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Crew 184 - Journalist Report

2019-03-27T21:55:03Z

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[[Category: Journalism Reports]]

== Day One on Mars ==

===== POSTED ON DECEMBER 2, 2017 =====
Journalist Report & Crew Photos – December 2nd

Willie Schumann, Journalist, Crew 184

02 December 2017

Narrative:

We are on Mars. It’s unbelievable, but yet so real. After half year of planning , we arrived yesterday to the habitat and it was a rush of first impressions. We cleaned some larger items of the previous crews and made ourselves at home. The effects of the long Martian day, which is 40 minutes longer then a day on earth, kicked in and we were quite tired. We dropped into our beds happy and exhausted, which is the best state of mind when you finish a day.

There is always beauty in new beginnings, and so was the morning of our first Martian Day. We got up really early. There is still so much to be done before we can start our research and breath life into the plentiful projects of crew 184. Nonetheless, we spoiled ourselves with a hearty breakfast of scrambled eggs. We are trying to use our fresh food as soon as possible. Especially in the first days we want to keep moral high, as the six of us have to get used to the new environment.

After breakfast, our second in command Trisha Randazzo gave everyone in the crew a little bag of presents. What a surprise, which could only be topped by Mars itself. The first sunrise on the red planet blew our minds. The colors of the distant sun, leaping over the Martian hills was something I had never seen on Earth. Maybe the euphoria tainted my perception, but anyway, it was darn beautiful.

Even though we were not assigned on an EVA, just yet, the day was eventful. First Officer Randazzo and Crew Engineer Hunt started assembling the workout bicycle really early and had a steep learning curve. It’s seems to be a universal truth, that assembling is as hard on Mars as it is on Earth, and that improvisation is always king. It’s not important how you get there, but that is works and that you gained knowledge in the process.

It’s not a surprise that the crew meals on this first day have been a very bonding experience. I hope we can keep this energy, even if we run out of fresh food and of inspiration how to prepare it. We cherish being here together and looking forward for the days to come. We planted six paper white flower in the GreenHab this noon, one for every crew member. So we set already the first seeds of new life on this strange planet. We try to keep them alive. If we succeed, we will probably manage most other challenges that wait for us.

Tomorrow we will head out for our first EVA’s. I think, that is when the magic really starts. We are familiar with our new home now, but now we want to see the land, that surrounds us. We hope we can manage to wear the new space suits without larger problems, as we have heard, that you have to be fit. That’s another reason, why we plan an intense workout regime during our stay. I think, even if we struggle in the beginning of our mission, practice will show its effect and we can start to enjoy our exploration of Mars to the fullest.

Personal Logbook:

As a Journalist and filmmaker I have certain goals like everyone else of my crewmates. I am very excited about the time to come and conscious about my tasks and the things I need to do, to create great stories. While today was mainly spent with preparations and adjustments, tomorrow will be opening a great window of opportunity for fantastic pictures, when we will finally go outside.

I have filmed a lot today, but I think, that the scenes, that follow, will be more meaningful. As now, I haven’t managed to make to many interviews and it will be a challenge to find new corners and angles in the habitat to film. I was a little tired this morning, but worked on autopilot through most of the day. Patience and motivation will be important to make the most of my time on Mars. I guess, these are qualities that are essential for every astronaut and storyteller.

== Title First Steps ==
Willie Schumann, Journalist, Crew 184

03 December 2017

Narrative:

Today was the day, we walked the first time on Martian soil. But before our boots printed our profiles in the dusty ground, we had to learn how to survive. Meaning how to use our space suits properly and to stay always in touch with our crewmates.

We decided to split our crew in groups of three each, to have a short familiarization EVA. Commander Horn and Medical Officer Sczepaniak and me had the privilege to be in group one. The pole position also helped to clear some problems for the rest of the team. It took us some time to have all radios checked and synchronized and applied perfectly on our suits. The cameraman forgot to take his camera in all his euphoria into the preparation room. But there was no time for shame for yours truly, only time for EVA.

Our space helmets are certainly a piece of art. Quite unique in size and design, and clearly differentiable to other groundbreaking space missions in the past decades. Every era should have their iconic space suits and round and clear helmets define the era of humans on Mars. It takes two people two put the helmet and the oxygen container on the astronaut, which is clearly an effort. But it also increases the feeling of security; because it clearly has what the astronaut needs most – plenty of breathable air.

But it takes a little bit more to be able to go out of the habitat than just putting on a suit. To avoid the risk of decompressing our lungs we stayed twenty five minutes in the preparation room. We used this time to triple check our before we went into the airlock. This tiny chamber is the last thin border to the Martian environment. There we decompressed for another five minutes. The moment of opening this last door to adventure was beautiful, commander Horn opened the lock and the Martian sun welcomed us.

Yesterday night blew a hefty Martian storm over our habitat, so first thing we did was checking the premises for possible damage. We discovered nothing and jumped on our ATV’s, which we had extensively trained on. I had struggled with it before, but today it was a complete joy ride. Everything seemed in sync, as I was ever meant to be to ride on this surface.

Our plan was to explore the near surroundings and so we did. The ground was mainly perfectly even and we quickly distanced ourselves from our hab. The landscape got more surreal as we gained ground. Round shaped and sharp edged hills and rocks are sprinkled left and right of us. We stopped and climbed on the highest elevation point. I was surprised how easy we reached the peak. The surface is soft and gives enough grip to step up. On top it was a great opportunity to shoot some pictures to send home.

After we returned to the hab and a quick lunch I decided to join the second group for their first minutes. I thought it was a great chance to get some additional film footage. After everything was done I actually felt the exhaustion of the EVA’s. While I was out there the adrenaline kept me focused and going, because every new shot was a promise. But it was great to return to the hab, which turned to our home within just a few days. I never expected that, but the intensity of our endeavor seems to accelerate everything. Mars really makes every minute count and precious.

Personal Logbook:

I am exhausted, but very happy after this day with 1,5 EVA’s. While the first one was a proper one, I took the chance to film a few transition shots in the beginning of the EVA of our second group out on Mars.

There are challenges to film with the round helmet, but I surprisingly managed well to focus. It seems I am fit to film on Mars. For the first time I also had the chance to take some photography on film on Mars, which made me really content.

I see pictures and stories everywhere, but you have to stay contained and you have to shift certain scenes and topics to another day. Otherwise I would kill myself with work. I have to stay fit and focused this entire mission.

I am happy, that the crew is picking up on my idea of VLogs. Instead of an interview I would love everyone to film personal diaries with an iPhone. Other than a conducted interview a VLog gives the audience the chance to have a very personal look on the protagonists of our adventure.

Today I used my new 360° camera the first time. And I already learned a bit. To avoid shadows on the complete frame I will probably use it, when the sun stands the highest, or it isn’t there at all.

Overall it was a great day. I am running a bit behind with interviews, but I leave that for the days, when weather forbids us from going outside. The pictures today were fantastic and I am optimistic for the days to come.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

==Journalist Report – December 4th==

=====POSTED ON DECEMBER 4, 2017=====
Willie Schumann, Journalist Report, Crew 184

==Journalist Report – December 5th==

=====POSTED ON DECEMBER 5, 2017=====
Willie Schumann, Journalist Report, Crew 184

05 December 2017

Title: Crisis Management

Narrative:

Some people say you only really arrived to a new home, when you managed your first crisis and you didn’t run away. Well, that means we have finally arrived on Mars. We woke up to a bunch of problems, which could have had a dramatic effect on the livelihood of crew number 184.

Crew Engineer Hunt woke up early today and was the first to realize, that our internal water tank in our top floor had reached a critical low level. This tank fuels our kitchen, the bath and the toilet – it is the heart of our Martian shelter. It is just below the roof, because it uses gravity to deliver water to the various outlets below. At first we thought, our pump was defective, that enables the whole operation.

That conclusion was plausible, because shortly after crisis number one we detected crisis number two. Our battery, which is fueled by a generator and the solar panels at their respective working hours, was down to five percent. Commander Horn and Crew Engineer Hunt, still in his pajamas, observed the devices and detected a leaking oil tank.

Was our failing energy source the reason for the block in the water delivery? And could the Officer Hunt fix the oil leak and subsequently fix the Hab? Time was crucial, because we only had limited reserve water bottles and the toilet was also relying on the tank. From personal experience I could tell, holding back on business at the space-loo makes it impossible to stay operational.

The night was awfully cold leading to Sol 4 and so we came up to a new possible reason of the failing water system. Maybe the pipes leading into the Hab were frozen? We checked them and although we couldn’t peek inside we could feel how cold they were. The sun still hadn’t turned around far enough to warm up the external water tank. We never had been so anxious for the hot giant star to move faster to hit Mars with a wave of heat.

After two hours of trouble shooting and learning more about our life-sustaining infrastructure we contacted mission control and requested assistance on our problems. We were assured, that we were on the right track and that we will life another day. After we closed the oil leak, which was caused by cap, which wasn’t screwed tight enough, the battery gained quickly power. And once the sun turned the water flooded into our Hab.

Because of the crisis situation we had to push our second EVA’s two to three hours back. Me and a crew of three, led by Science Officer Akash Trivedi, were already in the pre-breathing chamber, when we heard the good news of the resolved problems. We could start with a light heart to our mission to collect soil and rock samples.

Akash Trivedi is one of to European members of our crew. The Briton is well connected to the university of Oxford, which asked him to do a so called Matryoshka project. He received satellite data for interesting surfaces on Mars and now wants to collect samples from exactly these spots. Like a Russian doll both elements will complete one another.

For the first time we took the rover out and as we reached our destination climbed on hills to collect the sources. It was fun. The heavy helmet and backpack didn’t really hold me back. But I must say carrying the camera equipment and the necessity to be faster at certain spots and staying longer to have enough flesh for the footage is demanding. It sounds contradicting, but creating great movie footage makes often only sense for the filmmaker.

Coming back was great, because there was a special treat waiting for us. With restored energy and water, we will have our first shower on Mars. We were holding back on it since the beginning, looking on the water crisis, quite a good exercise to deal with such a shortage. So if you excuse me, I have a date with our shower…

Personal Logbook:

Today was a fruitful day, but I will be happy when I lay down to sleep. Partly this is due to our busy schedule, to the high demand of the marsonauts life and the challenges of the work.

Because my crew has little to no experience with documentary work, it is also a workshop for them to align with the demands of filmmaking. In a way, they have to be actors, but actors, who play themselves. Once you understand this and the technical requirements of filmmaking you are half way there.

Some are very talented and pure gold. For others I have to explain certain procedures over and over again. And it’s all good and no ones fault. It just makes it a bit harder for me. Which is tough, when you already do four jobs by yourself.

Today I could also do some more photos on film, which made me very content. During the various problems we had to manage I was doing some photography of our polished helmets and suits. I thought I use the calm to cover theses essentials.

Tomorrow I might stay in the Hab for a day. I definitely should take a little rest in one of the next days. I think I will make this decision upon the weather forecast. Still super excited to be here, but taking care of my energy level to continue to deliver good pictures.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

==Journalist Report – December 6th==

=====POSTED ON DECEMBER 6, 2017=====
Willie Schumann, Journalist Report, Crew 184

06 December 2017

Title : Climbing Higher

Narrative:

Day number five on Mars and we are still alive and happy to be here. While it continues to be quite chilly in the morning our water pipes didn’t freeze last night. Learning from yesterday we checked the pump first thing after waking up and while the Hab tank filled up I looked around and saw into very content faces of relieved Marsonauts. The Generator is still a bit shaky, but our solar panels work great and as long as the sun is shining we should be fine.

We were planning to continue our Matryoshka project today on an EVA and we wanted to start quite early. That’s why we had an early lunch around ten o’clock. As I was assigned with commander Horn and Officers Trivedi and Hunt to join the exploration team I was also free of my daily cooking duties.

That gave me the opportunity to film First Officer Randazzo preparing delicious chicken noodle soup and mashed potatoes. This was particularly interesting for me, because it was a classic case of dried space food. We have milk powder, which we mix up with water. Just imagine the insane amount of milk we would have to fly up into space, matching our demand. It would probably smarter to ship a couple of space cows up to the red planet, but we would need their food… don’t get me started. This milk is essential for our breakfast cereal and it surely made our mashed potatoes creamy like on earth.

We really get our groove on with our EVA preparations. This time we pre-checked our radios and used the time efficiently in the pre-breathing chamber to get our suits and helmets on. Today I tried a new helmet, I had especially made on earth to meet my needs for filming and photographing, as it is important to have my analogue cameras close to my eye for focusing. It is a combination of a newly developed pressure resistant head and a 180° crystal face shield, which looks like a giant scuba mask. There were some issues with it during the EVA, but I will come back to that later.

So we drove out much quicker, then in the last EVA’s and took a rover and two ATV’s. Yesterday I made already some cool stabilized GoPro shots, heading into the Martian landscape. We repeated these shots today and I especially instructed the ATV driver to drive really close to the camera I had applied at the rear of our rover. It worked and they shots looked even more cinematic today.

For the geologists Matryoshka project of Science Officer Trivedi we climbed a few hills at different locations with interesting rock formations. The sun was up and we had some great frames with impressive shadows. My helmet turned a bit foggy, so a lot of my filming was a bit of a blind flight. But with the experience of the last days I managed quite well to deliver good shots. We stumbled about a stone formation, that almost looked like a bone of a giant creature. We could imagine it was a fossil of an early Martian life form. But maybe it is also our earthly expectation we project on Mars.

Being on these hills gave us a great overview on the territory we had covered in the first days we spent on the new planet. It was a quite majestic moment. Unfortunately one of my analogue cameras fell down twice today, opened up and also my settings were temporarily messed up. I will only know in a few weeks, if the pictures came out well. So the mission is to take further pictures, never to stop and to be sure to have enough material to show to the folks on the mother planet.

We came home a bit prematurely and were surprised to detect a little water leak just below our air lock chamber. We analyzed the scene and tried to analyze the source of the leak. Was it melted ice connected with the frozen pipes yesterday? We later consulted mission control and were assured it is probably our kitchen sink, which shouldn’t bother us too much. And the Martian ground can hold a little bit more water for sure.

Back to the new helmet. Unfortunately it couldn’t be perfected for the Martian environment, just yet. At the moment breathing causes still moisture in the helmet, which makes it hard to see completely through the face shield. With the assistance of Health and Safety Officer Sczepaniak we applied some improvements to the breathing mechanism and first tests were very promising. I will test it in the field tomorrow. There are new perfect solutions, but I am happy, that my team is very good in troubleshooting. After all, a Mars mission is work in progress.

Yesterday night Commander Horn conducted a board game night, which was super fun. Crew Engineer Hunt showed unexpected winning potential, but I was happy with my performance as well. I did pretty well in an American trivia quiz, just my dice throwing skills leave much room for improvement. Evenings like these are very important for crew moral, which is still intact and promising for the days to come. Inline image 1

Personal Logbook:

It was a good day. I am less exhausted today, even though it was equally tough on today’s EVA compared to yesterdays. Maybe I am getting used to the Martian life circumstances. Maybe I am evolving quicker than I thought.

I had to speak out on our EVA today to the rest of the crew. In lack of a crew camera for pictures of the geological surface I was constantly asked to take pictures of rocks. I can do that, but most of the time I am busy documenting every move of the crew. Doing these scientific shots can much easier be achieved by an additional camera of the respective specialist officer. Everybody agreed and I was happy, that my role is understood, and so I can continue my storytelling.

As I didn’t take a shaver with me I am growing an impressive beard at the moment. Maybe it will turn Hemingwayish beard in a few days. That would be a first for me, but very appropriate for an adventurer

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

== Journalist Report – December 7th ==

===== POSTED ON DECEMBER 7, 2017 =====
Crew 184 Journalist Report

Willie Schumann

07 December 2017

Title: Exploring Mars

Narrative:

I am sitting in my bed in the habitat and writing this report. And I am glad to get a little rest, because today has been physically challenging and we all are looking forward to our first Martian weekend.

We are getting our groove on with the longer days on Mars and yesterday treated ourselves by watching the infamous comedy puppet flick of “Team America”. Being far away from the home planet makes all these international conflicts seem even more ridiculous. Our crew on Mars is multi-national and we celebrate our differences. On top of that, we established fitting nicknames for all crew members. Our space doc is Bones, Crew Engineer Hunt is Big Foot, because he is not only the tallest man on Mars, but also has the biggest shoes. Commander Thomas Horn is the major and our Briton Akash Trivedi the royal on Mars. First Officer Randazzo is Wash, which came upon, when the crew assembled the first Martian workout bicycle and needed a lot of washers to make this item work. I am Smurf and I will not comment on how that happened.

Our water supply is doing great, but the generator still has some hick ups. To save the battery set-up we decided with mission control, to turn it off during the night. As a consequence not all life-supporting backpacks for the EVA were completely charged. But we got just about enough, to match our four crew members, who went out on the third leg of Science Officer Trivedis Matryoshka project.

For section three we went to URC North, just west of Galileo Road. It was a completely new sector for us and after we had passed some mountains we entered a giant terrain of mountain chains and valleys all covered by red stone. We had a few problems to find the exact location that was indicated by the scientists on earth via satellite imagery, but eventually found our destination.

Although I still have to carry a lot of equipment in two heavy bags with me I was happy with today’s behavior of the crew, because they remained longer in the respective exploration sites. That gave me enough time to get my pictures and I didn’t have to run around as much as in the previous days. Still, carrying the heavy backpack and holding the camera always still is an incredibly intense workout.

The adjustments we made yesterday to my alien space helmet worked pretty well. Only in the end of the EVA it got a bit foggy, but also the other helmets fogged up a little. I guess, with increased exhaustion our breathing got heavier and the sun was pretty strong, too. I will observe this in the days to come and we might apply some changes on the fly to make the helmet even better.

Talking about helmets. On our way back to the habitat we were facing the direct low sun and it was quite a challenge to navigate. It was quite funny to look at our Space Doctor Sczepaniak to drive at snails pace. As he is also the Security Officer he is an example of safety on Mars.

But we thought about a cool feature for the next generation of Martian helmets. Wouldn’t it be cool to have some sort of shades, a visor or a cap on the helmet top to use, when the crew is facing the full solar power? We will think about it a bit more and maybe come up with a new design in the days to come.

First Officer Randazzo discovered the Baking Automat yesterday and it became a tradition, at least in the last two days ( I have heard in America something is already a tradition, when it happened twice) to have freshly baked warm bread with Nutella right after the EVA. The perfect treat after an intensive ride on Martian turf.

But now I have to seize my reporting, because I am back on cooking command. We are soon running out of the last fresh food supplies we brought from earth. Today I will be using our last tomatoes, together with celery and tuna to mix one of my favorite dishes: Pasta with tomato sauce flavored with a cup of extra love.

Personal Logbook:

Today I was very content with our EVA from the perspective of a filmmaker. At today’s exploration spot the crew remained longer at the various sites and left me more time to get my shots.

I also could run three interviews, which is a high in the past week. Vlogs are coming along better, too and the crew feels more and more comfortably with their role. Maybe they will do it automatically in the next days. That would take a load of me.

Today I took less analogue pictures, but I checked regularly the settings and the camera didn’t fell down. So I am confident, that everything went smooth today. If I will keep this rate I will have a nice collection additionally to the digital exposures I have made.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

== Journalist Report – December 11th ==

===== POSTED ON DECEMBER 11, 2017 =====
Willie Schumann, Journalist Report, Crew 184

11 December 2017

Title: Back on Track

Narrative:

It was our first real weekend on Mars, but there wasn’t much time to lay back and take a rest, because the problems of the past week still had their grip on us. On Friday the generator let us down once again, we shut it down and we prepared for the worst. As we expected another freezing night we started to seal the complete habitat to contain the warmth we have inside. If that still wouldn’t have been enough we considered moving to the science dome, as it is the structure of our Mars mission that is the best insulated. We covered and secured sensitive electrical equipment and send a few thoughts to our loved ones.

We succeeded and had a descent night. I think, the insights we gathered from this emergency event could be useful for the men and women, who will follow us to Mars. But for the time being, we stayed alert, because the problems weren’t resolved. Even if we slept like native Martians, we still had to take care of the generator and the flow of energy at night.

Together with mission control we made the decision to evacuate for the night of Saturday to an emergency pod a few miles south of the Habitat. Equipped with the most relevant life sustaining technologies, perfectly insulated but stripped of the extended possibilities of the habitat this pod served us perfectly for the night, before we could tackle the problem of the generator once another morning provided us with the energy of the sun.

When we returned Sunday morning things had calmed down and we realized, that one source of the problems could have been contaminated coolant in the generator. We decided to flood the coolantInline image 1 tank, to clean the device and refill it with a new mix. Mission control works tirelessly to find additional solutions to the hick-ups in the communication between the battery and the generator and I am sure the earths best scientists are writing already a perfect plan to make our energy infrastructure work not only for us, but for the future crews to inhabit this strange new planet.

Quick flashback to Friday, which was a grand Martian day. We continued our geological Matryoshka project on an EVA consisting of Science Officer Trivedi, Doctor Sczepaniak and me. We went North-East from the habitat and once again the landscape and nature proved to be surprising and new. The location was hidden, but in a mix of satellite imagery, GPS and common sense we finally found Candor Chasma. What a mystical name and a very fruitful location for our scientists.

The surroundings looked very similar to the Sahara Desert on Earth. Deep sandy dunes and mysterious desert plants, complimented by giant stones, that look like they have been dropped from the sky by a higher force. Cunningly some of these rocks have a very large body, but they are only connected to the ground by a small fraction of their bottom parts. Martian rocks seem to defy the logic of physics and there is much to be explored about the origin of these formations.

The crew climbed up to a higher plateau, even when the sun was high and the temperatures in the suits were rising constantly. Trivedi and Sczepaniak really worked as a team and secured a lot of uncontaminated probes. We saved a lot of time compared to former EVA’s and had even time for a film interview at the location in space suits.

After our return to the Hab we had much time to care about maintenance., especially because we didn’t have an EVA today. We repaired a few space suits that were a bit out of shape and First Officer Randazzo really dug deep into the soil of the green Hab. She had been afraid that after the generator failure, would have effected the temperatures immensely, threatening the livelihood of the young seedlings, she had planted before. But the structure proved its value and all the plants are alive and kicking.

She continued to thin out tomato plants and seed new herbs today to complement the diet plan of the crew. As we were all stuck in the habitat today it becomes apparent, that it is good for the crew members to find refuge in one or another building on the premises to have a little time for themselves. First Officer Randazzo really enjoys the time in the green Hab, it is almost like a form of meditation to plant new life into little pots.

Personal Logbook:

After a tumultuous few days it was good to come back to the daily routine. There were a few doubts, how everything will continue on Mars for us, but now we can value our time here even more.

After the biggest problems seem to be contained I am looking very forward to go out on the next EVA tomorrow. While the Crew repaired the generator I used the time to shoot some pictures around the habitat. The design of the observatory is a real piece of art and I fell in love with it.

Looking forward to get outside the habitat tomorrow and I will try to capture some scenes, that I haven’t been shot before. I am very anxious what the next days will bring.

We had a great ten days of meals and we are running out of fresh supplies. We have to get creative now for cooking, but I am very confident, that we will create something delicious for the crew, because good food keeps the spirits high.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

== Journalist Report – December 12th ==

===== POSTED ON DECEMBER 12, 2017 =====
Willie Schumann, Journalist Report, Crew 184

12 December 2017

Title: Going Further, than Ever Before

Narrative:

As we are adapting to the Martian day and transitioning from Earth time we are currently staying longer awake and are getting up a little later. I was quite energetic and woke even up before my alarm clock. That gave me the chance to film everyone coming out of their sleeping chamber, which are aligned in a little row next to one another.

Because we sleep longer now we went right on an EVA to Matryoshka Site number five after breakfast. Science Officer Trivedi took the lead, while Doctor Sczepaniak was still very sleepy. As he is anyway quite stoic and monosyllabic we were wondering if he is sleepwalking. I personally thought we have to reanimate him right there in the pre-breathing chamber. But we better leave that to the Doc. Wait a minute…

Today I actually wanted to take the ATV to drive by myself, but as we didn’t put this in the EVA request we had to follow protocol and postpone my personal Martian roadtrip desire to another day. Already in the past days it is one of the hardest challenges to pinpoint the exact spot of our Matryoshka sites as we have to compare the over view satellite pictures to the reality beneath our feet. To complicate things even more two crewmembers of this Mars mission are European and use the metric system instead of the imperial one. So you not only have to be a good a good geologists and pathfinder to master these tasks, but also a mathematician.

As so we took quite an interesting detour, which took us further north on Mars, then ever before. Around the site of the yellow moon we took our rover on a little rollercoaster. Facing a mountain comb we went up and down heavy slopes. The ATV could manage without problems but we were really careful with our rover. When we reached a every high elevation we faced an insane downfall.

We decided to check our geo position again, to make sure, that it was the right site. The ride down and the following climb would be too intense, considering it might not even be the spot we were supposed to be at. And after a short reassessment we realized, that we were a bit too far west from our exploartaion site. We turned and reached our final destination, the meaningful beige moon, shortly after.

While the Doc was seemingly still sleeping Science Officer Trivedi got very much excited looking at three elevations following shortly after one another. Let’s call them the three hills of the beige moon. Trivedi climbed on the peak of each of them and really dug deep for chemically pure probes of rocks. He got completed dusted and had to remove his pilot suit, after his return to the hab.

While on site he collected strange orange rocks and was fascinated by white shimmering stones further down north. When we went there we discovered that these rocks looked somewhat similar to quartz-stones and reflected the sun light to us. We collected the samples and will to analyze them in the hab lab.

I used this remote spot to make an interview with the Doc, who was still sleepy, but in a very pleasant Zen mode. As he is a man of faith we talked about the question, if the God the humans believe in, is also looking over us Martians? He surely believed so and is poised, that his heroic efforts on the red planet will possibly lead others to come to Mars and to find God here as well.

Maybe a higher force was already looking over us, when we returned to the base. We quickly felt, that the rover was a bit slower than usually and that there was a sensation, if someone was slightly pushing the break. We observed the vehicle superficially, but couldn’t find anything. We blamed it on the dirt and hoped it will fall off. As we continued I noticed that our trustful rover was losing battery level by the minute, which we never noticed before. Within a short period it dropped from 60% to 40%, which made me really worry.

Fortunately the habitat was already on the horizon and we literally slowly turned into the final lane. By then the battery was down to thirty percent and was more or less only crouching to it’s final parking spot. I was getting out of the rover to release it from weight, but I swear the chocolate cake of First Officer Randazzo yesterday night couldn’t have been the problem.

We made it home and will assess the battery problem of the rover tomorrow at sun light. As we have a massive arsenal of vehicles we will definitely be fine and I am sure our handy crew engineer will take care of the faulty one.

Personal Logbook It was great getting out again and Mars didn’t disappoint us once again. The weather is always great here and the sun strong. For me as photographer the conditions are perfect so far.

It was also inspiring to see new horizons and landscapes once again and to have purpose. When I am stuck in the habitat I sometimes feel a bit if I would lose time.

I think my experiments with the new helmet are completed and it works very good. Nonetheless I will step back to the original helmet, to feel the experience of the other crewmembers had in the past days.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

POSTED ONDECEMBER 13, 2017
Journalist Report – December 13th
Crew 184 Journalist Report

Willie Schumann

13 December 2017

Title The Edge of Mars

Narrative Today for the first time, since our arrival, we could see a real dense set of clouds covering the Martian sky, which was really nice for a change. We jumped right into our space suits after breakfast and were poised to explore Matryoshka site six for more geological probes for earth. Yesterday our rover Deimos, named after our Martian Moon, was pretty worn out in the end of our EVA. So we decided to give him a little rest today and took its brothers Spirit and Opportunity out for a ride.

Both rovers are still very young and therefore un-experienced. We have to take them out from time to time for their batteries to grow stronger. Our exploration site today was the notorious Lith Canyon, which is very far north, basically at the edge of the Martian landscape that is still accessible for us considering our technical capacity. If we would go even further, we might not contain the power to come back in time to survive.

So it was a considerate risk to take the new rovers, but you have to stretch the range of the possible to progress. Space travel is not about always playing the save cards, it’s about to expand the borders of what mankind can achieve. And talking about the current limitations makes me refer to yesterdays evening. We opened a care package from earth with space food from Roskosmos, the Russian Space Agency. We got meat and cheese in tubes, which was quite alright, but there is definitely still room for culinary improvement. But as I am speaking Russian it was fun to get deep into the ingredients and share it with my fellow crewmembers.

We reached Lith Canyon pretty directly with no real detour. There are somewhat natural roads on Mars, shaped by wind and erosion. From experience we do not test our rovers to the extreme and keep them mainly on flat surfaces. That means, that we have to walk quite long distances through rough terrain. These longs walks on the other hand create other problems, but I will come to that in a little while.

The clouds over Lith canyon welcomed today’s EVA crew, consisting of First Officer Randazzo and Crew Engineer Hunt, in dramatic fashion and we found our designated sample sites very easily. The rocks, that were lined up on the walls of the Mountains looked like thin brittle plates, that were sprinkled over a desert. Almost like slate slabs made from very dense and compressed sand, very impressive.

But you have to remain very alert. When we walked closer to edge of the area we could look very deep into the maw of the canyon. You really have to watch your feet so you don’t accidently step on a sandy slab, which cracks and makes you slide. We always kept enough distance to the edge and backed one another up.

For Randazzo and Hunt it was actually the last EVA for a long time. They will be needed for other duties in the weeks to come. So there was a certain melancholy lingering in the air, complimented by the cover of clouds. We decided to shoot a remote control picture to commemorate the moment. And for the fact, that it was almost shot blindly from the ground it turned out brilliant.

So we finished our daily mission and headed back to the rovers. I was always a little bit behind, because the sun breaking through the net of clouds captivated me for additional shot. My sight was a bit blurred from my heavy breath, caused by the intensity of hiking up and down the canyon. I was lost for a brief moment, but reunited with the crew through radio communication.

But we all were disoriented and didn’t recall the position of our vehicles. Because of the rather long walk and the time we had spent in the canyon we couldn’t remember were we came from. So we chose the tallest crewmember around to go to a lookout to help us, who was obviously Crew Engineer Hunt. Did I mention, that we nicknamed him Big Foot? Now you know why!

Big Foot proved his value once again and got visual of our rovers. The sun was standing already low and we really had to hit the pedal to get to the hab before nightfall. Our young rovers contained their energy at a surprising high level. So it was quite a steep learning curve for the team and our vehicles, and the risk to take them out was proven justified. Another day on Mars has almost passed and we are all a bit wiser than before. Thank you for that dear red planet.

Personal Logbook It was a great day on Mars with new visual impressions and experiences. The days now become shorter for us and the nights longer. As I am dependant on light I can not work us much as I want. I have to use my remaining time wisely to receive the results, that I want to achieve.

The group definitely grows closer together and knows one another inside out. I wonder how the dynamic of the entity that is crew 184 will develop in the future. For the time being we are happy for the time, that we can spend together.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

DECEMBER 14, 2017
Journalist Report – December 14th
Crew 184 Journalist Report

Willie Schumann

15 December 2017

Title Singing the Mars Blues

Narrative We arrived almost two weeks ago on the red planet and things really start to align. The procedures in the habitat are very natural to us and our days consist of tasks and rituals and keep us busy. Our preparations for the EVA have become faster and more efficient every day. We now detect malfunctions of the equipment way before they become crucial and are prepared for any kind of circumstances.

Therefore it is a pity that today was our last EVA for a long time. There are other tasks, that are waiting for us in the weeks to come and the weather on Mars is supposed to become more severe and will keep us from further explorations. Surely the EVA’s were the highlights thus far for us on this new planet, but I am confident, that we will soon have the chance to explore the world outside of our habitat even more intense.

But there was no time for regrets, we got our Marsonaut Mojo on and were poised to enjoy our trip to the Martian surface today. Commander Horn and Science Officer Trivedi were leading the way to the Blue Hills today and we relied once again on our trustful rover Deimos. The sky was clear of clouds and the temperatures were really welcoming to us humans, as we like it rather a bit warmer.

Most of our roads very flat and had little elevation. We passed white salt-plains and always had the Blue Hills in our sight. Although it took as a little longer to reach our destination, we were always on top of our schedule. The Blue Hills marked the seventh and last location for Officer Trivedis Matryoshka project and brought a temporary halt to his scientific explorations on Mars.

When we reached our destination he quickly selected four designated excavation sites for geological stone probes and so we proceeded to collect samples. As a picture creator I can already read my fellow crewmembers well and have a feeling how they move and what their next step might be. Still it is difficult to catch up with them, because they have their scientific agenda they have to meet and there is little time for extra shots.

I find it really impressive that we managed to stretch to almost every corner of the Martian terrain that is accessible for us at the moment. I think in the next weeks and months we can work out an extensive plan how to go beyond the borders that are determine our existence on the red planet. I am very hopeful for this to happen.

On our way back Deimos proved to be a real hero. As our parking position at the Blue Hills was a bit wobbly I was pulling the hand break to secure the vehicle. When we started our way back home Trivedi and me forgot about this security action and drove on with the break in use. In a short span of maybe about five minutes our battery was drained from 80% to approximately 45%. Fortunately we discovered the decline early enough and put the break down.

From that point onwards it was a race with time. We were almost at the furthest point away from our habitat, than ever before and with the lowest account of energy. There was no other strategy than to try to get as far as possible and then to access the situation anew. With every mile the battery dropped lower and lower.

Even though we reached the main Cow Dung Road soon enough elevation became bigger and bigger challenges. I exited the rover and tried to push it over the little hills in the road. We were determined to get home, even if it would have meant, that we have to push Deimos home. All other rescue plans would have been to time consuming and would include too much communication with mission control.

By now we were really slow and hoped every turn around a hill would give view to our habitat. It still took an eternity but then we saw it and boy, coming home was never sweeter then today.

Effectively we were only five minutes behind our planned return to the base and finally we plugged in Deimos and gave our little hero his well-deserved rest. He is charged now with the finest batch of energy Mars has to offer.

Personal Logbook I had the privilege to be on every single EVA in the past two weeks and it was a hell of a ride. Even though the intensity of wearing the suit and chasing after my protagonists were draining my energy at times the adrenaline of creating great pictures kept me going. I was always busy with the next picture opportunity ahead, preparations for the various cameras and stowing the equipment away. It was always a race with time and the caution not to leave anything behind. It was a constant battle between the things I wanted and the things that were possible, a real time evaluation of the respective situations at any given moment. It was one of the most challenging working environments of my life and one of the most beautiful and meaningful ones.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

[http://mdrs.marssociety.org/category/journalist-report/page/21/]

Crew 184 - Journalist Report

2019-03-27T21:42:09Z

Cmontanez2018:

[[Category: Journalism Reports]]

==Journalist Report & Crew Photos – December 2nd==

=====POSTED ON DECEMBER 2, 2017=====
Willie Schumann, Journalist, Crew 184

02 December 2017

Title Day One on Mars

Narrative:

We are on Mars. It’s unbelievable, but yet so real. After half year of planning , we arrived yesterday to the habitat and it was a rush of first impressions. We cleaned some larger items of the previous crews and made ourselves at home. The effects of the long Martian day, which is 40 minutes longer then a day on earth, kicked in and we were quite tired. We dropped into our beds happy and exhausted, which is the best state of mind when you finish a day.

There is always beauty in new beginnings, and so was the morning of our first Martian Day. We got up really early. There is still so much to be done before we can start our research and breath life into the plentiful projects of crew 184. Nonetheless, we spoiled ourselves with a hearty breakfast of scrambled eggs. We are trying to use our fresh food as soon as possible. Especially in the first days we want to keep moral high, as the six of us have to get used to the new environment.

After breakfast, our second in command Trisha Randazzo gave everyone in the crew a little bag of presents. What a surprise, which could only be topped by Mars itself. The first sunrise on the red planet blew our minds. The colors of the distant sun, leaping over the Martian hills was something I had never seen on Earth. Maybe the euphoria tainted my perception, but anyway, it was darn beautiful.

Even though we were not assigned on an EVA, just yet, the day was eventful. First Officer Randazzo and Crew Engineer Hunt started assembling the workout bicycle really early and had a steep learning curve. It’s seems to be a universal truth, that assembling is as hard on Mars as it is on Earth, and that improvisation is always king. It’s not important how you get there, but that is works and that you gained knowledge in the process.

It’s not a surprise that the crew meals on this first day have been a very bonding experience. I hope we can keep this energy, even if we run out of fresh food and of inspiration how to prepare it. We cherish being here together and looking forward for the days to come. We planted six paper white flower in the GreenHab this noon, one for every crew member. So we set already the first seeds of new life on this strange planet. We try to keep them alive. If we succeed, we will probably manage most other challenges that wait for us.

Tomorrow we will head out for our first EVA’s. I think, that is when the magic really starts. We are familiar with our new home now, but now we want to see the land, that surrounds us. We hope we can manage to wear the new space suits without larger problems, as we have heard, that you have to be fit. That’s another reason, why we plan an intense workout regime during our stay. I think, even if we struggle in the beginning of our mission, practice will show its effect and we can start to enjoy our exploration of Mars to the fullest.

Personal Logbook As a Journalist and filmmaker I have certain goals like everyone else of my crewmates. I am very excited about the time to come and conscious about my tasks and the things I need to do, to create great stories. While today was mainly spent with preparations and adjustments, tomorrow will be opening a great window of opportunity for fantastic pictures, when we will finally go outside.

I have filmed a lot today, but I think, that the scenes, that follow, will be more meaningful. As now, I haven’t managed to make to many interviews and it will be a challenge to find new corners and angles in the habitat to film. I was a little tired this morning, but worked on autopilot through most of the day. Patience and motivation will be important to make the most of my time on Mars. I guess, these are qualities that are essential for every astronaut and storyteller.

Willie Schumann, Journalist, Crew 184

03 December 2017

Title First Steps

Narrative:

Today was the day, we walked the first time on Martian soil. But before our boots printed our profiles in the dusty ground, we had to learn how to survive. Meaning how to use our space suits properly and to stay always in touch with our crewmates.

We decided to split our crew in groups of three each, to have a short familiarization EVA. Commander Horn and Medical Officer Sczepaniak and me had the privilege to be in group one. The pole position also helped to clear some problems for the rest of the team. It took us some time to have all radios checked and synchronized and applied perfectly on our suits. The cameraman forgot to take his camera in all his euphoria into the preparation room. But there was no time for shame for yours truly, only time for EVA.

Our space helmets are certainly a piece of art. Quite unique in size and design, and clearly differentiable to other groundbreaking space missions in the past decades. Every era should have their iconic space suits and round and clear helmets define the era of humans on Mars. It takes two people two put the helmet and the oxygen container on the astronaut, which is clearly an effort. But it also increases the feeling of security; because it clearly has what the astronaut needs most – plenty of breathable air.

But it takes a little bit more to be able to go out of the habitat than just putting on a suit. To avoid the risk of decompressing our lungs we stayed twenty five minutes in the preparation room. We used this time to triple check our before we went into the airlock. This tiny chamber is the last thin border to the Martian environment. There we decompressed for another five minutes. The moment of opening this last door to adventure was beautiful, commander Horn opened the lock and the Martian sun welcomed us.

Yesterday night blew a hefty Martian storm over our habitat, so first thing we did was checking the premises for possible damage. We discovered nothing and jumped on our ATV’s, which we had extensively trained on. I had struggled with it before, but today it was a complete joy ride. Everything seemed in sync, as I was ever meant to be to ride on this surface.

Our plan was to explore the near surroundings and so we did. The ground was mainly perfectly even and we quickly distanced ourselves from our hab. The landscape got more surreal as we gained ground. Round shaped and sharp edged hills and rocks are sprinkled left and right of us. We stopped and climbed on the highest elevation point. I was surprised how easy we reached the peak. The surface is soft and gives enough grip to step up. On top it was a great opportunity to shoot some pictures to send home.

After we returned to the hab and a quick lunch I decided to join the second group for their first minutes. I thought it was a great chance to get some additional film footage. After everything was done I actually felt the exhaustion of the EVA’s. While I was out there the adrenaline kept me focused and going, because every new shot was a promise. But it was great to return to the hab, which turned to our home within just a few days. I never expected that, but the intensity of our endeavor seems to accelerate everything. Mars really makes every minute count and precious.

Personal Logbook:

I am exhausted, but very happy after this day with 1,5 EVA’s. While the first one was a proper one, I took the chance to film a few transition shots in the beginning of the EVA of our second group out on Mars.

There are challenges to film with the round helmet, but I surprisingly managed well to focus. It seems I am fit to film on Mars. For the first time I also had the chance to take some photography on film on Mars, which made me really content.

I see pictures and stories everywhere, but you have to stay contained and you have to shift certain scenes and topics to another day. Otherwise I would kill myself with work. I have to stay fit and focused this entire mission.

I am happy, that the crew is picking up on my idea of VLogs. Instead of an interview I would love everyone to film personal diaries with an iPhone. Other than a conducted interview a VLog gives the audience the chance to have a very personal look on the protagonists of our adventure.

Today I used my new 360° camera the first time. And I already learned a bit. To avoid shadows on the complete frame I will probably use it, when the sun stands the highest, or it isn’t there at all.

Overall it was a great day. I am running a bit behind with interviews, but I leave that for the days, when weather forbids us from going outside. The pictures today were fantastic and I am optimistic for the days to come.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

==Journalist Report – December 4th==

=====POSTED ON DECEMBER 4, 2017=====
Willie Schumann, Journalist Report, Crew 184

== Journalist Report – December 5th ==

===== POSTED ON DECEMBER 5, 2017 =====
Willie Schumann, Journalist Report, Crew 184

05 December 2017

Title: Crisis Management

Narrative:

Some people say you only really arrived to a new home, when you managed your first crisis and you didn’t run away. Well, that means we have finally arrived on Mars. We woke up to a bunch of problems, which could have had a dramatic effect on the livelihood of crew number 184.

Crew Engineer Hunt woke up early today and was the first to realize, that our internal water tank in our top floor had reached a critical low level. This tank fuels our kitchen, the bath and the toilet – it is the heart of our Martian shelter. It is just below the roof, because it uses gravity to deliver water to the various outlets below. At first we thought, our pump was defective, that enables the whole operation.

That conclusion was plausible, because shortly after crisis number one we detected crisis number two. Our battery, which is fueled by a generator and the solar panels at their respective working hours, was down to five percent. Commander Horn and Crew Engineer Hunt, still in his pajamas, observed the devices and detected a leaking oil tank.

Was our failing energy source the reason for the block in the water delivery? And could the Officer Hunt fix the oil leak and subsequently fix the Hab? Time was crucial, because we only had limited reserve water bottles and the toilet was also relying on the tank. From personal experience I could tell, holding back on business at the space-loo makes it impossible to stay operational.

The night was awfully cold leading to Sol 4 and so we came up to a new possible reason of the failing water system. Maybe the pipes leading into the Hab were frozen? We checked them and although we couldn’t peek inside we could feel how cold they were. The sun still hadn’t turned around far enough to warm up the external water tank. We never had been so anxious for the hot giant star to move faster to hit Mars with a wave of heat.

After two hours of trouble shooting and learning more about our life-sustaining infrastructure we contacted mission control and requested assistance on our problems. We were assured, that we were on the right track and that we will life another day. After we closed the oil leak, which was caused by cap, which wasn’t screwed tight enough, the battery gained quickly power. And once the sun turned the water flooded into our Hab.

Because of the crisis situation we had to push our second EVA’s two to three hours back. Me and a crew of three, led by Science Officer Akash Trivedi, were already in the pre-breathing chamber, when we heard the good news of the resolved problems. We could start with a light heart to our mission to collect soil and rock samples.

Akash Trivedi is one of to European members of our crew. The Briton is well connected to the university of Oxford, which asked him to do a so called Matryoshka project. He received satellite data for interesting surfaces on Mars and now wants to collect samples from exactly these spots. Like a Russian doll both elements will complete one another.

For the first time we took the rover out and as we reached our destination climbed on hills to collect the sources. It was fun. The heavy helmet and backpack didn’t really hold me back. But I must say carrying the camera equipment and the necessity to be faster at certain spots and staying longer to have enough flesh for the footage is demanding. It sounds contradicting, but creating great movie footage makes often only sense for the filmmaker.

Coming back was great, because there was a special treat waiting for us. With restored energy and water, we will have our first shower on Mars. We were holding back on it since the beginning, looking on the water crisis, quite a good exercise to deal with such a shortage. So if you excuse me, I have a date with our shower…

Personal Logbook:

Today was a fruitful day, but I will be happy when I lay down to sleep. Partly this is due to our busy schedule, to the high demand of the marsonauts life and the challenges of the work.

Because my crew has little to no experience with documentary work, it is also a workshop for them to align with the demands of filmmaking. In a way, they have to be actors, but actors, who play themselves. Once you understand this and the technical requirements of filmmaking you are half way there.

Some are very talented and pure gold. For others I have to explain certain procedures over and over again. And it’s all good and no ones fault. It just makes it a bit harder for me. Which is tough, when you already do four jobs by yourself.

Today I could also do some more photos on film, which made me very content. During the various problems we had to manage I was doing some photography of our polished helmets and suits. I thought I use the calm to cover theses essentials.

Tomorrow I might stay in the Hab for a day. I definitely should take a little rest in one of the next days. I think I will make this decision upon the weather forecast. Still super excited to be here, but taking care of my energy level to continue to deliver good pictures.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

== Journalist Report – December 6th ==

===== POSTED ON DECEMBER 6, 2017 =====
Willie Schumann, Journalist Report, Crew 184

06 December 2017

Title : Climbing Higher

Narrative:

Day number five on Mars and we are still alive and happy to be here. While it continues to be quite chilly in the morning our water pipes didn’t freeze last night. Learning from yesterday we checked the pump first thing after waking up and while the Hab tank filled up I looked around and saw into very content faces of relieved Marsonauts. The Generator is still a bit shaky, but our solar panels work great and as long as the sun is shining we should be fine.

We were planning to continue our Matryoshka project today on an EVA and we wanted to start quite early. That’s why we had an early lunch around ten o’clock. As I was assigned with commander Horn and Officers Trivedi and Hunt to join the exploration team I was also free of my daily cooking duties.

That gave me the opportunity to film First Officer Randazzo preparing delicious chicken noodle soup and mashed potatoes. This was particularly interesting for me, because it was a classic case of dried space food. We have milk powder, which we mix up with water. Just imagine the insane amount of milk we would have to fly up into space, matching our demand. It would probably smarter to ship a couple of space cows up to the red planet, but we would need their food… don’t get me started. This milk is essential for our breakfast cereal and it surely made our mashed potatoes creamy like on earth.

We really get our groove on with our EVA preparations. This time we pre-checked our radios and used the time efficiently in the pre-breathing chamber to get our suits and helmets on. Today I tried a new helmet, I had especially made on earth to meet my needs for filming and photographing, as it is important to have my analogue cameras close to my eye for focusing. It is a combination of a newly developed pressure resistant head and a 180° crystal face shield, which looks like a giant scuba mask. There were some issues with it during the EVA, but I will come back to that later.

So we drove out much quicker, then in the last EVA’s and took a rover and two ATV’s. Yesterday I made already some cool stabilized GoPro shots, heading into the Martian landscape. We repeated these shots today and I especially instructed the ATV driver to drive really close to the camera I had applied at the rear of our rover. It worked and they shots looked even more cinematic today.

For the geologists Matryoshka project of Science Officer Trivedi we climbed a few hills at different locations with interesting rock formations. The sun was up and we had some great frames with impressive shadows. My helmet turned a bit foggy, so a lot of my filming was a bit of a blind flight. But with the experience of the last days I managed quite well to deliver good shots. We stumbled about a stone formation, that almost looked like a bone of a giant creature. We could imagine it was a fossil of an early Martian life form. But maybe it is also our earthly expectation we project on Mars.

