Mars general circulation model
The Mars general circulation model (MGCM) is the result of a research project by NASA to understand the nature of the general circulation of the atmosphere of Mars , how that circulation is driven and how it affects the climate of Mars in the long term.
Page Revisions
| Year | Metadata | Sections | Top Words | First Paragraph |
| 2018 |
50452 characters 6 sections 8 paragraphs 6 images 166 internal links 20 external links |
methane 0.414 model 0.255 simulation 0.253 climate 0.242 circulation 0.240 mgcm 0.232 general 0.139 boinc 0.129 codebase 0.129 marswrf 0.129 internet 0.128 nmol 0.116 models 0.115 written 0.110 isolate 0.109 |
The Mars general circulation model (MGCM) is the result of a research project by NASA to understand the nature of the general circulation of the atmosphere of Mars , how that circulation is driven and how it affects the climate of Mars in the long term. |
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| 2017 |
50124 characters 6 sections 8 paragraphs 6 images 166 internal links 19 external links |
methane 0.414 model 0.255 simulation 0.253 climate 0.242 circulation 0.240 mgcm 0.232 general 0.139 boinc 0.129 codebase 0.129 marswrf 0.129 internet 0.128 nmol 0.116 models 0.115 written 0.110 isolate 0.109 |
The Mars general circulation model (MGCM) is the result of a research project by NASA to understand the nature of the general circulation of the atmosphere of Mars , how that circulation is driven and how it affects the climate of Mars in the long term. |
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| 2016 |
49833 characters 6 sections 8 paragraphs 6 images 165 internal links 18 external links |
methane 0.414 model 0.255 simulation 0.253 climate 0.242 circulation 0.240 mgcm 0.232 general 0.139 boinc 0.129 codebase 0.129 marswrf 0.129 internet 0.128 nmol 0.116 models 0.115 written 0.110 isolate 0.109 |
The Mars general circulation model (MGCM) is the result of a research project by NASA to understand the nature of the general circulation of the atmosphere of Mars , how that circulation is driven and how it affects the climate of Mars in the long term. |
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| 2015 |
49836 characters 6 sections 8 paragraphs 6 images 165 internal links 18 external links |
methane 0.414 model 0.255 simulation 0.253 climate 0.242 circulation 0.240 mgcm 0.232 general 0.139 boinc 0.129 codebase 0.129 marswrf 0.129 internet 0.128 nmol 0.116 models 0.115 written 0.110 isolate 0.109 |
The Mars general circulation model (MGCM) is the result of a research project by NASA to understand the nature of the general circulation of the atmosphere of Mars , how that circulation is driven and how it affects the climate of Mars in the long term. |
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| 2014 |
49835 characters 6 sections 8 paragraphs 6 images 165 internal links 18 external links |
methane 0.414 model 0.255 simulation 0.253 climate 0.242 circulation 0.240 mgcm 0.232 general 0.139 boinc 0.129 codebase 0.129 marswrf 0.129 internet 0.128 nmol 0.116 models 0.115 written 0.110 isolate 0.109 |
The Mars general circulation model (MGCM) is the result of a research project by NASA to understand the nature of the general circulation of the atmosphere of Mars , how that circulation is driven and how it affects the climate of Mars in the long term. |
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| 2013 |
46667 characters 6 sections 7 paragraphs 6 images 166 internal links 16 external links |
methane 0.350 model 0.278 simulation 0.275 climate 0.263 circulation 0.262 mgcm 0.253 general 0.151 boinc 0.140 codebase 0.140 marswrf 0.140 internet 0.139 nmol 0.127 models 0.125 written 0.119 isolate 0.118 |
The Mars general circulation model (MGCM) is the result of a research project by NASA to understand the nature of the general circulation of the atmosphere of Mars , how that circulation is driven and how it affects the climate of Mars in the long term. |
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| 2012 |
50128 characters 7 sections 7 paragraphs 8 images 172 internal links 16 external links |
methane 0.350 model 0.278 simulation 0.275 climate 0.263 circulation 0.262 mgcm 0.253 general 0.151 boinc 0.140 codebase 0.140 marswrf 0.140 internet 0.139 nmol 0.127 models 0.125 written 0.119 isolate 0.118 |
The Mars general circulation model (MGCM) is the result of a research project by NASA to understand the nature of the general circulation of the atmosphere of Mars , how that circulation is driven and how it affects the climate of Mars in the long term. |
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| 2011 |
10937 characters 5 sections 7 paragraphs 3 images 8 internal links 2 external links |
simulation 0.393 climate 0.375 model 0.297 circulation 0.280 models 0.237 boinc 0.200 codebase 0.200 internet 0.198 mgcm 0.180 written 0.170 general 0.161 modelling 0.141 sourced 0.138 computing 0.132 reused 0.130 |
The Mars general circulation model (MGCM) is the result of a research project by NASA to understand the nature of the general circulation of the atmosphere of Mars, how that circulation is driven and how it affects the climate of Mars in the long term. |
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| 2010 |
10943 characters 5 sections 6 paragraphs 3 images 8 internal links 2 external links |
simulation 0.393 climate 0.375 model 0.297 circulation 0.280 models 0.237 boinc 0.200 codebase 0.200 internet 0.198 mgcm 0.180 written 0.170 general 0.161 modelling 0.141 sourced 0.138 computing 0.132 reused 0.130 |
The Mars General Circulation Model (MGCM) is the result of a research project by NASA to understand the nature of the general circulation of the atmosphere of Mars, how that circulation is driven and how it affects the climate of Mars in the long term. |
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| 2007 |
6925 characters 2 sections 1 paragraphs 2 images 5 internal links 1 external links |
circulation 0.574 mgcm 0.370 dimensional 0.226 general 0.221 model 0.203 atmospheric 0.198 motions 0.195 understand 0.179 represents 0.161 driven 0.151 heating 0.150 height 0.149 gases 0.142 transfer 0.142 nature 0.128 |
The Mars General Circulation Model (MGCM) is the result of a research project by NASA to understand the nature of the general circulation of the atmosphere of Mars, how that circulation is driven and how it affects the climate of Mars in the long term. It is a complex 3 dimensional (height, latitude, longitude) model, which represents the processes of atmospheric heating by gases and ground-air heat transfer, as well as large-scale atmospheric motions. [1] . |