scuba diving news

Dive with Olympus: A beginning shooter tries the TG-4 and the E-M5 Mark II

Ever since I started carrying a video camera on every dive a few years back, I wondered: If this thing starts to flood, will I know? What if it’s flooding right now and I just can’t tell?

Turns out, oh yeah, you’ll know. But if the camera you’re using is the Olympus Stylus Tough TG-4, it really doesn’t matter.

Recently six underwater shooters at skill levels from rank beginner — me — to the CEO of Backscatter Underwater Video & Photo came to Islamorada’s storied Cheeca Lodge to meet with a team from Olympus Cameras, to get hands-on underwater experience with the new OM-D E-M5 Mark II, the Stylus Tough TG-4, and the OM-D E-M1 FW 3.1. One of the first things that caught my attention was when Olympus technical specialist Eric Gensel told us the TG-4 is waterproof on its own to 50 feet, or 150 feet in the PT-056 housing.

That proved handy when, on the last day of our experiential, we descended at Key Largo’s Winch Hole and I suddenly realized I had joined a very special club. One look at the camera made very clear that the housing was filling up fast. (User error: I had allowed a corner of a desiccant tab to breach the seal.) Sheepish, I popped back to the surface, waving the TG-4 at Gensel, who simply handed me another camera and grabbed a freshwater hose, to give the salt-soaked housing a good rinse. Otherwise, no harm done.

That’s pretty typical of our experience with the TG-4: It’s built tough, as we proved again when ours were beat to heck on a wild and crazy jet ski tour of the bays and cuts around Islamorada. Like those Timex watches of old, the TG-4s took a licking and kept on ticking.

Earlier in the week, we had gotten about 10 minutes instruction each on the OM-D E-M5 Mark II, with PT-EP13 housing and UFL-3 strobe; the TG-4 in PT-056 housing with the same light; and Olympus’s OI-Share app, which among other things controls the cameras via built-in wi-fi. That was all that was necessary to get us ready to take the cameras underwater, even for a newbie like me. (Full disclosure: This was only the second time I had handled a DSLR, or a still camera of any kind, underwater.)

Coolest factoids from our briefing: The TG-4’s built-in GPS, which is designed to save your dive route to within 25-foot accuracy; and its “microscope mode,” for extreme close-ups. Shoots RAW, too.

Olympus underwater rep Bob Hahn chose dive sites perfect for our purpose. Within a half-hour to 45-minute boat ride from Key Largo are many shallow, sunny, fishy reefs popular with snorkelers and divers alike. Easy in, easy out, and lots to see without hardly moving the boat.

We started at the beloved statue of Christ of the Deep, which stands in about 25 feet of water at a site called Dry Rocks. From the Spurs — a fishy series of cigar-shaped small bommies inhabited by turtles — and action-packed Triple A reef, where every few feet seemed to offer a different macro circus, it was on to the spooky-cool wreck of the Hannah M. Bell, where a big bottlenose dolphin suddenly bombed past our two groups of divers arrayed around the expansive 19th-century remains. We finished up at Winch Hole and Hole in the Wall, and relished our last hour in the garden of sea fans at the Wellwood Restoration Site, where coral cultivation by Scuba Diving’s 2014 Sea Hero of the Year Ken Nedimyer is taking shape at the site of the 1984 wreck of the freighter Wellwood.

(Tip for anybody looking for a spot to try out a new system: the Upper Keys shallow, fishy reefs provided an easy testing ground, with wrecks, historic artifacts and swim-thrus, and a steady stream of big animals like sharks, turtles, rays and snorkelers.)

What were my takeaways? I didn’t try the OM-D E-M1 FW 3.1, Olympus’s professional rig, for which I’m clearly not ready. And I’m not qualified to review the other cameras per se, either, but several participants are. You can read Backscatter Underwater Video & Photo’s take here (TG-4) or here (E-M5 Mark II). Or Brent Durand of Underwater Photography Guide here (TG-4). And Dave Pardue from Imaging Resource on the Olympus housings we used here.

