Indigenous Land Acknowledgement Bill Introduced in California

Indigenous Peoples were the original stewards of the land, but efforts to recognize ancestral territories are often buried under years of colonization and urban development. The State of California is looking to change that.

In this conversation, two Indigenous women on the frontlines of systems change discuss the meaning behind an Indigenous land acknowledgment bill tha was introduced to the California legislature in May 2020. Featuring Alexis Bunten (Unangan/Yup’ik), the Bioneers Indigeneity Program co-director, and Dr. Joely Proudfit (Luiseño), the director of the California Indian Culture and Sovereignty Center at Cal State San Marcos.


Alexis Bunten

ALEXIS: California Assembly Member James Ramos introduced this new bill — Assembly Bill 68 — to the State of California. It encourages public schools, parks, libraries, and museums to adopt land acknowledgement processes that recognize Native American tribes as traditional stewards of the land on which an entity is located.

Can you explain what land acknowledgement is? And why is it important?

JOELY: Land acknowledgement is a formal statement that recognizes and respects the Indigenous People of the territories that one is on. This addresses that enduring relationships exist between the original peoples of the land who have always maintained the land, who have preserved the land, and who still are part of the land. It also allows for others to provide an active conciliation with those peoples whose land they are currently working or living on.

Joely Proudfit

ALEXIS: Is it important for everybody to know whose land they’re on?

JOELY: I think California Indians have been so erased in every capacity, from schools and curriculum to our parks and murals. I see land acknowledgement as a way to share our culture, our history, our present, and our future with everyone who lives in the state. This is a beautiful opportunity to provide a relationship and expression of gratitude for people who have become settlers to this land. We want them to remove themselves as settlers and be perceived as guests.

ALEXIS: Yes! And a lot of people don’t seem to realize that California Indians are here in every major region. The descendants of the original populations, which were here when Spanish settlers arrived, are still here.

JOELY: Exactly. Land acknowledgements don’t exist in past tense. They exist out of the historical context; it’s important that they invite people to learn and build relationships with other people. For example, my daughter goes to a public school in the city of Carlsbad, which would be considered on Luiseño and Kumeyaay lands. I would love for her school to make a statement before or after they do the Pledge of Allegiance, so that all those young people can realize whose land they’re on.

It could be something as simple as just saying the words out loud: We acknowledge and we thank the original inhabitants who have occupied, maintained, secured this place, and who still exist. That’s such a powerful statement.

ALEXIS: I love the idea of adding it to the Pledge of Allegiance. Are there any other states that have a policy like this one in place yet?

JOELY: We will be the first. California is a very progressive state, so hopefully we’ll lead the charge.

I also want to remind people that they’re living in a place that was fraught with colonialism, and remind them of the fact that California Indian people are still here and thriving in the face of a brutal history. We’re not trying to tell anybody they have to go back to where they came from. We simply want them to acknowledge and to share this space with us, and to respect the environment and the ecology that exists here.

ALEXIS: Just last year, our governor has formally acknowledged that California Indians did experience a genocide, and there have been a lot of people and allies who agree that it’s happened. There’s no reason that we shouldn’t acknowledge what happened in California with the same strength and vigor that we remember other genocides that have taken place in history.

JOELY: Right. It’s a struggle to maintain and keep our lands, it’s a struggle to maintain fresh water and our water resources. So acknowledging the land is a transformative act that works to undo intentional erasure of Indigenous Peoples. It’s the first step in decolonizing land relations, and ultimately provides a learning opportunity for individuals who may never have heard the names of the tribes on whose land that they reside on, or play on, or visit. We need to do even more

I’m grateful for Governor Newsom’s apology, but I do think we need to do more, and if I had my way, we’d overhaul the curriculum and invest lots of money in doing that in our public K–12, but also in our university systems. Recognizing and doing a land acknowledgement doesn’t cost anything. You can do this act, and gratitude, and kindness, and education, and appreciation at no cost, but the dividends that I think it pays forward are immeasurable.

ALEXIS: I agree. So what can people do to support Assembly Bill 68. Does it have to be only citizens of California? And what do we need to do?

JOELY: I’d like for anyone and everyone, including organizations, to write a letter of support to the California State Assembly. A good old-fashioned letter goes a really long way in this endeavor. I can’t imagine anyone being opposed to this, as it’s a really wonderful way to say “thank you” to the Indigenous Peoples of California. If you’re not Indigenous to the place that you’re on, you can choose to be a settler or you can choose to be a guest. And I’m of the belief that people want to choose to be a guest.

ALEXIS: Right. And I think you raise the point that this is an issue of human decency and humanity in doing what’s right, and that it’s absolutely not a partisan issue. If we love the oceans, the trees, the waters, the mountains, the desert, the valleys, we all want to preserve and protect this place we call California and home to so many, let’s first acknowledge whose lands that we’re on.

ALEXIS: So if somebody wants to make a land acknowledgement in other cities or regions of California, what are the best ways for them to proceed? Are there resources available to help guide them?

JOELY: Well, we have a great resource for folks at our website. It’s a 20-plus page, easy-to-read document that lays out the who, what, why and where of land acknowledgments. And for people who are trying to determine whose land they’re on, there are websites where they can just type in their zip code for an answer. Organizations can also download our toolkit, which gives some really helpful tips.

We don’t recommend that they stop there. We recommend that they reach out. You can call us at the California Indian Culture and Sovereignty Center, or the California Indian Museum and Culture Center in Santa Rosa. We’ll be happy to help them and connect them. But most importantly, we want people to develop relationships with the tribal peoples in their region. So it’s not just, “who do I need to call to get the statement?” It’s building upon that relationship.

I’m also a big fan of posting a land acknowledgement in a permanent place. Whether it’s on your website or on your wall, as you’re hosting an event or inviting people in, ask them to recite it publicly. There’s power in oratory, and I know it makes me feel good to hear others recite it.

ALEXIS: Thank you. This might be a new idea to some people now, but as people continue to learn about the true history of California and the U.S. as a whole, I think Indigenous descendants everywhere will be proud to state their ancestry. I want to see this bill get passed, and I believe we will. Thank you so much for your hard work on this.

JOELY: Thank you, Alexis. Hopefully we’ll be celebrating the passage of this bill sometime in the near future.

Update: On June 8, the Tribal Land Acknowledgement Act of 2021 (AB 1968) passed the California Assembly by an unanimous 76-0 vote. The Tribal Land Acknowledgment Act legislation was referred to the Senate Committee on Natural Resources and Water and is awaiting review. The California State Legislature reconvenes from Summer Recess on July 13th [Source: Native News Online, July 1, 2020].

Pest Control Designed by Nature: An Interview with Ron Whitehurst

Ron Whitehurst is a Pest Control advisor for Rincon-Vitova Insectaries, winner of the Global Regenerative Business Award in 2016. Rincon-Vitova has been a pioneer in providing biological solutions to pest management since the 1950’s. Ron is also the author of Reading Weeds as Soil Indicators. Arty Mangan, Bioneers Restorative Food Systems Director, interviewed Ron at the EcoFarm Conference

ARTY: In a natural environment, what is the relationship between insect predators and prey?

RON: With a natural enemy complex in a natural setting, occasionally you’ll see a large number of some particular insect, but for the most part what you see is a mix of all kinds of different insects and a number of different predators and parasites, as well as a number of pathogens. There’s usually a natural balance. It’s a dynamic balance, though, so occasionally you do see large concentrations of one kind of insect out in the natural environment. 

But on farms and such, we encourage people to look at a bunch of one kind of pest as a way of focusing their attention. There should be three or four different predators feeding on it, five or six different parasites, and a number of pathogens keeping it in check. What’s out of balance? How can I gently shift the balance so that this pest is not favored?

ARTY: What are the consequences of spraying pesticides?

RON: There are different consequences with different pesticides. Starting with the softest first, water can be used in a first stage response to an aphid infestation on a plant. The first thing that you’re encouraged to do is pick up the hose and blast the aphids off the plant. During the rapid colonization expansion phase of aphid growth, aphids don’t have wings. The females give birth to live baby aphids, inside of those tiny baby aphids there’s little ovaries, and inside those ovaries there’s more little baby aphids developing. So, they’re literally born pregnant. 

The first thing you do is wash them off the plant, which has a very minimal effect on the plant. Another response would be using soapy water. Mix about a 1% soap solution and spray that and it will kill a lot of things on contact because it makes the water wetter and it suffocates the insects. 

The next step up would be an oil spray, that has a suffocating effect on a lot of different insects. Then there’s the toxic pesticides, and there’s microbial insecticides. So, it kind of depends on the kind of pesticide, and how much it disrupts the environment. That’s why we, as a first pass, ask people to get off of the toxic synthetic broad spectrum pesticides so they minimize the negative effect on the environment so that the ecology will rebound into a natural equilibrium.

Aphid

ARTY: Insects can develop resistant to certain pesticides? How does that work?

RON: That’s where biological controls have an advantage. The insects don’t build up a resistance to being eaten. There are some behavioral changes that they can develop so the prey will evade the predator, but for the most part, resistance is not something that we have to concern ourselves with biological control.

