Lynn Kurth: Eagerly Waiting to Tag Sharks, July 28, 2014

NOAA Teacher at Sea
Lynn M. Kurth
Aboard NOAA Ship Oregon II
July 25 – August 9, 2014

Mission: Shark/Red Snapper Longline Survey
Geographical area of cruise:  Gulf of Mexico and Atlantic
Date:  July 28, 2014

Lat:  24 17.334 N
Lon:  082 30.265

Weather Data from the Bridge:
Wind: 7.52 knots
Barometric Pressure:  1017.85 mb
Temperature: 31.1 Degrees C


Science and Technology Log: 

We have been traveling across the Gulf over the past two days and will continue traveling until Monday night when we will reach our first testing station.  Wondering exactly where we are?  You can see the ship’s location live at:  NOAA Shiptracker

Our official survey has not begun but Dr. Jim Nienow, an instructor from Valdosta University, is aboard for the cruise and has been doing some basic plankton sampling while we are on the move.  Dr. Nienow participated in his first shark longline survey back in 2008 and this is his sixth cruise aboard the Oregon II.  He enjoys being part of the shark longline survey because it provides him with the opportunity to collect the samples that he analyzes with his students when he returns to the university.  In the first few years that Dr. Neinow began collecting plankton samples he was interested in the overall biodiversity he found in the samples.

But over the past few years his work has evolved and he is currently focused on the distribution of diatoms.  Diatoms are microscopic single celled photosynthesizing algae and are the most common type of phytoplankton found.  Diatoms represent approximately half of the ocean’s production.  In other words, these little buggers are important because they serve as the base of the food chain for the ocean.  By studying diatoms scientists are able to study the overall health of the particular environment that they were collected from.

 

Dr. Jim Nienow

Dr. Jim Nienow

We have spent some time preparing the gear for the survey by getting the fishing lines ready.   Circle hooks are used for the shark long line survey vs. J hooks so that the sharks are rarely hooked deep which makes the hook easier to remove and reduces the potential of harming the shark.

J hook vs. Circle hook

J hook vs. Circle hook

Preparing the gear

Preparing the gear

50 hooks prepared to receive bait

50 hooks prepared to receive bait

 

Did you Know?

Diatoms are used for the following:

  • as mild abrasives found in cleaning products and sometimes toothpaste
  • as filter material when making alcoholic/non alcoholic drinks, syrup and medicines
  • as insulation in sound proof or fire proof doors
Diatoms as seen through Dr. Nienow's scanning electron microscope Photo Credit:  Dr. Jim Nienow

Diatoms as seen through Dr. Nienow’s scanning electron microscope
Photo Credit: Dr. Jim Nienow and The Deep C Consortium

Diatoms as seen through Dr. Nienow's scanning electron microscope Photo Credit:  Dr. Jim Nienow

Diatoms as seen through Dr. Nienow’s scanning electron microscope
Photo Credit: Dr. Jim Nienow and the Deep C Consortium

Personal Log: 

During our time traveling we had an abandon ship drill.  If we were to abandon the ship we would put on a full neoprene survival suit before entering the water.  The water temperature in the Gulf of Mexico is around 87 degrees Fahrenheit so the suit protects folks from hypothermia that would occur over time.

suit

“Teach” (my nickname on the ship) in the survival suit

Elizabeth Eubanks, August 3, 2007

NOAA Teacher at Sea
Elizabeth Eubanks
Onboard NOAA Ship David Starr Jordan
July 22 – August 3, 2007

Mission: Relative Shark Abundance Survey and J vs. Circle Hook Comparison
Geographical Area: Pacific Ocean, West of San Diego
Date: August 3, 2007

Weather Data from the Bridge taken at 1300 (5am)  
Visibility: 10+ miles
Air temperature: 18.7 degrees C
Sea Temperature at surface: 21.9 degrees C
Wind Direction: 010N
Wind Speed: 5 kts
Cloud cover: partially cloudy– stratus
Sea Level Pressure: 1014.2 MB
Sea Wave Height: 1-2 ft
Swell Wave Height: <1 ft

Science and Technology Log 

Cleaning – Cleaning – Cleaning. We fuel for 4+ hours – Amazing! We will be in port by 2pm today.

