Category Archives: Internship Journeys

Dive Days Updates
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After a day of sea bass surveys I’m thankful to have my USiA drysuit!

Hi all!

So I’m now fully underway in the internship here at the Darling Marine Center and throwing myself into the ongoing projects and my dive studies as well. So far I’ve started a Nitrox course, the AAUS Scientific Diving course, my Divemaster course, and almost finished with Drysuit training. With everything I’m learning these days it feels like being a new diver all over again! I’ve reviewed skills like Search and Recovery where I played a retrieval game with some of my coworkers and also retrieved a lift bag I dropped myself. The recovery game asked us to retrieve four painted golf balls after a fellow buddy team dropped them on the bottom. I got the opportunity to buddy with a friend I met in Australia studying abroad but who attended U.Maine for her own undergraduate career. Hilariously, we also were sporting the same wetsuit.

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Glad to get to dive with a friend.

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Diving doing the search and recovery game – I’m on the right.

I’ve also been out now a total of seven times in my drysuit! My composite drysuit was loaned to me by USiA for the summer to help acclimate me to the Maine diving temperatures, which believe me are much colder than what I’ve previously dove in the Caribbean and Great Barrier Reef. Skills wise, drysuit training has so far been my biggest challenge. Relearning buoyancy control in the drysuit is difficult but I can absolutely tell the difference in my own comfort in below 50 degree Fahrenheit waters. I’m still working on being comfortable enough in the suit to use it during scientific dives where resting upside-down is highly likely, but hopefully I will be ready to use the suit once these “summer” water temperatures drop back below 45. I’m thankful for the chance to learn to use the suit without the pressure of buying or renting one on my own. Thank you Kim Johns and USiA!!

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Chris and I found a spare pair of undergarments in the Dive Locker which are better than any pajamas I’ve ever had.

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Diving in the drysuit doing Sea Bass surveys.

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Another great shot of Maine visibility.

Although my photos don’t show it quite as well, the dives here are pretty beautiful. On any dive I can expect to see lobsters, rock and jonah crabs, urchins, fish occasionally, and many different kinds of anemones – one of my personal favorites. Recently I went on a trip to Monhegan Island, where, besides the quaint village on the island and the amazing swim-throughs on the stone dropoff, I had a chance to see seals while underwater. It was a great experience to see them up close and in an environment where their grace overwhelms their tendency to flop. On this dive not only did I dive dry, but completed my Nitrox certification and dove for much longer than I would’ve otherwise been able to. I have photos from above the water but from below are still to come!

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Anyways, I’m on my way to getting my AAUS certification and Divemaster certifications so I’m also doing lots of dive physics and physiology. It makes me excited to think that one day I could be teaching someone else these things and introducing them to the underwater world. Its definitely a once in a lifetime summer to work so closely with both a great DSO and a great working dive team!

I’ll have more updates soon on the different research projects I’ve been working on soon. Until then, I hope you all get some time underwater!

-Katy Newcomer, AAUS Intern

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Yellowstone 2.0

Our first trip to Yellowstone concluded with some amazing technology. Mark Hardy, co-owner of a company called 3D at Depth, joined us in the park for the last few days of our project. Apparently the inability to pack light holds true for underwater technology as well, as Mark was accompanied by several pelican cases of gear!

3D at Depth specializes in the underwater application of a scanning technology called lidar which illuminates a target with a laser then analyzes the reflected light. The resulting data set is called a “point cloud” image. Whenever the laser hits the subject of interest it creates a point, and then millions of points combine to form the final image.

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For the Yellowstone project, our target was a rowboat that had been sunk in front of Lake Hotel in the early 20th century. Although Lidar is still a relatively new technology it is rapidly becoming the industry standard in the architectural and engineering world due to its accuracy.  3D At Depth is perfecting the technology in the subsea, or underwater environment, particularly in the oil and gas industry world wide. The SRC has partnered with 3D At Depth to explore how the technology can be utilized to both map historic shipwrecks and educate the public through 3D models. Because this particular laser scanner was depth rated to 3000 meters (thats 9,842.52 feet!) it was pretty unwieldy and extremely heavy, so getting it off and on the boat was quite a process! YELL-DUW-140625-44YELL-DUW-140625-45YELL-DUW-140625-31

In order to get a 360 degree scan of the rowboat we had to scan nine times each from different angle. This meant that Brett and I would hop in the water, move the scanner, and then surface while the scan was underway. 30 minutes later we’d be back in the water to move the laser again! I broke a new personal record with six dives in one day, although all of them were only to 25′ and relatively short dives. You can check out 3D At Depth profile of the Yellowstone scanning project by clicking the 3D At Depth logo below (opens new window).

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After the scanning was complete our work in Yellowstone was done. We packed up the trailer and left it ready for the next trip a week later, and then began the nine-hour trip home. Being back in Denver meant having a week off to relax and prepare for the next Yellowstone trip. The whole Submerged Resources Center Staff was in town (which rarely happens) so it was the perfect opportunity for a staff photo, taken by yours truly. It was a great opportunity to meet everyone, and catch up on different projects that had been ongoing around the country.

