In this episode of the Beyond Jaws podcast, hosts Andrew Luen and Dr. David Ebert welcome Dr. Grace Casselberry, the sixth recipient of the prestigious Eugenie Clark Award from the American Alasdair Brank Society. Dr. Casselberry, a postdoctoral...
In this episode of the Beyond Jaws podcast, hosts Andrew Lewin and Dr. David Ebert welcome Dr. Grace Casselberry, the sixth recipient of the prestigious Eugenie Clark Award from the American Elasmobranch Society. Dr. Casselberry, a postdoctoral student at the University of Massachusetts at Amherst, shares her inspiring journey in marine biological research, highlighting her dedication, perseverance, and innovative contributions to the study of elasmobranchs, including sharks and rays. Listeners can look forward to insights into her accomplishments, future aspirations, and the impactful work she has done in public outreach and research. Join us for an engaging conversation about the importance of marine conservation and the legacy of Eugenie Clark!
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Dr. Grace Casselberry, the sixth recipient of the Eugenie Clark Award from the American Elasmobranch Society, has made significant strides in the field of shark research. As a postdoctoral researcher at the University of Massachusetts Amherst, her work focuses on the spatial ecology of various shark species, predator-prey dynamics, and the effects of catch-and-release angling on striped bass. Her journey into marine science and shark research is both inspiring and illustrative of her dedication to the field.
Grace's interest in marine science was sparked during her childhood summers spent in Cape Cod, Massachusetts, where she developed a love for the ocean through fishing with her grandfather. Unlike many marine scientists who have been fascinated by sharks since childhood, Grace's path was more gradual. It wasn't until her undergraduate studies at the University of Connecticut, where she took a fish biology class, that she realized she could turn her passion for fishing into a career studying fish.
After completing her Bachelor's degree in Ecology and Evolutionary Biology, Grace interned at the Panama City Lab, where she gained hands-on experience with sharks. This internship solidified her interest in movement ecology and led her to pursue a Master's degree at the University of Massachusetts Amherst, where she studied the residency and habitat use of various shark species in a marine protected area.
Grace's Master's research involved tagging and tracking tiger sharks, lemon sharks, nurse sharks, and Caribbean reef sharks in Buck Island Reef National Monument in St. Croix. Her findings revealed that these species spent over 50% of their tagged days within the marine protected area, underscoring its importance for shark conservation.
For her PhD, Grace shifted her focus to great hammerhead sharks in the Florida Keys, where she investigated their movement patterns and interactions with the recreational tarpon fishery. Her research uncovered that approximately 15% of hooked tarpon were consumed by hammerheads, raising concerns about the impact of shark predation on the tarpon population.
In addition to her shark research, Grace has also worked on critically endangered sawfish, conducting juvenile nursery area habitat assessments in Everglades National Park. This work involved catching and tagging juvenile sawfish to better understand their habitat use and population dynamics.
Throughout her academic journey, Grace has actively sought funding to support her research. She has applied for various grants, including the prestigious Dr. Nancy Foster Scholarship from NOAA, which allowed her to pursue her PhD. Grace emphasizes the importance of persistence in grant writing, noting that rejection is a common part of the process. She encourages aspiring researchers to apply for funding opportunities, as they are essential for advancing scientific knowledge and conservation efforts.
Grace's collaborations with organizations such as Bonefish and Tarpon Trust and the Florida Keys National Marine Sanctuary have also been instrumental in her research. These partnerships have provided valuable resources and support, enabling her to conduct fieldwork and share her findings with stakeholders in the fishing community.
Receiving the Eugenie Clark Award is a significant milestone in Grace's career, recognizing her perseverance, dedication, and innovation in shark research. She hopes to continue her work in applied conservation and management, focusing on the intersection of marine animal movement and fisheries management. Grace's journey serves as an inspiration to early-career scientists, particularly women in marine science, as she exemplifies the impact of passion, hard work, and collaboration in advancing our understanding of marine ecosystems.
The importance of grant writing and securing funding is a critical aspect of a successful career in marine science, as highlighted by Dr. Grace Casselberry in her interview on the Beyond Jaws podcast. Grace emphasizes that her experience with grant writing has been somewhat unique, as she has actively pursued funding to support her research projects, particularly during her PhD and postdoctoral work.
Grace began writing grant proposals while finishing her master's thesis, recognizing that her lab did not have the resources to fully support her PhD work. This proactive approach allowed her to secure funding, which was essential for her to continue her research on sharks and other marine species. She notes that the process of applying for grants can be challenging, as it often involves competing against many other talented researchers with compelling ideas.
One of the key takeaways from Grace's experience is the reality of rejection in the grant writing process. She candidly shares that she has applied for more grants than she has received, which is a common experience for many researchers. Grace highlights that while rejections can be disheartening, they are not personal and often reflect the competitive nature of funding opportunities. She encourages aspiring scientists to persist despite setbacks, stating, "You're never going to get the money if you don't try to get the money."
Grace also emphasizes the importance of learning from feedback received on grant applications. For instance, after applying for the Dr. Nancy Foster scholarship and not receiving it initially, she was able to use the feedback to improve her proposal for the next application cycle, ultimately leading to her success. This illustrates the significance of resilience and adaptability in the grant writing process.
In summary, Grace's experiences underscore that grant writing is not only a necessary skill for securing funding but also an opportunity for researchers to articulate their ideas and the importance of their work. Her journey reflects the challenges and rewards of navigating the funding landscape in marine science, highlighting the need for persistence, learning from rejection, and the ability to tell a compelling story about one's research.
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Another episode of the Beyond Jaws podcast and another year that the American
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Alasdair Brank Society has put up another Eugenie
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Clark recipient. The sixth winner of the Eugenie Clark recipient
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is on the podcast today. Dr. Grace Castleberry is joining
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us on the podcast today to talk about sort of like her
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rise in what she's been able to do and accomplish already
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as a postdoctoral student with University of
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Massachusetts at Amherst. We're going to talk about her career.
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We're going to talk about what she wants to do later on. But she's
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already had done so much in her career. We've got lots to talk
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about. So let's get started with the show. Here we go. Welcome back
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to another exciting episode of the Beyond Jaws podcast. I'm your host,
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Andrew Luen, with your co-host, Dr. David Ebert. Dave,
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this is the sixth recipient of the Eugenie Clark Award. This
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award is not given out lightly. This is going to be an exciting
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We're looking forward to hearing about Grace's journey, what she
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did, what she's done on her journey to receiving this
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award this year. As it says, it's probably one of the most prestigious awards that
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the American Alasdair Brink Society gives. She's only the sixth recipient of
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it. And it's given to a person who
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shows a lot of the stuff that Eugenie Clark did as a
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person, which was uncommon perseverance, dedication, and
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innovation in of Biological Research and Public Outreach on
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the Laszlobranchs, Sharks and Rays. And I'm
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really looking forward to it. I don't know Grace well, but I'm really looking forward to
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hearing her story about her journey. She's worked with a lot of amazing
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people in her short career, really. She'd be
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an early career person. And we'll get into that with people like Greg Skolmol,
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among others, and some of the different species she's worked
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Yeah, it's going to be a blast. I'm looking forward to it as well. So let's get into the interview with
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Dr. Grace Castleberry. Enjoy the interview and we'll talk to you after.
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Hey, Grace, welcome to the Beyond Jaws podcast. Are you ready to
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You bet. We want to welcome everybody to another episode of the Beyond Jaws
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podcast where we have another rising star in the shark research world.
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the fabulous Dr. Grace Castleberry. Grace is the sixth
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recipient of the American Allosylbranch Society's Eugenie Clark Award
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that is given to the early career female scientist who demonstrates uncommon
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perseverance, dedication, and innovation in biological research
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and public outreach on allosylbranch fishes. The Eugenie Clark Award
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is also supported by the Save Our Seas Foundation, which has
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been an early supporter of the podcast. Grace is a fisheries biologist
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and an American Associate of Underwater Women Postdoctoral Research
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Fellow at the University of Massachusetts at Amherst, where she studies
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the spatial ecology of multiple shark species, shark-predator-prey dynamics,
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and the effect of catch-and-release angling on striped bass, interestingly. Grace
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has research interests at the intersection of marine
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animal movement, particularly migratory fishes, with a fisheries management
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angle. Prior to receiving the Clark Award, Grace
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was a recipient of numerous other awards, including the American
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Postdoctoral Research Leave Fellowship, the Samuel
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Gruber Award for Best Student Oral Presentation for the American Lousenbrink Society,
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the Emily Klein Award for Exemplary Service and Scholar from
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the Noah Sanctuaries, and the Dr. Nancy Foster Scholarship, also
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from the NOAA Office of National Marine Sanctuaries. Her
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schooling background, she did a Bachelor's of Science degree at the University of Connecticut
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in Ecology and Evolutionary Biology, a Master's of
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Science from the University of Massachusetts Amherst, and she did
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her PhD there as well. Just finished receiving her PhD in
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2023. She did her Master's and her PhD under the guidance of Andy
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Danilchuk. Hopefully I pronounced that right. And Greg Skomal
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is a good friend of the podcast, and Greg's been on the podcast a couple of times.
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As I mentioned, Grace is currently a postdoctoral researcher at the Department of
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Environmental Conservation from the University of Massachusetts Amherst.
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Hi, Dave. Thanks for having me. That was, I feel very special to
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You are very special, very accomplished, very, very accomplished. And
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so Grace, we'll start off with all our guests. How'd
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you get interested in sharks and in the marine environment and
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Yeah, that's a great question. I feel like I have a little
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bit of a different trajectory towards getting
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into sharks. I'm not one of those kids that was obsessed with
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sharks when they were really little or saw Jaws and
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had it change their life the way my advisor Greg did. So
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I grew up coming to Cape Cod, Massachusetts every
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summer to spend time with my grandparents. And my grandpa would always take
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me and my mom fishing. And so I really developed
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a love for the ocean by fishing with my grandpa and
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going to the beach with my family at Cape Cod. But I didn't know
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that you could have a job studying fish until
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a lot later on. So when I was doing my undergraduate at
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UConn, I took a fish biology class from a professor named
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Eric Schultz. And I just thought it was so
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cool that you could go fishing for fun,
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and also then make that your job studying fish. And
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through his class, I started learning about tagging
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and tracking technologies for a paper that was assigned. And I just thought
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that was amazing. I got really interested in movement ecology,
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and wanted to do that for graduate school.
