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Week 2: Crossing The Gulf

Week two of my MATE Internship has been awesome. After getting underway on Monday, we headed off to Port Angeles again to do some troubleshooting and more flight operations. While we were by Port Angeles I spent some time finishing my wiring diagram for a panel. After spending several days by Port Angeles we headed offshore to conduct winch testing and the multibeam patch test. We first tested the trawl winch with 2000lbs of weight and lowered it down to 1000 meters to verify everything works. We then calibrated the payout sensor. After successfully completing the test weights we then deployed the CTD for training and system testing.  We originally planned to send the CTD down to 2300m, but during the cast we lost connection at 800m. We tried to troubleshoot the system while the CTD was in the water but it was not successful so we hauled the CTD back onto the deck so we could figure out what happened. While the CTD was being hauled up from 800m the connection was restored at 200m. After we finished with the CTD test we began the Patch test. We got everything in order so that when we arrived at the coordinates that we had planned so we would be ready to go. Once we arrived after about five minutes the system shut off and we stopped receiving data from the sonar. We ran downstairs to troubleshoot the system and after about fifteen minutes we were successful. After making two attempts we called off the test because the cross swells were between twelve to fifteen feet. As a result of the rolls the multibeam was not giving us very accurate measurements. We got a head start and departed for Alaska, hopefully we will be able to complete another CTD test and Patch test before we arrive later next week. We are doing several tests while underway to see what the issue is with the CTD. We believe that there is problem in the .322 sea cable itself but need to pay out some wire under load to verify the failure. This has been a very busy two weeks and I’m so excited to share everything I have learned and experienced

 

 

 

Intern Introduction: Gabriela Rodezno

Hello 🙂

My name is Gabriela Rodezno. I am 21 years old and from West Boylston, Massachusetts. I recently graduated with my Bachelor of Science in ocean engineering from Florida Institute of Technology. While in school, I was the hull design captain of the ASCE Concrete Canoe team. We designed and constructed a 165lb canoe made from 35pcf lightweight concrete. In addition to building and racing canoes made of concrete, I was a member of the women’s rowing team. Out of every sport I have participated in, rowing has been the most challenging as well as the most rewarding. I am grateful to have lived so close to the water in Florida and had the chance to fuel my love for boating and water sports. 

In June 2023, I had the privilege to perform marine research on board the R/V W.T. Hogarth. This was a remarkable learning opportunity and it made me eager to expand upon my ship-based research experience. I applied to the MATE program in January and was very happy to accept a position as a marine technician on board the USCGC Healy. One of my career goals is to work as an officer for the USCG, and I know this internship will provide me with valuable contacts and insight into life on a Coast Guard ship. I will board the Healy on June 28; I am very thankful for this opportunity and excited to write more about it!

 

 

Week 1: USCGC Healy

The first week of my MATE Internship onboard USCGC Healy has been great. After arriving in Seattle early last week, I helped assist the STARC marine technicians with preparing the ship for its transit north. The cutter is leaving for the Arctic Summer deployment, so we worked to ensure all the science systems were ready to be tested while underway. Some systems that we worked on include the flow-through science seawater walls, CTD sensor configuration, data display infrastructure, and different projects to make sure the lab spaces are ready for the incoming scientists. After departing Seattle, we spent several days in Puget Sound and the Straits of Juan De Fuca performing drills and conducting flight operations, where they practiced touch and go landings and refueling. Unfortunately, a concerning vibration was identified so Healy returned to Seattle for more thorough inspections. After a day and a half of analysis, no failures were found so Healy will again head offshore for additional testing to better characterize the conditions under which the vibration occurs. 

Week 1 aboard the Langseth

Our first week of the trip has already come and gone in a flash. I boarded the Langseth in Brooklyn Harbor late on the 9th. That was followed by a full day of preparations and getting the lay of the ship. Its quite a maze of hallwyays and decks that I easily became lost in the first several days. I would say I know it well now though I think I find a new room everyday. The ship left port in the early hours of the 11th in order to refuel and then were on our way out.

The ship’s engineers were faced with a potential delay, waiting for a part, and not wanting to waste any precious time the crew and science party decided on a new first deployment station whilst we wait. The instrumentation we are primarily using on this cruise are multi-cores, taking cylinders of mud from the sea floor, thousands of meters below the surface. The first station was a bit of a crash course for me in the operation of multi-cores as we deployed them several times over the next couple days. Some good news came at the end of this station when the engineers were able to fix the ship without going back to port.