What sticks with me was the amazing video captured by the E-M5 Mark II — motion-picture quality; see for yourself at some of the links above — and how easy the TG-4 was to use, switching from video to stills, and the clarity of the screen displays, plus its live composite function, where you can watch a long exposure at night take shape before your eyes, in real time. Both systems were slightly negatively buoyant and easy to handle. Here’s hoping I get to handle one again, and soon.

Dive with Olympus: A beginning shooter tries the TG-4 and the E-M5 Mark II Read More »

Ocean Scientists Create 360-degree Panoramic Images of Hawaiian Coral Reefs

Reef Scientists Launch Mission to Reveal State of Hawaii’s $33 Billion Reefs

Multi-partner scientific team to record current condition of diverse coral reef habitats in 360º panoramic imagery as impacts of climate change threaten the region’s reefs

Oahu, Hawaii (August 19, 2015) – The XL Catlin Seaview Survey, a pioneering scientific expedition to study and reveal the world’s coral reefs, sponsored by XL Catlin, global insurer and reinsurer, today announced the launch of its scientific survey to explore and study the health of the different coral reefs in Hawaii.

The Survey’s scientists from The University of Queensland in partnership with the National Oceanic and Atmospheric Administration’s (NOAA) Office of National Marine Sanctuaries (ONMS) will capture unique imagery of coral habitats in and around the Hawaiian Islands Humpback Whale National Marine Sanctuary adjacent to the islands of Oahu, Maui, Lanai, Hawaii and Molokai. Mission scientists will collect this imagery using the survey’s advanced SVII camera to gain a comprehensive understanding of the region’s distinctive marine ecosystem and the health of corals found in these waters. Findings from this survey will also help scientists better understand and monitor the potential impact of environmental and human stressors on coral recovery in the future.

Recent news on the impact of climate change and rising sea temperatures in the Pacific make this expedition particularly timely. According to a recent EPA report titled Climate Change in the United States: Benefits of Global Action, coral cover in Hawaii could potentially decline from the current 38 percent to five percent by 2050 if continued warming persists. The most common effect of rising seawater temperatures is coral bleaching. This phenomenon occurs when corals expel their colored algae, causing them to appear white and in extreme cases die off.

In the summer of 2014, Hawaii recorded its first ever mass bleaching event due to an unexplained patch of warm water forming in the Eastern Pacific, known in scientific circles as the “blob.” With the combination of this phenomenon and a strengthening El Niño event this year, the outlook for 2015 is far worse. With Hawaii’s corals only now starting to recover from last year’s blob occurrence, the current increase in ocean temperatures has the potential to stop and possibly reverse the recovery process, causing long-term damage to the state’s reefs.

“Due to location at a relatively high latitude and exposure to variable ocean conditions, Hawaii is a remarkable place for the study of coral reefs and adds a vital element to our global picture of coral health,” said Professor Ove Hoegh-Guldberg, the survey’s chief scientist from the Global Change Institute at The University of Queensland. “Despite the increasing global threat to coral reefs from climate change, Hawaiian reefs have remained relatively intact, although future conditions pose a very real threat. Surveying this region is likely to reveal important information on the resilience of coral reefs under the rapid and unprecedented changes in ocean temperature and acidity that are projected.”

Scaling Ocean Study in Hawaii

As one of the world’s most isolated archipelagos, Hawaii features approximately 410,000 acres of living coral reefs and is known for its abundance of endemic species and large diversity of subtropical coral reef habitats. Unlike other coral regions, the isolated corals reefs of Hawaii offer researchers the potential opportunity to uncover unique reef formations that have never been explored before and expand on scientists’ existing knowledge of the area’s marine ecosystem.

