Katsi Cook: Revitalizing Indigenous Knowledge and Medicine, Nurturing Health and Cultural Resilience

Katsi Cook, a wolf clan Mohawk, is a prominent midwife, environmentalist, and women’s health advocate known for her impactful work in the Mohawk Nation at Akwesasne. Born on the St. Regis Mohawk Reservation in 1952, she embraced traditional practices after attending Catholic boarding school and later became a trailblazer at Dartmouth College. Cook’s passion for midwifery was ignited at the Loon Lake Conference in 1977, driving her to address reproductive health and environmental justice issues. Founder of organizations like the Women’s Dance Health Program, she tackled PCB contamination in the St. Lawrence River. Cook’s influence extends globally, collaborating with Mayan midwives and founding the Six Nations Birthing Centre in Canada. A respected academic, she held positions at SUNY Albany and Dalhousie University. As the Program Director of Running Strong for American Indian Youth, Cook continues to empower Native women through community-based health projects. Her dedication makes her a key figure in indigenous rights, environmentalism, and women’s health.

In this talk, she shares, among other topics, a deeply edifying look at the cultural context of Native American plant use in general and then of peyote use. Her descriptions of indigenous views of plants and their relationships to humans and how crucial a deep respect for the spirits of other species is in such relationships offer the non-indigenous among us very important cautions about the risks of arrogant and disrespectful use of plant medicines and sacraments (not to mention most other species and the entire biosphere!). Her accounts of her own cross-cultural, pan-tribal plant knowledge learning process and of the use of peyote in childbirth are also fascinating, especially since these are rarely discussed topics.

A version of this piece was originally published in Visionary Plant Consciousness: The Shamanic Teachings of the Plant World.


My community is the Mohawk reservation on the St. Lawrence River, right on the U.S.-Canadian border. It is trisected by three governmental jurisdictions: Quebec, Ontario and New York State, so we’ve had many complexities to deal with in our growth as a people. As part of that growth, in my own life, I’ve committed to that area of our sovereignty that has to do with control of production and reproduction. I am very focused on the protection of indigenous knowledge and ways and of other areas of our sovereignty, such as the control of our land base, our education, our psycho-religious life and our power to solve the disputes among our own people.

I feel privileged to come from a people whose very creation story begins in a world where there is no death, the Skyworld. In our story a young woman there takes on the responsibility of fulfilling the dream of a leader, and she has to go gather certain flowers for that purpose. She goes to a great tree that has many of these beautiful flowers, but when she gathers some of those flowers, she unintentionally pulls up the roots of this tree, and a hole in the Skyworld appears. She looks in that hole and she falls in, and as she falls she grasps at the edges of that hole and embeds under her fingernails the seeds of those sacred plants–medicines, tobacco and other things that we now use here in this place. In fact this Skywoman’s name means “mature flowers,” what could be thought of as herbal medicines

As she fell through that hole and through the sky, she saw below her a vast ocean, and she was assisted by the birds and the winged ones to land on the back of a great turtle. She landed on the back of this great turtle with the help of the bird life and began to dance in the direction that the sun goes around a plot of earth that was brought up to the turtle’s back by the little muskrat who gave his life to bring that soil from the bottom of the ocean. When her daughter was born, she too followed that reproductive ecology that her mother showed her, dancing in the direction the sun goes.  Those women put into place the cycles of continuous creation, of continuous birth, and the daughter, as she came of age, became impregnated by the West Wind and brought into this world twins, who in their dialectic, their argument with each other about the way this world should be organized, became the Creator Twins who created the world as we know it.

Our creation story teaches us that there is no complete good or complete evil, that in order for this world to exist, there has to be a balance. We live in a universe of relatives, and the universe is kept alive by those relationships. I have heard people define ecology as a science of relationships and that’s certainly how I perceive my own work in keeping those relationships going to continue the work of our celestial mother. I’m grateful to think that my name, Katsijakwa, which means “she picks up the flowers,” is a medicine name in that way.

The strength that I carry comes to me from my grandmothers.  My grandmother delivered me at home in 1952 to a woman who was told not even to have children because she fell in the river when she was a little girl and got rheumatic fever and rheumatic heart disease at a time when there were no antibiotics. She brought me, her fourth one, into this world at great risk to her own life.  These women that I come from are the ones who taught me at a very young age to believe in our medicine, to use our medicine and to relate to our medicines in the way that we were instructed. In my community, my relationship to the families is what is called in Mohawk “lewirokwas,” “one who pulls them from the water,” or “she helps him with his first breath.”  The word midwife is a German word meaning “with the woman,” and it’s a good word, but to begin to institutionalize our traditional teachings in a real way, we’ve had to go back to our language and to those things that grandma taught us. To use real medicine means that you respect all of those relationships in that reproductive ecology that is this great universe, this great womb that we are all related to. 

One of the things we have tried to do is to restore the strength of our medicine societies, so they can do the work that they were given to do for our people. To improve the respect, the equity and the empowerment of that sector of our knowledge base has been one of my goals. We started to pay attention to our own medicines and to improve how health care is done. We put our clinicians through a six-week training with our medicine people, sharing with them the principles and the teachings behind the use of our plants. One of the barriers that we have is that we still have to follow those old ways of collection, of prayer, of relationship that go with using these medicines.  As a midwife, when I ask a mother to begin to use, say, slippery elm two weeks before the baby is due, there’s a whole protocol to be followed to find an elder in our community who’s going to fix that medicine for her, because it isn’t just about stripping inner bark and beating it into a powder. It involves the right approach to the tree, and the plant needs to be gathered at the height the woman is and her Indian name used.

The road to know about plants is long. In my communities, you usually can’t even ask directly about plant use. It’s considered disrespectful. Most people come around plants because they’re sick and dying or they have a need in terms of protection. We have seven Mohawk protection medicines that I’m not going to tell you, because you’re not Mohawks, but I will tell you from my own personal experience that knowledge comes to you in titrated doses. Like everything else in a culture, you can’t separate language and cosmology and all of those aspects of culture from whatever particular body of knowledge within that culture you want to know. And every indigenous culture of which we all eventually come from has its body of plant knowledge.

But it’s never plants alone that cure. Knowledge and healing come through dreams and through tradition and through family ways. This information moves along through family lines, and certain families hold certain medicines.  So, for instance, in my community, because healers are always open to new knowledge, it’s my clan family that holds the peyote medicine that just came to us in the last 20 years from the Lakota and from the Huichol people. So not every plant is for everyone. Not all knowledge is for everyone. That’s just the way my people think. There are those in our community, usually women past the time of menopause, who are the ones to go to when you need a medicine.  Because I’m young yet, I’ll often send my mothers to these different healers to help them, and they’re quite capable people, but they say, “We keep our knowledge close to us because that’s something you learn after a life of struggle and trial and commitment-it’s not for everyone.”

Our people also believe that you can’t communicate with the spirits of these plants unless you have an Indian name, and for that purpose when our babies are named in our long house, there’s only one of that name given, so it won’t confuse the universe. The clan mothers hold these names in a metaphorical bag; they are like property. You can’t just pick up any old name and use it. So there are many traditions that are valuable but are in a way a barrier to getting more of our plant medicines available to our people reliably and in sufficient quantities. And the Indian Health Service spent 20 years trying to get our people away from our plants and traditions, so a lot of people lost touch with this knowledge, to such an extent that, for example, young mothers no longer know the difference between a sick baby and a baby they can care for themselves at home.

I work with a Harvard-trained physician who feeds lab rats the four conjoiners of PCBs most commonly found in Mohawk mothers’ milk to identify effects on the rat litters. He had, for about six months, walked around with a respiratory ailment. He couldn’t stop coughing.  You couldn’t make him laugh at meetings because he’d begin a coughing fit he couldn’t stop. And when he started coughing up blood they quarantined him and tested him for animal and human forms of TB because he works with lab animals. While he was in quarantine, I gave him some Sweet Flag (calamus acorus) and told him, “It’s not like the medicine you’re used to. You have to respect it in a certain way,” and I told him how to use it.  About two weeks later he called me and asked, “What is that stuff you gave me?”  For the first time in six months he had stopped coughing.  I told him what it was and how useful it was and how all my life I’d been using it.

He said he was really happy to use a medicine that was a root that came out of the earth. It made him feel good. He said it improved his mood. I’d never heard that, that it could improve your mood, so I went to Jim Duke’s database on medicinal herbs, and I read that there’s a chemical constituent responsible for mildly hallucinogenic properties in this plant. I went back to some of the elders including the one on whose property I’d collect it with my sister every fall and asked them. They knew that. They said that’s part of its healing power. Somehow the Creation knows that when you’re not well, it affects the way that you think about yourself. It makes you depressed that you are weak.

Medicines are not just plants; they are also the dreams and those relationships that we maintain. We have a relationship with a Mayan village in Guatemala that my people are sending a team of ambassadors to this December, but that my husband and I have related to since 1981. In learning aboriginal midwifery, as distinct from licensed midwifery, I made a serious effort not to become a nurse, not to become a doctor, because I wanted to believe in our own ways and our own knowledge and our own medicines, which is not to say I didn’t take the responsibility to gain the medical skills necessary to be a safe practitioner, but that my focus is on our own indigenous ways, because none of this knowledge has been lost. It is recovered in the practice of doing, of using it, of believing in your medicine. So my medicines come from the four directions: from the south I study the ways of the days of the Mayan people, the Mayan ways of the days that are still used among their midwives and spiritual leaders.

In my training, I also went to my sister-in-law’s people in South Dakota. Her mother, Weaselbear, was a midwife. In my journey to become a midwife I had gone to the Farm in Tennessee to study with Ina May Gaskin and then to the University of New Mexico Women’s Health Training program for my clinical training. I’d seen so many native women in these clinics, Zuni, Pueblo, Navajo, Hopi, who had caesarian scars and had no clue why they had had a caesarian, and I thought, “This isn’t right. We have such beautiful traditional knowledge, but our women can be so dumb sometimes.” So I went to my mother- and sister-in-law’s people in South Dakota, where for 100 years their family has been holding the peyote medicine that came to them from the Osage and the Kiowa and the Huichol. 

My mother-in-law said, “Daughter-in-law, if you want to learn midwifery, you have to go in that tepee.” I said, “Where I come from in the long-house we can’t use any mind changers.”  And she said, “Well, I don’t know what you believe over there, but here this is the heart of the creator, our grandfather, and holy mother.” She told the story of when she was in labor for my sister-in-law’s little brother, Aloytius Weaselbear, while she was in a peyote meeting, and they made peyote tea for her to help her. And so I went in that tepee. My sister-in-law promised me that whatever I wanted to know, this medicine would show me, so during the night I asked this grandfather medicine, “How do I know I can be a midwife?  That’s a big responsibility.  How will I know what to do?”  And that medicine said in my mind real clearly, “You’ll know.  Just do it.”  (Way before the Nike ad came out.) That was about 21 years ago; I’ve been using the medicine in my own life. And more recently I was also lucky to be able to spend time and learn more with Grandma Guadalupe de la Cruz, a Huichol midwife and healer, before she left us this past year. You have to be a Native American enrolled member to legally use lophophora williamsii, in this country. Thanks to Kwana Parker, who in the late 1800s started what became the Native American Church, it’s legal for card-carrying members of the Native American Church to use it.

So as part of that, in my own practice as a midwife, I use the peyote. It can be used to induce labor or for assisting in pain control. Recently a nurse from the Navajo Hospital in Arizona came to our annual organizational meeting and begged the Native American Church of North America to send someone to her hospital to do a training for the caregivers there because when healthcare workers at the hospital noticed a Navajo woman using the peyote medicine, they would refer her to child protective services, who in some cases removed the infant from the family. This is the kind of cultural denigration that Native American people still have to endure for something we call the heart of the creator. I can’t say enough about its efficacy, not just in childbirth, which is the foundation of its use in my own mind, but for every disease that there is.

It can heal anything, and when I say that, I don’t mean it’s a panacea. I mean that it can restore people to a place where they can allow the homeostatic work of their own body’s healing. So we do a lot of work with it in our community, but we also stick to the rules and regulations set by the DEA and the governments. I hope to conduct some research on it, maybe do some randomized control trials, not just in my community but several other Indian Health Service Hospitals where native women are using this without the knowledge of caregivers.

But plants are like people. You can only have so many relations that you keep alive.  You can’t possibly use every plant on the planet. Some people are even running to the rainforest in Peru to find medicines, and I do have to admit I’ve been to the Mayan people of Belize, and they do have beautiful medicines, but it’s the knowledge itself that is strong and powerful in the use of the green medicines. Not everyone can use all of these medicines. Peyote, for example, doesn’t belong to everyone. I ask you in a humble way to protect the exemption in the American Indian Religious Freedom Act. We are looking for a niche in our worlds to continue to survive, and this medicine has come to us in a very organic way, not through the forces of markets and economics. We take that very seriously.

The other medicine I use is, of course, the medicine of my own people. We use medicine not only to get a specific bio-active effect. There are groups of medicines that like one another, that work together. In doing our ecological analysis of how toxics move through our environment, we were shocked, for example to find that at Akwesasne, along the St. Lawrence River, there’s an increased uptake of methyl mercury by plants in the wetlands areas, especially in another one of our very powerful medicines, the yellow pond lily. That medicine is supposed to be picked in a certain way. Someone who picks this medicine can only be someone who has never known the heat of sexuality. Usually they’re young people who have to keep their mind a certain way when they gather it because the root grows way deep into the muck of the wet areas, and if your mind isn’t strong and your heart’s not pure about the person that you’re trying to help, that root will pull you under and take your life instead of helping you to assist with another life. We take these teachings very seriously.

At the same time, I know that the availability, the access to our own medicines is diminishing with the increasing encroachment of development and the loss of land-base to toxic contamination.  We are looking to land claims to try to solve the problems of access to our own medicines, but we need to be propagating and growing these medicines. Part of my training as an aboriginal midwife was to raise, for four years, a field of corn from seed that came with Skywoman in her fall, taking care of it, singing to it, dancing with it. The Mayans teach that women learned midwifery from corn, and the kind of corn we grow can’t be harvested by machine. It has to be hand-collected, and we’d have about 20 people out in our fields to harvest this corn, and when you pull back the husk, it’s like seeing a new baby. You might make a comment like: “Oh, look at this one red kernel in it among all white kernels. It must be related to the Tuscarora corn.”

