Hadriacus Mons
Hadriacus Mons is an ancient, low-relief volcanic mountain on the planet Mars , located in the southern hemisphere just northeast of the impact basin Hellas and southwest of the similar volcano Tyrrhenus Mons . Hadriacus Mons is in the Hellas quadrangle . It has a diameter of 450 kilometres (280 mi). The name was approved in 2007. [1] [2] The flanks of Hadriacus Mons have been eroded into gullies; its southern slopes are incised by the outflow channel Dao Vallis . The large extent of volcanic deposits and the caldera size leads some researchers to suggest that these features were the result of an explosive event caused by a contact between magma and groundwater. [3]
Page Revisions
| Year | Metadata | Sections | Top Words | First Paragraph |
| 2017 |
35702 characters 3 sections 2 paragraphs 7 images 159 internal links 6 external links |
hadriacus 0.565 mons 0.307 caldera 0.256 tyrrhenus 0.196 hellas 0.193 hadriaca 0.188 edifice 0.165 dao 0.165 kilometres 0.147 flanks 0.136 incised 0.133 280 0.129 explosive 0.126 450 0.120 southern 0.117 |
Hadriacus Mons is an ancient, low-relief volcanic mountain on the planet Mars , located in the southern hemisphere just northeast of the impact basin Hellas and southwest of the similar volcano Tyrrhenus Mons . Hadriacus Mons is in the Hellas quadrangle . It has a diameter of 450 kilometres (280 mi). The name was approved in 2007. [1] [2] The flanks of Hadriacus Mons have been eroded into gullies; its southern slopes are incised by the outflow channel Dao Vallis . The large extent of volcanic deposits and the caldera size leads some researchers to suggest that these features were the result of an explosive event caused by a contact between magma and groundwater. [3] |
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| 2015 |
33755 characters 3 sections 2 paragraphs 7 images 156 internal links 5 external links |
hadriacus 0.434 caldera 0.295 mons 0.266 tyrrhenus 0.226 hadriaca 0.217 edifice 0.190 dao 0.190 kilometres 0.169 flanks 0.157 incised 0.153 280 0.149 explosive 0.145 450 0.138 southern 0.135 volcanic 0.130 |
Hadriacus Mons is an ancient, low-relief volcanic mountain on the planet Mars , located in the southern hemisphere just northeast of the impact basin Hellas and southwest of the similar volcano Tyrrhenus Mons . It has a diameter of 450 kilometres (280 mi). The name was approved in 2007. [1] [2] The flanks of Hadriacus Mons have been eroded into gullies; its southern slopes are incised by the outflow channel Dao Vallis . The large extent of volcanic deposits and the caldera size leads some researchers to suggest that these features were the result of an explosive event caused by a contact between magma and groundwater. [3] |
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| 2014 |
33071 characters 3 sections 2 paragraphs 7 images 156 internal links 4 external links |
hadriacus 0.481 mons 0.294 tyrrhenus 0.251 hadriaca 0.241 edifice 0.210 dao 0.210 kilometres 0.188 flanks 0.174 incised 0.170 280 0.165 caldera 0.164 450 0.153 southern 0.150 patera 0.144 66 0.136 |
Hadriacus Mons is an ancient, low-relief volcanic mountain on the planet Mars , located in the southern hemisphere just northeast of the impact basin Hellas and southwest of the similar volcano Tyrrhenus Mons . It has a diameter of 450 kilometres (280 mi). The name was approved in 2007. [1] [2] The flanks of Hadriacus Mons have been eroded into gullies; its southern slopes are incised by the outflow channel Dao Vallis . |
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| 2013 |
32211 characters 3 sections 2 paragraphs 6 images 156 internal links 4 external links |
hadriacus 0.481 mons 0.294 tyrrhenus 0.251 hadriaca 0.241 edifice 0.210 dao 0.210 kilometres 0.188 flanks 0.174 incised 0.170 280 0.165 caldera 0.164 450 0.153 southern 0.150 patera 0.144 66 0.136 |
Hadriacus Mons is an ancient, low-relief volcanic mountain on the planet Mars , located in the southern hemisphere just northeast of the impact basin Hellas and southwest of the similar volcano Tyrrhenus Mons . It has a diameter of 450 kilometres (280 mi). The name was approved in 2007. [1] [2] The flanks of Hadriacus Mons have been eroded into gullies; its southern slopes are incised by the outflow channel Dao Vallis . |