Hawaii contains more than 60 percent of the coral reefs in U.S. waters. A peer-reviewed study commissioned by NOAA in 2011 estimates that the total economic value of the Hawaiian coral reefs is $33.57 billion. Hawaiians rely on coral reefs as important sources of food, income, shoreline protection, and recreation. Reef-related tourism and recreation account for an estimated $364 million in added value to Hawaii’s annual economy and its near shore reefs contribute nearly $1 billion to the state’s annual gross revenue. Furthermore, Hawaii’s reefs are not only important to support marine life and local economies, but are also considered an integral part of the state’s cultural heritage and identity.

“Working with XL Catlin Seaview Survey will not only allow us to further the scientific research around the region’s corals reefs but also highlight how ocean stewardship is deeply rooted in the native Hawaiian culture and identity,” said Malia Chow, superintendent of the Hawaiian Islands Humpback Whale National Marine Sanctuary. “XL Catlin Seaview Survey’s mission and use of camera technology resonates with the sanctuary’s strategy of employing a unique ecosystem-based management approach that combines science with the traditional Hawaiian approach to protecting natural and cultural resources.”

Technological Approach

Technology plays a fundamental role in both the teams’ surveying work and subsequent data analysis. The SVII is a revolutionary camera system attached to an underwater scooter that takes about 1,000 high-resolution 360-degree underwater images across distances of up to 1.2 miles in a single dive – increasing the data-gathering efficiency 30-fold compared to previous methods. The spectacular 360-degree images are accurately GPS-located so researchers can re-visit the same locations in later years and show changes happening on the reef.

These images are added to the XL Catlin Global Reef Record, an online research tool that allows scientists and researchers to better analyze and monitor changes in the global reef ecosystems on a local, regional, and global level. XL Catlin Seaview Survey’s ongoing partnership with Scripps Institution of Oceanography at UC San Diego enables access to advanced computer-based processing methods that is similar to facial recognition technology and has the potential to increase analysis by 10 to 30 times faster than manual methods. What can now be achieved in 12 months would have taken 30 years using traditional methods.

As a leading insurer/reinsurer and sponsor of this expansive research survey, XL Catlin recognizes the value of understanding the impact of climate change on our ocean environments and what this change means in coastal regions. It is essential to gather factual research into the changes, so that the insurance industry can continue to help clients manage risks in the years to come.

Video of Seaview Science Video: The SVII

Community Awareness

This expedition will take place in and around the Hawaiian Islands Humpback Whale National Marine Sanctuary, which is administered by a partnership between NOAA’s ONMS and the state of Hawaii through the Department of Land and Natural Resources. The sanctuary plays a crucial role in supporting humpback whales and strives to improve upon existing marine conservation by providing inter-agency coordination and comprehensive protection through education, science, and outreach support.

During the mission, team members from XL Catlin Seaview Survey, The University of Queensland, and NOAA’s ONMS will promote awareness around their ongoing scientific research of reefs and marine sanctuaries by hosting a series of community events on Oahu, Maui, Lanai, Molokai, and Hawaii.

The events will be held at local schools, dive shops and visitor centers in an effort to engage both students (grades 4-12) and the general public, focusing on XL Catlin Seaview Survey’s use of technology and science to support reef and ocean conservation, as well as the Hawaiian Islands Humpback Whale Sanctuary’s efforts in marine resource management. Participants will learn about the mission and the organizations participating in the survey, the science being conducted, as well as see the technology used and imagery being captured from around the islands.


About the XL Catlin Seaview Survey

The XL Catlin Seaview Survey is a pioneering scientific expedition revealing the impact of environmental changes on the world’s coral reefs. The Survey aims to significantly expand the data available to scientists about global coral reef systems. The XL Catlin Seaview Survey is currently focusing on the Indian and Pacific Oceans, having previously completed pioneering scientific studies of the Coral Triangle, the Great Barrier Reef and the Caribbean. The images are captured in order to provide a vital scientific baseline study of the world’s coral reefs. These images monitor change, reveal it to the world through Street View in Google Maps – in partnership with Google. More information about the XL Catlin Seaview Survey can be found here: http://www.xlcatlinseaviewsurvey.com.