Being on these hills gave us a great overview on the territory we had covered in the first days we spent on the new planet. It was a quite majestic moment. Unfortunately one of my analogue cameras fell down twice today, opened up and also my settings were temporarily messed up. I will only know in a few weeks, if the pictures came out well. So the mission is to take further pictures, never to stop and to be sure to have enough material to show to the folks on the mother planet.

We came home a bit prematurely and were surprised to detect a little water leak just below our air lock chamber. We analyzed the scene and tried to analyze the source of the leak. Was it melted ice connected with the frozen pipes yesterday? We later consulted mission control and were assured it is probably our kitchen sink, which shouldn’t bother us too much. And the Martian ground can hold a little bit more water for sure.

Back to the new helmet. Unfortunately it couldn’t be perfected for the Martian environment, just yet. At the moment breathing causes still moisture in the helmet, which makes it hard to see completely through the face shield. With the assistance of Health and Safety Officer Sczepaniak we applied some improvements to the breathing mechanism and first tests were very promising. I will test it in the field tomorrow. There are new perfect solutions, but I am happy, that my team is very good in troubleshooting. After all, a Mars mission is work in progress.

Yesterday night Commander Horn conducted a board game night, which was super fun. Crew Engineer Hunt showed unexpected winning potential, but I was happy with my performance as well. I did pretty well in an American trivia quiz, just my dice throwing skills leave much room for improvement. Evenings like these are very important for crew moral, which is still intact and promising for the days to come. Inline image 1

Personal Logbook:

It was a good day. I am less exhausted today, even though it was equally tough on today’s EVA compared to yesterdays. Maybe I am getting used to the Martian life circumstances. Maybe I am evolving quicker than I thought.

I had to speak out on our EVA today to the rest of the crew. In lack of a crew camera for pictures of the geological surface I was constantly asked to take pictures of rocks. I can do that, but most of the time I am busy documenting every move of the crew. Doing these scientific shots can much easier be achieved by an additional camera of the respective specialist officer. Everybody agreed and I was happy, that my role is understood, and so I can continue my storytelling.

As I didn’t take a shaver with me I am growing an impressive beard at the moment. Maybe it will turn Hemingwayish beard in a few days. That would be a first for me, but very appropriate for an adventurer

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

POSTED ONDECEMBER 7, 2017
Journalist Report – December 7th
Crew 184 Journalist Report

Willie Schumann

07 December 2017

Title Exploring Mars

Narrative I am sitting in my bed in the habitat and writing this report. And I am glad to get a little rest, because today has been physically challenging and we all are looking forward to our first Martian weekend.

We are getting our groove on with the longer days on Mars and yesterday treated ourselves by watching the infamous comedy puppet flick of “Team America”. Being far away from the home planet makes all these international conflicts seem even more ridiculous. Our crew on Mars is multi-national and we celebrate our differences. On top of that, we established fitting nicknames for all crewmembers. Our space doc is Bones, Crew Engineer Hunt is Big Foot, because he is not only the tallest man on Mars, but also has the biggest shoes. Commander Thomas Horn is the major and our Briton Akash Trivedi the royal on Mars. First Officer Randazzo is Wash, which came upon, when the crew assembled the first Martian workout bicycle and needed a lot of washers to make this item work. I am Smurf and I will not comment on how that happened.

Our water supply is doing great, but the generator still has some hick ups. To save the battery set-up we decided with mission control, to turn it off during the night. As a consequence not all life-supporting backpacks for the EVA were completely charged. But we got just about enough, to match our four crewmembers, who went out on the third leg of Science Officer Trivedis Matryoshka project.

For section three we went to URC North, just west of Galileo Road. It was a completely new sector for us and after we had passed some mountains we entered a giant terrain of mountain chains and valleys all covered by red stone. We had a few problems to find the exact location that was indicated by the scientists on earth via satellite imagery, but eventually found our destination.

Although I still have to carry a lot of equipment in two heavy bags with me I was happy with today’s behavior of the crew, because they remained longer in the respective exploration sites. That gave me enough time to get my pictures and I didn’t have to run around as much as in the previous days. Still, carrying the heavy backpack and holding the camera always still is an incredibly intense workout.

The adjustments we made yesterday to my alien space helmet worked pretty well. Only in the end of the EVA it got a bit foggy, but also the other helmets fogged up a little. I guess, with increased exhaustion our breathing got heavier and the sun was pretty strong, too. I will observe this in the days to come and we might apply some changes on the fly to make the helmet even better.

Talking about helmets. On our way back to the habitat we were facing the direct low sun and it was quite a challenge to navigate. It was quite funny to look at our Space Doctor Sczepaniak to drive at snails pace. As he is also the Security Officer he is an example of safety on Mars.

But we thought about a cool feature for the next generation of Martian helmets. Wouldn’t it be cool to have some sort of shades, a visor or a cap on the helmet top to use, when the crew is facing the full solar power? We will think about it a bit more and maybe come up with a new design in the days to come.

First Officer Randazzo discovered the Baking Automat yesterday and it became a tradition, at least in the last two days ( I have heard in America something is already a tradition, when it happened twice) to have freshly baked warm bread with Nutella right after the EVA. The perfect treat after an intensive ride on Martian turf.

But now I have to seize my reporting, because I am back on cooking command. We are soon running out of the last fresh food supplies we brought from earth. Today I will be using our last tomatoes, together with celery and tuna to mix one of my favorite dishes: Pasta with tomato sauce flavored with a cup of extra love.

Personal Logbook Today I was very content with our EVA from the perspective of a filmmaker. At today’s exploration spot the crew remained longer at the various sites and left me more time to get my shots.

I also could run three interviews, which is a high in the past week. Vlogs are coming along better, too and the crew feels more and more comfortably with their role. Maybe they will do it automatically in the next days. That would take a load of me.

Today I took less analogue pictures, but I checked regularly the settings and the camera didn’t fell down. So I am confident, that everything went smooth today. If I will keep this rate I will have a nice collection additionally to the digital exposures I have made.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

POSTED ONDECEMBER 11, 2017
Journalist Report – December 11th
Crew 184 Journalist Report

Willie Schumann

11 December 2017

Title Back on Track

Narrative It was our first real weekend on Mars, but there wasn’t much time to lay back and take a rest, because the problems of the past week still had their grip on us. On Friday the generator let us down once again, we shut it down and we prepared for the worst. As we expected another freezing night we started to seal the complete habitat to contain the warmth we have inside. If that still wouldn’t have been enough we considered moving to the science dome, as it is the structure of our Mars mission that is the best insulated. We covered and secured sensitive electrical equipment and send a few thoughts to our loved ones.

We succeeded and had a descent night. I think, the insights we gathered from this emergency event could be useful for the men and women, who will follow us to Mars. But for the time being, we stayed alert, because the problems weren’t resolved. Even if we slept like native Martians, we still had to take care of the generator and the flow of energy at night.

Together with mission control we made the decision to evacuate for the night of Saturday to an emergency pod a few miles south of the Habitat. Equipped with the most relevant life sustaining technologies, perfectly insulated but stripped of the extended possibilities of the habitat this pod served us perfectly for the night, before we could tackle the problem of the generator once another morning provided us with the energy of the sun.

When we returned Sunday morning things had calmed down and we realized, that one source of the problems could have been contaminated coolant in the generator. We decided to flood the coolantInline image 1 tank, to clean the device and refill it with a new mix. Mission control works tirelessly to find additional solutions to the hick-ups in the communication between the battery and the generator and I am sure the earths best scientists are writing already a perfect plan to make our energy infrastructure work not only for us, but for the future crews to inhabit this strange new planet.

Quick flashback to Friday, which was a grand Martian day. We continued our geological Matryoshka project on an EVA consisting of Science Officer Trivedi, Doctor Sczepaniak and me. We went North-East from the habitat and once again the landscape and nature proved to be surprising and new. The location was hidden, but in a mix of satellite imagery, GPS and common sense we finally found Candor Chasma. What a mystical name and a very fruitful location for our scientists.

The surroundings looked very similar to the Sahara Desert on Earth. Deep sandy dunes and mysterious desert plants, complimented by giant stones, that look like they have been dropped from the sky by a higher force. Cunningly some of these rocks have a very large body, but they are only connected to the ground by a small fraction of their bottom parts. Martian rocks seem to defy the logic of physics and there is much to be explored about the origin of these formations.

The crew climbed up to a higher plateau, even when the sun was high and the temperatures in the suits were rising constantly. Trivedi and Sczepaniak really worked as a team and secured a lot of uncontaminated probes. We saved a lot of time compared to former EVA’s and had even time for a film interview at the location in space suits.

After our return to the hab we had much time to care about maintenance., especially because we didn’t have an EVA today. We repaired a few space suits that were a bit out of shape and First Officer Randazzo really dug deep into the soil of the green hab. She had been afraid that after the generator failure, would have effected the temperatures immensely, threatening the livelihood of the young seedlings, she had planted before. But the structure proved its value and all the plants are alive and kicking.

She continued to thin out tomato plants and seed new herbs today to comple-ment the diet plan of the crew. As we were all stuck in the habitat today it becomes apparent, that it is good for the crew members to find refuge in one or another building on the premises to have a little time for themselves. First Officer Randazzo really enjoys the time in the green hab, it is almost like a form of meditation to plant new life into little pots.

Personal Logbook After a tumultuous few days it was good to come back to the daily routine. There were a few doubts, how everything will continue on Mars for us, but now we can value our time here even more.

After the biggest problems seem to be contained I am looking very forward to go out on the next EVA tomorrow. While the Crew repaired the generator I used the time to shoot some pictures around the habitat. The design of the observatory is a real piece of art and I fell in love with it.

Looking forward to get outside the habitat tomorrow and I will try to capture some scenes, that I haven’t been shot before. I am very anxious what the next days will bring.

We had a great ten days of meals and we are running out of fresh supplies. We have to get creative now for cooking, but I am very confident, that we will create something delicious for the crew, because good food keeps the spirits high.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

POSTED ONDECEMBER 12, 2017
Journalist Report – December 12th
Crew 184 Journalist Report

Willie Schumann

12 December 2017

Title Going Further, than Ever Before

Narrative As we are adapting to the Martian day and transitioning from Earth time we are currently staying longer awake and are getting up a little later. I was quite energetic and woke even up before my alarm clock. That gave me the chance to film everyone coming out of their sleeping chamber, which are aligned in a little row next to one another.

Because we sleep longer now we went right on an EVA to Matryoshka Site number five after breakfast. Science Officer Trivedi took the lead, while Doctor Sczepaniak was still very sleepy. As he is anyway quite stoic and monosyllabic we were wondering if he is sleepwalking. I personally thought we have to reanimate him right there in the pre-breathing chamber. But we better leave that to the Doc. Wait a minute…

Today I actually wanted to take the ATV to drive by myself, but as we didn’t put this in the EVA request we had to follow protocol and postpone my personal Martian roadtrip desire to another day. Already in the past days it is one of the hardest challenges to pinpoint the exact spot of our Matryoshka sites as we have to compare the over view satellite pictures to the reality beneath our feet. To complicate things even more two crewmembers of this Mars mission are European and use the metric system instead of the imperial one. So you not only have to be a good a good geologists and pathfinder to master these tasks, but also a mathematician.

As so we took quite an interesting detour, which took us further north on Mars, then ever before. Around the site of the yellow moon we took our rover on a little rollercoaster. Facing a mountain comb we went up and down heavy slopes. The ATV could manage without problems but we were really careful with our rover. When we reached a every high elevation we faced an insane downfall.

We decided to check our geo position again, to make sure, that it was the right site. The ride down and the following climb would be too intense, considering it might not even be the spot we were supposed to be at. And after a short reassessment we realized, that we were a bit too far west from our exploartaion site. We turned and reached our final destination, the meaningful beige moon, shortly after.

While the Doc was seemingly still sleeping Science Officer Trivedi got very much excited looking at three elevations following shortly after one another. Let’s call them the three hills of the beige moon. Trivedi climbed on the peak of each of them and really dug deep for chemically pure probes of rocks. He got completed dusted and had to remove his pilot suit, after his return to the hab.

While on site he collected strange orange rocks and was fascinated by white shimmering stones further down north. When we went there we discovered that these rocks looked somewhat similar to quartz-stones and reflected the sun light to us. We collected the samples and will to analyze them in the hab lab.

I used this remote spot to make an interview with the Doc, who was still sleepy, but in a very pleasant Zen mode. As he is a man of faith we talked about the question, if the God the humans believe in, is also looking over us Martians? He surely believed so and is poised, that his heroic efforts on the red planet will possibly lead others to come to Mars and to find God here as well.

Maybe a higher force was already looking over us, when we returned to the base. We quickly felt, that the rover was a bit slower than usually and that there was a sensation, if someone was slightly pushing the break. We observed the vehicle superficially, but couldn’t find anything. We blamed it on the dirt and hoped it will fall off. As we continued I noticed that our trustful rover was losing battery level by the minute, which we never noticed before. Within a short period it dropped from 60% to 40%, which made me really worry.

Fortunately the habitat was already on the horizon and we literally slowly turned into the final lane. By then the battery was down to thirty percent and was more or less only crouching to it’s final parking spot. I was getting out of the rover to release it from weight, but I swear the chocolate cake of First Officer Randazzo yesterday night couldn’t have been the problem.

We made it home and will assess the battery problem of the rover tomorrow at sun light. As we have a massive arsenal of vehicles we will definitely be fine and I am sure our handy crew engineer will take care of the faulty one.

Personal Logbook It was great getting out again and Mars didn’t disappoint us once again. The weather is always great here and the sun strong. For me as photographer the conditions are perfect so far.

It was also inspiring to see new horizons and landscapes once again and to have purpose. When I am stuck in the habitat I sometimes feel a bit if I would lose time.

I think my experiments with the new helmet are completed and it works very good. Nonetheless I will step back to the original helmet, to feel the experience of the other crewmembers had in the past days.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

POSTED ONDECEMBER 13, 2017
Journalist Report – December 13th
Crew 184 Journalist Report

Willie Schumann

13 December 2017

Title The Edge of Mars

Narrative Today for the first time, since our arrival, we could see a real dense set of clouds covering the Martian sky, which was really nice for a change. We jumped right into our space suits after breakfast and were poised to explore Matryoshka site six for more geological probes for earth. Yesterday our rover Deimos, named after our Martian Moon, was pretty worn out in the end of our EVA. So we decided to give him a little rest today and took its brothers Spirit and Opportunity out for a ride.

Both rovers are still very young and therefore un-experienced. We have to take them out from time to time for their batteries to grow stronger. Our exploration site today was the notorious Lith Canyon, which is very far north, basically at the edge of the Martian landscape that is still accessible for us considering our technical capacity. If we would go even further, we might not contain the power to come back in time to survive.

So it was a considerate risk to take the new rovers, but you have to stretch the range of the possible to progress. Space travel is not about always playing the save cards, it’s about to expand the borders of what mankind can achieve. And talking about the current limitations makes me refer to yesterdays evening. We opened a care package from earth with space food from Roskosmos, the Russian Space Agency. We got meat and cheese in tubes, which was quite alright, but there is definitely still room for culinary improvement. But as I am speaking Russian it was fun to get deep into the ingredients and share it with my fellow crewmembers.

We reached Lith Canyon pretty directly with no real detour. There are somewhat natural roads on Mars, shaped by wind and erosion. From experience we do not test our rovers to the extreme and keep them mainly on flat surfaces. That means, that we have to walk quite long distances through rough terrain. These longs walks on the other hand create other problems, but I will come to that in a little while.

The clouds over Lith canyon welcomed today’s EVA crew, consisting of First Officer Randazzo and Crew Engineer Hunt, in dramatic fashion and we found our designated sample sites very easily. The rocks, that were lined up on the walls of the Mountains looked like thin brittle plates, that were sprinkled over a desert. Almost like slate slabs made from very dense and compressed sand, very impressive.

But you have to remain very alert. When we walked closer to edge of the area we could look very deep into the maw of the canyon. You really have to watch your feet so you don’t accidently step on a sandy slab, which cracks and makes you slide. We always kept enough distance to the edge and backed one another up.

For Randazzo and Hunt it was actually the last EVA for a long time. They will be needed for other duties in the weeks to come. So there was a certain melancholy lingering in the air, complimented by the cover of clouds. We decided to shoot a remote control picture to commemorate the moment. And for the fact, that it was almost shot blindly from the ground it turned out brilliant.

So we finished our daily mission and headed back to the rovers. I was always a little bit behind, because the sun breaking through the net of clouds captivated me for additional shot. My sight was a bit blurred from my heavy breath, caused by the intensity of hiking up and down the canyon. I was lost for a brief moment, but reunited with the crew through radio communication.

But we all were disoriented and didn’t recall the position of our vehicles. Because of the rather long walk and the time we had spent in the canyon we couldn’t remember were we came from. So we chose the tallest crewmember around to go to a lookout to help us, who was obviously Crew Engineer Hunt. Did I mention, that we nicknamed him Big Foot? Now you know why!

Big Foot proved his value once again and got visual of our rovers. The sun was standing already low and we really had to hit the pedal to get to the hab before nightfall. Our young rovers contained their energy at a surprising high level. So it was quite a steep learning curve for the team and our vehicles, and the risk to take them out was proven justified. Another day on Mars has almost passed and we are all a bit wiser than before. Thank you for that dear red planet.

Personal Logbook It was a great day on Mars with new visual impressions and experiences. The days now become shorter for us and the nights longer. As I am dependant on light I can not work us much as I want. I have to use my remaining time wisely to receive the results, that I want to achieve.

The group definitely grows closer together and knows one another inside out. I wonder how the dynamic of the entity that is crew 184 will develop in the future. For the time being we are happy for the time, that we can spend together.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

DECEMBER 14, 2017
Journalist Report – December 14th
Crew 184 Journalist Report

Willie Schumann

15 December 2017

Title Singing the Mars Blues

Narrative We arrived almost two weeks ago on the red planet and things really start to align. The procedures in the habitat are very natural to us and our days consist of tasks and rituals and keep us busy. Our preparations for the EVA have become faster and more efficient every day. We now detect malfunctions of the equipment way before they become crucial and are prepared for any kind of circumstances.

Therefore it is a pity that today was our last EVA for a long time. There are other tasks, that are waiting for us in the weeks to come and the weather on Mars is supposed to become more severe and will keep us from further explorations. Surely the EVA’s were the highlights thus far for us on this new planet, but I am confident, that we will soon have the chance to explore the world outside of our habitat even more intense.

But there was no time for regrets, we got our Marsonaut Mojo on and were poised to enjoy our trip to the Martian surface today. Commander Horn and Science Officer Trivedi were leading the way to the Blue Hills today and we relied once again on our trustful rover Deimos. The sky was clear of clouds and the temperatures were really welcoming to us humans, as we like it rather a bit warmer.

Most of our roads very flat and had little elevation. We passed white salt-plains and always had the Blue Hills in our sight. Although it took as a little longer to reach our destination, we were always on top of our schedule. The Blue Hills marked the seventh and last location for Officer Trivedis Matryoshka project and brought a temporary halt to his scientific explorations on Mars.

When we reached our destination he quickly selected four designated excavation sites for geological stone probes and so we proceeded to collect samples. As a picture creator I can already read my fellow crewmembers well and have a feeling how they move and what their next step might be. Still it is difficult to catch up with them, because they have their scientific agenda they have to meet and there is little time for extra shots.

I find it really impressive that we managed to stretch to almost every corner of the Martian terrain that is accessible for us at the moment. I think in the next weeks and months we can work out an extensive plan how to go beyond the borders that are determine our existence on the red planet. I am very hopeful for this to happen.

On our way back Deimos proved to be a real hero. As our parking position at the Blue Hills was a bit wobbly I was pulling the hand break to secure the vehicle. When we started our way back home Trivedi and me forgot about this security action and drove on with the break in use. In a short span of maybe about five minutes our battery was drained from 80% to approximately 45%. Fortunately we discovered the decline early enough and put the break down.

From that point onwards it was a race with time. We were almost at the furthest point away from our habitat, than ever before and with the lowest account of energy. There was no other strategy than to try to get as far as possible and then to access the situation anew. With every mile the battery dropped lower and lower.

Even though we reached the main Cow Dung Road soon enough elevation became bigger and bigger challenges. I exited the rover and tried to push it over the little hills in the road. We were determined to get home, even if it would have meant, that we have to push Deimos home. All other rescue plans would have been to time consuming and would include too much communication with mission control.

By now we were really slow and hoped every turn around a hill would give view to our habitat. It still took an eternity but then we saw it and boy, coming home was never sweeter then today.

Effectively we were only five minutes behind our planned return to the base and finally we plugged in Deimos and gave our little hero his well-deserved rest. He is charged now with the finest batch of energy Mars has to offer.

Personal Logbook I had the privilege to be on every single EVA in the past two weeks and it was a hell of a ride. Even though the intensity of wearing the suit and chasing after my protagonists were draining my energy at times the adrenaline of creating great pictures kept me going. I was always busy with the next picture opportunity ahead, preparations for the various cameras and stowing the equipment away. It was always a race with time and the caution not to leave anything behind. It was a constant battle between the things I wanted and the things that were possible, a real time evaluation of the respective situations at any given moment. It was one of the most challenging working environments of my life and one of the most beautiful and meaningful ones.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

[http://mdrs.marssociety.org/category/journalist-report/page/21/]

Crew 184 - Journalist Report

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[[Category: Journalism Reports]]

== Journalist Report & Crew Photos – December 2nd ==

===== POSTED ON DECEMBER 2, 2017 =====
Willie Schumann, Journalist, Crew 184

02 December 2017

Title Day One on Mars

Narrative:

We are on Mars. It’s unbelievable, but yet so real. After half year of planning , we arrived yesterday to the habitat and it was a rush of first impressions. We cleaned some larger items of the previous crews and made ourselves at home. The effects of the long Martian day, which is 40 minutes longer then a day on earth, kicked in and we were quite tired. We dropped into our beds happy and exhausted, which is the best state of mind when you finish a day.

There is always beauty in new beginnings, and so was the morning of our first Martian Day. We got up really early. There is still so much to be done before we can start our research and breath life into the plentiful projects of crew 184. Nonetheless, we spoiled ourselves with a hearty breakfast of scrambled eggs. We are trying to use our fresh food as soon as possible. Especially in the first days we want to keep moral high, as the six of us have to get used to the new environment.

After breakfast, our second in command Trisha Randazzo gave everyone in the crew a little bag of presents. What a surprise, which could only be topped by Mars itself. The first sunrise on the red planet blew our minds. The colors of the distant sun, leaping over the Martian hills was something I had never seen on Earth. Maybe the euphoria tainted my perception, but anyway, it was darn beautiful.

Even though we were not assigned on an EVA, just yet, the day was eventful. First Officer Randazzo and Crew Engineer Hunt started assembling the workout bicycle really early and had a steep learning curve. It’s seems to be a universal truth, that assembling is as hard on Mars as it is on Earth, and that improvisation is always king. It’s not important how you get there, but that is works and that you gained knowledge in the process.

It’s not a surprise that the crew meals on this first day have been a very bonding experience. I hope we can keep this energy, even if we run out of fresh food and of inspiration how to prepare it. We cherish being here together and looking forward for the days to come. We planted six paper white flower in the GreenHab this noon, one for every crew member. So we set already the first seeds of new life on this strange planet. We try to keep them alive. If we succeed, we will probably manage most other challenges that wait for us.

Tomorrow we will head out for our first EVA’s. I think, that is when the magic really starts. We are familiar with our new home now, but now we want to see the land, that surrounds us. We hope we can manage to wear the new space suits without larger problems, as we have heard, that you have to be fit. That’s another reason, why we plan an intense workout regime during our stay. I think, even if we struggle in the beginning of our mission, practice will show its effect and we can start to enjoy our exploration of Mars to the fullest.

Personal Logbook As a Journalist and filmmaker I have certain goals like everyone else of my crewmates. I am very excited about the time to come and conscious about my tasks and the things I need to do, to create great stories. While today was mainly spent with preparations and adjustments, tomorrow will be opening a great window of opportunity for fantastic pictures, when we will finally go outside.

I have filmed a lot today, but I think, that the scenes, that follow, will be more meaningful. As now, I haven’t managed to make to many interviews and it will be a challenge to find new corners and angles in the habitat to film. I was a little tired this morning, but worked on autopilot through most of the day. Patience and motivation will be important to make the most of my time on Mars. I guess, these are qualities that are essential for every astronaut and storyteller.

Willie Schumann, Journalist, Crew 184

03 December 2017

Title First Steps

Narrative:

Today was the day, we walked the first time on Martian soil. But before our boots printed our profiles in the dusty ground, we had to learn how to survive. Meaning how to use our space suits properly and to stay always in touch with our crewmates.

We decided to split our crew in groups of three each, to have a short familiarization EVA. Commander Horn and Medical Officer Sczepaniak and me had the privilege to be in group one. The pole position also helped to clear some problems for the rest of the team. It took us some time to have all radios checked and synchronized and applied perfectly on our suits. The cameraman forgot to take his camera in all his euphoria into the preparation room. But there was no time for shame for yours truly, only time for EVA.

Our space helmets are certainly a piece of art. Quite unique in size and design, and clearly differentiable to other groundbreaking space missions in the past decades. Every era should have their iconic space suits and round and clear helmets define the era of humans on Mars. It takes two people two put the helmet and the oxygen container on the astronaut, which is clearly an effort. But it also increases the feeling of security; because it clearly has what the astronaut needs most – plenty of breathable air.

But it takes a little bit more to be able to go out of the habitat than just putting on a suit. To avoid the risk of decompressing our lungs we stayed twenty five minutes in the preparation room. We used this time to triple check our before we went into the airlock. This tiny chamber is the last thin border to the Martian environment. There we decompressed for another five minutes. The moment of opening this last door to adventure was beautiful, commander Horn opened the lock and the Martian sun welcomed us.

Yesterday night blew a hefty Martian storm over our habitat, so first thing we did was checking the premises for possible damage. We discovered nothing and jumped on our ATV’s, which we had extensively trained on. I had struggled with it before, but today it was a complete joy ride. Everything seemed in sync, as I was ever meant to be to ride on this surface.

Our plan was to explore the near surroundings and so we did. The ground was mainly perfectly even and we quickly distanced ourselves from our hab. The landscape got more surreal as we gained ground. Round shaped and sharp edged hills and rocks are sprinkled left and right of us. We stopped and climbed on the highest elevation point. I was surprised how easy we reached the peak. The surface is soft and gives enough grip to step up. On top it was a great opportunity to shoot some pictures to send home.

After we returned to the hab and a quick lunch I decided to join the second group for their first minutes. I thought it was a great chance to get some additional film footage. After everything was done I actually felt the exhaustion of the EVA’s. While I was out there the adrenaline kept me focused and going, because every new shot was a promise. But it was great to return to the hab, which turned to our home within just a few days. I never expected that, but the intensity of our endeavor seems to accelerate everything. Mars really makes every minute count and precious.

Personal Logbook I am exhausted, but very happy after this day with 1,5 EVA’s. While the first one was a proper one, I took the chance to film a few transition shots in the beginning of the EVA of our second group out on Mars.

There are challenges to film with the round helmet, but I surprisingly managed well to focus. It seems I am fit to film on Mars. For the first time I also had the chance to take some photography on film on Mars, which made me really content.

I see pictures and stories everywhere, but you have to stay contained and you have to shift certain scenes and topics to another day. Otherwise I would kill myself with work. I have to stay fit and focused this entire mission.

I am happy, that the crew is picking up on my idea of VLogs. Instead of an interview I would love everyone to film personal diaries with an iPhone. Other than a conducted interview a VLog gives the audience the chance to have a very personal look on the protagonists of our adventure.

Today I used my new 360° camera the first time. And I already learned a bit. To avoid shadows on the complete frame I will probably use it, when the sun stands the highest, or it isn’t there at all.

Overall it was a great day. I am running a bit behind with interviews, but I leave that for the days, when weather forbids us from going outside. The pictures today were fantastic and I am optimistic for the days to come.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

== Journalist Report – December 4th ==

===== POSTED ON DECEMBER 4, 2017 =====
Willie Schumann, Journalist Report, Crew 184

POSTED ON DECEMBER 5, 2017
Journalist Report – December 5th
Crew 184 Journalist Report

Willie Schumann

05 December 2017

Title Crisis Management

Narrative Some people say you only really arrived to a new home, when you managed your first crisis and you didn’t run away. Well, that means we have finally arrived on Mars. We woke up to a bunch of problems, which could have had a dramatic effect on the livelihood of crew number 184.

Crew Engineer Hunt woke up early today and was the first to realize, that our internal water tank in our top floor had reached a critical low level. This tank fuels our kitchen, the bath and the toilet – it is the heart of our Martian shelter. It is just below the roof, because it uses gravity to deliver water to the various outlets below. At first we thought, our pump was defective, that enables the whole operation.

That conclusion was plausible, because shortly after crisis number one we detected crisis number two. Our battery, which is fueled by a generator and the solar panels at their respective working hours, was down to five percent. Commander Horn and Crew Engineer Hunt, still in his pajamas, observed the devices and detected a leaking oil tank.

Was our failing energy source the reason for the block in the water delivery? And could the Officer Hunt fix the oil leak and subsequently fix the hab? Time was crucial, because we only had limited reserve water bottles and the toilet was also relying on the tank. From personal experience I could tell, holding back on business at the space-loo makes it impossible to stay operational.

The night was awfully cold leading to Sol 4 and so we came up to a new possible reason of the failing water system. Maybe the pipes leading into the hab were frozen? We checked them and although we couldn’t peek inside we could feel how cold they were. The sun still hadn’t turned around far enough to warm up the external water tank. We never had been so anxious for the hot giant star to move faster to hit Mars with a wave of heat.

After two hours of trouble shooting and learning more about our life-sustaining infrastructure we contacted mission control and requested assistance on our problems. We were assured, that we were on the right track and that we will life another day. After we closed the oil leak, which was caused by cap, which wasn’t screwed tight enough, the battery gained quickly power. And once the sun turned the water flooded into our hab.

Because of the crisis situation we had to push our second EVA’s two to three hours back. Me and a crew of three, led by Science Officer Akash Trivedi, were already in the pre-breathing chamber, when we heard the good news of the resolved problems. We could start with a light heart to our mission to collect soil and rock samples.

Akash Trivedi is one of to European members of our crew. The Briton is well connected to the university of Oxford, which asked him to do a so called Matryoshka project. He received satellite data for interesting surfaces on Mars and now wants to collect samples from exactly these spots. Like a Russian doll both elements will complete one another.

For the first time we took the rover out and as we reached our destination climbed on hills to collect the sources. It was fun. The heavy helmet and backpack didn’t really hold me back. But I must say carrying the camera equipment and the necessity to be faster at certain spots and staying longer to have enough flesh for the footage is demanding. It sounds contradicting, but creating great movie footage makes often only sense for the filmmaker.

Coming back was great, because there was a special treat waiting for us. With restored energy and water, we will have our first shower on Mars. We were holding back on it since the beginning, looking on the water crisis, quite a good exercise to deal with such a shortage. So if you excuse me, I have a date with our shower…

Personal Logbook Today was a fruitful day, but I will be happy when I lay down to sleep. Partly this is due to our busy schedule, to the high demand of the marsonauts life and the challenges of the work.

Because my crew has little to no experience with documentary work, it is also a workshop for them to align with the demands of filmmaking. In a way, they have to be actors, but actors, who play themselves. Once you understand this and the technical requirements of filmmaking you are half way there.

Some are very talented and pure gold. For others I have to explain certain procedures over and over again. And it’s all good and no ones fault. It just makes it a bit harder for me. Which is tough, when you already do four jobs by yourself.

Today I could also do some more photos on film, which made me very content. During the various problems we had to manage I was doing some photography of our polished helmets and suits. I thought I use the calm to cover theses essentials.

Tomorrow I might stay in the hab for a day. I definitely should take a little rest in one of the next days. I think I will make this decision upon the weather forecast. Still super excited to be here, but taking care of my energy level to continue to deliver good pictures.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

DECEMBER 6, 2017
Journalist Report – December 6th
Crew 184 Journalist Report

Willie Schumann

06 December 2017

Title Climbing Higher

Narrative Day number five on Mars and we are still alive and happy to be here. While it continues to be quite chilly in the morning our water pipes didn’t freeze last night. Learning from yesterday we checked the pump first thing after waking up and while the hab tank filled up I looked around and saw into very content faces of relieved Marsonauts. The Generator is still a bit shaky, but our solar panels work great and as long as the sun is shining we should be fine.

We were planning to continue our Matryoshka project today on an EVA and we wanted to start quite early. That’s why we had an early lunch around ten o’clock. As I was assigned with commander Horn and Officers Trivedi and Hunt to join the exploration team I was also free of my daily cooking duties.

That gave me the opportunity to film First Officer Randazzo preparing delicious chicken noodle soup and mashed potatoes. This was particularly interesting for me, because it was a classic case of dried space food. We have milk powder, which we mix up with water. Just imagine the insane amount of milk we would have to fly up into space, matching our demand. It would probably smarter to ship a couple of space cows up to the red planet, but we would need their food… don’t get me started. This milk is essential for our breakfast cereal and it surely made our mashed potatoes creamy like on earth.

We really get our groove on with our EVA preparations. This time we pre-checked our radios and used the time efficiently in the pre-breathing chamber to get our suits and helmets on. Today I tried a new helmet, I had especially made on earth to meet my needs for filming and photographing, as it is important to have my analogue cameras close to my eye for focusing. It is a combination of a newly developed pressure resistant head and a 180° crystal face shield, which looks like a giant scuba mask. There were some issues with it during the EVA, but I will come back to that later.

So we drove out much quicker, then in the last EVA’s and took a rover and two ATV’s. Yesterday I made already some cool stabilized GoPro shots, heading into the Martian landscape. We repeated these shots today and I especially instructed the ATV driver to drive really close to the camera I had applied at the rear of our rover. It worked and they shots looked even more cinematic today.

For the geologists Matryoshka project of Science Officer Trivedi we climbed a few hills at different locations with interesting rock formations. The sun was up and we had some great frames with impressive shadows. My helmet turned a bit foggy, so a lot of my filming was a bit of a blind flight. But with the experience of the last days I managed quite well to deliver good shots. We stumbled about a stone formation, that almost looked like a bone of a giant creature. We could imagine it was a fossil of an early Martian life form. But maybe it is also our earthly expectation we project on Mars.

Being on these hills gave us a great overview on the territory we had covered in the first days we spent on the new planet. It was a quite majestic moment. Unfortunately one of my analogue cameras fell down twice today, opened up and also my settings were temporarily messed up. I will only know in a few weeks, if the pictures came out well. So the mission is to take further pictures, never to stop and to be sure to have enough material to show to the folks on the mother planet.

We came home a bit prematurely and were surprised to detect a little water leak just below our air lock chamber. We analyzed the scene and tried to analyze the source of the leak. Was it melted ice connected with the frozen pipes yesterday? We later consulted mission control and were assured it is probably our kitchen sink, which shouldn’t bother us too much. And the Martian ground can hold a little bit more water for sure.

Back to the new helmet. Unfortunately it couldn’t be perfected for the Martian environment, just yet. At the moment breathing causes still moisture in the helmet, which makes it hard to see completely through the face shield. With the assistance of Health and Safety Officer Sczepaniak we applied some improvements to the breathing mechanism and first tests were very promising. I will test it in the field tomorrow. There are new perfect solutions, but I am happy, that my team is very good in troubleshooting. After all, a Mars mission is work in progress.

Yesterday night Commander Horn conducted a board game night, which was super fun. Crew Engineer Hunt showed unexpected winning potential, but I was happy with my performance as well. I did pretty well in an American trivia quiz, just my dice throwing skills leave much room for improvement. Evenings like these are very important for crew moral, which is still intact and promising for the days to come. Inline image 1

Personal Logbook It was a good day. I am less exhausted today, even though it was equally tough on today’s EVA compared to yesterdays. Maybe I am getting used to the Martian life circumstances. Maybe I am evolving quicker than I thought.

I had to speak out on our EVA today to the rest of the crew. In lack of a crew camera for pictures of the geological surface I was constantly asked to take pictures of rocks. I can do that, but most of the time I am busy documenting every move of the crew. Doing these scientific shots can much easier be achieved by an additional camera of the respective specialist officer. Everybody agreed and I was happy, that my role is understood, and so I can continue my storytelling.

As I didn’t take a shaver with me I am growing an impressive beard at the moment. Maybe it will turn Hemingwayish beard in a few days. That would be a first for me, but very appropriate for an adventurer

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

POSTED ONDECEMBER 7, 2017
Journalist Report – December 7th
Crew 184 Journalist Report

Willie Schumann

07 December 2017

Title Exploring Mars

Narrative I am sitting in my bed in the habitat and writing this report. And I am glad to get a little rest, because today has been physically challenging and we all are looking forward to our first Martian weekend.

We are getting our groove on with the longer days on Mars and yesterday treated ourselves by watching the infamous comedy puppet flick of “Team America”. Being far away from the home planet makes all these international conflicts seem even more ridiculous. Our crew on Mars is multi-national and we celebrate our differences. On top of that, we established fitting nicknames for all crewmembers. Our space doc is Bones, Crew Engineer Hunt is Big Foot, because he is not only the tallest man on Mars, but also has the biggest shoes. Commander Thomas Horn is the major and our Briton Akash Trivedi the royal on Mars. First Officer Randazzo is Wash, which came upon, when the crew assembled the first Martian workout bicycle and needed a lot of washers to make this item work. I am Smurf and I will not comment on how that happened.

Our water supply is doing great, but the generator still has some hick ups. To save the battery set-up we decided with mission control, to turn it off during the night. As a consequence not all life-supporting backpacks for the EVA were completely charged. But we got just about enough, to match our four crewmembers, who went out on the third leg of Science Officer Trivedis Matryoshka project.

For section three we went to URC North, just west of Galileo Road. It was a completely new sector for us and after we had passed some mountains we entered a giant terrain of mountain chains and valleys all covered by red stone. We had a few problems to find the exact location that was indicated by the scientists on earth via satellite imagery, but eventually found our destination.

Although I still have to carry a lot of equipment in two heavy bags with me I was happy with today’s behavior of the crew, because they remained longer in the respective exploration sites. That gave me enough time to get my pictures and I didn’t have to run around as much as in the previous days. Still, carrying the heavy backpack and holding the camera always still is an incredibly intense workout.

The adjustments we made yesterday to my alien space helmet worked pretty well. Only in the end of the EVA it got a bit foggy, but also the other helmets fogged up a little. I guess, with increased exhaustion our breathing got heavier and the sun was pretty strong, too. I will observe this in the days to come and we might apply some changes on the fly to make the helmet even better.

Talking about helmets. On our way back to the habitat we were facing the direct low sun and it was quite a challenge to navigate. It was quite funny to look at our Space Doctor Sczepaniak to drive at snails pace. As he is also the Security Officer he is an example of safety on Mars.

But we thought about a cool feature for the next generation of Martian helmets. Wouldn’t it be cool to have some sort of shades, a visor or a cap on the helmet top to use, when the crew is facing the full solar power? We will think about it a bit more and maybe come up with a new design in the days to come.

First Officer Randazzo discovered the Baking Automat yesterday and it became a tradition, at least in the last two days ( I have heard in America something is already a tradition, when it happened twice) to have freshly baked warm bread with Nutella right after the EVA. The perfect treat after an intensive ride on Martian turf.

But now I have to seize my reporting, because I am back on cooking command. We are soon running out of the last fresh food supplies we brought from earth. Today I will be using our last tomatoes, together with celery and tuna to mix one of my favorite dishes: Pasta with tomato sauce flavored with a cup of extra love.

Personal Logbook Today I was very content with our EVA from the perspective of a filmmaker. At today’s exploration spot the crew remained longer at the various sites and left me more time to get my shots.

I also could run three interviews, which is a high in the past week. Vlogs are coming along better, too and the crew feels more and more comfortably with their role. Maybe they will do it automatically in the next days. That would take a load of me.

Today I took less analogue pictures, but I checked regularly the settings and the camera didn’t fell down. So I am confident, that everything went smooth today. If I will keep this rate I will have a nice collection additionally to the digital exposures I have made.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

POSTED ONDECEMBER 11, 2017
Journalist Report – December 11th
Crew 184 Journalist Report

Willie Schumann

11 December 2017

Title Back on Track

Narrative It was our first real weekend on Mars, but there wasn’t much time to lay back and take a rest, because the problems of the past week still had their grip on us. On Friday the generator let us down once again, we shut it down and we prepared for the worst. As we expected another freezing night we started to seal the complete habitat to contain the warmth we have inside. If that still wouldn’t have been enough we considered moving to the science dome, as it is the structure of our Mars mission that is the best insulated. We covered and secured sensitive electrical equipment and send a few thoughts to our loved ones.

We succeeded and had a descent night. I think, the insights we gathered from this emergency event could be useful for the men and women, who will follow us to Mars. But for the time being, we stayed alert, because the problems weren’t resolved. Even if we slept like native Martians, we still had to take care of the generator and the flow of energy at night.

Together with mission control we made the decision to evacuate for the night of Saturday to an emergency pod a few miles south of the Habitat. Equipped with the most relevant life sustaining technologies, perfectly insulated but stripped of the extended possibilities of the habitat this pod served us perfectly for the night, before we could tackle the problem of the generator once another morning provided us with the energy of the sun.

When we returned Sunday morning things had calmed down and we realized, that one source of the problems could have been contaminated coolant in the generator. We decided to flood the coolantInline image 1 tank, to clean the device and refill it with a new mix. Mission control works tirelessly to find additional solutions to the hick-ups in the communication between the battery and the generator and I am sure the earths best scientists are writing already a perfect plan to make our energy infrastructure work not only for us, but for the future crews to inhabit this strange new planet.

Quick flashback to Friday, which was a grand Martian day. We continued our geological Matryoshka project on an EVA consisting of Science Officer Trivedi, Doctor Sczepaniak and me. We went North-East from the habitat and once again the landscape and nature proved to be surprising and new. The location was hidden, but in a mix of satellite imagery, GPS and common sense we finally found Candor Chasma. What a mystical name and a very fruitful location for our scientists.

The surroundings looked very similar to the Sahara Desert on Earth. Deep sandy dunes and mysterious desert plants, complimented by giant stones, that look like they have been dropped from the sky by a higher force. Cunningly some of these rocks have a very large body, but they are only connected to the ground by a small fraction of their bottom parts. Martian rocks seem to defy the logic of physics and there is much to be explored about the origin of these formations.

The crew climbed up to a higher plateau, even when the sun was high and the temperatures in the suits were rising constantly. Trivedi and Sczepaniak really worked as a team and secured a lot of uncontaminated probes. We saved a lot of time compared to former EVA’s and had even time for a film interview at the location in space suits.

After our return to the hab we had much time to care about maintenance., especially because we didn’t have an EVA today. We repaired a few space suits that were a bit out of shape and First Officer Randazzo really dug deep into the soil of the green hab. She had been afraid that after the generator failure, would have effected the temperatures immensely, threatening the livelihood of the young seedlings, she had planted before. But the structure proved its value and all the plants are alive and kicking.

She continued to thin out tomato plants and seed new herbs today to comple-ment the diet plan of the crew. As we were all stuck in the habitat today it becomes apparent, that it is good for the crew members to find refuge in one or another building on the premises to have a little time for themselves. First Officer Randazzo really enjoys the time in the green hab, it is almost like a form of meditation to plant new life into little pots.

Personal Logbook After a tumultuous few days it was good to come back to the daily routine. There were a few doubts, how everything will continue on Mars for us, but now we can value our time here even more.

After the biggest problems seem to be contained I am looking very forward to go out on the next EVA tomorrow. While the Crew repaired the generator I used the time to shoot some pictures around the habitat. The design of the observatory is a real piece of art and I fell in love with it.

Looking forward to get outside the habitat tomorrow and I will try to capture some scenes, that I haven’t been shot before. I am very anxious what the next days will bring.

We had a great ten days of meals and we are running out of fresh supplies. We have to get creative now for cooking, but I am very confident, that we will create something delicious for the crew, because good food keeps the spirits high.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

POSTED ONDECEMBER 12, 2017
Journalist Report – December 12th
Crew 184 Journalist Report

Willie Schumann

12 December 2017

Title Going Further, than Ever Before

Narrative As we are adapting to the Martian day and transitioning from Earth time we are currently staying longer awake and are getting up a little later. I was quite energetic and woke even up before my alarm clock. That gave me the chance to film everyone coming out of their sleeping chamber, which are aligned in a little row next to one another.

Because we sleep longer now we went right on an EVA to Matryoshka Site number five after breakfast. Science Officer Trivedi took the lead, while Doctor Sczepaniak was still very sleepy. As he is anyway quite stoic and monosyllabic we were wondering if he is sleepwalking. I personally thought we have to reanimate him right there in the pre-breathing chamber. But we better leave that to the Doc. Wait a minute…

Today I actually wanted to take the ATV to drive by myself, but as we didn’t put this in the EVA request we had to follow protocol and postpone my personal Martian roadtrip desire to another day. Already in the past days it is one of the hardest challenges to pinpoint the exact spot of our Matryoshka sites as we have to compare the over view satellite pictures to the reality beneath our feet. To complicate things even more two crewmembers of this Mars mission are European and use the metric system instead of the imperial one. So you not only have to be a good a good geologists and pathfinder to master these tasks, but also a mathematician.

As so we took quite an interesting detour, which took us further north on Mars, then ever before. Around the site of the yellow moon we took our rover on a little rollercoaster. Facing a mountain comb we went up and down heavy slopes. The ATV could manage without problems but we were really careful with our rover. When we reached a every high elevation we faced an insane downfall.

We decided to check our geo position again, to make sure, that it was the right site. The ride down and the following climb would be too intense, considering it might not even be the spot we were supposed to be at. And after a short reassessment we realized, that we were a bit too far west from our exploartaion site. We turned and reached our final destination, the meaningful beige moon, shortly after.

While the Doc was seemingly still sleeping Science Officer Trivedi got very much excited looking at three elevations following shortly after one another. Let’s call them the three hills of the beige moon. Trivedi climbed on the peak of each of them and really dug deep for chemically pure probes of rocks. He got completed dusted and had to remove his pilot suit, after his return to the hab.

While on site he collected strange orange rocks and was fascinated by white shimmering stones further down north. When we went there we discovered that these rocks looked somewhat similar to quartz-stones and reflected the sun light to us. We collected the samples and will to analyze them in the hab lab.

I used this remote spot to make an interview with the Doc, who was still sleepy, but in a very pleasant Zen mode. As he is a man of faith we talked about the question, if the God the humans believe in, is also looking over us Martians? He surely believed so and is poised, that his heroic efforts on the red planet will possibly lead others to come to Mars and to find God here as well.

Maybe a higher force was already looking over us, when we returned to the base. We quickly felt, that the rover was a bit slower than usually and that there was a sensation, if someone was slightly pushing the break. We observed the vehicle superficially, but couldn’t find anything. We blamed it on the dirt and hoped it will fall off. As we continued I noticed that our trustful rover was losing battery level by the minute, which we never noticed before. Within a short period it dropped from 60% to 40%, which made me really worry.

Fortunately the habitat was already on the horizon and we literally slowly turned into the final lane. By then the battery was down to thirty percent and was more or less only crouching to it’s final parking spot. I was getting out of the rover to release it from weight, but I swear the chocolate cake of First Officer Randazzo yesterday night couldn’t have been the problem.

We made it home and will assess the battery problem of the rover tomorrow at sun light. As we have a massive arsenal of vehicles we will definitely be fine and I am sure our handy crew engineer will take care of the faulty one.

Personal Logbook It was great getting out again and Mars didn’t disappoint us once again. The weather is always great here and the sun strong. For me as photographer the conditions are perfect so far.

It was also inspiring to see new horizons and landscapes once again and to have purpose. When I am stuck in the habitat I sometimes feel a bit if I would lose time.

