Astrobiology Field Laboratory
The Astrobiology Field Laboratory ( AFL ) (also Mars Astrobiology Field Laboratory or MAFL ) was a proposed NASA unmanned spacecraft that would have conducted a robotic search for life on Mars . [1] [2] This proposed mission, which was not funded, would have landed a rover on Mars in 2016 and explore a site for habitat . Examples of such sites are an active or extinct hydrothermal deposit, a dry lake or a specific polar site. [3]
Page Revisions
| Year | Metadata | Sections | Top Words | First Paragraph |
| 2018 |
85879 characters 8 sections 11 paragraphs 7 images 314 internal links 22 external links |
afl 0.660 laboratory 0.262 astrobiology 0.215 rtgs 0.133 life 0.131 science 0.121 biosignatures 0.116 rover 0.110 assumptions 0.105 sample 0.105 environments 0.100 reasonable 0.094 handling 0.092 conceptual 0.092 power 0.084 |
The Astrobiology Field Laboratory ( AFL ) (also Mars Astrobiology Field Laboratory or MAFL ) was a proposed NASA unmanned spacecraft that would have conducted a robotic search for life on Mars . [1] [2] This proposed mission, which was not funded, would have landed a rover on Mars in 2016 and explore a site for habitat . Examples of such sites are an active or extinct hydrothermal deposit, a dry lake or a specific polar site. [3] |
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| 2017 |
105925 characters 8 sections 11 paragraphs 8 images 434 internal links 22 external links |
afl 0.660 laboratory 0.262 astrobiology 0.215 rtgs 0.133 life 0.131 science 0.121 biosignatures 0.116 rover 0.110 assumptions 0.105 sample 0.105 environments 0.100 reasonable 0.094 handling 0.092 conceptual 0.092 power 0.084 |
The Astrobiology Field Laboratory ( AFL ) (also Mars Astrobiology Field Laboratory or MAFL ) was a proposed NASA unmanned spacecraft that would have conducted a robotic search for life on Mars . [1] [2] This proposed mission, which was not funded, would have landed a rover on Mars in 2016 and explore a site for habitat . Examples of such sites are an active or extinct hydrothermal deposit, a dry lake or a specific polar site. [3] |
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| 2016 |
105998 characters 8 sections 11 paragraphs 8 images 435 internal links 21 external links |
afl 0.660 laboratory 0.262 astrobiology 0.215 rtgs 0.133 life 0.131 science 0.121 biosignatures 0.116 rover 0.110 assumptions 0.105 sample 0.105 environments 0.100 reasonable 0.094 handling 0.092 conceptual 0.092 power 0.084 |
The Astrobiology Field Laboratory ( AFL ) (also Mars Astrobiology Field Laboratory or MAFL ) was a proposed NASA unmanned spacecraft that would have conducted a robotic search for life on Mars . [1] [2] This proposed mission, which was not funded, would have landed a rover on Mars in 2016 and explore a site for habitat . Examples of such sites are an active or extinct hydrothermal deposit, a dry lake or a specific polar site. [3] |
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| 2015 |
105668 characters 8 sections 11 paragraphs 8 images 436 internal links 20 external links |
afl 0.660 laboratory 0.262 astrobiology 0.215 rtgs 0.133 life 0.131 science 0.121 biosignatures 0.116 rover 0.110 assumptions 0.105 sample 0.105 environments 0.100 reasonable 0.094 handling 0.092 conceptual 0.092 power 0.084 |
The Astrobiology Field Laboratory ( AFL ) (also Mars Astrobiology Field Laboratory or MAFL ) was a proposed NASA unmanned spacecraft that would have conducted a robotic search for life on Mars . [1] [2] This proposed mission, which was not funded, would have landed a rover on Mars in 2016 and explore a site for habitat . Examples of such sites are an active or extinct hydrothermal deposit, a dry lake or a specific polar site. [3] |
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| 2014 |
113972 characters 8 sections 11 paragraphs 8 images 489 internal links 20 external links |
afl 0.655 laboratory 0.260 astrobiology 0.213 rtgs 0.132 life 0.130 science 0.120 biosignatures 0.115 rover 0.109 assumptions 0.105 sample 0.104 environments 0.099 reasonable 0.094 handling 0.091 conceptual 0.091 power 0.083 |
The Astrobiology Field Laboratory ( AFL ) (also Mars Astrobiology Field Laboratory or MAFL ) was a proposed NASA unmanned spacecraft that would have conducted a robotic search for life on Mars . [1] [2] This proposed mission, which was not funded, would have landed a rover on Mars in 2016 and explore a site for habitat . Examples of such sites are an active or extinct hydrothermal deposit, a dry lake or a specific polar site. [3] |
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| 2013 |
114095 characters 8 sections 10 paragraphs 8 images 487 internal links 20 external links |
afl 0.655 laboratory 0.260 astrobiology 0.213 rtgs 0.132 life 0.130 science 0.120 biosignatures 0.115 rover 0.109 assumptions 0.105 sample 0.104 environments 0.099 reasonable 0.094 handling 0.091 conceptual 0.091 power 0.083 |
The Astrobiology Field Laboratory ( AFL ) (also Mars Astrobiology Field Laboratory or MAFL ) was a proposed NASA unmanned spacecraft that would have conducted a robotic search for life on Mars . [1] [2] This proposed mission, which was not funded, would have landed a rover on Mars in 2016 and explore a site for habitat . Examples of such sites are an active or extinct hydrothermal deposit, a dry lake or a specific polar site. [3] |
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| 2012 |
105039 characters 8 sections 10 paragraphs 8 images 449 internal links 20 external links |
