GreenHab Report – November 17th

Crew 286 GreenHab Report 17-11-2023

GreenHab Officer: Donald “Duckie” Jacques

Environmental control: heater on, fan off, door closed

Average temperatures: 64 F at 6 am, 97 F at 11 am, and 65 F at 5 pm

Hours of supplemental light: None

Daily water usage for crops: 10 gallons

Daily water usage for research and/or other purposes: 0

Water in Blue Tank (200 gallon capacity): 171 gallons

Time(s) of watering for crops: 5 gallons at 11 am, 5 gallons at 5 pm

Changes to crops: None

Narrative: Nothing to report

Harvest: None

Support/supplies needed:

GreenHab Report – November 16th

Crew 286 GreenHab Report 16-11-2023

SOL: 4

GreenHab Officer: Donald "Duckie" Jacques

Environmental control: Heater on, noted fan operating in early morning, door closed all day.

Average temperatures: 68 at 7am, 97 at 11 am, 65 at 6pm

Hours of supplemental light: none

Daily water usage for crops: 5 gallons

Daily water usage for research and/or other purposes: 0

Water in Blue Tank (200 gallon capacity): 181 gallons

Time(s) of watering for crops: 11 am, delivered 5 gallons to the crops

Changes to crops:None

Narrative:I noted that Arugula has sprouted in the grey planter.

Harvest: (include which crop and mass in grams) None

Support/supplies needed: None

Operations Report – November 16th

Crew 286 Operations Report 16-11-2023

SOL: 4

Name of person filing report: Donald "Duckie" Jacques

Non-nominal systems: None

Notes on non-nominal systems: N/A

ROVERS

Spirit rover used: No

Hours: (before EVA)

Beginning charge: (Before EVA)

Ending charge: (On return from EVA, before recharging)

Currently charging:

Opportunity rover used: No

Hours:

Beginning charge:

Ending charge:

Currently charging:

Curiosity rover used: No

Hours:

Beginning charge:

Ending charge:

Currently charging:

Perseverance rover used: No

Hours:

Beginning charge:

Ending charge:

Currently charging:

General notes on rovers: Nothing to report

Summary of Hab operations:

WATER USE: 39.210 gallons

Water (static tank): 367.020 gallons

Static tank pipe heater On:

Static tank heater On

Toilet tank emptied: No

Summary of internet: put notes here

Summary of suits and radios: EVA 4 was successful, all suits and radios nominal

Summary of GreenHab operations: Watered at 11 am. I had intended to water again in the afternoon, but the arrival of guests, and other activities took the rest of the day.

WATER USE: 5 gallons

Heater: On

Supplemental light: Off

Harvest: None

Summary of Science Dome operations: put notes here

Dual split: Heat or AC, On or Off

Summary of RAM operations: (Tools used, work done) Mission Support provided materials for the fabrication of a pole to clean windows on the hab. The EVA Team reported the pole worked satisfactorily.

Summary of any observatory issues: none

Summary of health and safety issues: none

Questions, concerns and requests to Mission Support: none

Journalist Report – November 16th

Nov 16

Journalist Report 16-11-2023 Crew 286 by Liz Cole

SOL: 4

The morning began with Crew Documentarian capturing the beautiful Martian sunrise from the observatory once the clouds parted.

Just after 9 AM we welcomed our visiting photojournalists, Andrea and Caleb, who will be with us for four nights.

In the science dome, the Rhodopseudomonas palustris TIE-1 purple bacteria are growing well. Samples were taken and tested, and turbidity (measurable optical density) increased in all 5 photobioreactor bags, on average from .12 to .25., an approximate doubling in 12 hours. This is a good sign for the future of space food production. Samples were taken one for each bag, separated into pellets in a centrifuge, and stored in minus 20 degrees celsius.

In other positive news, a shipment of Rhodospirillum rubrum SH1 inocula arrived. Looking ahead to the week’s progress with the experiment, the plan is for the Rhodospirillum rubrum SH1 to be inoculated in 5 photobioreactor bags, and fed freshly generated hydrogen.