When I had the wife of one of our Wolf Clan chiefs come to visit my home, I was telling her about this, and she said, “Well you know, the word in Mohawk for describing bundling a new baby means in English, ‘she’s putting the husk back on the corn.'”  And every part of corn is a medicine, including the silks. A soil scientist, a Ph.D. agronomist at Cornell University from Nicaragua told me how the gestation of the corn and the gestation of the human being are very similar, so that in that way, corn teaches us about midwifery, about genetics, about the secrets of the plants.

The strongest teaching that we have is, “Believe in your medicine.”  I find that whether we’re talking about indigenous knowledge or the new knowledge that’s called scientific knowledge, it’s the same truth. The medicines and their uses must be restored to our people so that we can again be healthy. In my community we have very limited health care dollars and environmental health impacts are going to drive up the prevalence and incidence of diseases that have an etiology in the immune system. A lot of the medicines we used were protective of health. We need to restore those behaviors, those attitudes and those practices that 500 years of colonial oppression have drummed out of us in our communities and that have been kept underground and need to be supported so they can flourish. We have to find ways in our communities to make a place for the medicines to sit with us once again.

The Charging Twenties: Now is the Time to Build a Solar-Powered Civilization

Visionary clean energy entrepreneur Danny Kennedy explores the promise and challenges of the epic civilizational transition to renewable energy. Without doubt, the shift has hit the fan, but will we make the transition in time to avert complete climate breakdown? Danny Kennedy says we can – and the real heroes and sheroes will be millions of clean energy entrepreneurs and startups, in partnership with the determined leadership of Indigenous Peoples arising worldwide.

Featuring

Danny Kennedy, with a long background in eco activism, has become one of the nation’s leading figures in clean-technology entrepreneurship and the capitalization of the transition to a “green” economy. Kennedy is currently CEO of New Energy Nexus, a global nonprofit providing funds, accelerators, and networks to drive clean energy innovation and adoption.

Credits

  • Executive Producer: Kenny Ausubel
  • Written by: Kenny Ausubel
  • Senior Producer and Station Relations: Stephanie Welch
  • Host and Consulting Producer: Neil Harvey
  • Program Engineer and Music Supervisor: Emily Harris
  • Producer: Teo Grossman

This is an episode of the Bioneers: Revolution from the Heart of Nature series. Visit the radio and podcast homepage to find out how to hear the program on your local station and how to subscribe to the podcast.

Subscribe to the Bioneers: Revolution from The Heart of Nature podcast


Transcript

Neil Harvey (Host): In this episode, visionary clean energy entrepreneur Danny Kennedy explores the promise and challenges of the epic civilizational transition to renewable energy. Without doubt, the shift has hit the fan, but will we make the transition in time to avert complete climate breakdown? Danny Kennedy says we can – and the real heroes and sheroes will be millions of clean energy entrepreneurs and startups, in partnership with the determined leadership of Indigenous Peoples arising worldwide.

I’m Neil Harvey. This is “The Charging Twenties: Now is the Time to Build a Solar-Powered Civilization”. On the Bioneers: Revolution from the Heart of Nature.

Energy is a nation’s master resource. Each global empire has had an idiosyncratic ability to exploit a particular energy source that propelled its rise to economic power. The Dutch learned how to tap wood, wind and water. The British empire fueled its ascendancy on coal. The American empire has dominated with oil.

The cautionary tale is this: No empire has been able to manage the transition to the next energy source. The joker in the deck this time around is the climate imperative to fast-forward the transition off fossil fuels worldwide. It requires the most complex and fiercely urgent transformation in the history of human civilization. Nothing like it has ever been done before.

A new energy economy is going to require the reinvention of every aspect of our industries and lives. It’s going to take visionary leaders committed to a green and fair future, who also have a deep working knowledge of technology, economy and politics. They’ve got to know how to make change happen on a very large scale – all the while fighting ferocious resistance from the retrograde fossil fuel industry desperate to delay its looming demise.

One of these practical leaders is Danny Kennedy. He’s currently CEO of New Energy Nexus, a cutting-edge global nonprofit platform that provides funds, accelerators and networks to drive clean energy adoption and entrepreneurial innovation worldwide. Danny Kennedy spoke at a Bioneers conference.

Danny Kennedy speaking at Bioneers 2023

Danny Kennedy (DK): And today I’m going to talk to you about the mines we need to build and the stuff we need to do to get through the energy transition that we’ve begun this century, and the hard work and the hard choices that we’ve got to make this decade about some tough things, including maybe some holes in the ground that need to be built, because we have to finish the job we’ve begun to drive the solutions of climate change.

The good news is if we do it with a sort of approach in our hearts and heads, we can create a civilization just a decade or two hence which can actually live sustainably on this wonderful spaceship Earth forever. And that’s the prospect that we have to build this decade. This is the time. We are the generation. We always knew that, and now is the time to build.

Host: Danny Kennedy has long been at the forefront of clean energy adoption. Among many hats, he also serves as Managing Director of the California Clean Energy Fund, which finances early-stage companies driving innovation and building equity in the California economy. He has co-founded several clean energy companies, funds and enterprises around the world.

His earlier work beginning in the 1990’s with Greenpeace and Project Underground put him on the front lines of stopping destructive mining and extractive projects. His activism against a gold mine in Indonesia led to his arrest, interrogation, and deportation from Papua New Guinea.

He says the clock has run out for what he calls “fossil fools.” In fact, in 2023 for the first time ever, global investment in renewable energy surpassed investment in fossil fuels. Predictably, the backlash from this zombie industry is fast and furious.

DK: They did damage for 200 years from extraction through pollution, and it was never going to end. We were locked in, by the turn of the century, with China, in particular, having just begun to get its coal out of the ground, to be the factory for the world, as well as to bring hundreds of millions of humans into electricity services like we take for granted in places like the U.S.– India, China do the same.

But we realized that we had a problem, Houston. We had to decarbonize this system of electricity and mobility services that we’d become dependent on in the 20th century, and we were wondering, pretty legitimately, to be honest, at the turn of the century which technology set would we depend on for our civilization going forward. Would it be fossil fools with carbon capture and storage? No, that’s bullshit, as it turns out. Would it be a nuclear renaissance? No, it’s not going to be that. Would it be wet renewables, wave power and maybe hydro done better, run a river or something or other?

Overlooking the solar photovoltaic panels and agricultural planting temperature shed / Shutterstock

As it’s emerged, as the market has had its head, it’s become clear we’re going to be a solar-powered civilization, and the big nuclear reactor in the sky does plenty of good work, shining its lights on us every day, and we can capture it through photovoltaics and wind turbines, which the wind is transferring the heat on the Earth around. And the reason it’s won the race, the question of which technology would be the winner, is simply cost. It’s the lowest way to produce electricity ever in the history of the world, and we’re seeing that now.

And in 2014, we hit a point we call grid parity when our electricity was cheaper than anyone else’s electricity. And the thing is, the more we do it, the cheaper it gets. It’s called a technology curve versus a resource curve, where a finite thing gets more expensive because it’s scarce the more you use it. This stuff’s getting cheaper the more we build it.

Host: The takeaway is disarmingly simple: Fast-forward the transition to renewables – and electrify everything everywhere all at once. Of course, it’s easier said than done.

DK: Of course there was the problem of [LAUGHTER] when the wind don’t blow and the sun don’t shine. [LAUGHTER] You know the story. We had to fix for that. And so we lent into the periodic table and we did some green chemistry and we came up with the highest energy atoms that we could in lithium, a technology we’d commercialized in the 1970s for our Walkmans and made better through our personal electronics boom in the nineties, and we started putting them in cars, and then on the grid. And so we solved for the problem of storage of all this abundant sunshine that comes to Earth and we can transition into electricity with these batteries that we’re now making at speed and scale.

And thanks to the Chinese, really, for doing that. In 2017, there was a moment where the startup BYD made the fleet of taxis and buses in the city of Shenzhen of 20 million people go electric in one year, and that kind of proved that batteries on wheels could store all the sunshine that they were producing in the nearby electricity markets and go from dirty to clean.

Host: But just how renewable is renewable energy? Is it possible to have a so-called “green” lithium industry if it still requires endless extraction?

Ironically, after starting his career opposing mining, Danny Kennedy now found himself facing the triage of climate disruption: How do we end fossil fuels and also get off the destructive extractive cycle, while we still need mining for the time being to build the clean energy future?

DK: Here’s this stuff called lithium. We thought it was only for pharmaceutical purposes until three Nobel Prize-winning scientists created some batteries out of it in ’71-ish. We used it for Walkmans in its first commercial application.

Then around the turn of the century, some geeks down in Silicon Valley were actually wiring these little rechargeable batteries together and driving their go-kart roadsters around on them, and that became a company we now know as Tesla. And that has disrupted the automobile sector, the oil and gas industry, the grid storage and so forth, all with the incredible reality of this lithium element, which sits in the periodic table right up there with hydrogen and helium – lithium, beryllium, boron – right at the top; very strong energy density and potential for exchange, which is why it’s going to continue to be used in battery chemistries.

Good news is lithium’s very common in the world. In fact, in seawater it exists at significant parts per million and is probably a future source of—from the desalination of seawater. Right now, most of the lithium in the world comes out of hard rock mining in Australia, about 60% of it. We dig rocks up in Australia, put them on ships, take them to China, burn them in furnaces for a few weeks in a sulfuric acid bath, and extract the lithium out of the rock that way.

Another very big resource of lithium and a significant source of lithium in the economy today is in South America in the so-called lithium triangle of Bolivia, Chile, Argentina, where it is coming out of salt waters underground, but they evaporate it through salt ponds. So quite destructive on Indigenous land in Atacama Desert. That’s the other big source that’s expanding in the world.

The world is going to probably 10x this decade or more the need for lithium to drive all the vehicles and do all the things, and electrify everything, so everyone’s scrambling for new resources, new sources and reserves. Trying to produce better green lithium.

Host: But is “green” lithium a contradiction in terms? Here the story gets gnarly – literally.

DK: Here we produce about 10% of California’s electricity with geothermal power plants. The San Andreas fault is squirting water out of the magma, coming up through the geological structures, dissolving everything in its path. And that all comes to the surface, and who knows what that all is. They call it a gnarly brine. That’s the technical term. It’s got a lot of shit in it, and it’s all dissolved at super high temperatures.

They’ve been studying it for 40 years, they’ve been producing this steam to the surface, it’s not a lot of toxics. There are some things in there that we would be careful of in high concentration.  As they bring this hot water off the San Andreas fault to the surface, to get the steam to generate the turbines, the water cools down and a whole lot of salts precipitate out of it. Lithium is one of the salts there that they can take out commercially. To take the salt out of it obviously has an environmental impact. So I mean I’m not saying it’s without footprint. It has a footprint.

The first bottles of lithium solution, which becomes lithium carbonate, lithium hydroxide, which the precursor chemicals into the lithium battery supply chain, we have sort of all held in our hands in the last months, which is a very exciting thing, because we’ve been talking about this since 2019, when we wrote a report called Building Lithium Valley.

So we’re on the cusp of green lithium with almost zero additional carbon footprint at the scale of about 300 kilotons a year, which was probably what America consumed in 2020, not what it will consume in 2030, but a good chunk of what we need. This system is such that we can extract a certain amount of this material onto the surface into the economy, and two decades hence, we should just be cycling that. We don’t need to go back to the well. We can just keep a recycling system going and use it in perpetuity, which is this wonderful abundant solar-powered civilization stored in lithium that we’ve already got in the system if we do all this right.

Host: Scale matters. The total amount of lithium that’s necessary to mine by 2050 is a fraction of 1% compared with coal, oil and gas. But even if lithium can be recycled at scale in a closed loop within 20 years, how do we avoid replicating the same broken economic paradigm: the extraction of concentrated wealth by giant corporations? 

Once again, the story gets gnarly.

The California lithium project centers on the Salton Sea, an environmental justice calamity caused in 1904 after a dam broke and the Colorado River flooded the Imperial Valley. Today, the Salton Sea’s primary water source is nearby agribusiness farm runoff, which is riddled with fertilizers, heavy metals and toxics. It’s on Indigenous lands long held sacred by tribes, in a poor, largely Latino county whose average family annual income is $13,500 dollars. And the toxic mess has resulted in a poisonous dust that’s killing community members, including children.

What social and economic impacts will industrial-scale lithium mining have on the 180,000 community members? Who will benefit?

Aerial View of a Geothermal Energy Plant in the Imperial Valley of California near the Salton Sea / Shutterstock

DK: One of the things that happened last year with this lithium conversation, because it’s starting to get interesting from the industrial development point of view, like $4 billion of investment were announced last year. I mean, it’s all paper tiger stuff; they’re not real investments until they’re real investments, but, you know, big battery factories are being talked about in this place. OEM, meaning automobile manufacturers, are talking about building things nearby and facilities and so forth – billions and billions of dollars, which this town hasn’t seen for a while. Right?

And the state legislature did impose a tax, which was hard fought. You probably didn’t even hear about it in the news. But this was a big deal because it says initially $400 or $700 a ton, up to $1,000 a ton will be taxed on every ton of lithium extracted from the ground and sold to be recycled into the community for community benefit. We got a lithium severance tax effectively written in the law. There’s no lithium of note being produced, so it doesn’t mean anything right now, but at least there’s that prospect.

This tribal community has this incredible land right, which is kind of a weird twist of fate, which is they can buy 11,000 acres anywhere in this region because they had their land buried by the Salton Sea. So, you know, oh, you want to build a giga factory, LG Chem, you need some land for that? You want that land? I can buy that land, and I’m a sovereign nation that can do whatever is necessary to do it. But the sovereign nation is smart enough to know we want to do that the best way possible.

Host: The Torres Martinez band of the Cahuilla Indian Tribe owns 11,400 acres below the Salton Sea, with rights to purchase 11,500 adjacent acres. Rather than leasing the valuable development rights that will pipeline the profits to corporate headquarters, the tribe is organizing itself as a sovereign nation to reinvent the tribal business economy through its own ownership, development and entrepreneurship.

While protecting its cultural and natural assets, including its language and history, the tribe is designing sustainable development plans, including youth entrepreneurial accelerators.

