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Jackson was ahead of his time in seeing not only problems in agriculture but what he called the problem of agriculture, the millennia of soil erosion and soil degradation caused by plowing and planting annual grains such as wheat.
Wes Jackson’s career demonstrates that sometimes the race goes not to the swift but to the unconventional, that the battle can be won not only by the strong but by the stubborn. Straight-A students don’t always lead the way.
Jackson, one of the last half-century’s most innovative thinkers about regenerative agriculture, has won a MacArthur Fellowship, the so-called “genius grant.” He also received the Right Livelihood Award, often called the “alternative Nobel Prize,” in addition to dozens of other awards from various philanthropic, academic, and agricultural organizations. Life Magazine tagged him one of the “100 Important Americans of the 20th Century.”
But mention any of those accolades to Jackson—who was one of the first people to use the term “sustainable agriculture” in print—and he likely will tell the story of almost getting a D in a botany course and describe himself as a misfit.
Jackson’s education started in a two-room school near his family’s farm in North Topeka, Kansas, where classes met for only eight months because students were needed for planting and harvest. He was an uneven student whose classroom performance varied depending on the quality of the teacher and his interests at the moment. He went to nearby Kansas Wesleyan University in Salina, focusing as much on football and track as on academics. “I wasn’t what you would call a top student,” Jackson said. “I had a lot of Cs and Bs, an A here and there, but also my share of Ds.”
Jackson said the central question on his mind is much the same as when he was creating that Survival Studies curriculum nearly six decades ago—how is our species going to make the transition from a high-energy, high-technology world of 8 billion people to a smaller population that doesn’t draw down the ecological capital of Earth?
One of those D grades came in botany. “I went to the prof and explained that I couldn’t have a D in my major field, which was biology,” Jackson said. The response: “Well, you got one.” Then the professor said he would give Jackson six weeks to study for a makeup exam, and if Jackson got an A on that he would receive a C in the course. Jackson made the grade, and later that professor wrote him a glowing recommendation for the MA program in botany at the University of Kansas, which he completed in 1960. After that, Jackson was back in the classroom, teaching first in a Kansas high school and then at KWU, before heading to North Carolina State University for the PhD program in genetics.
“I guess you could say I was sort of in business for myself, and so I wasn’t worrying about grades,” Jackson said. “I either did it or didn’t, according to what was satisfying.”
I was teaching at the University of Texas at Austin when I first heard those stories, and I recounted them to many students, especially those who seemed too concerned about being a “good student” as the path to a “successful career.” Jackson’s story illustrates that we don’t always have to do as we are told.
I used another Jackson story to make the point that striving for the highest status job isn’t the only path to fulfillment. After earning that PhD in genetics in 1967, Jackson had a lot of options, including an offer from the University of Tennessee for a tenure-track teaching job that would have allowed him to continue the genetics research that he loved, at a time when the federal government was throwing lots of grant money at scientists. Instead, he returned to KWU to teach the same biology classes he had been teaching before the doctoral program. Why did he turn down a job at a Research 1 university to return to a small liberal arts college in a rural area?
“I suppose I’m something of a homing pigeon,” Jackson said. “I wanted back to that prairie landscape. And there was family back there, too.” But when pressed, Jackson acknowledged that he still isn’t sure why he made that choice. “I don’t know why I did what I did,” he said. “People would ask me why I turned down that job and I couldn’t give them any decent sort of answer.”
While teaching at KWU that second time, when the environmental movement was taking off, Jackson said students started pressing him to make biology courses more “relevant.” His response was to design a “Survival Studies” program that took seriously the deepening ecological crises, and he also began work on one of the emerging discipline’s first collections of readings, Man and the Environment. By the time that curriculum was in place, Jackson had been hired by California State University, Sacramento to create and run one of the first environmental studies programs in the country. But after a few years, the restless Jackson was back in Kansas on leave, dreaming of starting an alternative school that would combine book learning with hands-on work on the land. He gave up the security of his California job and, with his then-wife, Dana, created that school, The Land Institute, which is celebrating its 50th anniversary this year.
Back to my students. After telling Jackson’s story, I asked them whether he had been foolish to walk away from the more prestigious job. There’s no right answer, of course. I just wanted my high-achieving students—the ones who had been earning good grades and building stellar resumes since grade school—to realize they had options, that success can come in many forms down many roads.
