Active filters:
Clear filters
THEMATIC AREA
INSTRUMENT TYPE

Search items

  • Data - Other

    Data - Other

    EO-SSO registration

    Learn how to register an EO-SSO account, which is required to access some data and submit proposals for data.

  • Data - Other

    Data - Other

    Data registration and proposals profile

    Access your profile to see your requested data products or registrations and proposals you have submitted. An active EO-SSO account is required.

  • News - General News

    Long-term quality assessment of Swarm L1B data 12 May 2020

    News - General News

    Long-term quality assessment of Swarm L1B data

    A technical note describing the Swarm L1B data quality is now available.

  • News - General News

    12 May 2020

    News - General News

    Improved Swarm IPDxIRR_2F products now available

    An improved version of the Swarm IPDxIRR Level-2 product (version 0301) is now available.

  • Tools - Other

    12 May 2020

    Tools - Other

    Swarm VRE

    The Swarm Virtual Research Environment (VRE) is a cloud service which provides a web-based interactive development environment based on JupyterLab.

  • Document - Availability Report

    16 June 2020

    Document - Availability Report

    Swarm-instrument-unavailability.pdf

    This report details all of the times the Swarm instruments have been unavailable.

  • News - Operational News

    7 Apr 2020

    News - Operational News

    Swarm Alpha and Charlie: Magnetic field data regenerated from January 2018

    The VFM (Vector Field Magnetometer) scaling that changes with time, i.e., s_t, needs to be slightly adjusted starting from January 2018 onward.

  • Data - Data Description

    Data - Data Description

    Swarm Level 2 longterm

    The Swarm Level 2 Long Term data products are the corrected and formatted output from each of the three Swarm satellites. By a complex assimilat...

  • Data - Data Description

    Data - Data Description

    Swarm Level 2 daily

    The Swarm Level 1b data products are the corrected and formatted output from each of the three Swarm satellites. By a complex assimilation of th...

  • Data - Data Description

    Data - Data Description

    Swarm Geodesy/Gravity

    Monthly gravity field of the Earth, non-gravitational accelerations

  • Data - Data Description

    Data - Data Description

    Swarm Core

    Spherical harmonic model of the main (core) field and its temporal variation

  • Data - Data Description

    Data - Data Description

    Swarm Level 1 B

    The Level 1b products of the Swarm mission contains time-series of quality-screen, calibrated, and corrected measurements given in physical, SI ...

  • Data - Data Description

    Data - Data Description

    Swarm Ionosphere/Magnetosphere

    Spherical harmonic model of the large-scale magnetospheric field and its Earth-induced counterpart, spherical harmonic model of the daily geomag...

  • Data - Data Description

    Data - Data Description

    Swarm Space Weather

    Environmental conditions in Earth's magnetosphere, ionosphere and thermosphere due to the solar activity that drive the Sun-Earth interactions

  • Data - Data Description

    Data - Data Description

    Swarm Thermosphere

    Neutral thermospheric density

  • Data - Data Description

    Data - Data Description

    Swarm Lithosphere

    Spherical harmonic model of the lithospheric field

  • Data - Data Description

    Data - Data Description

    Swarm Oceans

    Oceans tides, induced magnetic field

  • Data - Data Description

    Data - Data Description

    Swarm Mantle

    Model of mantle conductivity, core-mantle interaction

  • Mission - Earth Explorers

    Mission - Earth Explorers

    Swarm

    Swarm is dedicated to creating a highly detailed survey of the Earth’s geomagnetic field and its temporal evolution as well as the electric field in the atmosphere using a constellation of three identical satellites.

  • Activity - Quality

    Activity - Quality

    Swarm - Spherical Elementary Current System

    The Swarm-SECS project investigates how the method of Spherical Elementary Current Systems can be applied to Swarm magnetic and electric field data in order to create new data products.