Jesus Arguelles, a business consultant to the Torres Martinez band, calls it “servant capitalism” intended to create an eco-industrial zone providing good jobs and an inclusive economy.

Needless to say, there are serious issues and concerns. Many Native people are justifiably skeptical of any kind of commercial mining, whose long history of environmental racism and eco-apartheid is well documented. There are also environmental unknowns. Disturbing the deep briny watershed could provoke earthquakes, although there has been marginal such increase from the existing hydropower plants – at least so far. The historical echoes of false promises by techno-utopians and the imperious greed of corporate interests resound throughout the community. Yet at the same time, climate breakdown necessitates the imperative for large-scale action. Welcome to 21st Century triage.

When we return, how California is setting the pace for the clean energy revolution and a just transition that elevates those who’ve been hurt first and worst by petro-colonial legacies – how China and India are electrifying – and how millions of clean energy entrepreneurs may be the heroes and sheroes of this epic transition…

I’m Neil Harvey. You’re listening to The Bioneers…

Host: How fast the massive clean energy transition remains a wild card, but some things are certain: The fossil fuel industry will use every trick in its playbook to obstruct the decarbonization of the economy – and big business will do anything and everything to prevent the democratization of the economy. Again, Danny Kennedy.

DK: I see two big psy-ops in the sort of media and messaging war that’s out there. One is saying that it’s sort of an apples and apples experience, what-about-ism, you know, this transition to clean energy’s going to do just as much destruction, so don’t worry about it, just hang out with fossil fuels. This sort of false equivalency that the mining required for lithium batteries, for example, is just as bad as fossil fuels.

The other is that the start-ups and the innovators and the disrupters in the community, activists and the organizers that are trying to build community wealth through this transition because of the innate justice built into a distributed energy architecture that could be locally-owned and democratically-controlled, they can’t deliver it on time. You’ve got to depend on the big guys.

It’s almost like this is a trap, a script that’s been put into the executive offices of these oil companies over the last few years. They’re repeating and repeating this message, partly to spread fear, uncertainty and doubt, which has been their game for 30, 40 years, but also just in case they want to try to capture the initiative and take the market, and do the next century just as they’ve dominated the last.

Host: As the fifth largest economy in the world, California is on a path to 100% renewable energy and a decarbonized economy by 2045. By 2023, it had already reached 31% renewable energy, up from about 4% just a decade earlier.

Can California’s ambitious trajectory go national and global? Given that we’re already in climate overtime, can we quicken the pace? Danny Kennedy says the kinds of entrepreneurship and startups that New Energy Nexus supports are crucial.

DK: And so here we are in the 2020s. We’ve got to just electrify everything. There are a billion machines here in the States that have to be switched over from thermal system to electric, and 10 billion systems around the world.

We’re obviously going too slow, and we need to speed this up. California 2035, not 2045. Come on, people. We’ve got to build some new muscles. We really have to do things differently, including build stuff. We’ve got to go back to the future, really, and the indigenous wisdom and the leadership of communities of color, [APPLAUSE] the people who have been hurt first and worst, those living with the legacies of fossil fuels that are actually leading the way.

The lift we have to do this decade, we’re less than half of our economy electric right now, and that’s a big lift. We’ve built a lot of renewables that we can’t interconnect to the grid because of transmission delays and pipelines and things.

Where we are seeing leadership for this in the States, I could talk about the amazing people in Standing Rock that are standing up wind farms as well, or the Yurok up in Northern California that have built out the resilience microgrid at Blue Lake Rancheria and are helping the offshore wind industry grow out of Humboldt Bay.

But, I have the privilege of working with 150 amazing folk around the world, supporting start-ups in many countries to get this energy transition done. We support diverse entrepreneurs with justice and equity in, so we get justice and equity out of this transformation. We’ve had 880 companies come up since I joined the outfit in 2016. We’ve supported thousands of entrepreneurs, put $50 million into them, and we’re trying to redress the gender injustice that’s inherent in the energy industry, as well as in start-ups, seeing more generally with some success, although, always more work to do. And we’re seeing this upswelling, this Cambrian explosion of this opportunity that is actually happening in real time in the world.

Host: Addressing climate disruption is intrinsically a global game. No country can do it alone. In particular, China and India are make-it-or-break-it players.

Just on rooftops, China is supplying 50 gigawatts of solar annually, the energy equivalent of what 15 nuclear power plants produce in one year. It’s also still burning gobs of coal and building coal plants.

Meanwhile, India has adopted a potentially game-changing national solar mission. It’s playing out in unexpected places where it really counts.

Electric auto rickshaws at charging station in New Delhi, India. Credit: PradeepGaurs / Shutterstock

DK: Just like five years ago, India was being talked about as this ticking time bomb on climate because they’re going to get electricity for all their people, and now they’re doing it with solar and wind at a scale and speed which is almost hard to imagine. And that is spilling over into their mobility markets, where vehicle miles traveled in India are mostly on two and three-wheel vehicles. I think the rickshaws in Delhi or the mopeds in Mumbai, 85% of people get around that way, and that is all electrifying because this low-cost, abundant electricity is spilling out of the system and charging batteries all over the market. And that is actually destroying demand for oil in the world, like millions of barrels a day is actually being reduced from global demand by the electrification of mobility.

And we’re seeing this everywhere. In Indonesia, we’ve got a company in our portfolio that’s doing it for hot swappable batteries for the two wheelers there. We’ve got a company that actually came up in Berkeley, California, called Powerhive, that is taking boda bodas electric in East Africa. Boda bodas are like the taxis in Kenya that they’ve got hot-swappable battery platforms for.

Host: Similar kinds of radical shifts are now disrupting marine transportation. Hundreds of millions of humans move around rivers and coasts in small gas-powered, emissions-belching boats that are now starting to go electric too, and it’s much cheaper.

One challenge to meet the needs of the transition is the lack of a U.S. manufacturing base. Another is the dearth of training for the people and skills needed, as well as practical support for small businesses.

Now, says Danny Kennedy, is the time to unite to build a solar-powered civilization…

DK: We literally need millions of businesses to deliver the electric everything – the appliances, the induction stoves in the houses, the marine transportation, mechanic shops to switch out the motors or whatever. You know? And there’s not enough getting into that game. And then there’s not enough workers to work in those workforces. Just electricians to electrify everything, you need electricians. We’re short at least 100,000 in the United States for what we think we need done. The rest of the world, forget about it.

And this I think is actually the big one: it’s geopolitics. We are talking about “them and us”, and we’re creating a desire to dominate these supply chains and these industries, instead of we are all in this together, we must collaborate, we have one decade to do this, people, and we cannot fall out. You know?

The saber rattling is frightening to me, and I’m not pretending the Chinese are above this at all either, but we need to get together and not let the scarcity mindset of the past and these men and their toys and the military industrial complex and their businesses drag us and our children into a distraction rather than do the work that needs done this decade.

Now is the moment. The 2020s is the decade we knew was going to be the turning point inflection. We are on the path. We must stay the course. Do not get distracted. This is the time to build. These are the charging ‘20s, the time that history will look back upon in which we built the solar-powered civilization we all yearn for. Shine on! [APPLAUSE]

Host: Danny Kennedy, shining on.

“The Charging Twenties: Now is the Time to Build a Solar-Powered Civilization”

What Can I Do About the Climate Emergency?

News of wildfires and floods can make climate chaos seem imminent and inevitable, but there is more to the picture. In the background of these climate catastrophes is another story, one that is more complicated but also more hopeful. Renewable energy has improved backing and is multiplying, battery materials and storage have dramatically advanced, and the public is far more engaged than it was only a decade ago. In the below guide to taking action on the climate emergency, writer, historian and activist Rebecca Solnit argues that we have the solutions — the real obstacles are political. 

“What Can I Do about the Climate Emergency?” offers a practical guide to get involved, starting with identifying whom to work with and what to work on. Whether your niche is backing legislation, campaigning, protesting, or making calls and writing letters from home, it all matters, and it’s all needed. The guide walks through the steps, including getting informed, choosing your scale, and finding a group, as well as outlines the four main areas for action: fossil fuel; democracy and human rights; the human landcape; and the natural world. Solnit says national legislation and international treaties matter, but so do the countless small pieces that add up. This is how you begin. 

Check out the guide and watch Solnit’s talk at the 2023 Bioneers conference.

The Pitfall of Plant-Based Pharmaceuticals and Therapies

Why might someone develop resistance to a pharmaceutical drug based on one active plant ingredient but be successfully treated by the plant itself? Renowned ethnobotanist Mark Plotkin argues that modern science commits a persistent error as it seeks to isolate one component of a plant without considering the rest. Similarly, physician-scientist Karyemaitre Aliffe argues that just as conditions in a vineyard affect the quality of the grapes, growing therapeutic plants in a lab can alter their desired effects. In the below excerpt from a Bioneers panel discussion, Plotkin and Aliffe discuss what we miss when we oversimplify nature’s complexity, and how we can correct our thinking. 

Plotkin is a renowned ethnobotanist and award-winning eco-activist, co-founder of the Amazon Conservation Team, and best-selling author of “Tales of a Shaman’s Apprentice and Medicine Quest: In Search of Nature’s Healing Secrets.” Aliffe is a physician-scientist and leading expert on the healing properties of cannabis. He has taught at Harvard and Stanford universities and has 35+ years of experience in natural products research, including explorations in many remote global regions. 

Note: The below excerpts are from a larger discussion that took place during a virtual panel at a Bioneers online conference in 2021, Human-Visionary Plant Relationships in the Anthropocene. They have been edited for clarity.


MARK PLOTKIN: An important point I want to make is that, in general, there’s a big difference between taking a whole plant with all the complex compounds it contains and taking a pharmaceutical drug based on just one supposedly “active” ingredient found in a plant. Take quinine (Cinchona officinalis): that tree, native to the Andes, has probably saved more lives than any other tropical species because it’s long been the most effective treatment for malaria. The modern Western scientific approach has been to isolate one of the alkaloids found in the plant and make pharmaceutical anti-malarial drugs based on it, but the massive use of that sort of single alkaloid has resulted in the malaria-causing plasmodium parasite beginning to develop resistance to it. I have a physician friend in Colombia who tells me he is able to treat even quinine-resistant malaria by using the whole bark from the tree instead of the pills because the bark contains 15 different compounds and the parasite has a much harder time developing resistance to it. 

The modern scientific reductionist approach repeats the same sorts of mistakes over and over, and it’s one reason we’re facing more and more drug-resistant diseases. Useful in treating malaria is another plant, artemisia. Yet the pharmaceutical industry is repeating the same pattern as with quinine, and once again we’re sure to generate artemisia-resistant malaria. I’m not saying we should never develop synthetic drugs based on compounds found in plants, but we have to do it carefully. And we need to have far more understanding of and respect for nature’s complexity, because honestly our supposedly scientific, high-tech methods often fail or create unintended consequences because they are far too simplistic in their approach to very complex, interdependent living systems.

Time and time again, we look at nature and want to snatch and grab one gene, one bacterium, one alkaloid and bring it back to the lab and make a useful, uniform product that we can mass produce and make money from, but it’s just not that simple. That’s not how nature operates. And most of the time we don’t listen to the people who know the most about how nature operates and what it can teach us, and that’s the Indigenous people in the most biodiverse places on the planet.

An example is the fungus Cordyceps. My colleague Glenn Shepard was long interested in a plant called piripiri, a chemically inert sedge related to grass that tribes in the western Amazon have long told us is an effective female contraceptive and also has other properties. When researchers tested it in the lab, they couldn’t find any chemical activity at all, but Glenn Shepard, who speaks Machiguenga and has worked with that tribe for decades was talking to one of the Machiguenga shamans about this and the shaman gave him the plant to take. Soon thereafter, Glenn felt great and began juggling masterfully, something he had never been able to do well previously. He began studying the plant in a bit more detail and found that the secret of the sedge isn’t the plant itself but a species of cordyceps fungus which contained seven new-to-science alkaloids. Again, scientists looking for the single ingredient missed the complex fungal-plant relationship.

Now I’m not arguing against the creation and use of modern, synthetic drugs based on natural molecules. After all, the great chemist Albert Hoffman created LSD-25 based on compounds from the ergot fungus, but there are so many millions being invested in these industries now that very little attention is being paid to protecting the original habitats of these plants. And climate change is threatening or causing the extinction of some species, including psychoactive ones. It will be very hard to preserve many of these species without tackling climate change.

My worry is that at the same time that we have more and more access to these substances, the roots, both botanical and cultural, are dying. That’s why the Amazon Conservation Team and other groups…are so focused on defending cultural and biological diversity, so we don’t wind up with a world with no primary forests, in which the only wildlife are cockroaches and pigeons, and all the shamans have passed on without being able to pass on their knowledge and their languages. It’s a conundrum: We have more information and greater access to plants and plant lore than ever before, but we’re also destroying the habitats of those plants at a faster and faster clip. We’re burning the candle at both ends…and we will need curanderas/curanderos and microchips to build the medicine of the future, which I think will be some sweet spot somewhere between those two approaches. And we still need to develop the patience to listen with respect and patience to the ones who know best what nature has to offer us, the Indigenous shamans and healers, if we don’t want to miss the opportunity to discover new (to us) antivirals, antimalarials, entheogens, etc., all of which we are most likely to desperately need in the years ahead. There’s a lot more out there. The rainforest has answers to questions we have not yet asked!

DR. KARYEMAITRE ALIFFE: …Another interesting concept worth looking at because it reveals some other limitations of current scientific approaches is the “entourage effect.” In the domain of pharmaceutical development, researchers are always studying one single agent at a time, the “silver bullet” approach. They are not taking in all the complex interactions occurring in the human, physiologic and cellular environments. They just want to observe effects induced by a specific single molecule, but the drugs they develop will ultimately be given to real human beings who are, especially if they’re older, most likely already taking a wide range of other prescription drugs for conditions such as high blood pressure, diabetes, high cholesterol, mood disorders, etc. Most people are functionally engaged in polypharmacy. They’re taking more than one drug, and those drugs have not been studied thoroughly in combination. Is there an entourage effect? Are there complementary activities or even untoward effects from that combination? That’s rarely studied or even considered.

