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Useful links

A curated list of resources for working with heliospheric radio data. More can be added.

Python packages

The maintained loaders and tools you should reach for first.

  • radiospectra. SunPy affiliated package for radio dynamic spectra. Supports search, download, reading and plotting for: e-CALLISTO, EOVSA, I-LOFAR (mode 357 BST), PSP/RFS, Solar Orbiter/RPW, RSTN (Learmonth and others), STEREO/SWAVES, Wind/WAVES, plus custom spectra (minimum required: time, frequency, and data arrays).
  • maser-data (maser4py). Python package for reading low frequency radio data from many space missions. Returns xarray objects.
  • pyspedas. Multi mission space physics data access. Good for retrieving PSP/RFS, Wind/WAVES, STEREO/WAVES and Solar Orbiter/RPW spectra consistently.
  • Speasy. Format agnostic data retrieval from AMDA, CDPP, CDAWeb, SSCWeb.
  • SciQLop. Interactive visualisation environment for space physics time series. GUI based with a Python API.
  • sunpy-soar. Solar Orbiter Archive client for SunPy Fido.
  • SolarViewer. Visualisation and download tool for Learmonth, RSTN, e-CALLISTO and related solar data.

Ground based instruments

LOFAR

e-CALLISTO

Nançay (NDA, ORFEE, NenuFAR)

RSTN (Learmonth and other stations)

OVSA / EOVSA / OVRO-LWA


Space based instruments

Solar Orbiter / RPW

Parker Solar Probe / FIELDS

STEREO / WAVES

Wind / WAVES


Quicklook and event browsers

When you want to see what was happening on a given day before committing to a download.


Community portals and broader resources

  • CDAWeb. NASA Coordinated Data Analysis Web. Central archive for many space physics CDF datasets.
  • SPDF. NASA Space Physics Data Facility.
  • CDPP. French national space plasma data centre.
  • IHDEA. International Heliophysics Data Environment Alliance.
  • DASH. Distributed Archive for Solar and Heliospheric data.
  • SunPy. Python ecosystem for solar physics.

Standards and metadata references

For instrument teams and data providers.


Workshop resources