After finishing up at our initial station it was time to make haste towards the next and official first station. Transit took several days and was a good time for all to rest and reset before the real work began. We only arrived on station yesterday and have already had our share of success and tribulations. During an inital CTD deployment the Langseth’s new winch malfunctioned leaving the CTD stuck close to the bottom for several hours. With the valiant efforts of the ship’s engineers and electricians the winch was repaired and CTD recovered in one piece. Today we’ve deployed two more cores and seem to be smoothing out all the little problems as they come. We hope for fair winds and following seas as our journey begins.

Week 1: June 9th to June 17th

June 9, 2024:

  • Flew from SF to NY, arriving at 3pm (about 5:30 hours)

  • Journeyed to the boatyard near 168 Flushing Ave, NY.

  • Settled into a boat, toured, and met crew members.

  • Went to Walgreens for last minute purchases and slept very well.

Flew from SF to NY, arriving at 3pm (about 5:30 hours)

Journeyed to the boatyard near 168 Flushing Ave, NY.

Settled into a boat, toured, and met crew members.

Went to Walgreens for last minute purchases and slept very well.

June 10, 2024:

  • Met in the supervisor’s office at 7am.

  • Assisted in stress testing a new winch cable wire.

  • Had downtime and enjoyed really good food.

  • Spent evening onboard, contacting family.

Met in the supervisor’s office at 7am.

Assisted in stress testing a new winch cable wire.

Had downtime and enjoyed really good food.

Spent evening onboard, contacting family.

June 11, 2024:

  • Departed dock at 1am for anchorage and fueling.

  • Attended 7am meeting; 

  • Volunteered to take the night shift (12am-12pm).

  • Worked with roommate Eddie (other mate intern) on securing crates and boxes.

  • Met with the science crew and learned about their work and what exactly they are trying to prove with the data they are collecting.

  • Prepared ship for departure from fueling barge;

  • Was concerned about seasickness.

Departed dock at 1am for anchorage and fueling.

Attended 7am meeting; 

Volunteered to take the night shift (12am-12pm).

Worked with roommate Eddie (other mate intern) on securing crates and boxes.

Met with the science crew and learned about their work and what exactly they are trying to prove with the data they are collecting.

Prepared ship for departure from fueling barge;

Was concerned about seasickness.

June 12, 2024:

  • Worked from 7am to 12pm on pCO2 monitor.

  • Participated in ship-wide drills for fire and abandon ship procedures.

  • Only worked about 6 hours since I was switching to night shift. 

  • Rested in the cabin after; prepared for night shift.

Worked from 7am to 12pm on pCO2 monitor.

Participated in ship-wide drills for fire and abandon ship procedures.

Only worked about 6 hours since I was switching to night shift. 

Rested in the cabin after; prepared for night shift.

June 13, 2024:

  • Started night shift at 12am.

  • Assisted with CTD trigger test and monitored computer screens.

  • Assisted senior technicians with adding more weight to the multicorer and primed it for deployment.

  • Controlled winch operations and assisted with retrieval.

  • Worked on drafting protocols for working on the new winch with Joseph (another tech).

Started night shift at 12am.

Assisted with CTD trigger test and monitored computer screens.

Assisted senior technicians with adding more weight to the multicorer and primed it for deployment.

Controlled winch operations and assisted with retrieval.

Worked on drafting protocols for working on the new winch with Joseph (another tech).

June 14, 2024:

  • Night shift activities included rounds on the vessel and ensuring equipment security.

  • Spotted basking sharks near the boat in the early morning!! 

  • Participated in deploying multi corners; experienced a minor incident with equipment.

  • Successfully retrieved samples, including a brittle star.

Night shift activities included rounds on the vessel and ensuring equipment security.

Spotted basking sharks near the boat in the early morning!! 

Participated in deploying multi corners; experienced a minor incident with equipment.

Successfully retrieved samples, including a brittle star.

June 15, 2024  –   June 16, 2024:

  • Lots of downtime working a night shift and while heading to the new station.

  • Spent most of time monitoring computer screens.

  • Spent a couple hours with the the 2 and 3 mate in the bridge while they stood night watch  

Lots of downtime working a night shift and while heading to the new station.

Spent most of time monitoring computer screens.

Spent a couple hours with the the 2 and 3 mate in the bridge while they stood night watch  

June 17, 2024:

  • The night was not very eventful but in the morning we noticed the sea floor had a lot of seamounts so it was decided to pause the transit and start a back and forth grid search for flatter ground.