Toxic pesticides latch onto a metabolic pathway in the insect. In an insect population, you have lots of diversity of genetics, so when you spray one of those toxic pesticides, it’ll knock out all the insects that are depending heavily on that particular metabolic pathway. Some insects of that group will either be able to put in place another pathway around the pathway that’s not working because of the pesticide, or they’ll develop some kind of mechanism to detoxify the poison. 

When my wife  was in high school, she worked with a guy looking at the development of resistance in house flies to the common pesticides of that era. She was working with concentrated pesticides on a bench with no ventilation, and she wasn’t able to have babies because of that. Getting off pesticides, for us, is a personal issue.

That was around 1970 or so. Starting from there, we knew we could document a problem with chemical pesticides. We knew that, because of the resistance, pesticide producers would be developing a series of toxins that would have to keep changing and probably become worse and worse. But even before we had the documentation, there were good ecologists who said that chemical pesticides were a stupid idea, and made a case that it is wrong-headed. They understood that we want to be more efficient at killing agricultural pests, but we need to understand the ecology and work with nature.

We think it’s a good idea to work with nature instead of fighting nature and trying to beat her into submission. If you think about it, do we really want to win over nature? If we basically kill off nature, then that means that we have to take on all the roles that nature was providing like thermoregulation of the planet, providing air, water, and nutrients to everything on earth. It wouldn’t be good for our species. 

We’re facing the sixth major extinction on the planet, so we feel a very strong imperative to engage as many of our fellow members of our species to do what they can on whatever little patch of paradise that they manage, to learn to work with nature, to not use toxins, to build up the ecology, to build up the whole community of natural enemies – the predators, parasites, pathogens, and antagonists – and grow stuff, sequester carbon into the soil, pull the carbon dioxide out of the air where it’s a pollutant and fix it into the life forms in the soil. That’s what sustains us on the planet.

Honeybee

ARTY: Many years ago, an entomologist from Fresno State told me that synthetic nitrogen, when it’s in a plant, attracts insects and also stimulates their reproductive process. 

RON: When you use synthetic nitrogen, it’s taken into the plant and the plant makes what could be thought of as funny proteins, short little peptides. They’re not functional, but they make the sap of the plant sweeter, and so it’s much more attractive to the sucking and chewing insects. There’s this carrot that the chemical fertilizer manufacturers dangle in front of growers: use this chemical nitrogen and your plants will be bigger and lusher and more succulent and more attractive to your customers who want big juicy-looking vegetables. But you’re shooting yourself in the foot because those vegetables then are more attractive to the sucking/chewing insects. Following the chemical paradigm, you are then required to use the chemical pesticides to kill the pest insects that are attracted to these lush, succulent, juicy and very sweet fruits, and kill the beneficial predators of those insects as well.

Dr. Elaine Ingham, one of our heroes, says that all the nutrients a plant needs are available in all the soils she’s tested. Not necessarily in plant available form, but they are there. What you need to do to grow plants on any soil all over the world is just get the biology right. We don’t need to add chemical fertilizers to the soil, we just need to add nutrients to feed the soil microbiology that will mobilize those nutrients. 

ARTY: What effect does monocropping have on pest pressure?

RON: Having a 50 or 100-acre field of just one variety of one plant puts out this huge plume of aroma, that says, “Come, eat me,” to the kinds of insect pests that like to eat that particular crop. For the most part, monocrops are not natural. 

Sometimes you’ll see fields of one particular kind of flower or some other plant, but if you look closer, there’s all kinds of other plants mixed into it. The one flower may be dominant, but for the most part, plants are all mixed up in nature. We should take our cues from nature. There’s different shapes of fruit systems, there’s different shapes of the above-ground parts. Physically the plants fit together in different ways. 

There are certain plants that have this special relationship with particular bacteria. For example, rhizobium bacteria grow in the nodules of a lot of legume plants and can pull nitrogen out of the air and fix it into soluble forms that the plants can use. Those legume plants can share that with the neighboring plants, or in succession when the legumes die.

Nitrogen is one of the limiting factors for plant growth in a lot of ecosystems. Having a source of nitrogen next to you is a big advantage for plants. That relationship is one of many kinds of relationships where a plant will do better in a community rather than being one kind of plant growing solid in a field.

Monocrop of corn

Plants have different smells. They put off a range of signals and cues to various insects in the environment. Dr. David James at Washington State University looked at the aromas coming off of plants when they’re under attack by aphids, and he found things like phenylethanol and methyl salicylate. Methyl salicylate, the wintergreen aroma in Bengay, signals to the beneficial insects to come and feed on the pest, and the salicylates help turn on or upregulate the immune system in plants.

We’re also learning how mycorrhizae fungi associate with the roots of plants and transfer nutrients from one plant to the other. Plants grow better in a community, just like, for the most part, people do better in a community. There are a few rare individuals who are better off by themselves, but we all do better and thrive in a supportive community. 

In most home gardens, people mix up a lot of different things, they generally have a lot of different kinds of plants in the garden. That makes it much easier to manage the nutrition and control pests. Monocrops set up a banquet for pests and ties us to the chemical paradigm of, “see a bug, kill a bug.” We need to get away from that. 

Agriculture is often hailed as the start of civilization, but the contrary perspective is that it was our downfall. I subscribe to the view that when we started growing mass quantities of grains and living in dense communities our health went down and there were all kinds of problems as far as social interactions and competition for resources leading to wars, etc. I think we need to get back to horticulture, of growing a diverse mixture of perennial plants with some annual plants in the mix. 

ARTY: What role do weeds play in a healthy insect ecology?

RON: In a lot of conventional agricultural situations, the only diversity in the field are the weeds. They can be really important as far as providing alternate food sources for your beneficial insects. Looking at a couple of examples, there’s the lacewing and the syrphid fly. The adult green lacewings are vegetarian. So why would you want them to come to your garden? They eat pollen and nectar and honey dew, things like that. Honey dew is the sugary poop from aphids.

Dandelion seedhead

If you have some flowers, lacewing and syrphid flies will be able to use the nectar resource for their energy source, and they’ll be able to fly around in that area and find some of the food that their offspring, their larvae, feed on, like aphids. They’ll lay their eggs next to the colony of aphids. The syrphid fly young are little maggots, and lacewing larvae look like little alligators. The larvae will go and feed on the aphids, and then they’ll pupate and repeat the life cycle. Having that nectar resource in with the crop is really important for hosting the beneficial insects.

Sometimes in row crop agriculture, farmers take all the crop out, but having a row of living plants or sometimes even just dead plant material like perennial bunchgrass will provide really nice places for ladybugs to hide in and stay over winter, or hang out in between crops. Having some diversity in the farm landscape is really important. Sometimes weeds are the only thing that will supply that.

I’ve looked at weeds as indicators of soil conditions. You can look at the weeds growing in a field and quickly point out which weeds indicate intermittent wet like curly dock, or chicory, or cockle burr. You can point out those plants growing in your field and work on lightening up that soil so it can get better drainage or do some mechanical things to improve the drainage, like make swales up higher in the grade so water is retained higher in the landscape. 

There are certain weeds that will indicate high levels of salt or other things. You can read the weeds to be able to monitor what’s going on in a dynamic way with the soil condition. 

ARTY: What can farmers and gardeners do to promote a healthy biological system?

RON: It all starts with the soil. Fertilize with compost, plant cover crops, and keep the soil covered. Have some above-ground diversity by inter-planting companion plants with your crop. With a lot of the brassicas and a number of other plants, you can throw in 1% of alyssum seed, a low-growing plant that has a nice flower. It grows to about six inches tall, so it doesn’t interfere with plant growth. If you have occasional plants like that throughout your field, then you’ll be able to have a source of nectar for the beneficial insects. 

Wherever you can, like along ditch banks or along drive roads, plant a little strip of flowering plants. Some are better than others, dill is a real champion for hosting a lot of beneficials. Get some flowers out there and that will help to draw in the beneficial insects. And avoid using the toxic stuff. We’re available to talk you through some suggestions as far as strategies for controlling a wide range of different insects in a lot of different cropping situations. 

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Microorganisms Build Fertility and Mitigate Climate Change: An Interview with Dr. Kris Nichols

Dr. Kris Nichols works with farmers to use the power of soil biology to regenerate agricultural soils that produce healthy food, and a healthy planet by reducing agriculture’s greenhouse gas emissions, sequestering carbon in soil, and producing nutrient dense foods. Dr. Nichols, previously a research soil microbiologist with the USDA and the Chief Scientist at the Rodale Institute, is the founder and principal scientist of KRIS Systems Education and Consultation Arty Mangan, Bioneers Restorative Food Systems Director, interviewed Dr. Nichols at the EcoFarm Conference

ARTY: What is the main problem with agriculture?

KRIS: We need to re-carbonize our soils. Our soils are depleted of the carbon resource that is especially important for water and nutrient management. 

ARTY: Why is carbon so important in agriculture and life in general?

KRIS: Carbon is one of the building blocks for pretty much all life. I say pretty much all life because while there are exceptions, almost all life is carbon-based, meaning that every cell, every enzyme, every protein has a carbon backbone to it. Producing the energy for living cells to function and for people to do work, move, etc. requires cycling of carbon. That’s the way that cells get energy, but the source of that energy is from sunlight that was captured initially via photosynthesis by plants.