Back to Jackson, who is a curious mix of humility and self-confidence. He accumulated all those accolades because he never let his critics slow him down. Jackson was ahead of his time in seeing not only problems in agriculture but what he called the problem of agriculture, the millennia of soil erosion and soil degradation caused by plowing and planting annual grains such as wheat.
For decades, Jackson said agronomists politely told him that his plan to breed perennial grains was interesting but unworkable. Today, plant breeders at The Land Institute and around the world are working on what Jackson calls “Natural Systems Agriculture,” growing perennial grains in mixtures. There’s a long way to go before those crops can feed the world, but there are perennial grains in commercial production (especially perennial rice in China) and more in development (such as varieties of wheat).
He called me one morning to describe in detail a spider web between two trees that he had been studying and then asked me a rhetorical question that goes to the core of our ecological crises: “Why is this not enough?”
Jackson jokes that he enjoys people “praising me,” but his humility is real. I worked with him on books that were published in 2021 (my summary of his key ideas, The Restless and Relentless Mind of Wes Jackson: Searching for Sustainability, and his book of stories, Hogs Are Up: Stories of the Land, with Digressions) and 2022 (the co-authored An Inconvenient Apocalypse: Environmental Collapse, Climate Crisis, and the Fate of Humanity). I have no specialized training in the areas we wrote about, but Jackson never discounted my contributions. He enjoyed being challenged and always took my ideas seriously. In fact, he attributes his success to his argumentative friends and colleagues.
There’s a story about his debt to comrades that Jackson loves to tell. One day his brother Elmer noted that Jackson was always quoting others in his writing and asked, “Don’t you have a mind of your own?” Jackson readily conceded that he did not. “I don’t know what I think until I talk to my friends,” Jackson said, emphasizing how much he has benefited from the insights of others. That’s the way it should be, Jackson said, because no one has a mind of their own, as we all puzzle through life’s challenges together.
Jackson was the only one of six siblings who earned advanced degrees, and his connection to his family is another source of the humility that keeps his hard-charging intellect grounded.
For example, when he received his MA from the University of Kansas, his parents made the 30-mile drive from North Topeka to Lawrence for the ceremony, but Jackson said that they left once he crossed the stage and didn’t hang around for the graduation reception. Why? “I didn’t ask them,” Jackson said. “I just assumed they had chores that needed to get done.” Jackson said they were proud of his accomplishments but didn’t consider those more important than his siblings’ work in farming, nursing, and business.
Another example: When Jackson was building the house and structures that became The Land Institute, he was surprised one day to see Elmer pull up with a tractor. “Elmer simply said, ‘You’re going to need this’ and told me that I owed him $800,” said Jackson, who paid off the debt as he had the money. That was typical, not only of Jackson’s family but of many rural people who had lived through the Great Depression, which Jackson said is part of why he stayed close to home, both geographically and culturally.
Jackson, the youngest in the family, is the only sibling still living. This year he will turn 90, and he and his wife, Joan, still live in that house Jackson built from scratch—no blueprints and a limited budget—with the help of family and friends in the early 1970s. After doing his best to ignore the aging process, Jackson finally has slowed down. In 2016 he stepped down as president and in 2024 he retired completely from The Land Institute, which had evolved from an alternative school to a full-fledged research institution, a hub for the worldwide work on perennial grains. But Jackson said the central question on his mind is much the same as when he was creating that Survival Studies curriculum nearly six decades ago—how is our species going to make the transition from a high-energy, high-technology world of 8 billion people to a smaller population that doesn’t draw down the ecological capital of Earth?
Can we manage such a down powering? Jackson is not naïve about our chances but wants to help a younger generation continue the work on his property, on The Land. He doesn’t have a specific program for them to follow but hopes they will be open to unpredictable possibilities, most of which he thinks won’t come by sticking to typical career paths.
Jackson said his own idiosyncratic choices simply may be the result of being a misfit. “I have never really fit anywhere,” he said. “I don't fit in genetics anymore. I didn’t fit in the nonprofit world. I certainly wouldn’t fit in any university. And I don’t think I would fit as a farmer.”