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but I had no experience with it. And so I
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applied for a bunch of internships from tagging
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turtles and marine mammals to doing stuff with sharks. And
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the shark one is the one that I got. I ended up going to be
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an intern at the Panama City Nymphs Lab with John
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Carlson and Dana Bethea. And that's,
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I knew nothing about sharks when I went there other than they
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were a thing that was big enough that you could put a tag on. And I thought tags were
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really cool. And so that was
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the beginning of me falling in love with sharks and
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getting to do field work with them. I just, I fell in love with being in the
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field and I haven't looked back and I've managed to
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That's, that's, that's, that's super interesting. So when you were doing
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it, so you're doing your undergrad and you kind of got interested in marine science, what kind
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of led you to UMass? Why
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did, of all the places you've thought about. You obviously went
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to Panama City, got some experience there, and
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sort of what kind of led you to decide to
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Yeah, so I had been looking around for
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kind of the right combination of a
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project that I was excited about, which
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was I really wanted to do movement ecology, particularly acoustic
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telemetry. My master's was all acoustic telemetry, My
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dissertation also had several acoustic telemetry
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chapters. And I
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also, I loved the work that I was doing in Florida. I
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didn't totally love living in Florida. My family is from the Northeast. I
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wanted to get back closer to family if I could. And
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though I didn't grow up in Massachusetts, like I said, Cape Cod, Massachusetts
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is kind of my marine scientist origin story. And
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so all of those things kind of came together through connections
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that I made with Andy through the professor that I worked with at UConn.
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And then I also did an internship for Greg Skomal shortly
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after I graduated from UConn. And so Andy
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and Greg had worked together in the past on some projects. Andy
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has done a lot of different big
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marine fish work. He largely focuses on recreational fisheries,
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but he also used to be at the Cape Eleuthera Institute, which did a lot of
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shark research. And so Andy and Greg were kind of the
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perfect combination of there was a project that
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I was really excited about, which was acoustic telemetry in
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Buck Island Reef National Monument in St. Croix in the U.S. Virgin Islands.
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and there was funding and it was in a place where I thought I could be
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really happy living and so that's what brought me to UMass Amherst and
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I've obviously very much liked it because I've been
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there for a while now. Stayed for two degrees and now
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Well let me ask you this because you know I'm just looking at You
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know, you send us your CV before before we did this episode and I'm
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looking at the time where you graduated From
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your your be it with your BSC, you know 2013 and then going
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back to do your master's in 2020 So a good seven years
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in between that was that done on purpose? You
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just hadn't found like were you planning on doing? Graduate work
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or were you just sort of working? You were able to get jobs and you were enjoying those
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jobs as it was like what made you go back and do a
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Yeah, so that timeline is a little bit deceiving.
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I only spent two years out
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in the working world before I went back to graduate school.
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So I started my master's in
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2015. So I was at the Panama City lab working on
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the Gulf Span survey, which is a fishery independent shark,
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pupping and nursery survey. as well as the smalltooth sawfish
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survey that they do in the Everglades for about two years
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before I found that sort of right combination of advisors
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and projects and funding in place. And
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then I always knew that I wanted to do
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a PhD. But I was finding
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with a lot of people that I was talking to about graduate school that a
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lot of professors seem to really prefer you to at least start as a
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master's student and then transition into the PhD program.
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And so that was sort of how I started out there. In
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2018, I got the Dr. Nancy Foster scholarship from the
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NOAA Office of National Marine Sanctuaries to fund PhD
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work for me, which was an entirely different project in
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a different study site than where I was doing my master's. But
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the way that the funding package made
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most sense was for me to roll that master's degree into
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my dissertation. And so my master's was awarded when
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Okay, I see. Gotcha. That makes a
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lot of sense. I like that. Now, you mentioned too that you always
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wanted to do your PhD, and I find that happens
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with a lot of students when they start to do graduate work. They're like, oh, I'm going to
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do my MSc, then I'm going to do my PhD. Was
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that just something of a personal goal of yours or did you think
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like this was going to help you stay in like you want to stay in the research
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side so you were going to get a PhD or
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you just like is this something like a personal thing or you knew for
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I would say probably a
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mixture of both. So I I
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worked in a lab as an undergraduate and worked very closely
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with two PhD students, and I just thought that their
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life in grad school looked really fun, which I
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feel like most people don't say. But I loved the
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fact that they were able to, you know, be conducting their
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own research projects. I was really excited about being involved in research,
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and I wanted to be able to have those skills
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where I could conceive a project, chase
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the funding, go out and do the project, and then analyze
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the data, write it up. I wanted to be able to have all those skills where I could go
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from step one to the end of research.
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And I knew that at the very least, I would need a master's to
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be able to do that. And that PhD
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would probably be the step that I needed to be
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able to really pursue that as a career path. As
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a graduate student, I've also come to find that I really
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enjoy the teaching and the mentorship aspects of being in academia.
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And so as I was pursuing my
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master's, I just became more sure that the PhD
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was probably the next step that I wanted to go to and hopefully
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ultimately having a professor position where I can have
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my own lab and have that mixture of the
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research and the mentoring and the teaching all combined. Gotcha.
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How did you get on to, you know, we've had John Carlson on
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recently and Megan Winton and Ivy Barrymore who
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all were involved with the NOAA Panama City
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Oh, that's a great question. I think
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maybe I just found them on Google. I
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can't, I can't, I don't think I knew because I really didn't know
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anyone in the shark realm. I,
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I had been talking to Dean Grubbs at
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one point about graduate school. So there's a possibility that he had mentioned
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them to me. I can't, I can't remember. I
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think I just was Googling internships and they have, they
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Yeah. Yeah. I know we talked about in some of our recent episodes we
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had on, um, it's a really good program. And I know I
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had several students from, that came through my lab, their masters,
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came from the program there. And we talked a little bit about how, if
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you get, when you have an opportunity to get into a program like that, it
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could really be a big benefit to you, because it's, you know, it can help you,
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you know, because the program's well-known. Students that come out of there are
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very good. I had several come through. Megan Witten was one of them,
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but had a few others. And they, it was just, it's just a good program. That
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was, and I didn't know, like I said, how you happened to come across it.
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Because I'll be honest, I hadn't really heard about it until I had one of the first
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students I had came through Lewis Barnett about 20 years ago.
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That was the first time I was, and I knew John for years before
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that. I just wasn't familiar with it. So, but it's a good, it
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was definitely a good program. It helped get you
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Yeah, absolutely. I loved my time there. Dana
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really, by the time I was an intern, had been taking interns for
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a number of years, she ran a really tight
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ship. It was a well-oiled machine. I learned so much,
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pretty much everything that I know about how to do fieldwork, I learned from
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Dana Bethea, who was running the field programs by the time I was there. And
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I learned a ton from John, too. And it really It's
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what got me into sharks and it's what springboarded my career. And,
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um, most of, most of the connections that I have made
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in the field since then can kind of be traced back to, to
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So, so, so you went on from there and you've gone on to do your, do
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your PhD, uh, uh, you know, and obviously you must like
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it quite a bit. Cause you've been there for a while now and you're still there
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actually, uh, base there. Um, what
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I can. You know, we have students come on here and some like, like
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to move around from go where they do a master's, go somewhere different
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for a PhD and go somewhere different for a postdoc. Besides being
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just loving the area and enjoying the university setting there, was there any,
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did you have any grand plans when you started your master's there
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that you were going to like stick it out there as long as you have or?
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Yeah. I mean, I, I certainly didn't. know
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that this is how it was going to unfold. There
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are some personal life reasons that have
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kept me here too now. My husband has a
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good job and so that when you're trying
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to piece together kind of the short-term contract
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life that is graduate school and
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then postdocs, it's easy to And
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if you can make it work to stay in one place, it definitely makes other
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aspects of life a lot easier. But I also, you know,
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I have two really great advisors now,
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I guess, more PIs. But Andy
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and Greg are incredible to work with. And it, you
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know, it's tough to want to leave when you have such
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a good team around you. There
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was one other postdoc in my lab who's done kind of a similar trajectory
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of sticking around postgraduate degrees. And
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so that it was never the grand plan to begin with,
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but I'm not the only one following that model in my lab. So
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Yeah. Yeah. We'll get on some of the more shark
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stuff in a second, but how'd you happen to get into striped bass?
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Yeah, striped bass are part of what's paying the bills right
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now, which I appreciate. It's
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been a really fun project to work on, though, because the
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first fish that I ever caught as a kid was a striped bass. Oh,
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cool. And I'm working on striped bass now
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in the same places where I grew up
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catching them with my with my grandpa and my mom. And
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so that has been a really fun sort of full circle moment
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in my career that I wasn't actively chasing
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necessarily. But we, our lab got some
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funding to look at post release behavior and mortality, since
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that fishery is largely catch and release. And
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so it's where things have taken me for now, and
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And what, when you look at the projects
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you do or the projects you want to do. Obviously, you're staying at
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UMass for a reason, you're doing some pretty cool projects, whether
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they're coming up to pay the bills or they're coming up to interest you. What
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drives you to pick up a new project or to kind
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of just be like, oh, this would be kind of cool to see? Like, what in,
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like, is there like a basic sort of, you know,
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Ecological question or some sort of question that kind of drives you
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to pick up a new project whether they be sharks or striped bass or
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anything else Yeah, I think
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there are a couple things that really excite me
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Obviously the the bio logging or telemetry aspects are
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are really interesting to me. So the striped bass project is
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which we also have a master's student in our lab that really is
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leading that, Olivia Dinklacker, uses accelerometers
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to look at behavior post-release. And
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then my dissertation and master's work used acoustic
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telemetry and some satellite telemetry. I think
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in terms of questions, I've always been
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really interested in kind of applied conservation
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and management needs. And so I've done
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some work looking at residency and habitat use in marine
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protected areas. My dissertation focused
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on shark depredation, so shark interactions in recreational
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fisheries, which is something that is kind
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of gaining increasing traction and
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noise, especially on the East Coast and particularly in
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Florida. So I worked with Great Hammerhead Sharks and Atlantic
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Tarpon for that in the fishery in the Florida Keys. So
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I think I always want to be able to have a real
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conservation application to my work. And a lot of the work that I
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do is also in collaboration either with anglers
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that are involved in the fishery or managers so that
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what we're learning is kind of like directly transmitted
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Yeah. You've, you've worked on, uh, besides the stuff you're
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doing there, you, you worked on sawfishes, um, in Florida. Um,
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can you talk a little bit about that? Cause they're obviously a very critically endangered species
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and there's a lot of, obviously a lot of interest globally on that. Could you talk a little
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Absolutely, yeah. The sawfish project is really near and
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dear to my heart, and whenever anyone asks me what my favorite shark is,
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I always take a deviation and say a sawfish, and
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they're not really a shark, they're more of a ray, but they're super
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Exactly, yeah. So the sawfish project
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that I was working on was sort of juvenile nursery
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area habitat. assessment. And so
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once a month we would go down to Everglades National
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Park and we had certain areas within the park and then just
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adjacent to the park where we would do a
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standardized fishery independent survey. And the goal was really to
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catch as many little baby pups and
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juveniles as we could to give them
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a dart tag and a pit tag and be able to identify them and understand how
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many are around and the habitats that they're using. And
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at the time, we couldn't do acoustic transmitters on
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them. They are able to do that now with the renewed ESA
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permit, which is super exciting. So they're getting a better idea of
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movements, but our understanding of movements was really just
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from Mark and recapturing those those sawfish with
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external tags. And I got to be a
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part of that project for three field seasons, which was really, really
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great and special. There aren't very many people that have gotten
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to handle sawfish in that way. So
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yeah, I loved being on that project. If I could get back to
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It might be worth it though to work on the sawfish. That would be, that would be pretty cool.