ARTY: How do soil, carbon, microorganisms and water interact?

KRIS: As we re-carbonize our soils by building up organic matter, our soils do a better job of being able to cycle nutrients. Carbon is used to feed microorganisms that are going to break down organic matter. They break down minerals and release nutrients that the plants need to grow. 

The microorganisms engineer aggregates to provide a habitat to live in and protect them from larger organisms that can’t penetrate into the aggregate. Inside the aggregate there are minerals and organic matter that the smaller microbes – the bacteria and the fungi –  feed on. They eat and then release those nutrients and then the fungi’s hyphae funnel the nutrients out of the aggregate and into the roots of the plant.

Aggregates are little pellets that bind together in the soil. Those pellets are really important because the organic matter that is within those pellets has a slower decomposition rate. One of the ways in which we can sequester carbon is by reducing the time that it takes for a molecule to decompose. When decomposition happens, you get oxygen that will come in and break apart carbon bonds and create carbon dioxide. That carbon dioxide goes back up into the atmosphere where there’s an excess that is creating climate problems.

We want to figure out ways in which the carbon is going to stay in the soil for a longer period of time. Putting labile carbon, like simple carbohydrates or proteins, inside an aggregate actually reduces their turnover time so they’re going to stay in the soil for a longer period of time.

Between the aggregates there is pore space or open space in the soil. Open space is really important to the management of water in particular, but also can be important to the exchange of gases that allow for the roots as well as the organisms to respire, to take in oxygen and give off carbon dioxide. 

When it comes to water, you want the pores to be continuous so that a column of water can come into the soil and move into that open space around the soil aggregates. That open space has to bend and curve and move around the aggregate. Those bends and curves are really important to increasing the overall volume of the pore space. The bends and curves increase the amount of soil surface for water to be able to enter, so you can hold more water in the soil. 

We want to get as much water as possible into our soil, as fast as we can, so having a lot of that open space, allows for a lot of water to get in very quickly. But because it doesn’t rain every day in most places, you want to make sure that that water is going to stay in the area around the roots for as long as possible. Gravity is constantly pulling water down and the sun is constantly pulling water out by evaporation. If it has to move and bend and curve, it takes more time for gravity to pull it down or the sun to evaporate it, so you can hold more water for a longer period of time when you have soil that’s well aggregated.

ARTY:  A revelation for me is how mycorrhizal fungi not only supply a plant with food, but also brokers and exchanges nutrients among different plants. 

KRIS: The mycorrhizal fungi can connect the roots of multiple plants together. One example is a really cool exchange that can happen utilizing nitrogen and phosphorus. Mycorrhizal fungi will grow into both a non-legume plant and a legume plant associated with bacteria that fixes nitrogen and will provide nitrogen from the legume plant into the non-legume plant. 

Mycorrhizal fungi are also known to be involved in providing phosphorus to plants. They are associated with phosphate-solubilizing bacteria that live on the hyphae of the mycorrhizal fungi. The mycorrhizal fungi will carry the nutrients from the plant and give that to the phosphate-solubilizing bacteria. Those bacteria will then produce an enzyme to release phosphorus when it’s not very available. That phosphorus can then go into the mycorrhizal fungus. Some of that phosphorus will feed both the plants, but it also feeds the rhizobium bacterium that is fixing nitrogen, because it takes a lot of energy to fix nitrogen, especially when providing it for two plants, and that process requires more phosphate. 

It’s a really elegant and favorable relationship. The beauty of it is this happens when the plants have the need, unlike adding nutrients [in the form of fertilizers] and the plants having to take in and stuff themselves to the gills in case the nutrients go away, not knowing if the nutrients are going to come back again when the plant has a greater demand. 

Instead, in soil with healthy microbial communities, the plant gives cues to different organisms. They give the cues via the carbon that they feed to the mycorrhizal fungi and the phosphate-solubilizing bacteria, as well as the nitrogen fixing rhizobium bacteria.

ARTY: It seems like there’s a very sophisticated microbial civilization operating in the soil. You said it yourself, “Humans can’t do this better.” 

KRIS: We can’t. The mycorrhizal fungi have been associated with plants for over 400 million years. So, they’ve really been able to figure out how to optimize what’s happening in the system, and be able to do it at the highest level of efficiency. You don’t stick around for hundreds of millions of years if you don’t know how to do this well. Having that type of a relationship is incredibly important to our agricultural systems, and always has been. We just haven’t recognized it.

ARTY: How can this process be optimized in farming systems?

KRIS: To optimize these relationships, the first thing is to make sure that all of the organisms that are involved are able to have a good consistent food source. You wouldn’t be very happy and you couldn’t function very well if you only got fed for three or four months out of the year, but you were required to do a job all year long. What we want to do is make sure we’re giving a consistent food source. That means having plants growing in the soil as much as possible, reducing the amount of time that you have nothing growing because that is dead time. That happens in a lot of our agricultural systems where it’s too cold in the wintertime or you have snow cover. You may not have something growing during that time, but you can reduce the window of that time to the minimum possible so you can keep these organisms growing.

ARTY: What are the best ways to nurture healthy mycorrhizal fungi in your agricultural soils?

KRIS: You want to make sure they get fed. You want that food to be fairly diverse. The diversity comes from the different types of plants you’re growing. They’ll have different types of sugars that they’ll give off, different types of chemical signals that they’ll give off. That’s really important to feeding a number of different mycorrhizal fungi, as well as the other fungi and bacteria that help the mycorrhizal fungi, things like phosphate-solubilizing bacteria, the nitrogen-fixing bacteria. You want to make sure that they’re getting fed as well.

You want to reduce the amount of disturbance to the soil from tillage. Tillage can physically rip apart the fungal hyphal strands. What ends up happening is the fungi have to put energy into re-growing the network and reconnecting to all of the roots as opposed to trying to extend that network and making aggregates or other types of molecules that may be beneficial to themselves and plants.

ARTY: What happens when you put synthetic fertilizers in the soil?

KRIS:  If you add synthetic nutrients – nitrogen or phosphorus – to your soils, it is essentially like outsourcing the jobs of the mycorrhizal fungi. Just like for us, if you don’t provide a value to your employer, they’re not going to pay you and you don’t eat. The mycorrhizal fungi work the same way. They get food from the plant. If they don’t give something to the plant to pay for that food, they’re not going to get fed. Adding synthetic nutrients takes away their job because the nutrients are now free for the plant. The plant has them right near its roots. It doesn’t need the mycorrhizal fungi to go and get them for it, so it won’t provide the mycorrhizal fungi with food. 

When the synthetic nutrients that you added are no longer available later in the growing season when the plant has its highest level of nutrient demand during the reproductive phase, it can’t get the nutrients it needs very easily because they’re gone. It will have to try and get the mycorrhizal fungi to grow, and it will give off carbon trying to attract the mycorrhizal fungi to its roots. That can take energy and vital resources away from the plant and requires water – the molecules are soluble- at a time when soils are typically the driest. 

It’s going to be really hard for the plant to yield as high as you would like it to because it’s short of food and it’s taking a long time for it to get the nutrients that it needs. The plant also has to waste some water in trying to get it there, water that it should be using for cellular activity and to create progeny or to create the grain that you’re looking for. 

ARTY: How do we move towards an agriculture that promotes the biology that you’re talking about?

KRIS: I ask farmers that I work with to utilize biological tools before thinking about using chemical or mechanical tools. I recommend utilizing organisms that are already present in the system or will move into the system as we provide the right conditions for them to thrive. It’s something that can help the farmer to be overall more profitable because you’re not spending money on the inputs. You’re not spending money providing the nutrients and the pest protection. 

Agriculture, especially in the last 20 to 30 years, has become someone handing you a cookbook and telling you, as a farmer, exactly what to do and you don’t have to think about it. We need farmers not only to provide food but also to be able to figure things out and innovate. We can get multiple benefits from agriculture including benefits to ecosystem services.

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A Geography of Hope: Gabriel García Márquez and the River that Made Possible a Nation

Wade Davis

Wade Davis is a writer, botanist, and ethnographer who holds a Ph.D. in ethnobotany from Harvard University. As an Explorer-in-Residence at the National Geographic Society, his work has taken him from Australia to Tibet.

Davis’ new book, Madgalena: River of Dreams, tells the story of Colombia’s Magdalena River, which spans nearly a thousand miles from the mountain uplands of the Macizo Colombiano to the alluring Caribbean wetlands around the port of Barranquilla. Home to Colombia’s life-giving biodiversity, the Magdalena has also served as the graveyard of the nation, a slurry of the shapeless dead, victims of a war fueled exclusively by the global demand for cocaine.

In weaving together memoir and history to tell the story of the Magdalena — and of the man who documented it so deeply, the writer Gabriel García Márquez — Davis masterfully tells the story of Colombia itself. Magadelena: River of Dreams is as much a fierce defense of Indigenous wisdom and a searing indictment of climate change as it is a memoir of an author’s travels and friendships. Check out the following excerpt from the book, and get your own copy here!