Jackson may be a misfit in human enterprises, but he continues to feel at home on his 30 acres of Kansas prairie, where even a short walk reignites his sense of wonder. He called me one morning to describe in detail a spider web between two trees that he had been studying and then asked me a rhetorical question that goes to the core of our ecological crises: “Why is this not enough?” Why are people not satisfied, he asked, with all the beauty, creativity, and complexity of the ecosystems around us?
If that were to be enough for more people, Jackson mused, the human species just might have a chance.
“Prairie Prophecy,” a documentary about Jackson’s work, will air on public television stations around the United States in spring 2026. For more information, visit https://www.prairieprophecy.com/. For extended audio conversations with Jackson, listen to “Podcast from the Prairie” at https://podcastfromtheprairie.com/.
The 2024 removal of four dams on the Klamath River is an amazing example of how, when you address a human-based problem, nature can come back.
Since 2002, I’ve been reporting on the generations-long battle led by Klamath River tribes to take down four dams damaging the northern California river and its salmon. Recently Natasha Benjamin and I got to interview Amy Bowers Cordalis, the former general counsel for the Yurok Tribe, the largest of California’s tribes, about her new book The Water Remembers: My Indigenous Family's Fight to Save a River and a Way of Life. We did this on our Rising Tide, the Ocean Podcast.
David Helvarg (DH): Amy, usually our opening question is about one's first connection with the ocean. But since all rivers connect to the sea, let’s ask what your first memory of wild water was?
Amy Bowers Cordalis (ABC): Oh, I love that question. My first memory of wild waters is not even a visual memory, it’s an embedded experience. My family is from the village of Requa at the north side of the mouth of the Klamath River, and our ancestral home is an old Yurok traditional redwood plank house. And that’s where I spent most holidays and that’s where we’d go and stay, that was home base during fishing season.
I grew up just running around the village area and grandma’s house, and it sits overlooking the Klamath estuary, the mouth of the Klamath River, and the ocean. And so, my first connection with wild water was just being in that place surrounded by different forms of water; there’s the ocean and there’s always these extremely powerful waves at the mouth of the Klamath. And then you go inland, in the mouth, and that’s a really powerful exchange of different kinds of water, of salt water and fresh water merging. And then you’re in the estuary and it’s just like deep and wide, but then it’s right in the middle of the redwoods. And so often there is fog and mist surrounding you.
I was on a Yurok Fisheries tribal boat looking at the dead fish, and I just felt like my great grandma who had passed away, 20 years before, came to me and was like, "You got to stop this. We can’t have this anymore."
DH: It’s amazing when you stand on the bluff at the mouth of the Klamath and you look north and south and it’s forested as far as you can see, and you think you’re in the most populous state in the nation? It’s just hard to grasp how much of it is still wild. Of course there’s been decline over time. Before we get into that, let’s ask a bit more of your history.
ABC: Well, I grew up fishing. I grew up hearing the family stories about all these fights just to be on the river, right? Just to sort of survive colonization. And I write about those in the book and so I just felt like I had to get all this out in a narrative format so that people could know this history, but also share this experience with me.
I heard about the family’s Supreme Court case, the fish wars, and how the family fought back against federal marshals armed with machine guns and how we, even, like my dad, who’s one of the kindest humans I know, he drove around with a machine gun in his trunk because they weren’t safe. I grew up hearing these fish stories, like about catching lots of salmon in one night and how much fun and all the hard work it was. And the role of salmon and the value of salmon in feeding our families and continuing our way of life. And, so I just had a deep, deep love for the river, for our culture, for our salmon. And then in 2002, tragedy hit. And you know, people have heard about the Klamath River fish kill. It was the largest fish kill in American history.
Over 70,000 adult Chinook salmon died in the Klamath River on the lower part of the river within the Yurok Reservation. I was in college then, and I was home that summer when the fish kill happened working for the tribal fisheries (department). And my job that summer was to go and count salmon harvested by Yurok tribal members. And so, I spent the whole summer up and down the river talking to the people. And then when the fish started dying, it was so deeply moving and profound. It was like we were under attack again. It was hard for all the Yurok families who depended on salmon for their livelihood, but also we as Yurok people have a duty to protect Yurok country and to protect our salmon. And so, I just felt compelled to try and do something to help.