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Uh, so, so you've done that, you did, you worked on that, you worked on sawfish down
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there. So you've worked on, when you went back, what, what were some of the primary
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Yeah. So my, my master's was with four different species, um,
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tiger sharks, lemon sharks, nurse sharks, and Caribbean reef sharks.
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And we were trying to understand what
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habitats and the residence time that they were spending in
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a marine protected area called Buck Island Reef National Monument in
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St. Croix in the U.S. Virgin Islands, which is actually one of the oldest
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marine protected areas in the United States, but it wasn't
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established for sharks. It was established to
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protect the coral reefs there and then also there's
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sea turtle nesting beaches on the little island that's in the center
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of the MPA. So we wanted,
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it wasn't made for sharks, but we wanted to know if that MPA was
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providing any level of protection for sharks. And we were able to
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find that they spend, all of the species spend more than 50% of their
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tagged days at liberty within the MPA. So that was pretty exciting for
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a place that was not designed with sharks in mind at all. And
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then for my PhD research, I worked with great hammerhead sharks
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in the Florida Keys, looking at their broader
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movement patterns and migrations back and forth between
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the Keys and points farther north in the US, but also looking
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at fine scale movements and interactions in a
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channel called Bahia Honda, which is a site for
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a pre-spawning aggregation of Atlantic tarpon. And
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it's really quite heavily fished. So there are a lot of interactions
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Now, with this research you're doing, is this all part of your PhD,
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but is it strictly through the university, or are you working with NOAA
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fisheries or the sanctuaries? Who is this
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Yeah, so for my PhD, all of the field
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work was done by us, but in
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collaboration, closely collaborating with Bonefish and Tarpon
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Trust. which was funding a large
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Atlantic tarpon migratory pattern study through
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our lab. And then I was
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funded personally by the Dr. Nancy Foster scholarship. So
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a lot of my results were communicated directly to the National Marine
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Sanctuary System, but I wasn't actually out in the
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Okay, okay. And this was all done pretty much down in St. Croix, the Virgin
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So that work was in the Florida Keys. The
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work in St. Croix is directly
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with the National Park Service. So the Park Service manages that
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MPA, since it's a national monument. And
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we go out on their boats directly to
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fish, which has been really great. They put in
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tons of effort to help maintain the acoustic array
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that's out there. And we have some ongoing projects happening with
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them as well, which has been really fun. I've kind of taken that
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acoustic tagging of the tiger sharks and
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brought it into what's part of my postdoc now,
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adding a satellite telemetry component to look at
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connectivity between the protected areas that are in the
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So what was it like when
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you start working with these large sharks? sort of
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just jump in or do you have, were you working with anyone else that kind
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of shows you what to do so you keep all your fingers and arms
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Yeah. Um, I'm, I'm lucky that I started out
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working with juvenile sharks, um, because I was,
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uh, the first shark I ever touched was a lemon shark
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that was, you know, probably like two weeks old.
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It was small. And
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I was so afraid that it was going to bite my finger off. I was
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kind of terrified of it, to be honest. But I got
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to learn how to handle sharks when they're much smaller, and you can kind
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of bend them to your will. And from people that had
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been handling sharks for decades, And
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so then when I started graduating up to these bigger
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sharks for my master's and my PhD, I
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got to do a lot of my fieldwork with Greg Skomal, who
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obviously, he's been on the podcast. People probably
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know Greg. Greg really does a lot of white shark work, but
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has worked with all kinds of different species throughout his career. And
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so he really started out
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as the the chief shark wrangler and has has taught me a
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Yeah, I had to ask this kind of thing. I know I'm pretty
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sure Greg had a similar experience when I was started out in the 80s
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is that it was just like, well, there you go. Good luck. And it
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was like there wasn't really anybody to show you any give
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you any kind of guidance. Actually, I know
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for myself, fishermen were really helpful because they knew They knew
424
00:27:43,596 --> 00:27:47,380
how to handle the big sharks to get rid of them and stuff, or get them
425
00:27:47,400 --> 00:27:50,523
and stuff. So I just had to, and I realized things have changed a lot, but I just
426
00:27:50,543 --> 00:27:54,167
was curious how. Because some of those species you're working with,
427
00:27:54,207 --> 00:27:58,391
particularly the tigers and the hammerheads, they get quite large. And
428
00:27:58,451 --> 00:28:02,695
just that experience when you first start handling them, it's like, that's
429
00:28:02,775 --> 00:28:06,299
big, that's a big shark, and they're really, really strong and powerful.
430
00:28:07,707 --> 00:28:11,749
to handle with them. So you got some good experience. Have
431
00:28:15,050 --> 00:28:18,352
Not really directly. I've been out and helped out
432
00:28:18,392 --> 00:28:21,733
on the boat a few times when they've needed an extra set of hands and
433
00:28:21,753 --> 00:28:25,015
things like that. So I've gotten to see them, which has been really fun. But
434
00:28:25,095 --> 00:28:28,377
I've not led any white shark research or anything like that.
435
00:28:30,518 --> 00:28:33,999
I'm the one that gets to remind Greg that there are other shark
436
00:28:43,133 --> 00:28:46,915
Do you have much association, do you match with the Atlantic White Shark Conservancy much?
437
00:28:49,877 --> 00:28:53,219
Yeah, they are. One of my best friends
438
00:28:53,619 --> 00:28:56,861
works for them, but I'm not directly affiliated with them.
439
00:28:56,961 --> 00:29:01,043
So I'm friendly with a lot of the biologists there, but yeah.
440
00:29:01,720 --> 00:29:05,163
I'm sure it's a small world when you get into that area with sharks
441
00:29:08,646 --> 00:29:11,949
Yeah, for sure. I have to ask, did you work much
442
00:29:16,893 --> 00:29:20,890
No, I know Michelle because she actually She
443
00:29:21,090 --> 00:29:24,893
left the Panama City Lab shortly before I started
444
00:29:24,973 --> 00:29:28,155
there. So we have, Michelle Passerati and I have
445
00:29:28,255 --> 00:29:31,438
known of each other for a while, and then we're able to
446
00:29:31,558 --> 00:29:35,000
meet in person at an AES meeting a few years back.
447
00:29:35,561 --> 00:29:38,783
But I am yet to do stuff with the Narragansett Lab. I
448
00:29:38,803 --> 00:29:42,085
would love to hopefully have that in my future at some point.
449
00:29:44,727 --> 00:29:47,929
No, I'm just curious. Yeah, since you're, like Andrew just said, it's a very
450
00:29:47,969 --> 00:29:51,110
small community there. Everybody tends to know everybody and you kind
451
00:29:51,150 --> 00:29:54,293
of stumble into each other a lot of times. I didn't, you'd mentioned all
452
00:29:54,333 --> 00:29:57,935
the stuff you're doing in Florida and the keys and St. Croix,
453
00:29:57,955 --> 00:30:01,198
which are all like, well, I don't know about Florida so much, but the St. Croix
454
00:30:01,218 --> 00:30:05,901
sound like is a really nice, pretty tropical area to go do some work, which
455
00:30:05,962 --> 00:30:09,024
is always nice, nice goal to have to work somewhere nice. So
456
00:30:09,064 --> 00:30:12,426
I didn't know, but you hadn't mentioned anybody up in the, in the Northeast area that you
457
00:30:12,446 --> 00:30:16,309
had much to do with. So as you're going along with these
458
00:30:16,369 --> 00:30:19,489
different types of projects, what's kind of the
459
00:30:19,509 --> 00:30:23,490
different sort of things you're looking for, like when you go, you worked with like
460
00:30:23,530 --> 00:30:27,571
these hammerheads and the tiger sharks. Could you
461
00:30:31,532 --> 00:30:34,893
Yeah, so the hammerhead project was really
462
00:30:34,973 --> 00:30:38,254
exciting. It started because a
463
00:30:39,734 --> 00:30:44,640
postdoc in our lab was running a study study
464
00:30:44,860 --> 00:30:48,202
of Atlantic tarpon migratory patterns in the Florida Keys.
465
00:30:48,282 --> 00:30:52,164
And so their goal was to tag 200 tarpon with
466
00:30:52,184 --> 00:30:55,426
acoustic telemetry tags. They achieved that goal, so they were doing
467
00:30:55,486 --> 00:30:59,408
tons and tons of tarpon fishing. And through
468
00:30:59,448 --> 00:31:02,769
doing that, they were spending a lot of time with the charter fishing
469
00:31:02,809 --> 00:31:06,932
guides down in the Keys, and they were sort of increasingly hearing
470
00:31:06,952 --> 00:31:10,553
these grumblings and concern about how
471
00:31:10,874 --> 00:31:14,157
sharks more and more often were coming up and eating their
472
00:31:14,197 --> 00:31:18,181
hooked tarpon before they were able to get them to the side of the boat. And
473
00:31:19,062 --> 00:31:22,866
the tarpon fishery in Florida is, it's all recreational. It's
474
00:31:23,286 --> 00:31:27,070
almost entirely catch and release except for a small handful of
475
00:31:27,831 --> 00:31:31,435
trophy harvest tags that are sold every year. And they're
476
00:31:31,455 --> 00:31:34,687
almost they're rarely used. So they're bought by
477
00:31:34,727 --> 00:31:37,789
people that are trying to break a world record and need to
478
00:31:37,829 --> 00:31:42,993
keep a tarpon. So they're very infrequently harvested.