Screen shot 2013-04-18 at 7.23.31 AM

Personal Log 

Thank you, thank you, thank you. I have been honored to be selected to participate in NOAA’s Teacher at Sea program. This has been a life-changing adventure. I am wiser and have so much to share with my students and community.

A huge thanks to all of the scientist for being so nice and so helpful. I feel honored to have worked with Dr. Suzi Kohin, Dr. Russ Vetter and Dr. Jeff Graham as well as grad students Lyndsay Field, Heather Marshall, Dovi Kavec (thanks for being my on board conscience!), Noah Ben Aderet, Alfonsia “Keena” Romo-Curiel, South West Fisheries staff (including Suzi and Russ), Anne Allen (thanks for taking me to the bow chamber), Eric Lynn, Monterey Bay Aquarium staff, Ann Coleman (thanks for teaching me how to set and haul and collect data), and my roommate Leanne Laughlin from California Department of Fish and Game.  The crew has been awesome. I give you many, many thanks and wish you the best at sea. Chico – I am happy and I know it – so my face surely shows it! Jose – “any minute now” and you will catch a fish.

Peter good luck at the Maritime Academy and with the guitar.

LCDR Keith Roberts, thanks for your command. XO Kelley Stroud, thanks for your help with kids’ supplies. I am going to stop here, in case I forget someone, but please know I appreciate all of the folks on the deck, bridge, engine room (Great tour John!) and the galley (the food was amazing) so much. Thanks for your interviews – you will be famous. This trip has been amazing!

Screen shot 2013-04-18 at 7.23.46 AM

Questions of the Day 

What sounds most interesting about the adventure at sea? Would you like to go to see to study sharks? 

Question of the trip: Which hook, the J or Circle, will catch more sharks? 

Please make a hypothesis. Utilize resources to justify your hypothesis. ———Yes, you get extra credit for this. 

Elizabeth Eubanks, August 2, 2007

NOAA Teacher at Sea
Elizabeth Eubanks
Onboard NOAA Ship David Starr Jordan
July 22 – August 3, 2007

Mission: Relative Shark Abundance Survey and J vs. Circle Hook Comparison
Geographical Area: Pacific Ocean, West of San Diego
Date: August 2, 2007

Weather Data from the Bridge 
Visibility: 10+ miles
Air temperature: 20.3 degrees C
Sea Temperature at 500 m:
Sea Temperature at surface: 19.8 degrees C
Wind Direction: 280 W
Wind Speed:  17 kts
Cloud cover: partially cloudy–alto cumulus
Sea Level Pressure: 1015.7 MB
Sea Wave Height: 1-2 ft
Swell Wave Height: 2 ft

Bow Chamber

Bow Chamber

Science and Technology Log 

The Bow Chamber! Wow! The Bow Chamber is in the bulbous bow. It is located in the very front of boat where the V hull is. Basically this area breaks up the water pressure to create less drag. The chamber is actually a little room about 20 feet down below the main deck. It has port holes/windows so you can see aquatic life. Currently the windows have a lot of algae on them so it is hard to see out of them during the day. A group of us went down after dark and we could see bioluminescent creatures zipping by. We were seeing things such as dinoflagelletes/ plankton and jelly fish. It was so beautiful to watch.

Personal Log 

Doctoral student Dovi Kacev and NOAA Teacher at Sea Elizabeth Eubanks look down into the bow chamber.

Doctoral student Dovi Kacev and NOAA Teacher at Sea Elizabeth Eubanks look down into the bow chamber.

