Rupes
Rupes is the Latin word for 'cliff' (the same form rupes is both singular and plural). It is used in planetary geology to refer to escarpments on other worlds. As of January 2013 [update] , the IAU has named 62 such features in the Solar System , on Mercury (17), Venus (7), the Moon (8), Mars (23), the asteroids Vesta (2) and Lutetia (2), and Uranus's satellites Miranda (2) and Titania (1). [1] [ not in citation given ]
Page Revisions
| Year | Metadata | Sections | Top Words | First Paragraph |
| 2018 |
8798 characters 2 sections 3 paragraphs 1 images 26 internal links 2 external links |
rupes 0.495 lutetia 0.236 escarpments 0.216 update 0.210 displacement 0.206 strain 0.202 compressional 0.189 titania 0.189 miranda 0.186 singular 0.176 plural 0.156 worlds 0.150 speculation 0.144 cooling 0.142 dominant 0.141 |
Rupes is the Latin word for 'cliff' (the same form rupes is both singular and plural). It is used in planetary geology to refer to escarpments on other worlds. As of January 2013 [update] , the IAU has named 62 such features in the Solar System , on Mercury (17), Venus (7), the Moon (8), Mars (23), the asteroids Vesta (2) and Lutetia (2), and Uranus's satellites Miranda (2) and Titania (1). [1] [ not in citation given ] |
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| 2017 |
8602 characters 2 sections 3 paragraphs 1 images 26 internal links 2 external links |
rupes 0.367 lutetia 0.263 escarpments 0.240 update 0.234 displacement 0.229 strain 0.225 compressional 0.210 titania 0.210 miranda 0.207 worlds 0.167 speculation 0.161 cooling 0.159 dominant 0.157 vesta 0.156 cliff 0.153 |
Rupes is the Latin word for 'cliff'. It is used in planetary geology to refer to escarpments on other worlds. As of January 2013 [update] , the IAU has named 62 such features in the Solar System , on Mercury (17), Venus (7), the Moon (8), Mars (23), the asteroids Vesta (2) and Lutetia (2), and Uranus's satellites Miranda (2) and Titania (1). [1] [ not in citation given ] |
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| 2016 |
8526 characters 2 sections 3 paragraphs 1 images 25 internal links 2 external links |
rupes 0.367 lutetia 0.263 escarpments 0.240 update 0.234 displacement 0.229 strain 0.225 compressional 0.210 titania 0.210 miranda 0.207 worlds 0.167 speculation 0.161 cooling 0.159 dominant 0.157 vesta 0.156 cliff 0.153 |
Rupes is the Latin word for 'cliff'. It is used in planetary geology to refer to escarpments on other worlds. As of January 2013 [update] , the IAU has named 62 such features in the Solar System , on Mercury (17), Venus (7), the Moon (8), Mars (23), the asteroids Vesta (2) and Lutetia (2), and Uranus's satellites Miranda (2) and Titania (1). [1] [ not in citation given ] |
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| 2015 |
7487 characters 2 sections 3 paragraphs 1 images 19 internal links 2 external links |
rupes 0.380 lutetia 0.271 escarpments 0.248 displacement 0.237 strain 0.232 compressional 0.217 titania 0.217 miranda 0.214 worlds 0.172 speculation 0.166 cooling 0.164 dominant 0.163 vesta 0.162 cliff 0.158 theories 0.137 |
Rupes is the Latin word for 'cliff'. It is used in planetary geology to refer to escarpments on other worlds. As of January 2013, the IAU has named 62 such features in the Solar System , on Mercury (17), Venus (7), the Moon (8), Mars (23), the asteroids Vesta (2) and Lutetia (2), and Uranus's satellites Miranda (2) and Titania (1). [1] |
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| 2013 |
7329 characters 2 sections 2 paragraphs 1 images 19 internal links 2 external links |
rupes 0.380 lutetia 0.271 escarpments 0.248 displacement 0.237 strain 0.232 compressional 0.217 titania 0.217 miranda 0.214 worlds 0.172 speculation 0.166 cooling 0.164 dominant 0.163 vesta 0.162 cliff 0.158 theories 0.137 |
Rupes is the Latin word for 'cliff'. It is used in planetary geology to refer to escarpments on other worlds. As of January 2013, the IAU had named 62 such features in the Solar System , on Mercury (17), Venus (7), the Moon (8), Mars (23), the asteroids Vesta (2) and Lutetia (2), and Uranus's satellites Miranda (2) and Titania (1). [1] |
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| 2012 |
6508 characters 2 sections 3 paragraphs 1 images 14 internal links 1 external links |