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Being in Denver also meant I had the opportunity to explore some of the quirkier aspects the city had to offer. Jessica Keller, one of the SRC archaeologists, took me to play a game of underwater hockey. The game is played in eight feet of water, and each player holds a miniature hockey stick to move the puck around the pool and into the opposing team’s goal. After watching a couple YouTube videos I was pretty nervous, as underwater hockey players seemed as competitive and aggressive as real hockey players!  But once I got in the water my nervousness vanished, and I even managed to score two goals! According to the players I was a “natural,” which I thought was pretty funny for such an unusual sport. It must have been all of that club swimming growing up! (Thanks Mom).

Hanging with a Yeti!

Hanging with a Yeti!

After underwater hockey Jess and I went back to her place, where we had some delicious ribs barbecued by SRC archaeologist and grill master John Bright. I’m a recovering vegetarian, and those ribs were the best (and only) I’ve had in seven years! Our food adventures weren’t done there; the next day John and Jess took me to one of their favorite restaurants, the Sherpa House in Golden, Colorado. It was an all-you-can eat Tibetan café, so needless to say I ate all I could!

 

So with high spirits and a full stomach I was ready for my second trip to Yellowstone. On this project, the SRC was collaborating with National Geographic Magazine and their underwater photographer Brian Skerry to image the geothermal features in Yellowstone Lake. Apparently National Geographic is dedicating an entire issue of the Magazine to Yellowstone National Park in the Fall of 2015 in anticipation of the NPS Centennial anniversary which happens in 2016. Through the SRC’s relationship with Senior Photo Editors at National Geographic they were able to offer up a rarely seen side of Yellowstone, its underwater world, and support this project along with the Park. I researched Brian’s work in college, and even had one of his books signed at the Boston Sea Rovers Film Festival a few months earlier. I was a little worried that I would be too awestruck to speak intelligibly, but luckily he was kind, humble and a great person to learn from. Turns out that earlier in his career he was the recipient of an Our World Underwater Scholarship Society internship as well, which I thought was pretty neat.

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Me helping prep Brian’s gear!

The other members of our troop included the SRC’s Deputy Chief and Photographer Brett Seymour, who was on the first Yellowstone trip last week, and Volunteer In Parks (VIP) Jim Koza (known to us simply as Koza) who is a retired NPS’er with nearly 40 years experience running boat and dive operations in and around the NPS. I rounded out the foursome, and after we arrived in Yellowstone Brian started the task of unpacking his nine Pelican cases and prepping his gear.

Saying goodbye to the Mahn!

Saying goodbye to the Mahn!

Koza and I boarded the Robert E. Mahn for an orientation provided by former Lake District Ranger Rick Fey. Rick was a fount of knowledge for all things boat-related, and showed Koza and I the ins and outs of the Mahn. We were taking the boat around the lake when the port engine unexpectedly shut off! Koza maneuvered the boat back to the harbor using only the starboard engine, and then he, Rick and a couple maintenance guys checked out the engine. I didn’t understand all of the lingo about the “outdrive engine,” but at the end of the day we had to find another boat to use. Luckily enough the Maintenance department in the Lake Region generously lent us one of their boats, and we were back in business on the Warwood.

Notice the white knuckles?

Notice the white knuckles?

My role on this trip was to assist Brett and Brian on their dives and act as camera assistant (handing in and retrieving cameras and lights, last minute vacuum seals, etc.), deckhand, and Dive Supervisor. This was a great opportunity, as I was able to pick up all sorts of useful skills, such as tying knots. Koza is an absolute knot guru, and so I learned the clove hitch, square knot, grapevine knot, Prussik knot, bowline, sheepshank, sheetbend, alpine butterfly knot, anchor bend and figure eight knot. Whew! I also got some more practice at driving a boat, as well as “parking” it! It was a little bumpy, but practice makes perfect.

One of the most important things I learned on this trip was to back up my work on an external hard drive. One night while mooching internet at the Ranger station my hard drive suddenly shut down. My pleas to my laptop went unanswered, and my photos from Yellowstone were lost. It was very upsetting to lose the photographs and all my files, but as Brett said, it’s better to have that lesson learned sooner in both my internship and career rather than later! Now I’ve established a nightly back-up to an external hard drive, just in case.

We had some very special guests join us while diving on Yellowstone Lake: Yellowstone Superintendent Dan Wenk, and Chief of the Yellowstone Center for Resources Dave Hallac both joined us for a morning dive. It was a beautiful day with a calm lake, and their visit was a great opportunity to meet the people running the park! We also had former Chief Ranger and Regional Dive Officer Bob Whaley join us for a day; he started the dive program at Saint Croix National Scenic Riverway in Wisconsin/Minnesota and it was great to hear about his dive programs accomplishment with invasive species on the St. Croix River.

