Author Archives: Brett Seymour

Kelp Forest Monitoring in the Channel Islands

This week I left the warm coral reefs of the Caribbean for a five-day Kelp Forest Monitoring cruise in California’s Channel Islands National Park. After some 23 hours of traveling I made it to the park headquarters in Ventura Harbor, where marine ecologist Josh Sprague met me and led me to the Sea Ranger II, the 58-foot boat where I would spend the night and then the following five days. A quick update on the stand-down: the new dive policy has been written and approved, and now individual parks are in the process of adjusting their dive programs to be compliant with the new policy, resubmitting their qualifications, and completing the type of updates and rewrites of emergency protocols that I was working on in DRTO. Fortunately for me, the Channel Islands’ dive program has been extremely on top of this, and was the first in the Pacific-West region to be stood up (Park service lingo differs slightly from dating lingo, I’ve found). One hundred twenty-four pages of dive policy and a 65-question test later, I was ready to dive with them.

The Sea Ranger II

The Sea Ranger II

On Monday morning, I awoke to the rest of the crew beginning to load the boat. I met marine biologist and Regional Dive Officer David Kushner, biological technician and Park Dive Officer Kelly Moore, boat captain Keith Duran, and biological technicians James Grunden, Mykle Hoban (a former OWUSS AAUS intern), Jaime McClain, and Doug Simpson. To my utter joy, they were filling the boat’s refrigerator and cabinets with all the most delicious Trader Joe’s snacks I could possibly desire. Loading and logistics complete, we were off for a week of intensive kelp forest surveys.

Anacapa’s iconic Arch Rock

Anacapa’s iconic Arch Rock

A native Californian, I’m partial to foggy seascapes, and I was immediately taken with the Channel Islands in their understated loveliness. On land, the islands offer rich cultural history and biodiversity, with endemism (when species are unique to the islands or even an individual island) comparable to that of the Galapagos. On this boat-based mission, however, I only viewed the terrestrial resources from afar: we were there for what was below the surface. The marine life here is particularly interesting because these islands lie on the convergence point of cold currents from the Arctic and warm currents from Mexico. These currents bring together warm- and cold-water species to create high biodiversity, and their mixing churns up nutrients from the deep ocean, a process called upwelling, which supports a large biomass.

Five of the eight Channel Islands and the waters out to one nautical mile from their shores were designated as a National Park in 1980 with a specific view toward long term monitoring. The Kelp Forest Monitoring (KFM) project began in 1981, and is the longest running monitoring program in the National Park Service. They started with thirteen permanent sites, and now regularly survey 33, taking data on the size and abundance of certain indicator species at various levels of the food chain. The sites represent a broad range of temperatures and levels of protection. The state of California controls the marine resources and allows fishing within the park, but eleven no-take Marine Reserves within the park boundaries were established in 2002. The KFM project added sites inside and outside these reserves to assess their efficacy. Their data helps inform the state’s management decisions, and demonstrate how policies affect the marine ecosystem. What’s especially cool about the KFM project is that it provides long-term fishery-independent data. Most of the information we have about fish populations comes from studies of what fishermen catch, like the creel surveys I did in Biscayne. Fishery-independent studies, while harder to perform, provide a much more accurate and comprehensive picture of what exists in the marine ecosystems, as opposed to what fishermen are targeting in response to demand. Dave also explained to me the value a multi-decade dataset, a rarity since the usual span of a funded study or PhD project is only a few years. Evaluating trends over so many years has yielded some surprises. What park scientists thought they understood about weather patterns and population trends is changing as the broader view reveals larger trends that a five- or even ten-year snapshot would fail to capture. To continue this legacy of rigorous data collection, the KFM team goes out every other week from May through October to complete surveys on all 33 sites.

That first afternoon, we pulled up to the closest island, Anacapa, and jumped in at Landing Cove. I was assigned 5m quadrants with Kelly, for which we swim along either side of a 100m transect and count any giant kelp, invasive sargassum, and two indicator species of sea star, giant-spined and ochre, within one meter of the transect line, tallying them in five meter increments. When we’re done, we go back and do Macosystis (giant kelp) counts, which involve measuring the largest diameter of the holdfast and counting the number of stipes (like stems) present at 1m height for 100 total individuals. All around us, other members of the team surveyed the benthic substrate and the abundance and size of fish, sea stars, urchins, sponges, and other indicator species.

PDO Kelly Moore sets off on a Macrosystis count

PDO Kelly Moore sets off on a Macrosystis count

We had calm winds and relatively flat water, so below it was beautifully clear. I’ve heard kelp fronds compared to stained glass, and light filtering through the kelp into the hush of the water did evoke a cathedral-like sense of sacred. California’s giant sequoias have the same effect. The kelp forest has a more reserved color scheme than the riotous Caribbean coral reefs, which makes the occasional bright colors—the vivid purple of sea urchins, the deep orange of the garibaldi—all the more striking. I was enthralled by the minutiae all around the transect: it was incredible to be diving among the creatures that had inhabited the touch tanks of my childhood.

The garibaldi, California’s state fish.

The garibaldi, California’s state fish.

Calm weather meant great conditions, and also that we went to the more exposed sites and the northern islands, which most visitors never see. I was thrilled to be so lucky, but it did mean we went to all of the coldest sites. Despite the four years I spent in Boston specifically training for situations like this, I was hopelessly chilly. People were kind enough to loan me extra gear, but even in a 7mm wetsuit, two vests, two hoods, and thick gloves, my teeth were chattering on the regulator by the end of each dive. This was partially because the team goes on extremely long dives to collect as much data as possible. I’m used to dives between 30-50 minutes, and here they were often above 80. This makes each dive incredibly productive, but I definitely wasn’t as useful a contributor as the dives went on and I lost sensation in my fingers

I CAN’T PUT MY ARMS DOWN.

I CAN’T PUT MY ARMS DOWN.

I’ve been getting some questions about how we collect data underwater, and it still blows my mind each time so it’s well worth some description here. We record data on UNDERWATER PAPER. I haven’t actually asked what it’s made of yet, but it maintains most of the properties of ordinary paper while being completely waterproof (and slightly shiny). The paper can be attached to clipboards with rubber bands, as we did in St. John, or slid into a frame of plastic slates and secured with wing nuts, as is customary in DRTO and the Channel Islands. The preferred writing implement for underwater science is the kind of pencil you may remember from early elementary school with several plastic segments of graphite that can be pulled out and then inserted in the top of the pencil to advance the next segment. Regular mechanical pencils rely on metal springs that quickly become useless in salt water, so these all-plastic instruments are premier (Their main weakness is that the loss of a single segment renders the entire pencil useless, but this can be mitigated with a spare pencil or a stray urchin spine). These pencils are secured to the slates with rubber tubing (which is much more reliable than trying to stick it in a BCD pocket or just holding it, which is how I probably doubled the Virgin Islands National Park’s pencil expenditures for next quarter). One of the most important inventory decisions scientists must make is which pattern to select for their pencil orders. This is also an important choice on each dive. I was particularly attached to a pencil festooned with purple whales in St. John, although I would settle for the one covered in $100 bills. In the Channel Islands I was always happy to get a slate with a glitter pencil, but wasn’t going to complain about puppies or bumblebees.

