
    46. Velímský J, Valentová Ľ, Knopp O, "Recovering the Mantle Electrical Conductivity from Swarm: Results after 5 Years"
    47. Rother M, Michaelis I, Stolle C, "Calibrating magnetic field readings of Swarm's growing new family"
    48. Stolle C, Rodriguez-Zuluaga J, Schreiter L, Rother M, Xiong C, Kervalishvili G, "Characterization and modelling of low latitude plasma depletions by means of the magnetic field"
    49. Trenchi L, D'Amicis R, Catapano F, Buchert S, Nilsson T, Burchill J, Knudsen D, Foerster M, Di Betta S, Patterson D, Bouffard J, Vogel P, Floberghagen R, "Swarm Electric Field Instrument: updates on instrument status, data quality, and possible evolution of plasma products"
    50. Tøffner-Clausen L, Brauer P, Finlay CC, Nielsen JB, "Swarm: Sun Induced Magnetic Disturbances, dB_Sun"
    51. Tøffner-Clausen L, Sabaka TJ, Olsen N, Finlay CC, "Comprehensive Inversion of Swarm Magnetic Data, 5th year production"
    52. Van den IJssel J, Doornbos E, Iorfida E, March G, "Thermospheric densities derived from Swarm GPS data"
    53. Xiong C, Stolle C, Kervalishvili G, Rother M, Michaelis I, "An updated model for predicting the location of auroral oval, derived from the aaamagnetic data of multiple LEO satellite missions"
    54. Zehnhausern G, Guzavina M, Maute A, Grayver A, Kuvshinov A, "Geomagnetic depth sounding with ground-based Sq variations: Exploring an alternative, physics-based parameterization of the Sq source"
  • The EGU General Assembly 2019, 7-12 April, 2019, Vienna, Austria More Information, Programme
    1. Aikio A, Vanhamäki H, Workayehu A, Virtanen I, Kauristie K, Juusola L, Buchert S, Knudsen D, "Swarm satellite and EISCAT radar observations of a plasma flow channel in the auroral oval near magnetic midnight", PDF
    2. Aol S, Buchert SC, Jurua E, "Comparing Equatorial F-Region Ionospheric Irregularities From Swarm and Jicamarca", PDF
    3. Balasis G, Papadimitriou C, Boutsi AZ, Daglis IA, Giannakis O, Hulot G, Coisson P, Mann IR, Pakhotin I, "New indices derived from Swarm observations to investigate space weather and geomagnetic activity hazards", PDF
    4. Blecki J, Słomiński J, Wronowski R, Słomińska E, Kułak A, Młynarczyk J, Martyński K, Iwański R, Haagmans R, Parrot M, "The effects of the strong thunderstorms seen in the ionosphere above Poland by DEMETER and Swarm satellites", PDF
    5. Bouffard J, Floberghagen R, Haagmans R, Fernandez D, "Swarm Mission Status, multi-mission opportunities and long-term plan", PDF
    6. Brauer P and Merayo JMG, "Future magnetometry missions- Lessons learned from Swarm", PDF
    7. Buchert SC, "Longitudinal Structures in the Swarm Plasma Densities", PDF
    8. Candidi M, Diego P, Piersanti M, Bertello I, Ubertini P, "CSES and Swarm comparison of ionospheric plasma density observations: a case study", PDF
    9. Coïsson P, Hulot G, Vigneron P, Deram P, Léger J-M, Jager T, "0+ whistlers in the ELF band recorded by Swarm satellites used to reconstruct the ionosphere below the satellite height", PDF
    10. Cox G, Martinec Z, Brown W, "Sampling biases and external source contamination in virtual magnetic observatories", PDF
    11. Dunlop M, Yang J, Freeman M, Rogers N, Wild J, Rae J, Cao J, Luehr H, Xiong C, "Correlation analysis of field-aligned currents measured by Swarm", PDF
    12. Engels O, Kusche J, Schulze K, Gerdener H, Lück C, Döll P, "How large is the added value of Swarm time-variable gravity if assimilated into WGHM?", PDF
    13. Hulot G, Léger J-M, Vigneron P, Jager T, Bertrand F, Coïsson P, Laurens A, Faure B, "The NanoMagSat (Swarm Delta) nanosatellite high-precision magnetic project", PDF
    14. Iyemori T, Aoyama T, Yamada A, Odagi Y, Hozumi K, Yokoyama Y, Nakanishi K, Sano Y, Jarupongsakul T, Pangsapa V, Iguchi M, "Vertical propagation of acoustic waves which generate magnetic ripples and electron density fluctuation as observed by Swarm satellites caused by lower atmospheric disturbances", PDF