You can also engage with the XL Catlin Seaview Survey and its 4 million followers on Google+ here: https://plus.google.com/+CatlinSeaviewSurvey/posts

About the Global Change Institute, University of Queensland

The Global Change Institute at The University of Queensland (UQ), Australia, was established in 2010 as an independent source of game-changing research, ideas and advice for addressing the challenges of global change. GCI advances discovery, develops solutions and advocates responses that meet the challenges presented by climate change, technological innovation and population change. UQ is one of the world’s premier teaching and research institutions. It is consistently ranked in the top 100 in four independent global rankings. With more than 48,000 students and 6,500 staff, UQ’s teaching is informed by research, and spans six faculties and eight research institutes. www.gci.uq.edu.au

About NOAA’s Office of National Marine Sanctuaries

NOAA’s Office of National Marine Sanctuaries serves as trustee for a system of 14 marine protected areas, encompassing more than 170,000 square miles of America’s ocean and Great Lakes waters. Through active research, management, and public engagement, national marine sanctuaries sustain healthy environments that are the foundation for thriving communities and stable economies.

NOAA’s mission is to understand and predict changes in the Earth’s environment, from the depths of the ocean to the surface of the sun, and to conserve and manage our coastal and marine resources.

About the Hawaiian Island Humpback Whale National Marine Sanctuary

The Hawaiian Islands Humpback Whale National Marine Sanctuary was created by Congress in 1992 to protect humpback whales and their habitat in Hawai’i. The sanctuary, which lies within the shallow (less than 600 feet), warm waters surrounding the main Hawaiian Islands, constitutes one of the world’s most important humpback whale habitats. Through education, outreach, research and resource protection activities, the sanctuary strives to protect humpback whales and their habitat in Hawai’i and currently is nearing the end of a extensive public engagement process that has the potential to expand boundaries and resources for the sanctuary.

Related Scubadiving.com Articles: Explore The Ocean Underwater With Google Maps Street View

Ocean Scientists Create 360-degree Panoramic Images of Hawaiian Coral Reefs Read More »

The Legacy of Jaws and America’s Fascination with Sharks

The movie Jaws led many viewers to stay away from beaches when it was released in 1975, and has been widely criticized for promoting negative stereotypes about sharks and their behavior. Peter Benchley eventually regretted writing the book, and in 1995 said: “The extensive new knowledge of sharks would make it impossible for me to create, in good conscience, a villain of the magnitude and malignity of the original. … If I have one hope, it is that we will come to appreciate and protect these wonderful animals before we manage, through ignorance, stupidity and greed, to wipe them out altogether.”

Video of jaws clip: "You're going to need a bigger boat"

Conservationists hate that the film has made it difficult to convince the public that sharks need protection from humans, not the other way around. But Jaws launched the summer-blockbuster genre, and Roy Scheider’s line “You’re gonna need a bigger boat” is 35th on a list of top 100 movie quotes, and composer John Williams’ musical theme is instantly recognizable (dun-dunh, dun-dunh).

Video of Jaws soundtrack

Hooked on Sharks for better or for worse, the media’s love affair with sharks has kept us entertained for decades.

Looking for more Sharks in pop-culture? Check out Top 5 Worst Shark Movies of All Time.

The Legacy of Jaws and America’s Fascination with Sharks Read More »

August 2015 Sea Hero: Laura James

Scuba Diving Magazine's August Sea Hero Laura James

John Keatley

LAURA JAMES

Occupation Explorer and videographer

Diving Since 1990: Now a technical mixed-gas-diving instructor and certified rebreather instructor

Director Tox-ick.org, which focuses on seven simple solutions to reduce polluted runoff

This two-time Emmy-winning filmmaker has devoted her life to the health of her beloved Puget Sound, and to teaching others to cherish our most precious resource: water.

You have been involved in a LOT of projects involving Puget Sound and the health of the overall marine environment — which has been the most meaningful to you?