479
00:31:43,634 --> 00:31:46,816
And so if these sharks are eating these fish that are going to get
480
00:31:46,876 --> 00:31:50,231
released, that could be the like
481
00:31:50,311 --> 00:31:53,554
largest part of the largest piece of mortality that's
482
00:31:53,594 --> 00:31:56,977
happening in this fishery, and it's unquantified. And so these guides were
483
00:31:57,017 --> 00:32:00,340
getting really worried about that. And I really just
484
00:32:00,360 --> 00:32:03,562
happened to be sort of the right person in the right place at
485
00:32:03,582 --> 00:32:06,845
the right time, I knew I wanted to go down
486
00:32:06,885 --> 00:32:10,508
the path of a PhD. And this this project
487
00:32:10,608 --> 00:32:13,931
was presenting itself. And I was the
488
00:32:13,971 --> 00:32:18,458
person in my lab at the time that was doing the shark work. And so I
489
00:32:18,518 --> 00:32:22,060
could just sort of jump into pursuing funding for this project.
490
00:32:22,140 --> 00:32:25,942
And so we had those 200 tagged tarpon.
491
00:32:26,422 --> 00:32:29,843
I tagged 18 great hammerheads in this channel,
492
00:32:29,903 --> 00:32:33,585
Bahia Honda, where there's a big pre-spawning aggregation.
493
00:32:34,125 --> 00:32:37,707
Thousands of tarpon come to this area underneath of a bridge that
494
00:32:37,767 --> 00:32:41,018
connects two keys. It goes across the channel. in
495
00:32:41,139 --> 00:32:44,461
April and May of every year. And it's a
496
00:32:44,561 --> 00:32:48,324
place that people can go very reliably to
497
00:32:48,685 --> 00:32:52,007
try to catch a tarpon. And that's been
498
00:32:52,027 --> 00:32:55,390
a well-known thing for decades. So there's a lot of fishing pressure underneath of
499
00:32:55,450 --> 00:32:59,313
this bridge. And so part
500
00:32:59,353 --> 00:33:02,976
of what I did was I sat on the bridge and I watched
501
00:33:03,136 --> 00:33:07,118
tarpon fishing for over
502
00:33:07,198 --> 00:33:10,900
200 hours of my life. And I saw in
503
00:33:11,020 --> 00:33:14,442
April and May of one tarpon fishing season, and
504
00:33:14,462 --> 00:33:18,804
I saw over 400 fish get hooked. And
505
00:33:19,224 --> 00:33:22,946
of those, the ones that were fought for a substantial amount
506
00:33:22,986 --> 00:33:26,668
of time, about 15% were eaten
507
00:33:26,868 --> 00:33:30,050
by great hammerhead sharks. So landing a tarpon is
508
00:33:30,090 --> 00:33:33,492
really difficult. They jump up, they shake their heads, they try
509
00:33:33,532 --> 00:33:37,077
to spit the hook. They're also fishing under a bridge. So
510
00:33:37,157 --> 00:33:40,500
you can hook a tarpon and almost immediately have it wrap the line around
511
00:33:40,520 --> 00:33:43,923
the bridge pilings and just break off. Oh, wow. So that happens
512
00:33:43,963 --> 00:33:47,325
a lot in the first minute of the fight. Right. But when you get rid
513
00:33:47,345 --> 00:33:51,329
of those fish that get lost almost immediately, about 15% of
514
00:33:51,349 --> 00:33:54,852
the ones that are really fought in that channel get
515
00:33:54,932 --> 00:33:58,955
eaten by hammerheads. So that's not
516
00:33:59,215 --> 00:34:05,025
the worst percentage in the world. It's not 75% of these fish. Tarpon,
517
00:34:05,486 --> 00:34:08,527
similar to sharks, live for decades. It takes them a
518
00:34:08,567 --> 00:34:12,450
while to mature, and they grow slowly. So
519
00:34:12,710 --> 00:34:16,412
these are fish that are coming to aggregate to spawn, and
520
00:34:16,452 --> 00:34:19,594
a lot of them get eaten before they're able to reproduce. So you
521
00:34:19,754 --> 00:34:22,996
can think about how that might add up over time. So part of
522
00:34:23,136 --> 00:34:26,578
it was a tarpon
523
00:34:26,658 --> 00:34:30,468
conservation kind of question that I was interested in answering. But
524
00:34:30,508 --> 00:34:33,711
we also wanted to understand how these sharks might be changing their
525
00:34:33,731 --> 00:34:37,794
behavior in response to how the tarpon were moving in the channel. And
526
00:34:37,874 --> 00:34:41,676
so we were able to show that the tagged hammerheads shift
527
00:34:42,217 --> 00:34:45,659
where they spend their time in the channel based on the direction of the current, which
528
00:34:45,779 --> 00:34:49,262
corresponds to the direction that people drift
529
00:34:49,322 --> 00:34:52,944
their boats while they're fishing. So they're kind of moving
530
00:34:53,005 --> 00:34:56,467
to set themselves up to be in a place where they can take advantage
531
00:34:56,527 --> 00:35:00,225
of these hooked fish. And then I
532
00:35:00,265 --> 00:35:03,906
was able to sort of piggyback off of having these tagged hammerheads to
533
00:35:03,946 --> 00:35:07,367
look at, well, when they leave the channel, where are they going?
534
00:35:07,508 --> 00:35:10,729
So I could explore movement patterns within the Keys and then
535
00:35:10,769 --> 00:35:14,090
more broadly, seasonal patterns of movement as they
536
00:35:17,631 --> 00:35:20,913
Any estimates like how many, how many of the great hammerheads were hanging around
537
00:35:23,088 --> 00:35:26,470
Yeah, so I don't have a solid answer,
538
00:35:26,590 --> 00:35:30,032
but it's more than we expected. So something
539
00:35:30,052 --> 00:35:33,314
that we were that question was something that we were interested in, and we wanted
540
00:35:33,354 --> 00:35:36,621
to understand. if, you know, this
541
00:35:36,661 --> 00:35:39,783
was like one or two hammerheads that are coming into the area, and
542
00:35:39,823 --> 00:35:42,984
it figured out that this is a way to get an easy meal, or if it was
543
00:35:43,024 --> 00:35:46,446
a lot. So in my first year of tagging, actually, what
544
00:35:46,486 --> 00:35:50,328
I was doing was putting big, like four-inch
545
00:35:50,588 --> 00:35:54,290
cattle tags that were different colors on the tops of their dorsal fins,
546
00:35:54,830 --> 00:35:58,093
And I was working with the fishing guides that fish under that bridge every day.
547
00:35:58,113 --> 00:36:01,535
And I was up on the bridge watching the fishing, too, to see
548
00:36:01,715 --> 00:36:04,858
if we were seeing tagged individuals come back and
549
00:36:04,958 --> 00:36:08,200
eat tarpon again and again throughout the season. And we
550
00:36:08,260 --> 00:36:12,663
only saw one actually do that. And
551
00:36:12,803 --> 00:36:16,626
most of the sharks that we caught were untagged.
552
00:36:16,766 --> 00:36:20,869
Most of the sharks that I saw eat tarpon were untagged. And
553
00:36:21,150 --> 00:36:25,696
so it's The answer is more than 18, because that's
554
00:36:25,736 --> 00:36:28,879
how many I tagged. But it
555
00:36:28,919 --> 00:36:32,362
was a pretty low sort of recapture rate
556
00:36:32,442 --> 00:36:35,785
for our visual survey there. So it's
557
00:36:37,006 --> 00:36:40,229
And I'm betting if people went, I don't know if they could dive around there, but if they went to dive,
558
00:36:40,289 --> 00:36:44,032
no one ever probably sees a great hammerhead when they're actually in the water. It's
559
00:36:44,072 --> 00:36:47,135
only when the tarpon are around and somebody hooks one that they seem to show up.
560
00:36:47,972 --> 00:36:51,174
Yeah, exactly. So diving in there is a little bit
561
00:36:51,194 --> 00:36:54,375
of a precarious situation because the current is pretty high. You have to
562
00:36:54,435 --> 00:36:57,857
time it right around the slack. But we had an acoustic
563
00:36:57,897 --> 00:37:01,238
array in there, so we needed to to dive on the receivers and
564
00:37:01,418 --> 00:37:04,540
nobody ever saw a hammerhead in
565
00:37:08,462 --> 00:37:11,623
Yeah. Yeah. I think that's the case with a lot of
566
00:37:11,663 --> 00:37:14,805
sharks that people don't realize because you have that
567
00:37:14,845 --> 00:37:17,976
interesting situation where they come in when they're they're hooked in
568
00:37:17,996 --> 00:37:21,116
the tarpon but I wouldn't be surprised I
569
00:37:21,136 --> 00:37:24,637
think a lot of times people never see the sharks until there's something
570
00:37:24,677 --> 00:37:28,118
attracts them in there and yet they're they're around they just you just don't see them until
571
00:37:28,698 --> 00:37:32,259
I guess they want you to see them or whatever um how
572
00:37:32,399 --> 00:37:35,760
so have you so you've been taking take are you still going down to Florida pretty regularly
573
00:37:37,763 --> 00:37:41,124
No, so so that ended this is actually the first spring in
574
00:37:41,184 --> 00:37:44,425
five years that I haven't been down there, which has been this past
575
00:37:44,445 --> 00:37:47,627
spring. So that was that was really kind of strange. But I
576
00:37:47,887 --> 00:37:51,008
defended my dissertation in July of
577
00:37:51,088 --> 00:37:54,329
last year. So that for the time being is kind
578
00:37:54,369 --> 00:37:57,877
of the end of the keys project there. I have some some
579
00:37:57,937 --> 00:38:01,179
ideas that I maybe would like to pursue in the future if I
580
00:38:01,219 --> 00:38:04,321
can find funding for it. But for now, I
581
00:38:08,084 --> 00:38:11,986
You've mentioned funding a few times now. And again,
582
00:38:12,006 --> 00:38:15,028
looking at your resume, you've had a
583
00:38:15,068 --> 00:38:18,290
lot of awards and nominations and things like that. How How
584
00:38:18,670 --> 00:38:22,293
hard is it for a graduate student
585
00:38:22,353 --> 00:38:25,456
to, like, are you applying for your own funding or is
586
00:38:25,516 --> 00:38:28,858
this, I mean, I know the awards are something different. Sometimes you apply for
587
00:38:28,898 --> 00:38:32,060
them, sometimes you're nominated for them. But is this something that
588
00:38:32,080 --> 00:38:35,883
you're actively seeking for each project and you're getting the experience in
589
00:38:39,606 --> 00:38:43,469
Yeah, that's a great question. So I think that my experience
590
00:38:43,489 --> 00:38:46,932
with pursuing funding has been a little bit different from other graduate students.