An Artificial Recruitment Module. Photo courtesy of David Witting, NOAA Restoration Center.

An Artificial Recruitment Module. Photo courtesy of David Witting, NOAA Restoration Center.

On subsequent dives and sites I put segmented pencil to underwater paper for more 5m quadrants and Macrosystis counts, diving with Dave, Josh, and Mykle. On the second day, diving off Santa Rosa, Dave showed me another survey type, Artificial Recruitment Modules, or ARMs. Many kelp forest critters, especially juveniles, live under rocks and in crevices, but it’s difficult to survey them in a controlled way since different divers might have different rock-turning capabilities. By creating artificial rocks with halved cinder blocks, the KFM team has created a systematic invasive survey. They stack these cinder blocks in wire mesh boxes, leaving a “courtyard” in the middle, and periodically turn each over, take all the indicator species out, measure and record them, and put them back. This is useful for tracking recruitment, the rate of juvenile individuals reaching maturity. Opening the ARM was Christmas for kelp nerds. Dave turned over the first block to reveal an octopus guarding her clutch of eggs, and each new block was crawling with brittle stars, urchins, sea stars, and the occasional tiny crabs that would huffily scuttle away. Juvenile fish cowered in the center, and larger fish lurked nearby in case we overlooked anything tasty. The site’s resident harbor seal, whom Keith has nicknamed Chester the Molester, also stopped by to oversee the proceedings. There were far too many study animals to measure during the dive, so we brought our stash to the boat, where it joined several other similarly stuffed mesh bags from the other ARMs at the site. On deck, everyone grabbed a chair and a set of calipers, and for the next several hours we grabbed urchin after urchin, sea star after sea star and called out their measurements to the furiously recording data collectors (this recording was executed on standard land paper).

The contents of one of the ARMs.

The contents of one of the ARMs.

San Miguel.

San Miguel.

On Wednesday evening we reached San Miguel, the northernmost and least accessible island. Here the kelp was so thick that we were diving in near darkness, and the water was freezing! On deck we stay warm with a hot water hose that we regularly stick down our wetsuits (boat norms differ slightly from normal norms, I’ve found), huge fleece-lined parkas, and lots of hot tea and cocoa. A buddy team is usually in the water at any given time while we’re completing a site, so there’s a fairly continuous rotation of dive preparation and dive recovery. For one of the surveys they use a full-face mask with surface supplied-air and a microphone system, so the diver can stay down longer and dictate data to someone recording on the surface (also done on land paper). We bustle around donning gear and passing around the hose to the constant sounds of Darth Vader breathing and rapid categorizations of the benthic habitat.

When we’re not diving, we’re generally sleeping or eating (The bounteous, nay, Brobdingnagian supply of snacks was defenseless against our onslaught). In the evenings there’s usually a fair bit of data processing and discussion before we eat dinner as a group. Members of the team switch off cooking for everyone, and their culinary abilities were uniformly outstanding. In transit we might have time to read on the fly deck or in the cabin, and one night we had a screening of Wedding Crashers, enjoyed with brownies à la mode.

In sharp contrast to the dense kelp forests I saw on the first day at Anacapa, the urchin barren habitat outside the reserve illustrates the cascading consequences of overfishing.

In sharp contrast to the dense kelp forests I saw on the first day at Anacapa, the urchin barren habitat outside the reserve illustrates the cascading consequences of overfishing.

On the last day, we had time for a few dives before heading back to shore. We anchored at Anacapa once again, but surveyed a site outside of the no-take reserves. The difference was remarkable. On this site, all we could see was urchin barren, a classic example of the cascading consequences of overfishing. With the removal of sheepshead and other fish that prey on sea urchins, the urchin populations exploded and grazed all of the kelp. Rather than forest, here was grassland, although the grass, on closer inspection, was the waving arms of millions of brittle stars. The water was clear and much warmer (60°! I could almost forgo the second hood!) (Almost.) and the surveys were quick with no kelp to count. Mykle and I brought some calipers to measure as many sea stars as we could, while sea lions cruised by in clear hopes of making mischief.

You lookin at me?

You lookin at me?

The cruise was all too short, but I was also looking forward to a family visit. In another bout of fortuitous timing, my return to Southern California was a few days before my younger brother’s move-in day for his freshman year at USC. I had a great weekend with the family exploring the Getty Museum and Venice Beach before braving the cattle round up of lanyards and shower caddies and frazzled parents that is moving into a freshman dorm. I bid farewell to the new college student and the new empty nesters, and set off to spend the next month in Hawaii.

Thanks so much to the KFM team for letting me tag along this week, feeding me handsomely, and loaning me all sorts of extra gear, not least of which the underwater camera I used to take all these pictures (The SRC camera is back in Denver for repairs, since it turns out my flooding troubles were not as over as I hoped. Luckily the camera is fine, but Brett is being kind enough to service the housing for me!). I had such a wonderful time, and will definitely be making a return trip or many to the Channel Islands.

The entire crew.

The entire crew.

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Sea Turtle Monitoring in Buck Island Reef National Monument

Conveniently (presciently, even) timed for the dive stand-down, I was scheduled with a land interlude this week: back in the Virgin Islands for sea turtle patrolling in Buck Island Reef National Monument, off St. Croix.

Buck Island

Buck Island

The turtle project on Buck Island has been a continuous effort since 1988 to identify and monitor all the nesting females on the island. Each female is identified by tags on all four flippers and a microchip PIT (passive integrated transponder) tag, as well as photos and a biopsy for genetic data. The goal is to monitor all turtle activity on the island every night, which provides a comprehensive picture of individual females’ nesting patterns within a season, as well as long-term trends in where turtles nest and how often. Researchers must patrol the island’s beaches from sunset to sunrise during nesting season, recording the location and date of each female’s nests and false crawls. No one can leave the island if turtles are still on the beach, so the shift goes from 6pm to anywhere between 4am and 8am. The Buck Island scientists and interns “embrace the darkness” for a truly brutal twelve week research season, and I was joining them around week three.

