hamishHay/MITgcm: TopDrag

Simulation of the Greenland Ice Sheet evolution using different initialization methods

Rückamp, Martin
Humbert, Angelika

January 2015

Recent observations show an accelerated ice loss of the Greenland ice sheet during the past few deca...

An Idealised Barotropic Ocean Gyre Model Code, Based on MITgcm

Yixi Zheng
David P. Stevens
Karen J. Heywood
Benjamin G. M. Webber
Bastien Y. Queste

June 2022

This dataset is supplementary to The Cryosphere paper "Reversal of ocean gyres near ice shelves in t...

Providing the ARCHER community with adjoint modelling tools for high performance oceanographic and cryospheric computation

Pringle, Gavin J.
Jones, Daniel C.
Goswami, Sudipta
Narayanan, Sri Hari Krishna
Goldberg, Daniel

October 2016

The MITgcm (MIT General Circulation Model, http://mitgcm.org/) is a numerical model designed for ...

hamishHay/MITgcm: TopDrag

Jean-Michel Campin
Patrick Heimbach
Martin Losch
Gael Forget
edhill3
Alistair Adcroft
amolod
Dimitris Menemenlis
dfer22
Chris Hill
Oliver Jahn
Jeff Scott
stephdut
Matt Mazloff
Baylor Fox-Kemper
antnguyen13
Ed Doddridge
Ian Fenty
Michael Bates
AndrewEichmann-NOAA
Timothy Smith
mitllheisey
Torge Martin
Jonathan Lauderdale
Ryan Abernathey
samarkhatiwala
hongandyan
Bruno Deremble
dngoldberg
Pascal Bourgault

February 2023

Version of the MITgcm modified to include quadratic top drag. This is the version of the MITgcm used...

Data for "Turbulent drag at the ice-ocean interface of Europa in simulations of rotating convection: Implications for nonsynchronous rotation of the ice shell"

Hay, Hamish

February 2023

Data files and python Jupyter notebook to reproduce Figures 2 - 6 from the manuscript "Turbulent dra...

Arctic cubed sphere configuration of MITgcm with 2-km resolution

Hutter, Nils
Losch, Martin

December 2022

This repository includes a regional Arctic configuration of the Massachusetts Institute of Technolog...

MITcgm numerical model code (with landfast ice parametrization) and output

Itkin, Polona
Losch, Martin

September 2017

The numerical model documented here is a regional coupled sea ice - ocean model based on the Massach...

Role of variable form drag coefficients over sea ice for the ocean surface layer in polar regions

Sterlin, Jean
Fichefet, Thierry
Massonnet, François
Vancoppenolle, Martin

January 2021

Sea ice features a variety of obstacles to the flow of air and ocean near its surface. The distribut...

Linear Kinematic Features (leads & pressure ridges) detected and tracked in sea-ice deformation simulated in an Arctic configuration of MITgcm using a 2-km horizontal grid spacing from 1997 to 2008

Hutter, Nils

December 2019

Leads and pressure ridges are dominant features of the Arctic sea ice cover. Not only do they affect...

Impact of variable atmospheric and oceanic form drag on simulations of arctic sea ice

Tsamados M.
Feltham D. L.
Schroeder D.
Flocco D.
Farrell S. L.
Kurtz N.
Laxon S. W.
Bacon S.

January 2014

Over Arctic sea ice, pressure ridges and floe andmelt pond edges all introduce discrete obstructions...

Linear Kinematic Features (leads & pressure ridges) detected and tracked in sea-ice deformation simulated in an Arctic configuration of MITgcm using a 2-km horizontal grid spacing with an active 5-class ice thickness distribution from 1997 to 2008

Hutter, Nils

December 2019

Leads and pressure ridges are dominant features of the Arctic sea ice cover. Not only do they affect...

Effect of sea ice morphology during Arctic summer on atmospheric drag coefficients used in climate models

Luepkes, C.
Gryanik, V.
Roesel, A.
Birnbaum, G.
Kaleschke, L.

January 2013

Realistic modeling of polar sea ice dynamics and atmospheric processes over sea ice needs a detailed...

MITgcm Antarctic Slope Front process-oriented model (MITgcm_ASF)

Yidongfang Si
Andrew L. Stewart
Ian Eisenman

June 2021

This release contains the Matlab scripts used to generate, run and analyze the MITgcm Antarctic Slop...

Tidally heated convection : Constraints on Europa's ice shell thickness

Tobie, G.
Choblet, G.
Sotin, C.

January 2003

International audienceThe thickness of Europa's ice shell is constrained with numerical experiments ...

Pathways, form drag, and turbulence in a simulated ocean flowing through through an ice melange: datasets

Kenneth Hughes

October 2021

Data associated with Hughes (2022). J. Geophys. Res. doi:10.1029/2021JC018228 This archive contains...

Simulation of the Greenland Ice Sheet evolution using different initialization methods

Rückamp, Martin
Humbert, Angelika

January 2015

Recent observations show an accelerated ice loss of the Greenland ice sheet during the past few deca...

An Idealised Barotropic Ocean Gyre Model Code, Based on MITgcm

Yixi Zheng
David P. Stevens
Karen J. Heywood
Benjamin G. M. Webber
Bastien Y. Queste

June 2022

This dataset is supplementary to The Cryosphere paper "Reversal of ocean gyres near ice shelves in t...