Great day. I got up at 5:30am to watch and learn a little more about the CTD, which I wrote about yesterday. We completed our 2 final sets and I gathered goodies to bring back to school. We had the perfect ending to our last set. One of the very last hooks we pulled in possessed a huge, enormous Blue Shark. He was the biggest that we had caught so far, in length (229 cm) and girth. He gave a huge fight while in the water and even threw up a little (but thankfully not his stomach) before they got him onto the cradle. The best part of this was that the rest of the scientists could watch the people on the platform work with the shark, because the long line hauling was finished. It was truly the perfect ending to the perfect adventure.

Question of the Day 

How do bioluminescent creatures shine? 

Question of the trip: Which hook, the J or Circle, will catch more sharks? 

Please make a hypothesis. Utilize resources to justify your hypothesis. ———Yes, you get extra credit for this. 

A big Blue Shark.  Graduate student Heather Marshall holds the tail while Dr. Jeff Graham helps Dr. Suzi Kohin with the bolt cutters as Dr. Russ Vetter retains the head.

A big Blue Shark. Graduate student Heather Marshall holds the tail while Dr. Jeff Graham helps Dr. Suzi Kohin with the bolt cutters as Dr. Russ Vetter retains the head.

Elizabeth Eubanks, August 1, 2007

NOAA Teacher at Sea
Elizabeth Eubanks
Onboard NOAA Ship David Starr Jordan
July 22 – August 3, 2007

Mission: Relative Shark Abundance Survey and J vs. Circle Hook Comparison
Geographical Area: Pacific Ocean, West of San Diego
Date: August 1, 2007

Weather Data from the Bridge  
Visibility: 10 miles
Air temperature: 17.4.0 degrees C
Sea Temperature at 500 m: 4 degrees C
Sea Temperature at surface: 15.2 degrees C
Wind Direction: 300 W
Wind Speed:  13 kts
Cloud cover: cloudy–stratus
Sea Level Pressure: 1014.7 MB
Sea Wave Height: 1-2 ft
Swell Wave Height: 3-4 ft

Science and Technology Log 

Make use of all or your resources! Yes, this ship is charted to study sharks, but as mentioned previously there are many other research projects going on. Dr. Russ Vetter and Eric Lynn are administering a CTD apparatus twice daily in the proximity of where the long lines are set: every night at 2000 (8pm) and every morning at 0500 (5am). CTD stands for Conductivity, Temperature and Depth. This machine costs approximately $15,000 and helps give scientist data to evaluate. The apparatus is dropped from a J Frame, a crane-like structure, from the ship into the ocean, while being guided by E. Lynn and R. Vetter who are strapped to the ship. See photos above and below. The apparatus contains two bottles, similar to a large thermos. Both bottles are open all the way down, depending at what depth the CTD drops to. On this trip it has ranged between 250m and 1,000m down. Once it gets to its destination the scientist pushes a button on their computer that is connected to the bottles and tells them to fire. This action shuts the bottles trapping water samples inside. One bottle is used for maximum depth water collection and the other is used for water sample collections at 10m. They have boxes filled with water samples that will be taken back to San Diego for testing by other scientists.

NOAA scientists, Eric Lynn and Dr. Russ Vetter prepare to lower the CTD. Notice the green cylinders on the left side of the CTD – they are bottles for water samples.

NOAA scientists, Eric Lynn and Dr. Russ Vetter prepare to lower the CTD. Notice the green cylinders on the left side of the CTD – they are bottles for water samples.

There are many other structures on the CTD that measure, salinity, temperature, depth, oxygen levels and fluorescence. Fluorescence measures how much chlorophyll is in the ocean and can be compared to the oxygen levels. Chemical Scientists who work for NOAA have put CO2 detection equipment on board many of the NOAA ships including the NOAA ship DAVID STARR JORDAN. The scientists do not travel with the ship, but come and check the data quite often. Global warming and CO2 levels in the atmosphere have been a hot topic. Many, many years ago when scientists were determining what to do with all the extra CO2, they had thought about pumping into the ocean. Thinking has changed a lot since then. Now scientists realize that the extra CO2 in the ocean is just as detrimental to the ocean as it is to the atmosphere. We’re all connected, we’re all affected. 

