Courageous Scientist Podcast

Kate Clancy

The Courageous Scientists Podcast is a short-term passion project by Kate Clancy, anthropology professor, trouble-maker, and host of Period Podcast. Hear interviews with inspiring scientists who stand in their values, serve as role models, and do hard things. Remember that while some of us can do work right now, others of us are having to put it down or change direction for a time, or focus on the care of others. This is all good and important work. Music selection by Janice Collins (Ambient Technology by Alexei Anisimov), and header and icon by Carrie Templeton.

Episodes

  1. 06/19/2020

    Tessa Logan - Persistence Over Perfection

    *Content warning for: domestic abuse, death of a friend.* Tessa Logan is a graduate student at Stanford, and it was a long road to get there. Logan has persisted despite pauses, restarts, and personal tragedy. Hear how she decided to be like Dory and just keep swimming. To learn more about Tessa Logan find her on Twitter at @tessalationl. TRANSCRIPT Dr. Kate Clancy (Intro): Okay this is Kate Clancy and welcome to… uh. Oh wow! I was about to say Period Podcast. This is not Period Podcast this is the Courageous Scientist Podcast. (Laughs) This is what happens when you make the mistake of having two podcasts. -Interview Begins- Clancy (cont.): Today, I am doing my pandemic-only passion project/ interview and I am really pleased, today to have Tessa Logan with me. She is a graduate student in the Stanford Neuroscience Program. And Tessa is going to be, like all of our previous guests, asking three basic, but I think very important questions: what brought you to science, how have you showed courage in science, and what would you like others to know about being a courageous scientist? So thank you so much for joining me today Tessa. Tessa Logan: You're welcome. I'm excited about it. Clancy: Yeah. So why don't you tell us: what brought you to science? Logan: So, there's one piece of it that's sort of, um… I have always liked science. My mom, sort of, jokes  that I never outgrew the 'why' stage that two-year-olds start and that not entirely inaccurate. That's a big part of why I really love science is I really like understanding how things work and why it is they happen and why does… you know? What causes it and that sort of thing. So there's sort of that basic element of, I think it's just a fundamental part of who I am as a person. I don't think there's any way to separate me from my love of science like you couldn't possibly understand me as a person without that piece. More concretely, what brought me into science was what I am doing now, that I was very fortunate and got into an amazing lab in my undergrad at San Jose State with Rachel French and that was just such a fabulous experience. To go on a short tangent, she is an amazing PI and like a really fabulous mentor and she was really deeply invested in training us as scientists and I had no idea how luck I was, at least, not initially at getting into her lab. I happened to be looking into joining a lab at the same time that she was staring one up. She was friends with the professor who was teaching my genetics course and I had done well in the genetics course so she, sort of, recommended me. And so I feel like, while I did work hard in the genetics class, and I worked hard in my academics up until then there was also a very large chunk of luck in ending up doing hands on research in biology. And so my undergrad lab, we worked on modeling fetal alcohol syndrome in fruit flies so I got to do a lot of developmental biology and molecular biology. Learn how fly genetics works and a bunch of stuff along those lines. And I really really loved it. I loved every part of it. I had a project wher we were testing some things and we got sort of this set of conflicting results, you know upregulating in a pathway resulted in one thing and we expected downregulating in a pathway to result in the opposite but it didn't. So then we ended up with this whole thing where it was just like… 'Whoa. Wait. What just happened?' And I was shocked with how much I loved the bafflement in trying to figure out how things work because that was not what I predicted and the, 'Why is it not what I predicted? How do I explain what I actually saw?', was so exciting. It was so fun. And Rachel encouraged me, very heavily to apply to grad school. I was, you know, really hedging my bets. I had started at a community college. And then I transferred to San Jose State, (Insert name) was, by the way, amazing and I loved it. Transferred to San Jose and definitely was not thinking about applying to Stanford. When I started looking at grad programs, I had some geographical constraints. I needed to stay basically, in the Bay Area here in California. I was planning on applying to some other places and I really felt like Stanford was way out my league, given where I was coming from. Turns out, it wasn't and I was really glad to have been encouraged to apply. It's been a really amazing fit and it's been a really awesome experience being here. It's been a really bumpy road here but that has less to do with the school and more to do with my personal life going sideways. So I definitely have had the chance to pursue different kinds of work. I started out after my rotations, I initially joined another lab, also a fly lab. And then I needed to take a leave of absence. A lot of factors went into that. One of them, quite frankly, realizing I was in an abusive marriage and trying to see if there was a way to resolve that. And it was, at that point, it had been more than a decade that we'd been married. Actually, trying to fix it made it dramatically worse, but also made it clear that is was time to be done. So that's what I did. When I came back from my leave of absence, I also started in a new lab with a new project. Shifting with, now working on C. Elegans and I am on this project called, 'Neuroplant' which is really cool and I am really excited about it. And I think this was a really rambly response of how I got into science but it is also, kind of where I am now. Clancy: I think it's a great answer. And I think that Stanford is very lucky to have you. I was really struck by and pleased to hear you saying about what happens when you get results you don't expect. That is one of my favorite parts of science and I am always just so tickled when people are like, 'But it didn't do what I thought it would do?? I don't know what that means??' Logan: (Laughs) Clancy: My students can vouch for how ridiculously animated I get when they bring me results and it's like, 'But I don't know?' and I'm like, 'But it's awesome!' It's the… it's my yeah… It's one of my favorite things in science, for sure. I'm wondering, and this may link to some of the things that we were just talking about or it may not, if you would just like to say a little bit about ways that you've had to show courage in science. Logan: Honestly, coming back for my PhD has definitely been one of the really big pieces. It is something that I had to fight for, multiple levels actually, so I think one of the things that I had not mentioned is… (Laughs) after more than a decade of marriage and actively trying to have a child, and that had not happened, within about six months of starting grad school, I found, to my surprise that I was pregnant. And my kid is amazing, I adore him, he's awesome. He's now about five and a half. I… it sounds cheezy and cliché but he makes my whole world better (Laughs). Okay well let's get teary about that. That's alright. Honestly, it kind of feels like my whole grad school trajectory has been something that has taken courage. So, after a decade of wanting a baby and not being able to have one, I was definitely never considering terminating the pregnancy regardless of the timing but six months into grad school is not when I would generally advise trying to have a newborn or to be pregnant and then have a newborn a year and some change into grad school because that was definitely not the easiest time to navigate that transition. So there was a little bit of a fight, not from like a logistics perspective but from a mental perspective to come back to school after having the baby and after, sort of, having to navigate all of the changes that that encompassed. And after having my son was when I started to recognize some of the things that were really wrong in my marriage. And staring to see some of things that I might need to change in order to be comfortable raising a child in that household, and that was hard. Choosing to come to Stanford in the first place as a first generation college student, you know who sort of had come from the community college to the state college, don't get me wrong because I loved San Jose State and it was an amazing experience and I got a stellar education there, but there's this certain… reputation that a place like Stanford had and I was not feeling like I had met their… like I would meet their standards so coming here in the first place has been something that takes courage and coming back after maternity leave and then coming back a third time after I taking the leave of absence to file for divorce and get out of that household, all of those things took courage. I also failed the first time I went to college so backtracking… a ridiculous amount of time ago, I initially tried to go to college right out of high school and I did not have the kind of support that I needed. I also, as a first-generation college student, I didn't know what I needed to know. Like I didn't even know what I didn't know which was a hard place to be and to try and figure out how things work and I was accustomed to being a really stellar student in high school and, as I've mentioned, I am very fond of science. So what I had done in high school was every chance that I had I doubled up on every math and science classes and asked them to quit making me take the art classes because, 'I have to label my stick figures and nobody knows what I'm trying to make anyways and it makes us all sad.' (Laughs) So I loved that art existed, I love that there are people who can do it and I am not one of those people. So my whole high school career I spent like arguing with people in charge about why they should just let me take the classes that I like and ignored the warnings that I was going to burn out because I was like… but you don't understand, I like doing these things. This is fun. So I started college and I entirely disregarded the advice of my academic adviser. My very first semester was 18 units an