I think my experiments with the new helmet are completed and it works very good. Nonetheless I will step back to the original helmet, to feel the experience of the other crewmembers had in the past days.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

POSTED ONDECEMBER 13, 2017
Journalist Report – December 13th
Crew 184 Journalist Report

Willie Schumann

13 December 2017

Title The Edge of Mars

Narrative Today for the first time, since our arrival, we could see a real dense set of clouds covering the Martian sky, which was really nice for a change. We jumped right into our space suits after breakfast and were poised to explore Matryoshka site six for more geological probes for earth. Yesterday our rover Deimos, named after our Martian Moon, was pretty worn out in the end of our EVA. So we decided to give him a little rest today and took its brothers Spirit and Opportunity out for a ride.

Both rovers are still very young and therefore un-experienced. We have to take them out from time to time for their batteries to grow stronger. Our exploration site today was the notorious Lith Canyon, which is very far north, basically at the edge of the Martian landscape that is still accessible for us considering our technical capacity. If we would go even further, we might not contain the power to come back in time to survive.

So it was a considerate risk to take the new rovers, but you have to stretch the range of the possible to progress. Space travel is not about always playing the save cards, it’s about to expand the borders of what mankind can achieve. And talking about the current limitations makes me refer to yesterdays evening. We opened a care package from earth with space food from Roskosmos, the Russian Space Agency. We got meat and cheese in tubes, which was quite alright, but there is definitely still room for culinary improvement. But as I am speaking Russian it was fun to get deep into the ingredients and share it with my fellow crewmembers.

We reached Lith Canyon pretty directly with no real detour. There are somewhat natural roads on Mars, shaped by wind and erosion. From experience we do not test our rovers to the extreme and keep them mainly on flat surfaces. That means, that we have to walk quite long distances through rough terrain. These longs walks on the other hand create other problems, but I will come to that in a little while.

The clouds over Lith canyon welcomed today’s EVA crew, consisting of First Officer Randazzo and Crew Engineer Hunt, in dramatic fashion and we found our designated sample sites very easily. The rocks, that were lined up on the walls of the Mountains looked like thin brittle plates, that were sprinkled over a desert. Almost like slate slabs made from very dense and compressed sand, very impressive.

But you have to remain very alert. When we walked closer to edge of the area we could look very deep into the maw of the canyon. You really have to watch your feet so you don’t accidently step on a sandy slab, which cracks and makes you slide. We always kept enough distance to the edge and backed one another up.

For Randazzo and Hunt it was actually the last EVA for a long time. They will be needed for other duties in the weeks to come. So there was a certain melancholy lingering in the air, complimented by the cover of clouds. We decided to shoot a remote control picture to commemorate the moment. And for the fact, that it was almost shot blindly from the ground it turned out brilliant.

So we finished our daily mission and headed back to the rovers. I was always a little bit behind, because the sun breaking through the net of clouds captivated me for additional shot. My sight was a bit blurred from my heavy breath, caused by the intensity of hiking up and down the canyon. I was lost for a brief moment, but reunited with the crew through radio communication.

But we all were disoriented and didn’t recall the position of our vehicles. Because of the rather long walk and the time we had spent in the canyon we couldn’t remember were we came from. So we chose the tallest crewmember around to go to a lookout to help us, who was obviously Crew Engineer Hunt. Did I mention, that we nicknamed him Big Foot? Now you know why!

Big Foot proved his value once again and got visual of our rovers. The sun was standing already low and we really had to hit the pedal to get to the hab before nightfall. Our young rovers contained their energy at a surprising high level. So it was quite a steep learning curve for the team and our vehicles, and the risk to take them out was proven justified. Another day on Mars has almost passed and we are all a bit wiser than before. Thank you for that dear red planet.

Personal Logbook It was a great day on Mars with new visual impressions and experiences. The days now become shorter for us and the nights longer. As I am dependant on light I can not work us much as I want. I have to use my remaining time wisely to receive the results, that I want to achieve.

The group definitely grows closer together and knows one another inside out. I wonder how the dynamic of the entity that is crew 184 will develop in the future. For the time being we are happy for the time, that we can spend together.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

DECEMBER 14, 2017
Journalist Report – December 14th
Crew 184 Journalist Report

Willie Schumann

15 December 2017

Title Singing the Mars Blues

Narrative We arrived almost two weeks ago on the red planet and things really start to align. The procedures in the habitat are very natural to us and our days consist of tasks and rituals and keep us busy. Our preparations for the EVA have become faster and more efficient every day. We now detect malfunctions of the equipment way before they become crucial and are prepared for any kind of circumstances.

Therefore it is a pity that today was our last EVA for a long time. There are other tasks, that are waiting for us in the weeks to come and the weather on Mars is supposed to become more severe and will keep us from further explorations. Surely the EVA’s were the highlights thus far for us on this new planet, but I am confident, that we will soon have the chance to explore the world outside of our habitat even more intense.

But there was no time for regrets, we got our Marsonaut Mojo on and were poised to enjoy our trip to the Martian surface today. Commander Horn and Science Officer Trivedi were leading the way to the Blue Hills today and we relied once again on our trustful rover Deimos. The sky was clear of clouds and the temperatures were really welcoming to us humans, as we like it rather a bit warmer.

Most of our roads very flat and had little elevation. We passed white salt-plains and always had the Blue Hills in our sight. Although it took as a little longer to reach our destination, we were always on top of our schedule. The Blue Hills marked the seventh and last location for Officer Trivedis Matryoshka project and brought a temporary halt to his scientific explorations on Mars.

When we reached our destination he quickly selected four designated excavation sites for geological stone probes and so we proceeded to collect samples. As a picture creator I can already read my fellow crewmembers well and have a feeling how they move and what their next step might be. Still it is difficult to catch up with them, because they have their scientific agenda they have to meet and there is little time for extra shots.

I find it really impressive that we managed to stretch to almost every corner of the Martian terrain that is accessible for us at the moment. I think in the next weeks and months we can work out an extensive plan how to go beyond the borders that are determine our existence on the red planet. I am very hopeful for this to happen.

On our way back Deimos proved to be a real hero. As our parking position at the Blue Hills was a bit wobbly I was pulling the hand break to secure the vehicle. When we started our way back home Trivedi and me forgot about this security action and drove on with the break in use. In a short span of maybe about five minutes our battery was drained from 80% to approximately 45%. Fortunately we discovered the decline early enough and put the break down.

From that point onwards it was a race with time. We were almost at the furthest point away from our habitat, than ever before and with the lowest account of energy. There was no other strategy than to try to get as far as possible and then to access the situation anew. With every mile the battery dropped lower and lower.

Even though we reached the main Cow Dung Road soon enough elevation became bigger and bigger challenges. I exited the rover and tried to push it over the little hills in the road. We were determined to get home, even if it would have meant, that we have to push Deimos home. All other rescue plans would have been to time consuming and would include too much communication with mission control.

By now we were really slow and hoped every turn around a hill would give view to our habitat. It still took an eternity but then we saw it and boy, coming home was never sweeter then today.

Effectively we were only five minutes behind our planned return to the base and finally we plugged in Deimos and gave our little hero his well-deserved rest. He is charged now with the finest batch of energy Mars has to offer.

Personal Logbook I had the privilege to be on every single EVA in the past two weeks and it was a hell of a ride. Even though the intensity of wearing the suit and chasing after my protagonists were draining my energy at times the adrenaline of creating great pictures kept me going. I was always busy with the next picture opportunity ahead, preparations for the various cameras and stowing the equipment away. It was always a race with time and the caution not to leave anything behind. It was a constant battle between the things I wanted and the things that were possible, a real time evaluation of the respective situations at any given moment. It was one of the most challenging working environments of my life and one of the most beautiful and meaningful ones.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

[http://mdrs.marssociety.org/category/journalist-report/page/21/]

Crew 184 - Journalist Report

2019-03-27T21:32:21Z

Cmontanez2018: Added headings where appropriate

[[Category: Journalism Reports]]

== Journalist Report & Crew Photos – December 2nd ==

===== POSTED ON DECEMBER 2, 2017 =====
Willie Schumann, Journalist, Crew 184

02 December 2017

Title Day One on Mars

Narrative:

We are on Mars. It’s unbelievable, but yet so real. After half year of planning , we arrived yesterday to the habitat and it was a rush of first impressions. We cleaned some larger items of the previous crews and made ourselves at home. The effects of the long Martian day, which is 40 minutes longer then a day on earth, kicked in and we were quite tired. We dropped into our beds happy and exhausted, which is the best state of mind when you finish a day.

There is always beauty in new beginnings, and so was the morning of our first Martian Day. We got up really early. There is still so much to be done before we can start our research and breath life into the plentiful projects of crew 184. Nonetheless, we spoiled ourselves with a hearty breakfast of scrambled eggs. We are trying to use our fresh food as soon as possible. Especially in the first days we want to keep moral high, as the six of us have to get used to the new environment.

After breakfast, our second in command Trisha Randazzo gave everyone in the crew a little bag of presents. What a surprise, which could only be topped by Mars itself. The first sunrise on the red planet blew our minds. The colors of the distant sun, leaping over the Martian hills was something I had never seen on Earth. Maybe the euphoria tainted my perception, but anyway, it was darn beautiful.

Even though we were not assigned on an EVA, just yet, the day was eventful. First Officer Randazzo and Crew Engineer Hunt started assembling the workout bicycle really early and had a steep learning curve. It’s seems to be a universal truth, that assembling is as hard on Mars as it is on Earth, and that improvisation is always king. It’s not important how you get there, but that is works and that you gained knowledge in the process.

It’s not a surprise that the crew meals on this first day have been a very bonding experience. I hope we can keep this energy, even if we run out of fresh food and of inspiration how to prepare it. We cherish being here together and looking forward for the days to come. We planted six paper white flower in the GreenHab this noon, one for every crew member. So we set already the first seeds of new life on this strange planet. We try to keep them alive. If we succeed, we will probably manage most other challenges that wait for us.

Tomorrow we will head out for our first EVA’s. I think, that is when the magic really starts. We are familiar with our new home now, but now we want to see the land, that surrounds us. We hope we can manage to wear the new space suits without larger problems, as we have heard, that you have to be fit. That’s another reason, why we plan an intense workout regime during our stay. I think, even if we struggle in the beginning of our mission, practice will show its effect and we can start to enjoy our exploration of Mars to the fullest.

Personal Logbook As a Journalist and filmmaker I have certain goals like everyone else of my crewmates. I am very excited about the time to come and conscious about my tasks and the things I need to do, to create great stories. While today was mainly spent with preparations and adjustments, tomorrow will be opening a great window of opportunity for fantastic pictures, when we will finally go outside.

I have filmed a lot today, but I think, that the scenes, that follow, will be more meaningful. As now, I haven’t managed to make to many interviews and it will be a challenge to find new corners and angles in the habitat to film. I was a little tired this morning, but worked on autopilot through most of the day. Patience and motivation will be important to make the most of my time on Mars. I guess, these are qualities that are essential for every astronaut and storyteller.

Willie Schumann, Journalist, Crew 184

03 December 2017

Title First Steps

Narrative:

Today was the day, we walked the first time on Martian soil. But before our boots printed our profiles in the dusty ground, we had to learn how to survive. Meaning how to use our space suits properly and to stay always in touch with our crewmates.

We decided to split our crew in groups of three each, to have a short familiarization EVA. Commander Horn and Medical Officer Sczepaniak and me had the privilege to be in group one. The pole position also helped to clear some problems for the rest of the team. It took us some time to have all radios checked and synchronized and applied perfectly on our suits. The cameraman forgot to take his camera in all his euphoria into the preparation room. But there was no time for shame for yours truly, only time for EVA.

Our space helmets are certainly a piece of art. Quite unique in size and design, and clearly differentiable to other groundbreaking space missions in the past decades. Every era should have their iconic space suits and round and clear helmets define the era of humans on Mars. It takes two people two put the helmet and the oxygen container on the astronaut, which is clearly an effort. But it also increases the feeling of security; because it clearly has what the astronaut needs most – plenty of breathable air.

But it takes a little bit more to be able to go out of the habitat than just putting on a suit. To avoid the risk of decompressing our lungs we stayed twenty five minutes in the preparation room. We used this time to triple check our before we went into the airlock. This tiny chamber is the last thin border to the Martian environment. There we decompressed for another five minutes. The moment of opening this last door to adventure was beautiful, commander Horn opened the lock and the Martian sun welcomed us.

Yesterday night blew a hefty Martian storm over our habitat, so first thing we did was checking the premises for possible damage. We discovered nothing and jumped on our ATV’s, which we had extensively trained on. I had struggled with it before, but today it was a complete joy ride. Everything seemed in sync, as I was ever meant to be to ride on this surface.

Our plan was to explore the near surroundings and so we did. The ground was mainly perfectly even and we quickly distanced ourselves from our hab. The landscape got more surreal as we gained ground. Round shaped and sharp edged hills and rocks are sprinkled left and right of us. We stopped and climbed on the highest elevation point. I was surprised how easy we reached the peak. The surface is soft and gives enough grip to step up. On top it was a great opportunity to shoot some pictures to send home.

After we returned to the hab and a quick lunch I decided to join the second group for their first minutes. I thought it was a great chance to get some additional film footage. After everything was done I actually felt the exhaustion of the EVA’s. While I was out there the adrenaline kept me focused and going, because every new shot was a promise. But it was great to return to the hab, which turned to our home within just a few days. I never expected that, but the intensity of our endeavor seems to accelerate everything. Mars really makes every minute count and precious.

Personal Logbook I am exhausted, but very happy after this day with 1,5 EVA’s. While the first one was a proper one, I took the chance to film a few transition shots in the beginning of the EVA of our second group out on Mars.

There are challenges to film with the round helmet, but I surprisingly managed well to focus. It seems I am fit to film on Mars. For the first time I also had the chance to take some photography on film on Mars, which made me really content.

I see pictures and stories everywhere, but you have to stay contained and you have to shift certain scenes and topics to another day. Otherwise I would kill myself with work. I have to stay fit and focused this entire mission.

I am happy, that the crew is picking up on my idea of VLogs. Instead of an interview I would love everyone to film personal diaries with an iPhone. Other than a conducted interview a VLog gives the audience the chance to have a very personal look on the protagonists of our adventure.

Today I used my new 360° camera the first time. And I already learned a bit. To avoid shadows on the complete frame I will probably use it, when the sun stands the highest, or it isn’t there at all.

Overall it was a great day. I am running a bit behind with interviews, but I leave that for the days, when weather forbids us from going outside. The pictures today were fantastic and I am optimistic for the days to come.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

== Journalist Report – December 4th ==

===== POSTED ON DECEMBER 4, 2017 =====
Willie Schumann, Journalist Report, Crew 184

POSTED ON DECEMBER 5, 2017
Journalist Report – December 5th
Crew 184 Journalist Report

Willie Schumann

05 December 2017

Title Crisis Management

Narrative Some people say you only really arrived to a new home, when you managed your first crisis and you didn’t run away. Well, that means we have finally arrived on Mars. We woke up to a bunch of problems, which could have had a dramatic effect on the livelihood of crew number 184.

Crew Engineer Hunt woke up early today and was the first to realize, that our internal water tank in our top floor had reached a critical low level. This tank fuels our kitchen, the bath and the toilet – it is the heart of our Martian shelter. It is just below the roof, because it uses gravity to deliver water to the various outlets below. At first we thought, our pump was defective, that enables the whole operation.

That conclusion was plausible, because shortly after crisis number one we detected crisis number two. Our battery, which is fueled by a generator and the solar panels at their respective working hours, was down to five percent. Commander Horn and Crew Engineer Hunt, still in his pajamas, observed the devices and detected a leaking oil tank.

Was our failing energy source the reason for the block in the water delivery? And could the Officer Hunt fix the oil leak and subsequently fix the hab? Time was crucial, because we only had limited reserve water bottles and the toilet was also relying on the tank. From personal experience I could tell, holding back on business at the space-loo makes it impossible to stay operational.

The night was awfully cold leading to Sol 4 and so we came up to a new possible reason of the failing water system. Maybe the pipes leading into the hab were frozen? We checked them and although we couldn’t peek inside we could feel how cold they were. The sun still hadn’t turned around far enough to warm up the external water tank. We never had been so anxious for the hot giant star to move faster to hit Mars with a wave of heat.

After two hours of trouble shooting and learning more about our life-sustaining infrastructure we contacted mission control and requested assistance on our problems. We were assured, that we were on the right track and that we will life another day. After we closed the oil leak, which was caused by cap, which wasn’t screwed tight enough, the battery gained quickly power. And once the sun turned the water flooded into our hab.

Because of the crisis situation we had to push our second EVA’s two to three hours back. Me and a crew of three, led by Science Officer Akash Trivedi, were already in the pre-breathing chamber, when we heard the good news of the resolved problems. We could start with a light heart to our mission to collect soil and rock samples.

Akash Trivedi is one of to European members of our crew. The Briton is well connected to the university of Oxford, which asked him to do a so called Matryoshka project. He received satellite data for interesting surfaces on Mars and now wants to collect samples from exactly these spots. Like a Russian doll both elements will complete one another.

For the first time we took the rover out and as we reached our destination climbed on hills to collect the sources. It was fun. The heavy helmet and backpack didn’t really hold me back. But I must say carrying the camera equipment and the necessity to be faster at certain spots and staying longer to have enough flesh for the footage is demanding. It sounds contradicting, but creating great movie footage makes often only sense for the filmmaker.

Coming back was great, because there was a special treat waiting for us. With restored energy and water, we will have our first shower on Mars. We were holding back on it since the beginning, looking on the water crisis, quite a good exercise to deal with such a shortage. So if you excuse me, I have a date with our shower…

Personal Logbook Today was a fruitful day, but I will be happy when I lay down to sleep. Partly this is due to our busy schedule, to the high demand of the marsonauts life and the challenges of the work.

Because my crew has little to no experience with documentary work, it is also a workshop for them to align with the demands of filmmaking. In a way, they have to be actors, but actors, who play themselves. Once you understand this and the technical requirements of filmmaking you are half way there.

Some are very talented and pure gold. For others I have to explain certain procedures over and over again. And it’s all good and no ones fault. It just makes it a bit harder for me. Which is tough, when you already do four jobs by yourself.

Today I could also do some more photos on film, which made me very content. During the various problems we had to manage I was doing some photography of our polished helmets and suits. I thought I use the calm to cover theses essentials.

Tomorrow I might stay in the hab for a day. I definitely should take a little rest in one of the next days. I think I will make this decision upon the weather forecast. Still super excited to be here, but taking care of my energy level to continue to deliver good pictures.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

DECEMBER 6, 2017
Journalist Report – December 6th
Crew 184 Journalist Report

Willie Schumann

06 December 2017

Title Climbing Higher

Narrative Day number five on Mars and we are still alive and happy to be here. While it continues to be quite chilly in the morning our water pipes didn’t freeze last night. Learning from yesterday we checked the pump first thing after waking up and while the hab tank filled up I looked around and saw into very content faces of relieved Marsonauts. The Generator is still a bit shaky, but our solar panels work great and as long as the sun is shining we should be fine.

We were planning to continue our Matryoshka project today on an EVA and we wanted to start quite early. That’s why we had an early lunch around ten o’clock. As I was assigned with commander Horn and Officers Trivedi and Hunt to join the exploration team I was also free of my daily cooking duties.

That gave me the opportunity to film First Officer Randazzo preparing delicious chicken noodle soup and mashed potatoes. This was particularly interesting for me, because it was a classic case of dried space food. We have milk powder, which we mix up with water. Just imagine the insane amount of milk we would have to fly up into space, matching our demand. It would probably smarter to ship a couple of space cows up to the red planet, but we would need their food… don’t get me started. This milk is essential for our breakfast cereal and it surely made our mashed potatoes creamy like on earth.

We really get our groove on with our EVA preparations. This time we pre-checked our radios and used the time efficiently in the pre-breathing chamber to get our suits and helmets on. Today I tried a new helmet, I had especially made on earth to meet my needs for filming and photographing, as it is important to have my analogue cameras close to my eye for focusing. It is a combination of a newly developed pressure resistant head and a 180° crystal face shield, which looks like a giant scuba mask. There were some issues with it during the EVA, but I will come back to that later.

So we drove out much quicker, then in the last EVA’s and took a rover and two ATV’s. Yesterday I made already some cool stabilized GoPro shots, heading into the Martian landscape. We repeated these shots today and I especially instructed the ATV driver to drive really close to the camera I had applied at the rear of our rover. It worked and they shots looked even more cinematic today.

For the geologists Matryoshka project of Science Officer Trivedi we climbed a few hills at different locations with interesting rock formations. The sun was up and we had some great frames with impressive shadows. My helmet turned a bit foggy, so a lot of my filming was a bit of a blind flight. But with the experience of the last days I managed quite well to deliver good shots. We stumbled about a stone formation, that almost looked like a bone of a giant creature. We could imagine it was a fossil of an early Martian life form. But maybe it is also our earthly expectation we project on Mars.

Being on these hills gave us a great overview on the territory we had covered in the first days we spent on the new planet. It was a quite majestic moment. Unfortunately one of my analogue cameras fell down twice today, opened up and also my settings were temporarily messed up. I will only know in a few weeks, if the pictures came out well. So the mission is to take further pictures, never to stop and to be sure to have enough material to show to the folks on the mother planet.

We came home a bit prematurely and were surprised to detect a little water leak just below our air lock chamber. We analyzed the scene and tried to analyze the source of the leak. Was it melted ice connected with the frozen pipes yesterday? We later consulted mission control and were assured it is probably our kitchen sink, which shouldn’t bother us too much. And the Martian ground can hold a little bit more water for sure.

Back to the new helmet. Unfortunately it couldn’t be perfected for the Martian environment, just yet. At the moment breathing causes still moisture in the helmet, which makes it hard to see completely through the face shield. With the assistance of Health and Safety Officer Sczepaniak we applied some improvements to the breathing mechanism and first tests were very promising. I will test it in the field tomorrow. There are new perfect solutions, but I am happy, that my team is very good in troubleshooting. After all, a Mars mission is work in progress.

Yesterday night Commander Horn conducted a board game night, which was super fun. Crew Engineer Hunt showed unexpected winning potential, but I was happy with my performance as well. I did pretty well in an American trivia quiz, just my dice throwing skills leave much room for improvement. Evenings like these are very important for crew moral, which is still intact and promising for the days to come. Inline image 1

Personal Logbook It was a good day. I am less exhausted today, even though it was equally tough on today’s EVA compared to yesterdays. Maybe I am getting used to the Martian life circumstances. Maybe I am evolving quicker than I thought.

I had to speak out on our EVA today to the rest of the crew. In lack of a crew camera for pictures of the geological surface I was constantly asked to take pictures of rocks. I can do that, but most of the time I am busy documenting every move of the crew. Doing these scientific shots can much easier be achieved by an additional camera of the respective specialist officer. Everybody agreed and I was happy, that my role is understood, and so I can continue my storytelling.

As I didn’t take a shaver with me I am growing an impressive beard at the moment. Maybe it will turn Hemingwayish beard in a few days. That would be a first for me, but very appropriate for an adventurer

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

POSTED ONDECEMBER 7, 2017
Journalist Report – December 7th
Crew 184 Journalist Report

Willie Schumann

07 December 2017

Title Exploring Mars

Narrative I am sitting in my bed in the habitat and writing this report. And I am glad to get a little rest, because today has been physically challenging and we all are looking forward to our first Martian weekend.

We are getting our groove on with the longer days on Mars and yesterday treated ourselves by watching the infamous comedy puppet flick of “Team America”. Being far away from the home planet makes all these international conflicts seem even more ridiculous. Our crew on Mars is multi-national and we celebrate our differences. On top of that, we established fitting nicknames for all crewmembers. Our space doc is Bones, Crew Engineer Hunt is Big Foot, because he is not only the tallest man on Mars, but also has the biggest shoes. Commander Thomas Horn is the major and our Briton Akash Trivedi the royal on Mars. First Officer Randazzo is Wash, which came upon, when the crew assembled the first Martian workout bicycle and needed a lot of washers to make this item work. I am Smurf and I will not comment on how that happened.

Our water supply is doing great, but the generator still has some hick ups. To save the battery set-up we decided with mission control, to turn it off during the night. As a consequence not all life-supporting backpacks for the EVA were completely charged. But we got just about enough, to match our four crewmembers, who went out on the third leg of Science Officer Trivedis Matryoshka project.

For section three we went to URC North, just west of Galileo Road. It was a completely new sector for us and after we had passed some mountains we entered a giant terrain of mountain chains and valleys all covered by red stone. We had a few problems to find the exact location that was indicated by the scientists on earth via satellite imagery, but eventually found our destination.

Although I still have to carry a lot of equipment in two heavy bags with me I was happy with today’s behavior of the crew, because they remained longer in the respective exploration sites. That gave me enough time to get my pictures and I didn’t have to run around as much as in the previous days. Still, carrying the heavy backpack and holding the camera always still is an incredibly intense workout.

The adjustments we made yesterday to my alien space helmet worked pretty well. Only in the end of the EVA it got a bit foggy, but also the other helmets fogged up a little. I guess, with increased exhaustion our breathing got heavier and the sun was pretty strong, too. I will observe this in the days to come and we might apply some changes on the fly to make the helmet even better.

Talking about helmets. On our way back to the habitat we were facing the direct low sun and it was quite a challenge to navigate. It was quite funny to look at our Space Doctor Sczepaniak to drive at snails pace. As he is also the Security Officer he is an example of safety on Mars.

But we thought about a cool feature for the next generation of Martian helmets. Wouldn’t it be cool to have some sort of shades, a visor or a cap on the helmet top to use, when the crew is facing the full solar power? We will think about it a bit more and maybe come up with a new design in the days to come.

First Officer Randazzo discovered the Baking Automat yesterday and it became a tradition, at least in the last two days ( I have heard in America something is already a tradition, when it happened twice) to have freshly baked warm bread with Nutella right after the EVA. The perfect treat after an intensive ride on Martian turf.

But now I have to seize my reporting, because I am back on cooking command. We are soon running out of the last fresh food supplies we brought from earth. Today I will be using our last tomatoes, together with celery and tuna to mix one of my favorite dishes: Pasta with tomato sauce flavored with a cup of extra love.

Personal Logbook Today I was very content with our EVA from the perspective of a filmmaker. At today’s exploration spot the crew remained longer at the various sites and left me more time to get my shots.

I also could run three interviews, which is a high in the past week. Vlogs are coming along better, too and the crew feels more and more comfortably with their role. Maybe they will do it automatically in the next days. That would take a load of me.

Today I took less analogue pictures, but I checked regularly the settings and the camera didn’t fell down. So I am confident, that everything went smooth today. If I will keep this rate I will have a nice collection additionally to the digital exposures I have made.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

POSTED ONDECEMBER 11, 2017
Journalist Report – December 11th
Crew 184 Journalist Report

Willie Schumann

11 December 2017

Title Back on Track

Narrative It was our first real weekend on Mars, but there wasn’t much time to lay back and take a rest, because the problems of the past week still had their grip on us. On Friday the generator let us down once again, we shut it down and we prepared for the worst. As we expected another freezing night we started to seal the complete habitat to contain the warmth we have inside. If that still wouldn’t have been enough we considered moving to the science dome, as it is the structure of our Mars mission that is the best insulated. We covered and secured sensitive electrical equipment and send a few thoughts to our loved ones.

We succeeded and had a descent night. I think, the insights we gathered from this emergency event could be useful for the men and women, who will follow us to Mars. But for the time being, we stayed alert, because the problems weren’t resolved. Even if we slept like native Martians, we still had to take care of the generator and the flow of energy at night.

Together with mission control we made the decision to evacuate for the night of Saturday to an emergency pod a few miles south of the Habitat. Equipped with the most relevant life sustaining technologies, perfectly insulated but stripped of the extended possibilities of the habitat this pod served us perfectly for the night, before we could tackle the problem of the generator once another morning provided us with the energy of the sun.

When we returned Sunday morning things had calmed down and we realized, that one source of the problems could have been contaminated coolant in the generator. We decided to flood the coolantInline image 1 tank, to clean the device and refill it with a new mix. Mission control works tirelessly to find additional solutions to the hick-ups in the communication between the battery and the generator and I am sure the earths best scientists are writing already a perfect plan to make our energy infrastructure work not only for us, but for the future crews to inhabit this strange new planet.

Quick flashback to Friday, which was a grand Martian day. We continued our geological Matryoshka project on an EVA consisting of Science Officer Trivedi, Doctor Sczepaniak and me. We went North-East from the habitat and once again the landscape and nature proved to be surprising and new. The location was hidden, but in a mix of satellite imagery, GPS and common sense we finally found Candor Chasma. What a mystical name and a very fruitful location for our scientists.

The surroundings looked very similar to the Sahara Desert on Earth. Deep sandy dunes and mysterious desert plants, complimented by giant stones, that look like they have been dropped from the sky by a higher force. Cunningly some of these rocks have a very large body, but they are only connected to the ground by a small fraction of their bottom parts. Martian rocks seem to defy the logic of physics and there is much to be explored about the origin of these formations.

The crew climbed up to a higher plateau, even when the sun was high and the temperatures in the suits were rising constantly. Trivedi and Sczepaniak really worked as a team and secured a lot of uncontaminated probes. We saved a lot of time compared to former EVA’s and had even time for a film interview at the location in space suits.

After our return to the hab we had much time to care about maintenance., especially because we didn’t have an EVA today. We repaired a few space suits that were a bit out of shape and First Officer Randazzo really dug deep into the soil of the green hab. She had been afraid that after the generator failure, would have effected the temperatures immensely, threatening the livelihood of the young seedlings, she had planted before. But the structure proved its value and all the plants are alive and kicking.

She continued to thin out tomato plants and seed new herbs today to comple-ment the diet plan of the crew. As we were all stuck in the habitat today it becomes apparent, that it is good for the crew members to find refuge in one or another building on the premises to have a little time for themselves. First Officer Randazzo really enjoys the time in the green hab, it is almost like a form of meditation to plant new life into little pots.

Personal Logbook After a tumultuous few days it was good to come back to the daily routine. There were a few doubts, how everything will continue on Mars for us, but now we can value our time here even more.

After the biggest problems seem to be contained I am looking very forward to go out on the next EVA tomorrow. While the Crew repaired the generator I used the time to shoot some pictures around the habitat. The design of the observatory is a real piece of art and I fell in love with it.

Looking forward to get outside the habitat tomorrow and I will try to capture some scenes, that I haven’t been shot before. I am very anxious what the next days will bring.

We had a great ten days of meals and we are running out of fresh supplies. We have to get creative now for cooking, but I am very confident, that we will create something delicious for the crew, because good food keeps the spirits high.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

POSTED ONDECEMBER 12, 2017
Journalist Report – December 12th
Crew 184 Journalist Report

Willie Schumann

12 December 2017

Title Going Further, than Ever Before

Narrative As we are adapting to the Martian day and transitioning from Earth time we are currently staying longer awake and are getting up a little later. I was quite energetic and woke even up before my alarm clock. That gave me the chance to film everyone coming out of their sleeping chamber, which are aligned in a little row next to one another.

Because we sleep longer now we went right on an EVA to Matryoshka Site number five after breakfast. Science Officer Trivedi took the lead, while Doctor Sczepaniak was still very sleepy. As he is anyway quite stoic and monosyllabic we were wondering if he is sleepwalking. I personally thought we have to reanimate him right there in the pre-breathing chamber. But we better leave that to the Doc. Wait a minute…

Today I actually wanted to take the ATV to drive by myself, but as we didn’t put this in the EVA request we had to follow protocol and postpone my personal Martian roadtrip desire to another day. Already in the past days it is one of the hardest challenges to pinpoint the exact spot of our Matryoshka sites as we have to compare the over view satellite pictures to the reality beneath our feet. To complicate things even more two crewmembers of this Mars mission are European and use the metric system instead of the imperial one. So you not only have to be a good a good geologists and pathfinder to master these tasks, but also a mathematician.

As so we took quite an interesting detour, which took us further north on Mars, then ever before. Around the site of the yellow moon we took our rover on a little rollercoaster. Facing a mountain comb we went up and down heavy slopes. The ATV could manage without problems but we were really careful with our rover. When we reached a every high elevation we faced an insane downfall.

We decided to check our geo position again, to make sure, that it was the right site. The ride down and the following climb would be too intense, considering it might not even be the spot we were supposed to be at. And after a short reassessment we realized, that we were a bit too far west from our exploartaion site. We turned and reached our final destination, the meaningful beige moon, shortly after.

While the Doc was seemingly still sleeping Science Officer Trivedi got very much excited looking at three elevations following shortly after one another. Let’s call them the three hills of the beige moon. Trivedi climbed on the peak of each of them and really dug deep for chemically pure probes of rocks. He got completed dusted and had to remove his pilot suit, after his return to the hab.

While on site he collected strange orange rocks and was fascinated by white shimmering stones further down north. When we went there we discovered that these rocks looked somewhat similar to quartz-stones and reflected the sun light to us. We collected the samples and will to analyze them in the hab lab.

I used this remote spot to make an interview with the Doc, who was still sleepy, but in a very pleasant Zen mode. As he is a man of faith we talked about the question, if the God the humans believe in, is also looking over us Martians? He surely believed so and is poised, that his heroic efforts on the red planet will possibly lead others to come to Mars and to find God here as well.

Maybe a higher force was already looking over us, when we returned to the base. We quickly felt, that the rover was a bit slower than usually and that there was a sensation, if someone was slightly pushing the break. We observed the vehicle superficially, but couldn’t find anything. We blamed it on the dirt and hoped it will fall off. As we continued I noticed that our trustful rover was losing battery level by the minute, which we never noticed before. Within a short period it dropped from 60% to 40%, which made me really worry.

Fortunately the habitat was already on the horizon and we literally slowly turned into the final lane. By then the battery was down to thirty percent and was more or less only crouching to it’s final parking spot. I was getting out of the rover to release it from weight, but I swear the chocolate cake of First Officer Randazzo yesterday night couldn’t have been the problem.

We made it home and will assess the battery problem of the rover tomorrow at sun light. As we have a massive arsenal of vehicles we will definitely be fine and I am sure our handy crew engineer will take care of the faulty one.

Personal Logbook It was great getting out again and Mars didn’t disappoint us once again. The weather is always great here and the sun strong. For me as photographer the conditions are perfect so far.

It was also inspiring to see new horizons and landscapes once again and to have purpose. When I am stuck in the habitat I sometimes feel a bit if I would lose time.

I think my experiments with the new helmet are completed and it works very good. Nonetheless I will step back to the original helmet, to feel the experience of the other crewmembers had in the past days.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

POSTED ONDECEMBER 13, 2017
Journalist Report – December 13th
Crew 184 Journalist Report

Willie Schumann

13 December 2017

Title The Edge of Mars

Narrative Today for the first time, since our arrival, we could see a real dense set of clouds covering the Martian sky, which was really nice for a change. We jumped right into our space suits after breakfast and were poised to explore Matryoshka site six for more geological probes for earth. Yesterday our rover Deimos, named after our Martian Moon, was pretty worn out in the end of our EVA. So we decided to give him a little rest today and took its brothers Spirit and Opportunity out for a ride.

Both rovers are still very young and therefore un-experienced. We have to take them out from time to time for their batteries to grow stronger. Our exploration site today was the notorious Lith Canyon, which is very far north, basically at the edge of the Martian landscape that is still accessible for us considering our technical capacity. If we would go even further, we might not contain the power to come back in time to survive.

So it was a considerate risk to take the new rovers, but you have to stretch the range of the possible to progress. Space travel is not about always playing the save cards, it’s about to expand the borders of what mankind can achieve. And talking about the current limitations makes me refer to yesterdays evening. We opened a care package from earth with space food from Roskosmos, the Russian Space Agency. We got meat and cheese in tubes, which was quite alright, but there is definitely still room for culinary improvement. But as I am speaking Russian it was fun to get deep into the ingredients and share it with my fellow crewmembers.

We reached Lith Canyon pretty directly with no real detour. There are somewhat natural roads on Mars, shaped by wind and erosion. From experience we do not test our rovers to the extreme and keep them mainly on flat surfaces. That means, that we have to walk quite long distances through rough terrain. These longs walks on the other hand create other problems, but I will come to that in a little while.

The clouds over Lith canyon welcomed today’s EVA crew, consisting of First Officer Randazzo and Crew Engineer Hunt, in dramatic fashion and we found our designated sample sites very easily. The rocks, that were lined up on the walls of the Mountains looked like thin brittle plates, that were sprinkled over a desert. Almost like slate slabs made from very dense and compressed sand, very impressive.

But you have to remain very alert. When we walked closer to edge of the area we could look very deep into the maw of the canyon. You really have to watch your feet so you don’t accidently step on a sandy slab, which cracks and makes you slide. We always kept enough distance to the edge and backed one another up.

For Randazzo and Hunt it was actually the last EVA for a long time. They will be needed for other duties in the weeks to come. So there was a certain melancholy lingering in the air, complimented by the cover of clouds. We decided to shoot a remote control picture to commemorate the moment. And for the fact, that it was almost shot blindly from the ground it turned out brilliant.

So we finished our daily mission and headed back to the rovers. I was always a little bit behind, because the sun breaking through the net of clouds captivated me for additional shot. My sight was a bit blurred from my heavy breath, caused by the intensity of hiking up and down the canyon. I was lost for a brief moment, but reunited with the crew through radio communication.

But we all were disoriented and didn’t recall the position of our vehicles. Because of the rather long walk and the time we had spent in the canyon we couldn’t remember were we came from. So we chose the tallest crewmember around to go to a lookout to help us, who was obviously Crew Engineer Hunt. Did I mention, that we nicknamed him Big Foot? Now you know why!

Big Foot proved his value once again and got visual of our rovers. The sun was standing already low and we really had to hit the pedal to get to the hab before nightfall. Our young rovers contained their energy at a surprising high level. So it was quite a steep learning curve for the team and our vehicles, and the risk to take them out was proven justified. Another day on Mars has almost passed and we are all a bit wiser than before. Thank you for that dear red planet.

Personal Logbook It was a great day on Mars with new visual impressions and experiences. The days now become shorter for us and the nights longer. As I am dependant on light I can not work us much as I want. I have to use my remaining time wisely to receive the results, that I want to achieve.

The group definitely grows closer together and knows one another inside out. I wonder how the dynamic of the entity that is crew 184 will develop in the future. For the time being we are happy for the time, that we can spend together.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

DECEMBER 14, 2017
Journalist Report – December 14th
Crew 184 Journalist Report

Willie Schumann

15 December 2017

Title Singing the Mars Blues

Narrative We arrived almost two weeks ago on the red planet and things really start to align. The procedures in the habitat are very natural to us and our days consist of tasks and rituals and keep us busy. Our preparations for the EVA have become faster and more efficient every day. We now detect malfunctions of the equipment way before they become crucial and are prepared for any kind of circumstances.

Therefore it is a pity that today was our last EVA for a long time. There are other tasks, that are waiting for us in the weeks to come and the weather on Mars is supposed to become more severe and will keep us from further explorations. Surely the EVA’s were the highlights thus far for us on this new planet, but I am confident, that we will soon have the chance to explore the world outside of our habitat even more intense.

But there was no time for regrets, we got our Marsonaut Mojo on and were poised to enjoy our trip to the Martian surface today. Commander Horn and Science Officer Trivedi were leading the way to the Blue Hills today and we relied once again on our trustful rover Deimos. The sky was clear of clouds and the temperatures were really welcoming to us humans, as we like it rather a bit warmer.

Most of our roads very flat and had little elevation. We passed white salt-plains and always had the Blue Hills in our sight. Although it took as a little longer to reach our destination, we were always on top of our schedule. The Blue Hills marked the seventh and last location for Officer Trivedis Matryoshka project and brought a temporary halt to his scientific explorations on Mars.

When we reached our destination he quickly selected four designated excavation sites for geological stone probes and so we proceeded to collect samples. As a picture creator I can already read my fellow crewmembers well and have a feeling how they move and what their next step might be. Still it is difficult to catch up with them, because they have their scientific agenda they have to meet and there is little time for extra shots.

I find it really impressive that we managed to stretch to almost every corner of the Martian terrain that is accessible for us at the moment. I think in the next weeks and months we can work out an extensive plan how to go beyond the borders that are determine our existence on the red planet. I am very hopeful for this to happen.

On our way back Deimos proved to be a real hero. As our parking position at the Blue Hills was a bit wobbly I was pulling the hand break to secure the vehicle. When we started our way back home Trivedi and me forgot about this security action and drove on with the break in use. In a short span of maybe about five minutes our battery was drained from 80% to approximately 45%. Fortunately we discovered the decline early enough and put the break down.

From that point onwards it was a race with time. We were almost at the furthest point away from our habitat, than ever before and with the lowest account of energy. There was no other strategy than to try to get as far as possible and then to access the situation anew. With every mile the battery dropped lower and lower.

Even though we reached the main Cow Dung Road soon enough elevation became bigger and bigger challenges. I exited the rover and tried to push it over the little hills in the road. We were determined to get home, even if it would have meant, that we have to push Deimos home. All other rescue plans would have been to time consuming and would include too much communication with mission control.

By now we were really slow and hoped every turn around a hill would give view to our habitat. It still took an eternity but then we saw it and boy, coming home was never sweeter then today.

Effectively we were only five minutes behind our planned return to the base and finally we plugged in Deimos and gave our little hero his well-deserved rest. He is charged now with the finest batch of energy Mars has to offer.

Personal Logbook I had the privilege to be on every single EVA in the past two weeks and it was a hell of a ride. Even though the intensity of wearing the suit and chasing after my protagonists were draining my energy at times the adrenaline of creating great pictures kept me going. I was always busy with the next picture opportunity ahead, preparations for the various cameras and stowing the equipment away. It was always a race with time and the caution not to leave anything behind. It was a constant battle between the things I wanted and the things that were possible, a real time evaluation of the respective situations at any given moment. It was one of the most challenging working environments of my life and one of the most beautiful and meaningful ones.

Thank you very much for your help and attention.

Willie Schumann, Journalist, Crew 184

[http://mdrs.marssociety.org/category/journalist-report/page/21/]

Crew 182 - GreenHab

2019-03-23T21:56:43Z

Cmontanez2018:

[[Category: GreenHab Experiments]]

== GreenHab Report November 6th ==

===== POSTED ON NOVEMBER 8, 2017 =====
Narrative:

On Sol 3 the Green Hab (GH) was quite nice: I checked the humidity 3 times on the day, every time it has 16-17% (tomorrow I’m going to be more specific with the times). I opened the door of the GH at 10:45 and I closed it at 17:30, it was open because it’s getting pretty hot inside. The temperature inside the GH fluctuated between 25°C-32°C during the day.

Inside the GH, there were some seeds from a former experiment someone was doing; Shannon told me to water them. I had watered the plants twice today at 10:45 and 15:40. I was about to do a third at 18:20, but they had enough water. I will try to water them tomorrow before 09:00.
{| class="wikitable"
|+Crops
!Species (Common Name)
!Number of Bowls
|-
|Tomato
|25
|-
|Cucumber
|7
|-
|Melon
|8
|-
|Beans
|17
|-
|Pepper
|9
|}

At Sol 4, I’ll have to re-label most of the bowls because they are a mess. So I’ll let you know how that worked. Also, most of the GH is a mess, so as we are doing the lab, I’ll try to rearranged everything. It’s a pretty nice place and I think it can be very useful. We found a red wheelbarrow that we are trying to build up to use it at the EVA’s, but it’s extremely weird, we don’t know if it has missing parts or what, but we can’t finish to build it up. It’s driving me crazy.

Tomorrow I’ll start my project, I’m going to measure the rate of germination of quinoa, amaranthus, and mustard.

== GreenHab Report November 8th ==

===== POSTED ON NOVEMBER 8, 2017 =====
Sol 5 – 08/11/2017

GreenHab Officer: Atila Meszaros

Ambient (no heating or/cooling): none

Ambient with window/door open: door opened at 10:53; closed at 16: 20

Shade cloth on/off: off

Average temperature:
{| class="wikitable"
|+Greenhouse Temperature (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|10:53
|33
|5
|16
|-
|12:00
|34
|5
|16
|-
|13:40
|34
|5
|16
|-
|18:22
|12
|5
|16
|}
Time when seeds of a former experiment where watered. (There are tomatoes, melons, peppers, cucumbers, and beans)

Changes to crops: None

Daily water usage for crops: 2 ½ gallons

Changes to research plants: none

Daily watering and amount of water used: 864 mL approximately

Narrative:

Sol 5 was a pretty lazy day at the GreenHab (GH). Yesterday, I worked till 22:00 at the GH. Then, I looked for some guides to build a homemade Drip Irrigation System, so I woke up pretty late; plus we had the training for the Rovers and the ATV’s and a 3-hour EVA. It all went awesome! But, I didn’t have time to make the repairs I wanted to make on the GH. However, I did repair the GH door that I discovered was a bit lose.

During the last hours of Sol 4, I finished the preparations for my project. Half of the seeds remain at the GH as the other half is in the growing chamber that’s on the Lab. For the whole experiment, I’m using less than a liter of distilled water per day.

The project wants to prove that Peruvian native crops can, indeed, germinate and grow on Mars soil. I’m working with quinoa, amaranthus and mustard (as a control).

I’ll attach a picture of the pots!

As I’m aiming every Sol, tomorrow I’m going to rearrange all the GH, because it’s a mess. I’ll let you know how that worked.

Support/supplies needed: none

== GreenHab Report November 7th ==

===== POSTED ON NOVEMBER 8, 2017 =====
GreenHab Officer: Atila Meszaros

Sol 4 – 7/11/2017

Ambient (no heating or/cooling): None

Ambient with window/door open: Door opened at 09:10 and closed at 17:15

Heating: None

Cooling: None

Shade cloth on/off: Off

Changes to crops: None

Daily water usage for crops: 2 gal approximately

Time(s) of watering for crops: 08:54 and 13:30

Changes to research plants: Atila’s project just started today. Tomorrow I will send more feedback.

Daily watering and amount of water used: none

Narrative:

Hi Key! Atila in here. Sol 4 was a very busy day at the Green Hab (GH).

Ok, so let’s start with some crazy data about the GH today:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|8:54
|29
|5
|16
|-
|11:52
|35.5
|13
|16
|-
|13:30
|38
|14
|16
|-
|17:15
|14
|8
|21
|}
The times in red were when I watered the seed that is still in the lab, they are supposed to be someone else experiment.

Shannon told me to water the seeds 3 times every day, but by 18:00 they were pretty wet, I did not want them to rot.

At noon, it was extremely hot, jeez! I had to take my shirt off for a while. I was alone, so I guess it wasn’t that weird.

As I told Sylvain on Sol 3, I re-labeled all the seeds from the former experiment, it was a mess. Now the seeds look great, I didn’t group them, so they still have the random distribution.

I didn’t have enough time to rearrange the GH because I started my experiment today. I’m going to measure the germination percentage and rate of quinoa, amaranthus and two kinds of mustard on a control soil and the mars analog soil. I’ll attach a picture of the pots. I still have to finish planting the seed I’m going to put on the growth chamber that’s in the Lab. I’m aiming to finish it before dinner.

Also, I’m aiming to make the GH great again by tomorrow afternoon, I’ll let you know how that worked.

== GreenHab Report November 9th ==

===== POSTED ON NOVEMBER 11, 2017 =====
GreenHab Officer: Atila Meszaros

Sol 6 – 09/11/2017

Ambient (no heating or/cooling): none

Ambient with window/door open: door opened at 08:32; closed at 18:00

Shade cloth on/off: off

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|8:32
|22
|8
|16
|-
|10:35
|36
|8
|16
|-
|13:55
|34
|8
|16
|-
|17:30
|16
|8
|16
|}
Time when seed of a former experiment where watered. (There are tomatoes, melons, peppers, cucumbers and beans)

Changes to crops: None

Daily water usage for crops: 2 ½ galons

Time(s) of watering for crops: 08:32 and 13:55

Changes to research plants: none

Daily watering and amount of water used: 1 L approximately

Narrative:

Hi, Graeme! Atila in here, yes, like the Hun. I hope you are having an amazing night.