Gabriel García Márquez

What is life but a story we lose the power of comprehending as we grow old? In his last years, long after his Colombia had itself become but an illusion of memory, Gabriel García Márquez declared the Río Magdalena to be dead, its waters poisoned, its animals exterminated, its forests destroyed. In the first volume of his memoirs, Vivir para contarla, he scoffed at the idea that its scorched and barren riverbanks might ever again be lush with jungles saturated with the scent of blossoms and alive with the sounds of monkeys, jaguars, and macaws, as they had been in his youth. To replace what had been lost would require, he claimed with curious precision, the planting of “fifty-nine thousand, one hundred and ten million trees” on properties that were now privately owned, removing arable land from production and reducing income for landowners by 90 per- cent. The river itself was beyond redemption, with water unsafe to drink and fish too soiled to eat, all rendered toxic by raw sewage and industrial waste disgorged into its ow by every town and city in the drainage. García Márquez went on, sharing an anecdote of two guerrillas who, fleeing the army, flung themselves into the river only to die, infected by its waters. He recalls that the only person with a serious plan to rehabilitate the Magdalena, a young engineer from Antioquia by the name of Jairo Murillo, had himself died in the river, drowning along with his dreams. Coming from a national treasure, a Noble laureate who upon his death in April 2014 would be declared by then-president Juan Manuel Santos as “the greatest Colombian who ever lived,” this was a powerful indictment, a statement of despair that fell somewhere between bitterness and the truth.

Few Colombians, and certainly no Colombian writer, have been as closely associated with the Río Magdalena as Gabriel García Márquez. The river was not just the setting but an actual character in two of his greatest novels, Love in the Time of Cholera and The General in His Labyrinth, books that are completely inspired by the author’s passion for the Magdalena. All of the themes that informed his work—forgetfulness and love, violence and hope, progress and decadence, fertility and death—are to be found in the eddies and back channels and currents of a river that literally carried him, as a boy, to his destiny, allowing him to enter a world of language and literature where he would discover just what words can do.

There is scarcely an image or a phrase in Love in the Time of Cholera that does not correspond to an actual episode in García Márquez’s life. When he portrays, for example, Florentino’s journeys on the Magdalena, the first to heal a broken heart, the second in pursuit of pure love, he is writing of riverboats he knew so well as a youth, magnificent three-story vapores with soaring black chimneys, passing in the night like brightly lit carnival tents, trailing in their wake music and poetry and phosphorescent dreams. Along the shores, he recalls, sand beaches were dark with caimans lounging in the sun, their jaws wide open, filled with small clouds of butterflies. Flocks of herons in the sloughs, flights of egrets scraping the sky, and in the shallows along the shore, and in the Cienega’s, manatees suckling their young, their skin pale and soft like that of a woman.

On board, the third-class passengers swung in hammocks hung from the rafters of the lower deck, while the gente bien paced the perimeter of the upper decks, watching life and the river flow by. Men wore cotton or linen, suits tailored for the tropics. Women dressed as they would for a transatlantic crossing, with sufficient outfits to allow them to change several times a day, along with extravagant hats adorned with flowers, silk gloves, fans, and umbrellas for the sun. Each man carried aboard a small leather case containing grooming essentials: hair tonic, cologne, and scented powders. Women brought their own feather pillows and linen sheets, along with several pairs of white shoes, all oversized, for a lady’s feet were certain to swell in tierra caliente. The steamboat captains, as García Márquez wrote, were larger than life, firm and steady, impeccably dressed, with the strength of roots and a pronounced weakness for wildlife. They towered over the vessel, just as the giant ceibas rose above the riverbanks, the one forest tree, sacred to all the ancestors, that never fell to the woodsman’s ax.

Crossing the Macizo Colombiano (Photo courtesy of Wade Davis)

On the river, everything receded in time and space, with memory itself being forgotten. The slow, languid days seemed to last longer with each passing mile. The length of the journey was itself never certain, dependent always on the river, its depth and current, the shifting sands and sediments, the turning of the seasons. If a vessel ran aground and the journey was delayed, it caused no alarm, for no one expected punctuality, and with each day the passengers grew as a family, causing the music and dancing that followed every captain’s dinner to reach ever deeper into the night.

From time to time, the vessel came to shore to purchase bur­ros de leña, fuel for the boilers, or to offload cargo onto mules for the long ascent to the cities and towns of the cordilleras. There was always a sense on board that anything could happen, that life- changing encounters were to be expected, that all was possible. García Márquez writes of a medical student who at a random stop entered a wedding party uninvited, flirted with the most beautiful woman, and ended up being shot by her jealous husband. He also recalls another passenger who, after a wild night in Puerto Berrío, woke to discover that in his drunkenness he had gotten married. He and his wife would have nine children and live happily ever after. He tells, too, of a woman who carried her baby about the ship in a wooden birdcage, hanging it from the open deck, and of another great beauty who used fire flies as accessories, creating broaches and decorating her hair with the glowing creatures.

Altogether, García Márquez would embark on eleven round-trip journeys on the Magdalena, traveling back and forth from his home on the coast to school in the capital, always convinced that he learned more in his few days on the river than in his many months in the classroom. His very first trip in 1943, when he was but sixteen, was perhaps the most memorable for it was on the David Arango, the most elegant of all vessels ever to travel the river—the Titanic, many would say, of the Magdalena. As an orchestra welcomed the passengers and the ship made ready to sail, García Márquez rushed to the highest deck and watched as the lights of the town of Magangué slowly receded in the darkness. Tears filled his eyes, and he remained, as he later recalled, in a state of ecstasy throughout the entire night and, indeed, the entire journey. It took six days to reach Puerto Salgar, where he caught the train for Bogotá. A boy from the coast who had never stood higher than the hood of a truck found himself climbing into the Andes, whistling and wheezing like a struggling arriero gasping for air.

Bogotá came as a shock, with its cold and wet chill, the men all dressed in black trudging to their places of work and no sign of a woman in the streets, no laughter, no joy, no color. Nothing to dazzle his gypsy eyes. A grey city of solitude and despair. Within hours, he longed for heat and home. He counted the days and weeks as the calendar turned toward December. In his yearning, the Magdalena became the antidote to Bogotá, his lifeline to the coast, where everything was awash in color and passion, where flirtations with parrots and sunbirds were the norm and daily life, as he would later write, was but a pretense for poetry.

He had been raised by his grandparents in a world of multiple realities, not unlike the country itself, a nation that he would embody as a writer and a man. His grandfather, a veteran of the War of a Thousand Days, never escaped his memories of re, obsessions that over time enveloped their home in a shroud of gloom, leaving García Márquez haunted by the specter of death for all of his life. His grandmother, by contrast, lived in a realm of the imagination where everything was possible, where common garden frogs were brujas by night, river stones the eggs of dinosaurs, and plants only people in another dimension of reality. Fantasy and the supernatural were but glimmers of liminal space where heaven and earth converged to reveal glimpses of the divine.

García Márquez had a way of being present at those moments when Colombia cleaved from its past. In 1928, when field hands went on strike and bananas rotted on the stem, agents of the United Fruit Company in the guise of soldiers slaughtered their families with machine guns, leaving the plaza of Ciénaga blanketed with the dead, corpses that were cast into the sea. The survivors fled south only to be murdered in the Aracataca graveyard before the eyes of a desperate priest. As an infant, García Márquez rested in his cradle within earshot of the massacre. Years later, he was living as a student in a Bogotá boarding house just blocks from the Black Cat Café, where Jorge Gaitán was murdered. García Márquez watched as workers poured into the streets and the capital burned. He was there as the army turned its tanks on the people and a terrible violence was born that would leave generations of Colombians looking over their shoulders in fear, waiting for the moment when death would find them. Like all of his generation, he came of age in a land where death was not a distant fate but a burden to be borne in every moment of life, a threat as constant as the night.

García Márquez grew to view death as a swindle, a cosmic trap, the ultimate betrayal. “Not dying,” he declared, “is the only option I accept.” And yet he would live to see too much of death, even as Florentino, on his last journey, comes upon three corpses floating in the river, green and bloated, with vultures perched on top. By then the forests were gone, along with the animals and birds. The Magdalena had become a cemetery, leaving the river, his Magdalena, as he wrote, but an illusion of memory. His deepest fears were confirmed not long after he abandoned Colombia for a life in Mexico, when a phone call from Bogotá confirmed that the David Arango, docked in Magangué, had been destroyed by fire, reduced to ash by a conflagration that marked for him not just the end of an era of travel but the final death of innocence. “That day,” he later wrote, “ended my youth and what was barely left of our river of nostalgia was now a total mess.”

A shamanic figure carved into stone, overlooking the Magdalena gorge at La Chaquira, San Agustín (Photo courtesy of Wade Davis)

What in fact had died was just one man’s story, one thin chapter of a chronicle of a river that has owed for three million years and touched the lives of countless people. García Márquez once said, “The only reason I would like to be young again would be the chance to travel again on a freighter going up the Magdalena.” His life was bookended by his first journey on the river in 1943 and the news that the vessel that had carried him on that journey had been lost to re in 1961, a span of less than two decades in which the Río Magdalena, according to García Márquez, had been transformed from paradise to wasteland, heaven to hell. To be sure, those years brought ecological devastation. But forests can grow back and animals be reclaimed, even from the abyss of extinction. All that has been irrevocably lost is one man’s passionate identification with a moment in time, a trivial instant impossible even to record in the life of a river. The robber of memories is surely the one trapped in nostalgia who would deny to those coming in his wake the chance to celebrate a river that still lives, owing to the sea and bringing the promise of life to the land as it always has. In truth, the Río Magdalena remains an open book, one with countless pages and chapters yet to be written. Like the families condemned to live one hundred years of solitude, it too deserves to have, at last and forever, a second chance on earth.