  • Technical difficulties popped up so a lot of time was spent on that. 

The night was not very eventful but in the morning we noticed the sea floor had a lot of seamounts so it was decided to pause the transit and start a back and forth grid search for flatter ground.

Technical difficulties popped up so a lot of time was spent on that. 

IN CONCLUSION:

I am having a wonderful time.! The food is delicious and the beds are really comfortable. Everyone is super nice and the work is very enjoyable and fulfilling. I’m excited to get to the next station to do more work!

 

Duva Week 1: Departure and First Station

Week One on the Langseth!

We had a busy start to the week as we prepared to depart from the Brooklyn Navy Yard. We faced some potential delays (engine parts, science gear), but ultimately decided to make our first, near-shore station (which was initially intended as a test site for our gear) a full research station. After completing work there, it was decided to proceed to the next station (rather than returning to NY to pick-up parts). So, the next land we see will be Iceland!

The new Okeanus winch passed its stress test, and we made a valiant effort at calibrating the Rugged Controls winch sensor as best we could. We finished rigging up the multi-corer and CTD/Niskin Rosette, then proceeded to make our first cast for cores! This site was relatively shallow at 2240m, and it takes about 45 minutes for the corer to reach the ocean floor at this depth.

The collection of the cores is controlled by the winch operator; once the corer’s feet land on the seabed, more cable is paid out to release the plastic core tubes into the sediment and gather the sample. We spent several days coring, with the science crew also working long hours to get all the samples processed appropriately. All of their work needs to be done in oxygen-free environments (nitrogen-filled glove boxes) so as not to alter the chemistry of the sediment.

After the science crew was happy with the amount mud/pore water we collected, we switched the winch cable to the CTD/Rosette and sent that over. It was cool to watch the CTD take a profile on the descent and then to fire the Niskin bottles to close at various depths on the way back up.

Driving the winch to land the multicorer on the seabed and assembling the CTD and using its software program (SeaSave) were some of my favorite tasks this week.

Since being in transit, I have also spent some time in the bridge standing watches. I learned a lot about the systems on board and the maritime field in general by talking with the deck crew and officers.

Today (Monday 6/17) we set our clocks forward by an hour to -3 UTC…the cities of Halifax and Buenos Aires both work as a correct time zones.

I am feeling very grateful that the ship has an awesome kitchen and steward team. We have been eating well, thanks to John and Insuk. In addition to the science party, the marine techs, and the kitchen and steward crew, the engine room and deck crews have also been working hard. It has been exciting to see how all these teams come together to make for a successful day.

Also, basking sharks and dolphins!

Thanks,

Eddy

Introduction Ayse Macknight

Hey Y’all! My name is Ayse (“I-Sha”). Right now I am gearing up for my upcoming internship on the R/V Marcus Langseth, and I couldn’t be more excited! A little information about myself, I studied Oceanography and Scientific Diving at Cal Poly Humboldt. I have been very fortunate to experience many different jobs and I like to keep busy. I have worked on the R/V Coral Sea since 2019 and have loved every minute of it. I have had many different positions on the vessel but my main ones would be, the Student Research Assistant for Zooplankton Ecology Lab,  NOAA Cruise Assistant, Class Teaching Assistant, and Deckhand.

In my free time, I enjoy being outside and reading. 

Introduction Kristen Carroll

Hi my name is Kristen Carroll and I will be interning on USCGC Healy. I am from New York and am currently studying Maritime Technology. I’m very excited to start this internship! I can’t wait to expand my knowledge on marine equipment and technology

Introduction – Chaii Layne-Neubauer

Hello Everyone,

My name is Chaii Layne-Neubauer and I am one of the interns about to sail with the R/V Marcus G. Langseth on its next voyage from New York to Iceland! To introduce myself, I grew up on the beaches of California and in the deserts of Arizona. I got my Bachelor’s in Mechanical Engineering from the University of Arizona and then worked as a test engineer for Caterpillar for a time. Recently, I’ve been pursuing working in the marine research world so this opportunity has been a dream for me. This will be my second research cruise, the first being aboard the R/V Sally Ride working with a water sampling team for Scripps where I learned the ropes of CTD deployment and fluorometer readings. In my freetime I enjoy cooking, fishing, taking apart (and sometimes putting back together) cars and a good horror flick. I cant wait to begin this new adventure so keep an eye out for updates from me on the weekly!