Providing the ARCHER community with adjoint modelling tools for high performance oceanographic and cryospheric computation

Pringle, Gavin J.
Jones, Daniel C.
Goswami, Sudipta
Narayanan, Sri Hari Krishna
Goldberg, Daniel

October 2016

The MITgcm (MIT General Circulation Model, http://mitgcm.org/) is a numerical model designed for ...

hamishHay/MITgcm: TopDrag

Jean-Michel Campin
Patrick Heimbach
Martin Losch
Gael Forget
edhill3
Alistair Adcroft
amolod
Dimitris Menemenlis
dfer22
Chris Hill
Oliver Jahn
Jeff Scott
stephdut
Matt Mazloff
Baylor Fox-Kemper
antnguyen13
Ed Doddridge
Ian Fenty
Michael Bates
AndrewEichmann-NOAA
Timothy Smith
mitllheisey
Torge Martin
Jonathan Lauderdale
Ryan Abernathey
samarkhatiwala
hongandyan
Bruno Deremble
dngoldberg
Pascal Bourgault

February 2023

Version of the MITgcm modified to include quadratic top drag. This is the version of the MITgcm used...

Data for "Turbulent drag at the ice-ocean interface of Europa in simulations of rotating convection: Implications for nonsynchronous rotation of the ice shell"

Hay, Hamish

February 2023

Data files and python Jupyter notebook to reproduce Figures 2 - 6 from the manuscript "Turbulent dra...

Arctic cubed sphere configuration of MITgcm with 2-km resolution

Hutter, Nils
Losch, Martin

December 2022

This repository includes a regional Arctic configuration of the Massachusetts Institute of Technolog...

MITcgm numerical model code (with landfast ice parametrization) and output

Itkin, Polona
Losch, Martin

September 2017

The numerical model documented here is a regional coupled sea ice - ocean model based on the Massach...

Role of variable form drag coefficients over sea ice for the ocean surface layer in polar regions

Sterlin, Jean
Fichefet, Thierry
Massonnet, François
Vancoppenolle, Martin

January 2021

Sea ice features a variety of obstacles to the flow of air and ocean near its surface. The distribut...

Linear Kinematic Features (leads & pressure ridges) detected and tracked in sea-ice deformation simulated in an Arctic configuration of MITgcm using a 2-km horizontal grid spacing from 1997 to 2008

Hutter, Nils

December 2019

Leads and pressure ridges are dominant features of the Arctic sea ice cover. Not only do they affect...

Impact of variable atmospheric and oceanic form drag on simulations of arctic sea ice

Tsamados M.
Feltham D. L.
Schroeder D.
Flocco D.
Farrell S. L.
Kurtz N.
Laxon S. W.
Bacon S.

January 2014

Over Arctic sea ice, pressure ridges and floe andmelt pond edges all introduce discrete obstructions...

Linear Kinematic Features (leads & pressure ridges) detected and tracked in sea-ice deformation simulated in an Arctic configuration of MITgcm using a 2-km horizontal grid spacing with an active 5-class ice thickness distribution from 1997 to 2008

Hutter, Nils

December 2019

Leads and pressure ridges are dominant features of the Arctic sea ice cover. Not only do they affect...

Effect of sea ice morphology during Arctic summer on atmospheric drag coefficients used in climate models

Luepkes, C.
Gryanik, V.
Roesel, A.
Birnbaum, G.
Kaleschke, L.

January 2013

Realistic modeling of polar sea ice dynamics and atmospheric processes over sea ice needs a detailed...

MITgcm Antarctic Slope Front process-oriented model (MITgcm_ASF)

Yidongfang Si
Andrew L. Stewart
Ian Eisenman

June 2021

This release contains the Matlab scripts used to generate, run and analyze the MITgcm Antarctic Slop...

Tidally heated convection : Constraints on Europa's ice shell thickness

Tobie, G.
Choblet, G.
Sotin, C.

January 2003

International audienceThe thickness of Europa's ice shell is constrained with numerical experiments ...

Pathways, form drag, and turbulence in a simulated ocean flowing through through an ice melange: datasets

Kenneth Hughes

October 2021

Data associated with Hughes (2022). J. Geophys. Res. doi:10.1029/2021JC018228 This archive contains...

Simulation of the Greenland Ice Sheet evolution using different initialization methods

Rückamp, Martin
Humbert, Angelika

January 2015

Recent observations show an accelerated ice loss of the Greenland ice sheet during the past few deca...

An Idealised Barotropic Ocean Gyre Model Code, Based on MITgcm

Yixi Zheng
David P. Stevens
Karen J. Heywood
Benjamin G. M. Webber
Bastien Y. Queste

June 2022

This dataset is supplementary to The Cryosphere paper "Reversal of ocean gyres near ice shelves in t...

Providing the ARCHER community with adjoint modelling tools for high performance oceanographic and cryospheric computation

Pringle, Gavin J.
Jones, Daniel C.
Goswami, Sudipta
Narayanan, Sri Hari Krishna
Goldberg, Daniel

October 2016

The MITgcm (MIT General Circulation Model, http://mitgcm.org/) is a numerical model designed for ...

hamishHay/MITgcm: TopDrag

Abstract

Extracted data

hamishHay/MITgcm: TopDrag

Abstract

Extracted data

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