The afternoon I arrived in St. Croix, Buck Island biologist Ian Lundgren greeted me in his beflamed pickup truck and briefed me on turtle protocol. I had lived with Ian for the first week of fish blitz on St. John and he had regaled us all with stories and pictures of his beach pup Pedey, with whom, despite considerable hype, I immediately fell in love. I decided to jump right in with turtle patrols, so after a quick walk for Pedey we headed to the marina, where I met interns Sarah Steele and Gabe Lundgren and volunteer Sara Sperber. We loaded the boat with water, turtle data sheets, and radios before heading to Buck Island, about 1.5 miles away. Everyone works a rotating schedule to avoid full nocturnal insanity, so in the subsequent nights I also worked with biological technician Clay Pollock and interns Tessa Code and Alex Gulick.

The first step each evening is to go around to all the boats anchored on the island’s west beach, a popular tourist spot. We explain that turtles nest on this beach and ask any boaters planning to stay past sunset to use low lights and not play loud music after dark to avoid disturbing any turtles or hatchlings. People were generally excited and interested to hear about the turtles and happy to dim their lights.

Sea turtle intern Tessa Code asks boaters that will stay after sunset to keep their lights and music low.

Sea turtle intern Tessa Code asks boaters that will stay after sunset to keep their lights and music low.

We then anchor on the NPS dock, which is roughly in the middle of the island’s stretch of beach. This dock is our camp for the night. Far too hardcore for beanbag chairs, the Buck Island team curls up on the concrete for their hour between patrols. Just like in the Dry Tortugas, we patrol the beaches every half hour, but since Buck is much larger, it requires a three-person rotation. The schedule is two hours on patrol, one hour off, but the person on break is often called to assist if there are multiple turtles on the beach or a patrol must be finished while someone does a turtle work up. Turtles that are new to the beach or haven’t received their full array of tags and tests must be fully poked, punctured, and measured, and since we only work on them in the window between when they start laying eggs and when they leave the beach, things can get hairy with many turtles on the island. A researcher might spend several hours running back and forth between digging turtles waiting for them to start laying, and then must choreograph reinforcements to ensure that each turtle receives the proper attention without any lapse in beach patrols.

 

Time to go to work

Time to go to work.

Every park and my few previous sea turtle experiences have had different policies on acceptable turtle decorum, and Buck Island is by far the most hands-on. This type of data collection—measurements, reading flipper tags—requires getting up close and personal with the turtles. Reading a turtle’s flipper tags often involves crawling on one’s belly behind her, grabbing a rear flipper, and reaching up to its base where the tag is located. The turtle doesn’t seem to notice if this is done while she’s moving said flipper, which means identification is a sandy scramble. Attaching or replacing tags requires the same crawling and flipper grabbing, but with pliers. The biopsy entails punching out a small tissue sample at the edge of a flipper, not an easy task while the turtle is moving. We also measure the turtle’s carapaces (shells), which for larger turtles more or less means giving them a hug, and for very large turtles both a hug and a straddle. Identifying each turtle is essential for data collection and is to be achieved at all costs. If an unidentified turtle makes moves toward the water (usually this means a false crawl) we do everything we can to keep her on the beach long enough for someone to read a tag. On my first night I had to sit on a green to slow her progress as Sarah scrabbled for her flippers.

(Viewer discretion advised) A nesting hawksbill.

(Viewer discretion advised) A nesting hawksbill.

The team takes the project a step beyond data collection to actively ensure nesting activities in optimal locations. If a turtle is having difficulty digging near vegetation, they’ll cut roots and even help dig to aid her nesting. If a turtle is digging in a suboptimal spot, perhaps too close to the water or on top of previous nests, they’ll discourage her by sneaking rocks or coconuts in the hole. Upon feeling these obstacles the turtle will generally abandon the spot and try again. If a turtle has already started laying eggs in a bad location, they’ll collect the eggs as she lays them or dig them up after she’s done and rebury them in a better spot. They’ll even fix false crawls: they’ve discovered that curling up in front of a water-bound turtle and pretending to be a rock activates some deeply ingrained turtle thought process that directs her turn around and try to nest again.

Turtles may also require redirection if they get disoriented in the vegetation. One night I spent almost two hours monitoring a green as she started and abandoned body pit after body pit (the precursor to a nest), crawling deep into the bushes, before abruptly and purposefully taking off toward the hills. Calling upon my training, I got in front of her and did my best rock impression, but to no avail: she advanced inexorably, tank-like, and I was forced to switch to evasive tactics that were almost entirely successful. I radioed for reinforcements, and Clay rushed to my assistance. He employed more advanced techniques like tickling her face and shoulders to discourage her forward progress, which she bore with an exasperated sigh and staunchly held her course. We then had to resort to forcible turning maneuvers. Clay estimates that she was about 350 lbs, and in the low, dense vegetation it was difficult to get any sort of leverage. She fought against us, surging further inland every time we pushed her back. It was clear she was getting tired and stressed, and I grew increasingly concerned that we would drive her to irreversible entanglement. Finally, after over an hour of struggling, we managed to shove her into a clear pathway and she laboriously but steadily made her way back into the water.

Turtle, this is no place for a nest. Get out of here.

Turtle, this is no place for a nest. Get out of here.

It should be noted that all of this patrolling and crawling through vegetation in low red light carries the risk of contact with the Virgin Islands’ dozens of species of extremely spiny and/or caustic plants. “Hey, how’s that rash?” is standard greeting among the interns.

 It doesn’t get much more exciting than seeing a leatherback.

It doesn’t get much more exciting than seeing a leatherback.

On another memorable night, a leatherback came up to nest. The leatherback nesting season is much earlier—this is when we expect leatherback hatchlings to emerge—so this was a rare treat. She was tiny by leatherback standards, likely very young, which may explain why she was digging her belated nest barely clear of the berm, where it would be washed away as soon as the tides rose. We would need to relocate the nest, so Sarah and I donned rubber gloves and stealthily removed the cue ball eggs from the shoulder-deep nest, working as quickly as we could to get them all before she started burying them. Sarah had to sit on the turtle to take her measurements, fielding slaps from her humongous front flippers as she covered the nest. We brought our stash of eggs further up the beach to rebury them while the leatherback made sand angels as she struggled to find the water a few feet away. The sound of her snorts and groans was incredible: this must be how dinosaurs breathed. The nest successfully relocated, Tessa, Sarah, and I took a moment to appreciate this awesome occasion. Turtle selfies may have occurred. The leatherback stayed on the beach for some time, seemingly unable to identify the water even as it lapped over her. After turning back toward the land a few more times, she made her exit as the sun rose. Exhausted, we returned to St. Croix to sleep away the daylight.

This leatherback is actually quite small. They can reach upwards of eight feet and 1,500 lbs.

This leatherback is actually quite small. They can reach upwards of eight feet and 1,500 lbs.

She finally left the island around 5:30am.

