NEEMO 14 Mission Day 12

by Heather Paul and Amanda Knight
Analog Lead Technical Liaison
for Education and Public Outreach
Topside in Key Largo, Florida!

Mission day 12 was a continuation of the exploration of the Conch Reef environment surrounding the Aquarius habitat to sample locations discovered during mission day 11. To assist the topside scientists, the ROV (Remotely Operated Vehicle) was operated in “fly” mode which means that it was neutrally buoyant and was better able to track the aquanauts in the maze of coral reef fingers found in the fore-reef zone. The fore-reef zone is the seaward side of the reef where corals that can grow in high-energy environments are found.

For more information on the different reef zones, visit Stanford University’s Microdocs project for an overview and short documentary.

Flying Remotely Operated Vehicle

Up close and personal with the “flying” ROV during mission day 12 exploration of the Conch Reef.


Some of the amazing coral seen during the exploration traverse extravehicular activities (EVAs) during mission day 12.

During the NEEMO 14 mission, Project CASPER (Cardiac Adapted Sleep Parameters Electrocardiogram Recorder) completed mission objectives and collected scientific data with regard to a sleep experiment which built upon lessons learned from spaceflight information. The newly gathered data set focused on the Aquarius crew during the NEEMO mission.

CASPER monitors the sleep stability of the Aquarius crewmembers by using the electrical activity of the heart. Each crewmember wears CASPER for four nights during the mission. This captured data gives a representation of the changing sleep stability of the crew as the mission progresses. The activity measured the medical data using the LifeShirt which the crew wore during the night.

Monitoring the sleep stability of the crew is important both for NEEMO and spaceflight because if the aquanauts suffer sleep disruption it can affect everything from mood, to concentration and memory, which could have a negative a effect on the mission. CASPER offers a portable, practical and repeatable method of monitoring sleep stability in a spaceflight and space analog environment like NEEMO. For more information on Project CASPER, check out the Project CASPER website.

James wears the LifeShirt

Aquarius hab tech, James, wearing the LifeShirt.

Mission day 12 outreach activities included a live interview between astronaut Dave Williams (at the Baker Space Institute) and astronaut Chris Hadfield. Also, there was a joint NASA/CSA one-hour press conference with Astronaut Chris Hadfield which was audio streamed live on

While these interviews were occurring with the IVA crewmembers, our divers were also supporting an educational event that represented different gravity pulls. For example, one of the aquanauts was weighed to lunar gravity, one was weighed to Martian gravity, and our support diver, Brian, was weighed to a potential asteroid gravity. This awesome demonstration will be uploaded to our YouTube channel at

NEEMO 14 Mission Day 11

by Heather Paul and Amanda Knight
Analog Lead Technical Liaison
for Education and Public Outreach
Topside in Key Largo, Florida!

Mission Day 11 marked the first day of exploration of the Conch Reef environment surrounding the Aquarius habitat. During the extravehicular activities (EVAs), the aquanauts wore the life support mockups and added weights to their diving suits to simulate walking on the lunar surface. During these missions, the crew, along with the ROV (Remotely Operated Vehicle) evaluated science protocols for mapping and sample documentation and collection. The ROV provided situational awareness of the crew’s activities to the aquanauts and the topside science team.

The morning EVA crew mapped an area surrounding a coral sand pathway 400 feet long and documented the health and diversity of the coral fingers on either side. The afternoon EVA crew picked up where the morning EVA crew finished and continued to map and characterize Conch Reef. At the end of the day, the crews had identified and located important sampling sites for mission day 12 geoscience exploration activities.

Coral mound in the Conch Reef

The aquanauts are photo-documenting a coral mound in the Conch Reef surrounding the Aquarius habitat.

Aquanaut and ROV

An aquanaut next to the ROV which allowed the topside science team as well as the IVA crewmembers to watch the exploration.

Our education and public outreach efforts have stayed focused on the media today as Tom, Steve, and Chris were interviewed by several journalists. News coverage of NEEMO continues to spread… More articles will be out this week and after the mission as we continue to spread the word about NEEMO 14!

During mission day 11, the Alameda High School in Colorado was able to tie into the Aquarius habitat to speak with Tom. They asked very interesting questions about the purpose of the center of gravity (CG) rig, the reason for all of the EVA tasks, how storms affect the habitat, and why the injured crewmember mockup is being used.