Our Crew Commander started plaster mold creation in the RAM, with the intention of demonstrating the use of in-situ resources (local gypsum for plaster), in support of metal component casting.

Afternoon:

As we now have eight people in the habitat, we were able to include four people in today’s EVA 4. All four astronauts suited up quickly with help from the Crew Commander and XO and exited the airlock on time.

The first phase of the EVA involved washing the exterior windows on the habitat and the science dome. The XO prepared a washing setup that would be appropriate for the challenges working in spacesuits and gloves in Martian gravity using available components in the habitat, including an extra – long squeegee and pole system, and a squeeze bottle of washing fluid. Our crew Artist and Inventor added fabric to the pole to wipe off heavy amounts of dirt and residue.

As expected, the sim suits and helmets made moving the squeegee over the high window of the Hab difficult. The astronaut moving the squeegee had limited visibility due to difficulties with tilting his head back while in the suit and helmet. This made window washing into a two person job requiring good communication. One astronaut moved the long squeegee, while the other observed from far enough away to observe the cleanliness of the window, and provided feedback and directions. Our improved radio communications skills from yesterday’s scenarios helped this process immensely. The windows of the Science Dome being at ground level were much easier to clean.

Following the cleaning, the EVA crew split into two groups. Crew Artist and Inventor and Crew Journalist began LIDAR scanning geological features and taking soil samples along a stream bed to the east of the science dome. The samples were geotagged with GPS coordinates. The soil samples will be processed into 3D printed objects intended for durability and ecologically minded disposability, using a 3D plotter/printer designed and built by Crew Artist and Inventor (Mandelbot Ecotech SURFA2 Goostruder). Some of the objects created from the collected samples will include planters for the Green Hab.

Crew Scientist and Crew Documentarian walked to the north of the observatory dome and conducted a memorial service for founding member of the Belgian Mars Society, Étienne Lefebvre, who passed away recently. Our Crew Scientist was personally acquainted with Étienne Lefebvre, and the memorial service was a touching gesture.

During the EVA, the visiting photographers documented the activities from within the habitat, the science dome, and observatory dome area.

Evening:
Dinner was the mission’s first group meal prepared Martian – style. All courses were cooked using mostly freeze dried ingredients and dehydrated shelf – stable ingredients provided in the HAB.

Sol Summary – November 16th

Crew 286 Sol 04 Summary Report 16-NOV-2023

Sol: 04

Summary Title: “And Then There Were Eight.”

Author’s name: Roger Gilbertson

Mission Status: Nominal

Sol Activity Summary: In the science dome the bacterial growth experiment continues and appears on-track. Samples were taken and tested, and optical density doubled in 12 hours, indicating nominal growth. Plaster mold creation was started in the RAM, with the intention of demonstrating the use of in-situ resources (local gypsum for plaster), in support of metal component casting.

Just after 9 AM we welcomed our visiting photojournalists, Andrea and Caleb, who will be with us for four nights. We helped bring their equipment up from the rear airlock, then oriented them to the facility and its operations. We had a group lunch to welcome them.

Afternoon EVA. With eight people now in the habitat, we were able to include Hugo, our filmmaker, on to the EVA crew allowing for our first 4-person excursion. Preparations went smoothly and the four astronauts exited the airlock at the appointed time. Our visiting journalists observed the process of suiting up, using the radios, and conducting the EVA, in preparation for their joining an EVA tomorrow. All four astronauts and their equipment fit into the airlock, and they exited the airlock on time.

Phase 1 of the EVA involved the full team to wash the exteriors of the windows on habitat and science dome. A special extra-long squeegee was prepared from available components, and loaded into the airlock in two parts. A bottle of special Mars window washing fluid was also prepared. Upon exiting, the crew assembled the pole.

The first test wash was performed on the exterior of the airlock window. The squeegee’s sponge side was moistened from the fluid bottle, then raised up and moved over the window surface. Then the wiper blade side was used to remove the fluid. A cloth was used to wipe the edges. Then the smaller habitat windows on the lower floor were cleaned. In future, a smaller width squeegee would be helpful for these.