591
00:38:48,409 --> 00:38:52,075
For the most part, past my master's degree, I
592
00:38:52,175 --> 00:38:55,781
have brought in a substantial amount of the funding to fund my dissertation
593
00:38:55,821 --> 00:38:59,562
work. parts of my postdoc. And
594
00:38:59,942 --> 00:39:04,144
so yes, I started actively pursuing
595
00:39:04,285 --> 00:39:07,746
funding because my lab didn't have the ability to
596
00:39:07,786 --> 00:39:11,348
support me for the PhD work. They had the desire
597
00:39:11,388 --> 00:39:14,630
to keep me, but we needed to figure out how we
598
00:39:14,670 --> 00:39:18,372
could get that done. And so I started
599
00:39:18,472 --> 00:39:22,294
writing grant proposals when I was supposed
600
00:39:22,314 --> 00:39:26,142
to be finishing my master's thesis. With the
601
00:39:26,182 --> 00:39:29,424
permission of my advisors, unfortunately, that
602
00:39:29,484 --> 00:39:32,786
funding came through, and so I was able to pursue the
603
00:39:32,826 --> 00:39:36,248
PhD and build on
604
00:39:36,368 --> 00:39:40,190
some of the projects from my master's, like I mentioned, with the satellite
605
00:39:40,210 --> 00:39:43,632
tagging for the tiger sharks, and then start this new project in
606
00:39:43,652 --> 00:39:47,274
the Keys, which also built off of some existing funding
607
00:39:47,294 --> 00:39:50,436
that we had for that tarpon work. Um, but yeah, it's
608
00:39:53,877 --> 00:39:57,459
Um, I think it's, it's fine. That's going to be the promo
609
00:40:04,182 --> 00:40:07,484
I think it's fun to, um, to like dream
610
00:40:07,544 --> 00:40:11,666
up new ideas and think about what you can do within sort
611
00:40:11,706 --> 00:40:16,028
of the, the limits of what your funding is maybe
612
00:40:16,068 --> 00:40:19,996
going to be able to give you. And yeah,
613
00:40:20,157 --> 00:40:23,526
I find that part of science exciting to kind of think about
614
00:40:26,804 --> 00:40:30,467
I don't think I've ever heard anybody say, I find grant writing exciting.
615
00:40:31,148 --> 00:40:35,271
That's going to be the headline for your podcast. I
616
00:40:37,553 --> 00:40:42,898
Oh dear. Have you ever had, and
617
00:40:43,058 --> 00:40:46,320
you can answer this if you'd like, but have you ever gotten rejected for
618
00:40:46,360 --> 00:40:49,663
funding? Because that's part of the grant writing process, right?
619
00:40:50,003 --> 00:40:53,126
And seeking funds is, it's not easy. I mean, it's
620
00:40:53,166 --> 00:40:56,348
a very difficult thing. Can you tell us? you know, in terms of,
621
00:40:56,388 --> 00:40:59,750
like, how you persist to continue to find it even
622
00:40:59,830 --> 00:41:03,332
though, you know, sometimes you get rejected
623
00:41:05,153 --> 00:41:08,454
Yeah, for sure. I have absolutely applied for
624
00:41:08,554 --> 00:41:11,996
way more things that I haven't gotten than things that I've gotten.
625
00:41:13,397 --> 00:41:17,299
I think, you know, there's still rejections
626
00:41:17,339 --> 00:41:21,121
that happen that really knock me down, but it
627
00:41:21,221 --> 00:41:26,132
gets easier the more you do it. And
628
00:41:26,152 --> 00:41:29,375
you start to sort of realize that there's an aspect of it that
629
00:41:29,535 --> 00:41:33,918
isn't personal at all. Like at some point, you're
630
00:41:33,998 --> 00:41:37,440
competing with a bunch of other people that are also really, really good
631
00:41:37,460 --> 00:41:40,763
at coming up with cool ideas to do science. And so some
632
00:41:40,823 --> 00:41:44,145
of it is almost a little bit of luck
633
00:41:44,425 --> 00:41:47,647
at a certain point. And the more I kind of tell myself that,
634
00:41:47,687 --> 00:41:51,134
the easier But I think the important thing
635
00:41:51,814 --> 00:41:55,556
is to just apply. You're never going
636
00:41:55,616 --> 00:41:59,599
to get the money if you don't try to get the money. That's true.
637
00:42:00,459 --> 00:42:05,042
And you never know what might
638
00:42:05,142 --> 00:42:08,964
come to be if you give it a shot. And so
639
00:42:08,984 --> 00:42:12,246
I applied for the NSF GRFP, I
640
00:42:12,386 --> 00:42:16,243
think, three times and never got it. I
641
00:42:16,283 --> 00:42:20,584
applied for the Nancy Foster once, got
642
00:42:20,724 --> 00:42:23,985
feedback, which was great. They're
643
00:42:24,025 --> 00:42:27,466
a proposal that gives you feedback. And so I was able to kind of use
644
00:42:27,546 --> 00:42:31,406
that to understand what exactly they were looking for, make
645
00:42:31,446 --> 00:42:34,587
my proposal better, try again, and I got it
646
00:42:34,627 --> 00:42:37,768
that time. And that's what let me pursue my
647
00:42:37,808 --> 00:42:41,749
PhD. So I think You're never
648
00:42:41,769 --> 00:42:45,410
gonna feel like you deserve to get the money, so just try
649
00:42:48,932 --> 00:42:52,353
Is there something that you find that's different when you do get
650
00:42:52,393 --> 00:42:55,654
it as opposed to when you don't? Or does it just,
651
00:42:55,895 --> 00:42:59,496
basically it
652
00:42:59,576 --> 00:43:02,777
comes down to the different funding agency and the foundation and
653
00:43:05,799 --> 00:43:10,109
Yeah, I think sometimes I have, you
654
00:43:10,129 --> 00:43:14,232
just find that sort of perfect combination of your
655
00:43:14,372 --> 00:43:18,174
idea fits in really well with whatever the
656
00:43:18,214 --> 00:43:22,636
request for proposals is or whatever the nonprofit agency
657
00:43:22,897 --> 00:43:26,459
looks for in grants. So I definitely
658
00:43:26,519 --> 00:43:29,941
have gotten lucky,
659
00:43:30,001 --> 00:43:33,423
I guess is the right word there, where things have lined up really well.
660
00:43:35,034 --> 00:43:38,697
Certainly, I think that working on sharks has
661
00:43:38,757 --> 00:43:42,060
a bit of a wow factor to it as well, if
662
00:43:42,100 --> 00:43:45,883
you're applying for something that isn't just like a shark focused
663
00:43:45,943 --> 00:43:49,606
organization, right? On certain places, you
664
00:43:49,646 --> 00:43:53,088
have, you could have a little bit of a leg up just because you're
665
00:43:53,108 --> 00:43:56,231
working on something really charismatic, and
666
00:43:56,251 --> 00:44:01,132
that people are interested in. And sometimes that they
667
00:44:01,533 --> 00:44:05,174
lend you to be able to tell a good story. Just
668
00:44:05,194 --> 00:44:08,676
because sharks are really cool, right? So it's
669
00:44:08,816 --> 00:44:11,898
easier to be able to tell a good story about why you need to be
670
00:44:11,918 --> 00:44:16,540
doing this work when your organism is kind of inherently flashy.
671
00:44:17,881 --> 00:44:21,623
But storytelling does kind of help with grant writing, right?
672
00:44:24,724 --> 00:44:28,665
Yeah, it's all about thinking about how
673
00:44:28,845 --> 00:44:32,288
to convince people that have no idea about where
674
00:44:32,328 --> 00:44:35,910
you work or what you're doing or why it's important, why
675
00:44:35,970 --> 00:44:39,373
it's important. And that I think is the sort of important
676
00:44:39,453 --> 00:44:43,476
thought process and something that I've worked really hard to hone as
677
00:44:49,300 --> 00:44:52,603
So you still do with the, now you got involved with the, I'm
678
00:44:52,763 --> 00:44:56,472
a little interested in your involvement with the sanctuaries program. out
679
00:44:56,492 --> 00:44:59,815
here in California with the Monterey Bay National Marine Sanctuary. I'd been involved
680
00:44:59,835 --> 00:45:02,937
with them many years ago. But I just kind of
681
00:45:02,957 --> 00:45:06,220
curious, how are they as far as supportive of the type of stuff you
682
00:45:08,882 --> 00:45:12,205
They were great. The team that runs the Nancy
683
00:45:12,245 --> 00:45:16,188
Foster Scholarship is a really incredible group.
684
00:45:16,208 --> 00:45:19,351
They're largely in D.C. at
685
00:45:19,491 --> 00:45:23,108
the sanctuary headquarters. But they've always
686
00:45:23,148 --> 00:45:27,331
been incredibly supportive of my work, helped me with
687
00:45:27,632 --> 00:45:31,035
connections, both in Florida
688
00:45:31,055 --> 00:45:34,418
Keys National Marine Sanctuary and then other local people that
689
00:45:34,478 --> 00:45:38,161
are involved with working with Florida Keys National Marine Sanctuary. So
690
00:45:38,262 --> 00:45:42,007
I really enjoyed working with them. done
691
00:45:42,067 --> 00:45:45,451
with my time as a Foster Scholar, but I'm still in touch with a lot of people.