Speaking to Alameda students

The students from Alameda High School in Colorado were able to call directly to Aquarius and visit with astronaut Tom Marshburn.

We also had the opportunity to go with the topside boat to support diving activities! It was cloudy and there was rain just waiting to let loose… but while we had the opportunity to be in the water, the visibility was amazing. We were able to snorkel above the Aquarius and watch as the crew and support divers worked on their EVA tasks.

Topside team waving hello

Topside personnel support, Amanda and Leslie, wave hello to the support divers.

Haughton Mars Project Sea-Ice Traverse Mission Update

This blog post is courtesy of the Haughton Mars Project (HMP).
To learn more about HMP go to

16 May 2010: Day 12 Status Update — Late Night

The 2010 Northwest Passage Drive Expedition is pleased to announce the Moon-1 Humvee Rover’s arrival on the solid land of Devon Island. The crew will be settling down for the night soon, and everyone is happy to be on Devon Island.

16 May 2010: Day 12 Status Update – Evening

The 2010 Northwest Passage Drive expedition Moon-1 Humvee Rover is now fixed up and the crew members are on their way, finding the best route to the solid land of Devon Island. They aim to reach the coast tonight, where they will feel more secure resting overnight on solid ground.

16 May 2010: Day 12 Status Update — Morning

The Northwest passage Drive Expedition is currently working on the Moon-1 Humvee Rover, with parts brought back from HMPRS by John Schutt and Jesse Weaver. Visibility is still poor but the crew hopes to get to the coast of Devon Island later this evening.

Last night at 2220 CDT Mark Carroll was the first to spot a polar bear that was watching the Humvee Rover. The crew at the Moon-1 Humvee rover watched the polar bear for a couple hours until it went far away from the vehicle. The crew was never in any immediate danger but are happy to now have the parts necessary to fix the Moon-1 and continue on their way.

15 May 2010: Day 11 Status Update

The Northwest Passage Drive Expedition 2010 continues to pause on sea ice while poor visibility prevents the return of John Schutt and Jesse Weaver to the Moon-1 Humvee. Weather forecast remains poor for the next couple days but the crew is hoping for the best so the expedition can continue.

Haughton Mars Project Sea-Ice Traverse Mission Update

This blog post is courtesy of the Haughton Mars Project (HMP).
To learn more about HMP go to

17 May 2010: Day 13 Status Update — Late Night

The 2010 Northwest Passage Drive Expedition has reached Resolute Bay after the 13 day expedition. The crew will start flying south starting tomorrow, and are all happy to be returning home.

HMP Team

From left to right: Mark Carroll, John W. Schutt, Jean-Christophe Jeauffre, Jesse Weaver, Dr Pascal Lee (Expedition Leader), and Kira Lorber.

Haugton Mars Project – Sea-Ice Traverse Mission Completed

This blog post is courtesy of the Haughton Mars Project (HMP).
To learn more about HMP go to

Northwest Passage Drive Expedition – 2010: Completion

Moffett Field, CA and Vancouver, BC, 18 April 2010 – An international team of researchers led by Mars Institute scientist Dr. Pascal Lee successfully reached Devon Island, High Arctic, on Sunday, 16 May, 2010 after a 13-day, 150 km vehicular journey from Cornwallis Island to Devon Island, along the fabled Northwest Passage.

The Northwest Passage Drive Expedition team of six departed Resolute Bay, Nunavut, on 5 May aboard the Mars Institute’s Moon-1 Humvee Rover and two snowmobiles. After encountering several days of immobilizing snowstorms and extremely rough sea-ice conditions, the team finally reached the west coast of Devon Island late in the evening of 16 May.

Haughton Mars Project team

The Mars Institute’s Moon-1 Humvee Rover on solid ground at Domville Point, Devon Island, in the evening of 16 May 2010.
See more photos on Flickr.

“It’s both a great joy and a relief to get our Moon-1 onto solid ground on Devon Island” said Lee. “This final sea-ice crossing was quite a challenge, but we had a fantastic team and vehicle, and we just kept working at it”.

Accompanying Lee were Mars Institute crew members Joe Amarualik, John W. Schutt, and Jesse Weaver, and the Jules Verne Adventures documentary team comprising filmmaker Jean-Christophe Jeauffre and director of photography Mark Carroll.