This excerpt was from Magadelena: River of Dreams by Wade Davis. Get your own copy here!

To hear more from Wade Davis, please explore the variety of media produced from his appearances at the Bioneers Conference over the years

Reimagining Schools = Reimagining Our Future

This article contains the content from the 10/01/2020 Bioneers Pulse newsletter. Sign up here to get the newsletter straight to your inbox!


As school systems re-open, online or in-person, the rapidly changing nature of our world is more evident than ever before. The American education system is totally old school, and communities are demanding a 21st century makeover. That includes a more comprehensive education about our nation’s history — the good AND the ugly — and preparing our students to be better stewards of the Earth.

This week, we highlight solutions to building a more impactful and equitable curriculum, so the next generation can learn from the past to lead a better future.


Virtual Learning Resources: Indigeneity Curriculum

The Bioneers Indigeneity Program is the go-to source for accurate and contemporary information about Indigenous science, media, and curriculum for social change.

To support the use of Bioneers’ original content in the classroom, we’ve developed thematic discussion guides and curriculum bundles aligned with national standards for grades 9-12+. Our curriculum offers educators an invaluable toolkit for optimizing the educational potential of evergreen Bioneers media.

Each bundle teacher instructions, activities, assessment, and additional materials for a week of instruction around a set of themes. All lesson plan objectives and activities are aligned to high school standards for science, social studies/history, and English.

Read more here.


October 12th is Indigenous Peoples’ Day!

Celebrate by learning more about the Indigenous activists, writers and
culture bearers who are leading efforts to preserve traditional Indigenous knowledge.

Click here to browse the Bioneers Indigeneity media collection!


Photo by Golesten Education

Outdoor Education and COVID-19

Earlier this summer Bioneers featured an interview with the founders of the National COVID-19 Outdoor Learning Initiative, Why Outdoor Education May Be the Key to Reopening Schools Safely. The article went viral, leading to a huge increase in inquiries to the initiative and was likely responsible for national coverage from PBS, The Atlantic and others.

Thank you, readers, for your action — when you read, share and reach out to those featured in our articles, real change can result. We encourage you to learn more about the Initiative and how you and your school can get involved.


“Composting Self-Limiting Patterns: Facing Shadow to Turn Towards Our Full Flourishing” with Nina Simons

Bioneers co-founder Nina Simons will be teaching this Guest Master Class on Monday, October 19th, 2020, at 10am PST. This session is part of the Beautiful Leadership Immersion, which takes us into an embodied learning and unlearning adventure. Sign up for this experience now to gain the skills, tools and practices for navigating the relationship between our inner transformation and systemic change.

Register now!


Eco Schools: Educating for Sustainable Communities | Fritjof Capra, Cheryl Charles, and David Orr

Most American schools are flunking out when it comes to how well they integrate ecological literacy across the curriculum. Many others are doing no better than a C average with the idea that schools should be actively engaged in sustaining the natural and social communities in which schools exist.

In this Bioneers podcast episode, Fritjof Capra, co-founder of the Center for Ecoliteracy, and leading environmental educators Cheryl Charles and David Orr explore what’s working for the A+ schools that are successfully integrating ecological awareness, understanding and practices through the curriculum and the community.

Listen to the full episode here.


Ecological Literacy: Teaching the Next Generation About Sustainable Development

As societies search for ways to become more sustainable, Fritjof Capra suggests incorporating the same principles on which nature’s ecosystems operate. In this essay, “Speaking Nature’s Language: Principles for Sustainability” from the book Ecological Literacy, he leaves a blueprint for building a more resilient world on the foundation of natural concepts, such as interdependence and diversity.

Read more here.


CIIS Public Programs: Fall 2020 Digital Brochure

The California Institute of Integral Studies, a nonprofit dedicated to personal and social transformation, is hosting their 2020 Fall season of virtual discussions and workshops. These events will touch on a broad range of topics, such as compassion, psychedelics, spirituality and more.

Browse the full brochure here.


What We’re Tracking:

  • From the Biomimicry Institute: The Youth Design Challenge (YDC) is a free, hands-on, project-based learning experience that provides classroom and informal educators with a new framework to introduce biomimicry and an interdisciplinary approach to science and environmental literacy. Working in teams with an adult coach, students explore the wonders of the natural world and apply what they learn to create innovations that support a healthier planet.
  • From Bullfrog Films: The film Symbiotic Earth explores the life and ideas of Lynn Margulis, a brilliant and radical scientist, whose unconventional theories challenged the male-dominated scientific community and are today fundamentally changing how we look at ourselves, evolution, and the environment. In appreciation for teachers’ dedication during these unsettled times, Bullfrog Films is offering educators a 20% discount on licensing Symbiotic Earth for their institutions. With each purchase, educators will receive the bound, hard copy version of the Symbiotic Earth Study Guide.
  • From Iconic Leaders Rise: Bioneers co-founder Nina Simons is speaking at this free virtual event alongside other renowned leaders from all over the world. They’ll be sharing wisdom on how to align with your soul purpose, shift the world through your own personal awakening, and use your voice to inspire and motivate others. Reserve your spot today!

The Latest from Bioneers.org:

  • Frank Kanawha Lake: Indigenous Traditional Ecological Knowledge Can Save Our Ecosystems” | Frank Kanawha Lake, an Indigenous research ecologist, discusses how traditional ecological knowledge about fire and watershed ecology can guide government agencies toward more regenerative land stewardship practices.
  • Regenerative Agriculture: Nourishing the Soil, Healing the Planet” | This short video highlights regenerative ranchers and farmers who are bringing life back to working landscapes by mimicking the creative forces of nature. By sequestering carbon from the atmosphere back into the soil, this approach to agriculture is a key solution to mitigating climate change.
  • An Apocalyptic Shade of Orange” | Dr. Rupa Marya, co-founder and Faculty Director of the Do No Harm Coalition, writes about how colonialism has fostered unsustainable and destructive relations with the land. In light of the California wildfires, she argues that returning land to its original Indigenous caretakers could provide a pathway to restoring balance.
  • State of American Democracy Project to Premiere “Democracy Unchained: A Conversation Series” | Bioneers is serving as a Project Partner with David Orr’s State of American Democracy Project, which has launched a series of video conversations that feature political thought leaders, such as Van Jones and David Brooks, as they discuss the convergence of crises facing democracy — and how to fix them.
  • No More Stolen Sisters: Stopping the Abuse and Murder of Native Women and Girls” | In this Bioneers podcast episode, powerful Native women leaders reveal the crisis of missing and murdered Indigenous women, and describe how they are taking action and building growing movements, including with non-Native allies.
  • Oklahoma Tribes Under Attack from State” | While Native American tribes in Oklahoma celebrate the recent McGirt v. Oklahoma Supreme Court ruling, which defends tribal sovereignty, this breaking press release reveals Oklahoma governor Kevin Stitt’s attempts to override this ruling and force fracking and drilling on their territories.
  • The Sacred Forest: an Online Art Exhibit and Interview with AWA Gallery Founder, Patsy Craig” | Patsy Craig is an art curator, producer, and Indigenous rights activist. In this interview, she reflects on the recent opening of her new gallery, AWA Galería in Cusco, Peru, as a platform to amplify Indigenous worldviews.

This article contains the content from the 10/01/2020 Bioneers Pulse newsletter. Sign up here to get the newsletter straight to your inbox!

Democracy Unchained: Unprecedented Challenges

The State of American Democracy Project calls us to deepen our conversation on democracy and connect those conversations with meaningful action. Their new video conversation series features leading political figures, such as Van Jones and David Brooks, as they discuss the convergence of threats facing our democracy.

This episode — the second in their ten-part video conversation series — explores what the current pandemic has showed us about the federal capacity to respond to climate change. The growing deterioration of our climate will overwhelm current governance and force us to think as an interconnected whole. It won’t be easy, but structural change in how we maintain order, a viable economy, and distribute resources will determine the future of our country.

To see the whole project, visit the State of American Democracy website.

Frank Kanawha Lake: Indigenous Traditional Ecological Knowledge Can Save Our Ecosystems

For centuries, Indigenous Peoples learned to master a symbiotic relationship with the world around them. Their deep understanding of diverse ecosystems—and ability to coexist with them—is a wealth of knowledge embedded with practical solutions for fighting the climate crisis today.

Frank Kanawha Lake is an Indigenous research ecologist who specializes in fire and fuels. Growing up along the rivers and forests of northwest California, his tribal community instilled in him a connection with the land and trainings on fire and watershed ecology. Now, with a career in the USDA Forest Service, he is using that traditional ecological knowledge to guide government agencies toward more regenerative land stewardship practices.

