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For us, mere mortals, Mars is a no man's land where survival seems like a distant dream. After all, no man has ever walked on its surface (as far as we know) and plans to send one to the red planet are only in the early stages of its development. However, humans have touched Mars through the durable wheels of Mars rovers. We've had 4 successful robotically operated Mars rovers (all of which were managed by the Jet Propulsion Laboratory, NASA) so far: Sojourner, Opportunity, Spirit, and Curiosity. 

As Opportunity's mission was declared complete on February 13, 2019 when NASA lost all contact with the vehicle, Curiosity became the lone survivor on the red planet, rolling over its surface to examine and explore the unknown land all by itself. The spacecraft first landed on Mars on August 6, 2012 and started carrying out its objectives throughout the years. In fact, Curiosity did its job so well and held on for so long that its original mission duration of 687 days was expanded indefinitely. 

Here's how Curiosity looked 7 years ago and now

Curiosity is approaching its 8 year anniversary on Mars and while it is currently the only functional rover on the planet (after we all, unfortunately, had to say goodbye to Oppy), NASA has plans to send it some company in the shape of Mars 2020 rover. The 2020 mission is scheduled to start on 17 July to 5 August 2020 when the rocket carrying the rover will be launched. NASA also announced a student naming contest for the rover that was held in the fall of 2019. The final name will be announced in early March 2020, so we definitely have something to look forward to!

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    #3

    Curiosity Rover Finds And Examines A Meteorite On Mars

    Curiosity Rover Finds And Examines A Meteorite On Mars

    NASA Report

    #4

    Curiosity's Color View Of Martian Dune After Crossing It

    Curiosity's Color View Of Martian Dune After Crossing It

    NASA Report

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    NWB
    Community Member
    4 years ago DotsCreated by potrace 1.15, written by Peter Selinger 2001-2017

    It is so amazing that we can get these amazing images now!

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    #5

    Martian Rock 'Harrison' In Color, Showing Crystals

    Martian Rock 'Harrison' In Color, Showing Crystals

    NASA Report

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    #7

    Jake Matijevic Rock

    Jake Matijevic Rock

    NASA Report

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    Chuck Donaldson
    Community Member
    4 years ago (edited) DotsCreated by potrace 1.15, written by Peter Selinger 2001-2017

    There’s a lot going on here - and a lot has happened here. Look it up! It’s not just another rock. https://en.m.wikipedia.org/wiki/Jake_Matijevic_(rock)

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    #9

    First Sampling Hole In Mount Sharp

    First Sampling Hole In Mount Sharp

    NASA Report

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    MrTir
    Community Member
    4 years ago DotsCreated by potrace 1.15, written by Peter Selinger 2001-2017

    It just looks.. like if you planted something it grows, like it could be from the woods close by, but it is literally millions of miles away

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    #10

    Curiosity Took Dozens Of Mast Cam Images To Complete This Mosaic Of A Petrified Sand Dune

    Curiosity Took Dozens Of Mast Cam Images To Complete This Mosaic Of A Petrified Sand Dune

    marscuriosity Report

    #12

    Outcrop In The Murray Buttes Region Of Lower Mount Sharp

    Outcrop In The Murray Buttes Region Of Lower Mount Sharp

    NASA Report

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    Madison Feehan
    Community Member
    4 years ago DotsCreated by potrace 1.15, written by Peter Selinger 2001-2017

    Am I the only one Sphinx in the bottom right of the rocks? Certainly amazing formations!

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    #14

    Curiosity Self-Portrait At Martian Sand Dune

    Curiosity Self-Portrait At Martian Sand Dune

    NASA Report

    #15

    Curiosity Visited An Area Named "Fracture Town" Which Contains Many Pointed, Layered Rock Formations

    Curiosity Visited An Area Named "Fracture Town" Which Contains Many Pointed, Layered Rock Formations

    marscuriosity Report

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    Bob 2.0
    Community Member
    4 years ago DotsCreated by potrace 1.15, written by Peter Selinger 2001-2017

    The interesting thing here is that, if there was life on mars, stuff like this would probably be collapsed from the weight moving around on it. It's fascinating to see how things form on a completely lifeless, mostly-dry planet.

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    #16

    Having Reached The Base Of Mount Sharp, Curiosity Captured This Image Of Its Rocky Surroundings

    Having Reached The Base Of Mount Sharp, Curiosity Captured This Image Of Its Rocky Surroundings

    marscuriosity Report

    #17

    Wheel Scuff Mark At 'Rocknest'

    Wheel Scuff Mark At 'Rocknest'

    NASA Report

    #18

    Focusing The 100-Millimeter Mastcam

    Focusing The 100-Millimeter Mastcam

    NASA Report

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    M O'Connell
    Community Member
    4 years ago DotsCreated by potrace 1.15, written by Peter Selinger 2001-2017

    @Chrsty, Why must everything be "useful" to humanity, and all things which are not "useful" be ignored and declared useless? Stop asking "What can this do for me?" and start asking "What can I learn from this?"

