Abstract
In this interview, author and New Yorker writer Elizabeth Kolbert talks with the Bulletin’s Dan Drollette Jr about her recently published book, The Sixth Extinction: An Unnatural History. She discusses how she became interested in the topic, the difficulties she found in explaining complex, interrelated topics such as climate change, invasive species, and ocean acidification, and what she hopes readers will take away from reading the book. She explains the role of a journalist as opposed to that of a scientist, saying that it is important to explain the issues to the public, if not necessarily to offer a list of specific, concrete solutions. Kolbert says she hopes that by interpreting complicated scientific evidence for the general public, her work will encourage engagement with the problems.
Elizabeth Kolbert is a staff writer with The New Yorker who often covers environmental topics. When Kolbert began her career as a reporter and columnist for The New York Times, however, she was assigned to cover New York state politics. As a consequence, Kolbert says, she has reported about some of the world’s most depressing topics: extinction, climate change, and Albany politics.
In 2005, her three-part magazine series on global warming won the American Association for the Advancement of Science’s magazine writing award, a National Magazine Award, and a National Academies’ communications award. She explored the topic in more depth in her subsequent book Field Notes from a Catastrophe. She went on to write several more books about environmental issues, and her latest work on the topic, The Sixth Extinction: An Unnatural History, came out in February. It explores the relationship between the heating-up of the planet and a constellation of negative and connected consequences, including fragmentation of habitat and the spread of invasive species.
Her new book is essentially three stories in one: an intellectual history about ideas that were discovered, discarded, and rediscovered; a history of life and the five major mass-extinction events that have occurred on this planet, in which 75 percent of species disappeared; and a story of new discoveries about climate-related environmental changes, such as ocean acidification, aka “global warming’s evil twin.”
According to Kolbert, “We’re putting a lot of carbon into the air very fast, at a rate last seen during the Permian Era. We’re already geoengineering the climate, but we don’t admit it.”
Ninety-seven percent of researchers agree that the climate is changing and that the change is largely human-made, a level of agreement that is extraordinary in science. Despite the evidence, large numbers of Americans don’t believe climate change is occurring, something that is untrue of the rest of the world. (A New York Times article of May 6, 2014 was aptly titled “Americans Are Outliers in Views on Climate Change.”) 1
In an interview with the Bulletin, 2 Kolbert delved into the denialist phenomenon, field research, charismatic megafauna, saving wildlife, her expectations for the future, and a variety of other interests.
And I think that our politics of the last 30 years is just different. What we consider to be left-wing politics, the Europeans consider to be centrist politics. I mean, look at our tax policies, look at everything, and look at the kind of know-nothing right we have. Don’t get me wrong; the know-nothing right exists in Europe, I don’t want to claim it doesn’t. But it’s not very powerful, compared to here. And I think Europe is much more run by technocrats—you know, Brussels, etcetera—which means that certain facts are accepted.
All this manifests itself in unexpected ways: I had dinner once, after my book on climate change came out, with a Dutch minister from a right-wing, conservative party—the Christian Democrats or whatever—and he sounded like a Greenpeace guy.
So, I think that we in the USA live in a weird country. We and the Australians are the only ones with this mind-set—and we both happen to have a lot of fossil-fuel resources too, which may be a part of it.
You do run into this problem where the people who are interested and concerned and reading about the general subject matter—in Sierra or OnEarth or Audubon or whatever—tell themselves, “Well, I already know about this particular topic, so I don’t need to read this book.” And the people who aren’t will say, “I’m not interested.”
I think that is the problem that environmental books run into; it’s like everyone who should get the book thinks they already know about it and are not interested in buying it. It’s like the old Yogi Berra line: “Nobody goes there anymore because it’s too crowded.”
And the ones who aren’t interested just won’t read it.
I think that when it comes to ocean acidification, a couple of things came together, and that created a sudden realization among scientists that it existed. Even though on one level you would say that the chemistry of it is really obvious and really easy, people hadn’t really put two and two together. The chemists and the marine biologists weren’t talking to each other. People still don’t entirely understand the process of calcification [how marine organisms make shells and corals build reefs], so it’s still a somewhat mysterious process.
And some of the textbooks have the formula wrong!
So a bunch of things had prevented people from seeing the magnitude of the problem. Then, when people started to get experimental results, they could get theory and experiment to line up; then, they were like “Oh, my god.”
So, I really just think it was all just a little bit too complicated and too sudden for the popular press. When I wrote that piece on ocean acidification and its effect on corals for The New Yorker in 2006, I tried to get the formula for acidification into the magazine, but I just had to bail out. The editors were just like, “No. No one’s going to read this.” As soon as you get into chemistry and chemical reactions with logarithmic functions, it’s just out of people’s comfort zones.
That’s the nature of writing about science. Science is seldom a case of one person doing things alone; it’s nearly always a collaborative, group effort. So it is not easily given to a single narrative line involving one person. If I could find a story like that, I’d be happy to write it. But you seldom find it.
I do love a good story of a single scientist triumphing over a problem, and some of the pieces in the book originally appeared in the New Yorker more as individual profiles—one of them, for example, was very much a profile about the guy who sequenced the Neanderthal genome. But science today is a collaboration of thousands of people. So you are forced to string together multiple, stand-alone profiles into a single book; each from a separate magazine assignment.