Following is a conversation Senior Producer Stephanie Welch had with Frank, edited for length and clarity, where he discusses his lifelong connection with the land, why traditional ecological knowledge matters, how federal agencies can foster healthier relationships with local Indigenous communities, and more.


Frank Lake

FRANK – I’m mixed blood Native American, Mexican American, and White. I’m part Karuk, Seneca, and Cherokee, and I was raised primarily with my northwest California cultural beliefs and knowledge systems of the Karuk and the Yurok. I’m a Karuk descendant, but I have half-siblings that are Yurok tribal members, and that’s important as that reflects on my work as a federal research scientist. I’m a research ecologist with the USDA Forest Service, in the fire and fuels program of the Pacific Southwest Research Station. For me, a valuable part of my work is looking at the science support needs and researchable questions of tribal communities, particularly related to wildland fires, fuels management, and now climate change.

BIONEERS: Did you grow up with a strong connection to the land?

I didn’t realize the significance of my teachings until I was older, and I’m actually more academically trained as an ecologist. As part of the tribal community, my family was very involved in the ceremonies, substance practices, and healing traditions around medicinal plants. It was just a way of life for me as a child. We had our seasonal opportunity to fish with my Yurok family, to gather acorns and huckleberries, and other forest resources. My father and my stepmom were healers, so we relied a lot upon medicinal plants, and we understood the teachings of how to access them around different times of the year and along the oceans, forests, rivers and mountains.

And then we spent often a lot of our late summers up in the Siskiyou wilderness, which a lot of the local tribes there — the Karuk, Yurok and Hoopa — call the “high country.” Being up there, in the wilderness area at our sacred sites, was where I’ve had my most unique and significant training. We got to explore these sacred springs, rock outcroppings, meadows and old growth forests in that area of the Siskiyou wilderness.

There were two really significant events that shaped why I chose to become an environmental scientist. As a young adult and activist, I lived through the complexities of a proposed road called the Gasket Orleans Road, called a “GO road.” It was one of the founding cases of American Indian religious freedom rights involving the Forest Service, timber industry, and tribal community values around sacred site protection.

So, as a child by the Siskou Wilderness, having seen that road being constructed, and seeing that development around logging interests actually impacting the spiritual practitioners around me, that made me want to work toward natural resource management stewardship and land tenure around native rights.

Around that same period, the Yurok tribe was being reinstated as a Tribal Government and exercising their traditional fishing rights. My step-uncles and cousins that were traditional fishermen, yet they were being told to limit their fishery because of commercial interests for offshore fisheries. That burden of conservation fell on the tribes, on my family, and really on me as an individual growing up within the Yurok fish camp.

So I had this duality of seeing natural resource and political issues, not only around river fisheries conservation, but also around forests and biodiversity and sacred sites. These interests of conservation heavily influenced me as a young person, because I saw those struggles and those dynamics and started looking for a solution.

Part of my training at those sacred sites was: I’m inheriting knowledge, but with that knowledge is a responsibility to family, land and waters, and community. Both the human and biological community.

As a young person then — I was probably 10 to 15 years old at the time — I wasn’t really aware that’s what happens around resource extraction and community economics and traditional rights of Indigenous Peoples. I didn’t understand the complexities.

As a tribal community and family, we have these medicine people and families that pray to sacred sites; they pay for the forests; they pray for the water; they pray for the animals; they pray for all the things in that environment. Yet, it was actually the environmental recognition of the proposed road activity that was upheld in court, not so much the native spirituality or religious practices about trying to maintain that relationship to pray for those things. It was an unfortunate duality that the Indigenous rights weren’t being formally recognized in the court system, but the legal and environmental implications were closely intertwined.

BIONEERS: Can you tell us about how these federal agencies have evolved over time, especially in relation with Indigenous communities?

I think early on, both within academic institutions and those institutions that train natural resource professionals (who become the leadership within federal agencies), there was this invisibility of tribal communities. So for me, one of the obstacles was understanding that these institutions have to learn about Indigenous People. They have to understand, both as an instructor or as a land manager, that these are living communities who depend upon the river, the forest, the biodiversity — all of which we now call “ecosystem services” — to perpetuate their traditions. A tribal trust resource is also in the best interest of society as a public trust resource.

After 1994, the Forest Service had a big change in the Northwest with the Northwest Forest Plan. That was a big shift to help us look more broadly at biodiversity, ecosystem services, and public and local tribal values in the interests of national forest and natural resource management.

BIONEERS: Can you explain more about traditional fire knowledge, and how that fits into the broader scope of traditional ecological knowledge?

Well, traditional ecological knowledge is a cumulative body of knowledge and belief systems in regards to how Indigenous Peoples utilize their resources, both historically, in the present, and even in the future. That knowledge is always adaptive to the circumstances — social-politically, social-culturally, economically, and even environmentally — around how these tribes’ knowledge systems and social institutions operate.

So traditional fire knowledge is really a subset of that traditional ecological knowledge. There are different elements of that, from how you understand fire effects, to fire behavior, or even to the tribe’s relationship with fire. The best way I understand it or describe it is if you’re a forest-dependent people or fire-adapted culture (e.g. Fire Dependent Culture), where every aspect of your culture relies upon fire in some beneficial way, then you have a depth of knowledge that spans all the biophysical with the metaphysical. Those physical elements and the spiritual or ceremonial aspects are really combined.

I grew up with those teachings in my Karuk and Yurok families, and saw how important fire was to us as a culture. And historically it was used against these tribes. That includes the fire suppression policies of the early 1900s to protect logging and timber industries, but it even goes back to when the Spanish were colonizing California. The first law enacted in Alta, California, was by a mission to prevent the natives from burning. They took away that energetically efficient tool to manage the resources as a way to subjugate them, remove them from the land, and bring them into the missions. When California joined the Union, there was that same kind of colonial settlement to remove tribal people from their arena of managing those natural resources and bringing them into the reservations. In that way, fire governance was one of the main leveraging tools that made American settlement of the West successful.

BIONEERS: How can fire actually be beneficial?

Not only are those fire-dependent or fire-adapted Indigenous communities, but traditionally, fire serves as a biodiversity component and burning can help with many resource objectives. Fire actually helps to reduce a hazardous build-up of fuels that lead to larger, non-desired, catastrophic fires. But naturally, if lightning strikes and burns an area, tribal people know that those areas can be more productive, have more diversity of plants and animals, yield more water, and help to manage the land. This happened in diverse ecosystems among diverse tribal communities in California. Tribes literally used fire from the coast to the highest alpine meadows.

And part of that, which people often didn’t associate, was it was both that natural and cultural fire use that led to a lot of the diversity that was marveled at and seen as part of the pristine West.

BIONEERS: What happens after fire?

This ties back to the traditional fire knowledge, and how you perceive the effects of fire. If you see fire as medicine — as a good thing for the landscape and for your family health — you could consistently prescribe it at the right intensity. This means you’re managing a lot of diversity from materials that, from a tribal cultural perspective, provide your foods, medicines, and materials (e.g. basketry). Your landscape is then really linked to fire as your pharmacy, your supermarket, your hardware store, and for some sacred places, your church.

If you think of those “ecosystem services,” fire is the main leveraging thing to help you get the right dose of them. If you want to have healthy food as medicine, and you need to have access to clean water, fire can provide that. Fire is a thinning agent that reduces competition and helps optimize those resources. Fire is also a renewal agent that recycles nutrients and makes those nutrients available. It’s an essential socio-cultural and ecological process.

BIONEERS: How has policy changed over the years?

Policy has changed. Wildland fire agencies are beginning to ecologically understand the importance of fire and how it relates to biodiversity and ecosystem services.

Now, under the National Cohesive Strategy for Wildland Fire Management, there are three components we look at: resilient landscapes, fire-adapted communities, and wildland fire response. That last one is about looking at each ignition as a fire starts, whether it’s anthropogenic or natural, and thinking: Is it burning in a way that is going to meet our broader resource management objectives and goals, and what kind of threat does it pose to life, property and resources?

Now, under that guidance of the National Cohesive Strategy, this mindset tiers to the state level. In California, wildland fire managers have the ability to look at each fire event and say: “How can we manage this fire for resource benefit?” We might need to suppress it on one side because it threatens life and property, but on this other side, we could allow it to burn because less resources or value will be affected. Allowing it to burn means allowing it to have that ecological and social service of cleaning up fuels, rejuvenating biodiversity, and renewing the ecosystem services that are part of a functional fire regime.

BIONEERS: What does the relationship now look like between tribes and agencies?

It’s at various degrees. The Forest Service is structured to manage the national forest systems. For example, the Forest Service Management that I’m working with is the Six Rivers National Forest and Klamath National Forest. They have a fire management agreement with the Karuk tribe and local Yurok tribe, so we (the Forest Service) consult and collaborate with them about how to respond in the best interest of the agency, the community, and the tribes.

Other places are still trying to formulate these agreements. Sometimes there are federally recognized and non-federally recognized or acknowledge tribes, and those tribes might have to work a bit harder with different government authorities and agreements to actually determine what happens within their traditional, aboriginal/ancestral territory that happens to now be national forest land.