  2. 06/12/2020

    Krishna Pakala - I don't want to treat everybody as a number

    Dr. Krishna Pakala is today's guest and an Assistant Professor in the Department of Mechanical and Biomedical Engineering at Boise State University. He is the Faculty in Residence for the Engineering and Innovation Living Learning Community and the Director for the Industrial Assessment Center at Boise State. He is the recipient of David S. Taylor Service to Students Award and Golden Apple Award from Boise State University. He is also the recipient of ASEE Pacific Northwest Section (PNW) Outstanding Teaching Award, ASEE Mechanical Engineering division's Outstanding New Educator Award and several course design awards. Dr. Pakala puts students first and prioritizes getting to know them as whole people. This week was also the week of the #Strike4BlackLives, founded by Dr. Brian Nord and Dr. Chanda Prescod-Weinstein and many more, following the most recent wave of protests around anti-Black racism and policing. If you would like to learn more, in addition to that hashtag please check out #BlackInTheIvory, founded by Joy Melody Woods and Dr. Sharde Davis, as well as the websites shutdownstem.com and particlesforjustice.org. TRANSCRIPT Dr. Kate Clancy (Intro): Wednesday June 10th was the Strike for Black lives, organized by a number of extraordinary Black scholars. I hope those of you who have work to do, like me, used it as a day to educate yourselves and plan the work we all should be doing to end Anti-Black racism in academia and beyond. To learn more, please visit shutdownstem.com, particlesforjustice.org, and take a look at the Twitter hashtag 'blackintheivory.' This is the chance to make the constant work of the Black scholars visible and I hope it gave, at least some of them, a day of rest. I have struggled with what else to say here because it's a hard balance between trying to avoid being performative in public allyship and making sure you know people are listening while you try to get better privately. I do want to say though that it is nothing compared to actually trying to survive anti-Black racism so this is a rather small source of discomfort. While I practice anti-racism in my daily life and, make lots of mistakes, leadership in this area, as a white woman, is very much not my lane. Please check out the show notes of this episode at courageous-scientist.libsyn.com for more resources and experts in anti-racist work. -Interview Begins- Clancy: Hello and welcome to the Courageous Scientist Podcast. This is Kate Clancy, anthropology professor and aspiring courageous scientist. This podcast is a single season sanity project that arose from the global pandemic. I am releasing short interviews with aspiring scientists every week for the next few months. I want us to remember that we are connected and that we are all capable of doing good. I want us to notice that there is good work being done right now and many of us unable to do our work will pick it back up again soon. I ask each guest three questions: what brought you to science? How do you show courage in science? And what would you like others to know about being a courageous scientist? My guests show me what it means to have clear values, to stand in them even when scared, and how to approach obstacles. That doesn't mean all courageous scientists overcome all obstacles, it means that we know that how we come out the other side is not an indicator of our worth. Today I am bringing you an interview with Dr. Krishna Pakala, an assistant professor in the department of mechanical and biomedical engineering at Boise State University where he's been since 2012. He is the faculty in residence for the Engineering and Innovation Living Learning Community. He is the director for the industrial assessment center at Boise State University. Dr. Pakala has also served as the inaugural faculty associate for mobile learning and the faculty associate for accessibility and universal design for learning. Thank you so much for joining me today Krishna. Dr. Krishna Pakala: Thank you so much Kate. Clancy: As you know, this interview is pretty tightly defined. I only have three questions for you. So, can you just start by just telling me what brought you to science. Pakala: So, in India growing up, there are two pathways for people to take. One is whether you get into engineering, if you're good with mathematics or you become a doctor if you like biology, physics chemistry kind of stuff. And I was eldest in my family and none of my family members were in engineering, so I decided to do engineering because I was very good with math. So that's how I got into mechanical engineering. Clancy: And now you focus on engineering education. Do you want to say a little about what brought you along that path. Pakala: Sure. I never thought I would, you know, be in a professorial field or in engineering education per se. You know I always thought my degrees would eventually lead me to work in the industry, but my grandmother used to always say that one day that I would become a professor. And I asked her why and she said, 'Because you were born on September 5th which is celebrated as a teacher's day in India. Her husband, my grandfather died at a young age with a heart attack in his sleep and he was a educator, he was a school administrator, like a school principle, and she said that, 'I can see that one day you will relive his passion and you will continue his legacy.' And then it's so coincidental that right after my masters at Arizona State, my advisor said, 'You should pursue a teaching career because you have done well as a graduate student. There has been good feedback from students. I think we need a lot of people like you. While I was not totally sure about myself, that I would, you know, have me a PhD and I was scared because there was nobody in my family who got it. And then I went to University of Wyoming and when I went there, before I went there… I didn't even know Wyoming was a state. And then, on top of that, there was the climate and everything but it was a great state school for education so I eventually got my PhD and then I was applying for both industry and economic places and the rest is history. Boise State was the first place to give me and offer and I never looked back since then. Clancy: I actually haven't been to Boise yet but I have heard that it is really beautiful out there so that's one of the places on my Midwest bucket list for sure. Pakala: Oh right now this is a perfect time to be in this city. I am what as known as a faculty in residence so I oversee a living learning community of first year students. Right now, everybody's gone because of the, you know, situation so I have a river, within few feet right outside my apartment. The football stadium is right in front of me right now, I'm looking at it right now. The basketball stadium is right next to me, so it's like we are nestled in this beautiful campus. Clancy: That's so nice to hear. So, tell me, how have you shown courage in science? Pakala: When I first started, I started as a lecturer. As a lecturer with primarily teaching responsibilities. And then I went to a seminar or a welcome meeting by our former dean and there was something she said that stuck with me since then, she said, 'We have and unshakable focus on student learning.' And I said, 'Yeah. That is something, that… I kind of like that and I think that is something I can go with that. I think I can do a lot of sort of things under that umbrella.' Then my former department chair was very supportive and said, 'You know, you have the full freedom to innovate the way you do things even though you are new. We want people to, kind of, be courageous and try new things.' And that's when I started seeing the value of technology in the education and how much we actually don't use it. You know for some people a white board or a marker right now is technology. For them, transitioning from a chalk board to a white board. But there is so much that has evolved. Right now, if you look at COVID-19 pandemic, if many of us were somehow thinking how to reincarnate popular technology more so for student learning and teaching, I think we would not be panicking now. I think we just took things for granted. We thought these physical structures would still be there which, they will still be there, but I think that really helped, for me to be really at the forefront right now to say that we can handle this. I think that a lot of engagement, a lot of interaction, a lot of how we digitally connect with people because we all value human connections and there has never been more of an important time in our history that we somehow still keep those connections intact, even though we may have to do it digitally. But I think there are platforms set up right now, as long as we use it to spread positive message, that we can connect. So I have been really focusing on developing, you know, technological solutions for education. So I moved from a lecturer position and I said, 'If I'm doing all of this and publishing, I probably should be in a tenure track position.' But then, there is no typical tenure track position for people who are in engineering education if you don't have that. So it has been a challenge to convince people that if you want to be innovative, you also have to be innovative in how you leverage people's strengths. Right? Because nobody said this is how somebody should be working towards helping an institution. We just came up with that and we just… there is even randomness right now. So I kind of try to convince people, push push push, and finally to a point where they saw the value in it. Our entire department and our team created a position where I could focus on the bias scholarship model of learning where it would be looking at teaching and learning. So that's when I transitioned to an assistant professor with the focus, primarily on looking at how do you enhance teaching and learning. In my case, it ended up, mostly, loo

