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Data, Innovation and Science Cluster

Find the activities you need.

  • Activity - Projects

    Swarm Ionospheric Polar Electrodynamics

    The goal of the Swarm ionospheric polar electrodynamics (SWIPE) project is to create and disseminate the most advanced models of high-latitude Joule dissipation, ionospheric convection, and ionospheric conductances.

  • Activity - Projects

    Swarm Ion Temperature Estimation

    The main objective of Swarm Ion Temperature Estimation (SITE) project is to estimate ion temperatures along the orbits of Swarm satellites using available LP electron density and temperature measurements, and numerical models.

  • Activity - Projects

    Swarm LP Ion Drift and Effective Mass

    The Swarm LP Ion Drift and Effective Mass (SLIDEM) project will augment Swarm's ability to measure the along-track component of ion drift, and assess the composition of ionospheric ions.

  • Activity - Projects

    Plasmapause Related boundaries in the topside Ionosphere as derived from Swarm Measurements

    In the project, Plasmapause Related boundaries in the topside Ionosphere as determined from Swarm Measurements (PRISM), the team develop products that characterise position of the plasmapause related phenomena in the topside ionosphere.

  • Activity - Projects

    Dipolar Spherical Elementary Current Systems (DSECS) toolbox

    The purpose of this project is to create a user-friendly version of a previously developed analysis method for estimating ionospheric currents at low and middle latitudes.

  • Activity - Projects

    3D mantle conductivity

    The 3D mantle conductivity project is part of the Swarm DISC (Data, Innovation and Science Cluster).

  • Activity - Projects

    TOLEOS

    The TOLEOS (Thermosphere Observations from Low-Earth Orbiting Satellites) project will produce thermosphere mass density observations from the accelerometer measurements of the GRACE, GRACE-FO, and CHAMP satellites.

  • Activity - Projects

    TIRO

    Topside Ionosphere Radio Observations from multiple LEO-missions (TIRO) project will provide two measurements from onboard instruments of LEO satellite missions: TEC (Total Electron Content) derived from GNSS signals, and electron density derived from KBR (K-Band Ranging) system observations.

  • Activity - Projects

    Swarm-AuroraX

    AuroraX-DISC activities is building directly on the Swarm-Aurora framework. The team will continue to evolve the metadata and summary data from the satellites and the ground-based (and ultimately space-based) imagers in response to suggestions by users.

  • Activity - Projects

    SIFACIT

    The project SIFACIT (Swarm Data Quality Investigation of Field-Aligned Current Products, Ionosphere, and Thermosphere Systems) focuses on the study of the Field-Aligned Currents.

  • Activity - Projects

    Geomagnetic Virtual Observatories

    Geomagnetic Virtual Observatories (GVO) project data products provide valuable information to those investigating magnetospheric and ionospheric magnetic signals on timescales of months and longer.

  • Activity - Projects

    Ionospheric Plasma IRregularities characterised by the Swarm satellites

    The IPIR project will develop a high-level, global product based on Swarm measurements that will characterise ionospheric irregularities and fluctuations, and address the needs of the users.

  • Activity - Projects

    Average Magnetic field and Polar current System model

    The AMPS project outcome is a new climatological model of polar ionospheric currents, based on magnetic field measurements from the CHAMP and Swarm satellites.

  • Activity - Projects

    Auroral Electrojet and auroral Boundaries estimated from Swarm observations

    In the Swarm-AEBS project, a set of new Swarm data products that characterise the auroral electrojets and auroral oval boundaries will be derived from Swarm magnetic field measurements.

  • Activity - Projects

    Multi-Approach Gravity Field models from Swarm GPS data

    Multi-Approach Gravity Field models from Swarm GPS data project aims to provide quality gravity field models from Swarm data that constitute an alternative and independent source of gravimetric data.

  • Activity - Projects

    Swarm-Aurora

    Swarm-Aurora, a web-based tool, provides access to quick-look summary data for an array of ground-based instruments and Swarm in situ measurements, enabling researchers to identify events of interest.

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