And, of course, when you add in cannabis, large swaths of the medical establishment holding prejudices against it complain that cannabis may interfere with their prescription drugs, as though their prescription drugs were invariably providing a more important therapeutic action than cannabis, and as though some of the drugs they prescribe don’t have potentially dangerous side-effects. Drugs such as Ambien are far more likely to cause people to do all kinds of wildly unpredictable things, while sleepwalking, or even sleep-driving on the freeway, than any amount of cannabis.

Bear in mind that cannabinoids are just enhanced salicylic acid derivatives, the same family of molecules as aspirin. They’re not nearly as esoteric as many current psychotropic pharmaceuticals.

One last thing I’d like to delve into is the relationship of climate change and of environmental contexts on the therapeutic potential of cannabis. The cannabinoids within cannabis that we explore for their therapeutic potentials are “secondary metabolites” — molecules that are not directly involved in the growth, reproduction and proliferation of a plant, but that provide selective advantages over other plants, microbes or even animals that may diminish that plant species’ ability to thrive and proliferate. Secondary metabolite profiles change as plants respond to environmental change. In the case of cannabis plants, such compounds include cannabinoids, terpenes, and cannaflavins, a class of flavonoid metabolites with enormous anti-inflammatory potential (discovered by one of our esteemed colleagues, Dr. Marilyn Barrett, who worked with us at Shaman Pharmaceuticals). 

 

So, when you’re looking at therapeutic compounds in cannabis plants, you have to look beyond just the simple genetics of a particular cannabis strain. You have to study the secondary metabolites — just as in viticulture, where grape quality depends on what the French call the “terroir,” the very specific circumstances and conditions of the soil, rainfall, temperatures and the general environment. Plants are super sensitive to their local conditions. Some studies have even shown that if you introduce certain insects intentionally into your cannabis grow, it can induce increased production of particular secondary metabolites.

This has major implications. For example, if you seek to grow cannabis in a highly controlled, clean and sterile environment, it may not necessarily be to your advantage in terms of producing the types of therapeutic compounds you want. When consumed by humans, cannabinoids interact with our endocannabinoid system; and our own endocannabinoids (endogenous cannabinoids) are derivatives of arachidonic acid, a common molecule in human and plant physiology that is involved in stress responses. To simplify a bit, the point is that there is continuity between plant and animal (and therefore human) physiology. When plants are stressed, they produce molecules to help manage those stressors, and these molecules can often help humans manage stress. So, if you’re raising pampered, unstressed plants, you may not produce the therapeutic compounds you are seeking. This is another example of the need to look at whole complex systems and where the plant and the work you’re trying to do fit into the larger world, where everything is interconnected.

Release of Wolves in Colorado and Beavers in California Represent Step Forward Amid ‘Era of Extinction’

As each of their five crates was opened, the gray wolves lifted their heads. After a look at their surroundings, a meadow against the treeline of the Colorado Rockies, the wolves bounded out, away from onlookers who ringed their row of crates. 

What the small crowd of Colorado Parks and Wildlife (CPW) officials and others was there to witness was indeed a momentous occasion, as the release of the five wolves — with plans for more to come — represents a historic reintroduction after humans eradicated the species in the area in the 1940s. As The Colorado Sun reported, Joanna Lambert, a professor of wildlife ecology and evolutionary biology at the University of Colorado, said the release represents hope amid an era of extinction. 

“This is a moment of re-wilding,” Lambert said on the day of the release. “Of doing something to stave off the biodiversity extinction crisis we are living in … to make a difference in this era of extinction. And moreover, this is a source of hope not only for all of us standing here but for our younger generations as well.”

The video of the release (below), which was recorded by Jerry Neal of CPW, captures a moment years in the making. In 2020, Colorado voters passed Proposition 114, which mandated that CPW develop a plan to start reintroducing gray wolves to the western part of the state by 2023. The plan anticipates that reintroducing wolves on the Western Slope will require the release of 30 to 50 wolves over the next three to five years. 

The five wolves were released on Dec. 18, in Grand County, representing the first time a state — not the U.S. Fish and Wildlife Service — has introduced an endangered species into wildland in the U.S., according to the reporting from The Colorado Sun. The wolves, three males and two females from three different packs, were captured in Oregon and flown to Colorado, spending less than a day in the crates. CPW released another five Oregon wolves on Dec. 22, and the plan is for future wolves to come from different packs in states such as Idaho, Montana and Washington, according to CPW. 

A few states away in California, a release of a different sort has been underway. The California Department of Fish and Wildlife (CDFW) recently launched the initial phase of its beaver release program, representing the first such release in nearly 75 years, according to a CDFW news release. Working with the Maidu Summit Consortium, CDFW released a family of seven beavers into Plumas County, in a location that is known to the tribal community as Tásmam Koyóm. 

Released into a meadow pond, the beavers slipped smoothly into the water and began swimming around. CDFW officials said in a video of the beaver release (below) that within a month, the family group, which consists of a breeding pair and their offspring, had started building homes on the pond. 

“Today is so significant because this is about restoration,” California Natural Resources Agency Secretary Wade Crowfoot said in the video. “This is about bringing back an animal. It’s about what that animal can do.” 

The Occidental Arts & Ecology Center (OAEC), an 80-acre research, demonstration, advocacy and organizing center in Sonoma County, California, has played a significant role in generating public awareness and support for beaver reintroduction. The CDFW and the Maidu Summit Consortium invited OAEA representatives to participate in the release. Activists Kate Lundquist and Brock Dolman, founders of the OAEC’s Bring Back the Beaver campaign, said it was an honor to take part.

“After many years of dedicated work with diverse partners across the state, we are truly gratified to see the day when our state wildlife agency is supporting tribes in returning beaver to their ancestral homelands,” they said in an OAEC news release. “True to our campaign name, we’re finally bringing beaver back!” 

The new family group of beavers joins a single resident beaver in the valley with the ultimate objective of re-establishing a breeding population that will maintain the mountain meadow ecosystem, its processes and the habitat it provides for numerous other species, according to the CDFW news release. CDFW officials say the reintroduction of the beavers seeks to restore healthy function to the ecosystem that was impacted as species were eradicated. 

“There is a part of our history where we viewed a lot of animals as nuisance, varmint, and we shot them off the landscape — from bison all the way down to beaver and many things in between,” CDFW Director Chuck Bonham said on the day of release. “And when you bring them home, you’ll restore your ecology.” 

Bonham noted in the news release that beavers help retain water on the landscape, which increases groundwater recharge, improves summer baseflows, extends seasonal flows and increases fuel moisture during wildfire season, effectively creating green belts that can serve as wildfire buffers or breaks and provide refugia for wildlife. The release of the beavers represents the first phase of a reintroduction effort that will soon be followed by a similar effort on the Tule River Reservation in the southern Sierra Nevada.

For more information on the crucial role beavers play in ecosystems, including how they can help prevent droughts, floods, soil erosion, climate change and biodiversity loss, check out the Bioneers podcast episode, “Beaver Believers: How to Restore Planet Water.” Lundquist and Dolman, of the OAEC’s Bring Back the Beaver campaign, share their semi-aquatic journey to becoming Beaver Believers, and discuss how the restoration of beavers offers ancient nature-based solutions to today’s environmental issues.

Layla K. Feghali | Food is Our Medicine, Love is Our Medicine

Layla K. Feghali

Tying cultural survival to earth-based knowledge, Lebanese ethnobotanist, sovereignty steward, and cultural worker Layla K. Feghali offers a layered history of the healing plants of Cana’an (the Levant) and the Crossroads (“Middle East”) and asks into the ways we become free from the wounds of colonization and displacement in her book, The Land In Our Bones.

Purchase The Land In Our Bones here.


Food is Our Medicine, Love is Our Medicine, by Layla K. Feghali

My maternal Teta’s (grandmother’s) house was a universe unto itself. Time and space would cease to exist there. Teta had been living in the US since the ’70s but her house still smelled, felt, and tasted like the tiny southern village she came from, possibly even the same version of it she left before war and occupations, before the family moved to Ras Beirut, before they traveled oceans, before it all. We would come visit her often in the springtime when we were children. Easter was my Jiddo’s favorite holiday, and I recall the festivities of that season and the rituals it entailed. All our maternal aunts, uncles, and cousins lived in Florida except for us, so our visits were special and brought completeness to the family for a moment. There was always lots of food.

Teta’s house was a capsule of our memories. Every room contained its own secrets and stories from our childhoods. Etchings on the walls we got scolded for and height charts to archive our growth—our own lexicon of stories were left as testaments in every corner. Every drawer and closet had some old remnant from the family’s life in Lebanon, or the handmade clothes our mothers crafted when they were our age. Every drape and couch, every item of Teta’s clothing, all the adornments in the home were sewed by her hands. The whole place smelled like fresh grown za’atar, so much so that my clothing would always linger with this smell when I got back to California. At certain points in the day, all my aunts and uncles would arrive in a simultaneous cascade, the rakweh would boil and black bitter coffee would make its way to the living room where everyone collected to banter for a moment before going back to their daily work. There would always be a couple people playing tawleh (backgammon) on the other side of the living room while the rest of us sipped, and someone else in the kitchen rustling around for bizr (seeds) or fruit to snack on with the coffee. Undoubtedly, ahweh (coffee) was and remains the most steady and sacred ritual of all in my mother’s family. The moment in the day when everything else would stop and we would all be together, in Teta’s house, doing what families do, what village folk do, thousands of miles and decades of time away.

While the living room was the heart of the house where this ritual would take place, the soul of the house lived somewhere between the kitchen and Teta’s prolific garden. For our people, and for my family, food is love, and culinary love is deeply and fundamentally communal. To share a meal or drink together is the most significant (and mundane) ritual of connective care, and it is also our primary vessel of botanical medicine. Our traditional foods are the first line of physical defense and fortification, as well as the initial method of treatment should an ailment arise. Furthermore, the seasonal nature of our traditional cuisine revolves around wild and baladi (homegrown, organic) crops whenever available, anchoring the traditional eating culture within the cycles of local land and its inherent intelligence and embedded medicinal properties and vitality. It is part of the unspoken way our communities calibrate to place and to one another.

This played out naturally in Teta’s house. There was a tiny island in the middle of her kitchen, which always had a small container of za’atar next to one of zeitoon (olives), a bag of mar’oo’ bread handmade by her, and a little jug of olive oil. At most points of the day, there would be at least a few of us sitting there, eating, snacking, or helping Teta roll grape leaves or prep a meal. In Teta’s house, every ingredient and step of the food preparation process was approached with great respect. The kitchen led to a side room that stored additional cooking equipment, and a garage where her saj oven and distiller and an extra freezer dwelled, which led to the nursery of her garden where she grew parsley, zaatar, sage, and every other basic vegetable and herb of the Lebanese cuisine you could think of.

Teta’s garden was her place of refuge and pride, and she was known in the family to have ’eed barakeh بركة يد”) a blessed hand,” or what we call in English a green thumb) that could manage to help any plant live somehow. Okra, cucumbers, eggplants, tomatoes, figs, oranges, and of course roses. All of these fresh greens would make their way into our meals prepared with undeniable love and packed with nutrients and protective medicine. The resourceful, seasonal, and natural qualities of the materials emphasized in Teta’s house were always significant, and it was something my mother carried forward in our home too, she perhaps the most dedicated foodie of our whole family. Just as they insisted our clothing be made with cotton, silk or other natural fibers, the grains, meats, and vegetables utilized in our meals were chosen with a grueling discernment and attention to flavor, freshness, and quality entrenched deeply in our land anchored culture. The love inside food prepared and shared was demonstrated by each detail of care and skill invested, the medicine ensured by insistence on cleanliness and homegrown ingredients wherever possible. In Teta’s house and the lineage of her children, food is truly devotional.

The vibrancy of communal preparation, the songs, kinships, and comfort that naturally emerge in the process of making together is the unspoken niyyeh, the underlying intention and purpose inside Cana’an’s traditional food customs. The colloquial and social nature of food in our culture is in and of itself medicine, reinforced by the potency of plants, reflecting a deep paradigm of health embedded in collectivism and mutual stewardship of season, kinship, and place. Companionship is the most consistent and primary ingredient in our traditional food remedies.

While my mother’s family may be particularly invested in the ritual of traditional food preparation, its centrality in our home is not unique in our cultural context. Every aspect of culture across Cana’an centers around sharing meals—be it a regular summer day, a wedding, holiday, birth, or the death of an elder. It is somewhat offensive to refuse a meal or food item offered when visiting guests and family, and they will characteristically fill your plate with more than what you asked for. Food is an expression of love and generosity, which holds a high cultural value across our region. My father’s family in Lebanon is just as food-centric; many of my favorite memories with my aunties and grandmother especially revolve around the conversations at the kitchen table while picking fresh mlokhiyeh off the stocks, or eating green garbanzos in the garden with them and my uncles—always with finjan ahweh (a cup of coffee).

The communal aspects of food in Cana’an’s tradition exists in every stage and season of its preparation—from the growing, harvesting, and sharing of crops to the cooking and the consumption. My aunt reminisces about summer returns to the village during wheat season when she was a child. Wheat was usually purchased from villages in the Bekaa Valley, where it was known to grow well, and then brought to our own village in the south to be processed into burghul (cracked wheat used in many traditional recipes). A person would ride around the village with a loudspeaker announcing that today the wheat preparation would be happening at so-and-so’s house. Everyone would then proceed to that family’s house for a day of working together to prepare the grains that would nourish them collectively for the course of the whole year. In my own lifetime, I would most often arrive to my mom’s village to find Great Aunt Lucy on the back patio with her husband and neighbors shelling pine nuts, drying sumac, or processing za’atar together, depending on whatever was in season. Locals would come and go to lend a hand as we bonded over a break to read the predictions in our coffee cups, delighting in whatever fresh fruit was currently growing. I barely know what the inside of her house looks like—most of our visits centered around the garden and its bounty.

In a similar spirit, I remember one beloved aunty in my father’s village who spent her days walking around, with her umbrella for shade, arriving at the doors of extended-family homes with the special mission to help make ma’ajanat (dough pies) together. Her dough was famous for its delicious quality, extended family vying for her special touch and support in their kitchens. Food and its preparation has always been the central place of connection, nourishment, and day-to-day care across our region. Each person has a role, a hand to extend in the seasonal process, and the generosity to give of their abundance to one another regardless of how much or little they have. Even in my parents’ home in diaspora, extended community arrives unexpectedly at the door with a huge bag of fresh tomatoes, pickled olives, or wild mallow from their garden as an offering of mutual care reminiscent of home with no return expected. It is at the very core of our culture to relate in this way. And it is also why there will always be enough to share when unexpected visitors appear.

