What makes someone a science communicator? A science degree? Journalism credentials? A lab coat and penchant for cheesy science humor?
How can we make room for diverse voices and backgrounds to participate in scicomm and feel a part of the scicomm community?
This community has grown exponentially over the last several years, helping reinforce the importance of good scicomm for engaging non-scientists, increasing interest and trust in science, and applying science to societal issues. However, with the rise in scicomm, a number of concerns have popped up (particularly by scientists) about who has a “right” to communicate science, how they should communicate it, and whether science communication is having a positive or negative impact on public perception of science.
In this vein, I’ll be convening a workshop at this year’s Science Talk in Portland, where I hope to encourage reflection on how we can create a supportive and inclusive community while promoting transparent, trustworthy approaches to science communication.
As a PhD trained scientist who transitioned to a full-time scicomm career several years ago, I still sometimes struggle with feeling a part of the science communication community, and feeling like I have the “authority” to call myself a science communicator. I see others struggle with these things too–like for example, Allison Gasparini, who writes about the difficulty of having the “right” mix of science background and journalism training to compete for scicomm jobs.
On the other extreme, there are super confident non-scientist communicators out there who have no problem self-identifying as purveyors of science to the masses. Some of these folks are writers or journalists who do a great job of digesting and translating science into engaging and useful pieces of communication. Others (knowingly or unknowingly) misinterpret scientific findings, or worse share unverified or false scientific information that mislead the public–whether it be about nutrition, GMOs, vaccines, or what have you.
While most scicommers would agree that scicomm is a critical component of science, it is important to address the concerns of scientists and others about what makes responsible science communication (e.g., citing reliable/verifiable sources, disclosing any biases), and how we can support scicomm-ers in this endeavor.
In my workshop I plan to facilitate discussions around best practices of responsible and effective science communication–principles that anyone, no matter their background or training, can implement to reinforce a transparent approach to science communication. From there I hope to elicit some concrete recommendations on how the scicomm community can support us as individuals to do effective and engaging science communication. I’m excited to hear what misconceptions have most plagued others, and what strategies scicomm folks have for promoting an inclusive scicomm community that values transparency, accuracy, and respect.
If you plan to attend Science Talk and want to be part of this conversation, I encourage you to join my workshop at 9am on Friday, April 5th. If you won’t be at the conference but want to participate in this conversation, I welcome your thoughts, feedback, and questions via email or social media!
This workshop will be just the beginning of a broad conversation about how to create a supportive, inclusive, and transparent scicomm community–and all voices are welcome. The objective of my workshop is to produce a working document of best practices that can continue to be honed and expanded upon as the field of scicomm evolves.
If you try to keep up with the latest in climate change news, you might feel a bit like I do right now: a deer in headlights.
Earlier this week, David Wallace-Wells published an opinion piece about climate change in the New York Times titled ‘Time to Panic’. He argues that based on current scientific understanding and predictions, it is completely appropriate—and even imperative—for society to be in freak-out mode over climate change. This, in turn, should motivate us toward desperate action.
Soon after, Eric Holthaus wrote a short response article in Grist titled ‘Why you shouldn’t panic’. His main argument is, “if you’re trying to motivate people, scaring the shit out of them is a really bad strategy.”
So, what to do when confronted with scenarios of extreme storms, loss of entire coastlines, and millions of climate refugees? Panic? Or stay calm and collected?
To panic or not to panic—that is the question
Mixed messaging has plagued the climate change movement for decades. Although the scientific consensus on human-caused climate change has steadily strengthened and future predictions all point to escalating negative impacts, how to communicate this to the public has remained a source of contention.
Messaging has wavered between extreme doom-and-gloom, à la Wallace-Wells’ nightmarish “post warming world”, and the more optimistic “but there’s still hope!” approach that many scientists and conservationists support.
Wallace-Wells’ reasoning for pressing the panic button is pretty simple: “What creates more sense of urgency than fear?” he argues.