I was on a Yurok Fisheries tribal boat looking at the dead fish, and I just felt like my great grandma who had passed away, 20 years before, came to me and was like, "You got to stop this. We can’t have this anymore." And then my next thought was, you gotta go to law school. So, I went to law school and the whole goal was to get a legal education and be in a position to try to help my tribe… I went out to Colorado for law school and was able to work at the Native American Rights Fund for a period of time. They are the largest and oldest legal defense fund for tribes.
And then eventually I was called home. I’ll never forget a call I got from the then-Yurok chairman saying, "Amy, it’s time." And he asked me to be general counsel, and I had two little kids. My second son was about a year old, and I thought, "Oh, the timing’s not right, I got young babies, how am I gonna do all this?" And also, things on the river were really, really bad. That was 2016. The river was just getting sicker and sicker and the dam removal agreements were not certain. Things were just awful. And I just thought, well, this is what you’ve been training for. This is what you were called to do. So, I moved home and started that job and made arrangements so that I could work remotely a couple days and also take the baby to work.
DH: So, for those who haven’t yet read your book let’s go back a little. During the Gold Rush there was what California Gov. Gavin Newsom in 2019 apologized for, which was a (federal, state, and vigilante) genocide against California’s Native Americans. You fast forward and "cultural fire"—Indigenous fire setting for forest management and protection—was outlawed as arson. And then the fish wars of the 1970s and 80s (that Amy’s father was involved in) were about reasserting tribal rights or treaty rights to fish salmon on the rivers.
Fast forward and I wrote about the 2002 fish kill which was more like a fish assassination when Gail Norton, the secretary of Interior under George W. Bush, opened the floodgates for alfalfa and potato farmers in eastern Oregon against the science advice that had been put forward by the National Oceanic and Atmospheric Administration. And that resulted in this disaster, the salmon kill (downriver), but also inspired the growth of the tribal movement and some environmental groups, who did what?
ABC: Everything we could to save our culture and ourselves. We have a myth that says if the salmon die, so to do the Yurok people, because there’d be no reason for Yurok to be here because we are so deeply connected to them, you know, the salmon and the river, and our sole purpose on Earth is to steward them.
So, we fought with that kind of veracity and that kind of determination, and failure was not an option. After the fish kill a whole new generation of Indigenous peoples from the Klamath were launched into the fight. And you know what was interesting about that time was more and more non-Indians, NGOs, other folks were also compelled by the fish kill. And the fish kill was tragic, it was awful. And I write about how the fish kill started (on) the last day of a world renewal ceremony that the tribe hadn’t done in 100 years. And the whole point of that ceremony is to bring about world renewal and restore balance between humans and the natural world.
And so, there’s one way of looking at this, where it was like that ceremony really did its job. You know, the medicine was really strong and although we would never wish for the salmon to die in that way, their deaths launched the undammed, the Klamath movement, and showed the humans like, "Hey, look, you keep up this regime of out-of-balanced management of the system, it’s gonna collapse."
Natasha Benjamin (NB): So, can you describe to us just what happens to a river when you put up dams and why all these fish died?
ABC: There were a few contributing factors to the fish kill and so the order by then Vice President (Dick) Cheney to divert an extreme amount of water from the upper part of the basin in southeastern Oregon to support agriculture (and try and win Oregon in the 2004 presidential election), what that did was cause water flows at the bottom of the river, 250-300 river miles lower by my village, to be the lowest (water levels) in history. So, nothing about this was natural.
And this year, the salmon were bigger and beautiful and stronger than I’ve seen in years. I mean, they were just fierce.
Also, a contributing factor was the dams. The Klamath dams were built right in the middle of the Klamath River without fish ladders. So first off, you know, they’re blocking salmon habitat and salmon are on a mission. They will die trying to get to their spawning grounds. And so that’s what they would do at Iron Gate Dam is they would just hit their heads on the dam until they died. And if you ever went to Iron Gate, there was evidence of this. There were salmon carcasses all over. I mean, it was eerie. It was like a salmon graveyard.