    15. Kim H, Hwang J, Park J, Miyashita Y, Shiokawa K, Mann I, Raita T, Lee J, "Large scale ducting of Pc1 pulsations observed by Swarm satellite and multiple ground networks", PDF
    16. Knudsen D and Stolle C, "Satellite-Based Studies of Ionospheric Dynamics and SpaceWeather", PDF
    17. Kwak Y-S, Kim S-I, Kil H, Park J, Kim K-H, Ruohoniemi JM, Tomas EG, Lee J, "First identification of the high-latitude ionization trough from a satellite (SWARM) observation", PDF
    18. Lück C, Ren L, Kusche J, Schön S, Rietbroek R, "Influence of orbit filtering strategies on Swarm time-variable gravity fields", PDF
    19. Lück C, Uebbing B, Rietbroek R, Kusche J, "Using Swarm to derive global sea level budgets", PDF
    20. Lukianova R, "SWARM field-aligned currents during the September 2017 severe magnetic storm", PDF
    21. Meyer U, Sosnica K, Andritsch F, König D, Dach R, Thaller D, Jäggi A, "Combination of SLR, GRACE and SWARM monthly gravity fields at normal equation level", PDF
    22. Nowakowski A, Stewart C, Trenchi L, Floberghagen R, Kilbane-Dawe I, "A machine learning approach to investigate possible signals in the ionosphere related to earthquake activitym", PDF
    23. Qamili E, Siemes C, Trenchi L, Tøffner-Clausen L, Buchert S, Catapano F, Bouffard J, Floberghagen R, Vogel P, "Recent updates on the Swarm Level 1B products", PDF
    24. Qin P, Ge Y, Du A, "The Field-aligned currents coupling with MMS and Swarm Observations", PDF
    25. Ren L, Christina L, Kermarrec G, Schön S, Rietbroek R, Kusche J, "Mitigation of ionospheric effects on Swarm GPS observations and kinematic orbits", PDF
    26. Richter M, Sideris MG, Rangelova E, Kusche J, Lück C, "Bridging the GRACE/GRACE-FO gap with time-variable gravity from the Swarm satellites using PCA", PDF
    27. Rodriguez-Zuluaga J, Stolle C, Yamazaki Y, Chau JL, "Understanding the balance between plasma and magnetic pressures across equatorial plasma depletions using Swarm data", PDF
    28. Uebbing B, Lück C, Rietbroek R, Kusche J, Landerer FW, "Reconciled ocean mass estimates in global and regional sea level budgets from combining GRACE, altimetry and Swarm", PDF
    29. Visser P, Teixeira da Encarnacao J, Doornbos E, van den IJssel J, Mao X, Iorfida E, Arnold D, Jaeggi A, Meyer U, Bezdek A, Sebera J, Klokocnik J, Ellmer M, Mayer-Guerr T, Guo J, Shum Ck, Zhang Y, "Complete 5-years time series of combined monthly gravity field models derived from Swarm GPS data", PDF
    30. Yau A, Foss V, Howarth A, "Swarm-E (e-POP) Observations of Atomic N+ and Molecular Ions in Topside Ion Up-flows and Down-flows: Occurrence Characteristics and Impact on Magnetosphere-Plasmasphere-Thermosphere Coupling", PDF
  • 79th Annual Assembly of German Geophysical Society (DGG 2019), 4-7 March, 2019, Braunschweig, Germany More Information
    1. Fluche B, Stolle C, Vervelidou F, Chau JL, Kusche J, Vogt J, Lühr H, "Objectives and Activities of the DFG Priority Programme 1788 Dynamic Earth", PDF
  • Division of Atmospheric and Space Physics (DASP) Workshop, 20-22 February, 2019, Saskatoon, Canada More Information
    1. Archer W, Gallardo-Lacourt B, St.-Maurice JP, Buchert SC, Donovan E, "The optical signature of subauroral ion drifts", PDF
    2. Burchill J, Foerster M, "Ion drift and effective mass estimates with the Swarm Langmuir probes", PDF
    3. Fenrich FR, Gillies DM, Donovan E, Knudsen D, "Analysis of field line resonance flows, field-aligned currents, and FLR aurora with SuperDARN, REGO, and Swarm", PDF
    4. Foss V, Yau A, "Molecular and N+ Ions in the Auroral Ionosphere", PDF
    5. Ghadjari H, Knudsen D, Skone S, "Electron density map of the topside ionosphere by Faceplate data of SWARM", PDF
    6. Gillies RG, Vollmerhaus L, Spanswick E, Donovan E, "High resolution detection and tracking of Low Earth Orbit satellites using RISR-C", PDF
    7. Knudsen D, "Swarm EFI and EPOP SEI Science Highlights", PDF