692
00:45:45,471 --> 00:45:49,175
I was able to have some other collaborative
693
00:45:49,235 --> 00:45:52,638
projects while I was doing my dissertation with the
694
00:45:52,698 --> 00:45:56,022
local aquarium in the Florida Keys, Florida Keys
695
00:45:56,062 --> 00:45:59,465
Aquarium Encounters, and that all came from my connection with
696
00:45:59,506 --> 00:46:02,807
the sanctuary. Ben Daughtry who is
697
00:46:02,907 --> 00:46:06,328
the president of that aquarium is also very involved with the sanctuary and
698
00:46:06,388 --> 00:46:09,689
saw me give a talk about my work was really excited about it
699
00:46:09,749 --> 00:46:13,270
and that led to conversations and doing some fieldwork collaboratively with
700
00:46:13,310 --> 00:46:17,071
them with a hammerhead tagging and so Yeah,
701
00:46:17,111 --> 00:46:21,172
the sanctuary Has been a great partner. Yeah in
702
00:46:28,041 --> 00:46:31,243
Yeah. Okay. Florida Keys National Marine. Okay. I just want to make sure we got that
703
00:46:31,323 --> 00:46:34,764
out there. We're talking so much about the, uh, the, the sanctuaries
704
00:46:34,824 --> 00:46:38,366
program there. We didn't even get to the name of the, of the actual national place.
705
00:46:38,966 --> 00:46:42,428
Um, so now that you've just recently, you're recently
706
00:46:42,468 --> 00:46:45,769
received the, uh, the Jeanne Clark award. How does, how
707
00:46:47,830 --> 00:46:51,652
Um, that, that was, that was incredible. Um, it's again,
708
00:46:52,312 --> 00:46:56,175
one of those instances where, you know, you're
709
00:46:56,195 --> 00:47:00,438
not going to get it if you don't apply. So, so
710
00:47:00,458 --> 00:47:04,461
I, you know, I got the email from AES,
711
00:47:04,621 --> 00:47:08,243
I'd seen some other people at going to AES meetings winning
712
00:47:08,744 --> 00:47:11,886
the Jeannie Clark Award when I was earlier on
713
00:47:11,926 --> 00:47:15,908
in my graduate career. And I just thought, you know, wow, like, maybe
714
00:47:15,989 --> 00:47:19,391
someday, I could join that really
715
00:47:19,451 --> 00:47:23,243
incredible group of women. And so My
716
00:47:23,283 --> 00:47:26,885
advisors nominated me and they asked me to submit
717
00:47:26,925 --> 00:47:30,607
a full application and I did and I fully
718
00:47:30,687 --> 00:47:33,848
anticipated that I was not going to get to
719
00:47:33,948 --> 00:47:37,230
join those ranks. I was completely surprised at
720
00:47:40,092 --> 00:47:48,302
Well, you know, I still think
721
00:47:48,342 --> 00:47:51,643
of myself as relatively early on in my
722
00:47:51,703 --> 00:47:57,384
career path. And maybe
723
00:47:57,424 --> 00:48:01,065
I don't give myself enough credit. But I
724
00:48:01,105 --> 00:48:04,265
was surprised. I mean, it's a really prestigious award. They
725
00:48:04,285 --> 00:48:08,486
don't give the award every year. I've been
726
00:48:08,526 --> 00:48:11,887
at AES meetings where they haven't given the award. So I certainly knew
727
00:48:11,947 --> 00:48:16,887
that that was a possibility. Yeah,
728
00:48:16,947 --> 00:48:21,869
so I was incredibly honored to get to receive
729
00:48:22,129 --> 00:48:25,290
an award with Jeannie's ranks, or Jeannie's name on it, and
730
00:48:26,491 --> 00:48:30,793
And before that, you'd received the Samuel Gruber Best Student presentation
731
00:48:30,853 --> 00:48:34,134
as well. Yes. How long ago was that? Was it
732
00:48:36,675 --> 00:48:40,176
Yes, that was at the Spokane
733
00:48:42,457 --> 00:48:46,009
Okay, a couple years. Okay, okay. Yeah, I could actually Well, I spoke to Jenny
734
00:48:46,049 --> 00:48:49,531
Bigman, who was the last recipient of the Jeannie Clark Award. She was a former student
735
00:48:49,571 --> 00:48:53,133
of mine as well there. And so it's kind of kind of cool. I
736
00:48:53,153 --> 00:48:57,576
was supposed to go. I mean, I couldn't make it there at the last minute. So it's kind of cool to see
737
00:48:57,776 --> 00:49:01,179
one of my former students get that award. I presume
738
00:49:01,219 --> 00:49:04,661
like you're probably too young, but you probably never met Jeannie Clark
739
00:49:07,168 --> 00:49:10,851
No, I didn't get to meet either of them, unfortunately. I've
740
00:49:11,331 --> 00:49:15,034
heard great stories about both of them. But
741
00:49:15,475 --> 00:49:18,717
especially Jeannie, I know that she's been
742
00:49:18,757 --> 00:49:22,080
very kind to some of the women that have been my
743
00:49:22,120 --> 00:49:25,343
mentors through my selfish work
744
00:49:25,403 --> 00:49:28,745
in AES. So Dana Bethea, Tanya Wiley,
745
00:49:28,785 --> 00:49:32,348
and Sonia Fordham have all always had wonderful
746
00:49:32,388 --> 00:49:35,747
things to say about Jeannie. really nurtured me
747
00:49:35,827 --> 00:49:39,048
as I've kind of gone through my shark journey as well.
748
00:49:41,028 --> 00:49:44,149
Yeah. And I'll say that she was a very, I knew her back when I was
749
00:49:44,189 --> 00:49:47,310
a master's student back at Moss Lanny in the days there. And she
750
00:49:47,330 --> 00:49:50,530
was actually, um, I don't know if you noticed, I mentioned some of the little history stuff,
751
00:49:50,550 --> 00:49:54,451
but she was actually a Gavin Naylor's main PhD advisor.
752
00:49:56,391 --> 00:49:59,832
Yeah. Yeah. She'd actually, she actually was, I didn't, she was a mentor.
753
00:49:59,852 --> 00:50:03,033
I just, I got to know her back when I was a grad student. I'd stayed in touch with her
754
00:50:03,093 --> 00:50:06,385
over the years. Cause she was, If you go back in the 80s and stuff,
755
00:50:06,405 --> 00:50:09,986
she was doing a lot of submersible work for National Geographic. And
756
00:50:10,026 --> 00:50:13,347
she was seeing sixgill sharks, which is what I was working
757
00:50:13,387 --> 00:50:16,908
on for my PhD. So I had a lot of, I'd met her in person. And
758
00:50:16,948 --> 00:50:20,129
then I had, I kept up correspondence with her
759
00:50:20,149 --> 00:50:23,389
for over the years. And she was always very gracious. I always had a very good, good
760
00:50:23,449 --> 00:50:26,710
relationship with her. But yeah, she mentioned, mentored some a
761
00:50:27,090 --> 00:50:30,531
number of other people like Gavin and some others as well going, of course, going
762
00:50:30,591 --> 00:50:33,892
way back, back into the day there as well. But yeah, she was very, I just wanted
763
00:50:33,912 --> 00:50:37,193
to add, she was very kind person and I had very
764
00:50:37,233 --> 00:50:41,374
good memories of her. Again, I didn't work with her directly, but I always corresponded
765
00:50:41,414 --> 00:50:44,576
with her. And if I asked her some questions on six gill sharks, she'd
766
00:50:44,596 --> 00:50:47,837
always take the time to send me a letter. And this was back when you actually had
767
00:50:47,877 --> 00:50:51,118
to hand write a letter before there was like people had computers and stuff. So
768
00:50:51,158 --> 00:50:55,660
those are very, kind of very special to me. In fact,
769
00:50:55,780 --> 00:50:59,121
if I could share one quick story here, Jeanne Clark story. Back
770
00:50:59,141 --> 00:51:02,242
when I was doing my degree, she did, there was an
771
00:51:02,322 --> 00:51:06,811
article in National Geographic It was about 1986 that
772
00:51:06,851 --> 00:51:10,312
she said that in the caption said 25 foot six gill shark.
773
00:51:11,132 --> 00:51:14,473
I was going 25 foot, man, that's like way bigger than anything I've seen
774
00:51:14,553 --> 00:51:18,314
or heard anywhere around. I think about, I think about 16, 17 feet was
775
00:51:18,334 --> 00:51:21,375
the biggest at the time. So I wrote her a, so I wrote her a
776
00:51:21,435 --> 00:51:24,976
letter and said, and I knew her at that time. I said, I said,
777
00:51:25,016 --> 00:51:28,196
wow, I said, did you verify, how well were you able to verify this thing
778
00:51:28,216 --> 00:51:31,711
was 25 feet? Couple
779
00:51:31,731 --> 00:51:36,212
weeks later. I get this and I still have this I get this really nice Big
780
00:51:36,392 --> 00:51:39,993
picture that she took for National Geographic It
781
00:51:40,053 --> 00:51:43,354
said it said it said basically from from
782
00:51:43,414 --> 00:51:46,834
hex anchors and Jeanne Clark at 2,000 feet Thanks
783
00:51:46,874 --> 00:51:50,115
Dave Ebert or something like that it turned out that she she wrote a
784
00:51:50,175 --> 00:51:53,916
letter with it that said The shark really wasn't 25 feet.
785
00:51:53,936 --> 00:51:57,857
It was more like 14 feet who got a little exaggerated Hope you
786
00:51:57,877 --> 00:52:01,132
understand, but it's a very kind letter. She wrote I mean, it's one
787
00:52:01,152 --> 00:52:04,414
of those things you treasure in life. But that was the kind of person. I'm sharing
788
00:52:04,434 --> 00:52:07,636
that because that was the kind of person she was, that she just took it
789
00:52:07,676 --> 00:52:11,418
all very good. And I was just kind of curious, like, wow, this thing's really big. She's a
790
00:52:11,438 --> 00:52:15,001
very good sport about that type of stuff. And I still have that framed
791
00:52:15,041 --> 00:52:18,122
in my office at home. So it's very, very kind of
792
00:52:18,242 --> 00:52:21,444
cool. But again, I just wanted to share that because that was the kind of person she was
793
00:52:21,464 --> 00:52:24,726
as a person. And people like yourself didn't have a chance
794
00:52:24,746 --> 00:52:28,399
to know or just wanted to share that. So
795
00:52:28,419 --> 00:52:31,760
now that you have your, with the Jeannie Clark award and everything, what's sort
796
00:52:31,780 --> 00:52:34,840
of your, what are your future plans that you want to go
797
00:52:34,860 --> 00:52:38,321
into? You want to pursue academia and have
798
00:52:39,722 --> 00:52:42,942
Yeah, that, that's definitely the hope would be
799
00:52:43,062 --> 00:52:46,963
that I'd be able to have my own research lab, um,
800
00:52:47,503 --> 00:52:51,344
be able to mentor graduate students and undergraduates do
801
00:52:51,384 --> 00:52:54,825
some teaching and ask my own research questions and
802
00:52:55,393 --> 00:53:03,416
keep writing those grant proposals that I supposedly really love writing.