  3. 06/05/2020

    Jennifer Freyd - Personal and Institutional Courage

    Dr. Jennifer Freyd is a Professor of Psychology at the University of Oregon, as well as the Founder and President of a new non-profit, the Center for Institutional Courage. Dr. Freyd spoke with me about her journey from studying cognitive psychology to institutional betrayal, to institutional courage, as well as the ways she has had to show personal courage along her scholarly path. Though we don't discuss it in this episode Dr. Freyd is also fighting for pay equity at her institution via a major lawsuit. TRANSCRIPT Dr. Kate Clancy (Intro): Hello and welcome to the Courageous Scientists Podcast. My name is Kate Clancy and as you probably know from previous episodes this is a short, global pandemic passion project just to, I don't know, shine a little light into our days and get to know some really amazing courageous people. I am so excited by who I am getting to talk to today, one of my personal heroes, this is Dr. Jennifer Freyd. She is a professor of psychology at the University of Oregon, she is a visiting scholar at Stanford and Jennifer is the founder and president of Center for Institutional Courage. So that should just give you the beginnings of the idea of why I am so excited to talk to Dr. Freyd. Thank you so much for joining me today. Dr. Jennifer Freyd: It's my pleasure to be here. Clancy: So, as you know, since we talked about this before I started recording, I am going to be asking you the same three questions we ask everybody. So would you mind just starting with the first one: what brought you to science? Freyd: Well, you know I was an undergraduate in the late 1970s and I kept switching my major because I kept having new passions from fine arts to philosophy, ending up with anthropology. And near the end of my time in college I, on a lark, took an introductory psychology course and what inspired me to do that was one day walking through the library and seeing somebody's textbook open with a diagram of the ear, explaining how hearing worked and perception and I thought it was so neat to understand perception. So I took this introductory psychology course and I fell in love with what was then called cognitive psychology: the study of thinking, memory, perception and decided that's what I just had to do. It was really truly just falling in love. And so I just managed to get myself into graduate school despite not having a psychology major and I went to Stanford and I pursued cognitive psychology with great enthusiasm for really about ten years. Clancy: And since then you've had certainly a bit of a shift away from cognitive psychology. Do you want to say all what's motivated that shift. Freyd: I think it kind of relates to your second question about courage because the shift required a lot of courage. I was in my early 30s, had mad something of a good name for myself in the field of cognitive psychology. Had tenure, was doing work that truly interested me that other people were building upon as well and in the area that I called Dynamic Representations'…had to do with perception and memory and around that time, two things happened. One was that there was a public increased interest in… what had been called different things but basically memories recovered of prior trauma so, especially prior sexual trauma and there were newspaper stories about it and it was touching to me personally in various ways as well and I realized, there are also memory psychologists. I knew a lot, but I had never really learned about this kind of striking phenomenon. And so I decided it was really important to understand and I delved into it, I learned a lot about sexual violence and hit the history of research on memory and trauma in general and for sexual violence and decided to start doing some research on this topic. And it was met with great consternation from my colleagues. Nobody was talking about sexual violence in academic psychology and I remember giving a colloquium starting out with some data, from other people, I hadn't at that point collected my own data and about the rates. And it was like I had gotten up on a table and did something incredibly inappropriate because people were… some people were like scratching at their faces. It was really hard to describe and this was 1991 that that happened and, it would have been easy for me to have sort of retreated at that moment realizing that people did not like what I was doing, but for whatever reason, I'm just not made that way and if anything it kind of fueled my determination to study this topic and I developed a theory that it became called 'Betrayal Trauma Theory,' given kind of rapidly, and presented it in the summer of 1991 at a conference at UCSF's (University of California, San Francisco) Medical School and really, at that point, shifted to more and more research on the psychology of sexual violence and trauma. Clancy: And so, as you said your sort of answer to that question was also starting to answer the second question of, 'How have you shown courage in science?' Can you share a little bit more about when you made that pivot and when you encountered obstacles… what that was like for you and how you persevered? Freyd: Yeah, I mean I've thought about it since you sent those questions and, there's probably lots of different stories I could tell, but maybe one of the important moments there was, first of all just not giving up when my colleagues reacted with such unhappiness at my shift in interest and part of the message that came to me was this wasn't an important topic and it probably wasn't real and the data probably weren't real and it was like a… it was not only inappropriate but, scientifically insignificant. And I knew, because I had read a lot of papers by then, that although there wasn't a tone of research there was tons of research to say it was real. And I couldn't imagine how it couldn't be important. So, you know, I stuck with it. But within a couple of years, I found myself the target of a national organization that went after me. And this was extreme, this was a lot more than like colleagues in my department being realty bad and stuff, this was actual overt attack. And unfortunately for me, it involved my parents and they, and a lot of other people, really focused on discrediting me. And people in the media in the media like often, inadvertently I hope, broadcasted that message. It was humiliating and horrible. It took me some years, before I could speak at all in a public way about my suggestions, but it didn't stop me from doing research. I just kept my head down and I did the research. In 1993, some more than two or three years into this, two years into this, I did speak out about the situation and why it wasn't okay and I did that mostly because I was realizing it was impacting a lot of other people. Looking back, I don't know how I had the courage to do that. I really don't I certainly had the support of people close to me. I had an incredibly supportive partner and, at that point wonderful young children and very good friends, but very little support otherwise. I think it was just understanding that this was so important and some intuitive understanding that the backlash I was experiencing was part of the phenomenon and part of why I could not succumb to that pressure. That went on for years in the 90s and it started to subside near the end of the 90s and now I can, this is interesting to me, now students don't know anything about that. My name was in so much popular media for a while there everybody knew about it but it just, sort of, shows how, with time, that certain things get forgotten and, to my relief, people don't necessarily know about that but I think it's important to, you know to say that scientists can get under a lot of personal attack for their work they're doing and, in my case, intellectual work was put in personal terms, which I think was part of the point in discrediting me. So that was an extreme experience. Flash forward twenty years to 2014-ish, there was another, sort of, experience I had. I was doing research, by then my lab had been really going strong for twenty years. Developed Betrayal Trauma Theory where we were starting to study what we call 'Institutional Betrayal' and we had tons of data and by that time the country had really come around in talking about sexual violence in a big way. College Sexual Assault was now a topic. I was getting called from the press and the college really had turned around in a lot of ways. A big scandal hit my school involving an alleged gang rape involving athletes and there were protests, I was involved in various ways and the university administration asked me what they should do to handle the campus crisis and I said they should do what some people sometimes call a campus climate study, a survey of victimization rates which had not been done really in a big way at the school. At first they seemed to really want to support that but the when they looked at the survey, they really decided that no they were not going to support that and I think part of the thing that was going on too is I was openly critical in some ways of the university's response and had even filed a report with the Department of Education on a suspected Clery Act violation. So you know I stuck my neck at them but I was proposing for really sound research that would really help the university and when they said no, they wouldn't support or help this campus wide survey, I, somehow with my lab, figured out how to do it anyway. We got alternative funding and within a couple month's we had done a big survey and it ended up being a really big contributor, in a good way, to the university but it took a lot of courage to do that when the administration seemed so clearly to be unhappy and had even said to the local press demeaning things about me as a researcher. Currently, I have put a huge amount of energy into creating a new non-profit, it's called the Center for Institutional C