rupes 0.446 escarpments 0.291 displacement 0.278 strain 0.273 compressional 0.255 luna 0.211 planets 0.202 speculation 0.195 cooling 0.192 dominant 0.191 cliff 0.186 theories 0.161 refer 0.159 latin 0.152 matter 0.149 |
Rupes is the Latin word for 'cliff'. It is used in planetary geology to refer to escarpments on other planets , such as Mercury , and moons , such as Luna , Earth 's natural satellite. |
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| 2011 |
6508 characters 2 sections 3 paragraphs 1 images 14 internal links 1 external links |
rupes 0.446 escarpments 0.291 displacement 0.278 strain 0.273 compressional 0.255 luna 0.211 planets 0.202 speculation 0.195 cooling 0.192 dominant 0.191 cliff 0.186 theories 0.161 refer 0.159 latin 0.152 matter 0.149 |
Rupes is the Latin word for 'cliff'. It is used in planetary geology to refer to escarpments on other planets , such as Mercury , and moons , such as Luna , Earth 's natural satellite. |
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| 2010 |
5126 characters 2 sections 3 paragraphs 0 images 11 internal links 1 external links |
rupes 0.421 template 0.329 escarpments 0.275 displacement 0.263 strain 0.258 compressional 0.241 luna 0.199 planets 0.191 speculation 0.184 cooling 0.182 dominant 0.180 cliff 0.176 theories 0.152 refer 0.150 latin 0.144 |
Rupes is the Latin word for 'cliff'. It is used in planetary geology to refer to escarpments on other planets , such as Mercury , and moons , such as Luna , Earth 's natural satellite. |
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| 2009 |
5126 characters 2 sections 3 paragraphs 0 images 11 internal links 1 external links |
rupes 0.421 template 0.329 escarpments 0.275 displacement 0.263 strain 0.258 compressional 0.241 luna 0.199 planets 0.191 speculation 0.184 cooling 0.182 dominant 0.180 cliff 0.176 theories 0.152 refer 0.150 latin 0.144 |
Rupes is the Latin word for 'cliff'. It is used in planetary geology to refer to escarpments on other planets , such as Mercury , and moons , such as Luna , Earth 's natural satellite. |
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| 2008 |
5281 characters 2 sections 3 paragraphs 0 images 12 internal links 1 external links |
rupes 0.421 template 0.329 escarpments 0.275 displacement 0.263 strain 0.258 compressional 0.241 luna 0.199 planets 0.191 speculation 0.184 cooling 0.182 dominant 0.180 cliff 0.176 theories 0.152 refer 0.150 latin 0.144 |
Rupes is the Latin word for 'cliff'. It is used in planetary geology to refer to escarpments on other planets , such as Mercury , and moons , such as Luna , Earth 's natural satellite. |
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| 2007 |
2443 characters 1 sections 2 paragraphs 0 images 11 internal links 0 external links |
template 0.551 escarpments 0.461 rupes 0.353 cliff 0.294 refer 0.252 latin 0.241 word 0.206 geology 0.204 moons 0.174 planets 0.160 planetary 0.107 |
Rupes is the Latin word for 'cliff'. It is used in planetary geology to refer to escarpments on other planets and moons . |
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| 2006 |
1656 characters 1 sections 2 paragraphs 0 images 7 internal links 0 external links |
template 0.551 escarpments 0.461 rupes 0.353 cliff 0.294 refer 0.252 latin 0.241 word 0.206 geology 0.204 moons 0.174 planets 0.160 planetary 0.107 |
Rupes is the Latin word for 'cliff'. It is used in planetary geology to refer to escarpments on other planets and moons . |
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| 2005 |
1656 characters 1 sections 2 paragraphs 0 images 7 internal links 0 external links |
template 0.551 escarpments 0.461 rupes 0.353 cliff 0.294 refer 0.252 latin 0.241 word 0.206 geology 0.204 moons 0.174 planets 0.160 planetary 0.107 |
Rupes is the Latin word for 'cliff'. It is used in planetary geology to refer to escarpments on other planets and moons . |
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| 2004 |
2107 characters 0 sections 1 paragraphs 0 images 8 internal links 0 external links |
escarpments 0.552 rupes 0.423 cliff 0.353 refer 0.302 latin 0.288 word 0.247 geology 0.245 moons 0.208 planets 0.192 planetary 0.128 |
Rupes is the Latin word for 'cliff'. It is used in planetary geology to refer to escarpments on other planets and moons . |