Food itself is such a foundational and integrated part of our collective tradition that some people might miss just how meaningful it is as a form of herbal medicine. It is arguably the most tenacious, intact, aspect of our ancestral botanical wisdom alive today. Our traditional recipes themselves are balanced formulations we may not be conscious of, but we maintain in the continuation of our ancestors who first developed them, and are empowered by our union with one another in both their conjuring and consumption.


From The Land in Our Bones by Layla K. Feghali, published by North Atlantic Books, copyright © 2024 by Layla K. Feghali. Reprinted by permission of North Atlantic Books.

Embracing Hope in the Face of Climate Challenges

As we step into what could prove to be a very challenging new year against the backdrop of the truly existential climate and ecological crisis and a highly unstable geopolitical context, how do we transcend despair and cultivate resilience and hope to be able to continue our urgent quests for a sane future? In this edition of The Pulse, we explore this quest for resilience in the face of the pressing challenges we face. 

We’ll hear from some leading figures offering pathways toward hope, from trauma psychotherapist Eva Jahn’s journey into the burgeoning field of climate psychology, to Krista Tippett and Christina Figueres on turning hope into action, and the legendary Joanna Macy on how to reconnect deeply with our planet. 


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Exploring the Emergence of Climate Psychology: Understanding, Coping, and Acting Effectively in a Changing World

Climate psychology is an emerging field at the nexus of human psychology and the environmental crisis. It seeks to help us understand the psychological barriers that depress our energy and hinder our positive action in society. Trauma psychotherapist Eva Jahn began exploring this field after noticing emotional gaps in climate activism and the pain Earth’s turmoil was inflicting most intensely on the most marginalized communities. In dialogue with Bioneers President Teo Grossman, Eva explores the psychological challenges raised by the climate crisis, highlighting coping strategies that permit us to maintain emotional well-being while still working effectively to improve the world.

Read now.


Choosing Hope: Reshaping Our Relationship with the Planet 

How do we navigate the profound emotional trauma triggered by the environmental emergency and political paralysis in order to move beyond despair and cultivate resilience and hope so we can continue to work effectively to solve our collective problems?

Krista Tippett, a Peabody Award-winning broadcaster, National Humanities medalist and New York Times bestselling author, hosts On Being, a podcast that explores what it means to be human (and will be in conversation at the 2024 Bioneers Conference). Read an excerpt from the episode “Ecological Hope, and Spiritual Evolution,” in which Tippet discusses finding hope and turning it into action with Christiana Figueres, who was Executive Secretary of the United Nations Framework Convention on Climate Change from 2010-2016. 

Read now.


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Joanna Macy: A Call to Reconnect with Our Planet

Our existence is intrinsically linked to the vibrant pulse of the Earth, says the beloved and highly influential author and activist Joanna Macy. With unwavering conviction, Macy invites us to acknowledge our profound connection to the planet we call home. Her impassioned words echo the undeniable reality that every atom of our being and every breath we take are intertwined with the living fabric of Earth itself. 

Read an edited excerpt from the transcript of Joanna Macy’s 2023 Bioneers keynote address.

Read now.


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Exploring the Emergence of Climate Psychology: Understanding, Coping, and Action in a Changing World

Climate psychology, a burgeoning field born from the intersection of human psychology and our changing environment, has seen recent growth driven by heightened climate awareness and a need to understand the psychological barriers hindering action. Eva Jahn, a seasoned trauma psychotherapist, joined this field after witnessing emotional voids in climate activism and the resonance between Earth’s violence and violence against marginalized bodies. Co-founding initiatives like the Climate Emotional Resilience Institute, she supports clients navigating climate distress, as well as the public through trainings and forums, empowering individuals and communities.

In a dialogue with Bioneers President Teo Grossman, Eva delves into the psychological complexities individuals face amidst climate crises. She addresses the parental challenge of balancing climate awareness and hopeful action for children. Her vision sees climate psychology fostering shifts in consciousness, resilience, and collective action toward a more harmonious relationship with our planet.

Eva Jahn will host a panel about climate anxiety and response at Bioneers 2024, a session presented in partnership with the Climate Psychology Certificate Program at CIIS.

Teo Grossman: Climate psychology is a fairly nascent field, emerging as a part of the profession alongside our increasing intellectual awareness and physical experience of a changing climate. Would you be able to give a little more background on the emergence of this field of study and treatment? 

Eva Jahn: Yes, of course. I would say that the field may have had its origin with psychoanalyst Harold Searles, who wrote in 1960 about the significant role of the “non-human environment,” as he called it, in the psychological life of humans and the implications of their disconnection with nature. He also introduced the psychoanalytic idea that some may ignore environmental degradation to keep their own idealized childhood intact and that others with less ideal childhoods may have less investment in preserving that early fantasy or believing that they can disconnect from the more-than-human world. As much as some analytically trained psychotherapists may take that idea into account in their current work with climate distress, the field really aims not to pathologize any of the feelings that arise. I mean, how can we pathologize a normal, healthy response to an actual threat? Shouldn’t we be expected to grieve, to experience fear, to be angry when part of the world that we love is dying?

Ecopsychology is another influence that started the dialogue between Psychology and Ecology around the early 1990’s with Theodore Roszak’s book The Voice Of The Earth and comes from the premise that each one of us comes from the Earth and is part of the Earth. But of course, none of these are original thoughts as Indigenous peoples have embodied and lived from and in that place of connection with the more-than-human world throughout time. 

But climate psychology as a field really emerged only recently with the growing acceptance of climate change and an interest in studying psychological processes that may interfere with people taking action. Many analytically-minded people, such as Donna Orange, Elizabeth Allured, and Sally Weintrobe, are leading the way and helping us understand the dynamics around dissociation, narcissism, denial, and how our resistance towards knowing plays a big role in it. How is it that we can see and care about what is happening in this world as well as not see and not care at the same time?

Climate Psychology is now considered more as an umbrella discipline including a range of many subfields such as disaster work, social justice, clinical work that includes group and individual treatment, peer support, clinical research, acute disaster and frontline responses, supporting the climate movement and really anyone on the frontline through emotional resilience trainings, writing curriculum to support schools and universities, and so on. We have climate psychologists who are working with national and local governments and NGOs as well as the United Nations and corporations in addition to the clinical work with individuals or small groups. 

TG: How did you come to this work? 

EJ: As a psychotherapist specializing in trauma, I have worked in the field of gender-based violence, including sexual assault and domestic violence, for a long time. As faculty for the International Center for Mental Health & Human Rights, I was co-facilitating trauma and resiliency groups for communities on the frontline of war. My partner works in climate activism, and we have spent much time in that world together. I have witnessed many friends needing to take a step back from climate work because of burnout. I think a combination of watching the lack of emotional support in the movement, my own complex feelings towards this crisis, and the direct correlation between enacted violence on female bodies and the earth really sparked a passion to intentionally bring this work more into my practice as well as wider spaces.  

As my psychotherapy clients began increasingly talking about climate anxiety, existential dread, and a fear of bringing children into this world or feeling alone in their experience with climate distress, my colleague Elizabeth Driscoll from the International Center and I started to offer online climate emotional resilience groups and trainings to support the navigation of all these complex feelings of climate distress and create community support. I became an active member of our mother ship, as I like to call it, the Climate Psychology Alliance, and received a climate psychology certificate from CIIS. I then later co-founded CERI, the Climate Emotional Resilience Institute, to meet the growing requests for training, workshops, and talks around the intersection of mental health and climate change and to create a small collaborative community of professionals to support activists, medical providers, educators, researchers, public servants and others confronting climate change in their work and beyond with emotional resilience so they can continue to go out and do the work. 

TG: I understand you’ve worked with a wide range of individuals and even institutions and organizations, from scientists to government agencies to front-line activists. Can you share the range of concerns folks have and the approach that climate psychology brings to these situations?

EJ: I think one way to answer this question is to bring in Finnish climate psychologist Panu Pihkala’s work talking about the psychological awakening process to crisis. As we are moving from unknowing to semi-consciousness to awakening to shock, humans, whose brains are not very well set up to deal with uncertainty in the first place, may experience complex feelings and try to cope with those feelings, including trying to make them go away again. So one way to cope might be jumping into action – full speed. We may grieve and retreat from the world for a while. We may get angry, fearful, and rageful. Experience existential dread or disenfranchised grief. Feel guilt or shame. We may want to distance ourselves from the knowing, even fall back into the comfort of denial for a while to avoid that new created consciousness. 

Panu says that distancing ourselves from the climate crisis is actually a crucial part of coexisting with it. Not dissociation, which is a mostly unconscious coping strategy where the individual is not in control. Distancing is a choice that you can make at times to create space for yourself. Susi Moser calls it “functional denial”  – those necessary breaks from grieving, from action. To take a breath. To allow yourself to retreat. To not absorb every climate change news article that comes your way, but to recharge. We are in this for the long haul, so we need to make this work sustainable. 

One thing that I see over and over, especially with the climate activists and scientists I work with, is burnout. Slowing down and taking a moment for oneself to rest and recover feels almost impossible when we breathe in the urgency of this crisis all the time. Climate psychologist Caroline Hickman introduced the terms internal and external activism. Too much external activism creates burnout, and too much internal activism may lead you to retreat from the important work in the world. So we need to find a balance between the two. We need to titrate. To be able to move back and forth between taking in difficult information and suffering and calming ourselves. And the way we do that is we listen. We lean in and pay attention to our nervous system: It will tell you when something starts to be too much. Deciding between the need to continue or the need to retreat is often tricky, as both are needed.

TG: You and I are both parents of small children. One of the challenges I face, both as a professional engaged in climate-related work and as a person living on the planet at this moment in time, is how to support my children to be informed without becoming overwhelmed and despondent. I know one of the leaders in this field, Leslie Davenport (who will also be joining us at Bioneers this year), has written an entire book on this subject. I realize this is an enormous question, and it’s different family by family and child by child, but I’m interested in the parental struggle to balance information and hope, criticism and action. 

EJ: That’s a great question and such a personal one too. And yes, Leslie can speak to it in so much more detail. I think with any parenting approach, we start with ourselves first. Asking: ‘How do I, as a parent, feel when I read disturbing news about the extinction of animals? Do I allow my grief to arise, or do I try to push it down? Does it make me anxious to even think about approaching this topic with my child? What other barriers do I identify within myself that may prevent me from talking to my child about the crisis?’ Maybe if I let myself get close to imagining my children’s pain, it’s almost too unbearable to tolerate. I may worry that I could exacerbate my child’s feelings if I bring it up.  

The truth is that we protect our children by talking to them about the scary stuff and making an effort to hear them out and understand it from their perspective. Daniel Siegel, who has written many books on parenting, says that acknowledging and naming our feelings helps us make them less scary. We name them to tame them. But as parents, we have to be ready to receive our child’s feelings with a regulated nervous system. When both sides are dysregulated, it’s very hard to find connections, and it may send the message to your child that this can’t be talked about. 

Once you have a regulated connection with each other, you can introduce climate change through children’s books and leave plenty of space for questions. You can ask them if they have heard about it before. Dreamt about it. Maybe in their school. You can share that it sometimes feels scary to you too. And then you can look at ways together on how to take better care of the Earth. You can choose a particular issue together that you both feel passionate about. 

Depending on your child’s age, you can study it together, read books, and then make space for feelings to arise and listen actively and openly when your child approaches you with concerns. And then link an action to that issue. I personally have taken my child to many demonstrations and rallies, and we create protest art for it. Or you could create little pamphlets and help your child to talk to your neighbors about it. The list is endless. Just follow your child’s interests. One thing I want to say about hope, which in itself can be its own question, is that the type of hope we are looking to pass on to our children and need for ourselves is not what Lauren Berlant may call cruel optimism. The one that lets us off the hook by luring us into a false sense of comfort that everything will turn out ok in the end. Instead we are looking for a hope that is grounded and engaged. Where we are not convinced the future is going to be great at all, but we are still going to apply ourselves toward the best outcome we can get. It’s engaging because we are writing ourselves and our children into the story as an active participant. 

TG: What are you excited by as this field continues to grow? What brings you hope?

EJ: Joanna Macy talks about the three dimensions necessary to create the change we need. 

1. Holding Actions 

2. Structural Change 

3. Shift in Consciousness

As it stands right now, I believe that the field of climate psychology can and should show up in all of these dimensions, but especially to provide a necessary foundation for that third dimension. To stand in collaborative communion next to all the other traditions and values, new and ancient, that have been shared over so many generations: in songs, and prayers, and demonstrator’s signs and banners. In the climate emotional resilience groups and workshops I run, I have witnessed so much beauty, compassion, and connection when people come together and share and allow themselves to be vulnerable. People feel less alone in their fight against climate change as it can feel a lonely road for many at times. 

Lin Yutang says: “Hope is like a road in the country, there was never a road, but when many people walk on it, the road comes into existence.” I think that gives me hope. Movements give me hope. My family gives me hope. My engaged community. Witnessing the resilience of our Earth gives me hope. Seeing people excited, engaged, creative, and passionate about climate change gives me hope. Hope, as so many of these complex feelings such as fear, compassion, outrage can all be a means to an end. They all motivate and can move us towards imagining and creating the future we want to see. Joanna Macy talks about the Great Turning. The story of the emergence of new and creative human responses that are going to enable a transition to a life-sustaining society where we join together to act for the sake of life on earth. And even though I go through phases of despair and anger at outrageous human behavior and may lose faith at times in our capacity to create change on a global level, this story provides a refuge for me. And then I choose to turn towards seeing beauty again, as we all are surrounded by it all the time. And that is the backpocket radical hope I try to stay in relationship with. 

Joanna Macy: A Call to Reconnect with Our Planet

Our existence is intrinsically linked to the vibrant pulse of the Earth, says author and activist Joanna Macy. With an unwavering conviction, Macy invites us to acknowledge our profound connection to the planet we call home. Her impassioned words echo the undeniable reality that every atom of our being, every breath we take, is intertwined with the living fabric of Earth itself. 