 

Time on the island consisted mostly of sleeping, with late lunches and occasional trips into town for dinner for those with a scheduled night off. Since I was living in different park housing than the other interns, I was given custody of another government vehicle (the G-ride), with which I was entrusted to transport myself around the island. Given my dismal directional sense and chronic left/right confusion I was initially apprehensive about navigating unfamiliar streets on the left side of the road, but I adjusted surprisingly quickly, aided in no small part by finding the local reggae station (WSTX FM 100, the Soul of the Caribbean). Successfully making my way home at five in the morning after the first night of turtles may be my greatest achievement to date.

The lights of Christiansted.

The lights of Christiansted.

This concludes my Caribbean tour; I’m headed to the Pacific. Thanks so much to Ian and Clay for letting me tag along on patrols this week, and to the amazing interns for their delightful company and for driving me to the airport, twice.

 

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More DRTO Deeds

You might think living on an island of 0.06 square miles during a dive stand-down could get tedious, but my DRTO days have been astonishingly eventful.

We continued our turtle monitoring each day, on Loggerhead as well as on Garden Key and the smaller sandy keys. Luckily we didn’t find as much activity as we did that first day, but it was nevertheless exhausting, sweaty work. I’m getting more familiar with how to distinguish between the tracks of green and loggerhead turtles—loggers have more comma-shaped front flipper prints and crawl with an alternating gait, like a trotting horse, while greens have straighter, choppier strokes and move with both foreflippers at once. On slopes and turns, however, it can be difficult to distinguish between the two, and naturally our dear turtles move exclusively in turns and on slopes.

Ever hopeful of imminent stand-up (this is actually the official opposite of stand-down), we also scoped out potential dive sites using GIS and tide information, and prepped OSHA-mandated pony bottles, tiny auxiliary air tanks for out-of-air emergencies. We also wrote and revised emergency procedure documents and safe practices paperwork for the park to be completely ready to go at a moment’s notice. The long days at home after turtle walks gave us plenty of time to think about and enjoy our favorite mid-morning meals, second breakfast and first lunch.

Is it time for first lunch yet?

Is it time for first lunch yet?

A USGS group has been here tagging turtles all season, and is at the stage of retrieving tags to download and process the collected data. Turtles nest several times during the nesting season, returning every few weeks, so they can track their movements and catch them after they come ashore to nest or rodeo them as they surface in the water. Their field mission had come to a close and two turtles with accelerometer tags still hadn’t returned, so USGS biologist Kristen Hart asked if Kayla, Ryan, Lee Qi and I could monitor East Key for the night and collect the accelerometers if the turtles came to nest. Tagged turtles are given unique names, and we were looking for Luly and Mossey, both loggerheads. The accelerometers measure turtle movements at an extremely fine scale—90 data points are collected per second—and are used to record the turtle’s behavior and movements during the nesting season. If not retrieved, the tags (which don’t come cheap) and all their data are lost when turtles naturally shed their scutes (the “scales” on their shells), so finding and retrieving them was extremely important to the project. If we found a turtle with an accelerometer we were instructed to record her movements to the second as she nested before removing the tag; this information would be used to help interpret the massive amount of accelerometer data. For this we synchronized our wristwatches to time.gov, a task that required an unanticipated level of agility and wit.

Marc and Lee Qi sure know how to put the “fun” in “Emergency Dive Operations Procedure.”

Marc and Lee Qi sure know how to put the “fun” in “Emergency Dive Operations Procedure.”

We then geared up for our scientific slumber party, packing red headlamps, snacks, and beanbag chairs and boat seat cushions for sleeping. As the sun went down, law enforcement officer Wayne Mitchell kindly took us out to East Key and dropped us off on the small sandy island. We divided the night into four two-hour shifts, during which the person on-duty would walk the perimeter of the island every half hour. As the brilliantly pink clouds faded into gray and before the half moon rose in the wee hours of the morning, the sky was lit only with the faint Fort Jefferson harbor light in the distance, occasional lightning in the distance, and the incredible multitude of stars. Lee Qi, on the first watch, quickly found a green turtle on the beach, and since Ryan and I had never seen a green nest before we headed over to watch. Turtles, greens especially, will spook easily and may false crawl if they see or hear people as they look for a nesting site and start digging, but can be closely approached as they lay their eggs provided we stay behind them and remain reasonably quiet. We kept our distance, turned off our lights, and hunkered down as quietly and motionlessly as possible to wait for the appropriate time to approach. Just as we started discussing in low whispers that it had been a while since we had heard digging and could probably try to sneak a peek, Kayla radioed that the green had crossed to the other side of the island to nest, and we realized that the dark lump we had been so assiduously and cautiously monitoring was actually a small bush. Luckily we were soon distracted from our embarrassment: within a few minutes, Kayla excitedly radioed that Mossey was on the beach! By the time we grabbed the corrals and came over, she had started to lay her eggs. We were able to approach close enough, always staying behind her so she couldn’t see us, to actually see the eggs dropping into the nest. Kayla meticulously recorded her every movement as sanctioned by time.gov.

Kayla scans the beach for any approaching turtles.

Kayla scans the beach for any approaching turtles.

Abruptly, Mossey finished laying her eggs and started burying the nest. She first used her surprisingly dexterous rear flippers to delicately fill in the egg cavity for several minutes before incorporating her larger front flippers, vigorously spraying us with sand. As she turned to go, it was our time for action. Ryan and I grabbed the heavy corrals, hinged plastic squares that form a box around the turtle and are connected with plastic stakes. Loggerheads can weigh upward of 500 lbs and corralling can be a strenuous, frantic, and sandy activity. Luckily Mossey is on the smaller side and Ryan, Kayla, and I were quickly able to restrain her, but I could feel how strong she was as she lunged at the corral walls. Kayla removed the accelerometer with a hacksaw while we scraped off the barnacles growing on her carapace. Mossey alternated between doggedly straining at the corral and appearing to nap, emitting little grumbly turtle snores. We released her, cleaned and streamlined, and she hastily made for the water without so much as a backward glance.

Mossey rests in the corral. Part of the project procedure includes taking flash pictures of the turtles for identification purposes, so Kayla let me take a few after Mossey finished nesting. In general, however, it is best to refrain from flashing the turtles.

Mossey rests in the corral. Part of the project procedure includes taking flash pictures of the turtles for identification purposes, so Kayla let me take a few after Mossey finished nesting. In general, however, it is best to refrain from flashing the turtles.

Triumphant, we returned to camp to get some sleep before our assigned watches. My walks between 1am and 2:30am were brilliantly illuminated by the moon, making my headlamp unnecessary. Patrolling every half hour means the tracks will be fresh, so we walk at the water’s edge and can quickly identify new tracks. On a few surveys I stopped at fresh tracks by the water’s edge, glanced up to follow them, and was startled by a turtle only a few feet away. I saw a few more greens making their way up the beach, but no Luly, who did not come nest that night. Between walks I would nestle into my boat cushion and life jacket pillow for a few minutes of sleep before heading out for the next round. Wayne came to pick us up around 6am, and as we packed up to leave a bold green crawled up right by our camp! Seemingly unperturbed by our loading activities, she continued to heave herself along the beach as we headed back to our waiting beds on Garden Key. Kristin is going to keep coming back in hopes of catching Luly, who is still in the DRTO area; meanwhile, Mossey is hightailing it to Mexico—you deserve it, girl! You can track Luly and Mossey (and the other DRTO sea turtles) at seaturtle.org.

