Journalist Report – February 3rd

Crew 310 Journalist Report 02-03-2025
Author: Jennifer García Carrizo, Crew Journalist
We woke up on Mars at around 3°C, with sunshine and a slight breeze. The feeling of being on this planet remains astonishing. Our day begins with thirty minutes of exercise to maintain our fitness in Mars’ low gravity, followed by an energy-packed breakfast. Today’s mission is special: part of the team will carry out our first extravehicular activity (EVA) as a crew.
The plan for this EVA was to begin preparing the artistic-scientific project led by Anna Bach. Accompanying her were Ariadna Farrés and Estel Blay. However, strong winds complicated the EVA, and despite their efforts, they couldn’t make as much progress as they had hoped. Still, they managed to complete the first part of the installation. Step by step.
Meanwhile, the rest of us stayed inside the station. I worked on creating a virtual tour of the MDRS, aiming to produce a 360° video documenting all of its spaces. This material will later help explain how we make our mission sustainable.
Geologist Marina Martínez worked in the Science Dome, setting up an X-ray fluorescence gun, an essential tool that allows her to analyze the composition of soil and rock samples before collecting them during our EVAs.
Helena Arias, on the other hand, used her 3D printer to produce components for the solar panels she is working on with Estel. She also had to paint them with glow-in-the-dark paint. Though the task proved challenging, her characteristic perseverance ensured its successful completion. Meanwhile, Mónica Roca checked the right functioning of an antenna, essential for the reflector she is working on.
At midday, we gathered for a quick but delicious meal, prepared by Helena and Marina: a tasty vegan burger with dehydrated sweet potato fries, paired with a small cherry tomato from the Green Hab.
After lunch, Mónica, Helena, Marina, and I went out to document the surroundings. Marina began collecting her first samples, while Mónica installed a cable needed for her reflector at the back of the station. The experience was thrilling but also exhausting. The astronaut suit restricts mobility, and the Martian wind adds an extra layer of difficulty. Even so, we completed our mission and returned to the station safely and on time.
Back at the station, we took the opportunity to share our experiences and review the collected data. Fatigue was evident, but the excitement of completing our first EVAs kept us motivated. Tomorrow will bring another day of challenges and discoveries to the Red Planet.

Jennifer García Carrizo
Crew Journalist

Journalist Report – February 4th

Crew 310 Journalist Report 04Feb2025
Author: Jennifer García Carrizo, Crew Journalist
Yesterday, during one of their EVAs (extravehicular activities), the Hypatia II crew lost a geolocator. Today, they woke up determined to recover it. Although they initially thought the task would be relatively complicated, it turned out to be surprisingly simple. Upon reaching the area where they believed it had been lost, they took just a few steps—and there it was, waiting for them. This unexpected ease simplified their EVA, allowing them to return to the exterior of the station earlier than planned.
Once there, Jennifer García Carrizo, the expert in scientific communication and sustainability, took the opportunity to continue working on the 360° video scan of the station. However, it was no easy task. The challenge? The wind. Strong gusts constantly knocked over her camera and tripod, making the process frustratingly difficult. The same issue affected Estel Blay and Ariadna Farrés, who were simultaneously installing small solar panel supports near the station’s existing solar panels. Helena Arias Casals had printed these supports with her 3D printer, and together, they aimed to explore different solutions to optimize performance and efficiency. The Martian dust significantly reduces the effectiveness of solar panels, making this an essential study.
Meanwhile, inside the station, Anna Bach took the rare opportunity to enjoy a much-needed Martian shower before continuing her artistic project, which captures the stories of the crew.
In the afternoon, the second group of Hypatia II embarked on another EVA, during which they successfully installed the structure of the corner reflector that Mònica Roca i Aparici is working on for satellite calibration. Despite the complexity of the task, they completed it successfully and returned to the base in high spirits. As the sun set over the Martian landscape, Marina Martínez finished setting up all her equipment in the Science Dome.
Now, with the entire crew back “home,” it’s time to prepare a well-deserved Martian dinner and rest, recharging their energy for the challenges of their next Sol.