A very simple way to think about this is to think of the age-old science experiment of when you put a tooth in a bottle of soda and after a short time the tooth dissolves.  When CO2 is added to ocean water it creates a carbonic acid. Our bones are made of the mineral calcium (Ca) which keeps them hard and allows them to support our bodies.  Sea creatures that have bones or a shell count on Ca as well. Can you imagine what would happen to a clam that didn’t have enough Ca to make a shell? Or could you imagine a clam that had a shell and the acidic ocean water ate it up? These are things we need to imagine. Because of the increase in CO2, our average ocean Ph has dropped from ~ 8.1 down to 7.8, thus making the ocean more acidic. What I write here is only a first stepping stone to so many various things that are occurring with an increase of CO 2 levels on our planet.

The CTD being lowered from the J Frame on the NOAA ship DAVID STARR JORDAN

The CTD being lowered from the J Frame on the NOAA ship DAVID STARR JORDAN

Personal Log 

I can recall sitting in my classroom sometime in March or April. Maggie, a student, was in the room and it was well over an hour after school. I checked my email as I do routinely and there it was, the long awaited message from NOAA. I was a little nervous opening it, but did rather quickly. I was so excited to find out that I had been chosen to participate and immediately shared the news with Maggie, Rob and Dr. Finely the principal of my school. Anticipation filled my life until I got my assignment which was to board the NOAA Ship ALBATROSS IV in July, out of Woodshole, Mass to do a sea scallop survey. Of course I started reading all of the logs teachers had written. I prepared myself for working 12-hour shifts and measuring scallops. In May, when the staff at NOAA realized I would be in San Diego and that there was an opening on the NOAA Ship DAVID STARR JORDAN, they called and asked if I wanted to work with sharks.

It only took me 24 hours to accept that position and then I had new logs to read and new things to anticipate. I was extremely excited and equally as nervous. Would I get sick? Would people be nice? Would I feel safe and comfortable? Would I like the jobs I needed to do? Was I capable of doing the jobs? Oh no – I am not so great with the metric system, will people think I am stupid if I have to think and research before making a conversion? How much will I miss Rob? Will I like boat life? Then my questions even got more specific. Will have enough food? Which snacks should I bring? What does closed-toed shoes mean– can I wear Keens? Do I bring a towel? How many hobby supplies or books should I bring? How many girls will be there? Do we have to share a room with a guy (really I didn’t know)? You can imagine all of the questions I had and they didn’t stop until I had spent 24 hours on the ship and then I understood.

Here I am 11 days into this amazing adventure that has far surpassed anything I imagined. I have 2 more nights to get a giant “rock” (from the ocean waves) to sleep and 3 days to live on the Pacific Ocean. We only have 2.5 sets left to do.  Amazing. – I am going to enjoy every bit – starting right now – I am going to enjoy some of the great folks on board.  

Question of the Day 

What are some things YOU can do to further prevent the ocean from becoming more acidic?

What is a terapod?

What are some things that you anticipate about the upcoming school year?

Question of the trip: Which hook, the J or Circle, will catch more sharks? 

Please make a hypothesis. Utilize resources to justify your hypothesis. ———Yes, you get extra credit for this.  

Elizabeth Eubanks, July 31, 2007

NOAA Teacher at Sea
Elizabeth Eubanks
Onboard NOAA Ship David Starr Jordan
July 22 – August 3, 2007

Mission: Relative Shark Abundance Survey and J vs. Circle Hook Comparison
Geographical Area: Pacific Ocean, West of San Diego
Date: July 31, 2007

Weather Data from the Bridge 
Visibility: 10 miles
Air temperature: 16.0 degrees C
Sea Temperature at 700m: 5 degrees C
Sea Temperature at surface: 19.2 degrees C
Wind Direction: 300 W
Wind Speed:  15 kts
Cloud cover: Clear –stratus
Sea Level Pressure: 1013.9 MB
Sea Wave Height: 4-5 ft
Swell Wave Height: 2 ft

Science and Technology Log 

Salt, Sodium, NaCl, Salinity. How much salt is in the ocean? How much salt is in me and you? Is there a difference between the amount of salt in from the Pacific to the Atlantic ocean? How much salt is in a fish or shark? Lots of questions about salt. I spent some time again with Dr. Jeff Graham and he showed me some nice diagrams to help me understand.