Following is an edited excerpt from the transcript of Joanna Macy’s 2023 Bioneers keynote address.


When I think of what makes me tick, I think about the fact that our Earth is alive. And we know it.

Everything in my body and yours is made of this Earth. And I can tell you with some authority that you didn’t come from anywhere else. 

You can speak for Earth right now. I know a lot of places where you need to talk about it. We’ve got everything we need and everything our bodies need out of this Earth, and it’s alive. 

We don’t need to make a profit from the Earth. Could it be possible that with the supreme danger of climate catastrophe facing us, we could outgrow capitalism? We can’t save our Earth without shaking off capitalism. Every day of your life from this moment on can be another way of learning that and celebrating coming back to life. 

When you take stock, we’ve been doing some pretty crazy things as a species. We think we’re so fine; we’re standing on our hind legs and have these mouths and opposable thumbs. But look what we’ve done. 

So I’m going to suggest what you can do to save the world. The way for you to have a happy life and keep the planet intact is to be glad you’re alive.

Imagine being alive, made of everything from this particular planet; to have this thermostat, totally appropriate to what you want to feel. Being alive with a heart, with eyes that can see, with lungs that can breathe. It’s incredible, the way we’re put together, with legs that can walk, hands that can shake, eyes that can learn to read.

Choosing Hope: Reshaping Our Relationship with the Planet

How do we navigate the profound emotional landscape triggered by environmental degradation, move beyond despair, and cultivate resilience and hope to mobilize meaningful action in the face of an urgent need for ecological transformation?

Krista Tippett is a Peabody Award-winning broadcaster, a National Humanities Medalist, and a New York Times bestselling author. She hosts On Being, a podcast that explores what it means to be human.

In the episode “Ecological Hope, and Spiritual Evolution,” Tippet discusses finding hope and turning it into action with Christiana Figueres, who was Executive Secretary of the United Nations Framework Convention on Climate Change from 2010-2016, and is known as the powerhouse who made the 2015 Paris Agreement possible.

Following is an excerpt from the transcript of that conversation.

Krista Tippett will join us for a featured session at Bioneers 2024. Learn how to see her, along with hundreds of inspirational leaders, researchers, and activists.


Krista Tippett: In the world in which I was born, and maybe you, too, the weather was the stuff of small talk. The seasons of the year were the underlay of planting and harvesting food that nourishes and fuels our bodies, of course. But seasons have also been the very mundane, predictable rhythm of our days and our lives. Now, the loss of seasons as we knew them, the loss of storms as we knew to navigate them, is an experience we are all sharing in all the places we inhabit and love. This is closer to home than every fight we have about climate and the science around it, the meaning of it. We feel this in our bodies, the young among us most keenly. It leads some of us to those fights and some of us to retreat within, overwhelmed.

My guest today is the exuberant and mighty Costa Rican diplomat Christiana Figueres. She has, as much as anyone alive on the planet right now, has felt that overwhelm and stepped into service. She is a most eloquent articulater — both of the grief that we feel and must allow to bind us to each other, and what she sees as a spiritual evolution the natural world is calling us to. If you have wondered how to keep hope alive amidst a thousand reasons to despair; if you are ready to take your despair as fuel — intrigued by the idea of stepping into love as a way to stepping into service, and open to immediate realities of abundance and regeneration — this conversation is for you.

I’m Krista Tippett, and this is On Being.

Christiana Figueres was Executive Secretary of the United Nations Framework Convention on Climate Change from 2010 to 2016 and is known as the powerhouse who made the 2015 Paris Agreement possible, in which 195 nations worked with their wildly diverse conditions and points of view on the what and the when and the why and yet made commitments in service of our hurting planet and the future of humanity. She spoke to me from her home in Costa Rica.

Tippett: I want to talk about the new generations, because this is also something very much on your heart, and you’re in a relationship and a dialogue with this very understandable despair and grief that I think younger people really feel in their bodies, more consciously perhaps, than older people.

But one of the moves I see them making is claiming joy. And claiming an abundance of relationship, and community, where it is to be found. And insisting on knowing what they love, and on being attentive to beauty wherever it is to be found. Also — and I want to use this word — as “fuel” for the hard, hard work that is ours to do.

Figueres: Yes. So true, so true. That intentional cultivating of a mind of love and joy is so critical to our personal resilience, to our personal regeneration, to our personal agency, to our capacity to engage. It’s just a sine qua non. Without it, there is no capacity to engage in a positive manner, in a constructive manner, in a transformational manner with anything outside ourselves. It just isn’t.

And so the more young and not-so-young people realize that yes, we are at a very deeply painful moment in the history of this planet and of human evolution, and that we can either succumb to that, or we can use that, as you say, as fuel. We can use that to intentionally decide that we’re going to stand up. Using the depth of the pain to root us so that we’re not swayed by the wind. Use it to root us in our determination to do everything for a better world, not just for us, but for generations to come, Krista.

And that’s the piece that I don’t think that we have very clear yet. Whatever we’re doing over the next seven years, and this is no Latin American exaggeration, whatever we do over the next seven years is really going to determine the quality of life on this planet for generations to come. Hence the alarm clock.

This is an alarm clock. It’s an alarm clock about speed and scale, but it’s also an alarm clock about quality of mind — as you say, cultivating the mind of love and joy.

Tippett: And that our love for this planet, and for the beauty that’s around us, and the places we come from — that that is as much a motivator as what we have to fight.

I watched you at an event at TED in Scotland. And I wish we could spend about an hour talking about that, and we can’t. But it was very moving. You ended up very expertly leading a panel on which there was the CEO of Shell Oil. And then a young woman who was carrying her pain and letting that pain into the room and also expressing her difficulty at being on a panel with the CEO of Shell and…

Figueres: Her anger, is what I would say.

Tippett: …her anger, and her intolerance of, that we are at this point. And with the participation of powerful, powerful places. And I will say, also, that I could see this CEO really being present and thinking and wanting to be responsive.

But what I watched you do — and I’m driving to this because I think you can do this also for everybody who’s going to be listening to this across time and space, and I felt like you, yourself, had been on this trajectory of understanding that this was something you needed to invoke — is just inviting everyone on that panel and everyone in that room to stand before the loss and the grief, and let that pain itself be some of the connective tissue across these differences. If nothing else, that we share.

Figueres: Exactly, exactly. So just for correctness, it’s the former CEO of Shell, because he is no longer CEO. But the case still stands. The more radical conversation, if you will, was the one between, as you say, the former Shell CEO and the young activist, who spoke and acted out of deep pain, anger, blaming, all of which is completely justified.

And then, all of a sudden, almost literally threw herself off the stage onto the shoulders of her colleagues that were waiting for her. It was quite a dramatic moment. It was quite a traumatic moment. Because there we were, with the pain and the trauma of years right on stage in front of us.

And what I did not want to occur was for the audience to divide itself up in, “Which of these two points of view am I going to support? Am I going to support the Shell CEO, because we have a whole bunch of corporates in the room who think that X, Y, Z? Or am I going to support the very eloquent climate activists because Shell has to be blamed and shamed?”

So what I did not want is for the audience to fall into that simplistic division between what all of us think is what is right and what is wrong. And I wanted to keep everyone in their own pain. Because we all have the pain. Every single one of us, no matter what, we have this pain because we are aware of the loss that we are witnessing. So I did call for everyone to take a moment, breathe, and get into the pain. And avoid the immediate blame and shame. Because that is where we would’ve gone very quickly.

Now fast-forward, Krista. How moving was it for me that just a few weeks ago, we held a retreat in Plum Village in France for climate activists and climate leaders who seek to find better ways to manage their emotions, and to be grounded in their emotions so that they can act from a deeper sense without having to just react, right?

So get away from the fight, flight, freeze, to much more of a grounded, clean action. How moving for me was it, that that very climate activist who threw herself off of stage came to that retreat with most of those young people who were waiting for her there, and held her, and then they marched out? Most of them came to this retreat. How moving was that for me?

And the fact that after six days of really intensive study of the Dharma teachings, but more than anything, intensive digging into self and into the pain, and learning how to turn the pain into strength, how moving was it for me that these young people emerged transformed — recommitted to continue to working on climate change from a space of possibility, and love, and joy? Honestly, long time since I have felt so much gratitude for the power of these teachings.

Tippett: I sense that — so there’s that. And also, I hear you saying in your writing and in your speaking: Do not give up on people. Do not give up on — this language, even, of climate denier. That’s a label, and that’s a drama in our midst. But to me it’s just another side of, again, we all feel the disarray and the disrepair of our natural world, of which we are part, in our bodies. And whether that’s at the level of awareness or not, we’ve had different ways of responding to that same fear. And you say: Don’t give up on climate deniers. Again, I hate the label. I feel like the people you’re really impatient with are people who are making a choice to be indifferent.

Figueres: Indifferent. Yes. So true. That’s the piece that I really — ooh — I really have to extend my compassion to an extent that — I’m not quite there yet — to people who are indifferent. How can you be indifferent? How can you be indifferent to everything that we’re witnessing today? That’s the piece that I have — Yes, you have identified very well. I have a very hard time.

Tippett: Well, and this can be subtle as well. Because it can be — and I am going to say I fall into this, too — is it can be, “Well, it’s just all over anyway.” Just, there’s news as we’re speaking, and this same news will recur that the ice melting in the Antarctic is much, it’s happening at a much more rapid pace than was once thought. And so what we’re calling indifference can just be a resignation, which feels itself to care, but can’t care anymore. So it’s complex. It’s as complex as we are.

Figueres: Well, is it? Is it? We just talked a little while ago about self-fulfilling prophecies. So if we say it’s all over anyway, and we really stand in that “reality,” then we actually will create that reality. Then it will be over anyway. And that’s the choice. That’s the piece, Krista. This is a choice. It’s a choice of attitude. It’s a choice of mindset. It’s a choice of thought. It’s a choice of words and narratives and actions. It’s a choice. It’s a daily choice. So yes, of course the easy thing is to go, “Well, it’s too late anyway. Bye.” Hello? Really? Is that the way? For those people who take that, I just wonder, how are they going to answer their grandchildren’s questions, “What did you do?” All our grandchildren will be asking us, “What did you do?” And everyone is going to have to answer that question, “What did you do?” Because nobody can say, “I didn’t know.” Nobody can say that anymore.

Tippett: Not anymore.

Figueres: My parents could say that. But my generation cannot say that anymore. So the question that we have to get ready for, and that is already being asked by many young people to their parents is, “What did you do?”

Tippett: You said at one point that it is the nature of evolution, that is the nature of this world, the way it works, that creatures are constantly adapting, that the environment is constantly evolving, that we as well as other creatures are constantly adapting to the environment. And that is the nature of vitality and the conditions of our time. You use this language of “exponential curves.” Our world is on so many exponential curves. The natural world is on so many exponential curves. As you say also, the possibilities for very new realities are also on exponential curves. But that’s ongoing. It’s not realized. It’s not visible. It’s not the dominant story yet.

Figueres: Correct.

Tippett: And it is hard. It is hard for us as creatures to live with this kind of uncertainty. It’s very challenging at a physiological as well as a spiritual level. But I don’t know. I guess I’m kind of ending up circling back to where we started. In your book The Future We Choose, you have 10, are they actions?

Figueres: Yeah.

Tippett: And the first one is still, it’s a thought action. It is, “Let Go of the Old World,” which sounds so massive. But I think — I want you to talk about how that is a beginning, and how that can be a beginning, a step, a step, an action in and of itself.

Figueres: Yeah. “Let Go of the Old World” is actually, now that I think about it a little bit more, it’s almost like a funny invitation, because the old world is gone anyway. And so what’s the point of hanging on to something that has already gone by?

Tippett: But that’s what we do. That’s what we do.

Figueres: But that’s what we do. I know, but we have to laugh at ourselves that we do that, Krista, because it makes absolutely no sense. It makes no sense. And when we understand that everything is in constant change, when we understand that we have — if there is anything that is certain, it’s uncertainty. If there’s anything that is permanent, it is the reality of impermanence. Everything in our lives.

Tippett: But we structure our lives to be in denial and to push that back.

Figueres: I know. Yes.

Tippett: We feel like that’s our power.

Figueres: I know. How funny is that? You have to see that with a sense of humor. The fact that we know that everything is in constant change. You and I are not the same people when we started this conversation. I certainly am not the same person as yesterday, et cetera, et cetera, et cetera. Our relationships change. Everything changes all the time. The world is changing all the time.

And so we’re in constant flux and constant uncertainty. The past has passed. We can’t do anything about it. The future, we cannot really guarantee. We can try to influence it for the best and for good, but we can’t really control it. So I think there’s a heavy dose of humility here to understand that the past is gone, the future is uncontrollable, we don’t know where things will go. We have to be able to develop that muscle. It’s the muscular capacity to understand that we are in constant sway, in constant uncertainty, and have the humility to truly, deeply, deeply know. We don’t know how it will go. We have all kinds of scientific projections and predictions, and that’s science. But let’s not confuse the map with the territory. That’s the map. We don’t really know what the territory is. We don’t know how — for sure, for certain, we don’t know how it will go, because for one thing, it’ll depend a lot on what we do.

But in the meantime, the question that is most important for me is: How do I want to be in the meantime? How do I want to turn up in the world in the meantime? During the time that I’m here, which is a blink in the history of 4.5 billion years of this planet. We are here as a blink. What kind of a blink do we want to be? Who do I want to be? How do I want to turn up in the world? The answer to that question does not guarantee any success or any achievement, but it does influence the direction that we move in.


From On Being with Krista Tippett, “Christiana Figueres: Ecological Hope and Spiritual Evolution“, Nov 9, 2023, used with permission.

Unveiling Nature’s Secrets for Sustainable Innovation: A Journey from Inspiration to Implementation

Biomimicry, the art and science of emulating nature’s time-tested designs and processes, holds the promise of a sustainable future where human inventions harmonize with the natural world’s delicate balance. It’s a field that not only sparks curiosity but also ignites a sense of responsibility, urging us to understand, appreciate, and integrate the wisdom of our fellow species into our own creations. Biomimicry has been a core principle of Bioneers for decades, with dozens of talks and several collaborative projects developed to further the concept and discipline. 

