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Add to or Edit CIG Web Pages

by Sue Kientz last modified 2007-07-31 08:18 AM

If you are collaborating with other CIG members and need to add or edit web pages on this website, or you want a place to store or share your CIG-related research results, you need a CIG account.

  1. To become a member, send an e-mail with three choices of username to . You will be assigned a password via e-mail.
  2. Once you receive your password, login to the CIG website.
    • You will be prompted to review and (if desired) change your default preferences.
    • Change your password to something you can remember.

By requesting membership, you agree that you understand and will abide by CIG's membership policies:

  • Member accounts are for CIG- and/or geophysical science-related business only. CIG accounts used for unauthorized and/or illegal activity are subject to immediate removal.
  • CIG reserves the right to suspend any subscription that no longer has a valid e-mail address.

  1. Your personal web page (found via the left "navigation" box at Members > username's home) can be used to draft or publish research results or anything else you wish to share with other CIG members or the geodynamics community in general.
    • You have full administrative privileges in your home folder.
    • You can also grant write access to other CIG members to add or change content in your home folder. Navigate to the folder or file you wish to grant write access to and click the Sharing tab. Follow the instructions at "Add sharing permissions...."
  2. CIG's web pages can be written in Structured Text, HTML, or plain text.
  3. If you are collaborating with other CIG members in one of the common Working Group areas and need write access to those web pages, e-mail the project lead and request that write permission be activated.
core software
CitcomS - finite element parallel code for modeling compressible thermochemical convection in a 3D domain (e.g., within the Earth's mantle)
Gale - 2D/3D parallel code for long-term tectonics problems in orogenesis, rifting, and subduction
Mag - serial version of a rotating spherical convection/ magnetoconvection/ dynamo code
PyLith - finite element code for the solution of dynamic and quasi-static tectonic deformation problems
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