This green turtle nonchalantly crawled through our camp as we packed up to leave at sunrise.

This green turtle nonchalantly crawled through our camp as we packed up to leave at sunrise.

Delighted to be diving

Delighted to be diving

In the last few days of my stay at the fort, we got word that we would be able to dive! We would follow OSHA standards as commercial divers, but could ignore the stipulations about outdated equipment per “accepted community standards.” There was much mirth and rejoicing. Briefed and checked out, laden with our pony bottles in addition to the dive flags, flashlights, data clipboards, lionfish spears, and buckets we needed for data and lionfish collection, we were overheated and clumsy in the boat and oddly balanced in the water, but we were diving! Per OSHA standards we conducted the lionfish surveys with one buddy team in the water and two people topside, one Designated Person In Charge and one fully geared standby diver. For the surveys, one diver would carry the spear and a bucket to hold the lions, and the other carried a clipboard to record the time, depth, habitat type, and behavior of each lionfish captured. He or she would also time the survey with a stopwatch, stopping the clock from the second the lion was spotted to the time the search resumed. They’re using shorter spears here, which make it easier to nab lions in tight spots, and I’m getting handier with headshots. We were even treated to a day of the perfectly calm weather we had been so loathe to miss last week. It was pure joy to skim along flat water in a fast boat, the only movement on the surface the ripples of flying fish skipping out of the way of our bow.

Loggerhead Key floats on perfectly flat water.

Loggerhead Key floats on perfectly flat water.

On the way to our dive sites a small pod of dolphins, mothers and juveniles, graced us with a visit. They approached us and came right under the boat but declined our offer to play in our wake. They definitely brought us good luck—when Ryan and I went in we caught a record fourteen lions! Sitting topside was a pleasure as well: there is nothing so peaceful as floating on quiet water, circles of placid bubbles telling you your friends are happily breathing below the surface.

Back at the dock we would record initial data for our catch. In such a remote location with our supply of groceries dwindling by the end of the stay, there’s no sense in wasting a source of free protein, so the DRTO interns put an additional step in lionfish processing: measure, weigh, fillet. Carefully avoiding the venomous spines, we filleted our larger catches, throwing scraps and skins to the three goliath groupers that lurk under the dock, knowing that the fish cleaning station means free meals. Gut content analysis was left for a potential future bad weather day, a decision to which I was not opposed. Over the next few nights we enjoyed grilled lionfish and fresh lionfish ceviche.

Fourteen lions, not a bad haul.

Fourteen lions, not a bad haul.

USGS biologist Kristin Hart excavates the loggerhead nest while Lee Qi sorts the nest contents.

USGS biologist Kristin Hart excavates the loggerhead nest while Lee Qi sorts the nest contents.

To round out my turtle nesting experience, I also jumped at the chance to accompany Kristin to excavate a hatched loggerhead nest. Three days after someone observes hatchlings or their tracks, the nest is excavated to collect data on how many eggs were laid, how many didn’t hatch and why, any evidence of predation, as well as to release any lagging hatchlings. We returned to East Key, which in the daylight resembles a sandy pincushion so crammed is it with PVC-marked turtle nests. Kristin expertly dug through to the nest, and found two tiny hatchlings, while Lee Qi sorted the hatched shells and pipped eggs (hatchlings unable to make it out of the egg shell). We packed the hatchlings in wet sand and took them home with us to be released from Garden Key later in the evening. This turtle was productive—she laid at least 116 eggs. Kristin collected the yolks of the ten unhatched eggs to be taken back to the lab for study. There is still ongoing research on how the Deepwater Horizon spill is affecting turtle nesting, and Kristin explained that DRTO essentially acts as a control site since it’s far from the spill.

I’m getting into the swing of things here with turtle protocol and the fort routine, which must mean it’s time to move on. It will be interesting to see how the stand-down has affected the rest of the National Parks that I’ll visit. I’m glad that I was in DRTO with so many terrestrial projects going on, and also that my being here permitted everyone else to dive—with the rotating schedule, Kayla doesn’t always have the requisite four people for an OSHA commercial dive team (three-person dive teams are permitted if the diver is tethered to the boat, but this is impractical and even dangerous for hunting lionfish in complex habitat). We were lucky: in parks with smaller dive programs they might not be able to dive at all or get any work done until this gets sorted out. Thank you so much to Tracy Ziegler for coordinating my stay, Kayla for supervising me and doing everything she could to get us in the water, and everyone at the fort, particularly my fellow terns. You guys are awesome, and I hope you get to dive!

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Sea turtles and stand-down in Dry Tortugas National Park

After saying goodbye to Mike Feeley and Lee Richter in Miami, I hopped on a flight to Key West to start the next leg of my journey to the Dry Tortugas. I had been to Key West once before this January, for a field trip on the SEA vessel Corwith Cramer, and I can confidently confirm that the fake people standing atop the airport are even more disconcerting at night. Dry Tortugas National Park lionfish interns Ryan Lind and Lee Qi picked me up from the airport and brought me to Key West government housing. Everyone at Dry Tortugas (which those in the know refer to by its NPS abbreviation DRTO, pronounced “dirt-o”) works a ten days on, four days off schedule, and Ryan and Lee Qi were in the middle of their time off. We would have the next day in Key West to get groceries and pack, and would head out on the ferry early the following morning.

After a Publix run and poaching wifi from the tiny Key West Public Library, we went sightseeing: after determining that the Hemingway house tour was outside the scope of our intern budget, Ryan and I visited Fort Zachary Taylor State Park and associated beach. Fort Zach served as a teaser to my next ten days, as its design and construction are nearly identical to those of DRTO’s Fort Jefferson, albeit on a much smaller scale. Afterward we met up with Lee Qi for some people watching on Duval Street before heading to Mallory Square for the sunset celebration. As we stood entranced by the contradictory incantations of the French Canadian Cat Man, I got a call from the ferry announcing that due to a steering problem we wouldn’t be going out the next morning. The interns needed to use this as a work day for data entry, so under the supervision of DRTO Biological technician Kayla Nimmo we headed to the NOAA-Mote Marine Eco Discovery Center for a work space. While they worked I did some eco discovering, and Lee Qi lent me her bike to check out the Key West Aquarium. That night, Ryan sautéed some lionfish they had brought home from the park. I hadn’t gotten to try it in Biscayne and have nothing but positive reviews. Seafood doesn’t get much more sustainable than this!