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    #19

    Curiosity Arrived At This Active Sand Dune Named "Gobabeb", Which Is Part Of A Larger Dune Field Known As "Bagnold"

    Curiosity Arrived At This Active Sand Dune Named "Gobabeb", Which Is Part Of A Larger Dune Field Known As "Bagnold"

    marscuriosity Report

    #20

    View From Mars Orbiter Showing Curiosity Rover At 'Shaler'

    View From Mars Orbiter Showing Curiosity Rover At 'Shaler'

    NASA Report

    #21

    Mars Rover Curiosity In 'Buckskin' Selfie

    Mars Rover Curiosity In 'Buckskin' Selfie

    NASA Report

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    L McN
    Community Member
    4 years ago DotsCreated by potrace 1.15, written by Peter Selinger 2001-2017

    SO CLOSE...you can ALMOST see the entire arm for the camera that takes it's self portraits. I don't know about you, but I would love to see a few stills without them editing anything, leave the arm in place.

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    #22

    Layers At The Base Of Mount Sharp

    Layers At The Base Of Mount Sharp

    NASA Report

    #25

    Curiosity Rover's View Of Alluring Martian Geology

    Curiosity Rover's View Of Alluring Martian Geology

    NASA Report

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    Nea
    Community Member
    4 years ago DotsCreated by potrace 1.15, written by Peter Selinger 2001-2017

    These pictures suddenly make me feel Mars is not that far or different.

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    #26

    Curiosity Self-Portrait At 'Windjana' Drilling Site

    Curiosity Self-Portrait At 'Windjana' Drilling Site

    NASA Report

    #27

    A Mudstone Rock Outcrop At The Base Of Mount Sharp

    A Mudstone Rock Outcrop At The Base Of Mount Sharp

    marscuriosity Report

    #29

    Strata At Base Of Mount Sharp

    Strata At Base Of Mount Sharp

    NASA Report

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    Jim Eberle
    Community Member
    4 years ago DotsCreated by potrace 1.15, written by Peter Selinger 2001-2017

    Absolutely huge amount of sedimentary rocks on Mars. Such abundance could only form if there had been a vast amount of water on the surface. Differential erosion suggests that sedimentation was episodic. Studying similar photos in the past, I have proposed that Mars experiences "atmosphere ages", not unlike Earth's "ice ages", whereby the orbit of Mars moves into a sustained pattern permitting huge quantities of CO2 ice to sublimate into the atmosphere, raising the atmospheric pressure above the triple point for water to exist in liquid form. The subsequent greenhouse effect then begins melting subsurface water ice, filling the basins, and beginning anew another episode of erosion and sedimentation.

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    #30

    Resistant Features In 'Pahrump Hills' Outcrop

    Resistant Features In 'Pahrump Hills' Outcrop

    NASA Report

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    #31

    Routine Inspection Of Rover Wheel Wear And Tear

    Routine Inspection Of Rover Wheel Wear And Tear

    NASA Report

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    Anton Swanepoel
    Community Member
    4 years ago DotsCreated by potrace 1.15, written by Peter Selinger 2001-2017

    Fun fact: the spaced holes in the wheels (not the jagged tears) spell JPL in morse code.

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    #32

    Veins In 'Sheepbed' Outcrop

    Veins In 'Sheepbed' Outcrop

    NASA Report

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    #33

    'Shaler' Outcrop, Sol 120

    'Shaler' Outcrop, Sol 120

    NASA Report

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    #34

    Glimpse Of 'Bagnold Dunes' Edging Mount Sharp

    Glimpse Of 'Bagnold Dunes' Edging Mount Sharp

    NASA Report

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    #35

    Differential Erosion At Work On Martian Sandstones

    Differential Erosion At Work On Martian Sandstones

    NASA Report

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    #36

    Erosion By Scarp Retreat In Gale Crater

    Erosion By Scarp Retreat In Gale Crater

    NASA Report

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    #37

    View Of Yellowknife Bay Formation, With Drilling Sites

    View Of Yellowknife Bay Formation, With Drilling Sites

    NASA Report

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    #38

    Curiosity Mars Rover Approaches 'Dingo Gap,' Mastcam View

    Curiosity Mars Rover Approaches 'Dingo Gap,' Mastcam View

    NASA Report

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    #39

    View From 'Rocknest' Position Of Curiosity Mars Rover

    View From 'Rocknest' Position Of Curiosity Mars Rover

    NASA Report

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    #40

    Spherules In 'Yellowknife Bay'

    Spherules In 'Yellowknife Bay'

    NASA Report

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    #41

    Destination Mount Sharp

    Destination Mount Sharp

    NASA Report

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    #42

    A Valley To The West From The Eastern Side Of A Dune At The Eastern End Of The Valley

    A Valley To The West From The Eastern Side Of A Dune At The Eastern End Of The Valley

    NASA Report

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    #43

    'snake River' Rock Feature Viewed By Curiosity Mars Rover

    'snake River' Rock Feature Viewed By Curiosity Mars Rover

    NASA Report

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    #44

    Focusing The 34-Millimeter Mastcam

    Focusing The 34-Millimeter Mastcam

    NASA Report

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