That is a really hard question to answer. I am incredibly grateful to have had the opportunity to be a part of so many projects. The most meaningful to me personally has been the discarded battery removal, where we removed over 1,200 pounds of discarded marine batteries from the most popular dive site in Seattle. It was something I’d turned a blind eye to just like everyone else for so long; I’d basically taken those batteries being there for granted. When I go out to that site for a dive now it fills my heart with joy to no longer see dead batteries laying about, and know that WE DID IT! What meant the most to me was how the community came together. We were joined by divers from British Columbia and Oregon who journey hundreds of miles to help out. A friend who owns a recycling facility gave us double the going rate on lead so we could afford more lift bags, and dive shops filled our tanks for the dives. It really was the work of a village. Seeing the sense of accomplishment on people’s faces and how engaged the whole community got with the removal gave me hope for the future of our oceans.

Topping it off was getting nominated for and then winning the 2012 Cox Conserves Heroes Award. It wasn’t a slam-dunk because the battery removal was up against some other amazing conservation projects. I think we only won by 40-something votes. This was quite special because it meant that the general public was able to connect with a project that went on beneath the surface of Puget Sound, something they couldn’t see personally unless they became a diver. The $10,000 prize was donated to Sustainable West Seattle where it helped support a grassroots Stormwater Education program (www.tox-ick.org) that teaches the general public simple ways that we can all help stop the flow of polluted runoff into Puget Sound.

The citizen-science work with Sea Star wasting syndrome was also exceptionally rewarding. My dive buddy helped build a website so that the general public (beach walkers and divers) could be a part of documenting the spread of the wasting disease by utilizing social media via a hashtag on an Instagram photo (#sickstarfish), and in doing so contribute to the work that scientists were doing. Watching reports come in on the real time map www.sickstarfish.com from numerous people and in some cases ahead of the researchers was exhilarating. It was proof of the potential power in crowdsourcing for science when it comes to both fast and slow response: Fast-response science because we were able to mobilize a large number of eyes to watch the beach for immediate changes in sea star population, and slow-response science because many of those same citizen scientists have continued to report and we are seeing how the population (hopefully) rebounds over time.

What is the biggest challenge you have faced in your advocacy for marine health?

The biggest challenge we all face in the realm of marine advocacy is learning how to reach the “non-choir” and make the problem real to them. It is so easy to speak to a bunch of people at an outreach event who are nodding in agreement — it affirms your belief and gives you a proverbial pat on the back. I think it is more important when looking at threats such as polluted storm-water runoff to build a connection with a broader audience. One way to do that is to actually stop talking for moment and listen to the people who disagree or are on the fence, and enter a dialogue that allows both parties to find some middle ground, and in doing so allow the overarching health of Puget Sound to trump politics.

The challenge is also finding a way past the compassion fatigue, which is generated by ongoing bad news about the environment. With the www.tox-ick.org program we focus on seven simple solutions to reduce the flow of polluted runoff (storm water) into Puget Sound. These simple daily actions are ways that each and every one of us can help make a difference. The non-profits, government agencies and municipalities are working hard on problems such as storm-water runoff and shoreline armoring, but they need our help. The solution to the threats facing our oceans begins in our hearts, in our homes, in our own backyard.

What’s been your most satisfying moment?

It was an incredibly satisfying moment hearing that Congressman Denny Heck saw our story on Sea Star Wasting Syndrome and it inspired him to craft a bill, the Marine Disease Emergency Act. The proposed legislation would establish a framework for declaring and responding to a marine disease emergency, and to provide the science community with the resources to proactively protect marine ecosystems from being irreparably damaged by cascading epidemics. The idea that footage that I shot might be instrumental in such a legislative process is incredibly rewarding.

Beyond that, I think its kind of a tie between watching our Sea Star Wasting Disease story reach No. 6 on the PBS news hour Youtube page of most watched videos (ahead of Kate and Williams wedding!) and winning regional Emmy Awards for both “Solving the mystery of dying starfish” and “Sea Otters v. Climate Change.”