But also, what was happening with the Klamath dams was that all of the agricultural runoff was coming down into the reservoirs behind the four dams. It (the upper Klamath) was former wetlands. They converted 200,000 acres of wetlands into agricultural lands. And so, what happens is that when you put chemicals on the land, it goes into the surface water and (into) the Klamath, and then that would pool behind the reservoirs and the water would get really polluted and it would get really hot. You’d have toxic blue-green algae blooms every year, and then that water would go down the entire Klamath River and poison it, from top to bottom. Then on top of that, the other thing that dams do is they block the natural sediment that would go down a river. And so, on a healthy river bed, you have lots of little, teeny rocks that help clean the river bar.
So you block that, and then you have just hard rock at the bottom of the riverbed. And what was happening under these bad conditions, is you would have these little worms (parasites) that would attach to those boulders at the bottom of the river and that would (then attach to fish and) spread fish disease. And that was causing the death of baby fish each year.
Also, behind the dams are these amazing cold water springs that cool the entire water system down the whole river. But it (the cold water) can’t get past the dams. It’s blocked under that hot, green, toxic (reservoir) water. So, all of those conditions were killing the river. By about 2010, over 90% of the Klamath salmon runs had been slaughtered. Like we were down to single digit percentages. So we had to do something, or there’d be no future.
DH: So, you moved from confrontation to collaboration to actually take the dams down. Maybe you could talk about what it took to get people to understand that taking out the dams was good for everybody on the river.
ABC: It definitely started with the grassroots Indigenous peoples of the Klamath. And they are diehards, they are hardcore, and they are brilliant. They organized protests all over the world and, you know, had signs that said things like "Warren Buffet kills salmon," because he was the owner of it (PacifiCorp, the owner of the dams) for a time. What they did was raise awareness about the issue, and they demanded attention. They demanded that the stakeholders be accountable for how their company’s business practices were essentially killing their way of life.
We have this common life force that is is bringing us together and in a lot of ways making us more accountable for our actions.
And then what happened is there’s also a bit of good medicine here too. In 2007, PacifiCorp’s Federal Energy Regulatory Commission (FERC) license to operate the dams was set to expire. And so, in 2006, a relicensing proceeding started, which gave the tribes and our allies an opportunity to advocate for dam removal, and that really launched the whole movement. But the grassroots effort really set the stage and educated people in a way you couldn’t ignore. By the time that relicensing hearing started, everybody knew about the issue.
And then what was really cool in the FERC proceeding is that the tribe put forth its ancient, federally reserved fishing and water rights and said that these rights demand that these dams come out. And then we coupled those with energy law, the Federal Power Act, and environmental laws to basically make the case that the Klamath dams were so harmful to salmon, to the river’s overall health and Indigenous lifeways, that it was against the public interest to keep them in.
And then there’s this really powerful section of the Federal Power Act, Section Eight, that says if you’re on a river where there are salmon you have to have some kind of fish passage in order to get a new license. And so, what that meant in the context of the Klamath is that if PacifiCorp wanted to renew their license to operate the dams, they had to put in some kind of fish ladders. Then there was an economic analysis completed and it turns out that it was cheaper to remove the dams than it was to keep them in. And then we had our turning point.
(With the eventual dam removal ending in 2024) there was like earth and rock and rebar and all kinds of things, and we repurposed it or returned it to where it came from. And now we are restoring over 20,000 acres within the former reservoir footprint. We have planted over 19 billion native seeds through the whole area. And there will be restoration projects going on for at least 10 more years.
And one thing I’m really excited about is that we’re also seeing more collaboration between all the Indigenous peoples (four tribes) on the basin. My nonprofit Ridges to Riffles is facilitating an inter-Indigenous group that is advising all of this restoration work. So, we’re renewing the world and rebuilding it and decolonizing it. And that’s not just good for us, but that of course also creates ecosystems for all the little critters. And so, you go there now and it’s remarkable. And there are fish that, oh the fish. I mean the fish. We have a salmon phenomenon happening. It is a straight up phenomenon. Amazing. This year the fish have gone past upper Klamath past the (now removed) dams. They haven’t been there in 100 years, but they went past the dams, past Keno Dam, past upper Klamath Lake, and are now in the Williamson and the Sprague rivers (in Oregon). We always said we’re gonna open up 400 miles of spawning habitat, and we’re about there with all that.