  4. 05/29/2020

    Vassiki Chauhan - Courage is a hard word

    Vassiki Chauhan is a PhD candidate at Dartmouth in psychology and brain sciences. She has also been a courageous activist against sexual harassment in science. Hear her story, and then learn more about her amazing science: you can read her scholarly papers, or follow her on Twitter. TRANSCRIPT Dr. Kate Clancy (Intro): Alright this is Kate Clancy and this is the Courageous Science Podcast/ educational material for my humanizing science students in the middle of a global pandemic. I am joined by the rather amazing Vassiki Chauhan. She is a PhD student in psychological and brain sciences at Dartmouth and someone that I am very proud to know so thank you so much for joining me Vassiki. Chauhan: Really happy to be here. Clancy: So Vassiki, as you know, there are only three questions that I'm asking in this nice, short podcast for those of us that might not have expansive attention spans right now. And so I thought I would just start with the first one: what brought you to science? Chauhan: So I've been interested in science for as long as I can remember, but I started considering science as a potential career for me when I was around fourteen years old. And I got my hands on a popular science book about the theory of relativity and also that dealt with Einstein's life. And when I was growing up in India, all of my friends were either going to become lawyers or doctors or engineers. There wasn't anything else that was really a valid option and I had to work within that framework and really negotiate with my parents about the fact that science could be a well-paying job for me and that I would have a secure future. I did go down the physics route initially and I got my undergraduate degree in physics and mathematics. When I was in my undergrad, I became really fascinated with biological systems and how they seem to get complex over time rather than simpler over time as the second law of thermodynamics would have us believe. And I did an honors project on the topic and I got really fascinated with the physics of biological systems and then I began thinking about how the coolest biological system you could study is the brain and it eventually led me down the path of neuroscience. I got a masters from Italy in cognitive neuroscience and met my current advisor there and ending up at Dartmouth as a result of that interest. Clancy: Now, Vassiki, that's so interesting to hear. You're not the first person that I've spoken to who has had, sort of a lifelong interest in science but also sort of had some convincing to do of their families. Can you tell me a little about, like when you made that transition from physics to more biology and brain sciences, was that a hard sell for any loved ones at all? Chauhan: It was a little bit and I always gravitated towards opportunities that had some financial security as well. So it's always been important for me to have scholarships when I pursue passion projects and that can be a bit challenging. But as long as you can justify that you have your bread and butter taken care of, it becomes a little bit more of a luxury to pursue topics that might be a bit of a deviation from what you've being doing historically. So as long as I could find opportunities that could fund me, my parents became more and more open over time for me exploring new things. And once I had a PhD job offer, they were convinced that I was heading down the right path because PhD's are prestigious and everyone knows that you get a doctor in your name at the end of it. So In think it took a while before my parents were fully on board with the life plan, but it happened eventually. And they were constantly supportive because I've always been someone who identifies as an intellectual nomad. I take interest in reading and literature, recently painting and I want a life where I'm not restricted by a definition or a box, even that of a scientist. So they have had to deal with how fluid I am as a person before so I don't think it was any surprise to them that I was changing careers. Clancy: That's also really helpful to hear. Right? That you sort of, thought ahead when you were making that transition and sort of prepared yourself kind of the opposite of how we were talking about this passion project of mine where I, sort of jumped in and didn't really have a financial plan for putting this together to make it available. You really did think ahead and that's pretty commendable. I wanted to move on to the second question actually: can you tell me a bit about how you've shown courage in science? Chauhan: So, there's a public record about how that ended up happening fortunately and unfortunately in my case. I identify as a whistle blower.  I basically reported my personal experiences of sexual violence at the hand's of a faculty member at the department I was pursuing my PhD in summer of 2017 which lead to a Title IX investigation and finally resulted in a lawsuit that me along with initially six other plaintiff's filed against Dartmouth College that is now being somewhat resolved with a settlement. We're still kind of ironing out the details and I'm particularly excited because it comes with not just hefty class settlement that benefits not just the plaintiff but allows, potentially nineteen other women who suffered at the hands of the three faculty members that we brought to court against but also the fact that it is accompanied by some programmatic relief like support for domestic violence and sexual violence… organizing, grassroots organizations on campus and provost diversity funds for hiring intervention for faculty from marginalized backgrounds. So it was really moving to be able to sit on the same table as Dartmouth administration and renegotiate for the values that are actions embodied. And sometimes courage is a hard word. Like often people call me brave and I to say that I would have rather had these things not happen then have to be brave. And I maintain that to this day like nothing will ever be worth it but the fact that we were able to come together and make something of this experience is meaningful to me. And potentially the only situation in which I would accept the word courage is that we were told repeatedly, even after private conversations we would have people say that, 'We should focus on our career and pursue science and maybe one day when we have a faculty position, we can look back and change academia from within,' but only do it once we had opened the door. And I feel courageous because I didn't wait for that day to come. I saw something that didn't align with my values system and spoke up about it and I don't think I could have done things differently. Clancy: That's amazing… and I feel like that's something that I hope folks, you know one of the pieces that I hope they heard you just say, just to reflect back that amazing statement is that, of course you'd rather these things hadn't happen to you. That you didn't have to be courageous. And I think we need to pay attention to when science cultures and climates create conditions that force this on people. Right? That either we stand in our values and do things that are scary and potentially carry retaliation or give up our values. And that's an incredibly unfair position that I'd rather you'd never have had to be in. I am so glad, even with all the costs that… I mean you know getting to hear that there's a settlement in the works and you know, all these things that you are saying I am so so pleased for you. I can't even tell you how great that is knowing how long you've been fighting. You and the many other folks in this lawsuit. As just sort of one final thought about this, maybe we should move to the third question: what do you want people to know about what it means to show courage in science? Chauhan: I think, I hope this is not too pessimistic, but I just feel like people need to know that sometimes showing courage costs you and that's not all there is to it. I feel fortunate enough to be on a different path, on a path of healing, on a path of meaning making from where I stand right now. And what's really jumping it to me is that in order to make sense of my own very personal and very traumatic experience, I have had to become privy to structural inequalities that exist in the society we live in and basically now a card-carrying socialist and a member of Democratic-Socialists of America and I've become more and more radicalized as a feminist. I think about things that I haven't thought about before, that I've had the privilege not to think about and I'm a firm believer in the fact that institutions shouldn't change one lawsuit at a time. So I don't think that people should start talking about the accessibility or access for people with disabilities when someone with a disability files a lawsuit. I strongly believe that it takes courage for people to come forward and show what is wrong but hopefully these institutions can show courage as well in forms of gentle phases and act preemptively rather than reactively. But I guess, to be succinct, what I am trying to say is, what I'd like people to know is that courage comes at a cost but the opportunity you get from rethinking  why you take a courageous path makes you a better person in some way. It makes you the person that you want to be. Not to sound too cheesy but it's definitely something that I've seen happen to me and my co-plaintiffs and other individuals moving forward. Men and women included, they have been creative about how they live their lives as an aftermath of this trauma and I have nothing but awe and respect for each and every one of them. Clancy: No, I think those are wise words and that courage does often come with a cost, I want us to not just think about the courage that individuals have to show sometimes in order to push against systems but that fact that true courage comes from leaders of organizations and entire organizations changing the way they do thi