You’re really limited in your subject in science if you try to just say that so-and-so discovered such-and-such. Scientific stories tend to be stories of discovery, and those discoveries come from multiple threads. Science is not linear, it sort of weaves around. An example of that in this book was the story of catastrophic change, which was sort of discovered, discredited, and rediscovered in a new form. That’s not unusual in science.
We have grown up with the idea of extinction; any kid can tell you that the panda is going extinct, the grizzly bear is endangered, the polar bear is endangered. Any kid nowadays can list 10 species that they know are in deep trouble: the rhinos, the tigers, the elephants. And everyone is just like, “Well, species go extinct; that’s what happens.”
I don’t think that people realize—and I really hope this book makes them realize—that you should not see a species go extinct in your lifetime. If there is something going extinct in your lifetime, then there is something very weird going on. And that is a mass extinction.
I’ve had people say to me—smart people, who have gone to Ivy League schools—that “well, if things go extinct, won’t new things evolve?” And you have to explain to them that yes, in 10 million years, something new will come up. But not tomorrow, and not on any scale that’s meaningful to people.
If you exterminate people, we call that genocide and we take it very seriously. But when we do it to animals… I don’t think history will judge us very well for what we have been doing, and doing at colossal speed. These species can’t speak for themselves. And that is part of the point of this book; to speak for those that have no voice.
It sounds a little vain, but I would like to think that the book speaks for species that cannot speak for themselves. I hesitate to put it that way, but that is definitely part of the project. It’s one of the reasons that each chapter has a species, to try to make their claim.
We see a lot of these species as our enemy, and many of them are in some way. I don’t want to paint some utopic view of nature. Nature is red in tooth and claw, and we’ve killed off a lot of animals that would have been happy to kill us. I think that deep in the chimp part of our brain, we don’t like a lot of things on a deep level. We don’t like snakes, we don’t like animals with big teeth, and there’s a deep evolutionary reason for that. So we’re perfectly happy to live in cities where all the native species are gone.
So, sadly, I don’t think that biophilia alone is going to carry us through.
But if I had the answer, I’d give it to you, and put it right in the book. I don’t know how you overcome that. But at least I’ve shown that this issue is something we all should be thinking about.
Should we blame scientists? No, we should blame ourselves. It’s not like the information isn’t out there, or environmentalists are too gloomy. These are just hard problems that we, as a society, don’t want to deal with. I mean, here we are, a day after the Intergovernmental Panel on Climate Change report came out, which said, “Get your act together now, or better yet, yesterday.” And as a society we’re continuing to ignore the problem.
Amphibians played a big role in the book; I’m a huge fan of amphibians, I think they’re amazing animals. So, yes, charismatic animals such as mammals have an oversized role in the book, and birds have an oversized role, but I tried not to write about just lions and tigers.
There is this terrible divide between science and everything else, in terms of communicating what they are doing and why. In a much more profound way, going beyond funding for science, if people don’t appreciate or understand what the scientists are doing and why, that spells trouble. Take climate change: If people don’t understand what’s going on, and don’t take collective action on a global scale, the planet is screwed, along with humans and everything else on it.
I mean, paleontologists do tend to be pretty conservative, because they look at the end of the Permian and the end of the Cretaceous hundreds of millions of years ago, when 75 percent of all species went extinct in sudden catastrophes. And they might say we’re not going to make those numbers right now, it’s just not practical.
But even they would say that extinction rates in the modern era are very, very high, and if we keep doing what we are doing, we’ll reach that level. I quoted a scientist in The New Yorker recently who said that an end-Permian-like result of what we are doing is possible. And if that is not shocking, I don’t know what is—the more we learn about the end-Permian, the more frightening the parallels become. And that is a bad sign.
Now, what are the practical ramifications of that? I think that if you take the book seriously you would entertain the possibility that things have to be done very radically differently from the way they are being done today. As a society, we should be having conversations that are not about changing things at the edges but at a deep, profound level. The book points up the problem, and shows that these are not problems that can be solved just by recycling your bottles. It needs something bigger. So, I definitely do not say, “Here are the 10 steps we need.”
The environmental movement is in a bad way, and they often get blamed, as in: “The climate is screwed up; you guys have failed.” And on some level, you can say yes, that’s a sign of failure. But I don’t blame environmentalists for that; there are worldwide forces that are very large, on a historical scale, working against them. Things could have gone better, but here we are.
I tried to remind myself of what I was doing and why, and what experiences I was having in the process. While researching the book, I went to the Great Barrier Reef and I went to the Amazon, I went to the Peruvian Andes, and I saw amazing tropical species—especially for an American from New England. And some of it was a great adventure; I had a great time. So even though the subject matter was about accompanying people whose work centered on death and the extinction of whole ecosystems—and their outlook was rarely “Everything’s going to be okay”—it still was amazing. You’re overcome by these places, and how amazing they are. They’re still amazing places, despite the subject matter.
In a way, the more fortunate you’ve been to see some of these amazing animals, creatures, plants, whatever, in all different parts of the world, the more you realize how awful it is that so many of them are winking out.
There’s a quote by the conservationist and author Carl Safina that sums it up well: “The more I sense the miracle, the more intense appears the tragedy.” 3
Footnotes
Editor’s note
This interview has been condensed and edited for clarity.