Week 4: Stinky Seeps and Robots

Howdy everyone,

Since my last update, a lot has happened. I’ve just finished the first leg of my 6-month MATE Internship!

When I last checked in, the R/V Hugh Sharp was waiting near Nantucket for a break in the weather in the sea scallop survey area to redeploy the (now fully operational) HabCam. After patiently waiting for days, we finally saw a potential break in the weather. We took the chance to head into the survey area to collect data. However, on the way, one of our seasick researchers helping with scallop annotations had a little run in with a desk and ended up with a rib injury. We were concerned about the severity of their injury, and with the realization that it was too rough to deploy the HabCam, we decided to head back to Woods Hole to get the researcher medical attention and wait for the weather to improve.

After dropping off our injured researcher, the weather finally cleared up. We safely returned to the survey area and managed to collect a full day’s worth of data, covering approximately 50 out of the 53 stations! By the end of the cruise, we had made up for the time lost waiting near Nantucket and gathered almost all the data the WHOI and NOAA researchers needed. I’m also happy to report that the injured researcher saw a doctor and is doing fine with just minor bruising. Despite the setbacks, including a broken HabCam, bad weather, and injuries, the crew and science team pulled through and made the scallop survey cruise a success! It goes to show that resilience and adaptability are crucial when working on research vessels and facing challenges head-on.

– The HabCam 30 minutes after it was deployed managed to catch some fishing gear (green rope connected at the shackle) which we had to cut off.

After wrapping up the HabCam cruise and enjoying a few days of well-deserved rest and celebration, the Sharp crew began preparing for our next adventure!

– A picture from inside the Sharp’s keel. The keel has removable “pods” that can hold a variety of scientific equipment. Right before this photo was taken we replaced one of the ships pods.

The focus of our next cruise was to deploy equipment and collect samples to help scientists gain a better understanding of seafloor methane seeps. For those who may not know, methane is a ridiculously potent greenhouse gas, and high concentrations of it in our atmosphere contribute to global climate change. It’s crucial to determine if these methane seeps impact atmospheric concentrations and whether oceans act as a source or sink for the gas. Understanding the range, oxidation rates, and quantity of methane released from these seeps is essential, and the data collected from these cruises plays a vital role in answering these questions.

The first task of this cruise was to recover a lander from a previous expedition that failed to release its sacrificial weight and float to the surface. We attached a small ROV to a weight and sent it over 300 meters deep to the ocean floor to search for the lost equipment, and fortunately, we were able to retrieve it. The next priority was to deploy landers near known methane seeps. We successfully managed to deploy two out of the three landers we brought, as one decided to act up. The last order of business was to collect sediment samples from the seeps using a weighted multicorer. This corer was lowered to the seabed to gather sediment samples for later analysis. 

One of the “landers” which measures methane oxidation rates near the seafloor methane seeps. Notice the steel plate on the left side. This plate detaches after sampling is complete and the lander receives a signal. The lander then floats to the surface and awaits recovery. 

– The “Mission Specialist Defender” ROV that was used to tag and recover the lost lander.

In just four weeks I gained experience with all of the following:

  • Knudsen Echosounder troubleshooting
  • LCI90i winch controller troubleshooting
  • Fiber optic troubleshooting and splicing
  • CTD maintenance and confile setup
  • Shipboard data acquisition system management and data backup 
  • Shipboard network architecture introduction
  • Instrument calibration record management 
  • A whole lotta different launch and retrieval deck operations (e.g. HabCam, AUV, Lander, multicorer, ROV)
  • Radio communication
  • Rigging techniques
  • Using USBL systems and recording their data
  • Cruise mobilization and demobilization experience
  • Troubleshooting one Sirius XM radio
  • Eating too much ice cream
  • Entertaining/distracting injured researchers with music and memes

Overall, working with R/V Hugh Sharp’s team was a fantastic opportunity to gain lots of hands-on experience and learn a ton of new technical skills. While learning these new skills was great, I think the real value of this internship comes from gaining familiarity with the work that marine technicians get to do. This familiarity promotes confidence and comfort with handling the many unknowns and stressors of this job.

So thanks to everyone at UDEL for the incredible opportunity! Now, I am enjoying two weeks off before I begin the next leg of my internship in Bermuda with the BIOS team! I look forward to writing the next post and updating you all in a few weeks.

Until then keep it cool and stay curious. 

All the best,

Hunter

– The last sunrise I got to see aboard the Sharp

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