Fort Zachary Taylor State Park, Key West FL

Fort Zachary Taylor State Park, Key West FL

The next morning, the ferry Yankee Freedom II was up and steering so at dawn we loaded our dive gear and coolers of groceries. As we clustered around a table and chatted to the crew, a flood of visitors in various stages of snorkel preparedness filled both decks of the ferry. After two and a half hours of open water, the brick walls of Fort Jefferson appeared on the horizon. This Civil War-era fort would be my home for the next ten days.

Fort Jefferson

Fort Jefferson

Dry Tortugas National Park is almost too beautiful. I’m living in a cliché of soft white sand and turquoise waters, with sunsets that set the fort’s brick walls ablaze. Spanish explorer Don Juan Ponce de Leon discovered this collection of seven islands in 1513 and named them for the abundance of sea turtles he found there. The “Dry” clarification was added later to warn sailors that the islands lack a source of fresh water. Incorporated into the United States with the Louisiana Purchase, the islands were clearly a strategic fortress area for their location and natural protected harbors. Construction of Fort Jefferson began in 1840 on Garden Key, and the still incomplete fort became a Union stronghold during the Civil War, used to cut off supplies to the South. Never fired upon, it became a military prison for Union deserters. The fort’s most famous prisoner was Dr. Samuel Mudd, whom fellow non-history majors may recognize, as I did, primarily from Nicolas Cage explaining the origin of the phrase “his name is mud” in the classic film National Treasure 2. Dr. Mudd set John Wilkes Booth’s broken leg after Booth assassinated Abraham Lincoln, and while his degree of involvement in the conspiracy is unclear, he was sentenced to life imprisonment at Fort Jefferson. After an initial rocky start involving an abortive escape attempt Dr. Mudd rose to the ranks of Most Valuable Prisoner after his heroic assistance with a Yellow Fever outbreak and was eventually pardoned and freed. Franklin Delano Roosevelt pronounced the fort a National Monument in 1935, and the surrounding rich ecological resources were also protected in 1992 when the area became a National Park. Due in large part to its remoteness—the closest land is Key West, 70 miles away—the area is a haven for birds and marine life, with biodiversity and abundance that provide the same glimpse into the past as the historically preserved fort. For the last month everyone has been telling me how wonderful and healthy the reefs are here compared to the relative desolation of the VI and Biscayne, and as we arrived I was itching to get into the water.

Modeled after British castles, the entire fort is surrounded by a moat. Allegedly it hosts a resident crocodile, but I have yet to see him.

Modeled after British castles, the entire fort is surrounded by a moat. Allegedly it hosts a resident crocodile, but I have yet to see him.

As we bustled about unloading the ferry, transferring our belongings to our fort housing, and preparing our dive gear, Kayla approached us with somber news. Following a dive incident involving rebreather equipment malfunction last November (from which thankfully everyone fully recovered), the National Park Service had issued a scientific diving stand-down, effective that morning and holding until the NPS scientific diving policy was rewritten and approved, and individual park dive programs underwent the necessary changes and training to resume diving. Kayla explained that the possible way around it would be to dive under the stricter regulations for government commercial diving, but until we were trained and approved and had all the necessary equipment for commercial dives, there would be no diving in DRTO. Crestfallen, we looked longingly at beautiful conditions—no wind and the sea glass to the horizon, the first such good weather the other interns had seen all season. While we of course recognized the importance of revising the dive policy to avoid future incidents and keep everyone safe, we couldn’t help but feel disappointed and indignant about the timing. As I’ve seen over and over in the past month, the vagaries of weather and technology make field days precious. Losing good weather days in the height of research season was a blow, not just because diving is more fun than office work but also because it limits data collection and may keep projects from completion. The stand-down may last anywhere from a few weeks to months, likely throwing a wrench into science diving programs across the National Park system.

Sea turtle intern Marc Fruitema, Ryan, Biological technician Kayla Nimmo, and lionfish intern Lee Qi can barely contain their excitement about OSHA regulations.

Sea turtle intern Marc Fruitema, Ryan, Biological technician Kayla Nimmo, and lionfish intern Lee Qi can barely contain their excitement about OSHA regulations.

Kayla was incredibly on top of doing everything she could to get us commercial dive certified. Within the hour she was inventorying the equipment we would need and collecting anything that needed to be inspected or serviced, and she spent the next day putting together our training course and exam. We picked up sea turtle intern Marc Fruitemi from his housing on Loggerhead Key, and spent the afternoon immersed in the delights of OSHA (Occupational Safety and Health Administration) regulations. We all of course passed the certification test with flying colors, but were again stymied as subsequent communications revealed that although for purposes of practicality the NPS usually ignores outdated OSHA standards that require the use of specific equipment that is now no longer manufactured or serviced, for the stand-down we would need to be strictly OSHA-compliant and thus lacked the mandated equipment to dive.

Determined not to squander the gorgeous weather and our limited time in the park, your plucky team of ‘terns scouted out shallow sites to hunt lionfish via snorkeling and free diving. I had never officially tried free diving before other than short dips while snorkeling, and was eager to give it a whirl. We went to check out some isolated coral heads, or as we call them, “nubbins,” in 20-40 feet of water. The visibility wasn’t great, so on my first foray in it felt a bit like going down the rabbit hole to swim blindly through clouds of particulate until suddenly the reef sprang into view, vibrant and clear. There is something magical about moving silent and unencumbered through the water on a free dive, experiencing the world below in brief vignettes. I’m not sure I’m completely sold, though—I do enjoy breathing! What is certain is that DRTO lives up to the hype: this is fish heaven. Here are all the missing snappers and groupers from the VI, and they’re enormous. Curious red groupers come right up to us, and on a few sites I was ecstatic to come face to face with a goliath grouper. Five hundred pounds of fleshy, thick-lipped, beady-eyed fishy goodness—what could possibly be more lovable?

A goliath grouper moseys by the Garden Key dock.

A goliath grouper moseys by the Garden Key dock.

The DRTO lionfishers have been using timed surveys to collect data on catch per unit effort, and unfortunately free diving wasn’t compatible with this survey type. We weren’t able to systematically look for lionfish, it was difficult to estimate the timing, and with poor visibility we couldn’t see one another well enough for safe diving. We sadly concluded that free diving would not be the answer.