Sol 6 was a very short day at the GreenHab (GH) because we had the visit of Globo TV, as you should know by now. I started to rearranged everything at first hour, it’s a huge mess. There some many materials! Although, most of them are useless, there are some items that can be very valuable for next crews, but I’ll need more help tomorrow if I want to finish what I am aiming for.

Respecting my project. Half of the seeds remain at the GH; the other half is in the growing chamber. For all the seed of the experiment, I’m using less than a liter of distilled water per day.

The project wants to prove that Peruvian native crops can, indeed, germinate and grow on Mars soil. I’m working with quinoa, amaranthus and mustard (as a control).

== Greenhab Report November 10th ==

===== POSTED ON NOVEMBER 11, 2017 =====
GreenHab Officer: Atila Meszaros

Sol 7 – 10/11/2017

Ambient (no heating or/cooling): none

Ambient with window/door open: door opened at 10:15; closed at 16:55

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|09:50
|22
|5
|16
|-
|11:24
|31
|9
|16
|-
|12:41
|32
|14
|16
|-
|18:42
|13
|8
|16
|}

Changes to crops: First day of germination!

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 09:50 and 12:41

Changes to research plants: none

Daily watering and amount of water used: 1 L approximately

Narrative:

Hi, Victoria! I’m Atila, like the Hun and I hope you are having a terrific time.

I’m glad to let you know that today was the first day of germination of the crops from a former experiment that is on the Green Hab (GH). I’ll attach you a pic.
{| class="wikitable"
|+Crops
!Species (Common Name)
!Number of Bowls
!Number of Seedlings
|-
|Tomato
|25
|5
|-
|Cucumber
|7
|1
|-
|Melon
|8
|5
|-
|Beans
|17
|2
|-
|Pepper
|9
|2
|}

Tomorrow i’ll update these numbers as soon as I can. It will probably be easier if I make a Drive with the dates and number of emerging seeds. Let me know if you have like a Data Base where I can put this data. Also, I wanted to ask Shannon how much seeds are in each pot.

Respecting my project. Half of the seeds remain at the GH as the other half are in the growing chamber. For all the seeds in the experiment, I’m using almost a Liter.

The project wants to prove that Peruvian native crops can, indeed, germinate and grow on Mars soil. I’m working with quinoa, amaranthus and mustard (as a control).

I think that’s pretty much all if you need more information about the GH I will be glad to send it to you.

Thank you for being there, Vic!

Have a beautiful night on Earth.

Support/supplies needed: none

== GreenHab – November 11th ==

===== POSTED ON NOVEMBER 11, 2017 =====
Sol 8 – 11/11/2017

GreenHab Officer: Atila Meszaros

Ambient: heating 45 F , turned on at 18:12

Ambient with window/door open: door opened at 08:55; closed at 17:39

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|9:00
|26
|3
|16
|-
|13:00
|34
|6
|16
|-
|17:05
|22
|11
|16
|-
|18:42
|13
|1
|16
|}

Changes to crops: Second day of germination! Crops keep growing!

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 09:00 and 13:00

Changes to research plants: none.

Daily watering and amount of water used: 1 L approximately

Narrative:

Hi, Gael! Atila in here, like the Hun. I hope you are having a terrific time.

Today was the day after the germination of the crops from a former experiment that is on the Green Hab (GH). The seeds keep germinating and the seedling keep growing. I turned on the heater (45 F).
{| class="wikitable"
|+Crops
!Species (Common Name)
!Number of Bowls
!Number of Seedlings
|-
|Tomato
|25
|8
|-
|Cucumber
|7
|1
|-
|Melon
|8
|7
|-
|Beans
|17
|7
|-
|Pepper
|9
|3
|}

As soon as possible, i’ll update this numbers tomorrow. It will probably be easier if I make a Drive with the dates and number of emerging seeds. Let me know if you have like a Data Base where I can put this kind of data.

Respecting my project. Half of the seeds remain at the GH as the other half are in the growing chamber. For all the seeds of the experiment I’m using almost a Liter.

The project wants to prove that Peruvian native crops can, indeed, germinate and grow on Mars soil. I’m working with quinoa, amaranthus and mustard (as a control).

The analog soil I’m using is becoming clay, and I’m worried that the seeds are not going to be able to break the soil and emerge. So, I’m going to try a new procedure: I’m going to germinate the seeds on Petri dishes and observe growing behavior on those ones.

I think that’s pretty much all the information I have to share. If you need more information about the GH I will be glad to send it to you.

Thank you for being there!

Have a beautiful night on Earth.

Support/supplies needed: none

== GreenHab Report – November 12th ==

===== POSTED ON NOVEMBER 12, 2017 =====
Sol 9 – 12/11/2017

GreenHab Officer: Atila Meszaros

Ambient: heating 50 F

Ambient with window/door open: door opened at 11:32; closed at 17:00

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|8$40
|23
|2
|16
|-
|13:41
|27
|13
|16
|-
|15:36
|21
|12
|16
|-
|18:46
|22
|8
|16
|}

Changes to crops: Crops keep growing! A lot.

Daily water usage for crops: 2 galons

Time(s) of watering for crops: 08:40 and 15:36

Changes to research plants: first day of germination for amaranthus control! Finally!

Daily watering and amount of water used: 1 ½ L approximately

Narrative:

Hi, Jennifer! Atila in here, yes, like the Hun. I hope you are having an amazing night

The crops from a former experiment that is in the Green Hab (GH) keep growing. There is a gigantic bean seedling! It looks amazing. However, I’m worried about the tomato seedlings, they are too many in the same pot. I hope Shannon give me some instructions regarding this issue. I elevated the temperature of the GH to 50 F.
{| class="wikitable"
|+Crops
!Species (Common Name)
!Number of Bowls
!Number of Seedlings
|-
|Tomato
|25
|43
|-
|Cucumber
|7
|3
|-
|Melon
|8
|8
|-
|Beans
|17
|14
|-
|Pepper
|9
|3
|}

Tomorrow, i’ll update these numbers as soon as I can. It will be probably easier if I make a Drive with the dates and numbers of emerging seeds. Let me know if you have a Data Base where I can put this kind of data.

Respecting my project. Half of the seeds will remain at the GH as the other half will be in the growing chamber. For all the seeds in the experiment, I’m using almost a Liter.

The project wants to prove that Peruvian native crops can, indeed, germinate and grow on Mars soil. I’m working with quinoa, amaranthus, and mustard (as a control).

The analog soil I’m using is becoming clay, and I’m worry that the seeds are not going to be able to break the soil and emerge. So, I’m going to germinate the seeds on Petri dishes and observe growing behavior on those ones. I already started today,

I think that’s pretty much all if you need more information about the GH I will be glad to send it to you.

Thank you for being there, Jenn!

Have a beautiful night on Earth.

Support/supplies needed: Distilled water (not extremely necessary for now)

== GreenHab Report – November 13th ==

===== POSTED ON NOVEMBER 13, 2017 =====
Sol 10 – 13/11/2017

GreenHab Officer: Atila Meszaros

Ambient: heating 50 F

Ambient with window/door open: door opened at 12:32; closed at 17:05

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|08:56
|28
|2
|16
|-
|12:52
|38
|12
|16
|-
|17:05
|17
|10
|16
|-
|18:44
|17
|5
|16
|}

Changes to crops: Crops keep growing! Check the Excel for more details.

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 08:56 and 17:05

Changes to research plants: the amaranthus control keeps growing, mustards too!

Daily watering and amount of water used: 1 ½ L approximately

Narrative:

Hi, there, Graeme! Atila in here. I hope you are having an amazing night

The crops from the former experiment in the GreenHab (GH) keep growing. Shannon will have to give them a look because the tomato seedlings are like a pest! I can’t believe how many seedlings are appearing. I hope Shannon gives me some instructions regarding this issue. They are growing pretty respectable, though.

I’ve made an excel sheet with all the data of the crops and research plants. It’s only 15 KB, so I’m attaching it to the report. Each square is a pot, I hope it gives you a nice view of the GH.

However, it will probably be easier if I make a Drive like the Excel document with the dates and numbers of emerging seeds. And this Drive can be used for future crews too. Let me know if you have a Data Base where I can put this kind of data.

The analog soil is not becoming clay anymore, thanks to a more rigorous water treatment, so I’m waiting for the seedlings to show on Wednesday.

I think that’s pretty much all, if you need more information about the GH I will be glad to send it to you.

Thank you for being there!

Have a beautiful night on Earth.

Support/supplies needed: none

== GreenHab Report – November 14th ==

===== POSTED ON NOVEMBER 14, 2017 =====
Sol 11 – 14/11/201

GreenHab Officer: Atila Meszaros

Ambient: heating 50 F

Ambient with window/door open: door opened at 12:32; closed at 18:20

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|09: 40
|24
|4
|16
|-
|18:44
|17
|5
|16
|}

Changes to crops: Crops keep growing, a lot!

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 09:40 and 18:44

Changes to research plants: controls keep growing! Petri dishes to plant on analog soil tomorrow!

Daily watering and amount of water used: 1 ½ L approximately

Narrative:

Hi, Kevin! Atila in here, and I’m a man, haha, don’t worry about it, it’s a common mistake. I hope you are having an amazing night.

Today I haven’t been on the GH the whole day, as you should know by now, we had an incident during our EVA mission.

However, in the morning I checked the crops and they are growing pretty solid.

I was making an Excel with information about the GH but I didn’t have time to update it today, I would do it tomorrow. Sorry about that!

The seeds on the Petri dishes are ready to be planted on the analog soil. Tomorrow I’ll begin.

I think that’s pretty much all, if you need more information about the GH I will be glad to send it to you.

Thank you for being there!

Have a beautiful night on Earth.

Support/supplies needed: none

== GreenHab Report – November 16th ==

===== POSTED ON NOVEMBER 16, 2017 =====
Sol 13 – 16/11/201

GreenHab Officer: Atila Meszaros

Ambient: heating 10°C

Ambient with window/door open: door opened at 10:20; closed at 17:34

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|10:36
|27
|10
|16
|-
|17:06
|15
|8
|16
|}

Changes to crops: Crops keep growing!

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 10:36 and 17:06

Changes to research plants: controls keep growing! No signs of germination on the analog soil. The emergency day turned the analog soil like clay, again.

Daily watering and amount of water used: 1 ½ L approximately

Narrative:

Hi, Sylvain! Atila, here. I hope you are having an amazing night.

Kevin’s crops are growing pretty solid, Julio already sent a picture. It’s crazy! I wanted to ask what’s the plan for them.

I thought that the seeds on the Petri dishes were ready to be planted on the analog soil, again. All they needed was another day. The quinoa seeds are not germinating on the control, either. I’m guessing that the day I didn’t water them was enough for them dry out. That almost killed the entire project! I will need to continue with my experiment in my university with the analog soil to get solid results.

I think that’s pretty much all, if you need more information about the GH I will be glad to send it to you.

Thank you for being there, Sylvain!

Have a beautiful night on Earth.

Support/supplies needed: none

== GreenHab Report – November 17th ==

===== POSTED ON NOVEMBER 17, 2017 =====
Sol 14 – 17/11/201

GreenHab Officer: Atila Meszaros

Ambient: heating 10°C

Ambient with window/door open: door opened at 09:00; closed at 14:35

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|08:05
|29
|16
|16
|-
|14:35
|15
|8
|16
|-
|18:16
|16
|6
|16
|}

Changes to crops: Bigger than ever!

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 08:05 and 18:00

Changes to research plants: controls keep growing!

Daily watering and amount of water used: 1 ½ L approximately

Narrative:

Hi, Veronica, Atila in here, again. I hope you are having an amazing night.

Today is our last simulation day! Jeez, times really fly. I’m going to miss those little guys (I’m talking about the crops, of course, the crew too, tough). They are just huge.

We already ended the simulation, and this is the final GreenHab Report; however, tomorrow I’ll water the crops twice at 08:00 and 13:00.

I couldn’t obtain any conclusive results from my project probably because of the incident of #7 EVA (I wasn’t able to water the research plants that Sol). However, I’m aiming to continue my research with the analog soil in my university. I hope I will be able to let you know how that worked.

I forgot to mention in my last GreenHab Report that, with help of the whole crew, the GreenHab is shining! We put our bodies and souls on that.

I think that’s pretty much all, if you need more information about the GH I will be glad to send it to you.

Thank you for being there!

Have a beautiful night on Earth.

Support/supplies needed: none

[http://mdrs.marssociety.org/category/greenhab-report/page/22/][http://mdrs.marssociety.org/category/greenhab-report/page/23/]

Crew 182 - GreenHab

2019-03-23T21:51:35Z

Cmontanez2018:

[[Category: GreenHab Experiments]]

== GreenHab Report November 6th ==

===== POSTED ON NOVEMBER 8, 2017 =====
Narrative:

On Sol 3 the Green Hab (GH) was quite nice: I checked the humidity 3 times on the day, every time it has 16-17% (tomorrow I’m going to be more specific with the times). I opened the door of the GH at 10:45 and I closed it at 17:30, it was open because it’s getting pretty hot inside. The temperature inside the GH fluctuated between 25°C-32°C during the day.

Inside the GH, there were some seeds from a former experiment someone was doing; Shannon told me to water them. I had watered the plants twice today at 10:45 and 15:40. I was about to do a third at 18:20, but they had enough water. I will try to water them tomorrow before 09:00.
{| class="wikitable"
|+Crops
!Species (Common Name)
!Number of Bowls
|-
|Tomato
|25
|-
|Cucumber
|7
|-
|Melon
|8
|-
|Beans
|17
|-
|Pepper
|9
|}
At Sol 4, I’ll have to re-label most of the bowls because they are a mess. So I’ll let you know how that worked. Also, most of the GH is a mess, so as we are doing the lab, I’ll try to rearranged everything. It’s a pretty nice place and I think it can be very useful. We found a red wheelbarrow that we are trying to build up to use it at the EVA’s, but it’s extremely weird, we don’t know if it has missing parts or what, but we can’t finish to build it up. It’s driving me crazy.

Tomorrow I’ll start my project, I’m going to measure the rate of germination of quinoa, amaranthus, and mustard.

== GreenHab Report November 8th ==

===== POSTED ON NOVEMBER 8, 2017 =====
Sol 5 – 08/11/2017

GreenHab Officer: Atila Meszaros

Ambient (no heating or/cooling): none

Ambient with window/door open: door opened at 10:53; closed at 16: 20

Shade cloth on/off: off

Average temperature:
{| class="wikitable"
|+Greenhouse Temperature (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|10:53
|33
|5
|16
|-
|12:00
|34
|5
|16
|-
|13:40
|34
|5
|16
|-
|18:22
|12
|5
|16
|}
Time when seeds of a former experiment where watered. (There are tomatoes, melons, peppers, cucumbers, and beans)

Changes to crops: None

Daily water usage for crops: 2 ½ gallons

Changes to research plants: none

Daily watering and amount of water used: 864 mL approximately

Narrative:

Sol 5 was a pretty lazy day at the GreenHab (GH). Yesterday, I worked till 22:00 at the GH. Then, I looked for some guides to build a homemade Drip Irrigation System, so I woke up pretty late; plus we had the training for the Rovers and the ATV’s and a 3-hour EVA. It all went awesome! But, I didn’t have time to make the repairs I wanted to make on the GH. However, I did repair the GH door that I discovered was a bit lose.

During the last hours of Sol 4, I finished the preparations for my project. Half of the seeds remain at the GH as the other half is in the growing chamber that’s on the Lab. For the whole experiment, I’m using less than a liter of distilled water per day.

The project wants to prove that Peruvian native crops can, indeed, germinate and grow on Mars soil. I’m working with quinoa, amaranthus and mustard (as a control).

I’ll attach a picture of the pots!

As I’m aiming every Sol, tomorrow I’m going to rearrange all the GH, because it’s a mess. I’ll let you know how that worked.

Support/supplies needed: none

== GreenHab Report November 7th ==

===== POSTED ON NOVEMBER 8, 2017 =====
GreenHab Officer: Atila Meszaros

Sol 4 – 7/11/2017

Ambient (no heating or/cooling): None

Ambient with window/door open: Door opened at 09:10 and closed at 17:15

Heating: None

Cooling: None

Shade cloth on/off: Off

Changes to crops: None

Daily water usage for crops: 2 gal approximately

Time(s) of watering for crops: 08:54 and 13:30

Changes to research plants: Atila’s project just started today. Tomorrow I will send more feedback.

Daily watering and amount of water used: none

Narrative:

Hi Key! Atila in here. Sol 4 was a very busy day at the Green Hab (GH).

Ok, so let’s start with some crazy data about the GH today:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|8:54
|29
|5
|16
|-
|11:52
|35.5
|13
|16
|-
|13:30
|38
|14
|16
|-
|17:15
|14
|8
|21
|}
The times in red were when I watered the seed that is still in the lab, they are supposed to be someone else experiment.

Shannon told me to water the seeds 3 times every day, but by 18:00 they were pretty wet, I did not want them to rot.

At noon, it was extremely hot, jeez! I had to take my shirt off for a while. I was alone, so I guess it wasn’t that weird.

As I told Sylvain on Sol 3, I re-labeled all the seeds from the former experiment, it was a mess. Now the seeds look great, I didn’t group them, so they still have the random distribution.

I didn’t have enough time to rearrange the GH because I started my experiment today. I’m going to measure the germination percentage and rate of quinoa, amaranthus and two kinds of mustard on a control soil and the mars analog soil. I’ll attach a picture of the pots. I still have to finish planting the seed I’m going to put on the growth chamber that’s in the Lab. I’m aiming to finish it before dinner.

Also, I’m aiming to make the GH great again by tomorrow afternoon, I’ll let you know how that worked.

== GreenHab Report November 9th ==

===== POSTED ON NOVEMBER 11, 2017 =====
GreenHab Officer: Atila Meszaros

Sol 6 – 09/11/2017

Ambient (no heating or/cooling): none

Ambient with window/door open: door opened at 08:32; closed at 18:00

Shade cloth on/off: off

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|8:32
|22
|8
|16
|-
|10:35
|36
|8
|16
|-
|13:55
|34
|8
|16
|-
|17:30
|16
|8
|16
|}
Time when seed of a former experiment where watered. (There are tomatoes, melons, peppers, cucumbers and beans)

Changes to crops: None

Daily water usage for crops: 2 ½ galons

Time(s) of watering for crops: 08:32 and 13:55

Changes to research plants: none

Daily watering and amount of water used: 1 L approximately

Narrative:

Hi, Graeme! Atila in here, yes, like the Hun. I hope you are having an amazing night.

Sol 6 was a very short day at the GreenHab (GH) because we had the visit of Globo TV, as you should know by now. I started to rearranged everything at first hour, it’s a huge mess. There some many materials! Although, most of them are useless, there are some items that can be very valuable for next crews, but I’ll need more help tomorrow if I want to finish what I am aiming for.

Respecting my project. Half of the seeds remain at the GH; the other half is in the growing chamber. For all the seed of the experiment, I’m using less than a liter of distilled water per day.

The project wants to prove that Peruvian native crops can, indeed, germinate and grow on Mars soil. I’m working with quinoa, amaranthus and mustard (as a control).

== Greenhab Report November 10th ==

===== POSTED ON NOVEMBER 11, 2017 =====
GreenHab Officer: Atila Meszaros

Sol 7 – 10/11/2017

Ambient (no heating or/cooling): none

Ambient with window/door open: door opened at 10:15; closed at 16:55

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|09:50
|22
|5
|16
|-
|11:24
|31
|9
|16
|-
|12:41
|32
|14
|16
|-
|18:42
|13
|8
|16
|}

Changes to crops: First day of germination!

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 09:50 and 12:41

Changes to research plants: none

Daily watering and amount of water used: 1 L approximately

Narrative:

Hi, Victoria! I’m Atila, like the Hun and I hope you are having a terrific time.

I’m glad to let you know that today was the first day of germination of the crops from a former experiment that is on the Green Hab (GH). I’ll attach you a pic.
{| class="wikitable"
|+Crops
!Species (Common Name)
!Number of Bowls
!Number of Seedlings
|-
|Tomato
|25
|5
|-
|Cucumber
|7
|1
|-
|Melon
|8
|5
|-
|Beans
|17
|2
|-
|Pepper
|9
|2
|}

Tomorrow i’ll update these numbers as soon as I can. It will probably be easier if I make a Drive with the dates and number of emerging seeds. Let me know if you have like a Data Base where I can put this data. Also, I wanted to ask Shannon how much seeds are in each pot.

Respecting my project. Half of the seeds remain at the GH as the other half are in the growing chamber. For all the seeds in the experiment, I’m using almost a Liter.

The project wants to prove that Peruvian native crops can, indeed, germinate and grow on Mars soil. I’m working with quinoa, amaranthus and mustard (as a control).

I think that’s pretty much all if you need more information about the GH I will be glad to send it to you.

Thank you for being there, Vic!

Have a beautiful night on Earth.

Support/supplies needed: none

== GreenHab – November 11th ==

===== POSTED ON NOVEMBER 11, 2017 =====
Sol 8 – 11/11/2017

GreenHab Officer: Atila Meszaros

Ambient: heating 45 F , turned on at 18:12

Ambient with window/door open: door opened at 08:55; closed at 17:39

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|9:00
|26
|3
|16
|-
|13:00
|34
|6
|16
|-
|17:05
|22
|11
|16
|-
|18:42
|13
|1
|16
|}

Changes to crops: Second day of germination! Crops keep growing!

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 09:00 and 13:00

Changes to research plants: none.

Daily watering and amount of water used: 1 L approximately

Narrative:

Hi, Gael! Atila in here, like the Hun. I hope you are having a terrific time.

Today was the day after the germination of the crops from a former experiment that is on the Green Hab (GH). The seeds keep germinating and the seedling keep growing. I turned on the heater (45 F).
{| class="wikitable"
|+Crops
!Species (Common Name)
!Number of Bowls
!Number of Seedlings
|-
|Tomato
|25
|8
|-
|Cucumber
|7
|1
|-
|Melon
|8
|7
|-
|Beans
|17
|7
|-
|Pepper
|9
|3
|}

As soon as possible, i’ll update this numbers tomorrow. It will probably be easier if I make a Drive with the dates and number of emerging seeds. Let me know if you have like a Data Base where I can put this kind of data.

Respecting my project. Half of the seeds remain at the GH as the other half are in the growing chamber. For all the seeds of the experiment I’m using almost a Liter.

The project wants to prove that Peruvian native crops can, indeed, germinate and grow on Mars soil. I’m working with quinoa, amaranthus and mustard (as a control).

The analog soil I’m using is becoming clay, and I’m worried that the seeds are not going to be able to break the soil and emerge. So, I’m going to try a new procedure: I’m going to germinate the seeds on Petri dishes and observe growing behavior on those ones.

I think that’s pretty much all the information I have to share. If you need more information about the GH I will be glad to send it to you.

Thank you for being there!

Have a beautiful night on Earth.

Support/supplies needed: none

== GreenHab Report – November 12th ==

===== POSTED ON NOVEMBER 12, 2017 =====
Sol 9 – 12/11/2017

GreenHab Officer: Atila Meszaros

Ambient: heating 50 F

Ambient with window/door open: door opened at 11:32; closed at 17:00

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|8$40
|23
|2
|16
|-
|13:41
|27
|13
|16
|-
|15:36
|21
|12
|16
|-
|18:46
|22
|8
|16
|}
Changes to crops: Crops keep growing! A lot.

Daily water usage for crops: 2 galons

Time(s) of watering for crops: 08:40 and 15:36

Changes to research plants: first day of germination for amaranthus control! Finally!

Daily watering and amount of water used: 1 ½ L approximately

Narrative:

Hi, Jennifer! Atila in here, yes, like the Hun. I hope you are having an amazing night

The crops from a former experiment that is in the Green Hab (GH) keep growing. There is a gigantic bean seedling! It looks amazing. However, I’m worried about the tomato seedlings, they are too many in the same pot. I hope Shannon give me some instructions regarding this issue. I elevated the temperature of the GH to 50 F.
{| class="wikitable"
|+Crops
!Species (Common Name)
!Number of Bowls
!Number of Seedlings
|-
|Tomato
|25
|43
|-
|Cucumber
|7
|3
|-
|Melon
|8
|8
|-
|Beans
|17
|14
|-
|Pepper
|9
|3
|}
Tomorrow, i’ll update these numbers as soon as I can. It will be probably easier if I make a Drive with the dates and numbers of emerging seeds. Let me know if you have a Data Base where I can put this kind of data.

Respecting my project. Half of the seeds will remain at the GH as the other half will be in the growing chamber. For all the seeds in the experiment, I’m using almost a Liter.

The project wants to prove that Peruvian native crops can, indeed, germinate and grow on Mars soil. I’m working with quinoa, amaranthus, and mustard (as a control).

The analog soil I’m using is becoming clay, and I’m worry that the seeds are not going to be able to break the soil and emerge. So, I’m going to germinate the seeds on Petri dishes and observe growing behavior on those ones. I already started today,

I think that’s pretty much all if you need more information about the GH I will be glad to send it to you.

Thank you for being there, Jenn!

Have a beautiful night on Earth.

Support/supplies needed: Distilled water (not extremely necessary for now)

== GreenHab Report – November 13th ==

===== POSTED ON NOVEMBER 13, 2017 =====
Sol 10 – 13/11/2017

GreenHab Officer: Atila Meszaros

Ambient: heating 50 F

Ambient with window/door open: door opened at 12:32; closed at 17:05

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|08:56
|28
|2
|16
|-
|12:52
|38
|12
|16
|-
|17:05
|17
|10
|16
|-
|18:44
|17
|5
|16
|}
Changes to crops: Crops keep growing! Check the Excel for more details.

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 08:56 and 17:05

Changes to research plants: the amaranthus control keeps growing, mustards too!

Daily watering and amount of water used: 1 ½ L approximately

Narrative:

Hi, there, Graeme! Atila in here. I hope you are having an amazing night

The crops from the former experiment in the GreenHab (GH) keep growing. Shannon will have to give them a look because the tomato seedlings are like a pest! I can’t believe how many seedlings are appearing. I hope Shannon gives me some instructions regarding this issue. They are growing pretty respectable, though.

I’ve made an excel sheet with all the data of the crops and research plants. It’s only 15 KB, so I’m attaching it to the report. Each square is a pot, I hope it gives you a nice view of the GH.

However, it will probably be easier if I make a Drive like the Excel document with the dates and numbers of emerging seeds. And this Drive can be used for future crews too. Let me know if you have a Data Base where I can put this kind of data.

The analog soil is not becoming clay anymore, thanks to a more rigorous water treatment, so I’m waiting for the seedlings to show on Wednesday.

I think that’s pretty much all, if you need more information about the GH I will be glad to send it to you.

Thank you for being there!

Have a beautiful night on Earth.

Support/supplies needed: none

== GreenHab Report – November 14th ==

===== POSTED ON NOVEMBER 14, 2017 =====
Sol 11 – 14/11/201

GreenHab Officer: Atila Meszaros

Ambient: heating 50 F

Ambient with window/door open: door opened at 12:32; closed at 18:20

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|09: 40
|24
|4
|16
|-
|18:44
|17
|5
|16
|}
Changes to crops: Crops keep growing, a lot!

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 09:40 and 18:44

Changes to research plants: controls keep growing! Petri dishes to plant on analog soil tomorrow!

Daily watering and amount of water used: 1 ½ L approximately

Narrative:

Hi, Kevin! Atila in here, and I’m a man, haha, don’t worry about it, it’s a common mistake. I hope you are having an amazing night.

Today I haven’t been on the GH the whole day, as you should know by now, we had an incident during our EVA mission.

However, in the morning I checked the crops and they are growing pretty solid.

I was making an Excel with information about the GH but I didn’t have time to update it today, I would do it tomorrow. Sorry about that!

The seeds on the Petri dishes are ready to be planted on the analog soil. Tomorrow I’ll begin.

I think that’s pretty much all, if you need more information about the GH I will be glad to send it to you.

Thank you for being there!

Have a beautiful night on Earth.

Support/supplies needed: none

== GreenHab Report – November 16th ==

===== POSTED ON NOVEMBER 16, 2017 =====
Sol 13 – 16/11/201

GreenHab Officer: Atila Meszaros

Ambient: heating 10°C

Ambient with window/door open: door opened at 10:20; closed at 17:34

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|10:36
|27
|10
|16
|-
|17:06
|15
|8
|16
|}
Changes to crops: Crops keep growing!

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 10:36 and 17:06

Changes to research plants: controls keep growing! No signs of germination on the analog soil. The emergency day turned the analog soil like clay, again.

Daily watering and amount of water used: 1 ½ L approximately

Narrative:

Hi, Sylvain! Atila, here. I hope you are having an amazing night.

Kevin’s crops are growing pretty solid, Julio already sent a picture. It’s crazy! I wanted to ask what’s the plan for them.

I thought that the seeds on the Petri dishes were ready to be planted on the analog soil, again. All they needed was another day. The quinoa seeds are not germinating on the control, either. I’m guessing that the day I didn’t water them was enough for them dry out. That almost killed the entire project! I will need to continue with my experiment in my university with the analog soil to get solid results.

I think that’s pretty much all, if you need more information about the GH I will be glad to send it to you.

Thank you for being there, Sylvain!

Have a beautiful night on Earth.

Support/supplies needed: none

== GreenHab Report – November 17th ==

===== POSTED ON NOVEMBER 17, 2017 =====
Sol 14 – 17/11/201

GreenHab Officer: Atila Meszaros

Ambient: heating 10°C

Ambient with window/door open: door opened at 09:00; closed at 14:35

Shade cloth on/off: on

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|08:05
|29
|16
|16
|-
|14:35
|15
|8
|16
|-
|18:16
|16
|6
|16
|}

Changes to crops: Bigger than ever!

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 08:05 and 18:00

Changes to research plants: controls keep growing!

Daily watering and amount of water used: 1 ½ L approximately

Narrative:

Hi, Veronica, Atila in here, again. I hope you are having an amazing night.

Today is our last simulation day! Jeez, times really fly. I’m going to miss those little guys (I’m talking about the crops, of course, the crew too, tough). They are just huge.

We already ended the simulation, and this is the final GreenHab Report; however, tomorrow I’ll water the crops twice at 08:00 and 13:00.

I couldn’t obtain any conclusive results from my project probably because of the incident of #7 EVA (I wasn’t able to water the research plants that Sol). However, I’m aiming to continue my research with the analog soil in my university. I hope I will be able to let you know how that worked.

I forgot to mention in my last GreenHab Report that, with help of the whole crew, the GreenHab is shining! We put our bodies and souls on that.

I think that’s pretty much all, if you need more information about the GH I will be glad to send it to you.

Thank you for being there!

Have a beautiful night on Earth.

Support/supplies needed: none

[http://mdrs.marssociety.org/category/greenhab-report/page/22/][http://mdrs.marssociety.org/category/greenhab-report/page/23/]

Crew 183 - GreenHab

2019-03-23T20:02:36Z

Cmontanez2018:

[[Category: GreenHab Experiments]]

==GreenHab Report – November 23rd==

=====POSTED ON NOVEMBER 23, 2017=====
Sol 1 – 23/11/2017

GreenHab Officer: Jordan Bowden

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|19:50
|19
|7
|19
|}

Changes to crops: N/A – First day of mission

Daily water usage for crops: 3 Gallons

Time(s) of watering for crops: 19:50

Daily watering and amount of water used: 2.5

Narrative:

We received our orientation late this morning, and as such, I’ve only begun my work in the Greenhab. It’s an exciting place though: previous crew have left a growing crop of tomatoes, radishes, beans, and other crops. I was advised to use four gallons of water per day, but I only used 2.5 gallons, as the crops appeared to be well watered in the morning.

When I checked its status of the Greenhab at 19:50, the heater was not heating – not sure if it is supposed to be online at this time. It was working earlier today when checked at 12:00. In the end I sorted out that the thermostat was set to ~60 °F. Please advise what the appropriate temperature should be.

I’m here mainly as a 3D Printing specialist – I’m wondering if there are any components to improve the work in the Greenhab that I could create?

Have a wonderful night everyone, I’m looking forward to another beautiful day on Mars.

All the best,

Jordan Bowden

==GreenHab Report – November 24th==

=====POSTED ON NOVEMBER 24, 2017=====
Sol 2 – 24/11/2017

GreenHab Officer: Jordan Bowden

Average temperature: 27.3 C in Greenhouse / 9.6 C Outside
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|11:00
|46
|16
|17
|-
|16:30
|19
|7
|16
|-
|19:00
|17
|6
|26
|}

Changes to crops: Everything is growing well. The adult tomato plants are no longer wilted.

Daily water usage for crops: 4 Gallons

Time(s) of watering for crops: 11:00, 16:30

Daily watering and amount of water used: 2 gallons used at each watering, 4 gallons total.

Narrative:

Greetings CapCom,

Things are going well int he GreenHab on Sol 2! I noticed that it was very hot in the GreenHab when I checked it at 11:00 this morning (46 °C). I will be sure to open the ventilation tomorrow by 8:00 a.m.; otherwise, all crops are healthy.

I installed lighting timer in the GreenHab today. So, the grow lights are now online from 17:00-21:00.

Not much else to report. Outside my duties as GreenHab Officer, I set up our 3D printer server, designed two 3-D printable medical devices, and explored the Lith Canyon during our EVA mission.

All the best,

Jordan Bowden

GreenHab Officer

==GreenHab Report – November 25th==

=====POSTED ON NOVEMBER 25, 2017=====
Sol 3 – 25/11/2017

Green Hab Officer Jordan Bowden

Average temperature: 23 C in Greenhouse / 9.6 C Outside
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|10:00
|31
|8
|18
|-
|17:00
|20
|12
|19
|-
|19:00
|17
|6
|20
|}

Changes to crops: Everything is growing well.

Daily water usage for crops: 4 Gallons

Time(s) of watering for crops: 10:00, 17:00

Daily watering and amount of water used: 2 gallons used at morning watering, 1 gallon used at 17:00. 3 gallons total.

Narrative:

Greetings CapCom,

For the most part, everything was growing well in the GreenHab today. One of the tomato plants leaves started to brown, in a region where it was wilted on Sol 1; I will monitor it closely. Grow lights are operational. Not much else to report.

All the best,

Jordan Bowden

GreenHab Officer

==GreenHab Report – November 26th==

=====POSTED ON NOVEMBER 26, 2017=====
Sol 4 – 26/11/2017

GreenHab Officer:Jordan Bowden

Average temperature: 28.5 C in Greenhouse / 8.5 C Outside
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|11:00
|40
|9
|18
|-
|19:00
|17
|8
|21
|}

Changes to crops: Everything is growing well.

Daily water usage for crops: 4 Gallons

Time(s) of watering for crops: 11:00, 17:00

Daily watering and amount of water used: 2 gallons used at 11:00 & 2 gallon used at 17:00. 4 gallons total.

Narrative:

Greetings CapCom,

Everything was growing well in the Green Hab today – it’s amazing to see the growth since Sol 1. Grow lights are operational. Nothing significant to report.

We had a great EVA today. Progress also continued on our 3D Printing projects – I came close to completing my design for a Neonatal Aspirator device.

All the best,

Jordan Bowden

GreenHab Officer

==GreenHab Report – November 27th==

=====POSTED ON NOVEMBER 27, 2017=====
Sol 5 – 27/11/2017

GreenHab Officer:Jordan Bowden

Average temperature: 28.5 C in Greenhouse / 10 C Outside
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|11:30
|30
|8
|16
|-
|16:30
|26
|12
|16
|}

Changes to crops: Everything is growing well.

Daily water usage for crops: 3 Gallons

Time(s) of watering for crops: 11:00, 14:30
Daily watering and amount of water used: 2 gallons used at 11:30, 1 gallon used at 16:30. 3 gallons total.

Narrative:

Greetings CapCom,

Unfortunately my time on Mars is coming to a close, and as such, today was my last full day taking care of the GreenHab. Things have been coming along steadily in the space, and I’m happy to report that all of the plants seem healthier and bigger than when I arrived. As a non-expert gardner, this is the best I could really hope for.

Today we went on our final EVA mission: the sky was cloudy and the winds very strong. This weather was totally different than the rest of our time here on Mars: on other EVA missions, the sun was so strong that we were sweating in spite of the actual outside temperature. Overall, it was wonderful to see the scenery and get some good work done outside the Hab.

Lastly, I wanted to emphasize how much I have enjoyed our time here, and how transformative the impact this time has had been on our work and research. I’m amazed by this space and the community that keeps it going, and I can’t say enough how grateful I am for this experience.

Let me know if you need any electronics designed or parts 3-D printed for the upcoming Aquaponics system in the GreenHab, I could send them out to Mars if it’s feasible.

You’re the best, CapCom. Thanks for your hard work.

Signing off,

Jordan Bowden

Green Hab Officer

[http://mdrs.marssociety.org/category/greenhab-report/page/22/]

Crew 183 - GreenHab

2019-03-23T20:01:46Z

Cmontanez2018: /* POSTED ON NOVEMBER 25, 2017 */

Crew 183 - GreenHab

2019-03-23T20:00:44Z

Cmontanez2018:

[[Category: GreenHab Experiments]]

== GreenHab Report – November 23rd ==

===== POSTED ON NOVEMBER 23, 2017 =====
Sol 1 – 23/11/2017

GreenHab Officer: Jordan Bowden

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|19:50
|19
|7
|19
|}

Changes to crops: N/A – First day of mission

Daily water usage for crops: 3 Gallons

Time(s) of watering for crops: 19:50

Daily watering and amount of water used: 2.5

Narrative:

We received our orientation late this morning, and as such, I’ve only begun my work in the Greenhab. It’s an exciting place though: previous crew have left a growing crop of tomatoes, radishes, beans, and other crops. I was advised to use four gallons of water per day, but I only used 2.5 gallons, as the crops appeared to be well watered in the morning.

When I checked its status of the Greenhab at 19:50, the heater was not heating – not sure if it is supposed to be online at this time. It was working earlier today when checked at 12:00. In the end I sorted out that the thermostat was set to ~60 °F. Please advise what the appropriate temperature should be.

I’m here mainly as a 3D Printing specialist – I’m wondering if there are any components to improve the work in the Greenhab that I could create?

Have a wonderful night everyone, I’m looking forward to another beautiful day on Mars.

All the best,

Jordan Bowden

== GreenHab Report – November 24th ==

===== POSTED ON NOVEMBER 24, 2017 =====
Sol 2 – 24/11/2017

GreenHab Officer: Jordan Bowden

Average temperature: 27.3 C in Greenhouse / 9.6 C Outside
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|11:00
|46
|16
|17
|-
|16:30
|19
|7
|16
|-
|19:00
|17
|6
|26
|}

Changes to crops: Everything is growing well. The adult tomato plants are no longer wilted.

Daily water usage for crops: 4 Gallons

Time(s) of watering for crops: 11:00, 16:30

Daily watering and amount of water used: 2 gallons used at each watering, 4 gallons total.

Narrative:

Greetings CapCom,

Things are going well int he GreenHab on Sol 2! I noticed that it was very hot in the GreenHab when I checked it at 11:00 this morning (46 °C). I will be sure to open the ventilation tomorrow by 8:00 a.m.; otherwise, all crops are healthy.

I installed lighting timer in the GreenHab today. So, the grow lights are now online from 17:00-21:00.

Not much else to report. Outside my duties as GreenHab Officer, I set up our 3D printer server, designed two 3-D printable medical devices, and explored the Lith Canyon during our EVA mission.

All the best,

Jordan Bowden

GreenHab Officer

== GreenHab Report – November 25th ==

===== POSTED ON NOVEMBER 25, 2017 =====
Sol 3 – 25/11/2017

Green Hab Officer Jordan Bowden

Average temperature: 23 C in Greenhouse / 9.6 C Outside
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|10:00
|31
|8
|18
|-
|17:00
|20
|12
|19
|-
|19:00
|17
|6
|20
|}

Changes to crops: Everything is growing well.

Daily water usage for crops: 4 Gallons

Time(s) of watering for crops: 10:00, 17:00

Daily watering and amount of water used: 2 gallons used at morning watering, 1 gallon used at 17:00. 3 gallons total.

Narrative:

Greetings CapCom,

For the most part, everything was growing well in the GreenHab today. One of the tomato plants leaves started to brown, in a region where it was wilted on Sol 1; I will monitor it closely. Grow lights are operational. Not much else to report.

== GreenHab Report – November 26th ==

===== POSTED ON NOVEMBER 26, 2017 =====
Sol 4 – 26/11/2017

GreenHab Officer:Jordan Bowden

Average temperature: 28.5 C in Greenhouse / 8.5 C Outside
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|11:00
|40
|9
|18
|-
|19:00
|17
|8
|21
|}

Changes to crops: Everything is growing well.

Daily water usage for crops: 4 Gallons

Time(s) of watering for crops: 11:00, 17:00

Daily watering and amount of water used: 2 gallons used at 11:00 & 2 gallon used at 17:00. 4 gallons total.

Narrative:

Greetings CapCom,

Everything was growing well in the Green Hab today – it’s amazing to see the growth since Sol 1. Grow lights are operational. Nothing significant to report.

We had a great EVA today. Progress also continued on our 3D Printing projects – I came close to completing my design for a Neonatal Aspirator device.

All the best,

Jordan Bowden

GreenHab Officer

== GreenHab Report – November 27th ==

===== POSTED ON NOVEMBER 27, 2017 =====
Sol 5 – 27/11/2017

GreenHab Officer:Jordan Bowden

Average temperature: 28.5 C in Greenhouse / 10 C Outside
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|11:30
|30
|8
|16
|-
|16:30
|26
|12
|16
|}

Changes to crops: Everything is growing well.

Daily water usage for crops: 3 Gallons

Time(s) of watering for crops: 11:00, 14:30
Daily watering and amount of water used: 2 gallons used at 11:30, 1 gallon used at 16:30. 3 gallons total.

Narrative:

Greetings CapCom,

Unfortunately my time on Mars is coming to a close, and as such, today was my last full day taking care of the GreenHab. Things have been coming along steadily in the space, and I’m happy to report that all of the plants seem healthier and bigger than when I arrived. As a non-expert gardner, this is the best I could really hope for.

Today we went on our final EVA mission: the sky was cloudy and the winds very strong. This weather was totally different than the rest of our time here on Mars: on other EVA missions, the sun was so strong that we were sweating in spite of the actual outside temperature. Overall, it was wonderful to see the scenery and get some good work done outside the Hab.

Lastly, I wanted to emphasize how much I have enjoyed our time here, and how transformative the impact this time has had been on our work and research. I’m amazed by this space and the community that keeps it going, and I can’t say enough how grateful I am for this experience.

Let me know if you need any electronics designed or parts 3-D printed for the upcoming Aquaponics system in the GreenHab, I could send them out to Mars if it’s feasible.

You’re the best, CapCom. Thanks for your hard work.

Signing off,

Jordan Bowden

Green Hab Officer

[http://mdrs.marssociety.org/category/greenhab-report/page/22/]

Crew 183 - GreenHab

2019-03-23T19:59:51Z

Cmontanez2018:

[[Category: GreenHab Experiments]]

== GreenHab Report – November 23rd ==

===== POSTED ON NOVEMBER 23, 2017 =====
Sol 1 – 23/11/2017

GreenHab Officer: Jordan Bowden

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|19:50
|19
|7
|19
|}

Changes to crops: N/A – First day of mission

Daily water usage for crops: 3 Gallons

Time(s) of watering for crops: 19:50

Daily watering and amount of water used: 2.5

Narrative:

We received our orientation late this morning, and as such, I’ve only begun my work in the Greenhab. It’s an exciting place though: previous crew have left a growing crop of tomatoes, radishes, beans, and other crops. I was advised to use four gallons of water per day, but I only used 2.5 gallons, as the crops appeared to be well watered in the morning.

When I checked its status of the Greenhab at 19:50, the heater was not heating – not sure if it is supposed to be online at this time. It was working earlier today when checked at 12:00. In the end I sorted out that the thermostat was set to ~60 °F. Please advise what the appropriate temperature should be.

I’m here mainly as a 3D Printing specialist – I’m wondering if there are any components to improve the work in the Greenhab that I could create?

Have a wonderful night everyone, I’m looking forward to another beautiful day on Mars.

All the best,

Jordan Bowden

== GreenHab Report – November 24th ==

===== POSTED ON NOVEMBER 24, 2017 =====
Sol 2 – 24/11/2017

GreenHab Officer: Jordan Bowden

Average temperature: 27.3 C in Greenhouse / 9.6 C Outside
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|11:00
|46
|16
|17
|-
|16:30
|19
|7
|16
|-
|19:00
|17
|6
|26
|}

Changes to crops: Everything is growing well. The adult tomato plants are no longer wilted.

Daily water usage for crops: 4 Gallons

Time(s) of watering for crops: 11:00, 16:30

Daily watering and amount of water used: 2 gallons used at each watering, 4 gallons total.

Narrative:

Greetings CapCom,

Things are going well int he GreenHab on Sol 2! I noticed that it was very hot in the GreenHab when I checked it at 11:00 this morning (46 °C). I will be sure to open the ventilation tomorrow by 8:00 a.m.; otherwise, all crops are healthy.

I installed lighting timer in the GreenHab today. So, the grow lights are now online from 17:00-21:00.

Not much else to report. Outside my duties as GreenHab Officer, I set up our 3D printer server, designed two 3-D printable medical devices, and explored the Lith Canyon during our EVA mission.

All the best,

Jordan Bowden

GreenHab Officer

== GreenHab Report – November 25th ==

===== POSTED ON NOVEMBER 25, 2017 =====
Sol 3 – 25/11/2017

Green Hab Officer Jordan Bowden

Average temperature: 23 C in Greenhouse / 9.6 C Outside
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|10:00
|31
|8
|18
|-
|17:00
|20
|12
|19
|-
|19:00
|17
|6
|20
|}

Changes to crops: Everything is growing well.

Daily water usage for crops: 4 Gallons

Time(s) of watering for crops: 10:00, 17:00

Daily watering and amount of water used: 2 gallons used at morning watering, 1 gallon used at 17:00. 3 gallons total.

Narrative:

Greetings CapCom,

For the most part, everything was growing well in the GreenHab today. One of the tomato plants leaves started to brown, in a region where it was wilted on Sol 1; I will monitor it closely. Grow lights are operational. Not much else to report.

== GreenHab Report – November 26th ==

===== POSTED ON NOVEMBER 26, 2017 =====
Sol 4 – 26/11/2017

GreenHab Officer:Jordan Bowden

Average temperature: 28.5 C in Greenhouse / 8.5 C Outside
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|11:00
|40
|9
|18
|-
|19:00
|17
|8
|21
|}

Changes to crops: Everything is growing well.

Daily water usage for crops: 4 Gallons

Time(s) of watering for crops: 11:00, 17:00

Daily watering and amount of water used: 2 gallons used at 11:00 & 2 gallon used at 17:00. 4 gallons total.

Narrative:

Greetings CapCom,

Everything was growing well in the Green Hab today – it’s amazing to see the growth since Sol 1. Grow lights are operational. Nothing significant to report.

We had a great EVA today. Progress also continued on our 3D Printing projects – I came close to completing my design for a Neonatal Aspirator device.

All the best,

Jordan Bowden

GreenHab Officer

== GreenHab Report – November 27th ==

===== POSTED ON NOVEMBER 27, 2017 =====
Sol 5 – 27/11/2017

GreenHab Officer:Jordan Bowden

Average temperature: 28.5 C in Greenhouse / 10 C Outside
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|11:30
|30
|8
|16
|-
|16:30
|26
|12
|16
|}

Changes to crops: Everything is growing well.