Journalist Report – February 5th

Crew 310 Journalist Report 05Feb2025
Author: Jennifer García Carrizo, Crew Journalist

The crew begins a new day on Mars, but today is extra special! For the next 24 hours, they will enjoy a meal designed by the winners of the International Space Challenge organized by Space Faculty of Singapore—a group of four incredible kids, aged 8 to 9! These young innovators, known as Team SpaceTatouille, created a complete menu—breakfast, lunch, dinner, and snacks—tailored to meet astronauts’ calorie and nutritional needs. Commander Ariadna Farrés prepared the recipes in the U.S. and sent them to the MDRS, where today, the crew finally got to enjoy them!
But food wasn’t the only highlight of the day! In the morning, the two engineers -Helena Arias and Mònica Roca I Aparici- and the commander -Ariadna Farrés- headed out to assemble the central part of the reflector—three massive aluminum pieces that took almost four hours to securely install on the legs they had set up the day before.
Meanwhile, journalist Jenifer García Carrizo created sustainable content about the composter we are using in the MDRS, while geologist Marina Martínez and scientist Estel Blay prepared instruments for the afternoon’s geological excursion.
In the afternoon, the geologist -Marina Martínez-, scientist -Estel Blay-, and artist-in-residence -Anna Bach- embarked on an extravehicular activity to collect samples from Valles Marineris for in-house analysis. Anna captured images to recreate the breathtaking Martian landscape faithfully and even started sketching some initial drawings. Meanwhile, Estel Blay accessed the first data from the newly installed solar panels, took images of the structural experiment’s solar panel, and continued analyzing the heat distribution in the new designs.
Stay tuned—tomorrow promises another exciting day!

Journalist Report – February 6th

Crew 310 Journalist Report 06Feb2025
Author: Jennifer García Carrizo, Crew Journalist

The crew of Hypatia II woke up early, ready for another exciting day on Mars! Part of the team has set off in the morning and afternoon for exhausting EVAs to continue their work on the mission’s scientific and artistic project.
Meanwhile, the rest of the crew stayed at the station. Journalist Dr. Jennifer García Carrizo has documented key moments of the mission, ensuring that every step of their journey has been recorded. At the same time, artist Anna Bach worked on her children’s project, soon to be published in Catalan with the editorial Estrella Polar. It will narrate the incredible adventures of the mission. With great care, she sketched beautiful and flattering portraits of each Hypatia II crew member. She has now begun to illustrate key scenes from the book, taking inspiration from the landscapes that surround us. She has also walked around the Martian station to make accurate drawings of the facilities and the tools geologist Dr. Marina Martínez has been using in the scientific dome. In fact, she has been busy analyzing the variety of samples she has collected in Vallis Marineris, including different clays and minerals. For that, she has been utilizing the Spectroscout, a portable Energy Dispersive X-ray fluorescence spectrometer, provided by SPECTRO.
The mission has continued and so has the excitement—every day has brought discoveries and creative achievements! Stay tuned for more updates from Hypatia II!

Journalist Report – February 7th

Crew 310 Journalist Report 07Feb2025
Author: Jennifer García Carrizo, Crew Journalist

The crew is starting to get the hang of life on Mars! Today, they carried out an EVA so that Mònica Roca i Aparici, the crew’s engineer, could finish installing her reflector. Although the antenna is still missing, progress has been excellent! The corner reflector aims to calibrate satellites for accurate measurements, helping to monitor things like sea level changes and polar ice cap melting.
Mònica Roca i Aparici worked at ESA for 10 years before founding IsardSAT. These two entities have collaborated to deploy the corner reflector at the Mars Desert Research Station. Once it’s up and running, hopefully in just a few days, it will enable the calibration of planetary observation satellites!
Later, part of the crew accompanied the geologist Marina Martínez to explore Marble Ritual, where they made some fascinating discoveries. They collected samples and observed the stunning landscape that has been shaped by external geological processes, such as the wind, the lack of rain, and the extreme desert conditions.
After the exhausting EVA, the crew was treated to a fabulous risotto prepared by Estel Blay and Helena Arias Casals! A well-deserved feast to recharge and celebrate the day’s achievements!
In the afternoon, due to strong winds, the crew took the opportunity to rest, organize research projects, analyze their progress, and, most importantly, socialize—an essential aspect of missions like this! And tonight, the crew has a surprise activity, prepared by Helena Arias and Jennifer García Carrizo! What could it be?