At the forefront of this endeavor is AskNature, a groundbreaking platform from the Biomimicry Institute. AskNature houses a wealth of information meticulously curated to illuminate the intricate workings of organisms alongside information about existing and potential human innovations based on this knowledge. 

As chief editor of AskNature, Andrew Howley is a passionate advocate for bridging the gap between nature’s wonders and human ingenuity. Bioneers spoke to Howley about AskNature’s evolution, exploring how it has grown into a vibrant hub where scientific inquiry, creative expression, and ecological wisdom converge. 


Bioneers: Let’s start at the beginning. Tell us about the history of AskNature.

Andrew Howley: AskNature was created by the Biomimicry Institute in 2007 with the vision of creating a platform where people could access information about how organisms function and innovations they inspired. The goal was to present this information in an accessible way, using terminology relevant to those seeking to apply nature’s principles in human innovations, designs, or systems. A dedicated team curated content from dozens of scientific journals as well as popular science books from figures such as David Attenborough. Over the years, the platform has expanded significantly, growing to more than 2,000 pages.

Around 2020, AskNature underwent a major transformation, both visually and in terms of content style. The team decided to move beyond excerpts from papers and books, aiming for thoughtful, original pieces designed specifically for the biomimicry audience. Professional science writers were brought in to craft and refine these pieces, updating existing ones and creating new content. The focus remained on ensuring relevance and accessibility for all readers.

Now, with the abilities of AI and large language models, we’re training these tools to be able to translate relevant information from any scientific paper into an accessible AskNature format. That will empower our writers and editors to provide an even greater amount of knowledge about how organisms function, accessible to anyone interested in learning from them how to better design our world.

Bioneers: Is there a specific intended audience for that information?

Howley: Physical designers represent a specific and impactful audience, as they can directly apply biomimicry principles to create cleaner, more sustainable products that millions of people then use, but the scope of biomimicry extends far beyond just this group. 

Biomimicry is essentially a unique perspective, altering how we perceive the world and our interactions with it. It encompasses not only observing the natural world but also understanding our place within it and the role we can play as part of the larger natural ecosystem. In this broader context, AskNature becomes relevant to everyone.

Regardless of the specific area in which they wish to apply these principles, be it design, technology, or any other field, the goal is to empower individuals to easily access relevant information, comprehend it, and apply it effectively.

Bioneers: Why does AskNature believe that nature is the best teacher?

Howley: Biomimicry, at its core, is about learning from the way nature works. And nature works in a lot of different ways that can be relevant for all kinds of intentions. The essence of the biomimicry movement lies in fostering a harmonious relationship between human activity and the natural world. Disharmony in this relationship leads to conflicts and suffering for both people and nature, evident on both small and large scales. The best way for humans to learn how to be in harmony with the rest of nature is to see how the rest of nature works in harmony with itself.

It’s important to recognize that humans are a part of nature too. That teaches us humility, but it’s also super exhilarating. Nature has done amazing things over 3.8 billion years of evolution — including making humans. We’re part of this. Not by accident and not begrudgingly. Nature made us, and it made us who we are. We’re curious, we’re adventurous, and we’re industrious. All of these things are what nature has created in us as a species. It’s not inherently good or bad. It’s all about how we use it. And if we integrate our being well with the rest of nature, we can not only fit in but also be a really positive aspect of it. 

Consider the transformative impact of beavers on ecosystems — they enhance diversity and resilience, allowing more species to thrive. Similarly, humans have the potential to positively influence their surroundings, as evidenced by Indigenous communities’ historical practices. Examples include small-scale fire management, which prevented large-scale destructive fires, and intentional cultivation in the Amazon, shaping the region’s diverse plant life. When we use what nature has given us well, we can be a really positive force for life on this planet. 

Bioneers: What are some of your favorite or most fascinating innovations or designs that are based on biomimicry?

Howley: What’s amazing is that every year there are new examples. One of the projects of the Biomimicry Institute is the Ray of Hope Prize, sponsored by the Ray C. Anderson Foundation. That initiative brings in hundreds of applications from entrepreneurs and innovators around the world demonstrating their biomimetic efforts and their new innovations and approaches. [Editor’s note: the first Ray of Hope Prize launched on the main stage of the 2016 Bioneers Conference.] 

One that I particularly love is the use of structural color. Pigments are how we generally think of adding color — a molecule that reflects a certain bandwidth of light. But these are friable, and they wear out. Often, they’re toxic. But throughout nature, there’s something called structural color. At the nanoscale texturing of the material, lightwave scale nooks and crannies that direct the light in certain ways produce the appearance of color. Not only can these structures and textures produce individual colors, they can also create really cool effects. 

Where we’re often most familiar with structural color in nature is the shimmery, changing colors of a pigeon’s neck feathers. Or the really bright blue of the Blue Morpho butterfly. Cypris Materials has adapted structural color into paints that, instead of using toxic pigments that will eventually fade, contain permanently fixed light transmitters that produce color in a much more sustainable and adaptable way. 

Another example is concrete. The process of making concrete is one of the most carbon-intensive industries. But in nature or with other organisms, cement production is actually carbon sequestering. Coral reefs are an example: Tiny animals that take in carbon dioxide or carbon from the water and fix it into the substrate of their cement that creates the coral reef, locking in the carbon. ECOncrete uses an admix and texturing to attract and support organisms that in turn add new natural concretions, protecting and strengthening the human-made structure.

Bioneers: AskNature provides an index of a lot of natural adaptations or strategies that present the potential for biomimicry. Is there one that comes to mind that you find particularly fascinating or promising? 

Howley: All of them. Everything is out there, and everything can happen. While it’s wonderful to see the innovations that are already out there and the technologies that are being applied, the thing that most excites me is that AskNature has 300 innovation pages and 1,700 strategy pages. So there are a lot more innovations that can come. There is a sense of endless possibility. New strategies are coming out every day, and people are really working on this. 

Bioneers: What’s next for AskNature?

Howley: Next is scale. Since it launched, AskNature has built up about 2,000 pages. That’s an amazing amount of information and also nowhere near all the information in the world. As I mentioned, we’re training an AI model to be able to more automatically create drafts of AskNature content from new research. As things are discovered and published, they could be added to the site rapidly in almost real-time, which would make so much more information available. That entails going wider with the sources that we’ve been using, but we also want to expand our sources. 

So far, we have been using only published research in English from peer-reviewed science publications, which is great but only a subset of human knowledge. We know that there’s a lot of knowledge of organisms that is held in local communities throughout the world, in varying ecosystems. These understandings haven’t been analyzed the same way or published or publicized. We would love for AskNature to become a platform where Indigenous communities who want to share their knowledge about the workings of our fellow species can do so in a way that is going to reach people and help provide guidance for humans as we try to navigate our place within nature in a more harmonious way.

Bioneers: Do you know yet what that platform would look like? 

Howley: Broadly, we imagine it as a way to further extend AskNature. The way that we would work with different communities would be totally responsive to their needs and interests because that’s one of the most important things in building up relationships between the international scientific community and Indigenous communities. There’s a lot of misuse of people and their property and their identity. There’s a lot of repair work that needs to be done there and a lot of sensitivity and humility that needs to be had, recognizing that just because you’re a well-intentioned scientific organization doesn’t mean you’re inherently going to end up doing good. You have to really be responsive. So we’re at the stage of reaching out to individuals and communities, inviting them into the process, and finding the forms of expression and engagement that would be helpful for them within the context of the whole global effort to build more sustainable human engagement.

David Orr | Democracy in a Hotter Time: Climate Change and Democratic Transformation

David Orr

Democracy in a Hotter Time calls for reforming democratic institutions as a prerequisite for avoiding climate chaos and adapting governance to how Earth works as a physical system. To survive in the “long emergency” ahead, we must reform and strengthen democratic institutions, making them assets rather than liabilities. Edited by David Orr and rated one of Nature’s “best science picks,” this vital collection of essays proposes a new political order that will not only help humanity survive but also enable us to thrive in the transition to a post-fossil fuel world.

Purchase Democracy in a Hotter Time: Climate Change and Democratic Transformation here.


Introduction, by David Orr

In 1770, Tom Paine, thirty-three, was teaching school in Lewes, England; newly married Thomas Jefferson was building Monticello; and nineteen-year-old James Madison was a student at Princeton. The convergence of ideas, people, circumstance, and serendipity we call the American Revolution was still in the future. By 1800—thirty years later—these men had written some of the most brilliant reflections on government ever. The Colonies had declared their independence, won a war against the mightiest army in Europe, conceived a new constitutional order, launched a bold experiment in large-scale democracy, elected  George Washington as the first president, and peacefully transferred power from one faction to another. Against all odds, they had imagined and launched the first modern democracy. Imperfect though it was, the fledgling nation had the capacity for self-repair evolving toward “a more perfect union.” Sojourner Truth, in that year of 1800, was three years old. Our challenge, similarly, requires us to begin the world anew, conceiving and building a fair, decent, and effective democracy, this time better fitted to a planet with an ecosphere.

This book is a scouting expedition to that possible future and a speculative inquiry about the transition to a more durable, fair, and resilient democracy, and what that will require of us. We are close either to a precipice or to a historic turning point, and for a brief time, the choice is ours to make. But let’s begin with where we are now.

In the summer of 2022, temperature in London reached 40°C (104°F); record heat, drought, and fire scorched 60 percent of Europe and much of China; New Delhi registered 45°C. Water levels in Lake Mead dropped to 27 percent of capacity and are still falling. The Great Salt Lake was shrinking fast. But much of Pakistan was flooded by unprecedented monsoon rains. The frequency and intensity of heat waves and heavy rainfall worldwide continued to increase. In dry regions, drought and wildfire intensified. The Greenland ice sheet melted faster than ever recorded. The century-long rise in global sea level was accelerating, and ocean temperatures continued to increase. The National Oceanic and Atmospheric Administration recorded 419 ppm CO2 in the atmosphere. Changing reality made it necessary to invent words like “pyrocumulonimbus” to describe never-before-seen things such as the massive columns of smoke and heat rising from western US fires into the stratosphere, creating their own weather systems below. All of this and more was happening with a global warming of 1.9°F (1.1°C) above the late-nineteenth-century average, exceeding the highest temperatures recorded in at least two thousand and possibly more than a hundred thousand years. Even assuming current policies to restrain emissions are fully implemented, we are heading toward a possible 5.4°F (3°C) rise by the end of the century, double the 1.5°C (2.7°F) red-line of “dangerous interference with the climate system” set at the UN Climate Change Conference, COP21, in 2015. After that, who knows. We do know, however, that at some point along the gradient of rising temperature, everything changes. First sporadically, as now, then as a constantly shifting “new normal,” and finally as a series of self-amplifying runaway cascades. There is no safe haven anywhere from effects of rising heat on ecosystems, societies, economies, political systems, and even our own health and morale. In Naomi Klein’s words, it is “an everything issue” unprecedented in its velocity, scale, and duration. It is also an everywhere issue. I wish—we all wish—it were otherwise, but it is not.

On the other hand, there are reasons to hope that long-overdue change is finally happening. In August, Congress passed the first major climate legislation in US history. The costs of renewable energy and improved efficiency continue to decline and are increasingly competitive with energy from fossil fuels and nuclear power almost everywhere. Sizeable majorities of the public support action on climate change and adoption of renewable energy. Business and finance are moving mostly in the right direction because the liabilities of “green” investments are lower and profits higher. Buildings and entire cities are being designed to be carbon neutral, driven by market demand, better technology, superior design, and more comprehensive building standards and international codes. And New York and two other states have amended their constitutions to include the right to “clean air and water and a healthful environment.” Whether all this is too little, too late, time will tell. Had we acted earlier, the hole we’ve dug would not be nearly so deep, but even after the first authoritative warnings decades ago, we kept digging. It did not have to be this way.

By the mid-1980s there was more than enough scientific evidence for the United States to lead a worldwide transition to energy efficiency, renewable energy, and ecologically smarter design of economies, cities, transportation, farms, and factories. We were warned, repeatedly, in ever greater detail, but did not act, committing “the greatest dereliction of civic responsibility in the history of the Republic.” In other words, we squandered whatever margin of safety we might once have had. Our failure to meet the challenge early on, when it would have been much easier, cannot be excused by a lack of technology or even by economics, since efficiency, renewable energy, and superior design have long been cheaper, faster, and more resilient than the alternatives and without the incalculable costs of climate chaos. The cause, rather, is political. Our fossil-fuel- and corporate-dominated democracy seems to have stalled out; our institutions corrupted by too much unaccountable money and elected officials with too much ambition and too little integrity; our various media by too much venom, too little concern for the common good. Now, in an ongoing right-wing insurrection, we are vexed and troubled, still struggling to solve even the most basic problems, includ-ing climate change, that threaten our own survival.

In short, we face two related existential crises: a global crisis of rapid climate change and potentially lethal threats to democracy. We believe these are related, and because people have an unalienable and hard-won right to choose how they are governed and to what ends, democracy is worth fighting for. We believe, further, that a more robust democracy would be a more effective, fair, and durable way to organize the transition to a post-fossil-fuel world than any possible alternative. And there’s the rub: democracy as it exists may not survive for long on a rapidly warming Earth, but on the other hand, as James Hansen says, “We cannot fix the climate until we first fix democracy.” Fixing democracy, however, requires fundamental improvements that, among other things, protect the written and unwritten rules that contain our political disputes and provide greater political equality, economic justice, and protection of the rights of future generations. It also requires improving government and governance by calibrating law, regulation, policy, taxation, administration, and behavior to how the Earth works, as a complex physical system with feedback loops and long gaps between causes and effects. Our predicament is compounded because some fraction of CO2 remains in the atmosphere for more than a millennium, rendering our plight a “long emergency” measured in the time required to stabilize the climate system and restore the Earth’s energy balance. Accordingly, we should study long-lived institutions, cultures, economies, and political systems for what we might learn about how to render our own more durable, decent, and fair over the long haul. Effective responses to both crises will require systems thinking, long time horizons, and the capacity to “solve for pattern.”

Rapid climate change, in short, “presents the most profound challenge ever to have confronted human social, political and economic systems.” As such, it is first and foremost a political and moral crisis, not one solely of technology or economics, as important as those obviously are.