Percent of average salt content – salinity. ***The top of the box marks only 10%   scale subject to revision (due to lack of resources on board ship)

Percent of average salt content – salinity. The top of the box marks only 10% scale subject to revision (due to lack of resources on board ship)

Personal Log 

Yeah I added a new species to my list and yesterday I was able to get a photo of the Black Footed Albatross. While we were hauling our line he kept circling. He seemed to be very interested in the line. Some of the scientists were tossing bait to him from the hooks they were debating, but he didn’t seem that interested our old Mackerel.  Albatross are beautiful birds. They are the largest of seabirds and spend most of their time on the water. They have long, narrow wings as you can see from the photo below. One of the scientists on board was telling me that she read studies, indicating that they can travel 3,000 miles across the ocean, before they need to touch land.  Rarely does a person have the opportunity to view them from shore unless you are on some remote island when they are breading and nesting.

Black-footed albatross, tagged.

Black-footed albatross, tagged.

Look at the photo I took. You will notice a yellow band on left leg and a white one oh his right. I am told that to band these birds, you go to a remote island and just band them. They aren’t really afraid of people. – I would love to do that…. When is that cruise?  Nobody likes it when this happens, especially the sea lions. This is the only we caught this trip. They put up a huge fight and this one actually got off of the line. Hopefully, he will be fine. It is such a treat to see them out here. During this set we had a lot of half eaten bait, so we believe he was having a feast!

Steller sea lion hooked in the mouth

Steller sea lion hooked in the mouth

Question of the Day 

Salt is essential for all life. However too much salt can be toxic. Animals have special ways of regulating the salt in their bodies. How does the shark regulate its salt? Define these terms associated with salinity and adaptations an animal makes to an environment: Isosmotic,  Hypoosmotic, and  Hyperosmotic.

Question of the trip: Which hook, the J or Circle, will catch more sharks?

Please make a hypothesis. Utilize resources to justify your hypothesis. ———Yes, you get extra credit for this.  

Elizabeth Eubanks, July 30, 2007

NOAA Teacher at Sea
Elizabeth Eubanks
Onboard NOAA Ship David Starr Jordan
July 22 – August 3, 2007

Mission: Relative Shark Abundance Survey and J vs. Circle Hook Comparison
Geographical Area: Pacific Ocean, West of San Diego
Date: July 30, 2007

Weather Data from the Bridge  
Visibility: 10 miles
Air temperature: 20.0 degrees C
Sea Temperature at 1,000m: -No CTD test tonight
Sea Temperature at surface: 19.8 degrees C
Wind Direction: 270 W
Wind Speed:  11 kts
Cloud cover: Clear –very cloudy, stratus, cumulus
Sea Level Pressure: 1011.9 MB
Sea Wave Height: 2 ft
Swell Wave Height: <1 ft

Science and Technology Log 

Today as my early shift which means I was up and on deck by 5:45 am. The morning was beautiful. I got to clip the gangion with line, hook and bait onto the long line. This has the potential to be a very stressful job, if it is really windy or there are large waves. I have avoided this job, for fear I would get tangled and go over board or miss the long line and drop the baited line, miss the space to clip my gangion or get the alternating Circles and J’s messed up.  Lots to remember. But when Dr. Kohin asked me to do it, of course I said “sure”. And guess what nothing bad really happened. I didn’t wreck the whole survey or anything! The long line has little bolt like things on it with a space between where you are supposed to clip the gangion. It can be tricky to clip them on, because the long line is moving out past you to the sea. I did miss two, but it wasn’t a huge disaster. The circles got a little knotted in the basket so there was nothing that could be done about keeping those in order, it was more important to get bait on the hooks, but later we added a few extra circles to keep the data on target and even.