Journalist Report – February 8th

Crew 310 Journalist Report 08Feb2025
Author: Jennifer García Carrizo, Crew Journalist

After wrapping up yesterday with a thrilling group activity, searching for mini-astronauts and aliens all over the station, the crew woke up early for an exciting extravehicular activity! They have been working hard on their incredible scientific-artistic project, which is now finished and it will be revealed on the 11th of February on the Girl and Woman in Science Day.
Meanwhile, the rest of the crew remained inside the station. Taking advantage of today’s light winds, Commander Ariadna Farrés has opened the solar telescope dome, treating us to breathtaking images of the Sun and its mesmerizing sunspots!
At the same time, Helena Arias Casals and Jennifer García Carrizo have been busy recording audiovisual materials to showcase the sustainable practices that the crew is implementing on their mission. Some examples are reducing water consumption, optimizing nutrition, and staying active in space-like conditions. Sustainability in action!
In the afternoon, part of the team embarked on another EVA, have made the most of the light winds to capture stunning aerial images of the Camel Ridge area. Meanwhile, the geologist Marina Martínez had her first chance to test the Spectroscout in the field—a portable Energy Dispersive X-ray fluorescence spectrometer provided by SPECTRO.
The Hypatia II crew is getting to cruise speed as they reach the middle of their mission. And guess what? Tomorrow is going to be a special EXTRA day! Stay tuned—you won’t want to miss it!

Journalist Report – January 3rd

From Being to Becoming

““What you get by achieving your goals is not as important as what you become by achieving your goals.” – Henry David Thoreau

Going through a transformative experience certainly evokes many feelings. When the experience is positive, a part of us naturally feels grateful for the circumstances that got us there, but another part feels a longing to go back and live it for longer. Perhaps just like life, the journey itself is so meaningful because it ends, and not in spite of its ephemeral character. If the experience is negative, on the other hand, the opposite is valid: circumstances are often blamed, and if we’re grateful about anything, it is the fact that it is finally over. Yet, there is an aspect that both types of experiences share: growth. After the experience is past us, we are reborn to our "everyday lives" like a phoenix.
As we finish our mission in Sol 12, Crew Montes has a lot to show on that regard. Together, we investigated the subsurface magnetic properties of Mars; waste management solutions for space habitats using mushrooms; in-situ fabrication of photovoltaic cells; team performance in isolated and extreme environments, sensor-based monitoring systems for astronauts, and LIDAR- enhanced drone simulations for landing operations. We spent a lot of time performing challenging scientific experiments at the Mars Desert Research Station, and our growth as scientists is commensurate with the difficulty of these tasks. That being said, I personally feel like my development as a person was even more prominent than my technical growth, so I decided to ask each member of the crew, individually, what was the most memorable aspect of their sols on Mars.
Being in a different planet obviously brings about one essential challenge: becoming self-sustaining. In order to survive on harsh conditions, where four walls are all that separate you from unbearable cold and deadly radiation, one needs to become independent. In particular, our Health and Safety Officer, Spy, highlighted that resource management on Mars, such as very limited water and food supplies, was a surprisingly challenging part of the experience, where 7 days separated his first and second shower. More difficult for him, however, was the absence of internet, where unlimited information usually at our fingertips was limited most of the time, requiring us to use our memory, skillset and intellect to the fullest extent. Becoming an astronaut, according to our Crew Geologist, Genie, is a dream that people might hold from their childhoods, but this sort of challenge should not be a negative aspect, but something to enjoy. In other words, unless you are genuinely drawn to something like this, it can take a toll on an average person.
In spite of the importance of independence in the Mars experience, there is a reason why we go to space with a crew and not by ourselves. Many of my crewmates reported being fascinated by the trust and comfort that we developed toward each other throughout the mission. Our Commander, Messiah, emphasized how, since the very beginning of the analog astronaut selection process, people pursuing the same goal are "outed", regardless of their background, meaning that they are drawn to share their true colors with respect to their ambitious dreams. In fact, finding other people passionate about their work, as well as witnessing the lengths to which they will go for their goals, was one of the biggest points that made us get so close to each other so fast, according to many of my crew members. For example, meeting people with similar goals and sense of humor was reassuring for our Crew Engineer Mr. Fixit, who said that maybe it’s this kind of opportunity that draws people of the same type of weird together.
Such kind of mutual admiration quickly developed trust and safety among us. Together with genuine gestures of caring day after day, like the many times when Genie came back from an EVA with lunch ready for her, we matured into a crew that looks out for each other in tough times. In Mr. Fixit’s words, "no one person had to shoulder the weight to keep the crew afloat". Our GreenHab Officer, Murph, also felt like looking at others based on their qualities (Messiah’s selflessness, Genie’s politeness, Spy’s reliability, Mr. Fixit’s goofball nature, Hermit’s listening skills) made it much easier to unite us as a crew, and integrating people’s qualities to herself is a point she will try her best to emulate. In fact, when comparing other analog astronaut candidates with regards to their experience, Messiah was fascinated by the skillsets of our crewmates, who are talented in jobs spanning from biological engineering to geology to journalism. (Thanks for noticing me, Commander!) Our crew members, according to him, are extremely strong and qualified to do what they were supposed to do, and their personalities were carefully matched in selection so that a crew could function as seamlessly as possible.
All these aspects illustrate how a cohesive crew is born and matures, but there are other moments that capture the beauty of this process even more genuinely. Here is a list of the favorite moments from my crewmates:
Messiah (Sol 9): Witnessing the crew enacting the Solar System, a random emergent moment where some of us started to orbit each other with colored hats representing the Earth, the Sun and Mars;
Genie (Sol 4): Sprinting back to the hab after 3 demanding hours in an EVA to Skyline Rim with only a single hour for our window to close;
Spy (Sol 5): Going up to Hab Ridge and looking around towards nothingness, except for the people with him;
Murph (Sol 11): A conversation with Messiah about pursuing ambitions goals as a hispanic in STEM, which made her inspired to teach less fortunate kids that believing in themselves is the first step to achieve great things;
Mr. Fixit (Sol 11): Realizing how far the DRONE project developed in so little time, starting quite rocky with very basic system integration and growing into a streamlined remote data collection system.
As for me, I can attest that these twelve extraordinary days made me feel like our crew really made this our home away from home. And even though the seven (unforgettable, to say the least) EVAs that I went to were very focused in executing the DRONE project I was leading, the moment that stuck to me the most was in our last EVA, after we had conducted some very promising flight tests, when I came back to my crewmates. Right there and then, I found them spontaneously dancing to the most scenic view of a gigantic butte behind them, a monumental wonder of nature staring at their enjoyment within its absurd beauty and the complex operations we dared to conduct on top of it. And at that moment, I knew the words of Ging Freecs were true: You should enjoy the little detours to the fullest. Because that’s where you’ll find things more important than what you want.
Hermit out.