    8. Lira PAR, "Physical model to improve calculated plasma parameters from Swarm Langmuir probes measurements", PDF
    9. Maxworth A, Hussey G, Hird F, Sofko G, James G, Yau A, "Polarization Measurements of Proton Whistlers and other Natural Low-Frequency Radio Emissions Observed by ePOP- RRI", PDF
    10. Maxworth A, Hussey, G Bernhardt P, Nossa E, Hird F, Yau A, "Spectral and Polarization Characteristics of Unexpected Stimulated Natural Radio Emissions as Observed by ePOP-RRI during an Arecibo Heating Campaign", PDF
    11. Mohandesi A, Knudsen D, Skone S, "Comparison Between Equatorial Electron Density and GPS Signal Behavior Using Swarm Observations", PDF
    12. Pakhotin I, Mann IR, Xie K, Burchill J, Knudsen D, "Alfvenic Magnetosphere-Ionosphere Coupling: A Northern Preference for Electromagnetic Energy Input", PDF
    13. Perry GW, Ruzic KD, Sterne KT, Yau AW, "Modeling SuperDARN Saskatoon's radiation pattern in an empirical ionosphere", PDF
    14. Quinn C, "Determining the effects of coating material on the Swarm satellites' Langmuir Probe plasma measurements", PDF
    15. Yau A, Foss V, Howarth A, Perry G, Watson C, "Plasma density depletion and ion flow perturbation during the solar eclipse", PDF
  • AGU's Chapman on Scientific Challenges Pertaining to Space Weather Forecasting including extremes, 11-15 February, 2019, Pasadena, CA, USA More Information
    1. Jin Y, Xiong C, Spicher A, Kervalishvili G, Clausen LBN, Stolle C, Wojciech MJ, "IPIR -Global study of ionospheric plasma irregularities with Swarm satellites", PDF
  • X Observatory Days, 9-11 January, 2019, Sodankylä, Finland More Information
    1. Laundal KM, Finlay CC, Olsen N, Reistad JP, "An empirical model of the average magnetic field and polar current system, based on Swarm and CHAMP magnetometer measurements"
  • Magnetic Interactions 2019, 3-4 January, 2019, Liverpool, UK More Information
    1. Brown W, Chulliat A, Macmillan S, Alken P, Beggan C, Nair M, Hamilton B, Woods A, "Recent secular variation and an update to the World Magnetic Model"

2018

  • The AGU Fall Meeting 2018, 10-14 December 2018, Washington, D.C., USA More Information
    1. Stolle C, Xiong C, Kervalishvili G, Rother M, Michaelis I, "Space weather and geospace research with ESA's Swarm constellation: results, perspectives and opportunities"
    2. Laundal K, Reistad JP, Tenfjord P, Ohma A, Østgaard N, "Testing assumptions of hemispheric asymmetries in ionospheric currents with respect to the IMF By and dipole tilt angle "
    3. Pakhotin I, Mann IR, Xie K, Burchill JK, Knudsen DJ, "Alfvenic Magnetosphere-Ionosphere Coupling: A Northern Preference for Electromagnetic Energy Input"
    4. Chartier A, Mitchell CN, Miller ES, "Interhemispheric Analysis of Sporadic-F Annual Variability Using Swarm"
    5. Bhatt A, Kendall EA, Ruohoniemi JM, Zhang S, Coster A, Kilcommons LM, "SWARM observations of Memorial Day storm in conjunction with MANGO imaging network"
    6. Shen Y, Knudsen DJ, Burchill JK, Howarth AD, Yau AW, Miles D, James HG, Perry GW, "Plasma energization and field-aligned ion bulk flow observations from the Suprathermal Electron/Ion Imager (SEI) instrument onboard the e-POP (Swarm-E) satellite"
    7. Perry GW, Watson C, Howarth AD, Themens D, Foss V, Langley RB, Yau AW, "Swarm-E Radio Occultation Measurements of the Topside Ionosphere During the August 2017 Solar Eclipse"
    8. Liang J, Shen Y, Donovan E, Spanswick E, Burchill JK, Knudsen DJ, "REGO and e-POP observations of Alfvenic aurora"
  • Swarm In Orbit Performance Review meeting #9,, Airbus, Immenstaad am Bodensee, 03-05 December, 2018, Germany
    1. Hulot G and Vigneron P, “Update on ASM investigations and studies”
    2. Hulot G, Vigneron P, Deram P, Léger JM, Jager T, “New ASM 250 Hz burst mode science data”
    3. Serco, presentations in the following topics, “Orbatt / Magnet / Accele Processor Status” and “PLASMA Processor Status”.