Gangion clip attached to 20 foot line with hook (Circle or J) and Pacific Mackerel bait.

Gangion clip attached to 20 foot line with hook (Circle or J) and Pacific Mackerel bait.

Funny, I actually found it to be my favorite job. It was exciting and challenging and keeps your attention. Of course it was a calm day so it wasn’t as stressful as it could’ve been. The hardest thing about clipping this morning was to resist running to get my camera. The sun magnificently peaked through the clouds as a bright pinkish red ball at 6:30 am . The ocean was alive with visible life as sea gulls circled, and dolphins and seals splashed in the water. I worked on de-meating shark jaws for a while, which is tedious but fun. Their teeth are so plentiful and sharp. Fours hours later we hauled the line and had four Mako Sharks. Not the best set, but not the worst either!

Heather Marshall, grad student from U Mass. of Dartmouth on the phone with her mother. Too bad she couldn’t talk to her boyfriend, but he had just boarded a research vessel studying northern shrimp out of Maine for Massachusetts.

Heather Marshall, grad student from U Mass. of Dartmouth on the phone with her mother. Too bad she couldn’t talk to her boyfriend, but he had just boarded a research vessel studying northern shrimp out of Maine

Personal Log 

We arrived near Avalon, which is on Santa Catalina Island, California at 3:30pm. As soon as we got close to it people started to pull out their cell phones. I have to admit that as wonderful and adorable that Avalon was the best part was talking to Rob, my mom, Jim, Bob and Sue.  Telephones are not a luxury that we have on this ship. I am sure I wasn’t the only one that felt this way, because every time I turned around either on the ship or on Avalon, people were on their phones. In fact even down to the last minute while the ship was pulling away from civilization, people were still making one last call to their loved ones.

“26 miles across the sea, Santa Catalina is a waiting for me” – old tune from the 50’s – Who is the artist? 

Santa Catalina Island is about 25 miles long and 26 miles off of the west coast of California. To get there from the mainland you take a Ferry from Long Beach, which is south west of Los Angeles. You need special permission to bring a car.  We were in a town called Avalon, it is located in the south eastern part of the island. The Wrigley’s, as in Wrigley’s gum family use to own a lot of the Island, but some years ago donated most of it to the state, the Nature Conservancy and to the University of Southern California. Many organizations such as the Boy Scouts use some of the areas and are allowed to continue providing they take care of it. Avalon was very popular back in the day. During the big band swing era in the 50’s musicians like Glenn Miller, Benny Goodman and Tommy Dorsey would come place at the Casino which is really a Ballroom. It is a quaint little town with electric cars, buses and golf carts driving all about. Rarely do you see a typical car. There are lots of shops and cute places to eat.

Harbor at Avalon, Santa Catalina Island, California. The former Wrigley house is the one that sits highest on the mountain in the photo.

Harbor at Avalon, Santa Catalina Island, California. The former Wrigley house is the one that sits highest on the mountain in the photo.

We were brought over to the island on Zodiacs, a small rubber watercraft and stayed for 2 or so hours. A group of us wandered around, while some swam and others ate. It was such an unexpected bonus and so nice to be in a town. About an hour or so after we arrived I was interviewing Charlie with my camcorder and as I looked at the screen I noticed I was rocking – okay so I felt like I was rocking! I didn’t expect this. When I told Ann Coleman who was an experienced scientist at sea, she said it was common and said the strangest would be when I get home and take a shower, especially when I close my eyes and when I go to bed.  I will see how that goes.

Question of the Day 

Why do you think it is important to throw the fish and the line overboard before you clip the gangion onto the long line?

Question of the trip: Which hook, the J or Circle, will catch more sharks? 

Please make a hypothesis. Utilize resources to justify your hypothesis.  ———Yes, you get extra credit for this. 