Journalist Report – January 2nd

Never Tell Me The Odds

““Forget about all the reasons why something may not work. You only need to find one good reason why it will.” – Dr. Robert Anthony

Taking risks often feels scary beyond measure. As biological creatures, we have evolved to be averse to dangerous or stressful situations. In these moments, the sympathetic nervous system activates to speed up our heart rate, deliver more blood to areas of the body that need more oxygen, or other responses to help you get out of danger. Even though this makes complete evolutionarily sense, the situations in which our sympathetic nervous system activates in the 21st century are not exactly the same as the reality of our caveman ancestrals.
For that reason, our crew’s Health and Safety Officer, Spy, has been tracking our vitals since before our mission and we’ve been quantifying stressful, scary and physically demanding situations for months now. That includes delivering important presentations to our labs, taking much-anticipated final exams, and even standing in line without knowing what to order while people are impatiently waiting for us (maybe they could also relax their sympathetic nervous systems a bit!) On Mars, however, our fears are much more real, and our sense of danger is always a valuable ally… Or is it?
In order to better address potential dangers while on an EVA, Mr. FixIt worked today on an integrated assembly of sensors for spacewalk life support. Through a CO2 and a temperature sensor, the readings obtained could be displayed inside our helmets when critical levels are reached, through a blinking LED. Eventually, this technology could even evolve into an hologram-like concept, where the visors tell us about the levels in the form of Augmented Reality. Sign me up for my Iron Man spacesuit, please.
Not every source of stress here, though, is the Roman God of War’s incessant attempt to kill us. Beyond astronauts, we are humans, which means that we are still subjects to the tricks of our biology. That is perhaps one of our greatest weaknesses, where sleep deprivation from overworking (or a lack of showering for many days), for instance, can further boost our inability to think clearly. In an environment like this, then, it is only natural that we doubt ourselves and our capability to complete our mission. After all, no matter how qualified we are, the challenges of Mars can be a lot for anyone.
Our Commander, Messiah, has felt these struggles twice in a row now, as his research pivoted from the one he conducted last year in Crew Phobos. His objective was to create a source of energy from Martian soil, but for the previous crew, his approach was based on Silicon. You already know how science works by now: even though last time his equipment was not powerful enough to craft solar cells from this source, his research now has been showing promising results with iron and hematite. Today, he managed to get another 0.7 V of electric voltage using promising samples from our EVAs, proving once again that his doubts are nothing compared to his capabilities.
Personally, I have felt like my research project on the DRONE has had several complex checkpoints to overcome, before and during the mission: understanding how a LIDAR, drone and Raspberry Pi work; writing software from scratch for each of these systems; assembling together cables and devices while keeping the weight under a mere kilogram; the list goes on. Today in Sol 11, however, I would experience a specially decisive moment, since we would only get one more chance to collect data on our EVA, and the GPS and IMU sensors were malfunctioning until this morning. In fact, as the 9:15 AM deadline approached, the only sensor that I could really feel working was my own sympathetic nervous system.
There are, nonetheless, techniques that we develop to cope with these circumstances. Here on Mars, our morning routines have been an important source of energy through daily sessions of meditation, yoga, and, of course, coffee. And more importantly, a factor that grounds me is the help of the many people who have supported me throughout this journey, without which none of this would have been possible. Yesterday, past midnight, as Spy and I studied datasheets for the GPS, Mr. FixIt volunteered to venture in his personal freezer called machine shop, where he would solder circuit boards necessary for the code to work. With that incentive, during the night and today before the EVA, I managed to set up the GPS functioning and ready to collect the data. We were ready to roll, and the EVA was completed with nine successful flights that collected valuable data.
Sometimes, our fears, however irrational, can feel truly overwhelming, and we might focus on all the paths in which our goal goes south. Nevertheless, there is only one way of making our ambitious goal successful: manifesting the one path in which we accomplish it, even though we might not know the mechanisms behind it just yet. There might be 14 million paths towards an unsuccessful future, but a single path is all we need. After all, any prize that’s worth having usually requires a risk. Dreaming is great, yes… But accomplishing it – you’ll see it’s much better. Believe it: It’s going to be better than your dreams.
Hermit out.