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From left to right: Brian Skerry, Dan Wenk, Brett Seymour and Dave Hallac

And of course, I can’t forget the fantastic advice I received from Brian! He encouraged me to get involved in the marine science community, and use photography to tell scientific stories. My favorite thing he said regarding underwater photography was when he said to “take photos that makes that person sitting in a dentist’s chair stop and read the captions.” His advice and encouragement was fantastic motivation to push myself professionally and photographically, and I can’t wait to see where this summer leads me!

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Me, Brian, and Brett at a thermal feature in Mary Bay of Yellowstone Lake

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Surface support for Brian and Brett

 

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Week Two: More Coffee, Please.

The beginning of my second week started with meetings. Lots and lots of meetings. The dive group—the interns and all of the editors and art directors and photo editors—made the journey through the humid Winter Park Village jungle to the frigid arctic of Bonnier’s Zone 5, where we holed up and took over their conference room. And when I say took over, I mean we took over. Patricia brought in muffins and bagels and cookies, and some kind soul from the office bought us cupcakes. (Ashley made the mistake of buying a massive tub of goldfish that we finished that day. It was actually kind of scary…)

We even made frequent coffee runs to their kitchens. (Speaking of coffee, I believe I’ve become addicted.)

It was amazing to see all those creative minds at work as we pored over the neatly organized issue plans for 2015 and pitches from contributing writers.

We were planning both Sport Diver and Scuba Diving’s entire 2015 year: gear, trips, magazine plans, briefs, articles, who would write what and go where. I found myself thinking over and over again: So this is how it works.

It wasn’t as formal as I had thought it would be, but I liked the give and take and honest collaboration. If you had an idea to share or an opinion, you put it out there and contributed, and it was considered.

I soon learned that everything in the publishing world is deliberate. From strategically placing the shark-themed cover and feature right before Shark Week to putting the island hopping emphasis in spring to allow time for summer trip planning, everything was in a certain spot for a reason.

Roger Roy, director of ScubaLab, joined us on Wednesday to plan 2015’s gear for both magazines. The tough part of having two scuba diving related magazines is planning—both magazines can’t feature the same gear relatively close to one another. Art director extraordinaire Elizabeth Fleener was also heavily involved in this conversation, as the aesthetic quality of the magazine comes into play here. I had never really given much thought to the appeal of dive gear, but as she pointed out, it’s really hard to make drysuits and wetsuits look visually appealing. Black, grey, and more black. (I would soon be able to witness this firsthand in the photo studio, but I’m getting ahead of myself!)

I was taken away to paradise—crystal clear waters, palm trees, and exotic fish—as next year’s travel plans were put on the table.

Philippines, Australia, Grand Cayman, Bahamas, Raja Ampat, Wakatobi, South Africa, California… the list went on. And I nearly swooned when the editors began almost calling “dibs” on the trips and saying where they haven’t been and what is on their “dive bucket list.”

I whispered to Tara Bradley, senior editor for Sport Diver, “You mean… you get PAID to go on these trips?” It was a newbie question, sure. But I couldn’t believe it. I dreamed of going on these exotic trips, and they were able to go AND get professional photography AND write about it. All as a part of their job.

Now that is the life.

Last, but not least (I promise I’m wrapping it up), was Thursday’s photoshoot. Sounds so glamorous.

Although it wasn’t quite glamorous in the way I imagine a fashion shoot would be, I had a lot of fun working with Chelsea, Elizabeth, John, and Roger down in the photo studio. I’m a diver, so wearing scuba gear is natural, but the photographer in me loved being able to see the design and artistic aspect. Only my torso is going to be famous, but hey, better than nothing!

I felt like a kid in a candy shop, surrounded by tons of brand new scuba gear. The scuba geek in me came out and I talked to Roger about all the new dive computers for at least 15 minutes before I realized I should actually put the gear on to get started.

All in all, an amazing week. Who knew it could get better?

 

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Welcome to Jellystone!

“Welcome to Jellystone!” was our first official welcome into Yellowstone National Park. We rolled in on Monday evening, after a nine-hour drive from Lakewood, Colorado. Our team for this project includes Andres Diaz, an underwater archaeologist, Brett Seymour, an underwater photographer and Deputy Chief, Dave Conlin, the Chief of the Submerged Resources Center and myself.

Tuesday morning dawned bright and early and we started preparations for our two-week project. Brad Ross, the Lake District Ranger gave us a tour of the Bridge Bay Marina, and took us on a short trip on the lake in the Robert E. Mahn, the boat we will be using for our diving operations. We also met Pat Bigelow, a Fisheries Biologist in the park. She outlined some areas of interest for us to survey using the side-scan sonar. The rest of the day was spent preparing the trailer and the boat for operations.