The upper floor windows proved more challenging. The highest ones were out of reach, even with the long pole. The round window above the airlock could be reached from the porch. As expected, the spacesuits made moving the squeegee over the high window difficult. One astronaut moved it, while the other observed from a bit further away, and provided feedback and directions. Our improved radio communications skills helped. In the end, the triple-pane windows contain a lot of dust on the inner surfaces, which is inaccessible, so they are less than 100 percent clean.

The squeegee team moved their attention to the science dome windows. Being at eye level allowed full and proper cleaning. The science dome windows now have excellent clarity.

We then proceeded to Phase 2. Lizzy and Groucho began LIDAR scanning and soil sampling in the habitat yard, and then along the stream bed to the east of the science dome. Gee and Hugo walked to the north of the observatory dome and conducted a memorial service for founding member of the Belgian Mars Society, Étienne Lefebvre, who passed away recently.

During the EVA, the visiting photographers documented the activities from within the habitat, the science dome, and observatory dome area.

Look Ahead Plan: Tomorrow the science program will continue with newly arrived innocula and freshly generated hydrogen. EVA training will be given to the visiting photographers, and they will be taken on an afternoon EVA to Marble Ritual. Processing of LIDAR images and samples will continue. Production of metal casting molds will continue.

Anomalies in work: none
Weather: nominal

Crew Physical Status: nominal

EVA: EVA 4 completed, request for EVA 5 submitted for tomorrow

Reports to be filed: Sol Summary, Journalist report, Photos, Operations report, Green Hab report, EVA 4 Summary, EVA 5 Request.

Support Requested: As previously requested, internet access at 6 AM to observe the Starship test launch (if it is still “go”)

EVA Report – November 16th

Crew 286 EVA #4 report 16-NOV-2023
EVA # 4
Author: Roger Gilbertson
Purpose of EVA:
1) Engineering to wash exterior habitat windows. A special extra-long squeegee was prepared from available components, and loaded into the airlock in two parts. A bottle of special Mars window washing fluid was also prepared. Upon exiting, the crew assembled the pole.
2) We collected local soil samples in the vicinity of the habitat for use in 3D printer tests, and documented the collection areas using LIDAR imaging to create 3D models of the areas before and after sample removal.
3) A founding member of the Belgian Mars Society, Étienne Lefebvre, passed away recently. A photo of Étienne was taken out to the surface on a small stand, recorded for his family and colleagues, and a minute of silence was observed by the crew.

Start time for EVA: 2:01 pm
End time for EVA: 4:00 pm
Narrative: With eight people currently in the habitat, we were able to include Hugo, our filmmaker, on to the EVA crew, allowing for our first 4-person excursion. Preparations went smoothly and the four astronauts exited the airlock at the appointed time. All four astronauts and their equipment fit into the airlock, and they exited the airlock on time.
Phase 1 of the EVA involved the full team to wash the exteriors of the windows on habitat and science dome.
The first test wash was performed on the exterior of the airlock window. The squeegee’s sponge side was moistened from the fluid bottle, then raised up and moved over the window surface. Then the wiper blade side was used to remove the fluid. A cloth was used to wipe the edges. Then the smaller habitat windows on the lower floor were cleaned. In future, a smaller width squeegee would be helpful for these.

The upper floor windows proved more challenging. The highest ones were out of reach, even with the long pole. The round window above the airlock could be reached from the porch. As expected, the spacesuits made moving the squeegee over the high window difficult. One astronaut moved it, while the other observed from a bit further away, and provided feedback and directions. Our improved radio communications skills helped. In the end, the triple-pane windows contain a lot of dust on the inner surfaces, which is inaccessible, so they are less than 100 percent clean.

The squeegee team moved their attention to the science dome windows. Being at eye level allowed full and proper cleaning. The science dome windows now have excellent clarity.

We then proceeded to Phase 2. Lizzy and Groucho began LIDAR scanning and soil sampling in the habitat yard, and then along the stream bed to the east of the science dome. Gee and Hugo walked to the north of the observatory dome and conducted a memorial service for founding member of the Belgian Mars Society, Étienne Lefebvre, who passed away recently.