There’s research to back this up. A study that looked at the connection between emotion and behavior change found that fear and guilt were stronger motivational factors than hope.
“Making people feel good is less important than making people feel accountable when it comes to making wise decisions about self-protection,” explain the study’s authors.
Fear is a biological response to perceived threat. When we feel threatened, our body releases hormones that sharpen functions that should help us survive (eyesight), while shutting down ‘inessential’ functions (digestion). This survival mechanism can indeed provide us almost super-human (albeit momentary) powers to overcome imminent dangers—like pulling people out of burning buildings or lifting yourself up over a cliff edge.
But living with constant fear can have serious health consequences, ranging from anxiety and depression to heart disease. When you’re faced with fear on a daily basis, your body can lose its ability to process emotions and make clear decisions.
As Holthaus says, “your brain literally can’t perceive reality accurately in that state of heightened anxiety. Just ask anyone who has ever had a panic attack. It isn’t fun. Fear shouldn’t be what we strive for.”
I’ve had several panic attacks throughout my life, and I agree; they aren’t fun. Your heart races, your chest tightens, you gulp for breaths, and your mind dabbles with the worst thoughts. You definitely aren’t at your most rational during a panic attack. But what these panic attacks did do was make me realize the very real connection between my mental and physiological health. And they made me act to prevent having more panic attacks in the future.
Taking medication, developing a practice of meditation and yoga, and setting realistic goals all helped me reduce my panic attacks. This doesn’t mean I’ll never have a panic attack again, but it helps me take control of the situation and regulate my behavioral response, rather than feeling paralyzed.
In the same way, I can see how using our fear of climate change impacts to motivate action could help us reduce our climate anxiety and regain a sense of ‘control’ over our collective future. It may not prevent all the impacts of climate change, but it could help us cope and adapt. And when it comes down to it, I think Wallace-Wells and Holthaus actually agree on this—if they could just get beyond their need to differentiate themselves and make people choose sides based on semantics.
Wallace-Wells says, “By defining the boundaries of conceivability more accurately, catastrophic thinking makes it easier to see the threat of climate change clearly.” A clearly defined threat incites action—when humans are confronted with catastrophe, whether earthquakes or war, we time and again work together to rebuild communities and societies.
Holthaus says, meanwhile, “It’s courage, not fear, that will bring about the long overdue world we all need.” This is not counter to Wallace-Wells’ argument. It’s just the necessary response. When faced with life-threatening fear, we must conjure courage in order to act and overcome the threat. After all—without fear, where does courage come from?
But how we manifest that courage matters, too. For Wallace-Wells, our focus on consumer culture and individual actions—like buying an electric car or forgoing air travel—is a cop-out, a distraction from the much more necessary collective actions and policies that must be coordinated across regions, states, and nations.
“That is the purpose of politics: that we can be and do better together than we might manage as individuals.”
Holthaus’s article focuses on grassroots movements rather than government policies, and he references a recent essay by Mary Annaïse Heglar to drive home the lessons we can learn from the civil rights movement and the existential threat African Americans have felt for centuries. But even the quote he chooses to display from this essay belies the connection between fear, courage, and action.
“Nothing scares me more than climate change,” Heglar writes, “but I made up my mind to face it head-on—because of my debt to future generations and to previous generations.”
This sentiment echoes the tone taken by Greta Thurnberg, the 16 year old Swedish student who’s made waves by chiding world leaders’ inaction on climate change and has led a global student strike to unite the voices of her generation:
‘Adults keep saying: “We owe it to the young people to give them hope.” But I don’t want your hope. I don’t want you to be hopeful. I want you to panic. I want you to feel the fear I feel every day. And then I want you to act.
I want you to act as you would in a crisis. I want you to act as if our house is on fire. Because it is.’