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Wednesday was our first day in action, and we woke up to a thin coat of snow covering the dock. We had planned to spend the first half of the morning scanning, and then the afternoon diving, but scanning took up most of the day. Our main focus in Yellowstone is photographing and mapping a natural phenomenon called spires, which are large cylindrical growths formed by bacteria that are 11,000 years old. The spires are found in the north-west area of Lake Yellowstone, and are 10-30 feet high. By scanning the spires with the side-scan sonar we were able to get prices GPS locations for each spire, as well as map the underwater topography of the area. The process for surveying is interesting, however not particularly exciting, as you’re basically driving a boat back and forth in a series of lines as you tow the sonar and collect data. Dave put it best when he said “If you’re doing it right, sonar surveying is boring.” We also scanned some sunken rowboats in front of Lake Hotel which we’ll be photographing and diving near later in our trip. Once our surveying was concluded we brought the boat back to the marina, and wrapped up our day with dinner and some “Moose Tracks” ice cream for dessert. I think they should be called Bison Tracks, but regardless, it’s never too cold for ice cream!

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Brrr…

The next day was “splashdown,” as we braced the cold water for a morning dive. I’ve used drysuits in the past, but it’s truly a different beast when you’re diving professionally versus recreationally. For example, who knew that the zipper on your thermal goes on the front!

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A new fashion statement?

I tried to prepare mentally, but the 38 degree Fahrenheit water was quite a shock. I had “brain freeze” for a few minutes after we descended, but luckily I was soon distracted by beautiful scenery. We dove in the West Thumb Geyser Basin, which was home to thermal vents both on land and underwater. We came across quite a few “bubblers,” which were small areas of the bottom that were emitting gas bubbles. Even more exciting were the two cavernous holes in the bottom of the lake, which were covered in bright green algae and releasing water at a toasty 48 degree Fahrenheit. We descended into one of the holes, which went about 10 feet below the bottom. It was definitely an otherworldly experience!

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Geothermal vents promote algal growth, which blankets construction materials from a destroyed dock. 

We finished up our surveying by scanning some areas of interest provided by Pat Bigelow and the Fisheries and Aquatic Resources department. Lake trout are an invasive species in the lake, and threaten native Cutthroat trout. The Fisheries and Aquatic Resources team records and analyzes the amount of fish caught in certain areas, so we scanned a few locations where they had caught large amounts of the invasive trout. The best part about scanning was I got to try my hand at driving the boat! All went smoothly despite a few navigational hiccups (I blame the wind.)

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Andres (left) and Dave pulling up the sonar towfish. 

Once surveying was complete we began focusing more on the photography aspect of our trip. We began diving on the spires, which were a little deeper at around 50 ft. Because the spires are deeper than the geothermal vents, the visibility was quite poor, and any careless fin movement stirred up clouds of silt. It was a great challenge to control buoyancy, not stir up silt, and still get good photos. It took a couple tries, but with some great tips from Brett I finally got a few good shots! One of the humbling aspects of diving among the spires, besides their otherworldly appearance, is the fact that I’m one of approximately 30 people to have seen them in person. The nearest scuba support is in Jackson Hole, and the lack of scuba support combined with the cold water makes diving the spires a nightmare for recreational divers. It makes me feel even more fortunate to have this amazing opportunity!

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Me next to the spires! (Photo by Brett Seymour)

We also photographed a number of rowboats in front of Lake Hotel. These rowboats were used to ferry visitors and guests of Lake Hotel, and were sunk in the early 20th century.

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Diving in Yellowstone definitely requires a steep learning curve. Some challenges included getting familiar with a drysuit again, dealing with mask flooding, and trying to find the boat anchor in silted out visibility. Oh, and have I mentioned the cold? Every day there’s a new curveball and something else to become familiar with. A lot of people at the park think that what we do is glamorous, and as the photo below shows, it’s anything but!

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Diving means every day is a “bad hair day!”

Of course, crazy hair and difficult diving conditions become minor concerns when surfacing from a dive with this view. Good thing I’ll be coming back next week!

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~Yasmeen

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COARE Surprise

Surmise.

Having never heard of the Center for Oceanic Awareness, Research, and Education (COARE)¹ and little to go on, since the website is meager (which would come to be a point I had to address later), I envisioned a typical cubicle job where I would sit and type away on whatever project Mr. Boss Man had instructed was necessary. Saving the world one beach-clean-up day-report at a time! Thus was the extent of my not-for-profit expertise.

 

Surprise.

Little did I know I would be one-man-banding the organization’s finances, running my own campaign, and researching everything from how much water it takes to make a paper cup (103.6 oz)² to how many hooks an ‘artisanal fisherman’ has (anywhere from 4,000 to 20,000 due to the undefined vagueness of what it means to be artisanal³). Turns out there is a reason for the shabby website and little news press; the organization is tiny. I mean no staff, no office, and 3 unpaid interns tiny. Don’t let the size fool you though. From changing plastic bag policy to creating shark safe certifications for restaurants⁴, this rag-tag team gets a lot done with very little.

How can this be, do you say?

From the sheer passion and devotion of the board and crew to help save the environment in whatever way they can.

 

Enterprise.

I am proud to now call myself part of the team, and have cards to prove it! Although I have yet to give one out to someone who isn’t a friend I am showing off to.

COARE business cards. Ba-bam!