  • 3rd International Workshop of China Seismo-Electromagnetic Satellite Mission,, 15-19 November, 2018
    1. Hulot G, Olsen N, Stolle C, Vigneron P, Rother M, the Swarm magnetic expert group, “A comparison of preliminary CSES magnetic data with magnetic data and models from the ESA Swarm mission”
  • Scientific Workshop for Students and Young Researchers on the Anniversary of 10 Years of the Czech Republic in ESA, , 12-15 November, 2018, Prague, Czech Republic
    1. Velímský J, et al., “Space observations in geophysics and planetary sciences: Overview of research carried out at the Department of Geophysics”
  • 15th European Space Weather Week, 5-9 November 2018, Leuven, Belgium More Information
    1. Floberghagen R, many members of the Swarm team, "Space weather and geospace research with ESA's Swarm constellation: results, perspectives and opportunities", PDF
    2. Coïsson P, Deram P, Hulot G, Vigneron P, Léger J-M, Jager T, "Ionospheric information obtained from ELF whistlers detected by the ESA Swarm satellites", PDF
    3. March G, Visser T, Doornbos E, Iorfida E, van den IJssel J, Visser P, "Update on thermospheric density products from satellite observations March", PDF
    4. Balasis G, Papadimitriou C, "An initial ULF wave index derived from 2 years of Swarm observations", PDF
  • 15th International Symposium on Equatorial Aeronomy, 22-26 October 2018, Ahmedabad, India More Information
    1. Stolle C, Floberghagen R, Yamazaki Y, Kervalishvili G, Rodriguez-Zuluaga J, Xiong C, "The Swarm satellites: the magnetic satellite mission to investigate geospace"
    2. Rodriguez-Zuluaga J, Stolle C, Chau J, "Electric currents related to equatorial plasma depletions: New insights from the Swarm mission"
  • Gravity, Geoid and Height Systems 2 (GGHS-2018) Symposium, , 17-21 Sep 2018, Copenhagen, Denmark More Information
    1. Teixeira Encarnação J, Arnold D, Bezdek A, Doornbos E, Ellmer M, Guo J, van den IJssel J, Iorfida E, Jäggi A, Klokočník J, Mao X, Mayer-Gürr T, Meyer U, Sebera J, Shum CK, Visser P, Zehentner N, Zhang Y, Zhang C, “Observing Earth's mass transport processes with the Swarm satellites”
  • The EGU General Assembly 2018, 8–13 April, 2018, Vienna, Austria More Information
    1. 12+29 presentations: Meetings, Posters
    2. Jaeggi A, et al.,Assessment of individual and combined gravity field solutions from Swarm GPS data and mitigation of systematic errors”
    3. Lu G, Doornbos E, Anderson B, “Improving Global Ionospheric Electrodynamics Based on Low-Earth Orbiting Satellite Observations”
    4. Heilig B and Lühr H, “Empirical Plasmapause Model based on Swarm Observations”
    5. Blagau A, Vogt J, He M, “Improvements on field-aligned currents characterization with Swarm”
    6. Bunescu C, et al., “Multiscale analysis of the field-aligned current density”
    7. Rudenko S, et al., “Investigation of temporal change of thermosphere density scale factors derived from SLR observations to LEO satellites”
    8. Schön S, Kermarrec G, Ren L, “Ionospheric Filtering: Improving Swarm Orbits and Studying Ionospheric Fluctuations”
    9. Xiong C, Stolle C, Park J, “Climatology of GPS signal loss observed by Swarm satellites”
    10. Rodriguez-Zuluaga J, Stolle C, Chau J, “A climatology of field-aligned currents related to equatorial plasma depletions derived from Swarm measurements”
    11. Chen K and Rothacher M, “Swarm precise orbit determination and its application in deriving geocenter variations in combination with ground observations”
    12. Lück C, et al., “Closing the gap between GRACE and GRACE-FO with Swarm”
    13. de Teixeira da Encarnacao J, et al., “Signal contents of combined monthly gravity field models derived from Swarm GPS data”
    14. Kim H, Hwang J, Park J, Lee J, “Long-lasting Pc1 pulsations observed by Swarm satellites”
    15. Jin Y, et al., “Ionospheric Plasma Irregularities Characterized by the Swarm satellites”
    16. Juusola L, et al.,New space weather products from the Swarm satellite constellation mission: Auroral electrojets and oval boundaries”
    17. De Santis A and the TEAM SAFE, “All world statistical validation of the Lithosphere-Atmosphere- Ionosphere coupling by 3.5 years of Swarm satellite electromagnetic pre-earthquake anomalies”
    18. Brown W and MacMillan S, “Geomagnetic jerks during the Swarm era and impact on IGRF-12”