Skip to content
@NASA-Planetary-Science

NASA-Planetary-Science

NASA-Planetary-Science GitHub

The NASA Planetary Science GitHub is the recommended repository for software developed through research projects funded by NASA's Planetary Science Division (PSD) within its Science Mission Directorate (SMD), especially research projects under ROSES Appendix C.1.

For access:

Contact Dr. KC Hansen at kenneth.c.hansen@nasa.gov to request access, which provides researchers with the ability to create a repository for their software.

Requirements & Resources

The SMD Scientific Information Policy (SPD-41A) describes how research software developed with SMD funding must be shared, starting in ROSES 2023. In particular, SMD-funded scientifically useful software must:

  • be made publicly available (e.g., via this NASA Planetary Science GitHub) no later than the publication date of the associated paper (or the end of the award's period of performance, if there is no associated publication)
  • be made citable using a persistent identifier (e.g., via Zenodo, which is integrated with GitHub)
  • include a code of conduct and guidelines for community contributions (e.g., as for NASA TOPS), which may include how to make contributions, the type of contributions that the project is accepting, or even that the project is currently not accepting contributions

Additionally, such software is strongly recommended to be released under a permissive license (e.g., Apache License 2.0, MIT License). The above requirements do not apply to restricted or commercial software.

See the SMD Open Science Guidelines, in particular the Software Management & Sharing section, for further details and examples of what is considered acceptable compliance to these requirements.

For research projects funded under ROSES Appendix C.1., the PSD Information & Data Policy, which is the PSD Division-level supplement to SPD-41A, also applies but does not contain any additional requirements on software at this time.

Go here for more information on NASA's Open Source Science Initiative.

Popular repositories

  1. sbpy sbpy Public

    A Python package for small bodies research

    Python 65 34

  2. HiMAT HiMAT Public

    Jupyter Notebook 23 9

  3. sbpy-tutorial sbpy-tutorial Public

    sbpy tutorials and workshop materials

    Jupyter Notebook 13 8

  4. AmesCAP AmesCAP Public

    Analysis pipeline for the Ames GCM

    HTML 10 7

  5. rss_ringoccs rss_ringoccs Public

    Python 4 2

  6. krc krc Public

    The KRC thermal model and associated davinci interface

    TeX 4 2

Repositories

Showing 10 of 27 repositories
  • AmesCAP Public

    Analysis pipeline for the Ames GCM

    HTML 10 MIT 7 0 0 Updated May 1, 2024
  • pgdtools Public

    Tools to interact with the presolar grain database.

    TeX 0 MIT 1 0 0 Updated Apr 29, 2024
  • Python 4 GPL-3.0 2 1 1 Updated Apr 20, 2024
  • Saturn-Mag-Model Public

    FORTRAN source code for a Saturnian magnetospheric empirical magnetic field model derived from Cassini magnetometer data

    Fortran 0 BSD-3-Clause 0 1 0 Updated Mar 18, 2024
  • .github Public

    NASA-Planetary-Science metadata

    0 0 0 0 Updated Mar 4, 2024
  • Pade-disk-code Public

    Fortran90 code to simulate protoplanetary disk turbulence using Pade/compact differencing.

    Fortran 1 0 0 0 Updated Jan 29, 2024
  • sbpy Public

    A Python package for small bodies research

  • PlanetMag Public

    Planetary Magnetic Field Modeling

    MATLAB 2 Apache-2.0 0 0 0 Updated Jan 23, 2024
  • PlanetProfile Public

    Mirror of vancesteven/PlanetProfile. Pull requests should be submitted to vancesteven/PlanetProfile.

    MATLAB 4 GPL-3.0 0 0 0 Updated Jan 6, 2024
  • MoonMag Public

    Mirror of itsmoosh/MoonMag. Pull requests should be submitted to itsmoosh/MoonMag.

    Mathematica 2 GPL-3.0 0 0 0 Updated Jan 6, 2024

Top languages

Loading…

Most used topics

Loading…