COARE business cards. Ba-bam!

Filled to the brim with erupting excitement, I have hit the ground running with grants to write, campaigns to market, and extensive research to be done. While I don’t have anything to report, mostly in the preliminary stages as of yet, I await the moment when I can divulge all the intricacies that I have been working on.

Until then,

Nicci (Official Ocean Conservation Intern at The Center for Oceanic Awareness, Research, and Education)

 

¹ www.coare.org and www.facebook.com/coare.org

² The Boston Globe. Why paper cups just aren’t greener. 04/02/14. http://www.bostonglobe.com/magazine/2014/04/02/why-paper-cups-just-aren-greener/W3TIBJ9dff8INlumPQvHSI/story.html

³Arocha, F. et al. Enhanced Monitoring of Large Pelagic Fishes Caught
by the Venezuela Artisanal Northwestern Atlantic Waters : A Preliminary
Analysis. 69.3 (2013): 1317–1332.

⁴www.sharksafe.org

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Getting Geared Up with the National Park Service

Hi everyone, I’m Yasmeen Smalley, the 2014 National Park Service Submerged Resources Intern! This amazing opportunity stems from the generosity of both the Submerged Resources Center (SRC) and the Our World-Underwater Scholarship Society.

My summer adventures began last Saturday when I flew from Boston to the SRC office in Denver, Colorado. I had spent most of the previous night packing frantically, so I arrived in Denver bleary-eyed but excited to meet the people who would be helping and coaching me throughout my travels. Brett Seymour, the Deputy Chief and Photographer at the SRC picked me up at the airport, and we made our way to Boulder, where I would stay with Dave Conlin, the Chief at the SRC, his wife Michelle, and their energetic dog Luke.

Normally all of the SRC staff convenes for a barbecue, but because half of the staff is currently doing work in Florida we had a small get together at Dave and Michelle’s, which was a great way to be welcomed to Colorado.

Since I arrived on a Saturday, we had all of Sunday to explore the natural beauty of the area and for me to get settled in. Since I grew up in Houston, Texas and attended school in Rochester, New York, I’m used to living in a very urban environment. While Denver and Boulder are both cities, they’re very close to beautiful foothills and rock formations, including one called the Flatirons. Being able to drive by these beautiful mountains each day is a wonderful change from skyscrapers and pavement!

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Doing a morning hike in the Flatirons!

My first day “on the job” was spent driving around Denver with Brett to different medical appointments; I got a chest x-ray as well as several blood tests, with a physical and audiology test scheduled for later in the week. Being poked and prodded is necessary to ensure safe diving, but it’s certainly not my favorite part of the process! The second half of the day was much more enjoyable- I got to try on gear that I’ll be using in the field! My travels will take me to Yellowstone, Biscayne, Dry Tortugas, and Channel Islands National Park, as well as the World War II Valor in the Pacific National Monument. Because of the variability of water temperatures in these parks, my exposure suits will range from rash guards to a drysuit.

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That neck seal sure is tight!

The rest of my week has followed the same format; medical tests in the morning, and then gearing up in the afternoon. Brett and I also went to a local dive shop to use their pool for some dive tests. My current residence in New England doesn’t allow for much diving during the winter months, so it was good to get in the pool and become familiar with the new gear. Besides a fin floating away during a “ditch and don” exercise, all went smoothly!

The next step was to prepare all of my gear for our two-week trip to Yellowstone. We leave on Monday, and will be loading our gear into a truck and trailer. Due to the equipment-heavy nature of underwater photography and videography, none of the SRC staff can “pack light.” For myself I have a large dive bag, a bag containing my drysuit and thermals, a Pelican case full of camera gear, a dry bag full of my clothes, and a backpack with electronics and personal items. Whew!

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My new and improved camera housing! Sweeeet.

Since yesterday was Friday the 13th and a full moon, I decided to take my camera gear and explore some of the Rockies in search of some magical pictures. After a few hours driving around in the dark I found the perfect spot to photograph.

Full Moon   Full Moon

And as if my week wasn’t eventful enough, I had a minor trip to the ER yesterday! While loading gear into the trailer I accidentally dropped a 75 lb tank on two of my fingers, resulting in a small “Tufts” fracture of the tip of my index finger. I’m not superstitious, but fracturing my shutter finger on Friday the 13th definitely makes me a little more wary of things that go bump in the night! Luckily I’ll still be able to dive (I verified this with Dave multiple times in the ER) so I just have to wait for it to heal and use my middle finger for the camera shutter in the meantime.

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Hopefully the next couple days go smoothly, and pretty soon I’ll be diving in Yellowstone!

Until then,

Yasmeen

 

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Darling Marine Center Arrival

Saturday, June 14, 2014

Pemaquid Point

So I’ve officially arrived in Walpole, ME and settled in! Its been a busy, exciting, and already educational week for me here in the most northern state in the country. Starting with my college graduation last Sunday from Williams College, to the start of my first scientific diver check-out dives for UMaine I’ve had a productive week.