The primary goal of the Northwest Passage Drive Expedition is to transfer the new Moon-1 to Devon Island, a location known to present unique scientific and operational similarities to the surface of the Moon and Mars. There, the rover will be used as a concept vehicle simulating future pressurized rovers to be driven by humans to explore other planetary bodies. The expedition is an integral part of the Haughton-Mars Project (HMP) on Devon Island where research in space science and exploration is being conducted by the National Aeronautics and Space Administration (NASA), the Canadian Space Agency (CSA), the Mars Institute, the SETI Institute, and other partnering organizations.

Last year, Lee’s team logged a record-breaking drive of 494 km in the Moon-1 along a western section of the Northwest Passage, the longest distance ever driven on sea-ice in a road vehicle. This year, the team applied the same winning strategy to avoid the roughest areas of sea-ice along the Wellington Channel. It used a variety of radar satellite remote sensing data and its own surface reconnaissance by snowmobile to find the smoothest possible ice route between Abandon Bay, Cornwallis Island, and Domville Point, Devon Island, where the Moon-1 is now safely parked.

The next step will be to drive the Moon-1 overland to the Haughton-Mars Project Research Station on Devon Island later this summer, where it will be used to begin long-range dual pressurized rover exploration studies.

“The arrival of the Moon-1 on Devon Island ushers in a new phase in our space exploration work that will be critical to enabling humans to explore other worlds sooner, more safely, and more productively” remarked Lee.

NEEMO 14 Mission Day 10

by Heather Paul and Amanda Knight
Analog Lead Technical Liaison
for Education and Public Outreach
Topside in Key Largo, Florida!

Storms out at sea covered the sky with dark grey clouds today… Nonetheless, we have a crew underwater, so our dive team was ready for action!

Chris and Steve went out in the morning and Tom and Andrew followed in the afternoon. Mission day (MD) 10 extravehicular activities (EVAs) were similar to the activities and tasks performed during the EVAs on mission day 4. The crew wore the life support backpack mockups, and added weights to simulate working on the lunar surface in one-sixth of the Earth’s gravity. The crew performed many different mission objectives, such as entering and exiting the ascent module, transferring payloads from the sea floor to the lander deck, and moving the injured crewmember mockup.

The big difference in these tasks, compared to earlier in the mission, is the 20-minute delay in communication with our topside support team and Mobile Mission Control Center, as well as the lack of audible communication with any of the support diving team. This delay was instituted during week 2 of the mission, in order to simulate the delay in communication that would happen on a mission to Mars. During this EVA, the only people with whom the EVA crew could speak while performing their tasks were the other aquanauts, who were monitoring progress from inside the Aquarius habitat.

Our Aquarius team members have become so familiar with each other and their unique ways of performing and thinking, that all of the activities went off without a hitch. Mission day 10 was an EVA success!

Injured crewmember mockup

Aquanauts transfer the injured crewmember mockup through the hatch of the ascent module on top of the lander deck.

Support divers and aquanaut

Support divers, Juliet and Barbara, strike a pose with an aquanaut.

Our education and public outreach efforts turned to the media today as Tom, Andrew, and Chris were interviewed by several journalists. News coverage of NEEMO continues to grow. If you’d like to see some of the articles that have been released so far, check out the links below. More articles will be out this week and after the mission, as we continue to spread the word about NEEMO 14!

Time for Kids: “From Space to Sea”
Trendhunter Magazine: “Underwater Space Camps”
Gizmodo: “NASA Finds Outer Space 65 Feet Underwater”
Yacht Charters Magazine: “Media Advisory: Astronaut Chris Hadfield Teaches 1500 Students While Underwater”

We’d also like to mention that several of the students who have been able to view and participate in our education outreach activities have contacted us to express their appreciation, so we’ve included their comments in this blog. We are so happy to share the NEEMO 14 activities with all of you, and thank YOU for following along!

Brandon M: I think it is so amazing that the technology is so amazing to talk to people all the way around the world.

Nathan G: The astronaut under water was amazing. I think it was a good experience because it shows how astronauts train under water.

Melissa O: It was a great opportunity to talk to an astronaut. I am so glad I go to a NASA Explorer School.

Ryan L: This was a great experience to take part in.

Andrew G: It was interesting talking to aquanauts and learning what it is like to live in there [the Aquarius] for two weeks.