803
00:53:03,896 --> 00:53:06,997
What type of research, like if you had your own lab, what would be
804
00:53:11,419 --> 00:53:16,340
Oh, the first research project. I'm
805
00:53:16,380 --> 00:53:19,561
really excited by the space that
806
00:53:19,581 --> 00:53:22,642
I've been able to kind of carve out with shark depredation. I
807
00:53:23,423 --> 00:53:26,522
think that that Well, not even I think I
808
00:53:26,582 --> 00:53:30,384
know that that is a really emerging and
809
00:53:30,484 --> 00:53:34,106
hot button issue. I know that, you know,
810
00:53:34,146 --> 00:53:37,727
people are calling the HMS nymphs managers about
811
00:53:37,787 --> 00:53:41,429
it on almost a daily basis from things that they have said to me. Right.
812
00:53:41,469 --> 00:53:46,572
People are really fired up about it. And so I think that depredation
813
00:53:46,632 --> 00:53:49,966
is kind of something that is going
814
00:53:50,026 --> 00:53:53,307
to vary in severity and how we maybe try to solve
815
00:53:53,347 --> 00:53:56,688
those problems from fishery to fishery and kind of also
816
00:53:56,748 --> 00:54:01,129
from shark species to shark species that's interacting in those fisheries. So
817
00:54:01,149 --> 00:54:04,730
I think that there's a lot that can still be pursued
818
00:54:04,790 --> 00:54:08,331
there. So that's definitely definitely a line of questioning that
819
00:54:08,371 --> 00:54:11,911
I'd like to keep going down. But sort
820
00:54:11,931 --> 00:54:15,232
of more generally, I'm just I'm really excited about projects that
821
00:54:15,252 --> 00:54:19,462
can tell us a little bit more about spatial ecology of animals,
822
00:54:19,962 --> 00:54:24,164
whether it's sharks or other recreationally important fish species, better
823
00:54:24,204 --> 00:54:27,425
understanding movement and behavior is really, I
824
00:54:29,966 --> 00:54:33,167
Have you had a chance to advise or mentor any students to
825
00:54:34,968 --> 00:54:38,229
Yeah, not advise, per se, since I'm not
826
00:54:38,749 --> 00:54:42,011
a PI yet, but I've gotten to mentor a number
827
00:54:42,051 --> 00:54:45,372
of students. I had some really great undergraduate students that
828
00:54:45,412 --> 00:54:49,587
worked with me during my dissertation, One
829
00:54:49,627 --> 00:54:52,749
of them graduated in the middle of the pandemic and
830
00:54:52,789 --> 00:54:56,290
was trying to figure out how to navigate the
831
00:54:56,830 --> 00:55:00,612
sort of weird landscape of seasonal work when the
832
00:55:00,652 --> 00:55:03,873
world was shut down. And so they ended up getting to come out in the field and
833
00:55:03,893 --> 00:55:07,015
help me during my field season, which most of my
834
00:55:07,075 --> 00:55:10,196
field work was during spring semesters. So normally that
835
00:55:10,256 --> 00:55:13,477
wouldn't have been able to happen, but it was really exciting to get to get them
836
00:55:13,698 --> 00:55:17,071
out in the field with me. And he's pursuing his
837
00:55:17,111 --> 00:55:21,632
PhD now at University of Maine. I'm super proud of him. And I
838
00:55:21,672 --> 00:55:24,853
work with a master's student and a PhD student in
839
00:55:24,873 --> 00:55:28,054
my lab now on their various projects, one of which is
840
00:55:28,094 --> 00:55:31,596
the striped bass project that I talked about a little bit earlier. So I
841
00:55:31,976 --> 00:55:35,337
really love getting to be out in the field
842
00:55:36,681 --> 00:55:40,123
with people that are still kind of cutting their teeth on fieldwork and learning new things.
843
00:55:40,143 --> 00:55:43,584
I love being in the field in general, but I also find it to be very
844
00:55:43,644 --> 00:55:47,526
fun to get to kind of be part of those early field experiences when
845
00:55:48,406 --> 00:55:51,747
everything is new and exciting and that kind
846
00:55:55,069 --> 00:55:58,190
Yeah, yeah. That's terrific, Grace. I
847
00:55:58,230 --> 00:56:01,752
got, so I got to ask, this has been a really wonderful interview with
848
00:56:01,792 --> 00:56:05,053
you and we hope you come back again, but I got to ask you before we go here,
849
00:56:05,602 --> 00:56:08,744
What advice would you have for young students that
850
00:56:11,726 --> 00:56:15,048
I think my biggest piece of advice and something that has served
851
00:56:15,088 --> 00:56:19,872
me is just be persistent. So things
852
00:56:19,952 --> 00:56:23,254
might not come together right away the way that
853
00:56:23,294 --> 00:56:27,417
you think or want them to. I didn't
854
00:56:27,517 --> 00:56:30,879
necessarily want to take two years between my undergraduate and
855
00:56:30,919 --> 00:56:34,432
my master's degree to go work. But I
856
00:56:34,752 --> 00:56:38,376
didn't get into any graduate programs fresh out of my
857
00:56:38,436 --> 00:56:42,040
undergrad. And in the end, doing those internships and
858
00:56:42,080 --> 00:56:45,884
working as a field tech actually had me way more prepared for
859
00:56:46,284 --> 00:56:49,467
graduate school down the line. And, you
860
00:56:49,507 --> 00:56:53,251
know, I wanted to go into a PhD program, started as a master's student,
861
00:56:53,332 --> 00:56:56,513
got there anyway. So I think just There is
862
00:56:56,553 --> 00:56:59,676
a lot of rejection in this field and that's something that you need to
863
00:56:59,936 --> 00:57:03,278
kind of just like steal yourself against, but if
864
00:57:03,298 --> 00:57:06,561
you keep pushing through it, I feel like half of
865
00:57:06,661 --> 00:57:10,143
it is just being persistent and not giving up on that dream.
866
00:57:11,304 --> 00:57:15,587
That's great. That's really good advice, I think, to people. It's definitely
867
00:57:15,607 --> 00:57:18,978
a field you need to A, have a thick skin and be,
868
00:57:19,238 --> 00:57:24,560
be persistent. And if you want to want a friend, get a dog. They are
869
00:57:28,701 --> 00:57:32,102
Good. Well, Grace, thank you very much again for coming on
870
00:57:32,142 --> 00:57:35,623
this and congratulations on receiving the Jeanne Clark award.
871
00:57:36,363 --> 00:57:40,084
And we wish you all the best and get in your lab, get
872
00:57:40,404 --> 00:57:44,125
in your own personal lab up and going. Please come
873
00:57:44,165 --> 00:57:47,406
back again in the future and we'll catch up. And what are you, what you've been
874
00:57:50,965 --> 00:57:54,812
Thank you. Thank you, Grace, for joining us on the Beyond Jaws podcast.
875
00:57:55,112 --> 00:57:59,053
What an interview. It's unreal to see You
876
00:57:59,073 --> 00:58:02,316
know, the people that we have on, you know, a lot of times, Dave, when we have people on,
877
00:58:02,336 --> 00:58:06,360
they've been in the business for, you know, just like yourself, like 35 plus
878
00:58:06,400 --> 00:58:09,663
years. And then we have people who are what seems to be just
879
00:58:09,703 --> 00:58:13,226
starting their careers, but they're already so well established in
880
00:58:13,266 --> 00:58:16,649
terms of the amount of things that they've been able to accomplish, the amount of projects they've
881
00:58:16,669 --> 00:58:20,032
been able to do. And Grace is no exception to that rule. She is
882
00:58:20,192 --> 00:58:24,255
someone who's been able to study small tooth sawfish.