Elizabeth Eubanks, July 28, 2007

NOAA Teacher at Sea
Elizabeth Eubanks
Onboard NOAA Ship David Starr Jordan
July 22 – August 3, 2007

Mission: Relative Shark Abundance Survey and J vs. Circle Hook Comparison
Geographical Area: Pacific Ocean, West of San Diego
Date: July 28, 2007

Weather Data from the Bridge   
Visibility: 10 miles
Air temperature: 19.0 degrees C
Sea Temperature at 5000m: 6 degrees C; Sea Temperature at surface: 20.3 degrees C
Wind Direction: 270 W
Wind Speed:  16 kts
Cloud cover: clear –some cumulus, cirrus
Sea Level Pressure: 1013.7 mb
Sea Wave Height: 1-2 ft
Swell Wave Height: 2 ft

Blue Shark with an evertted stomach.

Blue Shark with an evertted stomach.

Science and Technology Log 

The mortality (death) rate has spiked a little – very sad. We brought in a Blue shark last night that had evertted (thrown up) its stomach. Sometimes sharks do this when they eat something bad, like a hook. Most times they just suck it back up. It isn’t a common thing to happen and obviously it is a last extreme measure to feel better. It is probably dangerous to throw up your stomach when you have all of those teeth it needs to get passed to leave your mouth. When the scientists first saw the shark, they said it would be okay. We were all hopeful, but by the time it got on the ship it had died. Of course as always when there is a mortality, paper work is filled out and researchers use so much of the shark, so that is the good part.

Bedrooms on board the DAVID STARR JORDAN -mine is the bottom bunk

Bedrooms on board the DAVID STARR JORDAN -mine is the bottom bunk

Personal Log 

Simplify, Simplify. -Henry David Thoreau 

One “simplify” would have sufficed. Ralph Waldo Emerson, in response 

Life on this ship is simple. I have not looked in full length mirror since I boarded. Actually I haven’t seen myself too much below my chest even. Well, a couple of times in a photograph I saw my full body. Makeup, jewelry, matching clothing, high fashion, hats, they just aren’t important out here. In fact I did boycott the hats for a few days, because ever since I shaved my head I felt like I looked funny in a hat – like a boy. Oh well, too bad. It is so sunny out here so I need to wear my floppy hat to protect my skin. I need to wear Rob’s knit hat, because it gets equally as cold. My shirt sleeves smell fishy some of the time. But instead of washing the whole shirt, I was the sleeves. Quite often I sleep in the clothes – hat and all I wore all day if they aren’t dirty, because for some reason it is so chilly in my room. I live in the same clothes day after day if they don’t smell fishy. We eat what we are fed and get called to eat by an extremely loud bell. We sleep in small, simple bed. I washed a batch of clothes yesterday – sheets included. It all went in one load and took me about 5 minutes to put away.

We work at certain hours and relax or help out, read or wander about the ship, watching the ocean for creatures. We aren’t at the grocery store choosing what food to buy or shopping at a mall. We aren’t talking on the phone or watching a whole lot of TV, we do have to pick movies sometimes though (500 choices – now that is complicated).  Dovi, one of the Doctoral students did not take a shower or change his clothes until yesterday (mid trip). I didn’t get too close to him, but didn’t notice him smelling from a distance. Simple life. I imagine the most extravagant thing about living on this ship is the fancy food we get to eat and the huge choice of movies—and the no-brainer—being in contact with sharks. Of course I am definitely putting some time into my hobby – photography and boy have I got thousands of interesting shots. I like it. I can easily see how people make this life style a permanent one. The hardest thing about it is missing your family and I do miss Rob and Hooch! Now my goal is to bring parts of this life style with me when I return to land, that will be the challenge and goal!  How is your life simple and how is complicated?

Question of the Day 

Make a list of things that complicate your life. Make a list of things that simplify your life.

Question of the trip: Which hook, the J or Circle, will catch more sharks? 

Please make a hypothesis. Utilize resources to justify your hypothesis.  ———Yes, you get extra credit for this.