Daily water usage for crops: 3 Gallons

Time(s) of watering for crops: 11:00, 14:30
Daily watering and amount of water used: 2 gallons used at 11:30, 1 gallon used at 16:30. 3 gallons total.

Narrative:

Greetings CapCom,

Unfortunately my time on Mars is coming to a close, and as such, today was my last full day taking care of the GreenHab. Things have been coming along steadily in the space, and I’m happy to report that all of the plants seem healthier and bigger than when I arrived. As a non-expert gardner, this is the best I could really hope for.

Today we went on our final EVA mission: the sky was cloudy and the winds very strong. This weather was totally different than the rest of our time here on Mars: on other EVA missions, the sun was so strong that we were sweating in spite of the actual outside temperature. Overall, it was wonderful to see the scenery and get some good work done outside the Hab.

Lastly, I wanted to emphasize how much I have enjoyed our time here, and how transformative the impact this time has had been on our work and research. I’m amazed by this space and the community that keeps it going, and I can’t say enough how grateful I am for this experience.

Let me know if you need any electronics designed or parts 3-D printed for the upcoming Aquaponics system in the GreenHab, I could send them out to Mars if it’s feasible.

You’re the best, CapCom. Thanks for your hard work.

Signing off,

Jordan Bowden

Green Hab Officer

[http://mdrs.marssociety.org/category/greenhab-report/page/22/]

Crew 183 - GreenHab

2019-03-23T19:58:18Z

Cmontanez2018: Added headings where appropriate; added needed space, tables, and fixed grammatic errors.

[[Category: GreenHab Experiments]]

== GreenHab Report – November 23rd ==

===== POSTED ON NOVEMBER 23, 2017 =====
Sol 1 – 23/11/2017

GreenHab Officer: Jordan Bowden

Average temperature:
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|19:50
|19
|7
|19
|}

Changes to crops: N/A – First day of mission

Daily water usage for crops: 3 Gallons

Time(s) of watering for crops: 19:50

Daily watering and amount of water used: 2.5

Narrative:

We received our orientation late this morning, and as such, I’ve only begun my work in the Greenhab. It’s an exciting place though: previous crew have left a growing crop of tomatoes, radishes, beans, and other crops. I was advised to use four gallons of water per day, but I only used 2.5 gallons, as the crops appeared to be well watered in the morning.

When I checked its status of the Greenhab at 19:50, the heater was not heating – not sure if it is supposed to be online at this time. It was working earlier today when checked at 12:00. In the end I sorted out that the thermostat was set to ~60 °F. Please advise what the appropriate temperature should be.

I’m here mainly as a 3D Printing specialist – I’m wondering if there are any components to improve the work in the Greenhab that I could create?

Have a wonderful night everyone, I’m looking forward to another beautiful day on Mars.

All the best,

Jordan Bowden

== GreenHab Report – November 24th ==

===== POSTED ON NOVEMBER 24, 2017 =====
Sol 2 – 24/11/2017

GreenHab Officer: Jordan Bowden

Average temperature: 27.3 C in Greenhouse / 9.6 C Outside
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|11:00
|46
|16
|17
|-
|16:30
|19
|7
|16
|-
|19:00
|17
|6
|26
|}

Changes to crops: Everything is growing well. The adult tomato plants are no longer wilted.

Daily water usage for crops: 4 Gallons

Time(s) of watering for crops: 11:00, 16:30

Daily watering and amount of water used: 2 gallons used at each watering, 4 gallons total.

Narrative:

Greetings CapCom,

Things are going well int he GreenHab on Sol 2! I noticed that it was very hot in the GreenHab when I checked it at 11:00 this morning (46 °C). I will be sure to open the ventilation tomorrow by 8:00 a.m.; otherwise, all crops are healthy.

I installed lighting timer in the GreenHab today. So, the grow lights are now online from 17:00-21:00.

Not much else to report. Outside my duties as GreenHab Officer, I set up our 3D printer server, designed two 3-D printable medical devices, and explored the Lith Canyon during our EVA mission.

All the best,

Jordan Bowden

GreenHab Officer

== GreenHab Report – November 25th ==

===== POSTED ON NOVEMBER 25, 2017 =====
Sol 3 – 25/11/2017

Green Hab Officer Jordan Bowden

Average temperature: 23 C in Greenhouse / 9.6 C Outside
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|10:00
|31
|8
|18
|-
|17:00
|20
|12
|19
|-
|19:00
|17
|6
|20
|}

Changes to crops: Everything is growing well.

Daily water usage for crops: 4 Gallons

Time(s) of watering for crops: 10:00, 17:00

Daily watering and amount of water used: 2 gallons used at morning watering, 1 gallon used at 17:00. 3 gallons total.

Narrative:

Greetings CapCom,

For the most part, everything was growing well in the GreenHab today. One of the tomato plants leaves started to brown, in a region where it was wilted on Sol 1; I will monitor it closely. Grow lights are operational. Not much else to report.

== GreenHab Report – November 26th ==

===== POSTED ON NOVEMBER 26, 2017 =====
Sol 4 – 26/11/2017

GreenHab Officer:Jordan Bowden

Average temperature: 28.5 C in Greenhouse / 8.5 C Outside
{| class="wikitable"
|+Greenhouse Temperatures
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|11:00
|40
|9
|18
|-
|19:00
|17
|8
|21
|}

Changes to crops: Everything is growing well.

Daily water usage for crops: 4 Gallons

Time(s) of watering for crops: 11:00, 17:00

Daily watering and amount of water used: 2 gallons used at 11:00 & 2 gallon used at 17:00. 4 gallons total.

Narrative:

Greetings CapCom,

Everything was growing well in the Green Hab today – it’s amazing to see the growth since Sol 1. Grow lights are operational. Nothing significant to report.

We had a great EVA today. Progress also continued on our 3D Printing projects – I came close to completing my design for a Neonatal Aspirator device.

All the best,

Jordan Bowden

GreenHab Officer

== GreenHab Report – November 27th ==

===== POSTED ON NOVEMBER 27, 2017 =====
Sol 5 – 27/11/2017

GreenHab Officer:Jordan Bowden

Average temperature: 28.5 C in Greenhouse / 10 C Outside
{| class="wikitable"
|+Greenhouse Temperatures (°C)
!Time
!Temperature Inside (°C)
!Temperature Outside (°C)
!% Humidity
|-
|11:30
|30
|8
|16
|-
|16:30
|26
|12
|16
|}

Changes to crops: Everything is growing well.

Daily water usage for crops: 3 Gallons

Time(s) of watering for crops: 11:00, 14:30
Daily watering and amount of water used: 2 gallons used at 11:30, 1 gallon used at 16:30. 3 gallons total.

Narrative:

Greetings CapCom,

Unfortunately my time on Mars is coming to a close, and as such, today was my last full day taking care of the GreenHab. Things have been coming along steadily in the space, and I’m happy to report that all of the plants seem healthier and bigger than when I arrived. As a non-expert gardner, this is the best I could really hope for.

Today we went on our final EVA mission: the sky was cloudy and the winds very strong. This weather was totally different than the rest of our time here on Mars: on other EVA missions, the sun was so strong that we were sweating in spite of the actual outside temperature. Overall, it was wonderful to see the scenery and get some good work done outside the Hab.

Lastly, I wanted to emphasize how much I have enjoyed our time here, and how transformative the impact this time has had been on our work and research. I’m amazed by this space and the community that keeps it going, and I can’t say enough how grateful I am for this experience.

Let me know if you need any electronics designed or parts 3-D printed for the upcoming Aquaponics system in the GreenHab, I could send them out to Mars if it’s feasible.

You’re the best, CapCom. Thanks for your hard work.

Signing off,

Jordan Bowden

Green Hab Officer

[http://mdrs.marssociety.org/category/greenhab-report/page/22/]

Crew 184 GreenHab

2019-03-17T04:21:15Z

Cmontanez2018:

[[Category: GreenHab Experiments]]

==GreenHab Report – December 6th==

=====POSTED ON DECEMBER 6, 2017=====

Trisha Randazzo

December 6, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

*Below freezing for most of the day. Waited noon before opening door.
*Temperature high 44, low 19

Heating

*Functioning nominally, discovered heater comes on at 40 F

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crop (Note all emergence of seedlings, death of seedlings, etc.):

*The same tomato is still doing poorly
*Everyone else is growing quite well!!
*Some new seedlings popped up in the two big garden beds

Daily water usage for crops:

*Complete with no issues

Time(s) of watering for crops: 13:00

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 2 gallons used for all soils

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share) N/A

Support/supplies needed: N/A

==GreenHab Report – December 7th==

=====POSTED ON DECEMBER 7, 2017=====

Trisha Randazzo

December 7, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

*Below freezing for most of the day
*Opened door at 10:20 for 10 minutes
*Inside temperature high 42 Celsius; Low: 15 Celsius
*Humidity: 16%

Heating: Functioning nominally

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

*The same tomato is still doing poorly
*Everyone else is growing quite well!!
*More new seedlings popped up in the two big garden beds! Around 20 now!

Daily water usage for crops:

*Complete with no issues

Time(s) of watering for crops: 10:20

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 2 gallons used for all soils

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share) N/A

Support/supplies needed:

*Mission Control Requests:

#Items to begin a compost bin in the greenhouse:
##Need a large compost container for the GreenHab
##Need a small compost bucket for the kitchen in the hab
##Need insects and bacteria to eat the food scraps and turn into soil

*Is there more soil to plant new plants in the greenhab? If not, please deliver some with the next resupply.
*Request to execute replanting plan for tomorrow:

#Thin out about 7 tomato plants
#Replant the new seedlings in the two garden beds into smaller containers
#Plant the herb seeds, in one or both of the garden beds

==GreenHab Report – December 10th==

=====POSTED ON DECEMBER 10, 2017=====

Trisha Randazzo

December 10, 2017

Environmental control (Choose with is appropriate and explain further if needed):

Ambient (no heating or/cooling)

*high: 44
*low: 21

Ambient with window/door open

Heating

Cooling

Both heating and cooling

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

*New seedlings in the planter beds are doing well!
*Yesterday five of the tomato plants that were thinned were doing badly, today two of them are in good health, two of them are on the mend, one is still doing poorly.

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 15:57

Morning research observations: Currently not operational

Changes to research plants: N/A

Daily watering and amount of water used:

Aquaponics: (Currently not operational) N/A

Narrative (Any other information you want to share):

*Tomorrow:

#Continue to thin tomato plants
#Finish planting herb seeds
#Install CO detector and alarm
#Changed automatic heater turn on temperature to 10 C
#Plugged lights back in

Support/supplies needed:

*Awaiting more soil and nutrients

==GreenHab Report – December 11th==

=====POSTED ON DECEMBER 11, 2017=====

Trisha Randazzo

December 11, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

*Outside temperature during work hours: 5 C high -1 C low
*At 10:20, inside temperature was 40 C. Opened door to cool.
*Keep door open for most of the day. Closed around 16:00, inside temperature was 20 C.
*Inside temperature high 15 low 40
*Inside humidity: 16%

Heating:

*Functioning nominally
*Turns on at 16 C stops at 20 C

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

*The original tomato plant is doing well!
*Two of the four thinned tomato plants are improving!
*The other two have no change
*Some of the other tomato plants were starting to wilt, so moved them from the back of the hab to the door where it is cooler
*One of the beans are starting to produce its first bean!
*More new seedlings popped up in one of the herb gardens! Probably 20 in that single planter now!
*Planted more herb. One herb planter currently has two rows of the following herbs, from left to right (see picture attached to email):

#Common Sage
#Oregano
#Cilantro
#Parsley
#Rosemary
#Dill Weed

Daily water usage for crops:

*Some of the soil was extra dry

Time(s) of watering for crops: 13:15

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 2.5 gallons,

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share):

*Found the tin of seed packets.

#Organized the non-empty seed packets alphabetically using cut up cardboard in that tin
#Created an index of packets which still have seeds
#Created an empty index of packets to preserve the individual plant care instructions.

*The current monitor is a fire and carbon monoxide detector. Is there still a desire from mission control to install a separate carbon monoxide detector, perhaps in a different location in the greenhab? See attached pictures for picture of current alarm system.
*Tested the fire and CO detector, system is nominal.

Support/supplies needed:

*Mission Control Requests:

#Request for replanting plan for tomorrow:
##The planter box closest to the door has about 20-30 seedlings. Permission to replant them into small, individual planters so the box has more space for the rest of the herbs.

==GreenHab Report – December 12th==

=====POSTED ON DECEMBER 12, 2017=====

Trisha Randazzo

December 12, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

*Outside temperature during work hours: 9 C
*At 10:05, inside temperature was 35 C. Opened door to cool.
*Keep door open for most of the day. Closed around 16700, inside temperature was 17 C.
*Inside temperature high 37 low 17
*Inside humidity: 16%

Heating:

*Functioning nominally
*Turns on at 16 C stops at 20 C

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

*The original tomato plant is doing well!
*Two of the four thinned tomato plants are improving!
*The other two have no change
*Moved tomato plants are doing well!
*The little bean is doing well
*No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

*Some of the soil was extra dry

Time(s) of watering for crops: 16:57

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 2.5 gallons

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share): N/A

Support/supplies needed:

*Mission Control Requests:

#Request for replanting plan for tomorrow:
##The planter box closest to the door has about 20-30 seedlings. Permission to replant them into small, individual planters so the box has more space for the rest of the herbs.

== GreenHab Report – December 13th ==

===== POSTED ON DECEMBER 13, 2017 =====
Trisha Randazzo

December 13, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

* Inside temperature high 35 low 20
* Inside humidity: 16%

Heating: Functioning nominally

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

* All of the tomato plants are healthy! The ones that were doing poorly after thinning have healthy leaves, strong stems, and good green color. Yay for 100% healthy plants!
* Some of the beans plants have drooping leaves. They are still strong in the stems but the leaves are noticeably drooping. The color is still a strong green.

Daily water usage for crops:

* Some of the soil was extra dry, so will water twice a day about 12 hour apart.

Time(s) of watering for crops: 14:00

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 3.0 gallons

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share): N/A

Support/supplies needed: N/A

== GreenHab Report – December 14th ==

===== POSTED ON DECEMBER 14, 2017 =====

Trisha Randazzo

December 14, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

* Outside temperature during work hours: 8 C
* At 12:45, inside temperature was 40 C. Opened door to cool.
* Keep door open for most of the day. Closed around 17:30, inside temperature was 18 C.
* Inside temperature high 40 low 16
* Inside humidity: 16%

Heating:

* Functioning nominally
* Turns on at 16 C stops at 20 C

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops: (Note all emergence of seedlings, death of seedlings, etc.):

* All tomato plants are doing well!
* Three of the bean plants are beginning to droop
* Moved some drooping cucumber plants and beans from the wall to the door
* Finished planting the rest of the seeds in the planter from left to right, towards the door to away from the door:

# Lavender
# Chives
# Winter Thyme
# Basil

* No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

* Good. Increased due to one planter being drier than the rest

Time(s) of watering for crops: 12:45

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 3.0 gallons

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share): N/A

Support/supplies needed: N/A

==GreenHab Report – December 15th==

=====DECEMBER 15, 2017=====

Trisha Randazzo

December 15, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

*Outside temperature during work hours: 10 C
*At 12:00 inside temperature was 43 C. Opened door to cool.
*Keep door open for most of the day. Closed around 16:30, inside temperature was 20 C.
*Inside temperature high 43 low 18
*Inside humidity: 16%

Heating:

*Functioning nominally
*Turns on at 16 C stops at 20 C

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

*Three of the bean plants are still drooping
*One of the bean plants is flowering! A nice purple flower.
*Other beans are starting to appear on 4 bean plants!
*No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

*Used more water to accommodate the drier planter box.

Time(s) of watering for crops: 15:00

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 3.0 gallons

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share):

*After yesterday’s report sent, Mission Support delivered more seeds and plant food. Thank you mission support!

Support/supplies needed: N/A

[http://mdrs.marssociety.org/category/greenhab-report/page/21/]

Crew 184 GreenHab

2019-03-17T04:19:01Z

Cmontanez2018: Added headings and bullets where appropriate

Crew 184 GreenHab

2019-03-17T04:08:42Z

Cmontanez2018: Added headings and bullets

[[Category: GreenHab Experiments]]

==GreenHab Report – December 6th==

=====POSTED ON DECEMBER 6, 2017=====

Trisha Randazzo

December 6, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

*Below freezing for most of the day. Waited noon before opening door.
*Temperature high 44, low 19

Heating

*Functioning nominally, discovered heater comes on at 40 F

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crop (Note all emergence of seedlings, death of seedlings, etc.):

*The same tomato is still doing poorly
*Everyone else is growing quite well!!
*Some new seedlings popped up in the two big garden beds

Daily water usage for crops:

*Complete with no issues

Time(s) of watering for crops: 13:00

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 2 gallons used for all soils

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share) N/A

Support/supplies needed: N/A

==GreenHab Report – December 7th==

=====POSTED ON DECEMBER 7, 2017=====

Trisha Randazzo

December 7, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

*Below freezing for most of the day
*Opened door at 10:20 for 10 minutes
*Inside temperature high 42 Celsius; Low: 15 Celsius
*Humidity: 16%

Heating: Functioning nominally

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

*The same tomato is still doing poorly
*Everyone else is growing quite well!!
*More new seedlings popped up in the two big garden beds! Around 20 now!

Daily water usage for crops:

*Complete with no issues

Time(s) of watering for crops: 10:20

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 2 gallons used for all soils

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share) N/A

Support/supplies needed:

*Mission Control Requests:

#Items to begin a compost bin in the greenhouse:
##Need a large compost container for the GreenHab
##Need a small compost bucket for the kitchen in the hab
##Need insects and bacteria to eat the food scraps and turn into soil

*Is there more soil to plant new plants in the greenhab? If not, please deliver some with the next resupply.
*Request to execute replanting plan for tomorrow:

#Thin out about 7 tomato plants
#Replant the new seedlings in the two garden beds into smaller containers
#Plant the herb seeds, in one or both of the garden beds

==GreenHab Report – December 10th==

=====POSTED ON DECEMBER 10, 2017=====

Trisha Randazzo

December 10, 2017

Environmental control (Choose with is appropriate and explain further if needed):

Ambient (no heating or/cooling)

*high: 44
*low: 21

Ambient with window/door open

Heating

Cooling

Both heating and cooling

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

*New seedlings in the planter beds are doing well!
*Yesterday five of the tomato plants that were thinned were doing badly, today two of them are in good health, two of them are on the mend, one is still doing poorly.

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 15:57

Morning research observations: Currently not operational

Changes to research plants: N/A

Daily watering and amount of water used:

Aquaponics: (Currently not operational) N/A

Narrative (Any other information you want to share):

*Tomorrow:

#Continue to thin tomato plants
#Finish planting herb seeds
#Install CO detector and alarm
#Changed automatic heater turn on temperature to 10 C
#Plugged lights back in

Support/supplies needed:

*Awaiting more soil and nutrients

==GreenHab Report – December 11th==

=====POSTED ON DECEMBER 11, 2017=====

Trisha Randazzo

December 11, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

*Outside temperature during work hours: 5 C high -1 C low
*At 10:20, inside temperature was 40 C. Opened door to cool.
*Keep door open for most of the day. Closed around 16:00, inside temperature was 20 C.
*Inside temperature high 15 low 40
*Inside humidity: 16%

Heating:

*Functioning nominally
*Turns on at 16 C stops at 20 C

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

*The original tomato plant is doing well!
*Two of the four thinned tomato plants are improving!
*The other two have no change
*Some of the other tomato plants were starting to wilt, so moved them from the back of the hab to the door where it is cooler
*One of the beans are starting to produce its first bean!
*More new seedlings popped up in one of the herb gardens! Probably 20 in that single planter now!
*Planted more herb. One herb planter currently has two rows of the following herbs, from left to right (see picture attached to email):

#Common Sage
#Oregano
#Cilantro
#Parsley
#Rosemary
#Dill Weed

Daily water usage for crops:

*Some of the soil was extra dry

Time(s) of watering for crops: 13:15

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 2.5 gallons,

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share):

*Found the tin of seed packets.

#Organized the non-empty seed packets alphabetically using cut up cardboard in that tin
#Created an index of packets which still have seeds
#Created an empty index of packets to preserve the individual plant care instructions.

*The current monitor is a fire and carbon monoxide detector. Is there still a desire from mission control to install a separate carbon monoxide detector, perhaps in a different location in the greenhab? See attached pictures for picture of current alarm system.
*Tested the fire and CO detector, system is nominal.

Support/supplies needed:

*Mission Control Requests:

#Request for replanting plan for tomorrow:
##The planter box closest to the door has about 20-30 seedlings. Permission to replant them into small, individual planters so the box has more space for the rest of the herbs.

== GreenHab Report – December 12th ==

===== POSTED ON DECEMBER 12, 2017 =====

Trisha Randazzo

December 12, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

* Outside temperature during work hours: 9 C
* At 10:05, inside temperature was 35 C. Opened door to cool.
* Keep door open for most of the day. Closed around 16700, inside temperature was 17 C.
* Inside temperature high 37 low 17
* Inside humidity: 16%

Heating:

* Functioning nominally
* Turns on at 16 C stops at 20 C

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

* The original tomato plant is doing well!
* Two of the four thinned tomato plants are improving!
* The other two have no change
* Moved tomato plants are doing well!
* The little bean is doing well
* No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

* Some of the soil was extra dry

Time(s) of watering for crops: 16:57

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 2.5 gallons

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share): N/A

Support/supplies needed:

* Mission Control Requests:

# Request for replanting plan for tomorrow:
## The planter box closest to the door has about 20-30 seedlings. Permission to replant them into small, individual planters so the box has more space for the rest of the herbs.

POSTED ONDECEMBER 13, 2017
GreenHab Report – December 13th
GreenHab Report

Trisha Randazzo

December 13, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Inside temperature high 35 low 20

· Inside humidity: 16%

Heating

· Functioning nominally

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· All of the tomato plants are healthy! The ones that were doing poorly after thinning have healthy leaves, strong stems, and good green color. Yay for 100% healthy plants!

· Some of the beans plants have drooping leaves. They are still strong in the stems but the leaves are noticeably drooping. The color is still a strong green.

Daily water usage for crops:

· Some of the soil was extra dry, so will water twice a day about 12 hour apart.

Time(s) of watering for crops:

· 14:00

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 3.0 gallons

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· N/A

Support/supplies needed:

· N/A

GreenHab Report – December 14th

POSTED ON DECEMBER 14, 2017

Trisha Randazzo

December 14, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Outside temperature during work hours: 8 C

· At 12:45, inside temperature was 40 C. Opened door to cool.

· Keep door open for most of the day. Closed around 17:30, inside temperature was 18 C.

· Inside temperature high 40 low 16

· Inside humidity: 16%

Heating

· Functioning nominally

· Turns on at 16 C stops at 20 C

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· All tomato plants are doing well!

· Three of the bean plants are beginning to droop

· Moved some drooping cucumber plants and beans from the wall to the door

· Finished planting the rest of the seeds in the planter from left to right, towards the door to away from the door:

o Lavender

o Chives

o Winter Thyme

o Basil

· No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

· Good. Increased due to one planter being drier than the rest

Time(s) of watering for crops:

· 12:45

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 3.0 gallons

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· N/A

Support/supplies needed:

· N/A

==GreenHab Report – December 15th==

=====DECEMBER 15, 2017=====

Trisha Randazzo

December 15, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

*Outside temperature during work hours: 10 C
*At 12:00 inside temperature was 43 C. Opened door to cool.
*Keep door open for most of the day. Closed around 16:30, inside temperature was 20 C.
*Inside temperature high 43 low 18
*Inside humidity: 16%

Heating:

*Functioning nominally
*Turns on at 16 C stops at 20 C

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

*Three of the bean plants are still drooping
*One of the bean plants is flowering! A nice purple flower.
*Other beans are starting to appear on 4 bean plants!
*No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

*Used more water to accommodate the drier planter box.

Time(s) of watering for crops: 15:00

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 3.0 gallons

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share):

*After yesterday’s report sent, Mission Support delivered more seeds and plant food. Thank you mission support!

Support/supplies needed: N/A

[http://mdrs.marssociety.org/category/greenhab-report/page/21/]

Crew 184 GreenHab

2019-03-17T03:40:33Z

Cmontanez2018: Added headings and bullets

[[Category: GreenHab Experiments]]

==GreenHab Report – December 6th==

=====POSTED ON DECEMBER 6, 2017=====

Trisha Randazzo

December 6, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

*Below freezing for most of the day. Waited noon before opening door.
*Temperature high 44, low 19

Heating

*Functioning nominally, discovered heater comes on at 40 F

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crop (Note all emergence of seedlings, death of seedlings, etc.):

*The same tomato is still doing poorly
*Everyone else is growing quite well!!
*Some new seedlings popped up in the two big garden beds

Daily water usage for crops:

*Complete with no issues

Time(s) of watering for crops: 13:00

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 2 gallons used for all soils

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share) N/A

Support/supplies needed: N/A

==GreenHab Report – December 7th==

=====POSTED ON DECEMBER 7, 2017=====

Trisha Randazzo

December 7, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

*Below freezing for most of the day
*Opened door at 10:20 for 10 minutes
*Inside temperature high 42 Celsius; Low: 15 Celsius
*Humidity: 16%

Heating: Functioning nominally

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

*The same tomato is still doing poorly
*Everyone else is growing quite well!!
*More new seedlings popped up in the two big garden beds! Around 20 now!

Daily water usage for crops:

*Complete with no issues

Time(s) of watering for crops: 10:20

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 2 gallons used for all soils

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share) N/A

Support/supplies needed:

*Mission Control Requests:

#Items to begin a compost bin in the greenhouse:
##Need a large compost container for the GreenHab
##Need a small compost bucket for the kitchen in the hab
##Need insects and bacteria to eat the food scraps and turn into soil

*Is there more soil to plant new plants in the greenhab? If not, please deliver some with the next resupply.
*Request to execute replanting plan for tomorrow:

#Thin out about 7 tomato plants
#Replant the new seedlings in the two garden beds into smaller containers
#Plant the herb seeds, in one or both of the garden beds

== GreenHab Report – December 10th ==

===== POSTED ON DECEMBER 10, 2017 =====

Trisha Randazzo

December 10, 2017

Environmental control (Choose with is appropriate and explain further if needed):

Ambient (no heating or/cooling)

* high: 44
* low: 21

Ambient with window/door open

Heating

Cooling

Both heating and cooling

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

* New seedlings in the planter beds are doing well!
* Yesterday five of the tomato plants that were thinned were doing badly, today two of them are in good health, two of them are on the mend, one is still doing poorly.

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 15:57

Morning research observations: Currently not operational

Changes to research plants: N/A

Daily watering and amount of water used:

Aquaponics: (Currently not operational) N/A

Narrative (Any other information you want to share):

* Tomorrow:

# Continue to thin tomato plants
# Finish planting herb seeds
# Install CO detector and alarm
# Changed automatic heater turn on temperature to 10 C
# Plugged lights back in

Support/supplies needed:

* Awaiting more soil and nutrients

== GreenHab Report – December 11th ==

===== POSTED ON DECEMBER 11, 2017 =====

Trisha Randazzo

December 11, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

* Outside temperature during work hours: 5 C high -1 C low
* At 10:20, inside temperature was 40 C. Opened door to cool.
* Keep door open for most of the day. Closed around 16:00, inside temperature was 20 C.
* Inside temperature high 15 low 40
* Inside humidity: 16%

Heating:

* Functioning nominally
* Turns on at 16 C stops at 20 C

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

* The original tomato plant is doing well!
* Two of the four thinned tomato plants are improving!
* The other two have no change
* Some of the other tomato plants were starting to wilt, so moved them from the back of the hab to the door where it is cooler
* One of the beans are starting to produce its first bean!
* More new seedlings popped up in one of the herb gardens! Probably 20 in that single planter now!
* Planted more herb. One herb planter currently has two rows of the following herbs, from left to right (see picture attached to email):

# Common Sage
# Oregano
# Cilantro
# Parsley
# Rosemary
# Dill Weed

Daily water usage for crops:

* Some of the soil was extra dry

Time(s) of watering for crops: 13:15

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 2.5 gallons,

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share):

* Found the tin of seed packets.

# Organized the non-empty seed packets alphabetically using cut up cardboard in that tin
# Created an index of packets which still have seeds
# Created an empty index of packets to preserve the individual plant care instructions.

* The current monitor is a fire and carbon monoxide detector. Is there still a desire from mission control to install a separate carbon monoxide detector, perhaps in a different location in the greenhab? See attached pictures for picture of current alarm system.
* Tested the fire and CO detector, system is nominal.

Support/supplies needed:

* Mission Control Requests:

# Request for replanting plan for tomorrow:
## The planter box closest to the door has about 20-30 seedlings. Permission to replant them into small, individual planters so the box has more space for the rest of the herbs.

GreenHab Report – December 12th

POSTED ON DECEMBER 12, 2017

Trisha Randazzo

December 12, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Outside temperature during work hours: 9 C

· At 10:05, inside temperature was 35 C. Opened door to cool.

· Keep door open for most of the day. Closed around 16700, inside temperature was 17 C.

· Inside temperature high 37 low 17

· Inside humidity: 16%

Heating

· Functioning nominally

· Turns on at 16 C stops at 20 C

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· The original tomato plant is doing well!

· Two of the four thinned tomato plants are improving!

· The other two have no change

· Moved tomato plants are doing well!

· The little bean is doing well

· No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

· Some of the soil was extra dry

Time(s) of watering for crops:

· 16:57

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 2.5 gallons

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· N/A

Support/supplies needed:

· Mission Control Requests:

o Request for replanting plan for tomorrow:

§ The planter box closest to the door has about 20-30 seedlings. Permission to replant them into small, individual planters so the box has more space for the rest of the herbs.

POSTED ONDECEMBER 13, 2017
GreenHab Report – December 13th
GreenHab Report

Trisha Randazzo

December 13, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Inside temperature high 35 low 20

· Inside humidity: 16%

Heating

· Functioning nominally

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· All of the tomato plants are healthy! The ones that were doing poorly after thinning have healthy leaves, strong stems, and good green color. Yay for 100% healthy plants!

· Some of the beans plants have drooping leaves. They are still strong in the stems but the leaves are noticeably drooping. The color is still a strong green.

Daily water usage for crops:

· Some of the soil was extra dry, so will water twice a day about 12 hour apart.

Time(s) of watering for crops:

· 14:00

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 3.0 gallons

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· N/A

Support/supplies needed:

· N/A

GreenHab Report – December 14th

POSTED ON DECEMBER 14, 2017

Trisha Randazzo

December 14, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Outside temperature during work hours: 8 C

· At 12:45, inside temperature was 40 C. Opened door to cool.

· Keep door open for most of the day. Closed around 17:30, inside temperature was 18 C.

· Inside temperature high 40 low 16

· Inside humidity: 16%

Heating

· Functioning nominally

· Turns on at 16 C stops at 20 C

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· All tomato plants are doing well!

· Three of the bean plants are beginning to droop

· Moved some drooping cucumber plants and beans from the wall to the door

· Finished planting the rest of the seeds in the planter from left to right, towards the door to away from the door:

o Lavender

o Chives

o Winter Thyme

o Basil

· No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

· Good. Increased due to one planter being drier than the rest

Time(s) of watering for crops:

· 12:45

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 3.0 gallons

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· N/A

Support/supplies needed:

· N/A

==GreenHab Report – December 15th==

=====DECEMBER 15, 2017=====

Trisha Randazzo

December 15, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

*Outside temperature during work hours: 10 C
*At 12:00 inside temperature was 43 C. Opened door to cool.
*Keep door open for most of the day. Closed around 16:30, inside temperature was 20 C.
*Inside temperature high 43 low 18
*Inside humidity: 16%

Heating:

*Functioning nominally
*Turns on at 16 C stops at 20 C

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

*Three of the bean plants are still drooping
*One of the bean plants is flowering! A nice purple flower.
*Other beans are starting to appear on 4 bean plants!
*No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

*Used more water to accommodate the drier planter box.

Time(s) of watering for crops: 15:00

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 3.0 gallons

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share):

*After yesterday’s report sent, Mission Support delivered more seeds and plant food. Thank you mission support!

Support/supplies needed: N/A

[http://mdrs.marssociety.org/category/greenhab-report/page/21/]

Crew 184 GreenHab

2019-03-17T03:23:55Z

Cmontanez2018: Headers and bullets were placed where appropriate

[[Category: GreenHab Experiments]]

==GreenHab Report – December 6th==

===== POSTED ON DECEMBER 6, 2017 =====

Trisha Randazzo

December 6, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

* Below freezing for most of the day. Waited noon before opening door.
* Temperature high 44, low 19

Heating

* Functioning nominally, discovered heater comes on at 40 F

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crop (Note all emergence of seedlings, death of seedlings, etc.):

* The same tomato is still doing poorly
* Everyone else is growing quite well!!
* Some new seedlings popped up in the two big garden beds

Daily water usage for crops:

* Complete with no issues

Time(s) of watering for crops: 13:00

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 2 gallons used for all soils

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share) N/A

Support/supplies needed: N/A

== GreenHab Report – December 7th ==

===== POSTED ON DECEMBER 7, 2017 =====

Trisha Randazzo

December 7, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

* Below freezing for most of the day
* Opened door at 10:20 for 10 minutes
* Inside temperature high 42 Celsius; Low: 15 Celsius
* Humidity: 16%

Heating: Functioning nominally

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

* The same tomato is still doing poorly
* Everyone else is growing quite well!!
* More new seedlings popped up in the two big garden beds! Around 20 now!

Daily water usage for crops:

* Complete with no issues

Time(s) of watering for crops: 10:20

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 2 gallons used for all soils

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share) N/A

Support/supplies needed:

* Mission Control Requests:

# Items to begin a compost bin in the greenhouse:
## Need a large compost container for the GreenHab
## Need a small compost bucket for the kitchen in the hab
## Need insects and bacteria to eat the food scraps and turn into soil

* Is there more soil to plant new plants in the greenhab? If not, please deliver some with the next resupply.
* Request to execute replanting plan for tomorrow:

# Thin out about 7 tomato plants
# Replant the new seedlings in the two garden beds into smaller containers
# Plant the herb seeds, in one or both of the garden beds

POSTED ONDECEMBER 10, 2017

GreenHab Report – December 10th

Trisha Randazzo

December 10, 2017

Environmental control: (Choose with is appropriate and explain further if needed)

Ambient (no heating or/cooling)
high: 44
low: 21

Ambient with window/door open

Heating

Cooling

Both heating and cooling

Shade cloth on/off: On

Average temperature: (N/A until new sensor is delivered) N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

New seedlings in the planter beds are doing well!
Yesterday five of the tomato plants that were thinned were doing badly, today two of them are in good health, two of them are on the mend, one is still doing poorly.

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 15:57

Morning research observations: (Currently not operational)

Changes to research plants: N/A

Daily watering and amount of water used:

Aquaponics: (Currently not operational) N/A

Narrative: Any other information you want to share
Tomorrow

Continue to thin tomato plants
Finish planting herb seeds
Install CO detector and alarm
Changed automatic heater turn on temperature to 10 C
Plugged lights back in

Support/supplies needed:

Awaiting more soil and nutrients

POSTED ON DECEMBER 14, 2017
GreenHab Report – December 14th
GreenHab Report

Trisha Randazzo

POSTED ONDECEMBER 11, 2017
GreenHab Report – December 11th
GreenHab Report

Trisha Randazzo

December 11, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Outside temperature during work hours: 5 C high -1 C low

· At 10:20, inside temperature was 40 C. Opened door to cool.

· Keep door open for most of the day. Closed around 16:00, inside temperature was 20 C.

· Inside temperature high 15 low 40

· Inside humidity: 16%

Heating

· Functioning nominally

· Turns on at 16 C stops at 20 C

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· The original tomato plant is doing well!

· Two of the four thinned tomato plants are improving!

· The other two have no change

· Some of the other tomato plants were starting to wilt, so moved them from the back of the hab to the door where it is cooler

· One of the beans are starting to produce its first bean!

· More new seedlings popped up in one of the herb gardens! Probably 20 in that single planter now!

· Planted more herb. One herb planter currently has two rows of the following herbs, from left to right (see picture attached to email):

o Common Sage

o Oregano

o Cilantro

o Parsley

o Rosemary

o Dill Weed

Daily water usage for crops:

· Some of the soil was extra dry

Time(s) of watering for crops:

· 13:15

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 2.5 gallons,

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· Found the tin of seed packets.

o Organized the non-empty seed packets alphabetically using cut up cardboard in that tin

o Created an index of packets which still have seeds

o Created an empty index of packets to preserve the individual plant care instructions.

· The current monitor is a fire and carbon monoxide detector. Is there still a desire from mission control to install a separate carbon monoxide detector, perhaps in a different location in the greenhab? See attached pictures for picture of current alarm system.

· Tested the fire and CO detector, system is nominal.

Support/supplies needed:

· Mission Control Requests:

o Request for replanting plan for tomorrow:

§ The planter box closest to the door has about 20-30 seedlings. Permission to replant them into small, individual planters so the box has more space for the rest of the herbs.

POSTED ONDECEMBER 12, 2017
GreenHab Report – December 12th
GreenHab Report

Trisha Randazzo

December 12, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Outside temperature during work hours: 9 C

· At 10:05, inside temperature was 35 C. Opened door to cool.

· Keep door open for most of the day. Closed around 16700, inside temperature was 17 C.

· Inside temperature high 37 low 17

· Inside humidity: 16%

Heating

· Functioning nominally

· Turns on at 16 C stops at 20 C

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· The original tomato plant is doing well!

· Two of the four thinned tomato plants are improving!

· The other two have no change

· Moved tomato plants are doing well!

· The little bean is doing well

· No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

· Some of the soil was extra dry

Time(s) of watering for crops:

· 16:57

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 2.5 gallons

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· N/A

Support/supplies needed:

· Mission Control Requests:

o Request for replanting plan for tomorrow:

§ The planter box closest to the door has about 20-30 seedlings. Permission to replant them into small, individual planters so the box has more space for the rest of the herbs.

POSTED ONDECEMBER 13, 2017
GreenHab Report – December 13th
GreenHab Report

Trisha Randazzo

December 13, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Inside temperature high 35 low 20

· Inside humidity: 16%

Heating

· Functioning nominally

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· All of the tomato plants are healthy! The ones that were doing poorly after thinning have healthy leaves, strong stems, and good green color. Yay for 100% healthy plants!

· Some of the beans plants have drooping leaves. They are still strong in the stems but the leaves are noticeably drooping. The color is still a strong green.

Daily water usage for crops:

· Some of the soil was extra dry, so will water twice a day about 12 hour apart.

Time(s) of watering for crops:

· 14:00

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 3.0 gallons

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· N/A

Support/supplies needed:

· N/A

December 14, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Outside temperature during work hours: 8 C

· At 12:45, inside temperature was 40 C. Opened door to cool.

· Keep door open for most of the day. Closed around 17:30, inside temperature was 18 C.

· Inside temperature high 40 low 16

· Inside humidity: 16%

Heating

· Functioning nominally

· Turns on at 16 C stops at 20 C

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· All tomato plants are doing well!

· Three of the bean plants are beginning to droop

· Moved some drooping cucumber plants and beans from the wall to the door

· Finished planting the rest of the seeds in the planter from left to right, towards the door to away from the door:

o Lavender

o Chives

o Winter Thyme

o Basil

· No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

· Good. Increased due to one planter being drier than the rest

Time(s) of watering for crops:

· 12:45

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 3.0 gallons

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· N/A

Support/supplies needed:

· N/A

== GreenHab Report – December 15th ==

===== DECEMBER 15, 2017 =====

Trisha Randazzo

December 15, 2017

Environmental control (Choose which is appropriate and explain further if needed):

Ambient (no heating or/cooling)

Ambient with window/door open:

* Outside temperature during work hours: 10 C
* At 12:00 inside temperature was 43 C. Opened door to cool.
* Keep door open for most of the day. Closed around 16:30, inside temperature was 20 C.
* Inside temperature high 43 low 18
* Inside humidity: 16%

Heating:

* Functioning nominally
* Turns on at 16 C stops at 20 C

Cooling: Not available

Both heating and cooling: Nominal

Shade cloth on/off: On

Average temperature (N/A until new sensor is delivered): N/A

Changes to crops (Note all emergence of seedlings, death of seedlings, etc.):

* Three of the bean plants are still drooping
* One of the bean plants is flowering! A nice purple flower.
* Other beans are starting to appear on 4 bean plants!
* No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

* Used more water to accommodate the drier planter box.

Time(s) of watering for crops: 15:00

Morning research observations (Currently not operational): N/A

Changes to research plants: N/A

Daily watering and amount of water used: 3.0 gallons

Aquaponics (Currently not operational): N/A

Narrative (Any other information you want to share):

* After yesterday’s report sent, Mission Support delivered more seeds and plant food. Thank you mission support!

Support/supplies needed: N/A

[http://mdrs.marssociety.org/category/greenhab-report/page/21/]

Crew 184 GreenHab

2019-03-17T03:09:43Z

Cmontanez2018:

[[Category: GreenHab Experiments]]

===== POSTED ON DECEMBER 6, 2017 =====
GreenHab Report – December 6th

GreenHab Report

Trisha Randazzo

December 6, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Below freezing for most of the day. Waited noon before opening door.

· Temperature high 44, low 19

Heating

· Functioning nominally, discovered heater comes on at 40 F

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· The same tomato is still doing poorly

· Everyone else is growing quite well!!

· Some new seedlings popped up in the two big garden beds

Daily water usage for crops:

· Complete with no issues

Time(s) of watering for crops:

· 13:00

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 2 gallons used for all soils

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· N/A

Support/supplies needed:

· N/A

DECEMBER 15, 2017
GreenHab Report – December 15th
GreenHab Report

Trisha Randazzo

December 15, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Outside temperature during work hours: 10 C

· At 12:00 inside temperature was 43 C. Opened door to cool.

· Keep door open for most of the day. Closed around 16:30, inside temperature was 20 C.

· Inside temperature high 43 low 18

· Inside humidity: 16%

Heating

· Functioning nominally

· Turns on at 16 C stops at 20 C

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· Three of the bean plants are still drooping

· One of the bean plants is flowering! A nice purple flower.

· Other beans are starting to appear on 4 bean plants!

· No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

· Used more water to accommodate the drier planter box.

Time(s) of watering for crops:

· 15:00

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 3.0 gallons

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· After yesterday’s report sent, Mission Support delivered more seeds and plant food. Thank you mission support!

Support/supplies needed:

· N/A

POSTED ON DECEMBER 7, 2017
GreenHab Report – December 7th
GreenHab Report

Trisha Randazzo

December 7, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Below freezing for most of the day

· Opened door at 10:20 for 10 minutes

· Inside temperature high 42 Celsius; Low: 15 Celsius

· Humidity: 16%

Heating

· Functioning nominally

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· The same tomato is still doing poorly

· Everyone else is growing quite well!!

· More new seedlings popped up in the two big garden beds! Around 20 now!

·

Daily water usage for crops:

· Complete with no issues

Time(s) of watering for crops:

· 10:20

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 2 gallons used for all soils

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· N/A

Support/supplies needed:

· Mission Control Requests:

o Items to begin a compost bin in the greenhouse

§ Need a large compost container for the GreenHab

§ Need a small compost bucket for the kitchen in the hab

§ Need insects and bacteria to eat the food scraps and turn into soil

o Is there more soil to plant new plants in the greenhab? If not, please deliver some with the next resupply

o Request to execute replanting plan for tomorrow:

§ Thin out about 7 tomato plants

§ Replant the new seedlings in the two garden beds into smaller containers

§ Plant the herb seeds, in one or both of the garden beds

POSTED ONDECEMBER 10, 2017
GreenHab Report – December 10th
GreenHab Report
Trisha Randazzo
December 10, 2017

Environmental control: (Choose with is appropriate and explain further if needed)

Ambient (no heating or/cooling)
high: 44
low: 21

Ambient with window/door open

Heating

Cooling

Both heating and cooling

Shade cloth on/off: On

Average temperature: (N/A until new sensor is delivered) N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

New seedlings in the planter beds are doing well!
Yesterday five of the tomato plants that were thinned were doing badly, today two of them are in good health, two of them are on the mend, one is still doing poorly.

Daily water usage for crops: 2 gallons

Time(s) of watering for crops: 15:57

Morning research observations: (Currently not operational)

Changes to research plants: N/A

Daily watering and amount of water used:

Aquaponics: (Currently not operational) N/A

Narrative: Any other information you want to share
Tomorrow

Continue to thin tomato plants
Finish planting herb seeds
Install CO detector and alarm
Changed automatic heater turn on temperature to 10 C
Plugged lights back in

Support/supplies needed:

Awaiting more soil and nutrients

POSTED ON DECEMBER 14, 2017
GreenHab Report – December 14th
GreenHab Report

Trisha Randazzo

POSTED ONDECEMBER 11, 2017
GreenHab Report – December 11th
GreenHab Report

Trisha Randazzo

December 11, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Outside temperature during work hours: 5 C high -1 C low

· At 10:20, inside temperature was 40 C. Opened door to cool.

· Keep door open for most of the day. Closed around 16:00, inside temperature was 20 C.

· Inside temperature high 15 low 40

· Inside humidity: 16%

Heating

· Functioning nominally

· Turns on at 16 C stops at 20 C

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· The original tomato plant is doing well!

· Two of the four thinned tomato plants are improving!

· The other two have no change

· Some of the other tomato plants were starting to wilt, so moved them from the back of the hab to the door where it is cooler

· One of the beans are starting to produce its first bean!

· More new seedlings popped up in one of the herb gardens! Probably 20 in that single planter now!

· Planted more herb. One herb planter currently has two rows of the following herbs, from left to right (see picture attached to email):

o Common Sage

o Oregano

o Cilantro

o Parsley

o Rosemary

o Dill Weed

Daily water usage for crops:

· Some of the soil was extra dry

Time(s) of watering for crops:

· 13:15

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 2.5 gallons,

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· Found the tin of seed packets.

o Organized the non-empty seed packets alphabetically using cut up cardboard in that tin

o Created an index of packets which still have seeds

o Created an empty index of packets to preserve the individual plant care instructions.

· The current monitor is a fire and carbon monoxide detector. Is there still a desire from mission control to install a separate carbon monoxide detector, perhaps in a different location in the greenhab? See attached pictures for picture of current alarm system.

· Tested the fire and CO detector, system is nominal.

Support/supplies needed:

· Mission Control Requests:

o Request for replanting plan for tomorrow:

§ The planter box closest to the door has about 20-30 seedlings. Permission to replant them into small, individual planters so the box has more space for the rest of the herbs.

POSTED ONDECEMBER 12, 2017
GreenHab Report – December 12th
GreenHab Report

Trisha Randazzo

December 12, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Outside temperature during work hours: 9 C

· At 10:05, inside temperature was 35 C. Opened door to cool.

· Keep door open for most of the day. Closed around 16700, inside temperature was 17 C.

· Inside temperature high 37 low 17

· Inside humidity: 16%

Heating

· Functioning nominally

· Turns on at 16 C stops at 20 C

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· The original tomato plant is doing well!

· Two of the four thinned tomato plants are improving!

· The other two have no change

· Moved tomato plants are doing well!

· The little bean is doing well

· No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

· Some of the soil was extra dry

Time(s) of watering for crops:

· 16:57

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 2.5 gallons

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· N/A

Support/supplies needed:

· Mission Control Requests:

o Request for replanting plan for tomorrow:

§ The planter box closest to the door has about 20-30 seedlings. Permission to replant them into small, individual planters so the box has more space for the rest of the herbs.