After my graduation this past weekend I drove first to Portland, where I stayed overnight in order to purchase my first 7mm wetsuit from Aqua Diving scuba shop on Commercial Street. They kindly walked me through every stage of the purchasing process, from trying on on over 5 different suits, to explaining to me the differences between fin shapes and uses. I ended up leaving the store with a full body teal and black ⅞, hood, gloves, and booties, as well as new fins – which were a huge upgrade from my previous pair, made mostly for snorkeling in warm water. Of course I also purchased “Marine Life of The North Atlantic: Canada to Cape May” so that I start learning more about the benthic system up north. After this I drove the remaining hour and twenty to the lab in Walpole and settled in for the week.

My first few days at the Darling Marine Center have already been fun and fruitful. On Wednesday Chris Rigaud, my supervisor and the DSO here,  led a check-out dive off of the dock at the DMC, practicing common skills: mask removal, 400m swim, and buddy breathing. It was also the first dive I’ve had in about five months, and my first dive with all my new gear – proving to be a good chance to sort out any new kinks. In the afternoon we finished the dive day with at Pemaquid Point, with great visibility and the most sea stars I have ever seen on a dive. We also saw an 8lb lobster, moon jellies, a branching cucumber, and various fish I’m still working on identifying. The entrance to the dive was one of the more challenging I’ve ever experienced; we carried our gear down a smallish goat path and walked fully geared over most of the intertidal zone. But having completed the walk, and knowing now how incredible the dive and the visibility was at the already beautiful lighthouse location, it was absolutely worth it! Plus, it gives me reason to be better prepared for other challenging entrances in the future.

One of the things I want to focus on this summer is really honing my dive skills. I know that I am a confident diver, and usually fully aware of myself in the water, but I’ve heard from too many divemasters that if you don’t practice your skill you can lose the factors you thought you had mastered. Buoyancy control and navigation are two skills that I know as a recreational diver and a scientific diver are invaluable. Hopefully through the many dives I’ll complete here I’ll improve throughout the summer! I’ve also begun the Dan Pro Diver First Aid course which so far is a great supplement to my PADI first aid course and I’m learning a lot about teaching from Chris. Next week is a Rescue diver review that I’m already looking forward to.

On the science side of things I’ve attended a few meetings with Dr. Rick Wahle, the head of the lab that I’m working for here at the DMC. The lab’s main focus is lobster and scallop fisheries science, including growth and age determination. I’m really excited about the projects and the kinds of population studies done by the lab, and I’m hoping to begin my own research on some function of the project. I haven’t yet figured out the area that I’m most interested in, but I’m sure as I continue to be exposed to the various experiments they’re already conducting I will be inspired to think of my own area of study.

So far amazing up here in Maine,

I’m excited to start my dry suit training later in the summer, amazingly provided by USiA. I’m hoping this summer to finish my AAUS certification, start Divemaster, and generally learn a lot about science diving and research here at this amazing lab!

Katy Newcomer

Bike exploration.

 

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Underwater Photography

Towards the end of my internship I had the opportunity gain a good bit of experience working with underwater cameras.  The aquarium camera was still out of commission from last time we used it for the rockfish survey, so Vallorie was gracious enough to allow me to use her own personal camera and housing.  She spent some time with me going over the settings as well as showed me how to set up the housing and check to make sure there were not any leaks.  I took the camera into the Halibut Flats exhibit to get some practice using it underwater. c4 I have used underwater video equipment in the past for benthic monitoring surveys, but I had no previous experience taking still shots, which I found to be much more difficult.  My first few pictures came out extremely blurry, but after playing around with the lights and concentrating on steadying my hands shots began to come out clearer and crisper.  After the dive, Vallorie showed me how to properly clean and take apart the housing.  We took the memory card out and put it into the computer to check out my photos.  As we looked over them, Vallorie asked me questions about the photos- How could this shot have been better? What would you do differently about the lighting? How could you have changed the point of view to make a more interesting background? She often teaches me by giving me minimal instruction prior to a task, allowing me to figure out how to do something, and more often how not to do something.  Inevitably I make mistakes, but end up learning a lot from the errors.

On Wednesday we took the aquarium RV, Gracie Lynn, out for a collection dive; our goal was to collect Enteroctopus dofleini (giant pacific octopus) and jellyfish- in particular Aurelia (moon jellies) and Chrysaora (sea nettles).  We headed south out of Yaquina Bay towards North Pinnacle, one of my favorite dive sites in this area.  As we moved through the water, which was a mellow brown color because of plankton blooms, we kept our eyes pealed for jellies.  Jellyfish often congregate where two water masses converge.  The water masses can differ in a number of respects including salinity, density, or more commonly for this region- temperature.  This time of year we often see upwelling at high spots of the reefs.  Cold deep water flows inland and upon hitting the reef it is forced upward.  Jellies are often found in abundance where the cold deep water meets the warmer subsurface water and are pushed to the surface by the strong upward currents.  When the depth finder signaled that we were over a high point on the reef we all looked overboard to search for jellies.  As suspected, we saw them congregating just below the surface.  Peter, an intern from the Aquarium Science Program at Oregon Coast Community College, suited up to free dive and jumped in the water.  We handed a net down to him and filled a barrel with water to hold the jellies that he would catch.  I watched as he put his face in the water to watch below for specimens that were in good enough condition to put on display in the aquarium.  He free dove down about 10 feet to where most of the undamaged sea nettles were hiding out.  One by one he handed up sea nettles and moon jellies of varying sizes.  After about half an hour, the jellies seemed to disperse, and Peter was having more difficulty catching them so we helped him aboard and continued on our way.