  5. 05/15/2020

    Aunchalee Palmquist - There isn't a recipe for success

    Dr. Aunchalee Palmquist is an assistant professor of maternal and child health at the University of North Carolina, Chapel Hill. She is an affiliate of the Carolina Global Breastfeeding Institute and is the co-host of the podcast Anthrolactology. In this episode, Dr. Palmquist describes her winding and worthwhile path to science. She stands in her goals of decolonizing and achieving justice within science, and uses them to motivate her work every day. TRANSCRIPT Dr. Kate Clancy (Intro): Hello and welcome to the Courageous Scientist Podcast. This is Kate Clancy, anthropology professor and aspiring courageous scientist. This podcast is a single season sanity project that arose from the global COVID-19 pandemic. I am releasing short interviews with inspiring scientists every week for the next few months. I want us to remember that we are connected and that we are all capable of doing good. I want us to notice that there is good work being done right now and many of us unable to do our work who will pick it back up again soon. I ask each guest three questions: What brought you to science? How do you show courage in science? What do you want others to know about being a courageous scientist? My guests have shown me what it means to have clear values, to stand in them even when scared, and how to approach obstacles. That doesn't mean all courageous scientists overcome all obstacles. It means that we know how to come out of the other side is not an indicator of our worth. Today, I am bringing you an interview with Dr. Aunchalee Palmquist. An assistant professor of Maternal and Child Health at the University of North Carolina Chapel Hill. Dr. Palmquist is an anthropologist and co-host with Dr. E A Quinn of the podcast Anthrolactology. -Interview Begins- Dr. Kate Clancy: So Dr. Palmquist thank you so much for joining me tonight. Dr. Aunchalee Palmquist: Thanks for having me. Clancy: So as you know, I have just three questions that I would like to ask you about the kind of courage that you've shown as a scientist or what it means to be a courageous scientist. So I'll start with the first one: what brought you to science? Palmquist: What brought me to science…anthropology actually brought me to science. I took an anthropology class as an undergraduate and…. really not knowing much about the discipline and being completely inspired and drawn into this particular discipline that allowed me to understand human biology… human biology as a process in conversation with both natural and social environments. To understand, sort of, ecological perspectives of how different kinds of natural environments shaped the expression of human biology in different places and then also to unite that with more sociocultural understandings about how people interpret what's going on in the body and different strategies to understand, make sense of and address different kinds of… different states of being, most particularly different states of illness and disease. And so I was really drawn to medical anthropology as a biocultural science, in the sense that it allowed me to unite both my fascination with human biology and with the sociocultural study of human culture and diversity. And so I just, I thought for a while, 'I might go into medicine,' but then I thought for a well, 'Well maybe I'll just do more applied kinds of anthropology,' but really I couldn't get away from this intersection of biology and society that has fueled my research ever since. So yeah, I would say that is really what drew me to science. Kind of all of these things within anthropology that allow us to answer these questions at the intersection of biology culture, human biology and culture. Clancy: I guess it makes sense that we have similar, I don't know, similar rationalities for doing what we do since we're in similar fields. But that was really lovely to hear. Thank you. So now for my next question: how have you shown courage in science? Palmquist: I think one of the ways that I show courage in science is that I… I have chosen to do research on topics that are somewhat controversial in service of things like social justice and disrupting the status quo of power and turning the traditional 'white anthropologist goes somewhere far in the world to study brown people'. I am a scientist of color who studies white people. (Laughs) I study a really controversial topic which is infant feeding and more specifically human milk sharing. When I decided to kind of move full force into this topics I knew that what… I knew that what the findings were going to be, findings that really pushed against these major public health agencies and medical authorities telling women that what they were doing was wrong and harmful and dangerous to their babies and I did it anyways. And I did it knowing that I probably wouldn't get a lot of funding for it. I do the research that I do a little more broadly in the area of infant feeding knowing that we're up against large commercial organizations and entities trying to spread a lot of information about infant feeding that is not supportive of the diverse ways that people want to feed their babies. And there are a lot of commercial interests behind the kinds of research that gets funded. And I have to turn down lots of funding and so all of these little decisions that I make… (Laughs) seemingly little decisions that I make about where I get funding from, the kinds of research that I do, who I collaborate with and how I frame the kinds of research that I do, I think all represent different levels of courage. It's not a popular thing to tell, you know, the larger public health organizations of our country that they missed the mark in some of the guidance that they were giving. That they're spreading misinformation, social stigma. But the kind of ethnographic research I did on, particularly, human milk sharing was really people, mother's voices saying that what they're telling us about how risky this infant feeding practice is doesn't reflect what I'm doing in my every day life and we're not bad parents, we are not bad mothers for this type of infant feeding care which was more or less the rhetoric that was being spread at that time. So, I also, I think I really showed courage in the fact that I am really guided by my commitment to social justice to help equity and human rights in my research. I find that sometimes when I get invitations to do different collaborative projects or to think about starting a new research project that if I'm grounding myself in what is really important to me and want my work to reflect, it always comes back to these issues of decolonizing anthropology so fighting for social justice, centering racial equity, centering the voices of people of color and marginalized populations around the world that really helps me. But that orientation of work doesn't always get you the biggest grants and the most… you know I am almost ten years passed my first tenured-track job and I still don't have tenure (Laughs). You know so I think we're not rewarded in the same ways that other scientists sometimes are for doing this kind of engaged work and this kind of political work, but I think it's really important and so, at least from my perspective I think that shows courage to some degree. Clancy: It absolutely does. And you actually ended up answering, there's sort of a follow-up question in my head of, 'What are the values that are undergirding all of these really wonderful decisions and courageous decisions that you're making?' And what you're saying around racial equity and social justice and everything, I mean that, you know when you're holding true to your values, even when they're costly I feel like it makes it a little easier to make, you know, to hold true to what you believe when you make those decisions. Which kind of leads me to the last question, or at least I suspect it does: what do you want others to know about how to be a courageous scientist? Palmquist: In think the thing that I most often tell my students who come from a range of disciplines is that, I mean, you have to… it's so cliché, but you have to love what you do. Finding that seed of inspiration or passion for what you do and then kind of looking at where you see your contribution to the field, those things kind of fall from that. But you have to be, I think you just have to be really clear for yourself, like what are your values? What is it that excites you, inspires you, allows you to be in that space of the most creativity? And how do you hope to contribute to your discipline or your field or society and beyond? These are things that I think are really grounding, or have been grounding for me. I also think, in terms of courage in science that I feel like, especially young scientists and early career scientists, because of all the, you know expectations that you have, that academia has or that the field has we set expectations for ourselves, like we have to have this sort of linear trajectory. We're going to do this and that and this and kind of fall in line in this path that leads from A to B in a really clear way. And I would just like to encourage young scientists, early career scientists to think about what might happen if you take an opportunity that doesn't seem to really fit right now but that's a really exciting opportunity and just kind of go for it and see where it leads. If we had the opportunity to talk about my career trajectory, it's very much a zigzag (Laughs) up and down and sort of around about way of getting to where I am right now. And I couldn't have predicted it, but along the way there were opportunities that I took that didn't seem to make any sense at the time, but ended up giving me opportunities to learn to be an interdisciplinary scholar, to learn… work on quantitative methods, to work in institutions that were you know disciplines or fields that were quite different from my home discipline. So I