To me, this is the biggest challenge we must address to act on climate change. We must perceive the threat as an emergency, one we don’t have the luxury to ignore. Not an emergency that we can’t do anything about—because we can. Once a house is on fire we can still put it out, keep it from damaging the entire property, and spreading to other properties. We can save the people and animals in that house. We can choose to re-build or not, and use different materials and develop strategies to reduce the risk of fire.
We can and should do this more comprehensively, at all scales, for climate change impacts.
In the end, I think David Wallace-Wells and Eric Holthaus are actually on the same team, with the same message—if they could only recognize it. We must turn our fear into action rather than paralysis, and demand the same of our leaders and governments.
As Mark Twain once said, “Courage is resistance to fear, mastery of fear, not absence of fear.”
Its time for another listicle! This one is devoted to my love for the field of marine biology and the scientists who study ocean ecosystems. Here are five reasons why I think marine biology is awesome:
It’s like MacGyver meets James Bond.
Pretty much any marine biology field or lab experiment involves the combination of some very complicated and expensive equipment and software (NanoDrop ND‐1000 spectrometer and Illumina GAIIx platform, anyone?) plus a black trash bag, bungee chords, and lots of masking tape. Field biologists are some of the most resourceful individuals I know, combining the skills of an engineer, a magician, and a secret agent to solve problems with minimal resources and time.
I literally heard a scientist say the phrase, “it’s poop that matters” in a recent presentation. Marine biologists get to study some pretty fascinating things, and it turns out that one of those things is poop. In fact, excrement from organisms such as reef fish or whales is a huge and extremely important component of marine food webs and flows of nutrients through ocean ecosystems. Whether its parrot fish poop helping create tropical beaches, or blue whale feces fertilizing entire ocean basins, poop matters, and marine biologists are there to study it.
Oh the places you’ll go.
They say that life is about the journey, not the destination. But if you’re a marine biologist, the destination is usually a pretty big perk. Most people save up precious dollars to honeymoon in Bora Bora or the Caribbean, but marine biologists get to go to these places year after year, snorkeling, diving, exploring beautiful and exotic places that most people only see in glossy magazines. Sure, they’re probably staying in an un-air conditioned mosquito-ridden shack rather than a swank bungalow with a jacuzzi tub—but that just adds to the charm. Let’s not forget those intrepid biologists that explore the sea beneath Antarctic ice or deep in the Mariana trench. Unless your James Cameron, being a marine biologist is one of the surest ways to experience these far-flung regions.
For the love of nudes.
Nudibranchs that is. I love that marine biologists get super excited about the tiniest most obscure organisms—including the colorful little sea slugs knows as nudibranchs. The childish sense of wonder and glee that marine biologists display for their study species, whether it’s sea otters or sea lice, gives me the warm and fuzzies. Of course this tendency isn’t unique to marine biologists, but it seems that studying ocean organisms predisposes you to adorably obsessing over said organism and having it displayed on everything you own, from clothing and jewelry to wall art, kitchen gadgets, and phone cases).
It comes down to one word.
Probably my favorite thing about marine biology is the official word scientists use to describe a tiny chunk of coral: nubbin. It brings me great pleasure to listen to a scientific talk about the genetic sequencing of coral species and listen to the presenter describe how they collected and sampled coral nubbins. There is even a scientific paper titled “Coral nubbins as source material for coral biological research: A prospectus.” I will never not smile when I hear the word nubbin and it warms my heart that there are scientists out there whose research depends on procuring nubbins.
In all seriousness, one of the things I love most about marine biology is that it’s a field of study composed of countless passionate individuals who care deeply about the ocean, the planet, and biodiversity. I’ve met many uber-intelligent marine biologists using innovative approaches to learn more about how our planet works and how we can protect it into the future. These folks are doing what they love, working very long hours (often for not very high pay), and pushing the boundaries of our understanding of life on earth.
A big thanks to all the biologists, all the scientists, all the passionate and curious thinkers and doers out there making a difference!