An example I’m most familiar with, including the Karuk and Yurok, is a big collaborative project called the Western Klamath Restoration Partnership. It’s been facilitated by the Nature Conservancy, who brings these interested parties together — like federal agencies, local tribes, local watershed organizations, and even industry and environmental groups — who all say, “We’re interested in this landscape. We have diversified yet similar, overlapping interests (i.e. values) about how we’re going to do landscape restoration and implement wildland fire management strategies to help us adapt to climate change threats and stressors.” So that partnership is an example of an agreement, where the community comes together around shared values to protect their land. That “all lands, all hands” approach has to happen everywhere.

BIONEERS: What is your vision for the future of ecosystem restoration and conservation, especially with traditional ecological knowledge in the picture?

Where I see a lot of promise is in these landscape restoration collaboratives, which look at national policy and authorities that help bring people together on private, tribal, and federal or state lands. All lands, all hands across jurisdictions. We have different forms of information, from the social scientists and fire scientists informing us about community and social values, and how we should think about resource management. Using those integrative knowledge systems, by bringing people together, we can try different strategies and learn to become fire adapted.

A lot of the national programs talk about fire-adapted communities. That’s just not fire mitigation or reducing hazardous fuels around your home. It comes back to the original part of my talk about how, if you’re a fire-dependent culture or family or individual, then you’re looking at fire and thinking about what good it will do instead of how bad it will be.

When we change this perception as a community and society, we can move toward being more fire adapted and dependent, as a broader society and even as local communities. We must learn to live with fire, see it as beneficial, and just not try to suppress it in the ways we think is in our construct of safety and security. It’s about learning to live with our environment and fire being a part of that.

Tribes are here and living amongst us today. They’re part of our community. We can learn from the old ways that have contemporary importance, and integrate that into our broader societal approach to fire.

Regenerative Agriculture: Nourishing the Soil, Healing the Planet

This short video highlights regenerative ranchers and farmers who are bringing life back to working landscapes by mimicking the creative forces of nature. Regenerative agricultural practices draw down atmospheric carbon and sequester it in the soil where it boosts fertility and nurtures biodiversity, making this approach to agriculture a key solution to mitigating climate change. 

Featuring: Doniga Markegard, Markegard Family Grass Fed; Elizabeth and Paul Kaiser, Singing Frog Farms; Tim LaSalle, Center for Regenerative Agriculture & Resilient Systems – CSU, Chico.

Explore the Bioneers Regenerative Agriculture Media Series at bioneers.org/regen-ag.


CREDITS: Executive Producer, Arty Mangan; Producer, Stephanie Welch; Editor: Emily Harris; Graphics and Animation: Megan Howe; Camera: TrimTab Media; Liz Rubin, Ecodeo; Veva Edelson, Piano Farm. Thanks to John Feldman and Hummingbird Films for sharing footage. Check out their work in progress, Regenerating Life: An Earthlings Guide to Planetary Health.

Special thanks to our underwriter, Center for Food Safety

Democracy Unchained: The Moral Foundations of Democracy

The State of American Democracy Project seeks to strengthen democratic institutions by igniting an honest conversation on equality, justice, tolerance and fairness. This episode is the first of a ten-part conversation series, where political thought leaders explore the moral foundations of democracy as the most certain way of defending the dignity of all citizens.

Reforms will not be adequate enough to confront deteriorating democratic institutions without structural political and economic shifts. America is overdue for a reckoning with the dark side of its history — including racism, inequality, militarized violence, stolen land, voter suppression and corruption. It’s imperative that compassion and justice guide the movement toward a more just democracy.

To see the whole project, visit the State of American Democracy website.

Reversing Climate Change with Regenerative Agriculture

This article contains the content from the 9/18/2020 Bioneers Pulse newsletter. Sign up here to get the newsletter straight to your inbox!


The food system, dominated by corporate monopolies and industrial agriculture, is one of the most socially unjust and environmentally destructive sectors of the global economy. But farmers, ranchers, scientists, and activists are increasingly turning toward the solution of regenerative agriculture: a more holistic approach to food and farming systems. The new Bioneers media series on Regenerative Agriculture highlights the wisdom and best practices of a new approach to growing food. 

While organic agriculture focuses on sustainability, regenerative agriculture takes things further. By working with nature, regenerative agriculture can reverse climate change by revitalizing ecosystems, increasing biodiversity and restoring soils degraded by industrial farming.

This week, we gathered some of the world’s experts on regenerative agriculture to discuss exactly what it is and why it matters.


Regenerative Agriculture Media Series:
Healing Ecosystems and Stabilizing the Climate

In this brand new Bioneers content series, we share the knowledge and experiences of scientists, regenerative farmers and ranchers on transforming agriculture. Just as nature is constantly evolving, regenerative agriculture is a system of continued learning and improvement and adapting to local dynamic conditions. That’s why we’ve broken down different topics, principles, tools and practices that are advancing innovation in the field.

Browse the full series here.


Regenerative Agriculture: Nourishing the Soil, Healing the Planet

This short video highlights regenerative ranchers and farmers who are bringing life back to working landscapes by mimicking the creative forces of nature. Regenerative agricultural practices draw down atmospheric carbon and sequester it in the soil where it boosts fertility and nurtures biodiversity, making this approach to agriculture a key solution to mitigating climate change.

Watch the full video here.


Organic Regenerative Agriculture: An Interview
with Jeff Moyer of The Rodale Institute

Jeff Moyer has been with The Rodale Institute for 40+ years, starting as a farm laborer and currently as its CEO. His legacy is marked by innovating new instruments and practices to help farmers reap the benefits of more ecological farming — a demonstrated commitment to the Rodale’s mission of “leading the way in organic agriculture research.”

In this interview, Jeff explores his dedication to organic regenerative agriculture and how it keeps soil healthy for generations to come.

Read more here.


Transitioning to a Crisis-Resilient Agriculture

Fred Kirschenmann, a Distinguished Fellow at the Leopold Center for Sustainable Agriculture, is a persuasive advocate for soil health and agricultural resilience and a farmer of 1,800 certified-organic acres in North Dakota.

In this interview, Dr. Kirschenmann discusses the looming global food crisis, and how to shift the extractive industrial system to a biological self-renewing system before it’s too late.

Read more here.


Soil Erosion, Civilizations and a New Way to Farm

David Montgomery, a MacArthur Fellow, is a professor of Earth and Space Sciences at the University of Washington and the author of Dirt: Erosion of Civilizations and Growing a Revolution: Bringing Our Soil Back to Life.

This is an edited version of his presentation at a past Bioneers Conference, about the importance of soil health — for good and for worse. David explores the role of soil erosion in the demise of civilizations all the way back to ancient Greece, how farmers can reverse the historical pattern of land degradation, and beyond.

Read more here.


GATHER: The Fight to Revitalize Native Food Ways

Gather, a recently released documentary and New York Times critic’s pick, is an intimate portrait of the growing movement amongst Native Americans to reclaim their spiritual, political and cultural identities through food sovereignty, while battling the trauma of centuries of genocide.

Gather follows Nephi Craig, a chef from the White Mountain Apache Nation (Arizona), opening an indigenous café as a nutritional recovery clinic; Elsie Dubray, a young scientist from the Cheyenne River Sioux Nation (South Dakota), conducting landmark studies on bison; and the Ancestral Guard, a group of environmental activists from the Yurok Nation (Northern California), trying to save the Klamath river.

Learn more about the film.


What We’re Tracking:

  • INFINITE POTENTIAL: The Life & Ideas of David Bohm | In celebration of International Peace Day, join us for a virtual screening and post-viewing panel discussion of this film. This gathering centers around the life and ideas of David Bohm, a physicist and explorer of Consciousness, who developed groundbreaking insights into the profound interconnectedness of the Universe and our place within it.
  • From Reasons to be Cheerful: “The New Solar Farm Is a Real Farm, Too” | Solar companies are starting to partner with local farmers, presenting a huge opportunity to use land for producing food, improving soil health, supporting pollinators, and slashing emissions — all at the same time.
  • From The Future Is Beautiful: “Lyla June on Indigenous Food Systems, Sacred Knowledge and Compassion” | In this podcast episode, Lyla June — a Diné/Cheynne activist and Bioneers alumna — speaks on how Indigenous sacred practices and personal insights can aid us in our healing and in growing our courage so we may connect with pathways for liberating and reforming ourselves through self-love.
  • From Los Angeles Review of Books: “Coronavirus and Conservation: Preventing the Next Pandemic” | In this new essay, groundbreaking ethnobotanist and Bioneers alum Mark Plotkin writes about the implications of the COVID-19 pandemic on conservation, with respect to the “direct correlation between our lack of respect for nature and our own well-being.”
  • Kiss the Ground | Narrated by and featuring Woody Harrelson, this groundbreaking new documentary reveals how regenerating the world’s soils can rapidly stabilize Earth’s climate, restore lost ecosystems and create abundant food supplies. Learn more about the film and why soil is the missing piece of the climate crisis puzzle.

This article contains the content from the 9/18/2020 Bioneers Pulse newsletter. Sign up here to get the newsletter straight to your inbox!