Leland K: I think it is really exciting to go underwater 60 feet for two weeks and see all the sea life but it will be cool when we go to the moon…

Corinna N: I think it is a wonderful experience to talk to astronauts underwater! A once in a lifetime chance! And learn why they are there!

Libby E: When I was asking my question the aquanaut left his microphone on and I could hear my voice in the background. It was pretty cool.

Nikayla B: That’s amazing how you can talk to us while being in a total different state and under 60 feet of water! I want to be part of NEEMO someday.

Jessica W: I thought it was very interesting to see the aquanaut in the water and having the aquanaut answer our questions about the NEEMO expedition.

Miranda I: It was so epic. It was such a good experience like I learned so much like you don’t even know!

Stevie E: It was a once in a lifetime experience that I will never forget! Epic!

Erryn A: I think watching the NEEMO video was fun: learning about the place and where they live when they are under the sea is cool. I wish I could be under sea like the NEEMO people.

Antonia D: It was awesome being able to talk to someone on the other side of the United States 60 feet under water. I’ll never forget it. It was cool to see an aquanaut swim past the window.

Gustavo L: It is great to be in a NASA Explorer school. You get more opportunities than other schools.

Andy W: (with a drawing of a couple dinosaurs) I, personally, found the whole idea to be quite incredible. Oh, the things technology can do.

Donny O: I really liked the live feed because it as a once in a lifetime experience and it was cool to talk to someone out of state.

Dallas M: I really liked it and it was interesting listening to what they do and how they do it.

Only a few Mission Days left… keep watching! We have more Remotely Operated Vehicle (ROV) activities happening on MD11!

NEEMO 14 Crew Journal: Mission Day 10

I’m the Commander of this underwater team. Here’s what I’ve been thinking about:

Keep Your People Safe – learn the risks, understand the goals, and then be relentless in making things as safe as possible, never being afraid of improvement. Where’s a better place for that? What will we do when that thing breaks?

Enjoy Yourselves – if people believe in what they are doing and in each other’s company, they will stay healthy and happy longer. Find common things for the team to believe in that are greater then themselves, and give them time to have fun with ideas.

Get the Job Done – know what you want. Keep the schedule out in front, constantly re-evaluate priorities vs time, be unafraid to stop when done, but push it when needed. Contentment in shared accomplishment is a wonderful drug.

Is the Building on Fire? – let things develop, and delay negative reactions. If someone is going plus or minus 90 degrees of you, you’re headed the same direction.

Stay in Touch – none of us are in this life alone. Listen to each other, say what you are doing and feeling, and don’t hoard amazing experiences.

– Chris Hadfield




Calling Home

Mother's Day

NEEMO 14 Mission Day 9

by Heather Paul and Amanda Knight
Analog Lead Technical Liaison
for Education and Public Outreach
Topside in Key Largo, Florida!

What a beautiful day to be at sea! After many days of high waves, wind, and “cloudy” conditions underwater, today the sky was clear, the waves were flat, and our topside team and Aquanauts were ready for another fantastic NEEMO day!

Today the crew finished the last of 6 days of evaluations and tests to determine how lighter or heavier weights and the placement of the weights affected their ability to work. The Moon’s gravity is 1/6 that of Earth, so if you weigh 60 pounds on Earth, you would only weigh 10 pounds on the Moon! During our underwater tests, to simulate weights of 200, 300, and 400 pounds (like what you would weigh on Earth with your spacesuit and life support backpack), we added 1/6 of those weights to the crew to simulate Lunar gravity conditions. So, here’s a test… how much weight did we put on the Aquanauts to make the 200, 300, and 400 pound weight conditions feel like Lunar gravity???

If you answered 33, 50, and 67 pounds, you got it right!

As you might expect, the crew preferred the lightest weight condition overall. But surprisingly, the lightest weight was not always the easiest to work with. For tasks such as shoveling or turning a crank, the simulated 400 pound weight (really 67 pounds) was preferred because it helped them exert the force they needed to complete their task. However, while walking around on the ocean floor and climbing the lander ladder, the crew performed most efficiently while wearing the lighter weight.

Working out with the “400 pound” weights… well, probably the light weights 🙂

Wearing different weights, the crew performs tasks from shoveling, to walking to climbing.

