Choosing rocks on Mars to bring to Earth by Staff Writers Paris (ESA) Apr 06, 2020
If you could bring something back from Mars to Earth, what would you choose? This question is becoming reality, as ESA opens a call for scientists to join a NASA team working to determine which martian samples should be collected and stored by the Perseverance rover set to launch this Summer. Perseverance is a standalone mission seeking signs of habitable conditions on our neighbour planet, but it is also part of the international Mars Sample Return campaign that ESA Member States agreed to finance last year during Space19+. Traveling over 53 million km to Mars, landing, collecting samples and launching a vehicle to return to Earth is unprecedented. This campaign will span a decade and involve four launches, including three from Earth and the first launch from another planet.
Interplanetary geo-caching The ESA rover will collect the samples that the Perseverance rover gathered and bring them to the lander, where they will be carefully stored in a Mars Ascent Vehicle (MAV). The MAV will launch the sample container from the martian surface, placing it in orbit around Mars. Another important ESA contribution will be the biggest and most robust spacecraft flying to Mars - the Earth Return Orbiter that will rendezvous with the sample and bring it to Earth.
Packing for a return to Earth "We encourage applications from experts outside of the space field," says ESA's interim Mars Sample Return Programme Scientist Dr. Gerhard Kminek. "We need field geologists and laboratory experts who know how to pick the right samples based on information from the instruments that Perseverance has on-board." ESA's human spaceflight team leader adds, "experts selected through this call will receive training to form part of the international team of martian-geologists-at-a-distance. These are exciting times and we are looking forward to receiving the best proposals Europe has to offer."
Uncovering the secrets of our Solar System Samples may be analysed again and again, enabling new information to be extracted - much like with lunar samples brought to Earth in the 1960s and 1970s, which continue to reveal new discoveries to this day. Gerhard concludes, "There are many reasons to study Mars, but one of the most pressing is that, while life arose and evolved on Earth, we still don't know if life had a chance on Mars. Planetary scientists can study rocks, sediments and soils for clues to uncover the geological and potential biological history of Mars. Then, by comparing those findings with Earth we also learn more about our own planet." Apply for this opportunity to contribute to ground-breaking science through ESA's Announcement of Opportunity page for Human and Robotic Exploration research.
ExoMars to take off for the Red Planet in 2022 Paris (ESA) Mar 12, 2020 The European Space Agency (ESA) and the Roscosmos Space Corporation have decided to postpone the launch of the second ExoMars mission to study the Red Planet to 2022. The joint ESA-Roscosmos project team evaluated all the activities needed for an authorisation to launch, in order to analyse the risks and schedule. With due consideration of the recommendations provided by European and Russian Inspectors General, ExoMars experts have concluded that tests necessary to make all components of the space ... read more
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