Journalist Report – December 27th

A Three-Dimensional Future in Space

“Don’t ask for a lighter load, ask for a stronger back.”

Yesterday, we talked about the motivation behind climbing the highest mountain. From a personal perspective, climbing the mountain of Mars colonization might be a valuable endeavor for us from Crew Montes, however exploring space is more often than not dealt with public criticism. Why take the risk? And why spend millions of taxpayer dollars in space exploration? My favorite response to that is a short story from astronaut Soichi Noguchi:
I want you to imagine that you are an ant, and you are following a line on the ground. First, imagine that you are a one-dimensional ant who can only walk forward and backward on the line. Now, imagine that I put a stone there. Then, even if the one-dimensional ant wants to go forward, the one-dimensional ant can’t go forward because of the pebble. In other words, it’s the end of their world.
Then a 2D ant, who can go forward, backward, left and right, comes along. "No, you can’t go out", the one-dimensional ant tells them.
"Who decided that?" 2D ant looks at the pebble and says, "Just go sideways, it’s fine, see?" And the 2D Ant is able to go beyond the pebble and continue on. As he continues to walk, he comes across a stone wall. The ant is in trouble again. No matter how far he goes, forward, backward, left and right, he can’t get to the other side of the wall. For the 2D ant, it’s the end of their world. He doesn’t know what to do. Now, a 3D ant who can go forward, backward, left and right, and up and down arrives. Then 3D-ant looks at the wall and says, "No, that’s fine." Then the 3D-ant can overcome the walls that are connected horizontally and proceed to a new world.
On Sol 5, our crew explored the second and third dimensions in multiple ways. During our EVA today, Genie, Spy and I set out to Skyline Ridge, for all purposes an infinite wall of over 1,000 ft blocking our way forward. After a strenuous hike under a load that pounded our shoulders like ground beef, we arrived at Skyline Ridge’s intimidating beauty ready to face up. We successfully launched our DRONE to the third-dimension multiple times, allowing us to remotely explore the badlands covering its base to collect LIDAR measurements on its terrain. Spy also tested a remote hotspot connection to the DRONE that allowed us to collect data from the Raspberry Pi using our phones, making the process much more streamlined within the context of an EVA. This remarkable spot also graced us with rich data in its depths, where Genie explored the underworld’s magnetic properties by digging her instruments for data collection. This new understanding of the magnetic properties of soil can be used to counteract the effect of solar storms, for example, on the electrical grid of not only Mars, but also on Earth.
In the meantime, Messiah, Mr. Fix and Murph crafted their own version of the layers of Skyline Ridge by cooking a Montes Casserole that would leave any geologist digging for more. Murph also continued to explore the depths of the third dimension by optimizing the growth of mushrooms that thrive in the underground. This experiment promises to change the way we recycle materials in space and on Earth using the Mycoponics technology developed by her lab at Purdue.
After lunch, Messiah worked on the samples we collected from Skyline Ridge towards extracting iron and hematite content from the metal-rich soil. Our EVA led us to an astounding 100 grams of hematite, which can be refined together with the iron towards the creation of a 2D thin-film of semiconducting material. The final goal of this research is to prove the use of in-situ resources in solar panels, which are a clean source of energy that has been revolutionizing the way we obtain electricity.
Going back to Noguchi’s story, the moral is very simple. Going to the third dimension and achieving a different perspective, such as looking from above or below, allows us to come up with new solutions. Going into space doesn’t just mean going to a distant planet, but it also means we can look at the problems we’re currently facing on Earth from a new perspective and solve them. Hopefully, what we are doing here as Crew Montes will be remembered and used in the future for all mankind, in space and on Earth.
Hermit out.