POSTED ONDECEMBER 13, 2017
GreenHab Report – December 13th
GreenHab Report

Trisha Randazzo

December 13, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Inside temperature high 35 low 20

· Inside humidity: 16%

Heating

· Functioning nominally

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· All of the tomato plants are healthy! The ones that were doing poorly after thinning have healthy leaves, strong stems, and good green color. Yay for 100% healthy plants!

· Some of the beans plants have drooping leaves. They are still strong in the stems but the leaves are noticeably drooping. The color is still a strong green.

Daily water usage for crops:

· Some of the soil was extra dry, so will water twice a day about 12 hour apart.

Time(s) of watering for crops:

· 14:00

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 3.0 gallons

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· N/A

Support/supplies needed:

· N/A

December 14, 2017

Environmental control: (Choose which is appropriate and explain further if needed)

Ambient (no heating or/cooling)

Ambient with window/door open

· Outside temperature during work hours: 8 C

· At 12:45, inside temperature was 40 C. Opened door to cool.

· Keep door open for most of the day. Closed around 17:30, inside temperature was 18 C.

· Inside temperature high 40 low 16

· Inside humidity: 16%

Heating

· Functioning nominally

· Turns on at 16 C stops at 20 C

Cooling

· Not available

Both heating and cooling

· Nominal

Shade cloth on/off

· On

Average temperature: (N/A until new sensor is delivered)

· N/A

Changes to crops: Note all emergence of seedlings, death of seedlings, etc

· All tomato plants are doing well!

· Three of the bean plants are beginning to droop

· Moved some drooping cucumber plants and beans from the wall to the door

· Finished planting the rest of the seeds in the planter from left to right, towards the door to away from the door:

o Lavender

o Chives

o Winter Thyme

o Basil

· No sprouts yet from the newly planted herb seeds. Expect some by next Monday!

Daily water usage for crops:

· Good. Increased due to one planter being drier than the rest

Time(s) of watering for crops:

· 12:45

Morning research observations: (Currently not operational)

· N/A

Changes to research plants:

· N/A

Daily watering and amount of water used:

· 3.0 gallons

Aquaponics: (Currently not operational)

· N/A

Narrative: Any other information you want to share

· N/A

Support/supplies needed:

· N/A

[http://mdrs.marssociety.org/category/greenhab-report/page/21/]

Crew 183 - Astronomy Reports

2019-03-17T01:54:04Z

Cmontanez2018: /* Astronomy Report – November 26th */

[[Category: Astronomy Experiments]]

==Astronomy Report – November 24th==

=====POSTED ON NOVEMBER 24, 2017 =====
Astronomy Report

Nov. 23rd/2017

Given that the Musk Observatory is still offline (as it probably will be for the remainder of the mission), my Astronomy observation is limited to Solar observations during the day. This is fine, I’m sure I’ll find plenty to keep me occupied with that.

Today we calibrated the 3D printers and have been continuously printing items that we may need to use in remote locations.

Later tonight, much like last night, I plan to perform a non-sim EVA with our Mission Engineer to practice some Astrophotography. Will post pictures in my next report.

Hopefully I get to do some daytime Solar observations tomorrow. I’ll likely spend most of my day figuring out how to operate that lab.

Problems Encountered: The Musk Observatory being offline.

Toluwa Fayemi

MDRS Crew 183 Astronomer

==Astronomy Report – November 26th==

=====POSTED ON NOVEMBER 26, 2017=====

Astronomy/Science Officer Toluwa Fayemi

As far as our relatively uneventful stay on the Mars Desert Research Station goes, today was a bit more on the eventful side.

The morning started late and we jumped straight into preparing our experiments for the day. Jordan and I spent a good amount of time in the Geology Lab, testing our field 3D scanner on the specimen we retrieved from our EVA the previous day. The results were promising, but we expected to run into some issues in the field. Surely enough, it was difficult to scan an object 360º around while carrying the laptop with us without ‘losing’ the object in the scanner field; particularly in this terrain where the specimen of interest tend to be identical in colour to the ground around it. The sunlight also made it extremely difficult to see the laptop screen, making it difficult to monitor how well we were actually scanning the object.

During the same EVA, we managed to get some exciting photography/videography of the surrounding landscape which may be useful for future exploration/EVAs.

As far as astrophotography, I have been experimenting with my Canon t4i DSLR on various shutter speeds, apertures and ISO settings to continually improve my results. Some of the pictures and the settings used to obtain them are shared below.

This long exposure shot was amongst my first, set at f5.0 and an ISO of 128000, hence the grainy-looking ambient light around the hill. The shutter was open for 30 seconds.

This shot was taken with a briefer shutter, 25 seconds and an f-stop of 6.3. This screenshot does not quite do it justice but I’m pleased with the results of this settings modification. I believe the ISO was set to 64000 for this one.

This is the second shot I took with the HAB in view. I set the ISO to 64000 on this one, lower than the 128000 of the previous. The ambient light from the HAB was a tad too much for an ISO so high. This appears to be the better shot. Both shots had a 25 second shutter time and an f-stop of 6.3.

[http://mdrs.marssociety.org/category/astronomy-report/page/8/]

Crew 183 - Astronomy Reports

2019-03-17T01:53:44Z

Cmontanez2018: /* POSTED ON NOVEMBER 24, 2017 */

Crew 183 - Astronomy Reports

2019-03-17T01:52:53Z

Cmontanez2018: /* POSTED ON NOVEMBER 24, 2017 */

[[Category: Astronomy Experiments]]

== Astronomy Report – November 24th ==

===== POSTED ON NOVEMBER 24, 2017 =====

Astronomy Report

Nov. 23rd/2017

Given that the Musk Observatory is still offline (as it probably will be for the remainder of the mission), my Astronomy observation is limited to Solar observations during the day. This is fine, I’m sure I’ll find plenty to keep me occupied with that.

Today we calibrated the 3D printers and have been continuously printing items that we may need to use in remote locations.

Later tonight, much like last night, I plan to perform a non-sim EVA with our Mission Engineer to practice some Astrophotography. Will post pictures in my next report.

Hopefully I get to do some daytime Solar observations tomorrow. I’ll likely spend most of my day figuring out how to operate that lab.

Problems Encountered: The Musk Observatory being offline.

Toluwa Fayemi

MDRS Crew 183 Astronomer

== Astronomy Report – November 26th ==

===== POSTED ON NOVEMBER 26, 2017 =====

Astronomy/Science Officer Toluwa Fayemi

As far as our relatively uneventful stay on the Mars Desert Research Station goes, today was a bit more on the eventful side.

The morning started late and we jumped straight into preparing our experiments for the day. Jordan and I spent a good amount of time in the Geology Lab, testing our field 3D scanner on the specimen we retrieved from our EVA the previous day. The results were promising, but we expected to run into some issues in the field. Surely enough, it was difficult to scan an object 360º around while carrying the laptop with us without ‘losing’ the object in the scanner field; particularly in this terrain where the specimen of interest tend to be identical in colour to the ground around it. The sunlight also made it extremely difficult to see the laptop screen, making it difficult to monitor how well we were actually scanning the object.

During the same EVA, we managed to get some exciting photography/videography of the surrounding landscape which may be useful for future exploration/EVAs.

As far as astrophotography, I have been experimenting with my Canon t4i DSLR on various shutter speeds, apertures and ISO settings to continually improve my results. Some of the pictures and the settings used to obtain them are shared below.

This long exposure shot was amongst my first, set at f5.0 and an ISO of 128000, hence the grainy-looking ambient light around the hill. The shutter was open for 30 seconds.

This shot was taken with a briefer shutter, 25 seconds and an f-stop of 6.3. This screenshot does not quite do it justice but I’m pleased with the results of this settings modification. I believe the ISO was set to 64000 for this one.

This is the second shot I took with the HAB in view. I set the ISO to 64000 on this one, lower than the 128000 of the previous. The ambient light from the HAB was a tad too much for an ISO so high. This appears to be the better shot. Both shots had a 25 second shutter time and an f-stop of 6.3.

[http://mdrs.marssociety.org/category/astronomy-report/page/8/]

Crew 183 - Astronomy Reports

2019-03-17T01:52:25Z

Cmontanez2018:

[[Category: Astronomy Experiments]]

== Astronomy Report – November 24th ==

===== POSTED ON NOVEMBER 24, 2017 =====

Astronomy Report

Nov. 23rd/2017

Given that the Musk Observatory is still offline (as it probably will be for the remainder of the mission), my Astronomy observation is limited to Solar observations during the day. This is fine, I’m sure I’ll find plenty to keep me occupied with that.

Today we calibrated the 3D printers and have been continuously printing items that we may need to use in remote locations.

Later tonight, much like last night, I plan to perform a non-sim EVA with our Mission Engineer to practice some Astrophotography. Will post pictures in my next report.

Hopefully I get to do some daytime Solar observations tomorrow. I’ll likely spend most of my day figuring out how to operate that lab.

Problems Encountered: The Musk Observatory being offline.

Toluwa Fayemi

MDRS Crew 183 Astronomer

== Astronomy Report – November 26th ==

===== POSTED ON NOVEMBER 26, 2017 =====

Astronomy/Science Officer Toluwa Fayemi

As far as our relatively uneventful stay on the Mars Desert Research Station goes, today was a bit more on the eventful side.

The morning started late and we jumped straight into preparing our experiments for the day. Jordan and I spent a good amount of time in the Geology Lab, testing our field 3D scanner on the specimen we retrieved from our EVA the previous day. The results were promising, but we expected to run into some issues in the field. Surely enough, it was difficult to scan an object 360º around while carrying the laptop with us without ‘losing’ the object in the scanner field; particularly in this terrain where the specimen of interest tend to be identical in colour to the ground around it. The sunlight also made it extremely difficult to see the laptop screen, making it difficult to monitor how well we were actually scanning the object.

During the same EVA, we managed to get some exciting photography/videography of the surrounding landscape which may be useful for future exploration/EVAs.

As far as astrophotography, I have been experimenting with my Canon t4i DSLR on various shutter speeds, apertures and ISO settings to continually improve my results. Some of the pictures and the settings used to obtain them are shared below.

This long exposure shot was amongst my first, set at f5.0 and an ISO of 128000, hence the grainy-looking ambient light around the hill. The shutter was open for 30 seconds.

This shot was taken with a briefer shutter, 25 seconds and an f-stop of 6.3. This screenshot does not quite do it justice but I’m pleased with the results of this settings modification. I believe the ISO was set to 64000 for this one.

This is the second shot I took with the HAB in view. I set the ISO to 64000 on this one, lower than the 128000 of the previous. The ambient light from the HAB was a tad too much for an ISO so high. This appears to be the better shot. Both shots had a 25 second shutter time and an f-stop of 6.3.

[http://mdrs.marssociety.org/category/astronomy-report/page/8/]

Crew 183 - Astronomy Reports

2019-03-17T01:51:57Z

Cmontanez2018: Added headings

[[Category: Astronomy Experiments]]

== Astronomy Report – November 24th ==

===== POSTED ON NOVEMBER 24, 2017 =====

Astronomy Report

Nov. 23rd/2017

Given that the Musk Observatory is still offline (as it probably will be for the remainder of the mission), my Astronomy observation is limited to Solar observations during the day. This is fine, I’m sure I’ll find plenty to keep me occupied with that.

Today we calibrated the 3D printers and have been continuously printing items that we may need to use in remote locations.

Later tonight, much like last night, I plan to perform a non-sim EVA with our Mission Engineer to practice some Astrophotography. Will post pictures in my next report.

Hopefully I get to do some daytime Solar observations tomorrow. I’ll likely spend most of my day figuring out how to operate that lab.

Problems Encountered: The Musk Observatory being offline.

Toluwa Fayemi

MDRS Crew 183 Astronomer

== Astronomy Report – November 26th ==

===== POSTED ON NOVEMBER 26, 2017 =====

Astronomy/Science Officer Toluwa Fayemi

As far as our relatively uneventful stay on the Mars Desert Research Station goes, today was a bit more on the eventful side.

The morning started late and we jumped straight into preparing our experiments for the day. Jordan and I spent a good amount of time in the Geology Lab, testing our field 3D scanner on the specimen we retrieved from our EVA the previous day. The results were promising, but we expected to run into some issues in the field. Surely enough, it was difficult to scan an object 360º around while carrying the laptop with us without ‘losing’ the object in the scanner field; particularly in this terrain where the specimen of interest tend to be identical in colour to the ground around it. The sunlight also made it extremely difficult to see the laptop screen, making it difficult to monitor how well we were actually scanning the object.

During the same EVA, we managed to get some exciting photography/videography of the surrounding landscape which may be useful for future exploration/EVAs.

As far as astrophotography, I have been experimenting with my Canon t4i DSLR on various shutter speeds, apertures and ISO settings to continually improve my results. Some of the pictures and the settings used to obtain them are shared below.

This long exposure shot was amongst my first, set at f5.0 and an ISO of 128000, hence the grainy-looking ambient light around the hill. The shutter was open for 30 seconds.

This shot was taken with a briefer shutter, 25 seconds and an f-stop of 6.3. This screenshot does not quite do it justice but I’m pleased with the results of this settings modification. I believe the ISO was set to 64000 for this one.

This is the second shot I took with the HAB in view. I set the ISO to 64000 on this one, lower than the 128000 of the previous. The ambient light from the HAB was a tad too much for an ISO so high. This appears to be the better shot. Both shots had a 25 second shutter time and an f-stop of 6.3.

[http://mdrs.marssociety.org/category/astronomy-report/page/8/]

Crew 184 - Astronomy Reports

2019-03-17T01:43:45Z

Cmontanez2018:

[[Category: Astronomy Experiments]]

==Astronomy Report – December 4th==

===== POSTED ON DECEMBER 4, 2017 =====

Facility Utilized: Musk Observatory

Crew members Utilized: Thomas Horn

Supplies Utilized: Solar Telescope / Eyepiece / Camera / Dome

Duration (minutes): 180 minutes

Description of Activity: Radiation is a deadly threat to astronauts both in transit to and on the surface of mars, particularly when the astronauts are exposed to the sun. While astronauts can rely on ground support to identify any solar hazards that develop, communication with the ground cannot be guaranteed. If a Mars Habitat had an independent method of solar observation it could provide critical advance notice that solar flares or other hazards were developing and give direction to crew to shelter in place in radiation storm shelters.

Today’s activity was primarily focused on setting up the solar observatory for operation throughout the mission. A quick survey of the sun was done and no unusual solar activity was spotted. Images below were taken during today’s operation.

==Astronomy Report – December 5th==

===== POSTED ON DECEMBER 5, 2017 =====

Name: Thomas Horn

Crew: 184

Date: 12/5/2017

Sky Conditions: Clear

Wind Conditions: Still

Observation Start Time: 8:30 a.m.

Observation End Time: 9:30 a.m.

Summary: Did a scan of solar features for unusual activity. None observed. Image of solar surface attached.

Objects Viewed: Sun

Problems Encountered: None

==Astronomy Report – December 6th==

===== POSTED ON DECEMBER 6, 2017 =====

Name: Thomas Horn

Crew: 184

Date: 12/6/2017

Sky Conditions: Clear

Wind Conditions: Light Wind

Observation Start Time: 3:30 p.m.

Observation End Time: 5:00 p.m.

Summary: Crew Astronomer trained crew on observatory and telescope operations, no actual observing done.

Objects Viewed: N/A

Problems Encountered: None

==Astronomy Report – December 6th==

===== POSTED ON DECEMBER 6, 2017 =====

Name: Thomas Horn

Crew: 184

Date: 12/6/2017

Sky Conditions: Clear

Wind Conditions: Light Wind

Observation Start Time: 3:30 p.m.

Observation End Time: 5:00 p.m.

Summary: Crew Astronomer trained crew on observatory and telescope operations, no actual observing done.

Objects Viewed: N/A

Problems Encountered: None

==Astronomy Report – December 7th==

===== POSTED ON DECEMBER 7, 2017 =====

Name: Akash Trivedi

Crew: 184

Date: 7/12/17

Sky Conditions: Clear

Wind Conditions: Light

Observation Start Time: 2:45 p.m.

Observation End Time: 4 p.m.

Summary: No interesting features, took a few pics

Objects Viewed: Sun

Problems Encountered: None

==Astronomy Report – December 11th==

===== POSTED ON DECEMBER 11, 2017 =====

Name: Thomas Horn

Crew: 184

Date: 12/11/17

Sky Conditions: Clear

Wind Conditions: Still

Observation Start Time: 10:30 a.m.

Observation End Time: 1:30 p.m.

Summary: It was reported there were interesting prominence’s at the limb of the sun. These were not able to be observed, but two sunspots were identified in the below image.

Objects Viewed: Sun, Sunspot

Problems Encountered: None

==Astronomy Report – December 12th==

===== POSTED ON DECEMBER 12, 2017 =====

Name: Thomas Horn

Crew: 184

Date: 12/12/17

Sky Conditions: Clear

Wind Conditions: Light Winds

Observation Start Time: 11:30 a.m.

Observation End Time: 2:30 p.m.

Summary: We were able to observe three prominence’s on the limb of the sun which were visible using the eyepiece as well as the camera. They are imaged below. In the raw image it was impossible to view the prominence and the sun surface at the same time (as expected). We are novices at Photoshop, but attempted to optimize different parts of the picture for different settings to allow both features to be present in the same image. Images of the three prominence’s are attached that were experimented with. If anyone has advice or instructions on how to better utilize Photoshop to allow two very different features to show through in the same image it would be welcomed.

Hoping this solar activity continues!

Objects Viewed: 3 Solar Prominences

Problems Encountered: None

==Astronomy Report – December 13th==

===== POSTED ON DECEMBER 13, 2017 =====

Name: Thomas Horn

Crew: 184

Date: 12/13/17

Sky Conditions: Cloud Covered

Wind Conditions: Light Winds

Observation Start Time: 11:30 a.m.

Observation End Time: 2:30 p.m.

Summary: Unfortunately observing was not able to be done today due to extensive cloud cover. We are hoping the cloud clears enough to allow us to watch the Geminids tonight. In the meantime we used the procedure Peter sent out yesterday to re-process the images from yesterday and it worked great, example below.

Thanks for the help! We will try again tomorrow and hope the clouds clear.

Objects Viewed: Nothing

Problems Encountered: Clouds

==Astronomy Report – December 15th==

===== POSTED ON DECEMBER 15, 2017 =====

Name: Thomas Horn

Crew: 184

Date: 7/15/17

Sky Conditions: Clear

Wind Conditions: Light

Observation Start Time: 2:00 p.m.

Observation End Time: 2:30 p.m.

Summary: No observing, shutdown Observatory and returned Laptop to HAB

Objects Viewed: None

Problems Encountered: None

[http://mdrs.marssociety.org/category/astronomy-report/page/7/][http://mdrs.marssociety.org/category/astronomy-report/page/8/]

Crew 184 - Astronomy Reports

2019-03-17T01:41:44Z

Cmontanez2018: Fixed added subheadings and placed in correct spots.

Crew 184 - Astronomy Reports

2019-03-17T01:36:11Z

Cmontanez2018:

[[Category: Astronomy Experiments]]

===== POSTED ON DECEMBER 4, 2017 =====

== Astronomy Report – December 4th ==
Facility Utilized: Musk Observatory

Crew members Utilized: Thomas Horn

Supplies Utilized: Solar Telescope / Eyepiece / Camera / Dome

Duration (minutes): 180 minutes

Description of Activity: Radiation is a deadly threat to astronauts both in transit to and on the surface of mars, particularly when the astronauts are exposed to the sun. While astronauts can rely on ground support to identify any solar hazards that develop, communication with the ground cannot be guaranteed. If a Mars Habitat had an independent method of solar observation it could provide critical advance notice that solar flares or other hazards were developing and give direction to crew to shelter in place in radiation storm shelters.

Today’s activity was primarily focused on setting up the solar observatory for operation throughout the mission. A quick survey of the sun was done and no unusual solar activity was spotted. Images below were taken during today’s operation.

===== POSTED ON DECEMBER 5, 2017 =====

== Astronomy Report – December 5th ==
Name: Thomas Horn

Crew: 184

Date: 12/5/2017

Sky Conditions: Clear

Wind Conditions: Still

Observation Start Time: 8:30 a.m.

Observation End Time: 9:30 a.m.

Summary: Did a scan of solar features for unusual activity. None observed. Image of solar surface attached.

Objects Viewed: Sun

Problems Encountered: None

===== POSTED ON DECEMBER 6, 2017 =====

== Astronomy Report – December 6th ==
Name: Thomas Horn

Crew: 184

Date: 12/6/2017

Sky Conditions: Clear

Wind Conditions: Light Wind

Observation Start Time: 3:30 p.m.

Observation End Time: 5:00 p.m.

Summary: Crew Astronomer trained crew on observatory and telescope operations, no actual observing done.

Objects Viewed: N/A

Problems Encountered: None

===== POSTED ON DECEMBER 6, 2017 =====

== Astronomy Report – December 6th ==
Name: Thomas Horn

Crew: 184

Date: 12/6/2017

Sky Conditions: Clear

Wind Conditions: Light Wind

Observation Start Time: 3:30 p.m.

Observation End Time: 5:00 p.m.

Summary: Crew Astronomer trained crew on observatory and telescope operations, no actual observing done.

Objects Viewed: N/A

Problems Encountered: None

===== POSTED ON DECEMBER 7, 2017 =====

== Astronomy Report – December 7th ==
Name: Akash Trivedi

Crew: 184

Date: 7/12/17

Sky Conditions: Clear

Wind Conditions: Light

Observation Start Time: 2:45 p.m.

Observation End Time: 4 p.m.

Summary: No interesting features, took a few pics

Objects Viewed: Sun

Problems Encountered: None

===== POSTED ON DECEMBER 11, 2017 =====

== Astronomy Report – December 11th ==
Name: Thomas Horn

Crew: 184

Date: 12/11/17

Sky Conditions: Clear

Wind Conditions: Still

Observation Start Time: 10:30 a.m.

Observation End Time: 1:30 p.m.

Summary: It was reported there were interesting prominence’s at the limb of the sun. These were not able to be observed, but two sunspots were identified in the below image.

Objects Viewed: Sun, Sunspot

Problems Encountered: None

===== POSTED ON DECEMBER 12, 2017 =====

== Astronomy Report – December 12th ==
Name: Thomas Horn

Crew: 184

Date: 12/12/17

Sky Conditions: Clear

Wind Conditions: Light Winds

Observation Start Time: 11:30 a.m.

Observation End Time: 2:30 p.m.

Summary: We were able to observe three prominence’s on the limb of the sun which were visible using the eyepiece as well as the camera. They are imaged below. In the raw image it was impossible to view the prominence and the sun surface at the same time (as expected). We are novices at Photoshop, but attempted to optimize different parts of the picture for different settings to allow both features to be present in the same image. Images of the three prominence’s are attached that were experimented with. If anyone has advice or instructions on how to better utilize Photoshop to allow two very different features to show through in the same image it would be welcomed.

Hoping this solar activity continues!

Objects Viewed: 3 Solar Prominences

Problems Encountered: None

===== POSTED ON DECEMBER 13, 2017 =====

== Astronomy Report – December 13th ==
Name: Thomas Horn

Crew: 184

Date: 12/13/17

Sky Conditions: Cloud Covered

Wind Conditions: Light Winds

Observation Start Time: 11:30 a.m.

Observation End Time: 2:30 p.m.

Summary: Unfortunately observing was not able to be done today due to extensive cloud cover. We are hoping the cloud clears enough to allow us to watch the Geminids tonight. In the meantime we used the procedure Peter sent out yesterday to re-process the images from yesterday and it worked great, example below.

Thanks for the help! We will try again tomorrow and hope the clouds clear.

Objects Viewed: Nothing

Problems Encountered: Clouds

===== POSTED ON DECEMBER 15, 2017 =====

== Astronomy Report – December 15th ==
Name: Thomas Horn

Crew: 184

Date: 7/15/17

Sky Conditions: Clear

Wind Conditions: Light

Observation Start Time: 2:00 p.m.

Observation End Time: 2:30 p.m.

Summary: No observing, shutdown Observatory and returned Laptop to HAB

Objects Viewed: None

Problems Encountered: None

[http://mdrs.marssociety.org/category/astronomy-report/page/7/][http://mdrs.marssociety.org/category/astronomy-report/page/8/]

Crew 184 - Astronomy Reports

2019-03-17T01:34:54Z

Cmontanez2018: Added headings where appropriate, fixed minor grammatic issues.

Crew 171 - SEDS

2019-03-17T01:18:55Z

Cmontanez2018: Added headings

[[Category: Mars Desert Research Station]]

== Crew Commander – Alison Gibson ==
Alison is a graduate student in the Aeronautics and Astronautics Department at the Massachusetts Institute of Technology, where she studies engineering and works as a research fellow in the Man-Vehicle Laboratory. Previously, she received bachelor’s degrees in aerospace engineering and psychology at Arizona State University, where she conducted research in the Human-Oriented Robotics and Control Lab and served as the Lead Engineer on the ASU Dust Devils Microgravity Team. Her graduate research involves the development and analysis of a wearable device to aid astronauts in obstacle avoidance; and, she plans to continue research with the technology while at MDRS. She is passionate about human spaceflight and hopes that her research efforts will contribute to astronaut safety and efficiency during future manned missions to Mars. She enjoys spending time outdoors in her free time and is certified in Wilderness and Remote First Aid.

== Executive Officer – Anselm Wiercioch ==
Anselm Wiercioch is a recent graduate from Virginia Tech’s mechanical engineering department. He’s spent the last few months advising the university’s Hyperloop project team and hopes to ultimately develop nuclear engines for deep space exploration. While at the MDRS, Anselm will be testing various water collection technologies in hopes of achieving scalable results that could be utilized on Mars or in other remote locations. Anselm is also serving as the group’s executive officer and journalist, and will be chronicling Crew 171’s desert adventure. Anselm hopes to set foot on the actual Martian surface in his lifetime and wants to help advance the technology required to get us there.

== GreenHab Officer – Brittany Zimmerman ==
Brittany Zimmerman received her Bachelors of Science in mechanical engineering from the Milwaukee School of Engineering (MSOE) in 2011. Following graduation, she accepted a position as an aerospace systems engineer with Rockwell Collins as a part of the Systems and Integration Team for Proline Fusion avionics packages. She worked on integration of approximately 170 subsystems, brought up test rigs (fully-functioning replicas of Bombardier cockpits), and emerged as the physical interconnect focal. During her time at Rockwell, Brittany was on the board for the Latino Employee Network and organized cultural events for the community. While at Rockwell, Brittany entered the Space Studies master’s program at the University of North Dakota. After taking three classes remotely, she realized that she needed to be immersed in the campus environment and left Rockwell to pursue her love of space full-time. Brittany is currently finalizing her thesis work on ecology of closed environments and biospherics. Her research at MDRS will compare plant growth properties (edible/inedible biomass growth, growth rates, leaf size, etc.) of five different cultivars.

== GreenHab Officer & HSO – Sean Gellenbeck ==
Sean Gellenbeck is extremely excited to be part of the SEDS-USA Mars Desert Research Station Team as the crew biologist! He is currently pursuing a Master’s degree in systems engineering at the University of Arizona and plans to continue his studies in the systems engineering Ph.D. program with a minor in agricultural and biosystems engineering. His research revolves around the concept of bioregenerative life support, which is a concept that utilizes plants to provide fresh water, oxygen and calories for astronauts. The University of Arizona has a unique position in this field with its Prototype Martian/Lunar Greenhouse (MLGH) project which has the goal of making this concept a reality. Sean currently works as the lab manager for the MLGH and has previously worked through the university on the OSIRIS-REx Asteroid Sample Return Mission. He holds a B.S. in aerospace engineering and his biggest life goal is to one day set foot on the surface of Mars.

== Crew Engineer – Geoffrey Andrews ==
Geoffrey Andrews is a Ph.D. student in Purdue University’s department of aeronautical and astronautical engineering where he studies rocket propulsion and computational fluid dynamics. Geoffrey graduated from Lehigh University, earning a B.S. in mechanical engineering and mechanics with a minor in aerospace engineering before matriculating into his current studies at Purdue. He credits his fantastic parents and sister with his zest for life and passion for learning, and his unusual childhood spent around cars, aircraft, and strange machines for his love of all things mechanical. While his work nowadays involves lots of abstract math and computer simulations, he hopes to put his more practical engineering skills to use as crew engineer for the SEDS-USA MDRS team. Geoffrey is excited to see how the space industry develops in the new era of commercial spaceflight, and hopes he can do his part to bring his dream of affordable space access closer to reality one agonizing computation at a time.

== Crew Astrophysicist – Connor Lynch ==
Connor Lynch is a junior at Brown University studying astrophysics and planetary geology. He is currently involved with Antarctic climate research to have a better understanding of the current and ancient climate of Mars. He and his team use time-lapse photography as well as glacier data from Antarctica to infer what geologic processes exist and once existed on Mars. He is also involved with the LZ Dark Matter collaboration with Brown and at many other institutions worldwide. The search to confirm the existence of dark matter races on as LZ and many other similar experiments seek to be the first ones to do so. His main goal in life is to walk on another planet and become an astronaut. In addition to his studies and research, he is also on the varsity golf team at Brown and competes all over the country.

[http://mdrs2016.marssociety.org/crew-171/index.html Source]

Crew 172 - Mars Society Crew

2019-03-17T01:12:38Z

Cmontanez2018: Added headings

[[Category: Mars Desert Research Station]]

== Commander – Ilaria Cinelli BEng, Meng, PhD student ==
Ilaria Cinelli has B.Eng. and M.Eng. in biomedical engineering from University of Pisa, Italy (2012). She is a PhD student in computational modeling at the National University of Ireland in Galway since 2013, and lecture in biomedical engineering at the Youth Academy for young gifted children.

She has 1-year training in ionizing radiations on pediatric computed axial tomography protocols and 2-year experience as research assistant at Centre of Human and Aerospace Physiological (King’s College London). Since 2012, she worked on the Gravity Loading Countermeasure Skinsuit, finite element analysis and computational modeling of fluid shift in short bed-rest studies. The Aerospace Medical Association (AsMA) and Life Sciences and Biomedical Engineering Branch (LSBEB) nominated her finalist of the AsMA JM Space Medicine Association Young Investigator Award 2013 and winner of Research and Development Innovation Award and Certificate (sponsored by David Clark Company). Ilaria is also Member-At-Large of LSBEB in AsMA, reviewer in AMSRO and Human Factors and Ergonomics, and Student Representative in Aerospace Human Factors Association (AsHFA).

In 2015, she completed the Commercial Space Executive Leadership Training and the Intensive Training- Astronaut Training to weightlessness. At the end of 2015, she became member of the Mars Desert Research Station (MDRS) and she was selected Crew Engineer of Crew 158. The mission was filmed and recorded by HBO and French TV. In 2016, she was elected Secretary of the AsHFA for the next three year. In the same year, Ilaria was selected as Commander of Crew 172 and winner of the Emerging Space Leader Scholarship by MDRS. Ilaria is also involved in the Poland Mars Analogue Simulation by Space Generation as Mission Support member in three different teams (TecSup, Mission Doctor and Planning and Scheduling team).

== Executive Officer & Crew Biologist – Anushree Srivastava ==
Anushree is originally from Lucknow, India and now based in England. Her educational journey started off as a student of literature, history, and music, which culminated into obtaining a professional training in Indian classical vocal music, a Bachelor of Arts in Ancient Indian History and Anthropology, and a Master of Arts in Anthropology. But while specializing in its biological branch (just out of curiosity), particularly the “paleo” aspect of it, exposed her to the adventure of exploration. During her graduate specialization in biological anthropology, she studied the dental morphology and its variation among the human population.

Anushree is passionate about astrobiology and space exploration. Her penchant for astrobiology and space exploration largely stems from her awareness to be awed by the wonder of life and her intrinsic desire to understand the humanity’s place in the Universe in a broader sense. To pursue her interest in the prospect of life beyond Earth, which was challenging for an art student, she joined the Master of Science program in Biotechnology at the University of Essex, UK. Here, with Dr. Terry McGenity, she conducted a geo-microbiological study of ~6 million years old halite crystals that deposited as a result of Messinian Salinity Crisis in the Mediterranean region. She is particularly interested in the biogeographical and astrobiological perspective of the Messinian halite. Her research interests include understanding the prolonged survival potential of haloarchaea entombed inside halite crystals and how this understanding can be translated into prospecting similar life in Martian chloride deposits.

Anushree has been a part of MDRS Mission Support Team as a Capsule Communication Officer (CapCom) since 2014. In 2015, she joined MDRS Remote Science Team (RST) and now she is a member of both MDRS Crew 172 and MARS 160 Twin-Analog Mission as Crew Biologist. She has served as coordinator of United Nation’s International Year of Water Cooperation (IYWC) India Program 2013. Anushree is a core member of the organising committee of Astrobiology India initiative, which is aimed to encourage and promote awareness of astrobiology and space sciences in India, to extend education and outreach efforts, and to strengthen the Indian astrobiology community worldwide. She is also part of NASA Spaceward Bound India Expedition 2016, as a member of both science and coordination team.

She enjoys Indian classical music, travelling, bird-watching, painting, photography, and reading. And she is a huge admirer of Gibran’s poetry.

== HSO – Gwendal Henaff ==
Gwendal Hénaff is a French student, enrolled in a Master of Science in Engineering Physics at the Institut National des Sciences Appliqués, a French Grande École located in Toulouse. Aside of his studies, he is an Officer Cadet in the French Navy and a First Emergency Responder in the French Red Cross. He has always been fascinated by space exploration and science. Throughout his schooling he has tried to focus his projects and experiences in these fields. After a national selection organized by the French space agency CNES, Gwendal participated in the VP125 Parabolic flight campaign, in November 2016. He and his team invented a precision inertial weigh scale and tested its behavior in microgravity. During this campaign, Gwendal completed several Zero-G flights. Gwendal also worked as a research intern at the LATMOS laboratory (Paris, France) in the planetary science department, and at the National Physical Laboratory in London. He took part in several space related competitions, as the ESA Moon Challenge in 2015. Gwendal also enjoys traveling and adventure : he past several months in Eastern Siberia, Mongolia, Kyrgyzstan, Molodova, Ukraine. He practice scuba-diving, sailing, windsurfing and skydiving, and he is always looking to get out of his comfort zone.

== Journalist – Nicholas McCay ==
Nicholas McCay joins MDRS as the journalist for Crew 172. He grew up in Chattanooga, TN and quickly became infatuated with space from an early age. As with most things in your childhood, Nick’s dream of actually going to space was diluted with each passing year. After finishing high school, Nicholas attended Western Illinois University where he received a Bachelor’s degree in Broadcasting with a specialty in News Performance in 09′. Covering as many sports as possible for the student run TV/Radio programs, working as a student reporter at the local public broadcasting station, and interning with local news stations – including NBC in NYC for the 2008 Beijing Summer Olympics. Upon graduation, he accepted a job as a Multimedia Journalist for an NBC affiliate in Illinois, but working in news wasn’t everything he imagined and moved to Chicago shortly after.

While living in Chicago, Nick changed professional careers from broadcasting to experiential marketing. He toured around the country with brands such as ESPNU, Jim Beam/Kid Rock, EA Sports, Target, and Reebok/Crossfit to set up unique consumer experiences in almost every state in the US – (he only needs to visit 7 more states in the US to have been to all 50!). After three years of living in bitter cold, he moved to Los Angeles in 2012. As he arrived in LA, the “new space race” was quickly heating up with SpaceX, companies in the Mojave desert, and the unequivocal presence of the aerospace industry. Nick’s dream to go to space was reignited after attending a few space themed meetups around the city. This year, Nick joined the advocacy group SpaceportLA as a Social Media volunteer and helped promote the group’s monthly get together. He also helped another space non-profit, Mars City Design, with their inaugural design competition and successful Kickstarter campaign.

Nick’s selection as crew 172 journalist will hopefully be the spark in getting him back into professional journalism covering Space/Science. Nick hopes to combine his former technical skills of storytelling, and his recent RE-infatuation with the “final frontier” into a fun narrative on the MDRS experience along with the technical importance of analog missions to the layperson.

== Crew Scientist – Pierrick Loyers ==
Pierrick Loyers is the Crew Scientist of MDRS crew 172 and an Engineering Physics student at INSA Toulouse in France. Before being admitted at INSA, he graduated with technical degree in Applied Physics and a Bachelor of Engineering from the Edinburgh Napier University. He is now following correspondence courses in Astrophysics with the Paris Observatory in parallel with his engineering studies. Fascinated by the space exploration, his selection in the MDRS crew 172 is a great opportunity for him to start working on the future of manned space explorations, a field where he plans to work after his studies. Always looking for new adventures, he also travelled in northern countries like Iceland and Norway with his tent and his backpack and is a true blues rock enthusiast.

== Engineer – Troy Cole ==
Troy Cole was born and raised in San Francisco, CA and has been fascinated with advanced technology and space transportation since a young age and has taken that drive to propel him through engineering school so he can develop advanced technologies that will push humanity forward to the stars. Troy graduated with top honors from Tuskegee University with a Bachelors of Science in Aerospace Engineering. He works as a Propulsion Design Engineer for The Boeing Company as well as devoting to to STEAM advocacy and citizen space non-profits. He is the current Education and Outreach Officer for Astronauts4Hire organization.

== Green Hab Officer – Patrick Gray ==
Having grown up in Kitty Hawk, North Carolina next to the site of the Wright Brother’s first flight Patrick always had in interest in pushing boundaries. Setting his sights on space Patrick has dedicated his academic and professional career to laying the foundation for permanent human settlement off Earth.

As Chief Technology Officer at WayPaver Foundation Patrick leads the team’s efforts on the Lunar Settlement Index – a catalog of all the roadblocks preventing us from establishing a lunar settlement. He guides WayPaver’s technical projects and partnerships to push forward the cause globally and create a lunar settlement within the coming decades.

Patrick is also the Alumni Association Coordinator for the Students for the Exploration and Development of Space where he is building out a professional network and mentor group to connect students and alumni. He previously worked at Moon Express as a Software Engineer developing their ground data systems and engineering team tools. Before that Patrick was working with Chapel Hill based startup incubator The 1789 Venture Lab where he was developing various apps and ideas such as Atlasaur and The Highlight Network.

Patrick graduated from the University of North Carolina as a Morehead-Cain Scholar with a degree in Computer Science where he founded UNC SEDS and researched computer vision in humanoid robotics.

[http://mdrs2016.marssociety.org/crew-172/index.html]

Crew 173 - Team Prima

2019-03-17T01:07:32Z

Cmontanez2018: Added headings. Fixed some grammatic issues

[[Category: Mars Desert Research Station]]

== Dr. Michaela Musilova, Slovakia - Commander and GreenHab officer. ==
Michaela Musilova is an astrobiologist with a research focus on life in extreme environments (extremophiles). Similar life could potentially be found on other planetary bodies, such as Mars, which is why extremophiles are very important for the search for extraterrestrial life. Michaela holds a PhD degree in physical geography, microbiology, and astrobiology from the University of Bristol, UK. She studied at both University College London, UK and the California Institute of Technology, USA for her MSc degree in Planetary Science (completed with First Class Honours and a Dean of Science commendation). Michaela is also a graduate from the International Space University (ISU)’s Space Studies Program, 2015. Michaela’s astrobiology and space research experience includes: working on astrobiology and planetary protection research projects at the NASA Jet Propulsion Laboratory; simulating lunar and planetary surfaces through NASA’s and the UK Space Agency’s MoonLite project; searching for exoplanets at the University of London Observatory; and being an analogue astronaut at the Mars Desert Research Station, USA. She is currently the Chair of the Slovak Organization for Space Activities (SOSA), a visiting lecturer for ISU and the senior research adviser for Mission Control Space Services Inc.. She is also a lecturer at several universities in the Czech Republic and Slovakia. Michaela returned to Slovakia to try to increase the number of space-related research/industry there, improve SOSA’s international collaborations and create a Slovak space research centre. She also enjoys participating in STEAM outreach activities from teaching at schools, giving public presentations, to working with the media and more, as well as encouraging people to pursue their dreams.

== Mr. Arnau Pons Lorente, Spain - Executive officer ==
He holds a BSc. and MSc. in aeronautical engineering with specialization in space engineering by the Polytechnic University of Catalonia (UPC-BarcelonaTech), in Barcelona, Spain. Moreover, he holds a MSc. of Aerospace Propulsion Theory and Engineering by Beihang University in Beijing, China. He also attended the International Space University Space Studies Program 2015, hosted by Ohio University in partnership with NASA Glenn Research Center. He worked as a research assistant at the Hybrid Rocket Motors Laboratory at Beihang University. At this capacity, he designed, performed 3D CFD simulations and experimentally tested an innovative injector configuration towards increasing the performance of hybrid rockets. In addition, he has recently been admitted at the Ph.D. program in Aeronautics and Astronautics at Purdue University (West Lafayette, IN) starting in Fall 2016. His research interests encompass space propulsion systems as well as the development of 3D printing and in situ resource utilization technologies for enabling human space exploration into the solar system and beyond.

== Mr. Roy Naor, Israel - Scientist (Geologist) ==
Roy Naor is a planetary geologist, with a specialization in Planetary Geochemistry. He pursued his undergraduate degree from Ben Gurion University, majoring in Geological Sciences and continued to graduate studies at the Weizmann Institute of Science, conducting research to characterize formation environments of minerals on Mars with the aim of explaining the mechanism and conditions of present and future findings from Mars rovers and spacecraft.

Roy is also alumnus of the International Space University’s Space Studies Program conducted in the Summer of 2015 in partnership with NASA Glenn Research Center and Ohio University. He is also a space exploration educator, inspiring the next generation through analogue simulations researching the Martian environment, he is part of a team launching a new youth program simulating astronauts training supported by Israel Space agency and the Davidson Institute.

== Mr. Idriss Sisaid, France - Engineer ==
Idriss is an engineer in mechanics and in space-systems from France. He is also an entrepreneur, currently the CEO and CTO of O’SOL, a startup based in Cannes which is specialized in mobile solar energy. He also holds a degree in astronomy from the Paris Observatory and he is an alumni of the International Space University. Through his mission at MDRS, he will study and test 3d-printed multifunctional blocks for building future Martian infrastructures using In-Situ resources. This project is the continuity of his MSc thesis, through which he developed a conceptual life support system for radiation shielding and waste management. His concept, initiated in 2014, was rewarded by the British Interplanetary Society and the International Astronautical Federation. He will also be investigating the possibility of using his concept of solar generators for potential future space applications. Besides his professional and academic activities, he is a member of the Space Generation Advisory Council, a keen astronomer and hopes to inspire the young generation, especially from socially-disadvantaged backgrounds, to be ambitious and always aim high.

== Dr. Niamh Shaw, Ireland - Crew Artist in Residence/Journalist ==
Niamh is an Irish performer, scientist and engineer, and is passionate about awakening people’s curiosity. With 2 degrees in Engineering & a PhD in Science, she is a keen advocate of promoting STEAM to inspire future generations to consider careers in STEM. As alumnus of ISU’s Space Studies Programme 2015, she lectured on the Humanities programme of SSP 2016 & is chairing the Core Lectures programme for SSP17. As artist in residence at CIT Blackrock Castle Observatory, Cork, her STEAM lecture/performance piece, ‘To Space’, toured internationally from 2014-16 & was supported by Culture Ireland, ESA and the Arts Council of Ireland. She has begun making her next theatre piece ‘A Hand in Space’ working closely with ESA’s Astronaut Centre in Cologne. Niamh speaks on thought leadership & provides specialised communication, ideation & futures workshops in the private sector. With over 14 years of improvisation experience, she co-founded a new communications centre for academics in Ireland, affiliated with the Alan Alda Center for Communicating Science, New York. As an advocate of ‘Women in STEM’ she was recently voted one of Ireland’s top 10 science communicators by Silicon Republic acknowledging her work in STEAM & contributions on national TV, radio, press & public speaking events incl. TEDxUCD, World Science Festival. She co-founded STEAMakers.co & is a member of function(core), an international transdisciplinary problem-solving & ideation collective. She is the Dublin point of contact for Space week Ireland & is Northern Ireland Space Ambassador for ESA’s education and resource office (ESERO UK). She has presented scientific papers on the collaborative nature of her work with research institutes & universities at the International Astronautical Congress, European Geosciences Assembly, European Planetary Sciences Congress & is a regular blogger about Space for Irish popular culture magazine, Headstuff. Niamh’s work in Science Art has been supported by The Arts Council of Ireland, CultureIreland, Science Foundation Ireland, ESERO Ireland, European Space Agency, Arts@CERN. Niamh believes that we can be many things at the same time. She is curious, always & embraces failure every day.

== Mr. Richard Blake, Australia - Crew Scientist (Astrobiologist) ==
Graduated university with a B.Sc majoring in biology and palaeobiology with a minor in geology. Also an ISU graduate of the Space Studies Program 2014 in Montreal, Canada. Currently undertaking a Masters of Philosophy at the University of New South Wales, Australia in collaboration with the Australian Centre for Astrobiology. Working on understanding the sources and modes of biological contamination in ancient rocks from 2.7 billion year old outcrops in Western Australia. Also working as a native floral ecologist in Sydney, Australia. Restoring native bushland through the removal of invasive species and introduction of endemic species. Interested in working as a research scientist in remote stations such as Antarctica, as well as self sufficient habitats, especially creating closed circuit food webs in isolated hostile environments.

[http://mdrs2016.marssociety.org/crew-173/index.html]

Crew 174 - Team Planeteers

2019-03-17T00:58:28Z

Cmontanez2018: Added headings where appropriate

[[Category: Mars Desert Research Station]]

== Mamatha Maheshwarappa (Crew Commander) ==
Dr Mamatha Maheshwarappa received her BEng in Electronics and Communication Engineering from Nitte Meenakshi Institute of Technology, Bangalore in 2009. She was the systems engineer and subsystem core leader for STUDSAT-1- India’s first pico-satellite, designed and developed by undergraduate students and launched by Indian Space Research Organization (ISRO’s) PSLV C-15. Later she received MSc in Space Technology and Planetary Exploration in 2012 and PhD in Software Defined Radios (SDRs) for Multi-Satellite Communications in 2016 from University of Surrey, UK. During her PhD she also worked on UK’s first CubeSat (STRaND-1) with SSTL and on DeorbitSail projects. Currently working at QinetiQ Space UK on transceivers for ExoMars, Lunar Polar Sample Return (LPSR) missions in collaboration with European Space Agency (ESA).

She is the Crew Commander of the first Indian crew, Team Planeteers (Crew 174) at Mars Desert Research Station (MDRS), the Mars analog research base. Her role includes supervising and coordinating the team, carrying out research on transference of human commensal bacteria along with developing zoning methodology for planetary protection, and overseeing other research projects such as sample protocol implementation to minimize astronaut contamination of Mars sample of interest with NASA’s Astrobiology Institute and monitoring the effect of vitamins on growth of fenugreek plants in a controlled martian analog environment.

== Saroj Kumar (Crew Scientist and Executive officer) ==
Saroj is a graduate student in the Department of Mechanical and Aerospace Engineering at The University of Alabama in Huntsville (UAH), where he is currently pursuing MS in Aerospace Systems Engineering. He is a research student at the Propulsion Research Center, UAH and is working on ‘Mission design for low thrust deep space missions using nuclear fusion propulsion’ in collaboration with NASA Marshall Space Flight Center. He is also currently serving as the President for the Propulsion Research Center Student Association at the University.

He has been selected as the scientist of Crew-174 (‘Team Planeteers’-First all Indian crew) for the Mars analogue mission at Mars Desert Research Station (MDRS), Utah. During his mission at MDRS he will be performing study on human-associated microbial contamination on planet Mars and sample protocol implementation to minimize astronaut contamination of Mars sample of interest with NASA’s Astrobiology Institute.

