Add to ORKGThe Icebreaker mission proposes to land at the site where the Phoenix mission discovered an environment that is habitable for life in recent times [1], and search for biomarkers of life. The subsurface ice is expected at shallow depth (<10 cm below the surface)[2]. By drilling up to 1 m depth into the icy material, Icebreaker plans to sample ice that was warm during past high obliquity periods. Samples are analyzed for organics and biomolecules
associated Icy Soil Acquisition Device (ISAD) is to acquire samples of Martian dry and icy soil (DIS...
Organic decontamination of sampling and storage devices are crucial steps for life-detection, habita...
Going to Mars and exploring space in a sustainable and affordable manner will require using the loca...
The 2008 Phoenix Mars lander mission sampled ground ice at 68N latitude. Mission results, considered...
The search for evidence of life on Mars is the ultimate motivation for its scientific exploration. T...
A decade of evolutionary development of integrated automated drilling and sample handling at analog ...
The Icy Soil Acquisition Device is a first of its kind mechanism that is designed to acquire ice-bea...
The search for evidence of life on Mars is the primary motivation for the exploration of that planet...
There is growing evidence for ice and fluids near the surface of Mars with potential discharge of br...
Over a decade of evolutionary development of integrated automated drilling and sample handling at th...
The search for traces of life on other planets has been one of the perspectives of science ever sinc...
The Phoenix spacecraft that was launched to Mars in August 2007 landed safely on the Martian norther...
Sulfate and iron oxide deposits in Río Tinto (Southwestern Spain) are a terrestrial analog of early ...
NASA\u27s Phoenix Lander uncovered two types of ice at its 2008 landing site on the northern plains ...
For the investigation of terrestrial ice layers different kinds of penetration devices exist. Exampl...
associated Icy Soil Acquisition Device (ISAD) is to acquire samples of Martian dry and icy soil (DIS...
Organic decontamination of sampling and storage devices are crucial steps for life-detection, habita...
Going to Mars and exploring space in a sustainable and affordable manner will require using the loca...
The 2008 Phoenix Mars lander mission sampled ground ice at 68N latitude. Mission results, considered...
The search for evidence of life on Mars is the ultimate motivation for its scientific exploration. T...
A decade of evolutionary development of integrated automated drilling and sample handling at analog ...
The Icy Soil Acquisition Device is a first of its kind mechanism that is designed to acquire ice-bea...
The search for evidence of life on Mars is the primary motivation for the exploration of that planet...
There is growing evidence for ice and fluids near the surface of Mars with potential discharge of br...
Over a decade of evolutionary development of integrated automated drilling and sample handling at th...
The search for traces of life on other planets has been one of the perspectives of science ever sinc...
The Phoenix spacecraft that was launched to Mars in August 2007 landed safely on the Martian norther...
Sulfate and iron oxide deposits in Río Tinto (Southwestern Spain) are a terrestrial analog of early ...
NASA\u27s Phoenix Lander uncovered two types of ice at its 2008 landing site on the northern plains ...
For the investigation of terrestrial ice layers different kinds of penetration devices exist. Exampl...
associated Icy Soil Acquisition Device (ISAD) is to acquire samples of Martian dry and icy soil (DIS...
Organic decontamination of sampling and storage devices are crucial steps for life-detection, habita...
Going to Mars and exploring space in a sustainable and affordable manner will require using the loca...