Destination: Habitat campus only

EVA Participants:

• Liz Cole
• Guillaume Gégo
• Scott Beibin
• Hugo Saugier

Road(s) and routes per MDRS Map: none
Mode of travel: walking
Vehicles you will be using: none

GreenHab Report – November 15th

Crew 286 GreenHab Report 15-11-2023

GreenHab Officer: Donald "Duckie" Jacques

Environmental control: heater On, door closed.

Average temperatures: 68 deg F at 9 am, 119 deg F at mid day, 82 deg F at 5pm

Hours of supplemental light: None

Daily water usage for crops: 0

Daily water usage for research and/or other purposes: 0

Water in Blue Tank (200 gallon capacity): 186 gallons

Time(s) of watering for crops: Not Applicable

Changes to crops:None

Narrative: While awaiting additional instructions, I monitored GreenHab temperatures and soil moisture

Harvest: None

Support/supplies needed: None

Operations Report – November 15th

Crew 286 Operations Report 15-11-2023

SOL: 3

Name of person filing report: Donald "Duckie" Jacques

Non-nominal systems: None

Notes on non-nominal systems: N/A

ROVERS

Spirit rover used: No

Hours: (before EVA)

Beginning charge: (Before EVA)

Ending charge: (On return from EVA, before recharging)

Currently charging:

Opportunity rover used: No

Hours:

Beginning charge:

Ending charge:

Currently charging:

Curiosity rover used: No

Hours:

Beginning charge:

Ending charge:

Currently charging:

Perseverance rover used: No

Hours:

Beginning charge:

Ending charge:

Currently charging:

General notes on rovers: None

Summary of Hab operations: put notes here

WATER USE: 32.675 gallons

Water (static tank): 438.905 gallons

Static tank pipe heater On

Static tank heater On

Toilet tank emptied: No

Summary of internet: Nothing to report

Summary of suits and radios: EVA radios were used for additional Communications/EVA training and scenario practice. All radios now charged.

Summary of GreenHab operations: put notes here

WATER USE: 0 gallons

Heater: On

Supplemental light: Off

Harvest: None

Summary of Science Dome operations: Guillaume continued work on his purple algae experiment. The team gathered in the Science Dome for final conversations about EVA/Radio protocols, then executed a few scenarios, practicing appropriate radio conversations and decision making within scenarios.

Dual split: Off

Summary of RAM operations: (Tools used, work done) Nothing to report

Summary of any observatory issues: Nothing to report

Summary of health and safety issues: Nothing to report

Questions, concerns and requests to Mission Support:

Journalist Report – November 15th>

Journalist Report 15-11-2023 Crew 286 by Liz Cole

SOL: 3

Morning:

The bacterial growth experiment started in the science lab early in the morning.

Over the crew’s morning meeting, we reviewed yesterday’s activities, stated what we wished to accomplish today, and began planning the day’s activities.

Following breakfast we reviewed videos on the EVA communications protocol. The crew members who have knowledge of and working experience with radio communications protocols such as are used in military, fire, aviation and law enforcement gave a thorough review to the rest of the crew, including points on vocabulary and proper operational behavior for radio communications in the field.

Afternoon:

After lunch the crew divided into two teams and enacted different scenarios of issues that EVA crews might encounter in the field. Taking positions in the science dome and the observatory, crew members alternated positions as EVA team members, EVA leaders, CapCom, and Missions Support, and improvised scenarios over live radio that demonstrated appropriate radio communication protocols for nominal circumstances and problem scenarios. These exercises prioritized clear communication and brevity. Overall the crew enjoyed engaging in these exercises and concluded them with enhanced knowledge of proper communication protocols.

Evening:
Our crew scientist successfully took his first bacterial samples from the bag photobioreactors where the purple bacteria are being grown. More hydrogen gas was produced from the water electrolysis system the crew scientist set up, which will be used as an electron source for the growth of the bacteria. The photobioreactors are an exciting proof of concept of the possibility of mass-production of space food in altered gravity, as well as in terrestrial applications.

We then planned EVAs for the next day, and continued work on our projects to be attempted and completed during the rest of the mission. We also discussed how to receive video from the planned Starship launch later in the week.

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