Saroj is originally from Kanpur, India and has Bachelors of Engineering degree in Electronics and Communication from Reva Institute of Technology, Bangalore. He is passionate about space exploration and wants to see humanity a multi-planet species one day. His penchant for space exploration led him to work on many exciting projects such as development of Attitude Determination and Control System for Project STUDSAT-2 in collaboration with ISRO, analyzing scientific data of Solar Dynamics Observatory spacecraft to find Coronal Holes and examine for jets at the National Space Science and Technology Center of NASA Marshall Space Flight Center and design and testing of SOFIE receiver for German Aerospace Center, DLR.

== Sneha Velayudhan (Crew Biologist) ==
Sneha is a graduate student in the Department of Engineering, Computers and Telecommunication Engineering Technology at Rochester Institute of Technology. She is specializing in Advanced Wireless Communication Systems and has worked as research assistant in setting up ground station to track and communicate with small satellites.

Sneha is originally from Bangalore and is now based in Rochester, NY. She has Bachelor of Engineering degree in Electrical and Electronics from Nitte Meenakshi Institute of Technology, Bangalore. During her bachelors, Sneha was a student member of Project STUDSAT (STUDent SATellite), India’s first Pico Satellite in collaboration with Indian Space Research Organization (ISRO). She worked on setting up ground station NASTRAC (Nitte Amateur Satellite Tracking Center) for tracking and communicating with small satellites. After graduation, she worked as Research Associate where she led the team of Electrical Power System for Project STUDSAT-2 in collaboration with ISRO.

Her interest in space technology for human exploration has helped her on being selected as a biologist of Crew-174 mission at Mars Desert Research Station (MDRS). Her research at MDRS will be on monitoring the effect of vitamins on growth of fenugreek plants in a controlled martian analog environment. The geologic similarity of MDRS with that of Mars will help in understanding the growth of plants over a period of time.

== Arpan Vasanth (Crew Engineer and Crew Journalist) ==
Arpan H. Vasanth (B.Eng, 2009; MSc 2014) received his BEng. in Mechanical Engineering from Nitte Meenakshi Institute of Technology, Bangalore in 2009. He was the subsystem core leader for STUDSAT-1- India’s first pico-satellite, designed and developed by undergraduate students and launched by Indian Space Research Organization (ISRO’s) PSLV C- 15. He worked as Aerospace design engineer at TataHAL for a year in Bangalore, India. Later he received MSc in Commercial Vehicle Technology from Technical University Kaiserlslautern, Germany in 2014. Currently working at Faurecia Interior Systems in Germany.

As a crew engineer at MDRS, he will be involved in performing mechanical and electrical engineering tasks required in the Hab and for Extra Vehicular Activities (EVA). He is responsible for managing resources such as power, water, gasoline and spacesuits working condition. Along with these activities, he will be involved in microbiology, botany experiments and media outreach activities.

== Sravani Vaddi (Crew Astronomer) ==
Dr. Sravani Vaddi is an astronomer and is currently working as a research fellow at National Center for Radio Astrophysics, India’s premier research institute in the field of radio astronomy. She has a Master degree in the Digital Electronics and Communication Systems with a specialization in Digital Image Processing. Her observational research focusses in the study of black holes and how it affects the evolution of a galaxy. She is actively involved in outreach activities with an aim to inspire younger generation in space research. She has given several talks and organized several events in the promotion of astronomy. Apart from astronomy, she loves singing and listening to music, playing tennis, hiking and recently in butterfly watching.

== Sai Arun Dharmik (Crew Geologist) ==
Sai Arun Dharmik has received his Master’s degree in Ocean and Atmospheric Sciences from University of Hyderabad, India. He received his Bachelor’s degree from Osmania University, India with major in Geology and minor in Physics and Maths, in the year 2013.He research interests include Martian geomorphology, terrestrial analogues, glaciology and Climate change. His work in climate change involved simulations of geo-engineered climate and the effect of methane in climate change. He is passionate about Planetary Sciences and hopes to have a career in space exploration and discover new worlds.

[http://mdrs2016.marssociety.org/crew-174/index.html]

Crew 175 - Supaero

2019-03-17T00:42:10Z

Cmontanez2018:

[[Category: Mars Desert Research Station]]

== Arthur Lillo (Crew commander) ==
Arthur Lillo will be the Commander of our MDRS 175 mission. He is one of the two French-Spanish crewmembers of our rotation. Master 2 student at ISAE-SUPAERO was also crew astronomer of the MDRS 164 mission, and so is one of our veterans on this mission. Very active in the space associations in ISAE, he was in charge of the Supaero Space Section Scalar-2 rocket project and has just finished an internship at CNES (French Space Agency). His hobbies include diving and playing the drums in the Supaero jazzband.

== Louis Maller (Executive Officer) ==
Louis Maller will be the Executive Officer of the MDRS-175 mission. This Master 2 student grew up in the United States of America. He’s fond of Russia and Russian culture. Currently in exchange within the Bauman Moscow State Technical University, he’s about to do a five-month internship in the European Astronaut Center in Cologne. He’s the former Crew Engineer of the MDRS-164 mission. Involved in the life at ISAE Supaero, he’s a member of the Supaero Space Section, ISAE Space Association, improvisation and geopolitics and used to be an active member in the Student Arts Association.

== Xavier Rixhon (Crew Engineer) ==
Xavier Rixhon will be the crew engineer of the MDRS 175 mission. Former treasurer of the Mars Analog Research and Simulation club, he was at the time member of the back-up crew, and is now THE Belgian crewmember of the mission. He received his SUPAERO diploma in 2016, was president of the Supaero diving club, a sport that he helped introduce to students from an Education Priority Zone. He has finished his final internship in Australia and is the mission’s senior crewmember.

== Simon Bouriat (Health and Safety Officer) ==
Simon Bouriat will control the Health and Safety of the MDRS-175 mission and is the other French-Spanish member of the crew. Master 1 student, he’s the current president of the Mars Analog Research Station association and in charge of the entertainment during the graduation celebration, Supernova – Gala ISAE. Raised in a medical environment within his family, he passed the first aid certificate and studied medical aspect of the suborbital flights during 2016 edition of the Student Aerospace Challenge. He’s currently applying for a Master of Science Philosophy in London. In his free time, he does fencing, swimming and skydiving.

== Louis Mangin (Crew Journalist) ==
Louis Mangin will be the crew journalist of the MDRS 175 mission, and therefore will be in charge of writing the journalist reports that you will enjoy during our three-weeks. Also a member of OSE l’ISAE, he regularly helps out students from Education Priority Zone. A sportsman, he runs the marathon, rows for the ISAE-Supaero team, which was in the finals of the students’ championships, and helped organized Supaerowing, a student rowing competition. He helped build a school in Antsirabe in Madagascar during three weeks. His hobbies include poker and commenting politics.

== Mouadh Bouayad (Crew Astronomer) ==
Mouadh Bouayad, French ISAE-SUPAERO student from a Moroccan family will be crew astronomer for our mission. Master 1 student at ISAE-SUPAERO, he is a very active member of the association. He organized a conference with Alain Souchier, president of the French Chapter of the Mars Society, about Martian analog simulations. He also participated to the Student Aerospace Challenge 2015-2016. He is currently the president of a sports club in Supaero and member of the microdrone club.

== Victoria Da-Poian (GreenHab Officer) ==
Victoria Da-Poian is the GreenHab officer for our MDRS 175 mission. Master 1 student at ISAE-Supaero, she is currently ambassador for social opening at the school (OSE l’ISAE Supaero). She organized SpaceUp France in Toulouse which was held in February, and is vice-president of the ISAE Junior Entreprise. Active in the Space field, after the mission she will be an intern at the European Astronauts Center in Cologne and then will study for one semester in Moscow. On her free time, and plays the violin and climbs.

[http://mdrs2016.marssociety.org/crew-175/index.html]

Crew 175 - Supaero

2019-03-17T00:41:23Z

Cmontanez2018: Added headings

Crew 178 - UCL to Mars

2019-03-17T00:29:50Z

Cmontanez2018:

[[Category: Mars Desert Research Station]]

==Aurian d’Avernas – Commander==
Aurian d’Avernas is currently in his second year of Master in electromechanical civil engineering mechatronics orientation. During his brief experience in previous business engineering studies, he has developed useful team management skills on both a financial and group dynamics levels. It is in this way, that he took part of the “Watt for Africa project” in July 2014 to install a photovoltaic system in order to supply autonomously a telecommunication relay in Benin together with two engineer students. More recently, he participated in the European robotics contest “Eurobot” within a group of five engineering students and got a strong practical experience in the mechanical, electronic, and computer design. His master thesis addresses the autonomous control of a group of quadcopters into an unknown environment.

About passions, he likes playing badminton, sailing, surfing and practicing Yoseikan-Budo to keep a good physical health, together with playing drum and saxophone.

==Calogero Montedoro – XO & Crew Biologist==
Calogero Montedoro is a graduate in neuropsychology, in cognitive neurosciences, and in biology. He currently pursues a PhD thesis in biology of behavior. During his years at University, he led many projects all around the world. Passionate about astronomy and adventure, this expedition was tailored for him. Second in Command Executive Officer and Crew Biologist, he will conduct experiments in the fields of life sciences and managing vital resources and relationships in close environments. This will ensure the supervision of the greenhouse and will investigate the topography of the Red Planet throughout geomatics studies.

==Elke Mergny – Crew Geologist==
Elke Mergny begins this year as a PhD student in the University of Liège (Ulg) in the field of structures; especially about the study of fire resistance of buildings. Before this thesis, she had studied civil engineering in construction and graduated with Magna Cum Laude at the University of Louvain (UCL). Her studies allowed her to acquire a lot of skills through participation in various activities. During her bachelor, she chose to be involved in a student association called the AGL where she developed many communication skills and a sense of organization. In her masters, she supervised exercise sessions in geology and chemistry for twenty students. After her studies, she conducted two years of research at UCL about the influence of cracks in the timber beams. Within UCL, she also continued to give practical sessions in the field of steel structures and prestressed concrete.

She is passionate about science and carries on to follow MOOC courses (online courses). She also loves music and follows courses in music theory and singing.

=Mathieu Vander Donckt – Crew Scientist & Journalist==
Mathieu Vander Donckt has always been passionate about sciences. He is currently studying chemistry at the University of Louvain, doing his master thesis in structural chemistry and adsorption of gases. His interest in astronomy and space lead him to participate in projects that allow him to acquire new knowledge or share it. This is why he wants to stay at the Mars Desert Research Station. He is also a member of the Kot Astro, a student association that promotes astronomy on the campus of Louvain-La-Neuve. He occasionally teaches space to children, and does not miss an opportunity to talk about the stars.

His hobbies include reading, DIY, geology, stargazing, astrophotography and hiking. His favourite destinations are the Alps and the Pyrenees mountains where he can walk for several days. He also likes chess and riddles.

In addition to his W-Rray diffraction experiment, Mathieu will act as the journalist of the crew and inform the general public about the progress of the mission.

==Nathalie Dupont – Health and Safety Officer==
Nathalie Dupont completed her bachelor's in physiotherapy and rehabilitation at the University of Louvain (UCL). After her last year, she planed on continuing her studies with a masters in Management at ICHEC and complete her physiotherapy training with specialization courses in the field of sports physiotherapy and maternity. Currently, she is working on her master thesis having it relate to the study of the biomechanics of running and knee injuries.

She did scouting during twelve years as activity leader and then chief. This experience had given her the taste for adventure, team spirit, and resourcefulness. As chief, she always loved taking on the role of a rescuer responsible leader. It is not a coincidence if today she obtains her BEPS and is the “Health and Safety Officer” of our mission.

Dynamic and involved, she is implied for her third year on the project “Carpestudentem”. She learned there how to live every day with one team and evolve together around a specific project for different challenges.

In terms of interests, Nathalie loves many sports such as running, fitness, windsurfing, hiking, skiing and swimming. But she also loves everything related to music (She plays the transverse flute and is volunteer in a festival), traveling, reading and photography and video editing.

==Quentin Thomas – Crew Astronomer==
Quentin Thomas is currently in his third bachelor year in physical sciences at the University of Louvain, with an option in mechanics. He plans to do researches in the field of quantum physics. His dream is moreover to work as a physicist scientist for ESA. Fascinated by physics for a long time, he followed several astronomy courses at the Observatoire Centre Ardenne in Belgium.

He was instructor in a summer camp for two weeks in the South of France for 14-16 years old teens for several years. He is currently part of “Kotangente”, a student association promoting mathematics and physics on the campus of Louvain-la-Neuve University.

He is passionate about music. He played piano for 4 years and guitar for 5 years. He also practices many sports such as football, swimming and tennis. He was also captain of a football team for 3 years. He loves reading many books, mainly about physics but also likes travel books and plays.

==Damien Mertens – Crew Engineer==
Currently, Damien Mertens is an engineering student in his third bachelor year. Within his degree, Damien specializes in electricity and applied mathematics. His interest for aeronautics and space dates back to his childhood where it was spent in Houston, Texas. The are where Damien spent his childhood was near near the Johnson Space Center, which he frequently visited.

Passionate about his engineering studies, he found a way to put his theoretical courses into practice. This year, he was Head of the Engineering Business Unit of LSM Council, the Junior Enterprise of UCL. The real-life projects he fulfilled for clients in IT and engineering, such as mechanical and electrical prototyping, will certainly be useful for his job as a Crew Engineer.

Damien is quite active in extra-academic activities, and loves to dedicate himself to projects unrelated to his studies. For example, he spent 3 years in the team of the Jeugd Parlement Jeunesse, a youth simulation of the Belgian Parliament. Additionally, he is Chief Leader in a boy-scout team, entertaining 60 boy scouts from 12 to 18 years old. Over the years, that experience taught him to be resourceful and developed his leadership and group skills.

Even if he does not know where he will be in 5 years (he is equally interested in a diplomatic career as to be one of the first astronauts to set foot on the Red Planet), he is impatient to have an overview on the astronaut’s life, and apply his telecommunications courses to his experiment.

[http://mdrs2016.marssociety.org/crew-178/index.html]

Crew 177 - Lonestar Highlanders

2019-03-17T00:28:47Z

Cmontanez2018:

[[Category: Mars Desert Research Station]]

== Otsmar Villarroel – Commander ==
Dr. Otsmar Villarroel holds a bachelor degree in chemistry/geochemistry from Universidad Central de Venezuela in Caracas, Venezuela, as well as a Ph.D. in Chemistry from Baylor University in Waco,Texas. As a graduate student, Dr. Villarroel authored and co-authored 7 scientific articles, all accepted for publication in important per reviewed journals. His career as a chemistry professor began in 2013 as an Adjunct Instructor at McLennan Community College (MCC), Waco,Texas, where currently serves as an Assistant Professor. Dr. Villarroel also taught at The University of Mary Hardin Baylor in Belton, Texas. In 2016 he served as a Co-Commander at the Mars Desert Research Station as part of the MCC Mars 101 program.

== Victoria Labarre – XO ==
Victoria Labarre is currently pursuing an associate’s degree of science in Electrical Engineering. Her passion is robotics in health care.

Much of her free time is spent either researching or wiring up circuits in various robots. She was a volunteer robotics mentor for an after school program at Indian Springs Middle School and a volunteer for the robotics and electronics academy at her old technical high school, The Greater Waco Advanced Manufacturing Academy. She hopes to one day develop a company that will make robotic assistants for nurses and doctors the norm for patient care.

== Becky Breedlove Parker – Crew Journalist ==
Becky Breedlove Parker is a marketing instructor that came to this profession after spending 20+ years in the advertising/marketing agency business. She proclaims that, ''"Working with students has been rewarding in a way that working for clients never was for me."''

She loves to try new things and, while claiming to not be artistic, she considers creativity one of her greatest strengths. Her creativity might take the form of solving problems, planning a child’s birthday party, or upcycling stuff around the house. Her favorite pastimes are practicing yoga, riding her bike, and reading.

== Elijah Espinoza – Crew Engineer ==
Elijah Espinoza is a freshman at McLennan Community College. His long term plan is to graduate from Texas Tech University with a bachelors degree in Mechanical Engineering. His short term plan is to graduate from MCC with an associates in Mechanical Engineering. Elijah states that he would like to get a job working in energy after he graduates college. One fact about Elijah that he likes to share is that he built a seismograph in high school as a project for one of his engineering classes.

== Esteban Ramirez – GreenHab Officer ==
Biography coming soon!

== Joseph Quaas – Crew Engineer ==
Joseph Quaas lives in Lorena Texas and is currently attending the Honors college at Mclennan Community College. He is currently pursuing a Computer Science major and wishes to continue at Texas A&M or some other acclaimed university.

== Pitchayapa Jingjit – Crew Journalist ==
Pitchayapa Jingjit was born in Ranong, Thailand. From pre-kindergarten through elementary school, Pitchayapa lived in Thailand. In 2009, she and her family moved to Waco, Texas where she started her education at University Middle School. This was challenging for Pitchayapa because she had to learn a new language as well as trying to meet middle school core curriculum at the same time. In 2016, Pitchayapa graduated from Midway High School in the top twenty percent of her class.

During her years in high school, she developed an interest in science and lab works. Pitchayapa stated that she took advanced placement courses in biology and chemistry. In addition to her science studies, she was involved in community services with Salvation Army, Providence Hospital, and Columbus Avenue Baptist Church. These experiences taught Pitchayapa to work well within groups and individually.

Her immediate educational goal is to prepare herself for a career in the health field. Ideally, Pitchayapa would like to be accepted in a medical school.

== Caleb Li – Crew Geologist & HSO ==
Chenguang Li is currently studying in associate science (A.S) degree in Electrical Engineering at McLennan Community College, Waco, TX. He is interested in statistical quantitative analysis, electrical circuits, solving practical problems using fundamental engineer disciplines.

[http://mdrs2016.marssociety.org/crew-177/index.html]

Crew 176 - PolMars

2019-03-17T00:27:31Z

Cmontanez2018: /* Natalia Zalewska – Crew Commander */

[[Category: Mars Desert Research Station]]

==Natalia Zalewska – Crew Commander==
Natalia Zalewska graduated the University of Warsaw with a Masters degree in Geology. She got her Ph.D. at Space Reseach Centre of Polish Academy of Sciences.

Currently, she continues her work for SRC PAS and since 2014 she also works for Institute of Aviation in Warsaw. For years she’s been involved in Martian geology and she participated in many projects researching this planet’s surface. She specializes in interpreting infrared spectra, the geology of Martian analogs ,and deals with issues of origin and presence of water on the planets of our Solar System. In 2005 she took part in the Mars Desert Research Station in Utah (MDRS) as a geologist of Crew 33. Now as a commander of Polish crew, she will continue expanding the research on similar processes occurring on the surface of Mars and at the desert of Utah.

Natalia is also passionate about the theater. After getting her degree in geology she graduated from acting school. She also plays violin since childhood.

==Michał Kazaniecki==
Third year student of Robotics and Automation at Warsaw University of Technology. Michal's main interest as an engineer is electronics, especially interfacing with lower-level devices. As a member of Students’ Space Association (SKA), he was one of creators of Ares Martian Rover (its main motor drivers, manipulator and sensors). He took part in European Rover Challenge 2015 and 2016 and University Rover Challenge 2016. Currently, he is a leader of SKA Robotics – a robotic division of Association, but also takes part in development of rovers and robots. Participation in MDRS is an opportunity to take completely different approach to space exploration and to gather experience.

==Jędrzej Górski==
Jedrzej Gorski is a Ph.D. candidate at Wroclaw University of Science and Technology (Poland), founder of Wroclaw Space and Aviation Group (WSAG). Since early childhood he was dreaming about flying and space exploration. Jedrzej has an academic and industrial background in computer science and aerospace engineering. As a system engineer and project manager for balloon experiment, Jedrzej and his team designed and built an experiment from scratch. Its scientific goal is to study the chlorofluorocarbon (CFC) decaying process called Project FREDE (FREon Dacay Experiment). From technical perspective, it’s a mobile laboratory can operate on the ground and in the stratosphere conditions. His path to the space sector was boosted through a unique internship at the ESA Education Office (ESTEC, The Netherlands) as a software developer for the GENSO project (Global Educational Network for Satellite Operations). Before that, he had the occasion to work with other major industrial players like Google and IBM and conduct research projects at the University of Mondragon (Pais Basco, Spain) in area of hardware and system modeling. In August 2014, Jedrzej graduated from the International Space University after participation in Space Studies Program in Montreal. FREDE experiment was launched on the 7th of October 2015. New prototype is under construction.

==Karolina Zawieska==
Karolina Zawieska is a researcher in the field of Human-Robot Interaction. Having a background in sociology and social science, she obtained her PhD degree in Inclusive Design & Creative Technology Innovation from UCD SMARTlab, Ireland. She has also been affiliated with the Industrial Research Institute for Automation and Measurements PIAP, Poland. Her research interests include different social and ethical aspects of robotics, in particular, anthropomorphism inherent to different forms of human-robot interactions.

==Krzysztof Jędrzejak==
Press officer at Crew 176. The possibility of documenting and publishing first, fully Polish crew is an extremely exciting initiative. This kind of expedition is really important not only for participants, but also for early-stage projects and its creators.

[http://mdrs2016.marssociety.org/crew-176/index.html]

Crew 176 - PolMars

2019-03-17T00:26:54Z

Cmontanez2018: Headings added, grammar fixed, space added where appropriate.

[[Category: Mars Desert Research Station]]

== Natalia Zalewska – Crew Commander ==
Natalia Zalewska graduated the University of Warsaw with a Masters degree in Geology. She got her Ph.D. at Space Reseach Centre of Polish Academy of Sciences.

Currently, she continues her work for SRC PAS and since 2014 she also works for Institute of Aviation in Warsaw. For years she’s been involved in Martian geology and she participated in many projects researching this planet’s surface. She specializes in interpreting infrared spectra, the geology of Martian analogs ,and deals with issues of origin and presence of water on the planets of our Solar System.

In 2005 she took part in the Mars Desert Research Station in Utah (MDRS) as a geologist of Crew 33.

Now as a commander of Polish crew, she will continue expanding the research on similar processes occurring on the surface of Mars and at the desert of Utah.

Natalia is also passionate about the theater. After getting her degree in geology she graduated from acting school. She also plays violin since childhood.

== Michał Kazaniecki ==
Third year student of Robotics and Automation at Warsaw University of Technology. Michal's main interest as an engineer is electronics, especially interfacing with lower-level devices. As a member of Students’ Space Association (SKA), he was one of creators of Ares Martian Rover (its main motor drivers, manipulator and sensors). He took part in European Rover Challenge 2015 and 2016 and University Rover Challenge 2016. Currently, he is a leader of SKA Robotics – a robotic division of Association, but also takes part in development of rovers and robots. Participation in MDRS is an opportunity to take completely different approach to space exploration and to gather experience.

== Jędrzej Górski ==
Jedrzej Gorski is a Ph.D. candidate at Wroclaw University of Science and Technology (Poland), founder of Wroclaw Space and Aviation Group (WSAG). Since early childhood he was dreaming about flying and space exploration. Jedrzej has an academic and industrial background in computer science and aerospace engineering. As a system engineer and project manager for balloon experiment, Jedrzej and his team designed and built an experiment from scratch. Its scientific goal is to study the chlorofluorocarbon (CFC) decaying process called Project FREDE (FREon Dacay Experiment). From technical perspective, it’s a mobile laboratory can operate on the ground and in the stratosphere conditions. His path to the space sector was boosted through a unique internship at the ESA Education Office (ESTEC, The Netherlands) as a software developer for the GENSO project (Global Educational Network for Satellite Operations). Before that, he had the occasion to work with other major industrial players like Google and IBM and conduct research projects at the University of Mondragon (Pais Basco, Spain) in area of hardware and system modeling. In August 2014, Jedrzej graduated from the International Space University after participation in Space Studies Program in Montreal. FREDE experiment was launched on the 7th of October 2015. New prototype is under construction.

== Karolina Zawieska ==
Karolina Zawieska is a researcher in the field of Human-Robot Interaction. Having a background in sociology and social science, she obtained her PhD degree in Inclusive Design & Creative Technology Innovation from UCD SMARTlab, Ireland. She has also been affiliated with the Industrial Research Institute for Automation and Measurements PIAP, Poland. Her research interests include different social and ethical aspects of robotics, in particular, anthropomorphism inherent to different forms of human-robot interactions.

== Krzysztof Jędrzejak ==
Press officer at Crew 176. The possibility of documenting and publishing first, fully Polish crew is an extremely exciting initiative. This kind of expedition is really important not only for participants, but also for early-stage projects and its creators.

[http://mdrs2016.marssociety.org/crew-176/index.html]

Crew 177 - Lonestar Highlanders

2019-03-17T00:12:03Z

Cmontanez2018: Placed headings, fixed grammar, added needed space between crew members

Crew 178 - UCL to Mars

2019-03-16T23:44:14Z

Cmontanez2018:

[[Category: Mars Desert Research Station]]

==Aurian d’Avernas – Commander==
Aurian d’Avernas is currently in his second year of Master in electromechanical civil engineering mechatronics orientation. During his brief experience in previous business engineering studies, he has developed useful team management skills on both a financial and group dynamics levels. It is in this way, that he took part of the “Watt for Africa project” in July 2014 to install a photovoltaic system in order to supply autonomously a telecommunication relay in Benin together with two engineer students. More recently, he participated in the European robotics contest “Eurobot” within a group of five engineering students and got a strong practical experience in the mechanical, electronic, and computer design. His master thesis addresses the autonomous control of a group of quadcopters into an unknown environment.

About passions, he likes playing badminton, sailing, surfing and practicing Yoseikan-Budo to keep a good physical health, together with playing drum and saxophone.

==Calogero Montedoro – XO & Crew Biologist==
Calogero Montedoro is a graduate in neuropsychology, in cognitive neurosciences, and in biology. He currently pursues a PhD thesis in biology of behavior. During his years at University, he led many projects all around the world. Passionate about astronomy and adventure, this expedition was tailored for him. Second in Command Executive Officer and Crew Biologist, he will conduct experiments in the fields of life sciences and managing vital resources and relationships in close environments. This will ensure the supervision of the greenhouse and will investigate the topography of the Red Planet throughout geomatics studies.

==Elke Mergny – Crew Geologist==
Elke Mergny begins this year as a PhD student in the University of Liège (Ulg) in the field of structures; especially about the study of fire resistance of buildings. Before this thesis, she had studied civil engineering in construction and graduated with Magna Cum Laude at the University of Louvain (UCL). Her studies allowed her to acquire a lot of skills through participation in various activities. During her bachelor, she chose to be involved in a student association called the AGL where she developed many communication skills and a sense of organization. In her masters, she supervised exercise sessions in geology and chemistry for twenty students. After her studies, she conducted two years of research at UCL about the influence of cracks in the timber beams. Within UCL, she also continued to give practical sessions in the field of steel structures and prestressed concrete.

She is passionate about science and carries on to follow MOOC courses (online courses). She also loves music and follows courses in music theory and singing.

==Mathieu Vander Donckt – Crew Scientist & Journalist==
Mathieu Vander Donckt has always been passionate about sciences. He is currently studying chemistry at the University of Louvain, doing his master thesis in structural chemistry and adsorption of gases. His interest in astronomy and space lead him to participate in projects that allow him to acquire new knowledge or share it. This is why he wants to stay at the Mars Desert Research Station. He is also a member of the Kot Astro, a student association that promotes astronomy on the campus of Louvain-La-Neuve. He occasionally teaches space to children, and does not miss an opportunity to talk about the stars.

His hobbies include reading, DIY, geology, stargazing, astrophotography and hiking. His favourite destinations are the Alps and the Pyrenees mountains where he can walk for several days. He also likes chess and riddles.

In addition to his W-Rray diffraction experiment, Mathieu will act as the journalist of the crew and inform the general public about the progress of the mission.

==Nathalie Dupont – Health and Safety Officer==
Nathalie Dupont completed her bachelor's in physiotherapy and rehabilitation at the University of Louvain (UCL). After her last year, she planed on continuing her studies with a masters in Management at ICHEC and complete her physiotherapy training with specialization courses in the field of sports physiotherapy and maternity. Currently, she is working on her master thesis having it relate to the study of the biomechanics of running and knee injuries.

She did scouting during twelve years as activity leader and then chief. This experience had given her the taste for adventure, team spirit, and resourcefulness. As chief, she always loved taking on the role of a rescuer responsible leader. It is not a coincidence if today she obtains her BEPS and is the “Health and Safety Officer” of our mission.

Dynamic and involved, she is implied for her third year on the project “Carpestudentem”. She learned there how to live every day with one team and evolve together around a specific project for different challenges.

In terms of interests, Nathalie loves many sports such as running, fitness, windsurfing, hiking, skiing and swimming. But she also loves everything related to music (She plays the transverse flute and is volunteer in a festival), traveling, reading and photography and video editing.

==Quentin Thomas – Crew Astronomer==
Quentin Thomas is currently in his third bachelor year in physical sciences at the University of Louvain, with an option in mechanics. He plans to do researches in the field of quantum physics. His dream is moreover to work as a physicist scientist for ESA. Fascinated by physics for a long time, he followed several astronomy courses at the Observatoire Centre Ardenne in Belgium.

He was instructor in a summer camp for two weeks in the South of France for 14-16 years old teens for several years. He is currently part of “Kotangente”, a student association promoting mathematics and physics on the campus of Louvain-la-Neuve University.

He is passionate about music. He played piano for 4 years and guitar for 5 years. He also practices many sports such as football, swimming and tennis. He was also captain of a football team for 3 years. He loves reading many books, mainly about physics but also likes travel books and plays.

==Damien Mertens – Crew Engineer==
Currently, Damien Mertens is an engineering student in his third bachelor year. Within his degree, Damien specializes in electricity and applied mathematics. His interest for aeronautics and space dates back to his childhood where it was spent in Houston, Texas. The are where Damien spent his childhood was near near the Johnson Space Center, which he frequently visited.

Passionate about his engineering studies, he found a way to put his theoretical courses into practice. This year, he was Head of the Engineering Business Unit of LSM Council, the Junior Enterprise of UCL. The real-life projects he fulfilled for clients in IT and engineering, such as mechanical and electrical prototyping, will certainly be useful for his job as a Crew Engineer.

Damien is quite active in extra-academic activities, and loves to dedicate himself to projects unrelated to his studies. For example, he spent 3 years in the team of the Jeugd Parlement Jeunesse, a youth simulation of the Belgian Parliament. Additionally, he is Chief Leader in a boy-scout team, entertaining 60 boy scouts from 12 to 18 years old. Over the years, that experience taught him to be resourceful and developed his leadership and group skills.

Even if he does not know where he will be in 5 years (he is equally interested in a diplomatic career as to be one of the first astronauts to set foot on the Red Planet), he is impatient to have an overview on the astronaut’s life, and apply his telecommunications courses to his experiment.

[http://mdrs2016.marssociety.org/crew-178/index.html]

Crew 178 - UCL to Mars

2019-03-16T23:42:54Z

Cmontanez2018: Grammar changes, headings applied, space added between crew members

[[Category: Mars Desert Research Station]]

==Aurian d’Avernas – Commander==
Aurian d’Avernas is currently in his second year of Master in electromechanical civil engineering mechatronics orientation. During his brief experience in previous business engineering studies, he has developed useful team management skills on both a financial and group dynamics levels. It is in this way, that he took part of the “Watt for Africa project” in July 2014 to install a photovoltaic system in order to supply autonomously a telecommunication relay in Benin together with two engineer students. More recently, he participated in the European robotics contest “Eurobot” within a group of five engineering students and got a strong practical experience in the mechanical, electronic, and computer design. His master thesis addresses the autonomous control of a group of quadcopters into an unknown environment.

About passions, he likes playing badminton, sailing, surfing and practicing Yoseikan-Budo to keep a good physical health, together with playing drum and saxophone.

== Calogero Montedoro – XO & Crew Biologist ==
Calogero Montedoro is a graduate in neuropsychology, in cognitive neurosciences, and in biology. He currently pursues a PhD thesis in biology of behavior. During his years at University, he led many projects all around the world. Passionate about astronomy and adventure, this expedition was tailored for him. Second in Command Executive Officer and Crew Biologist, he will conduct experiments in the fields of life sciences and managing vital resources and relationships in close environments. This will ensure the supervision of the greenhouse and will investigate the topography of the Red Planet throughout geomatics studies.

== Elke Mergny – Crew Geologist ==
Elke Mergny begins this year as a PhD student in the University of Liège (Ulg) in the field of structures; especially about the study of fire resistance of buildings. Before this thesis, she had studied civil engineering in construction and graduated with Magna Cum Laude at the University of Louvain (UCL). Her studies allowed her to acquire a lot of skills through participation in various activities. During her bachelor, she chose to be involved in a student association called the AGL where she developed many communication skills and a sense of organization. In her masters, she supervised exercise sessions in geology and chemistry for twenty students. After her studies, she conducted two years of research at UCL about the influence of cracks in the timber beams. Within UCL, she also continued to give practical sessions in the field of steel structures and prestressed concrete.

She is passionate about science and carries on to follow MOOC courses (online courses). She also loves music and follows courses in music theory and singing.

== Mathieu Vander Donckt – Crew Scientist & Journalist ==
Mathieu Vander Donckt has always been passionate about sciences. He is currently studying chemistry at the University of Louvain, doing his master thesis in structural chemistry and adsorption of gases. His interest in astronomy and space lead him to participate in projects that allow him to acquire new knowledge or share it. This is why he wants to stay at the Mars Desert Research Station. He is also a member of the Kot Astro, a student association that promotes astronomy on the campus of Louvain-La-Neuve. He occasionally teaches space to children, and does not miss an opportunity to talk about the stars.

His hobbies include reading, DIY, geology, stargazing, astrophotography and hiking. His favourite destinations are the Alps and the Pyrenees mountains where he can walk for several days. He also likes chess and riddles.

In addition to his W-Rray diffraction experiment, Mathieu will act as the journalist of the crew and inform the general public about the progress of the mission.

== Nathalie Dupont – Health and Safety Officer ==
Nathalie Dupont completed her bachelor's in physiotherapy and rehabilitation at the University of Louvain (UCL). After her last year, she planed on continuing her studies with a masters in Management at ICHEC and complete her physiotherapy training with specialization courses in the field of sports physiotherapy and maternity. Currently, she is working on her master thesis having it relate to the study of the biomechanics of running and knee injuries.

She did scouting during twelve years as activity leader and then chief. This experience had given her the taste for adventure, team spirit, and resourcefulness. As chief, she always loved taking on the role of a rescuer responsible leader. It is not a coincidence if today she obtains her BEPS and is the “Health and Safety Officer” of our mission.

Dynamic and involved, she is implied for her third year on the project “Carpestudentem”. She learned there how to live every day with one team and evolve together around a specific project for different challenges.

In terms of interests, Nathalie loves many sports such as running, fitness, windsurfing, hiking, skiing and swimming. But she also loves everything related to music (She plays the transverse flute and is volunteer in a festival), traveling, reading and photography and video editing.

== Quentin Thomas – Crew Astronomer ==
Quentin Thomas is currently in his third bachelor year in physical sciences at the University of Louvain, with an option in mechanics. He plans to do researches in the field of quantum physics. His dream is moreover to work as a physicist scientist for ESA. Fascinated by physics for a long time, he followed several astronomy courses at the Observatoire Centre Ardenne in Belgium.

He was instructor in a summer camp for two weeks in the South of France for 14-16 years old teens for several years. He is currently part of “Kotangente”, a student association promoting mathematics and physics on the campus of Louvain-la-Neuve University.

He is passionate about music. He played piano for 4 years and guitar for 5 years. He also practices many sports such as football, swimming and tennis. He was also captain of a football team for 3 years. He loves reading many books, mainly about physics but also likes travel books and plays.

== Damien Mertens – Crew Engineer ==
Currently, Damien Mertens is an engineering student in his third bachelor year. Within his degree, Damien specializes in electricity and applied mathematics. His interest for aeronautics and space dates back to his childhood where it was spent in Houston, Texas. The are where Damien spent his childhood was near near the Johnson Space Center, which he frequently visited.

Passionate about his engineering studies, he found a way to put his theoretical courses into practice. This year, he was Head of the Engineering Business Unit of LSM Council, the Junior Enterprise of UCL. The real-life projects he fulfilled for clients in IT and engineering, such as mechanical and electrical prototyping, will certainly be useful for his job as a Crew Engineer.

Damien is quite active in extra-academic activities, and loves to dedicate himself to projects unrelated to his studies. For example, he spent 3 years in the team of the Jeugd Parlement Jeunesse, a youth simulation of the Belgian Parliament. Additionally, he is Chief Leader in a boy-scout team, entertaining 60 boy scouts from 12 to 18 years old. Over the years, that experience taught him to be resourceful and developed his leadership and group skills.

Even if he does not know where he will be in 5 years (he is equally interested in a diplomatic career as to be one of the first astronauts to set foot on the Red Planet), he is impatient to have an overview on the astronaut’s life, and apply his telecommunications courses to his experiment.

[http://mdrs2016.marssociety.org/crew-178/index.html]

Crew 178 - UCL to Mars

2019-03-16T23:04:52Z

Cmontanez2018:

[[Category: Mars Desert Research Station]]

== Aurian d’Avernas – Commander ==
Aurian d’Avernas is currently in his second year of Master in electromechanical civil engineering, mechatronics orientation. During his brief experience in previous business engineering studies, he has developed useful team management skills, on both a financial and group dynamics levels. It is in this way that he took part of the “Watt for Africa project” in July 2014 to install a photovoltaic system in order to supply autonomously a telecommunication relay in Benin, together with two engineer students. More recently, he participated to the European robotics contest “Eurobot” within a group of five engineer students and got a strong practical experience in the mechanical, electronic and computer design. His master thesis addresses the autonomous control of a group of quadcopters into an unknown environment. About passions, he likes playing badminton, sailing, surfing and practicing Yoseikan-Budo to keep a good physical health, together with playing drum and saxophone.

Calogero Montedoro – XO & Crew Biologist

Calogero Montedoro is a graduate in neuropsychology, in cognitive neurosciences and in biology. He currently pursues a PhD thesis in biology of behavior. During his years at University, he led many projects all around the world. Passionate about astronomy and adventure, this expedition was tailored for him. Second in Command Executive Officer and Crew Biologist, he will conduct experiments in the fields of life sciences and managing vital resources and relationships in close environments, will ensure the supervision of the greenhouse and will investigate the topography of the Red Planet throughout geomatics studies.
Elke Mergny – Crew Geologist

Elke Mergny begins this year a PhD in the University of Liège (Ulg) in the field of structures, especially about the study of fire resistance of buildings. Before this thesis, she have studied civil engineering in construction and graduated with Magna cum laude at the University of Louvain (UCL).
Her studies allowed her to acquire a lot of skills through participation in various activities. During her bachelor, she chose to be involved in a student association called the AGL where she developed many communication skills and a sense of organization. In master, she supervised exercise sessions in geology and chemistry, for twenty students. After her studies she conducted two years of research at UCL about the influence of cracks in the timber beams and continued to give practical sessions in the field of steel structures and prestressed concrete.
She is passionate about science and carries on to follow MOOC courses (online courses). She also loves music and follows courses in music theory and singing.

Mathieu Vander Donckt – Crew Scientist & Journalist

Mathieu Vander Donckt has always been passionate about sciences. He is currently studying chemistry at the University of Louvain, doing his master thesis in structural chemistry and adsorption of gases.
His interest in astronomy and space leads him to participate in projects that allow him to acquire new knowledge or share it. This is why he wants to stay at the Mars Desert Research Station. He is also a member of the Kot Astro, a student association that promotes astronomy on the campus of Louvain-La-Neuve. He occasionally teaches space to children, and does not miss an opportunity to talk about the stars.
His hobbies include reading, DIY, geology, stargazing, astrophotography and hiking. His favourite destinations are the Alps and the Pyrenees mountains where he can walk for several days. He also likes chess and riddles.
In addition to his W-Rray diffraction experiment, Mathieu will act as the journalist of the crew and inform the general public about the progress of the mission.

Nathalie Dupont – Health and Safety Officer

Nathalie Dupont is completing last year in physiotherapy and rehabilitation at the University of Louvain (UCL). After her last year, she plans to continue her studies with a master in Management at ICHEC and complete her physiotherapy training with specialization courses in the field of sports physiotherapy and maternity. She is currently working on her master thesis. This thesis is related to the study of the biomechanics of running and knee injuries.
She did scouting during twelve years as activity leader and then chief. This experience had given her the taste for adventure, team spirit and resourcefulness. As chief, she always loved taking on the role of rescuer responsible leader and it is not a coincidence if today she obtains her BEPS and is the “Health and Safety Officer” of our mission.
Dynamic and involved, she is implied for her third year on the project “Carpestudentem”. She learned there how to live every day with one team and evolve together around a specific project for different challenges.
In terms of interests, Nathalie loves many sports such as running, fitness, windsurfing, hiking, skiing and swimming. But she also loves everything related to music (She plays the transverse flute and is volunteer in a festival), traveling, reading and photography and video editing.

Quentin Thomas – Crew Astronomer

Quentin Thomas is currently in 3rd bachelor year in physical sciences at the University of Louvain, with an option in mechanics. He plans to do researches in the field of quantum physics. His dream is moreover to work as a physicist scientist for ESA.
Fascinated by physics for a long time, he followed several astronomy courses at the Observatoire Centre Ardenne in Belgium.
He was instructor in a summer camp for two weeks in the South of France for 14-16 years old teens for several years. He is currently part of “Kotangente”, a student association promoting mathematics and physics on the campus of Louvain-la-Neuve University.
He is passionate about music. He plays piano for 4 years and guitar for 5 years. He also practices many sports such as football, swimming and tennis. He was also captain of a football team for 3 years. He loves reading many books, mainly about physics but also likes travel books and plays.

Damien Mertens – Crew Engineer

Currently an engineering student in his third year of bachelor, Damien specializes in electricity and applied mathematics. His interest for aeronautics and space dates back to his childhood spent in Houston (Texas), near the Johnson Space Center he frequently visited.
Passionate about his engineering studies, he found a way to put his theoretical courses into practice. This year, he was Head of the Engineering Business Unit of LSM Conseil, the Junior Enterprise of UCL. The real-life projects he fulfilled for clients in IT and engineering, such as mechanical and electrical prototyping, will certainly be useful for his job as a Crew Engineer.
Damien is quite active in extra-academic activities, and loves to dedicate himself to projects unrelated to his studies. For example, he spent 3 years in the team of the Jeugd Parlement Jeunesse, a youth simulation of the Belgian Parliament. Additionally, he is Chief Leader in a boy-scout team, entertaining 60 boy scouts from 12 to 18 years old. Over the years, that experience taught him to be resourceful and developed his leadership and group skills.
Even if he does not know where he will be in 5 years (he is equally interested in a diplomatic career as to be one of the first astronauts to set foot on the Red Planet), he is impatient to have an overview on the astronaut’s life, and apply his telecommunications courses to his experiment.

[http://mdrs2016.marssociety.org/crew-178/index.html]

Crew 178 - UCL to Mars

2019-03-16T22:12:42Z

Cmontanez2018:

[[Category: Mars Desert research Station]]

== Aurian d’Avernas – Commander ==
Aurian d’Avernas is currently in his second year of Master in electromechanical civil engineering, mechatronics orientation. During his brief experience in previous business engineering studies, he has developed useful team management skills, on both a financial and group dynamics levels. It is in this way that he took part of the “Watt for Africa project” in July 2014 to install a photovoltaic system in order to supply autonomously a telecommunication relay in Benin, together with two engineer students. More recently, he participated to the European robotics contest “Eurobot” within a group of five engineer students and got a strong practical experience in the mechanical, electronic and computer design. His master thesis addresses the autonomous control of a group of quadcopters into an unknown environment. About passions, he likes playing badminton, sailing, surfing and practicing Yoseikan-Budo to keep a good physical health, together with playing drum and saxophone.

Calogero Montedoro – XO & Crew Biologist

Calogero Montedoro is a graduate in neuropsychology, in cognitive neurosciences and in biology. He currently pursues a PhD thesis in biology of behavior. During his years at University, he led many projects all around the world. Passionate about astronomy and adventure, this expedition was tailored for him. Second in Command Executive Officer and Crew Biologist, he will conduct experiments in the fields of life sciences and managing vital resources and relationships in close environments, will ensure the supervision of the greenhouse and will investigate the topography of the Red Planet throughout geomatics studies.
Elke Mergny – Crew Geologist

Elke Mergny begins this year a PhD in the University of Liège (Ulg) in the field of structures, especially about the study of fire resistance of buildings. Before this thesis, she have studied civil engineering in construction and graduated with Magna cum laude at the University of Louvain (UCL).
Her studies allowed her to acquire a lot of skills through participation in various activities. During her bachelor, she chose to be involved in a student association called the AGL where she developed many communication skills and a sense of organization. In master, she supervised exercise sessions in geology and chemistry, for twenty students. After her studies she conducted two years of research at UCL about the influence of cracks in the timber beams and continued to give practical sessions in the field of steel structures and prestressed concrete.
She is passionate about science and carries on to follow MOOC courses (online courses). She also loves music and follows courses in music theory and singing.

Mathieu Vander Donckt – Crew Scientist & Journalist

Mathieu Vander Donckt has always been passionate about sciences. He is currently studying chemistry at the University of Louvain, doing his master thesis in structural chemistry and adsorption of gases.
His interest in astronomy and space leads him to participate in projects that allow him to acquire new knowledge or share it. This is why he wants to stay at the Mars Desert Research Station. He is also a member of the Kot Astro, a student association that promotes astronomy on the campus of Louvain-La-Neuve. He occasionally teaches space to children, and does not miss an opportunity to talk about the stars.
His hobbies include reading, DIY, geology, stargazing, astrophotography and hiking. His favourite destinations are the Alps and the Pyrenees mountains where he can walk for several days. He also likes chess and riddles.
In addition to his W-Rray diffraction experiment, Mathieu will act as the journalist of the crew and inform the general public about the progress of the mission.

Nathalie Dupont – Health and Safety Officer

Nathalie Dupont is completing last year in physiotherapy and rehabilitation at the University of Louvain (UCL). After her last year, she plans to continue her studies with a master in Management at ICHEC and complete her physiotherapy training with specialization courses in the field of sports physiotherapy and maternity. She is currently working on her master thesis. This thesis is related to the study of the biomechanics of running and knee injuries.
She did scouting during twelve years as activity leader and then chief. This experience had given her the taste for adventure, team spirit and resourcefulness. As chief, she always loved taking on the role of rescuer responsible leader and it is not a coincidence if today she obtains her BEPS and is the “Health and Safety Officer” of our mission.
Dynamic and involved, she is implied for her third year on the project “Carpestudentem”. She learned there how to live every day with one team and evolve together around a specific project for different challenges.
In terms of interests, Nathalie loves many sports such as running, fitness, windsurfing, hiking, skiing and swimming. But she also loves everything related to music (She plays the transverse flute and is volunteer in a festival), traveling, reading and photography and video editing.

Quentin Thomas – Crew Astronomer

Quentin Thomas is currently in 3rd bachelor year in physical sciences at the University of Louvain, with an option in mechanics. He plans to do researches in the field of quantum physics. His dream is moreover to work as a physicist scientist for ESA.
Fascinated by physics for a long time, he followed several astronomy courses at the Observatoire Centre Ardenne in Belgium.
He was instructor in a summer camp for two weeks in the South of France for 14-16 years old teens for several years. He is currently part of “Kotangente”, a student association promoting mathematics and physics on the campus of Louvain-la-Neuve University.
He is passionate about music. He plays piano for 4 years and guitar for 5 years. He also practices many sports such as football, swimming and tennis. He was also captain of a football team for 3 years. He loves reading many books, mainly about physics but also likes travel books and plays.