883
00:58:24,515 --> 00:58:27,738
She's been able to study tarpon, shark depredation. She's
884
00:58:27,758 --> 00:58:30,860
been able to do quite a bit in such a short span of
885
00:58:30,920 --> 00:58:34,142
time. I can just imagine what she's going to be able to accomplish over
886
00:58:34,162 --> 00:58:37,484
the next 20, 30, who knows, 40 years in
887
00:58:37,504 --> 00:58:40,706
the industry. What are your thoughts on today's interview, what she's been able
888
00:58:42,120 --> 00:58:45,361
Well, you know, it's kind of cool, Andrew, having people on like grace early
889
00:58:45,401 --> 00:58:48,622
in their career like this is that hopefully 20 years from now, they'll
890
00:58:48,642 --> 00:58:52,003
be able to like pull up this episode or we'll remind them and see
891
00:58:52,023 --> 00:58:55,264
what they had to say, like back in 2024, what they, what
892
00:58:55,304 --> 00:58:58,505
they, what they, uh, what they are projecting. Cause it's, it's cause
893
00:58:58,585 --> 00:59:01,866
you know, they're, they're at that great time in, uh, in, in your career, like
894
00:59:01,906 --> 00:59:05,307
when you're starting out and you have so many roads you can go on
895
00:59:05,787 --> 00:59:09,228
and grace is no exception. She's had a lot of, had a lot of broad background in
896
00:59:09,268 --> 00:59:12,960
her, options that were her career working, you know, with sawfish, with
897
00:59:13,440 --> 00:59:16,602
tiger sharks, with, you know, turtles and
898
00:59:16,642 --> 00:59:19,845
just all kinds of different, different backgrounds and experience working with
899
00:59:19,885 --> 00:59:23,347
Greg Skolmo and with white shark stuff. So it'll be interesting
900
00:59:23,367 --> 00:59:27,410
to see like where, where she winds up in 5, 10, 20 years
901
00:59:27,450 --> 00:59:30,832
from now, you know, where you have people that are being like Greg Skolmo
902
00:59:30,852 --> 00:59:33,994
or myself and others that are kind of at the towards the latter part, we can reflect on what
903
00:59:34,014 --> 00:59:37,136
we've done. But it's be interesting to hear, hear someone like
904
00:59:37,176 --> 00:59:40,657
Grace in a few years, where they've actually been able to go with their career. So
905
00:59:40,937 --> 00:59:44,080
it was really exciting. I love having people on like Grace against one of these
906
00:59:44,120 --> 00:59:47,624
really early career rising stars in the field. We've
907
00:59:47,644 --> 00:59:50,847
had enough, you know, we've had a number of them on this year. Yeah, quite
908
00:59:50,867 --> 00:59:54,450
a few have had it. We've had a number of really outstanding early
909
00:59:54,510 --> 00:59:57,753
career people on there. And again, it'll be really fascinating to see
910
00:59:57,773 --> 01:00:01,717
how where they wind up in a, you know, decade
911
01:00:03,147 --> 01:00:06,408
I mean, that's the beauty of doing this podcast, is seeing
912
01:00:06,448 --> 01:00:09,569
what people have already been able to do in their careers that they've established for
913
01:00:09,629 --> 01:00:12,731
quite some time. And then watching some of the
914
01:00:12,751 --> 01:00:16,112
people that are coming up that dreamed about being shark
915
01:00:16,152 --> 01:00:19,433
scientists or fishery scientists and then been able to go
916
01:00:19,513 --> 01:00:23,335
back and forth between, especially in Grace's case,
917
01:00:23,375 --> 01:00:26,556
going between fisheries and shark science and going back and forth. And
918
01:00:26,576 --> 01:00:30,077
I think it's really interesting to see people do really
919
01:00:30,137 --> 01:00:33,718
well and excel within this field. giving that inspiration to
920
01:00:33,799 --> 01:00:36,940
people who are listening to this who may be just starting out their careers being like, I can
921
01:00:36,960 --> 01:00:40,141
do this too. This is something that can still be done, not just by
922
01:00:40,201 --> 01:00:43,682
people who have done it, you know, 35, 40 years ago, but
923
01:00:43,782 --> 01:00:47,083
people who are doing it now and continue to do that and
924
01:00:47,123 --> 01:00:50,905
their past and how like their challenges and some of their successes
925
01:00:50,945 --> 01:00:54,086
that we talk about. And I think that's what I love about doing this
926
01:00:54,126 --> 01:00:57,287
podcast and sort of to get to know the people who are
927
01:00:57,327 --> 01:01:01,328
doing it. you know, everybody we've had are very humble in
928
01:01:01,368 --> 01:01:05,089
doing their work, very proud of their work and looking
929
01:01:05,149 --> 01:01:08,370
forward to doing new things and really focusing on the questions at
930
01:01:08,430 --> 01:01:11,891
hand of what they want to find out and what they want to learn about
931
01:01:11,951 --> 01:01:15,212
sharks or about fisheries. And I think that's what really is
932
01:01:16,752 --> 01:01:20,233
the great spirit of science, right, is figuring out these
933
01:01:20,293 --> 01:01:23,615
questions, like Dave, your question, not to speak for you, but your question
934
01:01:23,635 --> 01:01:27,157
is like, how many sharks can we find? Can we find sharks that have been extinct before?
935
01:01:27,517 --> 01:01:30,699
You know, are they extinct? Are they not? Like, where are these sharks and
936
01:01:30,739 --> 01:01:34,461
how do we find them? I just love that aspect. It really inspires
937
01:01:34,541 --> 01:01:38,003
me to sort of look at different ways to do marine science
938
01:01:38,043 --> 01:01:41,345
and conservation and to continue to say, hey, what questions do
939
01:01:41,405 --> 01:01:44,607
we have that we can move forward on? And I think that is what
940
01:01:45,468 --> 01:01:48,896
That's what people like Grace bring to the podcast and bring to science, and
941
01:01:50,755 --> 01:01:54,217
Right. And that's the thing is really I like about our podcast and that we
942
01:01:54,237 --> 01:01:57,438
can let we let the people give it their story in their words. So
943
01:01:57,458 --> 01:02:00,720
they can tell. So it's not being orchestrated or
944
01:02:00,740 --> 01:02:03,982
whatever, not that it would be, but it's like, but they can hear they can just tell about their
945
01:02:04,042 --> 01:02:07,363
journey, their story, how they got to where they are now.
946
01:02:07,844 --> 01:02:11,205
And it's interesting, we have people on from different stages in their career from an early
947
01:02:11,245 --> 01:02:14,387
career person like grace. Yeah, I got people like
948
01:02:14,427 --> 01:02:17,580
myself and others we've had on to the show. Uh, like
949
01:02:17,600 --> 01:02:20,843
we mentioned, Greg Skomal that have been around and Lisa Natanson, some of these people
950
01:02:20,863 --> 01:02:24,027
that were around and people in their middle of their career. And just kind
951
01:02:24,087 --> 01:02:27,270
of, and they can, again, it's, it's kind of, it's told in their own words and
952
01:02:27,310 --> 01:02:30,554
that's what's so neat about grace. And especially, you know, I get excited when
953
01:02:30,574 --> 01:02:33,818
we have some of these young people on like grace, because she could see where, you
954
01:02:33,838 --> 01:02:36,880
know, she can tell her story where she's at and it's. Hopefully it'll be an
955
01:02:36,940 --> 01:02:40,443
inspiration to other young people starting out in their careers
956
01:02:40,483 --> 01:02:43,586
to hear how someone like Grace was able to get to
957
01:02:43,626 --> 01:02:46,849
where she is. And then hopefully we'll plan to have Grace on
958
01:02:46,889 --> 01:02:49,972
again sometime in the future and kind of hear where she's at and
959
01:02:51,160 --> 01:02:55,083
I can't yeah, I can't wait. This is gonna be a lot of fun We'll have her on because she's gonna obviously
960
01:02:55,123 --> 01:02:58,244
next time we have her on She's probably gonna be up to ten more projects that we're gonna want
961
01:02:58,264 --> 01:03:01,767
to find out more about knowing her So that'll be great. It
962
01:03:01,787 --> 01:03:05,269
was great to have grace on We'll put all of her links that
963
01:03:05,309 --> 01:03:08,491
we have in the show notes and Dave if people want to get a hold of
964
01:03:09,451 --> 01:03:12,753
So the best way is on social media is a lost shark
965
01:03:12,793 --> 01:03:16,396
guy on Instagram Lost sharks guy on on
966
01:03:16,556 --> 01:03:20,020
X and lost sharks on Facebook best way you know
967
01:03:20,080 --> 01:03:23,365
come on and you know follow along on the journey the place that
968
01:03:23,405 --> 01:03:26,869
I what I'm up to and please go to our YouTube channel
969
01:03:28,011 --> 01:03:31,235
beyond jaws podcast and subscribe and and
970
01:03:32,789 --> 01:03:36,590
Yeah, absolutely. Those links are all in the show notes. One
971
01:03:36,630 --> 01:03:39,751
thing to look out for too, this is going up
972
01:03:39,771 --> 01:03:43,171
a little later, but Dave's going to be away and he's looking for lost
973
01:03:43,191 --> 01:03:46,492
sharks. And if you want to really follow his journey and what he's
974
01:03:46,532 --> 01:03:49,753
looking at and what he sees, I highly recommend you follow him
975
01:03:49,833 --> 01:03:53,014
on Instagram or on his social media that he just mentioned because this
976
01:03:53,094 --> 01:03:56,535
is going to be the time to watch what he's up to. And I think it's really interesting.
977
01:03:56,555 --> 01:04:00,215
You talk about going to fish markets and looking in different places.
978
01:04:00,235 --> 01:04:03,496
Where are you going? couple of places that
979
01:04:04,237 --> 01:04:08,299
Well I'm gonna be starting off in Northern Australia with
980
01:04:08,460 --> 01:04:11,962
a good friend Pete Kine and his crew and we'll
981
01:04:12,002 --> 01:04:15,344
be traveling around looking for sharks in Northern Australia
982
01:04:15,364 --> 01:04:18,446
and then we're on to Timor-Leste which also known as
983
01:04:18,666 --> 01:04:21,768
East Timor which has never been explored before so that's gonna be
984
01:04:21,808 --> 01:04:25,726
exciting. And then we'll be on to Indonesia to several locations
985
01:04:25,746 --> 01:04:29,770
within Indonesia and then I'll be winding up in Singapore. So
986
01:04:30,191 --> 01:04:34,155
I'm going to be hitting a number of places and hopefully I'll
987
01:04:37,031 --> 01:04:40,214
Absolutely, and I'm sure you will and I look forward to seeing it. We're gonna miss
988
01:04:40,254 --> 01:04:43,458
you Of course by the time this airs you're gonna be back and we're gonna
989
01:04:43,498 --> 01:04:46,901
be already recording it more episodes But but
990
01:04:46,961 --> 01:04:50,104
yeah, like I said everybody if you want to see what Dave's up to
991
01:04:50,124 --> 01:04:53,408
and how to look for lost sharks That's what you do. Go follow at lost
992
01:04:53,428 --> 01:04:56,590
shark guy on Instagram and all the other platforms and And thank you
993
01:04:56,630 --> 01:04:59,851
again, Dave, for doing this. And thank you, Grace, for joining us and
994
01:04:59,931 --> 01:05:03,131
talking about your career so far. We really appreciate it. And for
995
01:05:03,171 --> 01:05:06,352
everybody, thank you so much for listening. And if you know someone who wants
996
01:05:06,392 --> 01:05:09,552
to go into shark science or shark conservation, just interested in sharks at all,
997
01:05:10,092 --> 01:05:13,533
share this episode with them. Share other episodes. Share the whole show with them. We
998
01:05:13,673 --> 01:05:16,894
grow based on your recommendations. So if you love this show and you want
999
01:05:16,934 --> 01:05:20,114
somebody else to listen to it, please feel free to let them know about it.
1000
01:05:20,274 --> 01:05:23,935
We really appreciate it. But thank you so much for joining us on today's episode of
1001
01:05:24,075 --> 01:05:27,665
the Beyond Jaws podcast. from Dave and I. We really appreciate you.