c9 When we arrived at the top of the pinnacle Jim briefed us on how to best catch an octopus.  The easiest method is to lay the bag behind the octopus mantle and then place your hand in front of the octopus. Using this method the octopus will back up on its own into the collection bag. I would be diving with Vallorie and my primary focus was to take photos, although if we saw an octopus we would by all means attempt to bring it up.  The ocean was much calmer than last week, and the visibility, at about 7 ft., was not bad either.  Due to the relatively mild conditions, Vallorie felt it was a great opportunity to load me with a few more tasks than I would normally take on.  I would handle the reel, camera, and navigation.  Since we would be using a safety reel tied off to the anchor line the navigation part would not be too difficult, but I still needed to get us oriented in the correct direction so we could find deeper water; I needed to reach at least 60 ft. in order for the dive to count towards my 60ft depth certification.  I took a giant stride off the stern, tapped my head to signal I was ok, and reached up to grab the camera.  I attached it to the D ring on my right, as I already had my octo, computer, and a reel attached to my left D ring.

We descended along the anchor line to the top of the pinnacle, and I tied off the safety reel to the anchor line, which was a more difficult task than usual because I had to hold the camera and deal with surge.  Once the line was secure, I used my compass to find East, and I signaled for us to swim in that direction.  We slowly made our way along the reef, keeping our eyes peeled for octopus as I experimented with the camera, still figuring out how to orient the lights.  Even with the task loading, my air consumption was better than it had been on previous off shore dives, and I could tell that I am getting used to the Pacific North West conditions. I tried to take interesting shots and get as close as possible to each subject in order to capture as much detail as possible.

 Back aboard Gracie Lynn, we were excited to find that Jenna and Brittany had already brought up one octopus- a cute little fellow, about 20 lbs.  Jim and Peter geared up and got in the water to try their hand in octopus catching.  They resurfaced about half an hour later with a great catch.  They managed to get a fairly large 45 lb octopus!  We put it in one of the totes and covered the lid so that it wouldn’t feel too uncomfortable.  It was a very successful day; we came back with not one, but two octopus, 10 jellies, and I managed to get some great photos.  I am very excited to continue working on my underwater photography skills and it is wonderful to have such a great teacher! Thanks Vallorie 🙂         

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AAUS certified

I have finally completed the last requirements towards becoming a fully certified AAUS scientific diver! The process began while I was still at home in Pennsylvania, with a medical exam to attest to my diving fitness.  Recreational divers are required to have a similar medical exam when they initially get certified, however to remain certified as a scientific diver you must complete a medical examination every 5 years until the age of 40, with more frequent medical exam requirements after that.  Throughout my first few weeks at the aquarium, I completed the preliminary requirements towards completing the certification, such as swim tests and open water checkouts.  The swimming evaluation consisted of four components: swimming underwater for 25 yards without surfacing, swimming 400 yards in less than 12 minutes, treading water for 10 minutes, and transporting another person 25 yards in the water. Initial scuba skill checkouts were basic- remove and replace mask, regulator recovery, alternate air source.  As the weeks continued I worked on fine tuning my buoyancy skills and using more advanced skills, such as hovering gear removal and SMB deployment, working with reels, lift bags, and hardware- all while wearing 7mm gloves of course.

My skills were put to test when I completed an underwater obstacle course that Jenna set up in the Shark Observation Pool.  Before getting in the water I put pieces of material in my mask so that I was ‘blindfolded’.   I finger crawled along the down line to make sure that I was descending at the proper rate.  Once I got to the bottom I followed another line until I got to the first station- nut and bolt assembly.  There were two bolts, one with nuts and washers on it and another that was empty.  I had to take the nuts and washers off the loaded bolt and move them to the empty one.  I wrapped the line around one of my arms to prevent myself from drifting off and loosing the obstacle course.  One by one I removed the nuts and washers and put them on the other bolt. knotsc Once I screwed on the last nut Jenna grabbed my hand and wrapped her thumb and forefinger around my thumb, signaling I had completed that task and could move on to the next station. I made an O with my fingers around the line and followed it to the next station- mask removal to un-blindfold myself.  I removed my mask, took out the material, replaced the mask, and cleared the water out.  Ahh I could see again! I again followed the line to the next station- knot tying.  First, I used the line to tie a clove hitch around a shark stick.  Jenna gave me the ok signal and I untied the line and tied a bowline around a ring of PVC.  Then I followed the line to the final station.  Rope was bundled up and zip tied together. I used my knife to remove the zip tie and handed Jenna the rope.  I had completed the obstacle course and even managed to keep my air consumption at its usual rate!