Journalist Report – December 28th

Pathfinder

"Sometimes life is like this dark tunnel. You can’t always see the light at the end of the tunnel, but if you just keep moving… you will come to a better place." – Uncle Iroh

In 1997, NASA landed the Mars Pathfinder mission on Ares Vallis, where it would successfully deliver an instrumented lander and the Sojourner rover, the first-ever robotic rover to land and operate on the Martian surface. Pathfinder also returned a then-unprecedented amount of data and outlived its primary design life. At that time, the Internet was still in its infancy, but that is not the main challenge behind missions to the Red Planet.
What most people might not remember about coming to Mars is the fact that we are 12-light minutes away from Earth, meaning that humans are completely blind to current circumstances until 12 minutes after it has already happened. Most of the systems that go to Mars, then, are heavily autonomous, ensuring that time delay will not lead to a critical failure that is only noticed way after. These circumstances make it necessary to operate with a strategy that considers all possible outcomes, much like a game of chess that our Mr. Fix It enjoys playing so much while confined in the hab. Let’s hope that his strategy skills will save us from being permanently stranded here on Mars.
Luckily for him, in Sol 6, he set out in an EVA to Eon Chasma together with Spy and Messiah for a mission through the depths of a narrow opening on the ground. It can be quite intimidating, however, to forge a path forward inside a place where communication with the only human support we can get from the hab could fail at any moment. Genie kept in touch with them as the CAPCOM, although the communication was more often than not obfuscated by the environment around the EVA team. Commander Messiah himself also felt apprehensive with such a long way to go, where following rivers could be the only way towards their goal. After what felt like 4 long hours for us back in the hab, they rushed back home safe and sound in what felt for them as the quickest hike of their lives.
In the meantime, I was working on my own version of an instrumented lander from Mars Pathfinder: our mascot, the DRONE. The research has been challenging, however, since transforming the readings from raw data into terrain mappings is no easy task – especially when there is no internet here to help debug so many scripts. Well, I guess if Pathfinder managed to create a drone no short of magical without internet, there might be a way of finding a path forward here as well.
After lunch, our crew sat together for one of our nemeses here on Mars: the cognitive task puzzles from Spy’s experiment. We quickly found out through these tasks that Crew Montes has many types of people, but no quitters. Time limits mean nothing to us, and we will fight these puzzles to the death if needed. Even if they leave us exhausted, we will keep trying to find a way of solving them until we have absolutely no more ways to go.
Not only time delays and internet connection are our challenges here on Mars, though. Murph’s work in the Science Dome has been complicated quite a bit by the limited humidity available for her mushrooms, given the conditions of their controlled environment. What’s more, quite a bit of work without the option of going out for a run has been leaving her tired beyond measures. Even though she’s been struggling with making this work while also taking care of their feeding, sensors and the plants in the Green Hab, she has already been able to find a path so far multiple times, so I’m sure she will overcome this small barrier in no time.
Now that we’ve reached the halfway point in our mission, we are shaping up to get our research goals done and are more motivated than ever to provide the best we can offer for the next generations of space explorers. Even throughout many challenges, more than anything our hope is that we can leave a path to trace. A path forward so that anyone can find their way to Mars.
Hermit out.

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