They are both stories about marine ecology, the food web and climate change. Making the decision to leap from a stable, secure career in the hospital and become a filmmaker with an underwater focus was a tough choice and I’ve made some sacrifices. I did not go to film or journalism school, and got my start shooting underwater — not just any underwater but in our cold, dark green emerald sea. I sometimes find myself worrying if I’m good enough to tell the stories that need telling, and if people really want to hear about the underwater environment (and not just about pretty fish and coral reefs).

Winning these awards makes me feel like the time is now, that the general public is ready for real stories about our underwater world.

I’ve been very lucky to connect with an amazing husband/wife team of environmental photo-journalist/producers (Katie Campbell and Michael Werner), along with several other brilliant filmmakers who have helped mentor me along the way, so a quick shout out, because without them none of this would have been possible.

Tell us a little bit about what you are working on now?

BtLG Project: “Know What’s Below”

With the help of volunteers both divers and non-divers we are building a multimedia website to help kids of all ages connect with the underwater world. The primary vehicle of this education will be a library of 100+ narrated one-minute videos featuring the amazing marine life that calls Puget Sound home, and the diverse marine habitats that lead to such bountiful life. As we continue to develop the site, we hope to include videos that discuss the issues faced by our local waters in “real English,” which parents and educators can use to share and communicate, and offer simple solutions that everyone can do in their everyday life to help save our Ocean Planet. It is my dream to be able to offer live dives via the Internet to enhance the material already available on the site. It is a slow process, all the equipment needed to make that happen (underwater communication systems, etc.) cost money and the videos take time and resources to produce. www.btlgproject.com

OpenROV Builds and OpenExplorer micro-expeditions with local after-school programs: Thanks to the Gordon and Betty Moore Foundation and OpenROV (www.openrov.com) I’ve been able to build small ROV’s (Underwater Robots) with students. We will be using the robots to explore local underwater habitats, follow the students curiosity and hopefully make a connection for kids who had previously given minimal though to exploring a career in the filed of marine science.

How can divers and Scuba Diving’s readers help further your work?

One of the most important things that divers can do is help encourage non-divers to take an interest in what lies beneath the surface. Be an ambassador for the underwater world. You can do this by taking photos or videos and sharing them with anyone and everyone, or sharing the videos and photos shot by your friends. Photography and video equipment has come so far in recent years, it is much easier to show and share what you love about diving, and one of the reasons people get into diving is because someone they know is an enthusiastic diver.

Get involved in local underwater and beach clean-up efforts. Divers — both scuba and breath hold — are the last stand against underwater marine debris. Make a pledge to pick up two pieces of trash or marine debris on every dive. Help encourage others to get involved!

Get involved in your local issues. Never ever take water for granted. Please feel free to contact me if you want to be a part of any of the projects described here, or would like help setting something up in your area. Reach out to your local advocacy groups and elected officials. Don’t just sit by and wonder, ask questions, ask tough questions, ask what you can do.

The most powerful agent for change is an activated, involved public, so… get involved!

What’s next for you?

The next environmental story I’m working on is about underwater marine debris, the stuff that sinks. People are aware of the plastic gyres floating around the oceans, and microplastics that are being consumed by marine life. Those are both very important issues, but are being well documented and covered. I would like to shed some light on the massive problem surrounding the heavy marine debris, the stuff that doesn’t wash up on a beach, the trash that vanishes, out of sight out of mind. As a scuba diver who has visited sites around the world, I can confidently say that I have see human made items at every dive site I’ve visited in over 5,000 dives. There is no place underwater that I have visited that remains untouched. I realize prevention is a huge part of what will prevent the problem from getting any larger, but that prevention will only come with awareness. The general public needs to be aware of the fact that directly off shore from their favorite swimming beach, if there is a storm water outfall, then there is very likely a giant underwater garbage patch growing. That garbage patch is full of anything that doesn’t float, cigarette butts, heavy plastics, cans and bottles, toys, Christmas ornaments, I can actually tell what season it is or if a house is being built or remodeled by the contents of the storm drain debris trail.