afl 0.655 laboratory 0.260 astrobiology 0.213 rtgs 0.132 life 0.130 science 0.120 biosignatures 0.115 rover 0.109 assumptions 0.105 sample 0.104 environments 0.099 reasonable 0.094 handling 0.091 conceptual 0.091 power 0.083 |
The Astrobiology Field Laboratory ( AFL ) (also Mars Astrobiology Field Laboratory or MAFL ) was a proposed NASA unmanned spacecraft that would have conducted a robotic search for life on Mars . [1] [2] This proposed mission, which was not funded, would have landed a rover on Mars in 2016 and explore a site for habitat . Examples of such sites are an active or extinct hydrothermal deposit, a dry lake or a specific polar site. [3] |
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| 2011 |
126879 characters 8 sections 10 paragraphs 8 images 448 internal links 18 external links |
afl 0.655 laboratory 0.260 astrobiology 0.213 rtgs 0.132 life 0.131 science 0.120 biosignatures 0.115 rover 0.109 assumptions 0.105 sample 0.104 environments 0.099 reasonable 0.094 handling 0.091 conceptual 0.091 power 0.083 |
The Astrobiology Field Laboratory ( AFL ) (also Mars Astrobiology Field Laboratory or MAFL ) was a proposed NASA unmanned spacecraft that would have conducted a robotic search for life on Mars . [1] [2] This proposed mission, which was not funded, would have landed a rover on Mars and explore a site thought to be a habitat . Examples of such sites are an active or extinct hydrothermal deposit, a dry lake or a specific polar site. [3] |
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| 2010 |
124963 characters 8 sections 10 paragraphs 8 images 452 internal links 13 external links |
afl 0.652 laboratory 0.216 power 0.186 astrobiology 0.170 life 0.162 rtgs 0.131 rover 0.127 science 0.104 assumptions 0.104 environments 0.099 reasonable 0.093 handling 0.091 conceptual 0.091 payload 0.082 unreasonable 0.082 |
The Astrobiology Field Laboratory ( AFL ) was a proposed NASA unmanned spacecraft that would have conducted a robotic search for life on Mars . [1] [2] This proposed mission, which was not funded, would have landed a rover on Mars and explore a site thought to be a habitat . Examples of such sites are an active or extinct hydrothermal deposit, a dry lake or a specific polar site. [3] |
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| 2009 |
103824 characters 8 sections 10 paragraphs 8 images 451 internal links 12 external links |
afl 0.723 laboratory 0.191 power 0.167 astrobiology 0.137 life 0.131 rover 0.117 mission 0.112 payload 0.110 conceptual 0.110 rtgs 0.106 science 0.096 assumptions 0.084 environments 0.080 search 0.076 reasonable 0.075 |
The Astrobiology Field Laboratory ( AFL ) is a proposed NASA unmanned spacecraft that would conduct a robotic search for life on Mars . [1] [2] This proposed mission, still in the conceptual phase, would land a rover on Mars and explore a site thought to be a habitat . Examples of such sites are an active or extinct hydrothermal deposit, a dry lake or a specific polar site. [3] |
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| 2008 |
34481 characters 4 sections 6 paragraphs 6 images 151 internal links 3 external links |
afl 0.412 laboratory 0.327 astrobiology 0.322 mission 0.192 template 0.174 piggyback 0.166 life 0.164 proposed 0.153 will 0.129 thermoelectric 0.126 conducive 0.126 budgetary 0.122 scaled 0.118 science 0.113 generators 0.113 |
The Astrobiology Field Laboratory (also known as AFL ), is a proposed NASA unmanned planetary spacecraft to explore the planet Mars . The rover will be built by NASA's Jet Propulsion Laboratory , and will be based upon the Mars Science Laboratory design, but with more astrobiology -oriented instruments. Current plans call for a launch around 2016, most likely by an Atlas V rocket . |
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| 2007 |
32335 characters 4 sections 6 paragraphs 5 images 144 internal links 3 external links |
afl 0.412 laboratory 0.327 astrobiology 0.322 mission 0.192 template 0.174 piggyback 0.166 life 0.164 proposed 0.153 will 0.129 thermoelectric 0.126 conducive 0.126 budgetary 0.122 scaled 0.118 science 0.113 generators 0.113 |
The Astrobiology Field Laboratory (also known as AFL ), is a proposed NASA unmanned planetary spacecraft to explore the planet Mars . The rover will be built by NASA's Jet Propulsion Laboratory , and will be based upon the Mars Science Laboratory design, but with more astrobiology -oriented instruments. Current plans call for a launch around 2016, most likely by an Atlas V rocket . |
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| 2006 |
31018 characters 4 sections 7 paragraphs 4 images 142 internal links 1 external links |
template 0.493 afl 0.389 reason 0.215 laboratory 0.206 astrobiology 0.203 hasn 0.194 proposed 0.180 accomplishing 0.175 mission 0.120 thermoelectric 0.119 scaled 0.111 boeing 0.109 parameter 0.107 generators 0.106 radioisotope 0.105 |
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| 2005 |
2969 characters 0 sections 2 paragraphs 1 images 9 internal links 0 external links |
astrobiology 0.407 examine 0.333 objective 0.311 unmanned 0.298 explore 0.275 laboratory 0.207 structure 0.206 2017 0.203 planned 0.195 primary 0.195 2015 0.189 main 0.172 launched 0.171 field 0.167 proposed 0.145 |
The Astrobiology Field Laboratory is a proposed NASA unmanned planetary spacecraft to explore the planet Mars . It is planned to be launched sometime around 2015 or 2017 . |