MITgcmUV Home Page

-Source Code

- MITgcm -CVS Tree: browse the source tree and examine the change logs for each -file in the "HEAD" branch of our release tree. The latest checkpoint -is "checkpoint39".

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-Use anonymous CVS to maintain your working -copy but adhere to our policy on using CVS

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-For the old fashioned, download a tar -ball.

-Help

-FAQ (Frequently -Asked Questions) is a user maintained document. We're relying on your input -to make this document grow.

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-Support: If you need help we run a discussion -group where you can post your questions and browse previous Q's & -A's. You can email the group at support@mitgcm.org.

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-Bugs: If you have found a bug you may report it by email to bugs@mitgcm.org -and monitor the status of your report on-line.

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-MIT-JPL development -forum.

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-Internal only: Log-in -to administrate bug reports

-Projects

-ECCO @ SIO: Project site for "Estimating -the Circulation and Climate of the Ocean": -also see ECCO @ JPL.

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-Tidal interactions -with sloping boundaries.

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-Gridding the sphere using expanded -cubic grids.

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-Long Island Sound (modeling at U. Conn)

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-Biogeochemical Tracers in a High Resolution Simulation of the North -Atlantic.

-Links

-Who's who?: List of people with -contact information.

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-Directories of Ocean -Circulation Models and Climate -Modeling Groups.

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-Other sources of information: AMIP, -CMIP, -OCMIP, -*MIP, -LDEO -Climate -Data Repository.

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-At MIT: PAOC (Program in Atmospheres, -Oceans and Climate), CMI -(Climate Modeling Initiative)

+ The MITgcm (MIT General Circulation Model) is a numerical model for studying the + ocean and atmosphere. It is capable of simulating these fluids at a wide range of + scales and can resolve many different processes. It has a non-hydrostatic capability + (Marshall et al., JGR 1997a & b) and uses the finite volume method to accurately + represent the bottom boundary position (Adcroft et al., MWR 1998).
+

+ + + + + + + + + + + + +

Source Code

+ +

Release1_patch8 (known as Sealion) is documented + and available.
MITgcm + CVS Tree: browse the source tree and examine the change logs for each + file in the "HEAD" branch of our release tree. The latest version is "release1_p8".
Use anonymous CVS to maintain your + working copy but adhere to our policy on using + CVS
For the old fashioned, download a tar ball.

Help

+ +

Support: If you need help, please see the + MITgcm development server + which includes: + +
- a Web interface + to the CVS repository,
- the + MITgcm-support mailing list with a web-browsable archive,
- a web-based + forum suitable for quick questions, and
- a search engine that + indexes the entire email list archive and the online manual.
+ +

Projects

+ +

Main project site for ECCO: + "Estimating the Circulation and + Climate of the Ocean"; also see ECCO @ MIT, ECCO @ UCSD, ECCO @ JPL.
Gridding the sphere using expanded cubic grids.
Long Island Sound (modeling at U. Conn)
Biogeochemical Tracers in a High Resolution Simulation of the North Atlantic.

-MITgcm