I would like to see the narrated video series from www.btlgproject.com made into a web series where we bring the viewer with us on weekly adventures, complete with guest scientists historical narratives and local explorers who can help build a broader understanding of our undersea world and the people and creatures who make their lives in and on it.

In collaboration with the Environmental Science Center in Burien, I hope to help build an early outreach marine awareness program for young children. Based on Tidepools for Tots and inspired by the Best Starts for Kids initiative in King County in which emerging neuroscience shows that the first five years of a child’s life are particularly critical for brain development. It would then hold true that if we want to inspire the ocean stewards of the future, we need to start young.

We are also in the beginning stages of a campaign to make the site Seacrest Park, Cove 2, the most popular dive site in Seattle (where we removed the discarded batteries), into a Marine Reserve and divers park.

What would you do with the $5,000 Oris award if selected for Sea Hero of the Year?

I would use the funds to help continue to build our outreach and curriculum extension program. We are in need of a communications system so that we can share the underwater world in real time with viewers. We already have a video system capable of streaming video to the surface, but the next step is full-face masks and underwater comms so that we could have two-way communications, therefore creating a more immersive experience for the viewer.

Is there anything we did not ask that you would like readers to know about? Tell us what’s important to you!

People protect what they love, but they must know it to love it. I remind myself of this when the weather is cold and the visibility is low. All the creatures, great and small are worth filming and sharing, and that next bit of video I shoot may make the difference for one elected official, or inspire one little kid.

**Each Sea Hero receives an Oris Aquis Date watch valued at $1,595. At the end of the year, a panel of judges selects a Sea Hero of the Year, who receives a $5,000 cash award from Oris to further his or her work. Go to scubadiving.com/seaheroes to nominate a Sea Hero today.

August 2015 Sea Hero: Laura James Read More »

Becoming the Shark Lady: The Legacy of Eugenie Clark

The Shark Lady Eugenie Clark with Sharks

David Doubilet/National Geographic Creative

THE SHARK LADY

When pioneer marine biologist Dr. Eugenie Clark died this past February, she had compiled a nearly 75-year legacy of scientific research.

Credit the New York Aquarium with Dr. Eugenie Clark’s lifelong devotion to fish. At age 9, she had an overwhelming desire to be in their world, and that pas- sion inspired her to become an ichthyologist, writer and explorer.
She wrote three books, 80 scientific treatises, and more than 70 articles and papers; she had four species of fish named for her. In 2014, after Clark was named Beneath the Sea’s Legend of the Sea, contributor Brooke Morton interviewed “The Shark Lady” for our sister magazine, Sport Diver. The following is an excerpt from that interview.

Favorite shark encounter?

I was out of the water, looking into the shark pen at Cape Haze Marine Laboratory (now known as the Mote Marine Laboratory) in Sarasota, Florida. I realized that our lemon sharks had learned to push the right underwater target to release food. We had trained sharks for the first time.

You sustained a shark bite while in a car. What happened?

I was driving to a lecture for schoolchildren. On the front seat next to me was a tiger shark jaw. Running late, I stopped abruptly for a red light and stuck my arm out to prevent the jaw from cutting the dashboard. Instead, the teeth sliced my arm. The students were most interested in the bite-mark circle.

Most surprising discovery?

I found that one fish, the belted sandfish, could change sex from female to male — and vice versa — in as little as 10 seconds.

How has the gender gap changed for female scientists?

Tremendously! When I started, I was one of few females in the field — and the only one studying sharks. Now there are lots of female students of elasmobranchs. The shift can be seen in professional organizations, such as the American Elasmobranch Society, which started out with one female, and now has more than 50 percent female membership.

Greatest accomplishment?

My four children, the many friends I’ve made in the diving world, and to have a small part in inspiring an interest in sharks and marine life in children.

Becoming the Shark Lady: The Legacy of Eugenie Clark Read More »

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