An Apocalyptic Shade of Orange

Rupa Marya, M.D., is an Associate Professor of Medicine at the University of California, San Francisco and Faculty Director at the Do No Harm Coalition-an organization co-founded by Marya to combat systems of oppression that predispose marginalized populations to state sanctioned violence. Marya’s research focuses on exploring the nexus of racism and state violence to uncover how societal structures make certain populations more susceptible to illness.

In this article, Marya writes about how colonialism has factored into creating unsustainable and destructive relations with the land. Rupa argues for the return of land to the original Indigenous caretakers in order to restore balance. Marya asserts that Indigenous knowledge and sovereignty is essential for the future of our planet and calls on everyone to follow the leadership of Indigenous nations.


Dr. Rupa Marya

I have been saying this for some time but maybe now that the sky is an apocalyptic shade of orange, it may land differently on the ears of those who thought my words were too radical or too far-fetched. The lands and water and air of what we now call California have been mismanaged and abused since colonizers took this land by force in the 1700s. They continue to be mismanaged and abused.

The only way forward to restore what Haudenosaunee seedkeeper Rowen White calls “cultural sanity” is to give all the land back to California native tribes. To ask permission to be here. To restore their place as the rightful stewards of these lands, to create space for their stories, their priorities, their languages, their cosmologies, their ways. To make visible what has been cast aside and made invisible for far too long.

When the ceremonies return, the songs, the languages, the people to the ecologies that they know inside their very DNA, we can reenter balance, which was present here in these lands for over 10,000 years of their inhabiting them. Indigenous ecological knowledge is an incredible scientific system of understanding, based on timescales of gathering empirical evidence that eclipse what we normally see in ecological journals. I consider it more holistic than western science because it is, in its essence, deeply moral. And that morality is dictated by what is generative for life to continue in optimal health.

People say that millions of acres of California burned every year before the colonizers came and that fires are nothing new. It is part of the ecology. Yes, but what they fail to mention is that the forests that burn now are not the same as the forests that burned then. They are categorically different. The ecology of the forests and soils that were burning before colonization were very different then than they are now, because those forests were being actively managed by the people and the grizzlies and the elk and the beaver and the salmon. All of these entities were wiped out when the colonizers cleared the land for themselves, as if Europeans on their own were the only thing needed for life to prevail.

Those forests that burned as a part of the pre-colonial fire ecology were old growth forests, whose complex soil microbiology led them to burn at lower temperatures. The water retained by networks of mycelia present in the soil of old growth forests would cause those burns to move more slowly. There was no massive sudden release of carbon into the air we see with the fires now. When our forests burn today, young growth trees are burning. These young forests do not have the density or biodiversity of life associated with them, from what we call wildlife to the humans to soil. Today, after decades of clearcutting and the presence of relatively young trees, we have forests that present danger. Our forests are managed for extraction and fire mitigation, not for the creation of the complex microbiology which generates and supports an incredible biodiverse richness as we see in old growth forests. As such they do not have the microbiology that slows a burn down. So now we have rapid massive and intense burns. We have temperatures that are extreme.

In addition to the mismanagement of forests, there is the lack of deep understanding about the waterways in our state. Water has been impounded and rerouted, diverted and forced underground. The salmon and the people whose cultures have been based around the salmon for thousands of years have suffered as a result. The land has too. Most of California’s water is used for intensive agriculture practices that also decrease the biodiversity around them, from tilling to the use of fossil fuel-based fertilizers and pesticides. Since 1920, the land in the San Joaquin Valley has sunk 28 feet from groundwater depletion pumped for industrial agricultural practices. And then there’s hydraulic fracking and cyclic steaming for fossil fuel extraction. These are all signs of mismanagement and a deep and tragic lack of understanding our role in the web of life.

Simply bringing back fire medicine will not recreate the complex ecology of an old growth forest. It takes thousands of years with highly intensive disturbance regimes to generate more biodiversity, following the ways a beaver knows. Right now our forest soils, like the rest of California, have been abused through deforestation, the genocide of the native people, the bear, the elk, the salmon and the beaver and the widespread use of chemicals. You cannot bring back that rich ecology by just bringing back prescriptive burns. You must bring back the entire ecology, including the humans who knew how to tend it.

What we are seeing now is that the colonial mindset that got us here is gravely incorrect. It is deadly. It is dangerous. It is time for Another Way. We settlers must lead by following. We must have power by giving it away. We must ask for forgiveness and follow their leadership. We must do everything in our capacity to make space for indigenous people to heal and to find their way back to their ways of knowing, so that this place can be in balance yet again. We must create a new culture where our work is to play a supportive role. And that is all.

It is deeply time to #Decolonize. Mother Earth is screaming for us to listen. Let’s listen.

https://esajournals.onlinelibrary.wiley.com/doi/full/10.1002/ecs2.2696
https://www.frontiersin.org/articles/10.3389/ffgc.2020.00068/full

State of American Democracy Project to Premiere “Democracy Unchained: A Conversation Series”

We are deeply honored and excited for Bioneers to serve as a Project Partner with David Orr’s State of American Democracy Project. David delivered a powerful keynote on this topic at the 2019 Bioneers conference, and he has been a deep partner with us in the work for decades, including his many years on the Bioneers Board.

As we face a concatenation of converging crises, the democracy crisis is a key to addressing and solving all the others – from the climate crisis to the crises of public health, racial injustice, obscene inequality, gender injustice, and the age of extinctions.

Originally planned before the Covid crisis as a 2020 series of 11 live national events, the project evolved into a series of video conversations to be broadcast on multiple platforms.

Episode one features Van Jones, David Brooks, Jill Lepore, & others, to explore the question: “What are the Moral Foundations of Democracy?” It premieres Sept. 17, 2020 at 7 p.m. EST/4 p.m. PST.

Please tune in, and please spread the word.

Note that David Orr will be leading a session at the online Bioneers Conference in December, and project leader Bakari Kitwana will be presenting a keynote and leading a session on Race and Democracy.


PRESS RELEASE:

STATE OF AMERICAN DEMOCRACY PROJECT TO PREMIERE
“DEMOCRACY UNCHAINED: A CONVERSATION SERIES”


(Washington, D.C.) —The State of American Democracy Project—a nonpartisan collective of thought leaders and non-profit organizations and foundations who are passionate about rebuilding politics and U.S. government fo the benefit of all Americans—is premiering the first episode of its new series, “Democracy Unchained: A Conversation Series,” on Thursday, September 17, 2020 at 7 p.m. EST/4 p.m. PST.

The first episode, to be streamed on Facebook, YouTube, Vimeo, Roku and Fire TV, brings together journalists, politicians, religious leaders, and others to answer the question, “What are the moral foundations of democracy?”

The series begins under the backdrop of Washington National Cathedral, who calls itself “a unique place at the intersection of sacred and civic life,” and who strives to serve as “as agents of reconciliation, a trusted voice of moral leadership and a sacred space where the country gathers during moments of national significance.” The first episode of “Democracy Unchained” includes conversations with:


Van Jones, CNN political contributor and host of the Van Jones Show


David Brooks, New York Times columnist

Jill Lepore, writer for The New Yorker, and author of These Truths: A History of the United States


Tiokasin Ghost Horse, speaker, musician, and member of the Lakota Nation

Preet Bharara, former U.S. Attorney for the Southern District of New York

Michael Eric Dyson, Georgetown University professor, New York Times contributing writer, and contributing editor of The New Republic


Tracy Sharpley-Whiting, Vanderbilt professor, scholar and author

Sally Yates, former Deputy Attorney General at the U.S. Department of Justice

David Orr, founder, State of American Democracy project and co-editor, Democracy Unchained


The Very Rev. Randolph Marshall Hollerith, dean, Washington National Cathedral

Also Featuring:

The Right Rev. Mariann Edgar Budde, bishop, Episcopal Diocese of Washington

The Rev. Canon Kelly Brown Douglas, canon theologian, Washington National Cathedral and Dean, Episcopal Divinity School at Union

MEDIA CONTACT: Ann Barnett, abarnett@stateofamericandemocracy.org, 216-505-0687


About the State of American Democracy Project

The State of American Democracy initiative began with a conference at Oberlin College in 2017, with a goal to clarify the historic and institutional origins of the election of 2016 and the breakdown in governance, civility, and fairness that transcends party politics. The second phase of the work through the election of 2020 focuses on repairing and strengthening democratic institutions to serve the aims of justice, fairness, prosperity, and resilience.

Today, the State of American Democracy is a nonpartisan collective of individuals and organizations from across the country who are passionate about rebuilding politics and government in America for the benefit of all Americans. Democracy Unchained, the book, edited by David W. Orr, Andrew Gumbel, Bakari Kitwana and William S. Becker (New Press, March 2020), brings together more than 30 contributors, and “Democracy Unchained: A Conversation Series” brings together more than 100 thought leaders from a variety of disciplines.

Today, more than 50 organizations have also partnered and/or sponsored this project, as well. The State of American Democracy project is made possible through the generous support of Ford Foundation, Germeshausen Foundation, The Heinz Endowments, Wallace Global Fund, Park Foundation, and Kallopeia Foundation.

To learn more, visit stateofamericandemocracy.org