Today was also another big day for our education and public outreach events…

During his morning extravehicular activity (EVA), Chris did a special “shout out” to students and teachers at the Chris Hadfield Public School in Canada, connecting to an event with fellow Canadian astronaut Dave Williams. The school connected to Chris’s diver camera (click the “Red Diver” camera on the Aquarius webcam page) and Chris spoke briefly about being an aquanaut, gave a quick tour of the view from the lander deck, and introduced Tom (also out on EVA) and Nate (habitat technician and support diver assisting during the EVA activities). What a special moment, and as we watched from topside, we all decided that we wished we had that kind of cool experience when we were in school! Check out the awesome video.

We conducted one more Digital Learning Network event in the morning. Andrew talked to students from The Odyssey Academy (Bryan, TX), Richland Middle School (Richland Hills, TX), and Milstead Middle School (Pasadena, TX). This DLN event may be viewed on Youtube. Unfortunately we had a brief network outage, but our topside communications team was quick to restore the connection so that Andrew could continue to talk to these students. This was a particularly special event, as the students that connected to Aquarius were the same groups that Dr. Mary Sue Bell and Amanda Knight talked to while driving the Remotely Operated Vehicle (ROV) last week! These students created patches for the NEEMO 14 mission, check them out!

Odyssey Academy patch

The Odyssey Academy (Bryan, TX)

Richland Middle School patch

Richland Middle School (Richland Hills, TX)

Milstead Middle School patch

Milstead Middle School (Pasadena, TX)

In the afternoon, Chris conducted an event with students in Canada and discussed the purpose and definitions of analogs; how diving compares to spacewalking; and the value of staging an underwater mission. There were several schools across Alberta, Quebec and Ontario that participated in the live event, including English Montreal School Board, Lester B. Pearson School Board, Sir Wilfred Laurier School Board, Riverside School Board, and Ministry of Education of Alberta.

Overall it was a very successful day of EVAs and outreach activities! We’ve uploaded videos on YouTube and more photos on Flickr, so make sure to check it out!

NEEMO 14 Crew Journal: Mission Day 9

What a great day down here in Aquarius. It was a typical NEEMO day. Lots of good data collected during the extravehicular actvities (EVAs) and some very cool education outreach events. The commander pulled out his collapsible guitar which was last played on the Mir Space Station, very cool!

During one of the outreach events he demonstrated what happens to a can of Pringles when they aren’t properly vented before being sent down to Aquarius. Although they started out as potato chips, they ended up as potato bits. The increased pressure inside Aquarius crushed the can since it was a sealed container. It served as a great learning tool for the school children that were taking apart in the event.

The EVAs were very productive. Andrew and Steve opted to extend their dives by one hour to achieve the mission objectives. Although I have not been able to join them on the EVAs, I constantly monitor their audio, dive helmet cameras and other situational cameras. The work the team is doing is great to watch and I feel a great sense of pride of being a part of the NEEMO 14 team.

My favorite part of day 9 though was the fact that we aren’t in decompression. The majority of Aquarius missions are ten days long, so decompression normally starts on “day 9”. Since this is a 14 day mission we won’t start decompression until day 13. So that means I still have 4 more days before my “living the dream” experience starts to come to an end.

Good night from Conch Reef.

– James Talacek

NEEMO 14 Crew Journal: Mission Day 8

Mission day 8 draws to a close and it is clear to see that we still have some of the coolest jobs on and off the planet. The best thing about being down here with so many different personalities is getting to know them. One of my favorite things to do in life is to laugh, and with this bunch of guys, that’s an easy thing to do.

I’m going to fill you in on what I have observed – only my opinion, not Aquarius’s and most definitely not NASA’s. First we have two PhD’s, one MD, one Colonel, and two habitat technicians. The only thing more intimidating is having a planetary geologist working beside you.

These are easy going, humble guys with great stories to tell. And it’s been great hearing the background stories on these fine gentlemen, where they’ve been, what they have seen, how many times their guitar has been around the world, how many hits they have on Google, or how many crewmember mockups they’ve hauled up a rope.

These guys are truly amazing. Their lives are rich, interesting, and would make many green with envy. Gentlemen, somewhere out there is a child calling you hero, and changing their dreams to follow in your footsteps… my hat is off to you; and James.

– Nate Bender, Habitat Technician, UNCW

CG rig

Center of Gravity (CG) config 4, weight Delta

Andrew and Nate

A real pic to submit of Andrew and myself