  6. 05/08/2020

    Asmeret Berhe - I would choose a healthy workplace climate over anything

    Dr. Asmeret Berhe is a soil biogeochemist and the Falasco Endowed Chair in Earth Sciences at the University of California at Merced. Join me in learning about the brave ways Dr. Berhe has shown up for science by making hard decisions and refusing to be pushed out. Learn more about Dr. Berhe's research, watch her TED talk on soil mitigation, and watch her Story Collider on growing up and loving science in a war torn region. TRANSCRIPT Dr. Kate Clancy: Okay, so welcome to yet another round of 'Ask a Courageous Scientist." I am going to be asking the same three questions I've been asking of everybody and I have been really enjoying the variety of answers that I have been getting from some really astounding scientists. Today I am joined by Professor Asmeret Asefaw Berhe She is a Soil Biogeochemist at the University of California Merced and a full professor over there. (She) Does some amazing work on climate change and I am going to be asking her our three questions today. So, thanks for joining me. Dr. Asmeret Asefaw Berhe: Well, thank you for having me Kate. Clancy: So on to our very first question: What brought you to science? Berhe: So I was, you know, that nerdy kid who liked to read and loved to learn about everything. Through books and talking to folks and listening to radio as a child. I grew up in a household where reading was encouraged a lot. And listening to the radio so that you know about the world, BBC World, when I grew up for example, that was what we listened to in particular with my dad. And I think that just got me into trying to learn more and more things and I grew up, kind of, liking to learn new things not just liking to read, not just my own textbooks but the textbooks of my older siblings. And from time to time I would try to explain it to them, (Laughs) what is in their textbooks, as well as that could go as you can imagine for my younger siblings. They were mad. And that just made things, learning, exciting and interesting to me. So I grew up with the idea that I loved learning, I loved to learn about the natural environment around me and, kind of, that was basically, if you were, my gateway towards learning. And times afterwards I realized, in particular in high school, that I really liked science, in particular chemistry and I was good at it and physics and biology. I had amazing teachers that encouraged, that… you know kind of desire to learn too as well as my parents. And the combination of really getting excited by figuring out new things and learning, you know, new things about the world, that I did not realize were there before. And the fact that I could read and even get more out of that experience, the encouragement from both my parents and the teachers that I had kind of set me on a course to study science. I sought out to study chemistry as a pre-med on the undergraduate level until I studied soil science which was the new thing that I found when I came to college. I really didn't know too much about soil before then. All of those meant that I got hooked. I realized that not only is this stuff interesting, but it's also exciting and I found things that I could learn… new things, over and over again. And that just made the learning process exciting for me and science became something that I just fell in love with. And I've been learning science since then for a long period of time. For context, where I learned science early on was in Eretria where I was born and raised in East Africa. And it was not easy to necessarily keep focusing on science at the time that I grew up because there was an act of war going on. And so my education had to go on at a time where there was an active armed conflict happening right outside the capital city where I grew up. People's lives and family's lives were being interrupted left and right because of war and the combination of family members disappearing because they were getting arrested or God knows what or going out of the town to join the independent struggle. Some leaving the country, exiled to save themselves from what was going on. So there was a lot of disruption happening in the lives of people around us at the time. And so, I think in some ways the idea that my parents kind of brought us into this, that whatever we do in life, we need to be thinking about school and life because that's about the only wealth, especially in this kind of climate, that the only guaranteed life, path in life is education to take you somewhere. Because you can't trust anything like wealth or connections. Even peace, as we worked on kind of getting a demonstration in real life at the time that I grew up and they tried to reinforce on us just focus on your school. Whatever you do, try and not lose focus on that school because that's the only way that… guaranteed way that your life can be set on a good trajectory and a good course for the rest of your life. I think I took that to heart and, in some ways it was also an escape. Learning about school and science was an escape from the reality that was happening right around us. In many ways, science served as a distraction but also a motivating factor of, 'This has to change' and something has to be different in our lives and hopefully we can focus on education for a change. And that worked out so that was, kind of my path to science. Loved it because of early influences. If I had to sum it up I would say books, teachers, and parents especially and in spite of everything else that was going on around us those three held, and the interested persisted. Clancy: That's amazing. That might be the most beautiful answer I've gotten so far. So thank you so much for sharing that. Can you tell me one way that you've shown courage in science? Berhe: I'll tell you about courage that I feel like I've shown in science, I'll switch gears and I will not be talking about my early education right now, but rather what happened when I grew up, completed my bachelors in Eretria and moved to the U.S., received a Masters at Michigan State and then moved to the West to pursue a PhD in Biogeochemistry at Berkeley, U.C. Berkeley. And I'll tell you about that time because one thing I never, kind of, I was naïve and kind of didn't appreciate as much was how different I would be from everybody else that was in such a big school and the most progressive and most liberal part of the country. Even there so I ended up being as far as I could tell, to this day I could never get my hands on data to confirm or deny this but, as far as I could tell, the only black student that was at that school at the department, so our large interdisciplinary department and graduate students… the only black person for a while. That kind of can give you an impression, it was a very interesting time where most of the people interacted fine with you obviously they minded their own business and everybody's busy in grad school anyway. But there was at least one person that constantly made it his mission to undermine me and say all sorts of negative things. I wanted to work with this person so I tried to basically bury everything that was happening saying, 'I don't need to be friends with this person but they're a really good scientist. I want to be able to work with them so I am just going to bite my tongue, do whatever they want me to do.' It went on like that for two years. All sorts of messed up statements and actions that was taken on part of that person. Until I realized, I think it took a long time but it became clear to me that this person did not want me in that environment. And everything that they did to undermine my presence there, to undermine the fact that I was even admitted to the program, over the years cumulated into a final effort to basically, in front of audience, in front of other professors say extremely terrible things to suggest that I don't belong there. It made it very clear that I do not belong there because I got my bachelors in Africa. Who did I think I was to just come to Berkeley and be able to get a PhD from this department. It's just not how it should work the people should just not come from my part of the world and be part of this system that they created. That one was almost one of the kind of toughest times in my life especially since it happened at a critical moment in my PhD. And I felt myself just giving up. Just ready to give up and the very least leave that department and find another institution that I could complete my PhD because it became very clear that it was not worth it. This whole psychological toll that this interaction with this individual was taking on me was not worth it. So it required everything that I had and the amazing support of other mentors that I got at that time, new ones and family members and friends to get me to hold on… to just wait, give myself time to not rush into just withdrawing and leaving at that time. And I feel like that was probably what required the most courage because it was, you know, this had already happened two years of continuous and multiple versions of abuse and harassment at the hands of this individual and there were multiple things that were said and done privately and even in the presence of other individuals. I think the combination of all of those things, at the time, made it near impossible for me to stay. I couldn't quite see what was the point of trying to do a PhD if it was going to cost me my sanity and if I had to continuously be fighting this person and this attitude that I didn't belong. And there's nothing that I can do t change where I came from. The only thing I figured I could do was show this individual that I was willing to work hard, I'm willing to do the work that I need to do to earn the degree and advance as I should. But, as you could imagine, this was incredibly hard. I basically decided at some point that he was not worth it. Let's just move on, find another place to go to. And I think it took a lot of courage for me to be able