Fortunately, there’s plenty of work to be done on land. The Dry Tortugas continue to live up to their name as a hotspot for sea turtle nesting. The park is trying to make Loggerhead Key an index beach for loggerhead turtles, which means it must be monitored daily. Marc usually patrols the island in the mornings but is on a different 10-4 rotation than Ryan and Lee Qi, so on his lieu days we would take over. Marking nests is a more casual affair here than in Biscayne since there are so many and raccoons aren’t an issue. Rather than digging up each nest to confirm eggs and covering it with screens, we simply mark each possible nest with a PVC pipe stake identifying the nest with the date, species, and likelihood of a nest on a scale of 1 (a false crawl, which doesn’t merit a stake) to 6 (when the observer sees the turtle laying the eggs). Stakes are also marked with colored tape indicating the month and week of laying to quickly identify nests that may have hatched. We record the GPS coordinates of each nest, and keep track of how nests have been affected by waves, other turtle activity, and invasive plants like Australian Pine. Also unlike Biscayne, it’s easier to find nests and false crawls here because turtles leave identifiable tracks on the continuous sandy beaches, and lots of them: on our first morning we found eleven nests! This was an unusual amount of activity, but this has been a record year so far, and patrolling for turtles is never a quick stroll along the beach. The expansive sand seems to encourage some particularly finicky turtles to travel up, down, and across the beach in meandering turns and loops, sometimes digging several cavities before nesting.

You can’t swing a cat on this island without hitting turtle tracks.

You can’t swing a cat on this island without hitting turtle tracks.

Following their tracks in and out of the water can be quite a trek, and as the blinding sun rises higher in the sky we aren’t above berating the turtles for their incompetent nesting. The heavy turtle activity adds a quasi-forensic air to the walk as we attempt to discern who nested where. As turtles deliberately mask their tracks as they cover their nests, and often cross and mask other turtles’ tracks in the process, this can be a difficult task! On the eleven-nest day especially we spent nearly as much time puzzling as we did walking. As we head out and load the boat we usually take a few minutes to watch the tarpon and cobia that cut sharp lines through the swirling bait ball surrounding the dock, now and then abruptly accelerating into silvery attack.

A tarpon surfaces by the Loggerhead dock.

A tarpon surfaces by the Loggerhead dock.

We’re eagerly awaiting updates about the stand-down and crossing our fingers that we’ll be able to find a way to dive! In the meantime, we have plenty of crazy turtles to keep us busy, sunrises and sunsets to watch, and another week of fort life ahead.

Despite a huge removal effort a few years ago, invasive Australian Pine still litters the beaches.

Despite a huge removal effort a few years ago, invasive Australian Pine still litters the beaches.

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Getting my feet wet in Biscayne National Park

The last two weeks in Biscayne National Park have been a great introduction to the variety of underwater cultural and natural resource management projects going on in the National Park Service, as well as the realities of the weather dependency of marine field work.

At the Miami airport I was greeted by a wave of scorching heat and humidity, as well as SRC Survey Archeologist Bert Ho. A group of SRCers are in Biscayne working on archeological projects, and they showed me around park headquarters and introduced me to Chief of Cultural Resources Chuck Lawson, wildlife biologist Vanessa McDonough, and wildlife biologist and Park Dive Officer Shelby Moneysmith, with whom I would be working for the next two weeks. It was great to see familiar SRC faces around the dive locker, and have their expertise and reassurance nearby for the first few days as I bumbled about in typical fashion breaking and losing equipment (the computer I feared I had ruined turned out to be misinterpreting the Denver-South Florida altitude shift as one extremely long, shallow dive, but the high-tech emergency radio that popped out of my BCD my first time out is gone for good). Bert showed me how to use their fancy underwater camera, so I’m hoping to experiment and improve my photography skills throughout this internship. Bert was also kind enough to be my ride for the two weeks, taking me to my CPR/first aid refresher course in Key Largo and introducing me to the delights of strawberry key lime milkshakes at enigmatically named local fruit stand Robert Is Here.

Smallmouth grunts school around a sea fan.

I spent my days in Biscayne working primarily with Shelby and the resource management team, and one of their main projects is removing invasive lionfish. Native to the Indo-Pacific region, these striking fish with fluttering, sail-like fins and venomous spines have become a huge problem in tropical Caribbean ecosystems, considered one of the worst marine invasions in history. Lionfish devastate native reef biodiversity with efficient hunting, relentless reproduction, and insatiable appetites. Such successful predators are they that scientists have discovered that some lionfish populations, truly assimilating to their new American environments, are becoming obese  Their predilection for hiding in deep, complex habitats makes them difficult to fish with nets or trawls, and the best way to remove them seems to be individual spearfishing.  Biscayne National Park employs two interns, Ana Zangroniz and Kristian Rogers, specifically devoted to this purpose, and my first day out I went with them to do my part to stop this deadly invader.

After an exhilarating boat ride to our assigned lionfish point, Ana, Kristian, veteran lionfish intern Ryan Fura, and I dropped into the clear, warm water of Biscayne Bay, spears in hand. The spear has three sharp metal points on one end and a large rubber band on the other, and is operated by stretching the rubber band near the sharp end, aiming, and releasing. Within a few minutes, Ryan found two fairly large lionfish underneath a coral ledge, and invited me to take a shot. They are sedate and unruffled, and allow a close approach with the spear; nonetheless it took me a few tries to nab each one. It was slightly unsettling to note how much I enjoyed killing these beautiful fish, but I’m chalking it up to my strong conservationist values. Unfortunately, the team works with randomly selected sites for the sake of science, and most had sandy bottoms rather than lionfish-filled nooks and crannies, hardly conducive to honing my killer skills: I only got two more in the next three days. The lack of lionfish did give me the chance to experiment with the camera—I’ve included some pictures below.

I also walked turtle beaches almost every day, patrolling for signs of nesting activity. Any nests are covered with a metal screen to prevent raccoons from digging for the eggs; the nests are monitored for predation and the screens are removed near hatching time. I worked variously with Shelby, Ryan, sea turtle intern Amanda Tinoco, and amazing volunteers Suzy and George Pappas. In addition to their day jobs, the Pappases have started an NGO called the Coastal Cleanup Coalition. During their free mornings and weekends, they come out and clean up trash from the beaches, and have led alternative spring break trips to the park, removing tons of garbage from the beaches each spring. It’s been documented that if turtles encounter trash or debris on a beach, they will turn around without nesting, called a false crawl. Lugging their ungainly bodies over these sharp rocky beaches without nesting is a huge waste of turtles’ energy and resources, so removing debris from nesting beaches is a crucial task. It was so inspiring to see George and Suzy selflessly battle heat and horseflies every week to clean the beaches—the world needs many more of them! Luckily, their hard work appears to be paying off. With cleaner beaches, predation deterrent efforts, and invasive plant removal, the resource management team has already recorded thirteen nests (including a rare green sea turtle nest in addition to the usual loggerheads), whereas last year there were only six all season, all of which were predated.

Park Dive Officer Shelby Moneysmith and I on our way to patrol a turtle beach.

