Sea-ice donuts
The MITgcm is now able to generate Sea-Ice Donuts. In a push to move forward MITgcm on the path of fundamental science and climate understanding, David Ferreira and Jean-Michel Campin simulated a...
View ArticleAdjoint Advances
Adjoint Advances story by Helen Hill Two MITgcm adjoint activities are (i) the development of an open-source, extensible automatic differentiation tool, OpenAD and (ii) the configuration of an ~18km...
View ArticleSea Ice
Work by Martin Losch of the Alfred-Wegener-Institute, Bremerhaven, Germany, Jean Michel Campin, Patrick Heimbach, Chris Hill (at MIT) and Dimitris Menemenlis (JPL) extending the reach of the MITgcm in...
View ArticleAnthropogenic CO2 transport in the Southern Ocean.
Taka Ito, Molly Woloszyn and Matt Mazloff have been studying anthropogenic CO2 transport in the Southern Ocean. Using MITgcm's adjoint and offline capabilities, the team find a clear correlation...
View ArticleOCCA
This month we focus on work by Gael Forget and the ECCO team who have been using MITgcm to construct a new ocean atlas. By using MITgcm as a means of optimally synthesising data within the framework of...
View ArticleAdjoint approaches to assessing local vulnerability to buoyant surface plumes
Prompted by the recent spill in the Gulf of Mexico, Ross Tulloch, Chris Hill and Oliver Jahn have been using MITgcm to compute the vulnerability of individual locations to remote buoyant surface plumes.
View ArticleUnder the Ice
In a new paper published in the Annals of Glaciology, long-time MITgcm users Patrick Heimbach and Martic Losch investigate the sensitivity of sub-ice-shelf melt rates under the Pine Island Ice Shelf,...
View ArticleLooping the loop in the Gulf of Mexico
This month we focus on several recent papers that have used MITgcm and its adjoint to perform state estimates and explore its ocean forecasting capabilities in the Gulf of Mexico.
View ArticleSlip Sliding Away…
Dan Goldberg has been working with longtime MITgcmer Patrick Heimbach, looking at new ways to assimilate observations into glaciological flow models capable of representing fast streaming ice flow.
View ArticleSea-ice donuts
The MITgcm is now able to generate Sea-Ice Donuts. In a push to move forward MITgcm on the path of fundamental science and climate understanding, David Ferreira and Jean-Michel Campin simulated a...
View ArticleAdjoint Advances
Adjoint Advances story by Helen Hill Two MITgcm adjoint activities are (i) the development of an open-source, extensible automatic differentiation tool, OpenAD and (ii) the configuration of an ~18km...
View ArticleSea Ice
Work by Martin Losch of the Alfred-Wegener-Institute, Bremerhaven, Germany, Jean Michel Campin, Patrick Heimbach, Chris Hill (at MIT) and Dimitris Menemenlis (JPL) extending the reach of the MITgcm in...
View ArticleAnthropogenic CO2 transport in the Southern Ocean.
Taka Ito, Molly Woloszyn and Matt Mazloff have been studying anthropogenic CO2 transport in the Southern Ocean. Using MITgcm's adjoint and offline capabilities, the team find a clear correlation...
View ArticleOCCA
This month we focus on work by Gael Forget and the ECCO team who have been using MITgcm to construct a new ocean atlas. By using MITgcm as a means of optimally synthesising data within the framework of...
View ArticleAdjoint approaches to assessing local vulnerability to buoyant surface plumes
Prompted by the recent spill in the Gulf of Mexico, Ross Tulloch, Chris Hill and Oliver Jahn have been using MITgcm to compute the vulnerability of individual locations to remote buoyant surface plumes.
View ArticleUnder the Ice
In a new paper published in the Annals of Glaciology, long-time MITgcm users Patrick Heimbach and Martic Losch investigate the sensitivity of sub-ice-shelf melt rates under the Pine Island Ice Shelf,...
View ArticleLooping the loop in the Gulf of Mexico
This month we focus on several recent papers that have used MITgcm and its adjoint to perform state estimates and explore its ocean forecasting capabilities in the Gulf of Mexico.
View ArticleSlip Sliding Away…
Dan Goldberg has been working with longtime MITgcmer Patrick Heimbach, looking at new ways to assimilate observations into glaciological flow models capable of representing fast streaming ice flow.
View Article
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