Damien Mertens – Crew Engineer

Currently an engineering student in his third year of bachelor, Damien specializes in electricity and applied mathematics. His interest for aeronautics and space dates back to his childhood spent in Houston (Texas), near the Johnson Space Center he frequently visited.
Passionate about his engineering studies, he found a way to put his theoretical courses into practice. This year, he was Head of the Engineering Business Unit of LSM Conseil, the Junior Enterprise of UCL. The real-life projects he fulfilled for clients in IT and engineering, such as mechanical and electrical prototyping, will certainly be useful for his job as a Crew Engineer.
Damien is quite active in extra-academic activities, and loves to dedicate himself to projects unrelated to his studies. For example, he spent 3 years in the team of the Jeugd Parlement Jeunesse, a youth simulation of the Belgian Parliament. Additionally, he is Chief Leader in a boy-scout team, entertaining 60 boy scouts from 12 to 18 years old. Over the years, that experience taught him to be resourceful and developed his leadership and group skills.
Even if he does not know where he will be in 5 years (he is equally interested in a diplomatic career as to be one of the first astronauts to set foot on the Red Planet), he is impatient to have an overview on the astronaut’s life, and apply his telecommunications courses to his experiment.

[http://mdrs2016.marssociety.org/crew-178/index.html]

Crew 178 - UCL to Mars

2019-03-16T22:11:45Z

Cmontanez2018:

[[Category: Mars Desert research Station]]

Aurian d’Avernas – Commander

Aurian d’Avernas is currently in his second year of Master in electromechanical civil engineering, mechatronics orientation. During his brief experience in previous business engineering studies, he has developed useful team management skills, on both a financial and group dynamics levels. It is in this way that he took part of the “Watt for Africa project” in July 2014 to install a photovoltaic system in order to supply autonomously a telecommunication relay in Benin, together with two engineer students. More recently, he participated to the European robotics contest “Eurobot” within a group of five engineer students and got a strong practical experience in the mechanical, electronic and computer design. His master thesis addresses the autonomous control of a group of quadcopters into an unknown environment. About passions, he likes playing badminton, sailing, surfing and practicing Yoseikan-Budo to keep a good physical health, together with playing drum and saxophone.

Calogero Montedoro – XO & Crew Biologist

Calogero Montedoro is a graduate in neuropsychology, in cognitive neurosciences and in biology. He currently pursues a PhD thesis in biology of behavior. During his years at University, he led many projects all around the world. Passionate about astronomy and adventure, this expedition was tailored for him. Second in Command Executive Officer and Crew Biologist, he will conduct experiments in the fields of life sciences and managing vital resources and relationships in close environments, will ensure the supervision of the greenhouse and will investigate the topography of the Red Planet throughout geomatics studies.
Elke Mergny – Crew Geologist

Elke Mergny begins this year a PhD in the University of Liège (Ulg) in the field of structures, especially about the study of fire resistance of buildings. Before this thesis, she have studied civil engineering in construction and graduated with Magna cum laude at the University of Louvain (UCL).
Her studies allowed her to acquire a lot of skills through participation in various activities. During her bachelor, she chose to be involved in a student association called the AGL where she developed many communication skills and a sense of organization. In master, she supervised exercise sessions in geology and chemistry, for twenty students. After her studies she conducted two years of research at UCL about the influence of cracks in the timber beams and continued to give practical sessions in the field of steel structures and prestressed concrete.
She is passionate about science and carries on to follow MOOC courses (online courses). She also loves music and follows courses in music theory and singing.

Mathieu Vander Donckt – Crew Scientist & Journalist

Mathieu Vander Donckt has always been passionate about sciences. He is currently studying chemistry at the University of Louvain, doing his master thesis in structural chemistry and adsorption of gases.
His interest in astronomy and space leads him to participate in projects that allow him to acquire new knowledge or share it. This is why he wants to stay at the Mars Desert Research Station. He is also a member of the Kot Astro, a student association that promotes astronomy on the campus of Louvain-La-Neuve. He occasionally teaches space to children, and does not miss an opportunity to talk about the stars.
His hobbies include reading, DIY, geology, stargazing, astrophotography and hiking. His favourite destinations are the Alps and the Pyrenees mountains where he can walk for several days. He also likes chess and riddles.
In addition to his W-Rray diffraction experiment, Mathieu will act as the journalist of the crew and inform the general public about the progress of the mission.

Nathalie Dupont – Health and Safety Officer

Nathalie Dupont is completing last year in physiotherapy and rehabilitation at the University of Louvain (UCL). After her last year, she plans to continue her studies with a master in Management at ICHEC and complete her physiotherapy training with specialization courses in the field of sports physiotherapy and maternity. She is currently working on her master thesis. This thesis is related to the study of the biomechanics of running and knee injuries.
She did scouting during twelve years as activity leader and then chief. This experience had given her the taste for adventure, team spirit and resourcefulness. As chief, she always loved taking on the role of rescuer responsible leader and it is not a coincidence if today she obtains her BEPS and is the “Health and Safety Officer” of our mission.
Dynamic and involved, she is implied for her third year on the project “Carpestudentem”. She learned there how to live every day with one team and evolve together around a specific project for different challenges.
In terms of interests, Nathalie loves many sports such as running, fitness, windsurfing, hiking, skiing and swimming. But she also loves everything related to music (She plays the transverse flute and is volunteer in a festival), traveling, reading and photography and video editing.

Quentin Thomas – Crew Astronomer

Quentin Thomas is currently in 3rd bachelor year in physical sciences at the University of Louvain, with an option in mechanics. He plans to do researches in the field of quantum physics. His dream is moreover to work as a physicist scientist for ESA.
Fascinated by physics for a long time, he followed several astronomy courses at the Observatoire Centre Ardenne in Belgium.
He was instructor in a summer camp for two weeks in the South of France for 14-16 years old teens for several years. He is currently part of “Kotangente”, a student association promoting mathematics and physics on the campus of Louvain-la-Neuve University.
He is passionate about music. He plays piano for 4 years and guitar for 5 years. He also practices many sports such as football, swimming and tennis. He was also captain of a football team for 3 years. He loves reading many books, mainly about physics but also likes travel books and plays.

Damien Mertens – Crew Engineer

Currently an engineering student in his third year of bachelor, Damien specializes in electricity and applied mathematics. His interest for aeronautics and space dates back to his childhood spent in Houston (Texas), near the Johnson Space Center he frequently visited.
Passionate about his engineering studies, he found a way to put his theoretical courses into practice. This year, he was Head of the Engineering Business Unit of LSM Conseil, the Junior Enterprise of UCL. The real-life projects he fulfilled for clients in IT and engineering, such as mechanical and electrical prototyping, will certainly be useful for his job as a Crew Engineer.
Damien is quite active in extra-academic activities, and loves to dedicate himself to projects unrelated to his studies. For example, he spent 3 years in the team of the Jeugd Parlement Jeunesse, a youth simulation of the Belgian Parliament. Additionally, he is Chief Leader in a boy-scout team, entertaining 60 boy scouts from 12 to 18 years old. Over the years, that experience taught him to be resourceful and developed his leadership and group skills.
Even if he does not know where he will be in 5 years (he is equally interested in a diplomatic career as to be one of the first astronauts to set foot on the Red Planet), he is impatient to have an overview on the astronaut’s life, and apply his telecommunications courses to his experiment.

[http://mdrs2016.marssociety.org/crew-178/index.html]

Crew 179 - Wilderness Medical Society

2019-03-16T19:44:50Z

Cmontanez2018: Applied heading when appropriate, fixed grammar, eliminated excess space

[[Category: Mars Desert Research Station]]

== Benjamin Easter – Commander ==
Benjamin Easter is an Emergency Medicine physician at the University of Colorado School of Medicine. He graduated from Harvard Medical School and completed residency at Denver Health Medical Center. He is currently doing a fellowship in Operations, Quality, and Safety at University of Colorado Hospital. His interests include space medicine and wilderness medicine.

== Dr Alicia Tucker – Behavioral Health Officer ==
Dr. Alicia Tucker, FACEM, FAWM, MBBS(hons), BMedSci, is an Emergency Physician from Hobart, Tasmania, Australia. Alicia has previously worked with The Royal Flying Doctors Service in Outback Australia and as a Ships Physician on Expedition Ice breakers to the Antarctic Peninsula. Alicia has Fellowships in both Emergency Medicine and Wilderness Medicine and has professional interests of Trauma and Medical Education. As a child, Alicia was fascinated by the wonder of Space. Having worked in austere environments before, she wanted to experience the challenge of living in one of the final frontiers and learning more about Aerospace Medicine with Crew 179 at the MDRS. Alicia wishes to thank her husband, Greg Stanton, for looking after their two boys, Griffin and Edgar, while she is on Mars.

== Winnie Romeril – Crew Mechanic ==
Winnie Romeril, MA, BA, FP-C, NR-P, CCEMTP, has been delivering critical medical care in rural & austere environments (US & Haiti) for over 20 years, and is currently working as a flight paramedic in upstate NY. She has 25+ years of public speaking expertise as a crisis spokesperson (in English and Spanish), lecturer and training consultant for groups operating in global conflict environments, catastrophic disasters and epidemics, including travel to over 40 countries. She is currently finishing up her FAWM.

== Richard Cole – Health and Safety Officer ==
Richard Cole completed an emergency medicine and aerospace medicine residency in addition to an ultrasound fellowship. He practices emergency medicine and works for a NASA subcontractor where he served in multiple roles including a flight surgeon for three International Space Station expeditions. He is co-author of the current Space Medicine Chapter in Auerbach’s Wilderness Medicine textbook. Rick has served as the member-at-large of the Society of NASA Flight Surgeons, is an Associate Fellow of the Aerospace Medicine Association (AsMA), and has received numerous NASA awards.

== Dana Levin – Crew Journalist ==
Dana Levin is an Emergency Medicine Physician in Houston, Texas and currently training as a resident in Aerospace Medicine with UTMB. He Graduated Drexel University College of Medicine and went on to residency at New York Presbyterian before moving south. Prior to his career in medicine he trained as a pilot and a dive master and continues to pursue research interests in space and aviation medicine. He is also director of the Exploration Medicine podcast.

== Dinesh Deonarain – Executive Officer ==
Dinesh Deonarain is a general practitioner and urgent care doctor from Canada currently practicing in New Zealand. He has completed his fellowship in wilderness medicine (FAWM) in 2012 and a diploma in mountain medicine in 2014. His outdoor medicine experience includes recent volunteer work the Himalayan Rescue Association (HRA) in Nepal and training and expedition on all 7 continents. His interest in practicing in austere locations has led him to the ‘last frontier’ of wilderness medicine: space. He is excited about the opportunity of participating in a simulated extra-terrestrial environment at the Mars Desert Research Station in Utah.

== Kevin McCaffery – Crew Engineer ==
Kevin McCaffery is an Intensive Care Paediatrician who trained in Scotland but has spent the last decade practicing in Brisbane, Australia. His dichotomous personality simultaneously revels in both high technology critical care, and also creative problem solving in austere environments. With duct tape and paracord, usually. Kevin expects to complete his FAWM this year.

== Sarah Hulme – Astronaut Strength and Conditioning Coach ==
Sarah Hulme, BHB MBChB FRACS (Plastic), is a Plastic and Reconstructive Surgeon from Auckland, New Zealand. She is a keen mountaineer and climber and from expeditions conquering summits on earth – she has now set her sights further afar. She is interested in learning more about how teams of diverse high achieving individuals come together to function as effective team mates in challenging or austere conditions to achieve their goals. What applies to Everest expeditions has similarities with space missions- and hopefully this can also be applied to advocacy in advanced surgical training such as in Chairing the New Zealand Board of Plastic and Reconstructive Surgery.

== Adam Mildenberger – Crew Scientist ==
Adam Mildenberger is a first year rural family medicine resident Grand Prairie, Alberta, Canada. Adam believes there are strong similarities between rural medicine and space medicine, like working in resource limited areas and often with limited backup.

[http://mdrs2016.marssociety.org/crew-179/index.html]

Crew 182-Team Peru V

2019-03-16T19:32:01Z

Cmontanez2018: /* Atila Meszaros – Commander */

[[Category: Mars Desert Research Station]]

==Atila Meszaros – Commander==
Atila is an undergraduate biology Peruvian student in the Science and Philosophy Department at Universidad Peruana Cayetano Heredia. His main focus is Evolution specifically on Astrobiology. He’s a current member of the Peruvian Association of Astrobiology (ASPAST).

His project at Peru V is related to the effects of Martian environment in some varieties of Peruvian crops. Knowing which species have the potential to survive Martian conditions will increase the number of species that could grow on the red planet and will drive us a step forward to a successful colonization.

He’s passionate about the space sciences and he fervently believes that the achievements and discoveries that will be made in the following years, related to astrobiology, will not only take us one step beyond Earth, but a step further for the advance of the humankind.

However, these advances would be useless if they were not transmitted to others with the potential to get curious and to go forward to answer questions. For him there is no greater reward than sharing the passion and knowledge of science.

==Camila Castillo Vilcahuaman – XO==
Camila Castillo Vilcahuaman (born May, 1995) is the funniest biology student ever, or at least so she thinks. After reading the exciting adventures of a marine biologist and her pet dolphin, 6-year-old Camila decided she wanted to study marine biology, to have a pet dolphin to share adventures with. At school, she decided to form a little science club, to help her achieve her dreams. After an exciting documentary on the TV, Camila discovered tardigrades, super-powerful microorganisms, and their amazing capabilities to adapt themselves to extreme conditions. Since then, Camila dreamed of trying to modify a planet via microorganisms, to make it habitable for humans. She also deduced something about evolution during a bio-class at school, and since then, she thinks evolution is the most amazing event in our planet. She will soon finish her undergrad in Biology at Cayetano Heredia University.

Her opportunity at Space sciences arrived when she became a member of the peruvian Society for Astrobiology, where she could share interests with others. She participated in events related to space sciences, such as the ECI (International Scientific Encounter) as a speaker and space sciences workshops aimed at school students.

Her current interests are space sciences, evolution, computational analysis and microbial ecology. She is widely interested in how microorganisms interact with each other and their enviroment, and she thinks understanding this systems in various ecosystems (including other organisms like humans and plants) may be important to understand the evolution of life and could also help in the development of new techniques in biotechnology, which could be useful in future space explorations (maybe even terraform a planet). Camila also thinks that computers could help to analyze this massive amount of data.

As extracurricular activities, Camila likes to help her community as a volunteer in social projects. She also enjoys drawing, writing and listening to folk and rock music. She is interested in other areas of human knowledge such as literature, history and arts. Camila hopes to one day understand them all!

As a member of Team Peru V, she hopes to be one step further in her understanding of microbial ecosystems and to bring an exciting speech to her country, where science is still an unknown topic that a lot of people deserve to know better.

==Carmen Yhohaira Atauconcha Mendoza==
Carmen Yhohaira Atauconcha Mendoza born on April 11th, 1996 in Cusco, Peru. She is a chemical engineer recent graduated in the National University of San Antonio Abad, Cusco. Worked in ASPROC Agro-Food Industry as a Quality Assurance Technician. At the university, took part of the organizers of the First Chemical Engineering International Congress in Cusco and was part of the Chemical Engineering School’s circle of studies.

Since her childhood appreciates the beauty and mystery of the Earth, stars, overall, the space. She thinks that only a little part of the population, those who are good people, those who look beyond the horizon, are going to survive the final stage when the earth will ascertain its balance. She knows that because of the coming environmental crisis, it will be essential to leave the Earth, to colonize other planets; maybe for a while, maybe for forever.

She is interested in the improvement of Andean Food and its importance in the future as a source of food. Furthermore, according to Carmem: my land, Peru is a wealthy country in natural resources. In the future, I would like to teach childrens to love and take care of the land where we are born, Peru.”

==Brandon Ferguson==
Brandon Ferguson is from Irvine, California in the United States. Brandon study at Cal Poly Pomona as a geology major with an emphasis in geophysics and planetary science. He is interned at NASA Langley over the fall and work with the airbag testing team for Boeing’s CST-100 Starliner spacecraft. After graduate, wants to work at JPL, and continue to study Planetary Science. Presents a strong desire to explore the universe beyond the confines of our planet and would like to one day, be able to walk on another world.

==Julio Rezende==
Professor Julio F. D. Rezende is been a pioneer in Brazil promoting the education and research related to Mars and identifying some possible solutions to be applied in arid and semiarid regions, verifying issues related to the operation of self-sustainable habitats. Their interests is related to sustainability and innovation. In 2016, published a research about Mars during the 19th Mars Society Convention in Washington D. C.

In Brazil, coordinates 4 pioneering initiatives related to Mars education and science and technology popularization: the research station Habitat Marte, MarsLab – Laboratory of Technologies Applied to Mars and Semiarid, Mars Research Group – Mars and Arid Regions Settlements Sustainability, and the Museu Espaço Marte. He is also creating the Mars Society Brazil chapter.

The professor is interested in research about climate change, Mars, sustainable development of semiarid regions, economic development, entrepreneurship and sustainability practices. He is acting in sustainable construction in communities. Rezende is Bachelor in Management and Psychology, master and PhD on Sustainability at the Universidade Federal do Rio Grande do Norte (UFRN) and concluded the post doc in University of Central Florida (UCF) researching about the support of Business Incubators and Science Parks in the creation of new clean tech companies. Julio Rezende has published more than 10 books about sustainability and innovation teaching in the Industrial Engineering Department of Universidade Federal do Rio Grande do Norte (UFRN).

Rezende is president of the Management Council in Brazil (CRA-RN), innovation director of Foundation of Support of Rio Grande do Norte’s Research (FAPERN), performing lectures in different countries about sustainability, innovation and management in English and Spanish.

[http://mdrs.marssociety.org/crew-182/]

Crew 184

2019-03-16T19:24:37Z

Cmontanez2018: quick changes of grammar

[[Category: Mars Desert Research Station]]

==Commander – Thomas Horn==
During Crew 184’s mission, my primary function will be, coordinating activities between our crew and our ground team, and ensuring safe and successful completion of all mission objectives. I will additionally be serving as Crew Astronomer and participating in our time delay operations experiment via executing ground tasks delivered under varying information transfer methods.

I currently serve as the ECLSS Atmosphere Lead for the Dreamchaser Commercial Spacecraft. My job consists of coordinating the design, test and build of all systems responsible for maintaining the internal atmosphere of the Dreamchaser Spacecraft suitable for ISS crew, live animals, and cargo. This includes functions like thermal control, CO2 and other contaminant control, air ventilation, atmospheric sensing, and other functions necessary for replicating the Earth atmosphere on board a pressurized spacecraft. Before joining the Dreamchaser program I worked for NASA supporting the International Space Station and Commercial Crew Program as an ECLSS / TCS Flight Controller and Engineering Manager.

Outside of my work in the space industry I have been active in space and general STEM outreach efforts to the general public. This has included speaking for TEDx, Citizen Schools, organizing Yuri’s Night, and being a member of the NASA Speaker’s Bureau. In my personal time you can either find me on the water kayaking, sailing or body boarding or in the mountains hiking.

==Executive Officer – Trisha Randazzo==
During crew 184’s mission, I will be working under the Commander providing leadership to ensure the safety of the crew and habitat, logistics of extravehicular activity (EVA), and overall mission success. Additionally, I will be completing general crew tasks, such as EVA’s, conducting experiments, and completing daily housekeeping items.

I currently support NASA Goddard as a systems engineer contracted onto two projects: the next generation of weather satellites, the Joint Polar Satellite System, and a mission demonstrating optical communication, the Laser Communication Relay Demonstration. Before joining Goddard, I supported the agency in a variety of capacities, such as modeling the mantle plumes of Venus at NASA/Caltech’s Jet Propulsion Laboratory, characterizing transistors at the NASA Ames Research Center, and developing technology roadmaps at the NASA Johnson Space Center. Outside of my work with NASA, I also contribute to the space industry by providing leadership as the Small Satellite Project Group Co-Lead under the Space Generation Advisory Council. I hold a Master’s in Space Studies from the International Space University in Strasbourg, France and a Bachelor’s from the College of Idaho. In my free time, I enjoy skiing, dancing, games, and puzzles.

==Crew Engineer – Joshua D Hunt==
During Crew 184’s mission, my primary role will be that of the Crew Engineer, ensuring successful overall functionality of the Habitat and will also provide necessary maintenance during my two-week stay. I also will serve as a secondary Crew Astronomer and GreenHab Officer in order to support related science. A couple major experiments I will be participating will be the time delay operations experiment via executing ground tasks delivered under varying information transfer methods, and a sleep fatigue experiment, measuring the physiological and psychological stresses the human body will go through by shifting their sleep schedules every night on the time increment of 40 minutes.

My current career outside of the Mars Society is that of an International Space Station (ISS) Flight Controller, stationed at the Payload Operations and Integration Center(POIC) which is located at NASA Marshall Space Flight Center in Huntsville, Alabama, U.S.A. My certification is that of an Operations Controller (OC) which oversees the successful execution of science experiments on ISS, Leads in Payload and system anomaly resolution, and is the “first line of defense” for crew safety. I also hold a second flight controller certification as a Timeline Change Officer (TCO) which is the POIC Real-Time Planner position.

Outside of work, my hobbies include, running, hiking, traveling, and playing video games.

==Crew Journalist – Willie Schumann==
I am from Hamburg, Germany, where I am based as television journalist, photographer and filmmaker. For television, I mainly work abroad; one of my clients is Europe’s biggest science tv show called Nano on 3Sat (a tv station for Austria, Germany and Switzerland). For this show I have been filming on a polar station in Svalbard and digging out dinosaur bones with paleontologists in Canada. I have always been fascinated by space and I am very curious about the tales we will be creating during our stay at MDRS.

==Medical Officer – Dr. John Sczepaniak MD==
During crew 184’s mission, I will be working to ensure the health and safety of the crew. I will be conducting three research projects in addition to my medical duties on fatigue/sleep, anesthesia, and exercise. I am currently the chief medical scientist at my family company in San Diego. We have published multiple studies in highly regarded peer reviewed medical journals.

I graduated from Saint George’s University School of Medicine and completed my rotations in Queens, New York and the United Kingdom. I also have received my “Diploma of Higher Education in Medical Science” University Northumbria in Newcastle, England. While in school, I became interested in aerospace medicine and went through the introduction course at the University of Texas Medical Branch at Galveston. After medical school I completed the Space Medicine Clerkship at Johnson Space Center Houston, Texas. I am a current member of the Aerospace Medicine Association. I completed a research project in 2015 onboard a parabolic flight involving mechanical Cardiopulmonary resuscitation (CPR) compressions and inhalational anesthesia.

In my free time, I teach driving to international students, fellowship with Christians, and perform many high adventure outdoor activities.

==Crew Scientist/Outreach Officer – Akash R. Trivedi==
During Crew 184’s mission to MDRS, I will be leading most of the scientific research experiments that will be taking place including a psychological study on crew wellbeing, trialling a geological methodology for selecting Martian landing sites, studies using wearable technologies for EVA’s, and more. Additionally, I will be responsible for outreach activities whilst on base.

I am currently a PhD student at the University of Oxford researching the high strain rate properties of soft materials supporting a US Air Force project. After graduating, my ambition is to help in getting the first humans to Mars, or perhaps even be amongst the first to go! Outside of my research, I contribute to the student community in various representative committees, act as the UK National Point of Contact for Space Generation Advisory Council, and am a Reservist in the Royal Air Force.

[http://mdrs.marssociety.org/crew-184/]

Crew 180 - Team LATAM 1

2019-03-16T19:16:20Z

Cmontanez2018: Placed headings on all the crew members and their given positions. Grammar corrections had been made.

[[Category: Mars Desert Research Station]]

== Camilo Andrés Reyes (Colombia) ==
I am Camilo Andrés Reyes Mantilla and I am from Bucaramanga, Colombia. I was born in 1990. I am a mechanical engineering senior student at the Engineering Faculty and a young researcher at Los Libertadores University in Bogota, Colombia. I am an alumni of the International Space University Space Studies Program 2016.

I performed a research internship in the aeromechanics branch at NASA Ames Research Center in 2014, as well as a research visit in ion propulsion at the National Institute for Space Research of Brazil – INPE. I am the National Point of Contact of the Space Generation Advisory Council for Colombia, and I was attendee with SGAC in the 58th session of the United Nations Committee on Peaceful Uses of Outer Space in Vienna, Austria.

== Yendry Regina Corrales Ureña (Costa Rica) ==
My name is Yendry Corrales and I was born in San José Costa Rica in 1984. I am a chemical engineer and I have a doctor in Materials Science with emphasis in nanotechnology. I work at the National Laboratory of Nanotechnology in the National Center of High Technology CENAT. I am interested in self-assembly at molecular level and synthesis of new materials for being used in space research. I love to work with microscopy and especially in topics related biophysics.

== Yair Israel Piña López (Mexico) – EVA Officer ==
I am Yair Israel Piña López and I am from México. I am a physics student at the Science Faculty and associate at the Institute of Nuclear Science of the National University Autonomous of Mexico (UNAM). My current work is focused on the development and characterization of novel devices based on the thermoluminescence properties of solids and CMOS technology as ionizing radiation detectors for radiation safety on space environment.

I was a Member in the ORION Flight Test-1 (EFT-1) conducted by the National Aeronautics and Space Administration (NASA) in recognition to solve the problems of space radiation. I participated in the Mexico IPSP Mission Design Exercise by Surrey Satellite Technology LTD, and the Mexican Space Agency (AEM). I was also the Payload Manager at the Inter-Ion Project in the Samara University, Russia, to measure ions in the ionosphere. I was the communication coordinator for the Space Generation Congress of 2016 by the Space Generation Advisory Council (SGAC) in support of the United Nations (UN) program on space applications.

== Gabriel Caballero (Argentina) ==
I study Electronic engineering at the National Technological University from Mendoza, Argentina. I have experience researching about electronics. I was a Co-maker in the rover’s project for MDRS which was tested in 2016 by crew 130. Prior to my career, I studied building structures in a technical college. I love studying and researching about electronics, astronomy, and physics. I like the technologies related to satellites, rovers, and drones that make Mars’s exploration easier.

== Leonardo Valencia Restrepo ==
I was born in Cali, Colombia on October 20,1994. I currently live in Bogota, CO, and I am an industrial engineering student at Universidad Sergio Arboleda in Bogota. I worked at Colciencias developing the Thermal Control System for the Earth-Observation Satellite Libertad 2 from August 2016 to February 2017. I developed the project Group Decision-Making, Consensus building and Risk management at the LATAM I. I am going to use two risk assessment program, HAZID and HAZOP, as methodological procedures to avoid the hazardous situations during the 15-Day activities of the Crew 180 mission.

== Victor Román – XO and Mission Journalist ==
My name is Victor Román and I was born in Piura, Peru. Because of my father’s job I had the chance to travel a lot during my infancy, that experience made me a curious and easygoing person. Once it was the time to pick a career, I decided languages. However, I never stopped having a curious mind that seeks for answers.

The arrival of the Internet and my science oriented thinking helped me be able to learn a lot of things on my own. Now, I would like to help other people learn how fascinating the world of science really is.

[http://mdrs2016.marssociety.org/crew-180/index.html]

Crew 181

2019-03-16T18:58:49Z

Cmontanez2018: Placed headings on all the crew members names and their positions

[[Category: Mars Desert Research Station]]

== Cassandra Klos - Crew 181 Commander / Artist-in-Residence ==
Cassandra Klos (b. 1991) is a Boston-based artist. Born and raised in New Hampshire, she earned her Bachelor of Fine Arts in 2014 from the School of the Museum of Fine Arts, Boston at Tufts University. Her projects focus on negotiating truth from fiction as well as the psychological ties that bind memories to images. Her photographs have been featured in group exhibitions across the United States and in solo exhibitions at the Griffin Museum of Photography in Winchester, Massachusetts and the Piano Craft Gallery in Boston, Massachusetts. Her work has been published in The Atlantic and The Boston Globe and her photojournalism reporting has been published in TIME Magazine. She is the recipient of the Yousuf Karsh Prize in Photography and the United States Emerging Photographer Award from the Magenta Foundation, as well as a Traveling Fellowship Grant from the School of the Museum of Fine Arts, Boston.

As she pursues her photography project entitled Mars on Earth, this is her second rotation at the Mars Desert Research Station, previously attending in 2015 on Crew 155 as artist-in-residence and crew journalist. She has also documented the Hawaii Space Exploration Analog and Simulation on the Big Island of Hawaii, the University Rover Challenge at the MDRS, and will photograph the Human Exploration Research Analog in Houston, Texas later this year. She is excited for the opportunity to be in a leadership role of a Mars simulation for the first time.

== Janet Biggs - Crew 181 Artist-in-Residence / Journalist / Astronomer ==
Janet Biggs is an American artist working primarily in video installation, photography and performance. She normally lives and works in Brooklyn, New York, but for now she lives and works on Mars! Her work focuses on extreme landscapes and situations, and on the ability of individuals to define a sense of themselves within these extremes. Her work has captured such events as kayaks performing a ballet in Arctic waters, sulfur miners working inside an active volcano, the exploration of an otherworldly crystal cavern half a mile below the earth’s surface, and nomads defending a volatile and volcanic boarder.

Biggs has had solo exhibitions and screenings at the SCAD Museum of Art; Blaffer Art Museum; d’art contemporain de Montréal; Hirshhorn Museum and Sculpture Garden; and the Tampa Museum of Art, among others.

Reviews of her work have appeared in publications such as the New York Times, the New Yorker, ArtForum, ARTNews, Art in America, Flash Art, Artnet.com.

== Charlie Rogers - Crew 181 Engineer and EVA Specialist ==
Charlie Rogers lives in Los Angeles but was born and grew up in Portland Oregon. He is an avionics systems engineering by profession with broad interests in topics ranging from planetary geology, nuclear and material physics, and cross disciplinary system optimizations. He enjoys frequently reading about spaceflight history and finds the knowledge valuable for present and future spaceflight developments.

Charlie graduated from Gonzaga University studying Mechanical Engineering, spent his final year of school mostly working on a start up company developing phased array ultrasonic sensors for application in autonomous aircraft, and has finished school but is never done satisfying his energetic appetite for learning and new challenges. He is excited to be a part of Crew 181 at MDRS for the challenges and lessons it will offer.

== Juan Jose Garcia - Crew 181 Artist-in-Residence / Journalist / Health & Safety Officer ==
I study at The Cooper Union for advancement of Art and Science in New York City. I aspire to be a part of the history of art and outer space. I am excited to be part of a group of artists and scientists working in anticipating of the future of space travel. I am immersed in understanding what the future holds for the world and the even greater role space will have in our society. The golden era of the space age is ahead of us. I have always wanted to be an astronaut. I identify with the values of the Mars society because I work knowing and preparing for widespread commercial space travel and the implications for our society.

I work to channel the excitement of outer space by creating expansive and intricate landscapes. Through my work I strive to spark a sensation of the sublime similar to the overview effect astronauts experience when seeing the Earth from above. Through photography and drawings, I create optimistic landscapes inspired by thought experiments and science.

The photographs and the stories of the Apollo astronauts are the most enduring parts of their missions. I aim to do the same with the experiences at the Mars Desert Research Station. Planned projects include building a runway for guest ships, bringing the experiences of Earth to the base by projecting sounds and landscapes of nature in our habituation module, celebrating Earth awareness day, and testing Earth souvenirs that don’t work on other planets like kites and compasses. Living on a new planet will reveal that our perception and experience of the natural world on Earth are not universal. This is as true for physical objects as well as our understanding of ourselves. As an artist on Mars I am compelled to make tangible the power of experiencing outer space.

== Avishek Ghosh, PhD - Crew 181 GreenHab Officer / Crew Scientist ==
I am Avishek Ghosh and I originate from West Bengal, India. After graduating in Physics from India, I decided to further pursue Masters in Space Studies (MSS) at International Space University (ISU), France. I got an opportunity to work as a Research Scholar at NASA Ames Research Center. The main objective of my research is to focus on application strategies and understand the additive manufacturing capabilities of utilizing IN-SITU Resources for lunar architecture developments.

My passion and interest for Space have grown up gradually from an early age with a dream of becoming an astronaut. This enthusiasm towards exploring human space exploration has propelled me to delve deep into diverse technical subjects and courses that provided me hands on experience towards my career objectives. As part of bridging gaps and exploring my new frontiers towards the human aspect of surviving in space, I have been selected as a Citizen Scientist-Astronaut organized by PoSSUM (Polar Suborbital Science in the Upper Mesosphere) and an Analogue Astronaut with Crew 181 in a human space simulation program, Mars Desert Research Station (MDRS) organized by The Mars Society. At present, I am working on Additive Manufacturing Capabilities of Metamaterials (SYMETA) at the Loughborough University, UK. Beside my professional attributes, I am also involved in outreach activities and volunteering for STEM education through DR. Kalam Initiatives. During this program, I have this opportunity to represent my country India as an international participant which is the best achievements in my career.

During my career, I witnessed the benefits of intercultural and interdisciplinary exchange. Being surrounded by such an environment encouraged me to accelerate the development of my research work at interacting with delegates from various organizations around the world. My interest has always been to contribute for future space exploration and developing advanced technology through scientific research and implementing ideas for microgravity application. The areas of my overall research goals are always to tackle and execute scientific and technical assessment of a particular concept. I feel that I am born to serve for humanity. I realized the values and importance of life and I want to take part in transforming life, not just by the thoughts but by actions. Space exploration is challenging, but it is worth pursuing dreams with passion. In my assessment, Space is another frontier to explore and develop technology which could be beneficial to humankind as well as transforming MARS into a habitable planet.

The desire to explore space has become an integral part of my journey with MDRS analogue Mission. I am intending to fufill this pursuit with adventures and the inquisitiveness which attracts me towards uncovering fear factors from within. I am driven to experience such an adventure with extreme environments and sharing knowledge with crew-mates. This ability to be a part of such an experience, in just that type of environment is only possible in MDRS analogue Mission program. It is an organized platform where I have opportunity to absolute spot-on identifying factors related to Human Physiology, psychology and Isolation for a long duration, and perform in depth evaluation. This inquisitiveness to come into contact with such a distinctive international collaborative training session would be possible to find in this organized multidisciplinary program. This program would also be beneficial to gain knowledge and practical experience working with dedicated individuals from diverse background and get insight on a typical training program.

[http://mdrs2016.marssociety.org/crew-181/index.html]

Crew 182-Team Peru V

2019-03-16T18:49:40Z

Cmontanez2018: Placed headings for the crew members names and given positions

[[Category: Mars Desert Research Station]]

== Atila Meszaros – Commander ==
Atila is an undergraduate biology Peruvian student in the Science and Philosophy Department at Universidad Peruana Cayetano Heredia. His main focus is Evolution specifically on Astrobiology. He’s a current member of the Peruvian Association of Astrobiology (ASPAST).

His project at Peru V is related to the effects of Martian environment in some varieties of Peruvian crops. Knowing which species have the potential to survive Martian conditions will increase the number of species that could grow on the red planet and will drive us a step forward to a successful colonization.

He’s passionate about the space sciences and he fervently believe that the achievements and discoveries that will be made in the following years, related to astrobiology, will not only take us one step beyond Earth, but a step further for the advance of the humankind.

However, these advances would be useless if they were not transmitted to others with the potential to get curious and to go forward to answer questions. For him there is no greater reward than sharing the passion and knowledge of science.

== Camila Castillo Vilcahuaman – XO ==
Camila Castillo Vilcahuaman (born May, 1995) is the funniest biology student ever, or at least so she thinks. After reading the exciting adventures of a marine biologist and her pet dolphin, 6-year-old Camila decided she wanted to study marine biology, to have a pet dolphin to share adventures with. At school, she decided to form a little science club, to help her achieve her dreams. After an exciting documentary on the TV, Camila discovered tardigrades, super-powerful microorganisms, and their amazing capabilities to adapt themselves to extreme conditions. Since then, Camila dreamed of trying to modify a planet via microorganisms, to make it habitable for humans. She also deduced something about evolution during a bio-class at school, and since then, she thinks evolution is the most amazing event in our planet. She will soon finish her undergrad in Biology at Cayetano Heredia University.

Her opportunity at Space sciences arrived when she became a member of the peruvian Society for Astrobiology, where she could share interests with others. She participated in events related to space sciences, such as the ECI (International Scientific Encounter) as a speaker and space sciences workshops aimed at school students.

Her current interests are space sciences, evolution, computational analysis and microbial ecology. She is widely interested in how microorganisms interact with each other and their enviroment, and she thinks understanding this systems in various ecosystems (including other organisms like humans and plants) may be important to understand the evolution of life and could also help in the development of new techniques in biotechnology, which could be useful in future space explorations (maybe even terraform a planet). Camila also thinks that computers could help to analyze this massive amount of data.

As extracurricular activities, Camila likes to help her community as a volunteer in social projects. She also enjoys drawing, writing and listening to folk and rock music. She is interested in other areas of human knowledge such as literature, history and arts. Camila hopes to one day understand them all!

As a member of Team Peru V, she hopes to be one step further in her understanding of microbial ecosystems and to bring an exciting speech to her country, where science is still an unknown topic that a lot of people deserve to know better.

== Carmen Yhohaira Atauconcha Mendoza ==
Carmen Yhohaira Atauconcha Mendoza born on April 11th, 1996 in Cusco, Peru. She is a chemical engineer recent graduated in the National University of San Antonio Abad, Cusco. Worked in ASPROC Agro-Food Industry as a Quality Assurance Technician. At the university, took part of the organizers of the First Chemical Engineering International Congress in Cusco and was part of the Chemical Engineering School’s circle of studies.

Since her childhood appreciates the beauty and mystery of the Earth, stars, overall, the space. She thinks that only a little part of the population, those who are good people, those who look beyond the horizon, are going to survive the final stage when the earth will ascertain its balance. She knows that because of the coming environmental crisis, it will be essential to leave the Earth, to colonize other planets; maybe for a while, maybe for forever.

She is interested in the improvement of Andean Food and its importance in the future as a source of food. Furthermore, according to Carmem: my land, Peru is a wealthy country in natural resources. In the future, I would like to teach childrens to love and take care of the land where we are born, Peru.”

== Brandon Ferguson ==
Brandon Ferguson is from Irvine, California in the United States. Brandon study at Cal Poly Pomona as a geology major with an emphasis in geophysics and planetary science. He is interned at NASA Langley over the fall and work with the airbag testing team for Boeing’s CST-100 Starliner spacecraft. After graduate, wants to work at JPL, and continue to study Planetary Science. Presents a strong desire to explore the universe beyond the confines of our planet and would like to one day, be able to walk on another world.

== Julio Rezende ==
Professor Julio F. D. Rezende is been a pioneer in Brazil promoting the education and research related to Mars and identifying some possible solutions to be applied in arid and semiarid regions, verifying issues related to the operation of self-sustainable habitats. Their interests is related to sustainability and innovation. In 2016, published a research about Mars during the 19th Mars Society Convention in Washington D. C.

In Brazil, coordinates 4 pioneering initiatives related to Mars education and science and technology popularization: the research station Habitat Marte, MarsLab – Laboratory of Technologies Applied to Mars and Semiarid, Mars Research Group – Mars and Arid Regions Settlements Sustainability, and the Museu Espaço Marte. He is also creating the Mars Society Brazil chapter.

The professor is interested in research about climate change, Mars, sustainable development of semiarid regions, economic development, entrepreneurship and sustainability practices. He is acting in sustainable construction in communities. Rezende is Bachelor in Management and Psychology, master and PhD on Sustainability at the Universidade Federal do Rio Grande do Norte (UFRN) and concluded the post doc in University of Central Florida (UCF) researching about the support of Business Incubators and Science Parks in the creation of new clean tech companies. Julio Rezende has published more than 10 books about sustainability and innovation teaching in the Industrial Engineering Department of Universidade Federal do Rio Grande do Norte (UFRN).

Rezende is president of the Management Council in Brazil (CRA-RN), innovation director of Foundation of Support of Rio Grande do Norte’s Research (FAPERN), performing lectures in different countries about sustainability, innovation and management in English and Spanish.

[http://mdrs.marssociety.org/crew-182/]

Crew 183

2019-03-16T18:47:10Z

Cmontanez2018: Established headings for the crew members and their relevant positions

[[Category: Mars Desert Research Station]]

== Julielynn Wong, Crew Commander ==
Julielynn Wong is a Harvard-educated physician-scientist, innovator, and educator whose life’s mission is to take technology to the extreme to benefit the world. She founded (i) 3D4MD, a social enterprise that 3D printed the first medical supplies on the International Space Station, and (ii) Medical Makers, a global community of 140+ innovators, patients and healthcare providers in 10 countries who make sustainable solutions to save lives, time, and money at home, abroad, and in space. Julielynn served as an analog astronaut for NASA’s Human Exploration Research Analog IX and the Mars Desert Research Station Crew 145 mission simulations.

== Dean Jin, Health & Safety Officer ==
Dean Jin earned his PhD in Computing and Information Science from Queen’s University and has taught over 1,200 students. He has over 10 years of executive experience and has managed healthcare technology projects totaling over $10 million. Dean is committed to making a difference in healthcare by delivering patient-centered technology solutions to support access to safe and effective treatment in rural and remote settings.

== Ashton Stoop, Crew Engineer ==
Ashton Stoop is an undergraduate student studying Biomechanical Engineering at Queen’s University. He led a medical design project in Dhaka, Bangladesh and has 2 pending patents. Ashton is excited to see how his design experience in medical devices can translate to optimizing the amount of equipment brought into space during transit to Mars.

== Toluwa Fayemi, Crew Astronomer ==
Toluwa Fayemi is a Physics and Astronomy student at the University of Western Ontario with special focuses in Engineering Science and Mechatronic Engineering. He is the VP of Youth Engagement for the Western Chapter of Engineers Without Borders and the Co-VP of Outreach for Western’s Physics And Astronomy Association. Toluwa oversees humanitarian design projects for the London Chapter of Medical Makers.

== Jordan Bowden, Greenhab Officer ==
Jordan Bowden graduated from McGill University with a Bachelor of Arts in Geography with First Class Honours. He is a past Oceanpath Fellow, a MaRS Studio[Y] Fellow, and founder of a successful laser cutting and 3D printing services business. Jordan is a lifelong Maker and social innovator who is interested in using digital fabrication tools to create a more accessible world.

[http://mdrs.marssociety.org/crew-183/]

Crew 184

2019-03-16T18:39:29Z

Cmontanez2018: Established headings for the crew members names and positions

[[Category: Mars Desert Research Station]]

== Commander – Thomas Horn ==
During Crew 184’s mission my primary function will be coordinating activities between our crew and our ground team, ensuring safe and successful completion of all mission objectives. I will additionally be serving as Crew Astronomer and participating in our time delay operations experiment via executing ground tasks delivered under varying information transfer methods.

I currently serve as the ECLSS Atmosphere Lead for the Dreamchaser Commercial Spacecraft. My job consists of coordinating the design, test and build of all systems responsible for maintaining the internal atmosphere of the Dreamchaser Spacecraft suitable for ISS crew, live animals, and cargo. This includes functions like thermal control, CO2 and other contaminant control, air ventilation, atmospheric sensing, and other functions necessary for replicating the Earth atmosphere on board a pressurized spacecraft. Before joining the Dreamchaser program I worked for NASA supporting the International Space Station and Commercial Crew Program as an ECLSS / TCS Flight Controller and Engineering Manager.

Outside of my work in the space industry I have been active in space and general STEM outreach efforts to the general public. This has included speaking for TEDx, Citizen Schools, organizing Yuri’s Night, and being a member of the NASA Speaker’s Bureau. In my personal time you can either find me on the water kayaking, sailing or body boarding or in the mountains hiking.

== Executive Officer – Trisha Randazzo ==
During crew 184’s mission, I will be working under the Commander providing leadership to ensure the safety of the crew and habitat, logistics of extravehicular activity (EVA), and overall mission success. Additionally, I will be completing general crew tasks, such as EVA’s, conducting experiments, and completing daily housekeeping items.

I currently support NASA Goddard as a systems engineer contracted onto two projects: the next generation of weather satellites, the Joint Polar Satellite System, and a mission demonstrating optical communication, the Laser Communication Relay Demonstration. Before joining Goddard, I supported the agency in a variety of capacities, such as modeling the mantle plumes of Venus at NASA/Caltech’s Jet Propulsion Laboratory, characterizing transistors at the NASA Ames Research Center, and developing technology roadmaps at the NASA Johnson Space Center. Outside of my work with NASA, I also contribute to the space industry by providing leadership as the Small Satellite Project Group Co-Lead under the Space Generation Advisory Council. I hold a Master’s in Space Studies from the International Space University in Strasbourg, France and a Bachelor’s from the College of Idaho. In my free time, I enjoy skiing, dancing, games, and puzzles.

== Crew Engineer – Joshua D Hunt ==
During Crew 184’s mission, my primary role will be that of the Crew Engineer, ensuring successful overall functionality of the Habitat and will also provide necessary maintenance during my two-week stay. I also will serve as a secondary Crew Astronomer and GreenHab Officer in order to support related science. A couple major experiments I will be participating will be the time delay operations experiment via executing ground tasks delivered under varying information transfer methods, and a sleep fatigue experiment, measuring the physiological and psychological stresses the human body will go through by shifting their sleep schedules every night on the time increment of 40 minutes.

My current career outside of the Mars Society is that of an International Space Station (ISS) Flight Controller, stationed at the Payload Operations and Integration Center(POIC) which is located at NASA Marshall Space Flight Center in Huntsville, Alabama, U.S.A. My certification is that of an Operations Controller (OC) which oversees the successful execution of science experiments on ISS, Leads in Payload and system anomaly resolution, and is the “first line of defense” for crew safety. I also hold a second flight controller certification as a Timeline Change Officer (TCO) which is the POIC Real-Time Planner position.

Outside of work, my hobbies include, running, hiking, traveling, and playing video games.

== Crew Journalist – Willie Schumann ==
I am from Hamburg, Germany, where I am based as television journalist, photographer and filmmaker. For television, I mainly work abroad; one of my clients is Europe’s biggest science tv show called Nano on 3Sat (a tv station for Austria, Germany and Switzerland). For this show I have been filming on a polar station in Svalbard and digging out dinosaur bones with paleontologists in Canada. I have always been fascinated by space and I am very curious about the tales we will be creating during our stay at MDRS.

== Medical Officer – Dr. John Sczepaniak MD ==
During crew 184’s mission, I will be working to ensure the health and safety of the crew. I will be conducting three research projects in addition to my medical duties on fatigue/sleep, anesthesia, and exercise. I am currently the chief medical scientist at my family company in San Diego. We have published multiple studies in highly regarded peer reviewed medical journals.

I graduated from Saint George’s University School of Medicine and completed my rotations in Queens, New York and the United Kingdom. I also have received my “Diploma of Higher Education in Medical Science” University Northumbria in Newcastle, England. While in school, I became interested in aerospace medicine and went through the introduction course at the University of Texas Medical Branch at Galveston. After medical school I completed the Space Medicine Clerkship at Johnson Space Center Houston, Texas. I am a current member of the Aerospace Medicine Association. I completed a research project in 2015 onboard a parabolic flight involving mechanical Cardiopulmonary resuscitation (CPR) compressions and inhalational anesthesia.

In my free time, I teach driving to international students, fellowship with Christians, and perform many high adventure outdoor activities.

== Crew Scientist/Outreach Officer – Akash R. Trivedi ==
During Crew 184’s mission to MDRS, I will be leading most of the scientific research experiments that will be taking place including a psychological study on crew wellbeing, trialling a geological methodology for selecting Martian landing sites, studies using wearable technologies for EVA’s, and more. Additionally, I will be responsible for outreach activities whilst on base.

I am currently a PhD student at the University of Oxford researching the high strain rate properties of soft materials supporting a US Air Force project. After graduating, my ambition is to help in getting the first humans to Mars, or perhaps even be amongst the first to go! Outside of my research, I contribute to the student community in various representative committees, act as the UK National Point of Contact for Space Generation Advisory Council, and am a Reservist in the Royal Air Force.

[http://mdrs.marssociety.org/crew-184/]