After one morning of beach walks, Shelby, her volunteering neighbor Bradford, and I had a chance to accompany law enforcement officers Evan Pickford and Joe Dollemolle on creel surveys, documenting recreational fishing (A creel is a type of fishing net, so creel surveys refer to studies of fish catches). We zipped through mangrove-lined channels in search of fishermen, and measured any fish they caught both to enforce regulations and collect population data. Under the watchful eye of the law enforcement officers, everyone was extremely friendly and compliant, and apart from a few warnings about having enough life preservers on the boat people were following regulations. Protecting marine environments is ineffective without enforcement, so it was wonderful to see the law enforcement officers patrolling the park and fishermen responding to regulations.

Unfortunately, at the beginning of the second week, unseasonably high winds picked up, making diving inadvisable. This gave me a taste of park office life, and the opportunity to process our lionfish, recording location caught, length, mass, and gut contents. These lionfish, fortunately, weren’t overweight, and the most we found in their stomachs was a few small fish. The wind was a blessing for discouraging mosquitoes, and for diluting the lionfish innards smell as the afternoon wore on.

This lionfish had snacked on a small wrasse before it fell victim to the unstoppable lionfish intern team.

That Wednesday, I hopped on the boat with the valiant SRC team, which was headed out to dive despite 20+ knot winds. After passing up some sites that were clearly too rough and aborting a dive due to poor visibility and rough conditions, we jumped in on the English China wreck, which is littered with shards of ornate ceramics, despite having been looted by treasure hunters in the past. Bureau of Ocean Energy Management (BOEM) archeologist Willy Hoffman and I poked around the pottery shards and old timber while Bert and SRC archeologist John Bright laid a GPS marker. Onboard the boat, the team deployed “Rocky” the magnetometer, which measures anomalies in the earth’s magnetic field. Anomalies indicate the presence of something like iron from a shipwreck, so magnetometry data can be used to locate sunken artifacts and map their distribution. The park must constantly monitor this and other wrecks not only to document any naturally occurring changes to the site, but also to be sure that visors aren’t causing damage or destruction, especially from looting. Winds were too high the next day to go out at all, so we celebrated Independence Day with data processing and a delicious Cuban dinner.
On my last day of fieldwork, winds still blowing above 20 knots, Amanda, Ryan and I braved the elements to patrol the turtle beaches once again, and were rewarded with a nest! Amanda recognized the uprooted vegetation and flattened sand patch as nesting activity and we dug around it to confirm. Just when I was certain we wouldn’t find anything we uncovered the tops of the leathery, golf ball sized eggs. We reburied them, placed the protective screens over the nest area, and marked the nest with the date. I hope to hear reports of hatchlings in a few months!

My stay at Biscayne ended with a barbecue at Chuck’s house, with wonderful company, delicious food, and rousing games of legos and hopscotch with Charlie, Chuck’s six-year-old daughter and my new BFF. Thanks so much to Chuck and his wife Ariana for hosting, as well as Shelby, Vanessa, and everyone at Biscayne National Park for working with me and setting my internship off to a fun and exciting start! Now laden with the giant camera case in addition to all my dive gear, I’m off to the Virgin Islands for two weeks of fish and coral surveys.

Showing off my NPS swag.

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Denver: The Adventure Begins

Hi everyone! I’m Julia Mason, and this summer I’m lucky enough to be serving as the 2013 Our World-Underwater Scholarship Society National Park Service Submerged Resources Center Dive Intern. I’ll spend the next three to four months scuba diving in some of our National Parks, participating in various projects and getting a first-hand look at how marine science, conservation, and interpretation operate in the Park Service. One of my duties as an intern is to update this blog every few weeks, so I hope to keep everyone informed of and hopefully entertained by my underwater escapades.

The Denver NPS office, where the SRC resides in the much-vaunted "Garden Level."

The Denver NPS office, where the SRC resides in the much-vaunted “Garden Level.”

After a whirlwind of graduation festivities, moving the entire contents of my dorm room from Boston to San Francisco, and packing for months on the road, I touched down in Denver for a week of training and orientation having narrowly missed actual tornado threats at the airport–an auspicious beginning. Although Denver may not spring to mind as a scuba destination, it’s an ideal central location for the Submerged Resources Center (SRC), an elite, highly-trained team that dives both coasts as well as lakes and rivers throughout the country.

National Parks tend to evoke terrestrial rather than aquatic landscapes, and even as an intern specifically dedicated to diving in the parks, I was surprised to learn how extensive park water resources are. 150 of 400-odd NPS units (which include National Monuments, National Seashores, etc.) have substantial water features, and the NPS supports 25 dive teams with some 200 divers, including the SRC, which primarily works with archaeological projects like historic shipwrecks or American Indian sites flooded by dam construction. Although I’m based in the SRC office, I’ll also work with a variety of park dive teams on projects all over the country, from culling invasive fish in Biscayne to diving on the U.S.S. Arizona in Pearl Harbor. As an environmental science major interested in marine conservation and public outreach, I’m looking forward to meeting park scientists and learning about marine resource protection and policy in our National Parks.

This week in Denver I met the wonderful members of the SRC team, who welcomed me to their office and, in some cases, their homes. I received my dive gear (including my very own official National Park Service wetsuits!), and underwent the training and testing necessary to become an official NPS diver. This certification included written tests, medical evaluations, dive skills demonstration, and a swim fitness test (thankfully the 1200 ft swim in under 15 minutes and underwater swim of 75 ft were not, as I originally misread in considerable dismay, in meters). I also had a chance to cruise around in a government SUV and experience Colorado sights and society, from mountain hikes to downtown Boulder to a fierce game of underwater hockey with the Denver Underwater Hockey team at Carmody Rec Center.

SRC Deputy Chief Brett Seymour and me in the SRC office with the "Jake," a US Navy deep sea dive suit made on June 6, 1944 (D-Day!).

SRC Deputy Chief Brett Seymour and me in the SRC office with the “Jake,” a US Navy deep sea dive suit made on June 6, 1944 (D-Day!).

A huge thank you is due to the whole SRC gang, especially Brett Seymour for coordinating my internship and patiently overseeing my training, Sami Seeb for hosting me and bringing me to all my appointments, Jessica Keller and John Bright for introducing me to all sorts of Colorado cuisine and culture, and Dave Conlin and his wife Michelle for also hosting me and for their incredible kindness and generosity during my stay. You’ve all been so welcoming, and have made me even more excited for the upcoming months (which I didn’t previously think possible). Thanks also to the OWUSS and NPS for making this internship possible–I am so grateful for this opportunity and can’t wait to get started!

My giant dive bag is packed and I’m heading off to Biscayne National Park in the Florida Keys for the first leg of my journey. I’m ready to get in the ocean, spear some lionfish, and try out the underwater camera awaiting me there!

 

 

Biscayne bound, bright and early.

Biscayne bound, bright and early.

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