Monitoring and Forecast of Ionospheric Disturbances

Welcome to the Transionospheric Radio Link - Monitoring and Forecast of Ionospheric Disturbances service

Overview

The service "Transionospheric Radio Link - Monitoring and Forecast of Ionospheric Disturbances" aims to provide an estimate of the occurrence risk of ionospheric disturbances, including monitoring and detection of ionospheric phenomena causing local disturbances of electron density and detection of geomagnetic storms. This service is currently under development. The aim is to consider the following ionospheric phenomena:

  • trough,
  • Travelling Ionospheric Disturbances (TIDs),
  • patches,
  • depletions and
  • D-region absorption.

Currently, this service provides vertical TEC maps, URSI ionospheric parameters and ionospheric perturbation products like the equivalent slab thickness and Rate Of Change of TEC Index (ROTI).

Read more about this service

Highlights

Announcements

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Products and Alerts

The following products are associated with this service:

Products

Ionospheric Disturbances Nowcast
Ionospheric Disturbances
Ionosphere, Nowcast
Vertical Total Electron Content Map
3D Electron Density Grids
URSI Ionospheric Parameters
Riometer Data
Scintillation Indices and Parameters
Ionosphere, Forecast
Vertical Total Electron Content Map
3D Electron Density Grids

No product available in this category yet

URSI Ionospheric Parameters
Riometer Data

No product available in this category yet

Scintillation Indices and Parameters
  • S4 and Err(S4) 6-hour forecast modelled maps
  • SigmaPhi and Err(SigmaPhi) 6-hour forecast modelled maps
  • S4 and Err(S4) 6h forecast modelled values at a given location
  • SigmaPhi and Err(SigmaPhi) 6h forecast modelled values at a given location
Solar indices Nowcast
Solar Flares
Smoothed Sunspot Number (SSN, R12)

No product available in this category yet

10.7cm Solar Radio Flux (F10.7)
Solar X-ray Flux
Solar EUV Integrated Flux

No product available in this category yet

Solar UV Flux

No product available in this category yet

Solar indices, Forecast
Solar Flares
Smoothed Sunspot Number (SSN, R12)
10.7cm Solar Radio Flux (F10.7)
Solar X-ray Flux

No product available in this category yet

Solar EUV Integrated Flux

No product available in this category yet

Solar UV Flux

No product available in this category yet

Geomagnetic indices, Nowcast
Local External Magnetic Field on Ground
Local Geomagnetic Induced Geoelectric Field
Geomagnetic indices, Forecast
Local External Magnetic Field on Ground
Local Geomagnetic Induced Geoelectric Field

No product available in this category yet

Tools

User Manual

While quiet ionospheric conditions are considered in many applications, disturbed conditions limit the functionality and availability of most systems. Prominent ionospheric perturbations are e.g.

  • The ionospheric trough: an electron density depletion near the auroral region.
  • Ionospheric patches: very localised regions with strong electron density deviations. Patches occur predominantly in the polar regions.
  • Travelling Ionospheric Disturbances (TID): TIDs are signatures of atmospheric gravity waves. The atmospheric waves cause perturbations in the winds and density of the thermosphere, which is impacting the electron density.
  • Depletions: Electron density depletions in mid-latitudes often occur during high geomagnetic activity. They are related to mid-latitude spread-F plumes (or plasma bubbles).
  • D-region absorption: the D-region describes the lower ionosphere at about 80 km altitude. Enhancement of the D-region electron density can cause absorption of high frequency (HF) radio waves used for long-range communication. These D-region electron density enhancements can be primarily attributed to solar flares (X-ray) and radiation storms.

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Interruptions

None

TEC map (Global), current

Full product
Provided by: German Aerospace Center

σφ maps (Northern Europe)

Full product
Provided by: Norwegian Mapping Authority

SOLERA-drift

Full product
Provided by: UPC-IonSAT