Scientific diving depth certifications are slightly different than those for recreational diving.  As a trainee, the permit level depth limit is 30ft., which can be exceeded with the permission of the DSO.  From there, depth certifications are to 60, 100, 130, 150, and 190ft.  At each level you must satisfy the minimum number of dives in that depth range in order to move to the next certification level.  To get a 60ft. certification, for example, you must complete 12 open water dives between 31-60ft.  All subsequent certification levels require only 4 dives between the old and new certification depths.  By the end of my internship I was able to obtain a depth certification level of 100 ft.

The most notable difference between the recreational and scientific diving certification is the academic requirement. The written exam for the scientific diver certification covers a great deal of information; In fact it is required that a minimum of 100 hours is dedicated to covering academic concepts.  AAUS powerpoints cover such topics as diving physics & physiology, AAUS standards, nitrox diving, harmful marine organisms, accident management and emergency care, diving under special conditions, and handling high-pressure cylinders.  Each week I studied a few of the powerpoints and review the quizzes at the end of each topic with Jenna or Vallorie.  It took, me about 6 weeks to get through all of them, at which point I was ready for the exam.  It was a lot of material and I spent hours studying, but my hard work paid off and I breezed through the test.

The last step towards becoming a scientific diver was completing an equipment exam.  Jenna put together two sets of gear, each which had a number of problems.  I had to inspect each set of gear and point out everything that was wrong with them.  Some of the problems were easy to spot, like the BCD was not lined up properly with the face of the cylinder.  Other details were more difficult to spot, such as missing zip ties around the mouthpiece of a regulator.  With each set of equipment I was able to quickly list of a number of problems I saw right away, but then had to spend a few minutes staring at the gear before I found all the problems.  This was a great exercise because it teaches you to inspect gear with extreme scrutiny.  The more I inspect gear the easier it will become for me to spot out potential problems, increasing not only my safety, but also the safety of my dive buddies.

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Clear Lake

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Recently I had the incredible opportunity to scuba dive in Clear Lake, a serene, freshwater lake that sits about 75 miles east of Eugene. I was told about the lake by Sean Nolan, a friend through the aquarium and NAUI instructor.  After hearing about my recurring low visibility dives on the coast, he graciously offered to take me to Clear Lake, where the visibility is known to be up to 200 feet!  Besides the obvious allure of great visibility, this would also give me experience with altitude diving, as Clear Lake sits at an elevation of 3,012ft.  I discussed the plan with Vallorie, who liked the idea of broadening my dive experience, and approved the trip pending  my submission of  a dive plan.

The drive from Eugene to Clear Lake was beautiful; I especially liked the fact that it was sunny and 85 degrees out, one of the benefits to leaving the coast and heading to the valley.  Clear lake is situated in the Cascade Mountains and serves as the headwaters to the McKenzie River, the primary source of drinking water for Eugene.  Volcanic eruptions 3000 years ago, created the beautiful oasis, leaving behind breathtaking scenery of volcanic rock that seems to tumble into the lake, and a unique bottom composition of thick ash.  Because of this, it is important to avoid touching the bottom while diving so as not to diminish the visibility.  Finely tuned buoyancy control and a modified frog kick with fin tips pointed toward the surface)  helps to avoid disturbing the ash bottom.

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Clear lake is primarily fed by snow runoff, which filters through underground caverns for more than 20 years before emptying into Clear Lake.  Its glacial origin results in very cold water, about 40°F or less year round, making a drysuit essential for a comfortable dive.  The fact that inflow is primarily from subsurface drainage through volcanic rock results in an unusual chemical and biological composition.  Major ion concentrations are higher than most other Cascade lakes, however nutrient supply is limited. The chemical composition, in addition to the frigid temperatures, gives rise to an oligotrophic lake, meaning that primary productivity is very low.  The biologically unproductive waters are left very transparent and saturated with dissolved oxygen.

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blog6_fcWe entered the water on the western bank, and made our way towards the center of the lake where the depth increases to about 45ft.  As soon as we hit deeper waters I immediately wished I had an underwater camera; the crystal clear water reminded me of the tropics, minus the warm water and bustling coral reefs.

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Although this water wasn’t teeming with life, there was still plenty to see.  Brilliant fields of green algae pillowed over the ash bottom like giant blankets, and a canyon of hardened lava protruded from the northern edge of the lake.  We swam south, closely inspecting the algae and admiring the incredibly serene and clear water.  Even in a dry suit I began to get cold within a half an hour, even shorter for Sean who was diving wet.  The profile in my dive plan stated that our bottom time would be 40 minutes, so when we hit the half hour mark we turned around and made our way back to the exit point.  We both had the same response upon surfacing… we wished we had an underwater camera!  blog6_ac

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