The climate crisis comes at a particularly bad time. Authoritarianism is advancing here and elsewhere. Authoritarian governments sometimes move faster than democracies but have a dismal record on climate, environment, and human rights issues. Governments run solely by experts might possibly deploy technological and scientific expertise more surely than democracies, but they would have no monopoly on wisdom about wher and how to apply technology for what purpose, or when to stop. For these and many other reasons, we will bet on “we the people” and our collective capacity to strengthen, expand, and reinvent the institutions of democracy at all levels in the time available to meet new challenges posed by a warming climate. But it won’t be easy.

Novelist Amitav Ghosh puts it this way: “Climate change represents, in its very nature, an unresolvable problem for modern nations in terms of their biopolitical mission and the practices of governance that are associated with it.” Modern democracy, in particular, grew out of what historian Walter Prescott Webb once described as “the Great Frontier,” the opening of the Americas to European migration. The changed ratios of people to land, minerals, and forests for a time relieved demographic stress in an overcrowded Europe. The resulting affluence, he thought, made democracy possible by reducing scarcity and improving quality of life. Increased wealth sanded down some of our rougher edges, but the sheer rush of pell-mell capitalism also gave license for the genocide of Native peoples, slavery, Jim Crow laws, inequality, and ecological ruin. Our “biopolitics,” in other words, made climate change a predictable outcome of a system built on exploitation of people and nature alike and powered by fossil fuels. But as the ratio of natural resources to people becomes tighter, the struggles over the fair distribution of what’s left will become more bitter and eventually could be fatal to democracy.

Our predicament is rather like an engine failure on a fire truck speeding to a five-alarm emergency. Even as we address the global bonfire driving climate chaos, we will also have to divert our attention to repair the machinery by which we do the public business of voting, legislating, administering, taxing, subsidizing, regulating, and judging. But the machinery of government, rickety though it was, did not break down. It was sabotaged. The neoliberal movement, spawned by Frederick Hayek, Milton Friedman, and others in the late 1940s, proposed to throw sand in the gears and deflate the tires of the New Deal “administrative state” and then denounce government as hopelessly inefficient and markets magically otherwise. They intended to replace government built in large part as a countervailing power to offset that of robber barons, rogue capitalists, and footloose corporations with that of that mythical never-seen creature called a free market. Their success required both Ayn Rand-ian zealotry and amnesia—the great forgetting of the darker aspects of American history that needed sunlight and healing. They succeeded all too well in shrinking our imagination about what good government could be and what it could do while making short-term market share the lodestar of public policy and law. Lewis Powell’s 1971 memo, circulated in the US Chamber of Commerce, called for a corporate counterattack against the New Deal and progressive policies, including civil rights, environmental protection, social equity, public health, education, political accountability, and transparency. Conservative foundations, and others, spent lavishly to create “think tanks” to give a patina of legitimacy to libertarianism and protect use of “dark” money in election campaigns as a form of free speech. They spent even more to create a right-wing media universe centered on FOX “news,” whose business plan aims to keep people tuned in by distraction and anger, appealing to the part of the brain neuroscientists call the amygdala—the ancient reptilian brainstem where ghouls of fear and inchoate violence lurk in the shadows. The predictable results included aflood of unaccountable money, growing inequality, gerrymandered electoral districts, restrictions on voting rights, and an eruption of cynicism, mendacity, and nihilism, all of which exacerbated a widening gap between rural and urban voters that in turn helped to elect a rogue president who, among his other offenses, organized a coup to overturn a legitimate election and undermine the electoral system. If that were not enough, a theocratic majority on the Supreme Court, supported by a militant Christian nationalist movement, intends to impose its pre-Enlightenment predilections on twenty-first-century Americans. The war against American democracy could not have happened at a worse time.

All the while, carbon emissions are rapidly changing Earth into a different and less hospitable planet for humans. Even in the rosiest scenarios imaginable, a warming climate driving more capricious weather will destabilize governments and increase conflicts over water, food, and land, stressing global supply chains and international institutions to the breaking point. It could be worse, but without concerted preventative action, it is not likely to be better. In either case, governing will become more difficult at all levels because of increasing climate-driven weather disasters, the difficulty of making systemic solutions necessary to manage multiple problems without causing new ones, and intensifying conflicts between rich and poor.

One thing more: the US Constitution rigorously protects private property but not what we hold in common and in trust, such as climate stability and biological diversity. It does not acknowledge our dependence on ecological systems with complex feedback loops and cause and effect separated in space and time. It does not protect future generations who will live with the consequences we leave behind—Jefferson’s “remote tyranny,” across generations.

In sum, there is no plausible resolution for the convergence of crises in the “long emergency” that does not include healing our uncivil civic culture and reforming our politics, policies, governing institutions, and laws to accord with Earth systems and a larger sense of solidarity and self-interest that includes our posterity. Our best and, I believe, our only authentic hope is in a renewed commitment to repair and fundamentally improve democratic institutions and governments at all levels. It won’t be easy to do, but much easier than not doing it. Democracy has always demanded a great deal from citizens. Now it requires learning how to be dual citizens in a political system and in an ecological community and knowing why these are inseparable. We must learn—perhaps relearn—the arts of tolerance, neighborliness, ecological competence, and the kind of patriotism that shifts loyalties from “I,” “me,” and “mine” to “we,” “ours,” and “us,” including posterity and other species. I imagine that in some future time we will be judged not just by our technological prowess, but by our skill in the arts of effective, wise, and accountable government—a democracy undergirded by a civically smarter and more supportive citizenry and provisioned by a better-thought-out and more carefully designed technology in an economy harmonized to the carrying capacity of Earth’s various ecosystems and grounded in vibrant and diverse and resilient local communities.

Yale political scientist Hélène Landemore, here and in her book Open Democracy, argues persuasively that we have underestimated our collective intelligence and political competence. She argues that good reasons exist to extend the scope and reach of democracy and find better ways to educate and engage citizens. With Congress deadlocked, the Republican Party mired in quicksand, a politicized Supreme Court, and overburdened government agencies, it is a very good time to enlist the creativity, talents, patriotism, and practical skills of 333 million Americans whose common future is in jeopardy. Writing in 1919, W. E. B. Du Bois put it this way: “The real argument for democracy is . . . that in the people we have the source of that endless life and unbounded wisdom which the rulers of men must have, . . . a mighty reservoir of experience, knowledge, beauty, love, and deed.” The challenge is how to harness the great power and intelligence latent in that untapped reservoir to build a just, inclusive, and sustainable world powered by sunlight.

Visions are easy to dream but hard to implement. If that better, more inclusive, and effective democracy is to grow and flourish, and if we are to be reconciled to the Earth, those more expansive and necessary visions must live in the minds and lives of our youth. For that reason, among others, educational institutions are on the front lines in the battle for democracy and a habitable Earth. Every graduate from every school, college, or university should know how the Earth works as a physical system. They should understand the civic foundations of democracy. They should come into adulthood with a sense of authentic hope in a world still rich in possibilities. For those who teach and administer, it is time to ask, what is education for, especially now? It is time to rethink the enterprise called “research” and better deploy our intelligence and compassion to meet human needs for food, shelter, health care, education, conviviality, safety, and energy.

***

Finally, a word about what this book is and is not: it is a “scouting expedition” intended to describe some of the salient features of the topography ahead. There are four features that we dare not ignore. First, it is imperative to “dis- invent fire” and make a rapid transition to efficiency, renewable energy, and better design of nearly everything. Second, we must reckon with the limits posed by the topography of the centuries ahead. As acknowledged in John Wesley Powell’s 1879 proposal to tailor settlement in the “arid regions” of the US West to the fact of water scarcity, we will confront a series of unmovable limits imposed by climate, ecology, water, thermodynamics, and our own fallibilities. One way or another decisions will be made about the scale of the human enterprise relative to the ecosphere, the just distribution of costs and benefits within and across generations, and what we owe to posterity.  Third, the transition ahead is both political, having to do with “who gets what, when, and how,” and moral, having to do with matters of fairness and decency. I see no plausible way to reach that better future without significantly improving our politics, what Vaclav Havel calls “living in truth.” Finally, we must better understand ourselves and what we’ve become shaped by, a culture of consumption that is ravaging the ecosphere, and what we might yet become, with foresight and a bit of help from the angels of our better nature.

This is not, however, primarily a book about policy or recent developments in energy technology or the sins of capitalism, as important as those are. The focus is upstream, on the political and governmental institutions where decisions about policy, technology, and the economy are made, or not. It is, rather, a conjecture from various perspectives about the human response to rapid climate destabilization, and possibilities for improving democratic institutions and civic culture to meet the stresses ahead. Implicit throughout are questions of whether democracy can survive through the turbulent years ahead and become an asset in a transition to a future much better than that in prospect. And our focus is mostly on the United States, in large part because of its greater influence in causing the problem and its greater potential to launch the systemic changes necessary to a decent human future.

The contributors worked at the intersection of a conundrum that sets short-term, fragmented, incremental changes against the need for faster systemic change. We know how to do things in small steps, but the goal should be to take small steps that lead to systemic change with as little disruption as possible. They also worked at the intersection of a five-alarm crisis and an engrained habit of “generally not getting overly excited about anything,” what Naomi Klein calls “the fetish of centrism.” That creates a related communications conundrum. While bombs were falling on London in 1940, for example, Winston Churchill offered the British people only “blood, toil, tears, and sweat,” not a lecture on the joys of urban renewal. On the otherhand, Jack Nicholson’s character Colonel Nathan Jessup in A Few Good Men famously blurted out to a tense courtroom, “You can’t handle the truth.” It all depends. In tough situations, Mark Twain advised that one should tell the truth because it will amaze your friends and confound your enemies. In our circumstances, however, how do we tell the truth without also inducing despair and fatalism? But even in the best scenarios, the temperature of the Earth will rise steadily in the foreseeable future and the resulting weather will be increasingly chaotic, causing immense suffering and losses that did not have to be.

Michael Oppenheimer’s overview of the facts about climate change and long-term implications of a warming Earth sets the stage for the chapters that follow, including his “and yet” expression of faith that we will rise to the challenge. Part I deals with the complexities of democracy and its potential. Frances Moore Lappé argues that unseen possibilities exist “as we bust the myths about democracy being out of reach,” if we can summon the imagination and courage to do “what we thought we could not.” Hélène Landemore focuses on the prospects for “open democracy” that build on our capacities as citizens working in better-designed forums and formats. Daniel Lindvall addresses the capacity of democracies to protect the right of future generations to a habitable Earth. In other words, we have possibilities grounded in our history, and in our capacities for learning, creativity, and empathy. 

Part II examines a few of the many roadblocks on the road to democratic renewal and new challenges, of which there are many. Some of these are longstanding structural and procedural problems embedded in the Constitution and our history. Some owe to the very nature of politics in a democracy, which is to say tribalism and human cussedness. William Barber’s opening calls us to seize the moment to transform not only how our society is powered but how we deploy political and economic power to “secure a future for us all, . . . the best that our collective humanity has to offer.” For a society buffeted by uncontrolled technology, David Guston proposes “no innovation without representation,” reminiscent of the commonsense precaution to “look before you leap.” The point is that the market alone is a bad way to deploy complex technologies that affect health, environment, and civility in ways that we often fail to anticipate. Holly Buck’s essay focuses on the “outrage-industrial complex” that has “supercharged” our animosities and warped our “conceptions of democracy.” The solutions require us to understand and restructure “our media environment . . . [to] support our common humanity.” Finally, Fritz Mayer addresses the thorny issues that plague the politics of climate change in an anarchic world of sovereign states where consensus and self-interest collide.

Part III focuses on issues of policy and law. Bill Becker’s analysis of American democracy indicates that we have broken through gridlock before. This time, however, is more demanding: we must surmount “narrow tribalism, manufactured outrage, the absence of a unifying national vision, and the loss of fundamental values.” Lincoln’s “angels of our better nature” wait in the wings. Ann Florini, Gordon LaForge, and Anne-Marie Slaughter propose to better deploy nongovernmental organizations, corporations, finance, and business, building on the imaginative use of self-interest beyond the realm of government to advance the public good. Katrina Kuh and James May analyze the “constitutional silence on the environment” and “judicial abdication” on matters of environment and climate—that is, human survival. Remedy will require an “open-eyed reckoning with how and why the constitutional status quo is failing” and, presumably, jurists and judges who understand the relationships among Earth systems science, jurisprudence, and the human prospect. Batting cleanup in this part, Stan Cox assesses the state of our ignorance relative to what’s knowable and what’s not on a warming planet where the climate is “becoming less predictable year by year.” The prognosis, if not quite desperate, is not quite not desperate, either. “We and future generations,” he writes, “will face the need for profound adaptation” much of which will depend on work at the local level in neighborhoods and communities, which is, I think, good news.

Finally, because our difficulties and perplexities mostly begin with how we think and what we think about, part IV deals with the effort to improve thinking through that complicated process, education. Michael Crow, president of Arizona State University, and his coauthor William Dabars describe the “fifth wave” university response to climate change and the necessary combination of learning, innovation, and forbearance essential for a decent future. The five-alarm nature of climate chaos requires revising curriculum, research, and innovation throughout higher education and changing requirements for graduation so that every student in every field knows what planet they’re on, how it works, and why such things are important for our public life and for their own lives and careers. Wellington (“Duke”) Reiter’s chapter describes the Ten Across initiative, which joins the ten major cities along US Highway 10 from Jacksonville to Los Angeles as a “proving ground for the most critical issues of our time.” It is also an example of the creativity and innovation possible in well-led and imaginative universities. Finally, Richard Louv, author of Last Child in the Woods and the founder of Children and Nature Network, describes the importance of the experience of nature early in childhood and how that opens the democratic vista rooted in a “deep emotional attachment to the nature around us.” The sense of connections early in childhood, by which I mean the awareness that we are kin to all that ever was, is now, and ever will be is the emotional bedrock for a democratic order and those otherwise elusive habits of heart that defy mere reason.

A scouting expedition does not yield a detailed map with GPS precision. But, like the explorations of John Wesley Powell in the Southwest or the Lewis and Clark Expedition (1804–1806), we’ve covered what we consider to be the most important features of the complex, chaotic, and surprising world ahead. There is, however, much more to be said. Here we’ve emphasized the need to join a lucid understanding of biophysical reality with how we do the public business fairly, competently, democratically, and with foresight.

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