  7. 05/01/2020

    Rebecca Shansky - The way we talk about women

    Dr. Rebecca Shansky is an associate professor of psychology at Northeastern University. Dr. Shansky studies the behavioral neuroscience of rodents and has taken on her field's exclusion of female animals in research. As she points out, the way we talk about women has an interesting similarity to the way we talk about female rodents, and it's time for biases against "fluctuating hormones" to stop. You can learn more about Dr. Shansky's work on her website, read her Science commentary, and listen to her talk at the Mind & Life Institute Meeting in Gabarone Botswana (starting at the 6:30 mark). TRANSCRIPT Dr. Kate Clancy: Okay, thank you so much for joining me. I am… Dr. Becca Shansky: It's my pleasure. Clancy: I am really excited to interview you. This is Dr. Becca Shansky of Northeastern University. She is an associate professor of psychology and we are going to do another courageous scientist interview. So Dr. Shansky, as you know, there are three questions to this interview. So the first question is: What brought you to science? Shansky: What brought me to science? I was a psychology major in undergrad and mostly because I really didn't know what I was interested in. It seemed like a particularly interesting major that also wasn't too demanding and it allowed me to take a lot of other really cool classes like painting and film and all kinds of artsy stuff that I was also into. But when I started taking neuroscience classes as part of the psychology requirements, that was when something kind of kicked on and I was like, 'Oh, this is actually very cool.' And I wanted to, I was really interested in research and I wanted to keep reading papers and discussing papers and that was just where I wanted my brain to find its place. So the people in my department were like 'Well, if this what you like, then you should go to grad school." And I was just like 'Okay, I guess I'm going to grad school.' (Laughs) But it was never this long-term vision where I was like 'I want to be a professor or scientist." It was more of an initial way of keeping myself engaged in something I found really really exciting and interesting. So from there I kind of just took it day by day. I went to grad school, I finished. I did a post-doc, I finished. I was like 'I still like this' so I guess I am going to just keep going. And here I am.   Clancy: Well, I for one am very glad you're here. Shansky: (Laughs) Me too. Clancy: So can you tell me in what ways have you've shown courage in science? Shansky: So I think that I have shown more and more courage essentially in what I have been, how I have been willing to try and shape my field. So I have been studying rodents since grad school and my original thesis project was looking at sex differences and the way the brain responds to stress. Through there, I started to understand how few people were actually studying female animals unless they were interested in something very specifically female such as reproduction or reproductive behavior. Even though we're putting all this research out there saying 'This is the brain, this is how the brain works,' in reality, we are only studying male animals, by and large. And, so I got really involved in a group of scientists who were specifically interested in sex differences. When the NIH made its 'Sex As a Biological Variable' mandate a few years ago which required people, all researchers who receive NIH funding to  study both males and females in animal research, there was a lot of complaining and a lot of misconceptions about what it meant to study females. And the biggest complaint I heard was that people, everyone would now have to account for the estrous cycle which is the hormonal cycle that rats go through. Some days they have really high levels of estradiol. Some days they're low. There was a misconception there that fluctuation would mess up their data and I had heard that for a very long time and I started thinking about why people are thinking that about their research when males have different levels of hormones too and it has never seemed to be a problem. There was something about the complaint about the estrous cycle that felt very disingenuous to me. And it reminded me of the way that we talk about women in society; that we are hormonal. That the ovarian hormones are essentially the one thing that drives our brains, our behavior, and the way we think and act. And that's not how we think about the role hormones play in males. Which, of course, males have plenty of hormones but have a wide range of emotions and so there seemed to be kind of a double standard there. So what I did was I essentially called all of this out in a perspective piece that I wrote for Science Magazine and it was really scary because essentially what I was doing was saying that my colleagues are sexist and it you know, whether or not they recognized it as such that having this double standard about what it means to do rigorous science in a female animals versus rigorous science in a male animal is not okay. So I was nervous because even though I have tenure now, I still am not necessarily the most successful person and they're a whole lot of people doing research for a long time that still have a lot of power over me and my career. And so I was scared but I just felt so strongly about it that I wrote it and published it anyway. Clancy: Can I ask, have there been any particular consequences for your having done that? How long ago was that?   Shanksy: That was… the paper came out almost a year ago. It was may of last year. And there have definitely been some consequences and most of them, honestly, have been really good. I have been invited to speak at a lot more events and not just in… being invited to department seminars which I love to do but I've been more kind of global, big picture outreach as well. So I got to speak at 'Hubweek' which is a Boston based ideas festival which is very cool. Some of those things were cancelled because of corona virus but the piece that I wrote up, Science decided to put out a press release which they don't usually do for perspective pieces and so it got picked up by the New York Times, LA Times, Science Friday so all of that and the little 15 minutes of fame have been really fun. And I'm excited that this is something that now a lot, not just scientists… you know I really wrote this piece for my colleagues but the fact that it's getting, now recognized by a broader community is really good because it is that sort of public pressure that I think can help people really understand how to do science in the right way.   Clancy: I think that's such an important observation and I am so glad that I followed up and asked you what actually happened afterwards because I think that most of us only think about the negative consequences when we stick our necks out. And of course there are plenty of times where we do that and there really are just costs. And I am not trying to make light of that but at the same time, there are times that you don't just get to get that conversation going you know? You get to actually experience some really positive… I don't know if consequences is the right word, you know some kind sort of positive effects sometimes too and I'm so glad that that happened for you. Shansky: Yeah Clancy: So, what do you want others to know about how to be a courageous scientist? Shansky: I think that, what I want people to know is that, I think as you just said, there can be it seems like being courageous is only truly courageous if something bad is going to happen to you afterwards and I think that's not necessarily the case. You know I think this is… it has been really interesting over the course of my career to watch the progression of mentalities in terms of how to study female animals. You know it used to be, when I was in grad school, 'It's not important. All brains are the same. This isn't worth talking about.' to 'It is important, but it's kind of niche.' to now everyone has to do it and now I think that people are really trying to think genuinely hard about how to do their science the right way and 'Do I need to account for the estrous cycle?' and 'Is this important an important component of my research?' Or is it just one of many potential things that could influence data and you have to kind of choose what your going to focus on in terms of experimental control. So I… the conversations that I have had over the last couple of years especially in the last year with my colleagues since the paper came out have been really encouraging to me. People really want to do a good job so it's not just this burden any more but then it's something that maybe is going to enrich their science. So I got off the main question a little bit but I think it really just comes down to just know doing what you know is right and saying what you know is right and I think, even if it isn't immediate, people are going to eventually come around, maybe not everyone. And I know for a fact that people are still just refuse to incorporate females into their research and I am in the process of writing another piece that will kind of address that and figure out what the steps are for the broader science community including journals and granting agencies to really ensure that that SABV is a success.   Clancy: That was a… was that an acronym at the end? Shansky: Oh sorry, yeah SABV is the abbreviation for Sex As a Biological Variable which is the NIH mandate   Clancy: Well I can't wait until your next piece is out. That's really exciting. And then, of course, we'll just have to talk all over again. To hear… Shansky: Oh well we'll just keep talking (Laughs) Clancy: Well thank you so much Dr. Shansky. This was really wonderful to hear from you and to hear your perspective on this experience that you've had your piece in Science. Thank you so much   Shansky: Yeah this was fun. Thanks for having me. Clancy Outro:

  8. 04/24/2020

    Introduction to the Courageous Scientists Podcast

    Join Kate Clancy as she introduces her new podcast, and answers the three questions of this pandemic passion project: what brought you to science? How do you show courage in science? What do you want others to know about what it means to be a courageous scientist? Many thanks to Carrie Templeton for the logo and Janice Collins for music selection. TRANSCRIPT Hello, this is Kate Clancy, and welcome to the Courageous Scientist Podcast! I am a professor of biological anthropology at the University of Illinois and my work focuses on reproductive justice – in particular on environmental stressors that influence the menstrual cycle. I have another podcast that you can check out, Period Podcast, if you are curious about the biology and culture of the menstrual cycle. This podcast is a single-season sanity project that arose from the transition all of us who instruct students have had to make to online teaching during this global covid-19 pandemic. I happen to be teaching a new general education class this semester, Humanizing Science. For the final unit of the in-person course, I was going to do a series of Skype or Zoom interviews, as well as bring in local scientists, to discuss what it means to them to show courage as a scientist. If you are a teacher or a student right now, you know that synchronous learning or watching long videos is excruciating. I can't make them, I can't watch them, and what my students are telling me is that they are having a really hard time living in a global pandemic, with a variety of living conditions, and somehow being expected to find long, uninterrupted periods to do deep schoolwork. I have never heard so many students tell me how much they miss their libraries. So I thought, instead of long interviews or talks, what if I recorded short interviews with amazing, courageous scientists? And as the plans expanded, I thought, why would I keep these brilliant voices to myself and my students? With the consent of my guests, I'm releasing short interviews with these scientists every week, for who knows how long. I'm thinking I will stop at twelve, but I may go a bit longer. I just want to put something beautiful out there, something that reminds us of our connectedness. That reminds us of the good work that is being done right now, and all the good work we will pick back up when we are able. I ask each guest three questions: what brought you to science, how do you show courage in science, and what you want others to know about being a courageous scientist. My guests show me what it means to have clear values, to stand in them even when scared, and how to approach obstacles. That doesn't mean all courageous scientists overcome all obstacles. It means that we know that how we come out the other side is not an indicator of our worth. To start us off, here are my answers to these questions. I was first interested in science as a high-achieving, over-competitive student who was under the impression that being a doctor or scientist was the hardest thing you could do. I found biological anthropology as a student who loved storytelling and was captivated by the story of human evolution. Feminist approaches to science, and the women and gender studies faculty who encouraged me to find and read this work, are why I am still in science. I love nerding out on hormones and biomarkers, I think the menstrual cycle is one of the coolest processes in the body, and these are things that brought me to my field of study. But what has kept me here is the belief that this work can change lives for the better, and that our intentions, actions, framing, and interpretation of our work matter at least as much as the science. As for how I show courage in science, I think I do this mostly through not giving a crap? Or really, I'm not sure that's an honest answer. I'm afraid all the time, I can show you the pit stains. I think I act in spite of my fear because I carry my privilege very heavily. I'm aware of the fact that I am white and cisgender and middle class, that I'm in a heterosexual marriage. I'm aware that these privileges protect me, but that they also carry enormous responsibility. So I show courage in science by saying the thing other people are thinking but not saying, by doing the behind the scenes work to build coalitions in advance of certain meetings, by focusing on what I believe in over what I will gain… or lose. I also sometimes show courage by pausing and making sure to listen, gather all the information I need, or support privately. If I'm being totally honest, and I'm trying to be right now, I haven't seen the consequences or retaliation be any different when I act quickly or slowly. If what I'm doing scares someone in power, it does often have some sort of consequence for me. But the consequences are never so great that I am willing to stop trying to live and act my values. And I recognize the ways that that is also a result of my privilege. Finally, I think I show courage by acknowledging mistakes. If you have ever met me in person, you know I am far from perfect. Humility and acknowledging one's limitations and mistakes is a sign of courage because it is in direct contradiction to the incentive structure of science. Every truly humble scientist I've met is a hero to me. Ok, so the last question, what do I want other people to know about being a courageous scientist. I want you to know that it's a decision you have to make every day, sometimes many times a day. You need to know what is important to you before you can live up to your values, so you have to do that work first. And it's ok if you mess up, if you commit to starting over and doing better next time. If you understand true apologies and make them. And, if you balance courage with caring for yourself. This mini podcast is my form of self-care. It was both healing and encouraging to talk to these courageous scientists, many of whom I did not know before our conversation. I hope they lift you up, too. Please subscribe to Courageous Scientists, and make sure to check out the podcast page courageous-scientists.libsyn.com for show notes and to learn more about these inspiring guests. These are whole humans and amazing scholars, but these interviews only show you a slice of who they are. Make sure you learn more about them by clicking the links on the show notes. If you like this podcast, there are a few ways you can help. You can tell your friends, especially educators and students. I will not be fundraising or seeking sponsors or advertisers for this little guy. I just want you to learn what I learned about these courageous, kind, thoughtful people who belong in science, and to help you and others see yourselves in science, too.

Ratings & Reviews

5
out of 5
6 Ratings

About

The Courageous Scientists Podcast is a short-term passion project by Kate Clancy, anthropology professor, trouble-maker, and host of Period Podcast. Hear interviews with inspiring scientists who stand in their values, serve as role models, and do hard things. Remember that while some of us can do work right now, others of us are having to put it down or change direction for a time, or focus on the care of others. This is all good and important work. Music selection by Janice Collins (Ambient Technology by Alexei Anisimov), and header and icon by Carrie Templeton.