MELOS ( Mars Exploration of Life and Organism Search ) is a Japanese rover mission concept under study for an engineering demonstration of precision landing, and to look for possible biosignatures on Mars using a rover. JAXA has not published updates since 2015.
Year | Metadata | Sections | Top Words | First Paragraph |
2018 |
97974 characters 7 sections 8 paragraphs 5 images 444 internal links 6 external links |
melos 0.627 demonstration 0.246 concept 0.209 chasm 0.196 landers 0.162 rover 0.154 organism 0.145 meteorology 0.134 engineering 0.125 landing 0.125 jaxa 0.116 contemplates 0.116 juvantae 0.116 mission 0.107 objective 0.092 |
MELOS ( Mars Exploration of Life and Organism Search ) is a Japanese rover mission concept under study for an engineering demonstration of precision landing, and to look for possible biosignatures on Mars using a rover. JAXA has not published updates since 2015. |
|
2017 |
117991 characters 7 sections 8 paragraphs 6 images 564 internal links 5 external links |
melos 0.633 demonstration 0.248 concept 0.211 chasm 0.198 landers 0.164 rover 0.156 organism 0.147 meteorology 0.135 engineering 0.126 landing 0.126 contemplates 0.117 juvantae 0.117 mission 0.109 objective 0.093 sterilization 0.087 |
MELOS ( Mars Exploration of Life-Organism Search ) is a Japanese rover mission concept under study for an engineering demonstration of precision landing, and to look for possible biosignatures on Mars using a rover. |
|
2016 |
117992 characters 7 sections 8 paragraphs 6 images 564 internal links 5 external links |
melos 0.633 demonstration 0.248 concept 0.211 chasm 0.198 landers 0.164 rover 0.156 organism 0.147 meteorology 0.135 engineering 0.126 landing 0.126 contemplates 0.117 juvantae 0.117 mission 0.109 objective 0.093 sterilization 0.087 |
MELOS ( Mars Exploration of Life-Organism Search ) is a Japanese rover mission concept under study for an engineering demonstration of precision landing, and to look for possible biosignatures on Mars using a rover. |
|
2015 |
113819 characters 6 sections 8 paragraphs 7 images 562 internal links 4 external links |
1. Mars Exploration and Life-Organism Search |
melos 0.656 scaled 0.166 2010s 0.164 landers 0.152 dye 0.145 mission 0.135 accessing 0.131 aircraft 0.130 japanese 0.122 cells 0.118 membranes 0.112 proposed 0.108 lander 0.105 evolution 0.104 synergy 0.103 |
MELOS is the name of a proposed Japanese mission to Mars. [1] It started as a combined orbiter and lander mission called Mars Explorations with Landers and Orbiters, however, by the mid-2010s this had been scaled back to a rover, and possibly an aircraft. [2] |
2014 |
91938 characters 3 sections 6 paragraphs 7 images 476 internal links 2 external links |
melos 0.557 dye 0.206 cells 0.167 membranes 0.159 evolution 0.147 synergy 0.145 landers 0.144 cellular 0.142 exploration 0.136 analyse 0.136 sensitivity 0.129 proteins 0.129 mission 0.127 vent 0.122 scan 0.120 |
MELOS (" Mars Exploration with a Lander-Orbiter Synergy ") is a proposed Japanese planetary exploration mission that would investigate the evolution of Martian atmosphere , the water and climate of Mars . [1] |
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2013 |
91870 characters 3 sections 6 paragraphs 7 images 475 internal links 2 external links |
melos 0.561 dye 0.207 cells 0.168 membranes 0.160 evolution 0.148 synergy 0.146 landers 0.145 cellular 0.143 exploration 0.137 analyse 0.137 sensitivity 0.130 proteins 0.130 mission 0.128 vent 0.123 scan 0.121 |
MELOS (" Mars Exploration with a Lander-Orbiter Synergy ") is a proposed Japanese planetary exploration mission that would investigate the evolution of Martian atmosphere , the water and climate of Mars . [1] |
|
2012 |
75163 characters 3 sections 9 paragraphs 5 images 358 internal links 4 external links |
melos 0.525 understand 0.319 evolution 0.156 dye 0.146 atmosphere 0.140 mission 0.135 interactions 0.127 cells 0.118 membranes 0.113 dictated 0.113 synergy 0.103 landers 0.102 cellular 0.100 perform 0.098 exploration 0.096 |
MELOS ( Mars Exploration with a Lander-Orbiter Synergy ) is a proposed Japanese planetary exploration mission that would investigate the evolution of Martian atmosphere , the water and climate of Mars . [1] |