NB: Within a year of taking down the dams?
ABC: So last year we took out the dams, and there was every kind of scientific study, I mean 20 years of studies about what was going to happen, and they never anticipated that this many salmon would come back this fast and that they would go back into those spawning grounds, you know, where they hadn’t been in 100 years.
And this year, the salmon were bigger and beautiful and stronger than I’ve seen in years. I mean, they were just fierce. They just fought and they were gorgeous. And so, I kind of knew like, these guys are gonna do something, and they just surpassed everybody’s expectation.
You know we have this common life force that is is bringing us together and in a lot of ways making us more accountable for our actions. Because what happens at the top of the river so greatly impacts what happens at the bottom.
NB: This is an amazing example of when you address a human-based problem, nature can come back.
ABC: Absolutely. The concept is to remove the dams so that the river’s natural ecosystem functions can start performing again. And when we did that, I mean it was almost instantly the water was cleaner, you don’t have those reservoirs and those stagnant bathtubs, like everything is just being flushed out. And the river almost immediately was stronger and healthier.
NB: The Klamath is the antidote to the current political and climate crisis.
ABC: And what’s interesting too is that Klamath dam removal was also profitable. You know, it pumped $515 million into the economy. And some of the world’s largest construction corporations were responsible for the physical removal of the dams. And they used the same engineering techniques and business practices as they use for regular construction projects or building infrastructure. So, there’s a scalable business model that supports nature-based solutions… You know, there is a movement of people who are using nature-based solutions to solve the climate crisis and they’re accepting that humans are a part of the natural world and that we can actually work to rebuild the world!
"Sustainable land management requires enabling environments that support long-term investment, innovation, and stewardship," said the head of the Food and Agriculture Organization.
A report published Monday by a United Nations agency revealed that nearly 1 in 5 people on Earth live in regions affected by failing crop yields driven by human-induced land degradation, “a pervasive and silent crisis that is undermining agricultural productivity and threatening ecosystem health worldwide."
According to the latest UN Food and Agriculture Organization (FAO) State of Food and Agriculture report, "Today, nearly 1.7 billion people live in areas where land degradation contributes to yield losses and food insecurity."
"These impacts are unevenly distributed: In high-income countries, degradation is often masked by intensive input use, while in low-income countries, especially in sub-Saharan Africa, yield gaps are driven by limited access to inputs, credit, and markets," the publication continues. "The convergence of degraded land, poverty, and malnutrition creates vulnerability hotspots that demand urgent, targeted and, comprehensive responses."
#LandDegradation threatens land's ability to sustain us. The good news: Reversing 10% of degraded cropland can produce food for an additional 154 million people.
▶️Learn how smarter policies & greener practices can turn agriculture into a force for land restoration.
#SOFA2025 pic.twitter.com/8U3yQk9lX4
— Food and Agriculture Organization (@FAO) November 3, 2025
In order to measure land degradation, the report's authors compared three key indicators of current conditions in soil organic carbon, soil erosion, and soil water against conditions that would exist without human alteration of the environment. That data was then run through a machine-learning model that considers environmental and socioeconomic factors driving change to estimate the land’s baseline state without human activity.
Land supports over 95% of humanity's food production and provides critical ecosystem services that sustain life on Earth. Land degradation—which typically results from a combination of factors including natural drivers like soil erosion and salizination and human activities such as deforestation, overgrazing, and unsustainable irrigation practices—threatens billions of human and other lives.
The report notes the importance of land to living beings:
Since the invention of agriculture 12,000 years ago, land has played a central role in sustaining civilizations. As the fundamental resource of agrifood systems, it interacts with natural systems in complex ways, influencing soil quality, water resources, and biodiversity, while securing global food supplies and supporting the achievement of the Sustainable Development Goals (SDGs). Biophysically, it consists of a range of components including soil, water, flora, and fauna, and provides numerous ecosystem services including nutrient cycling, carbon sequestration, and water purification, all of which are subject to climate and weather conditions.
Socioeconomically, land supports many sectors such as agriculture, forestry, livestock, infrastructure development, mining, and tourism. Land is also deeply woven into the cultures of humanity, including those of Indigenous peoples, whose unique agrifood systems are a profound expression of ancestral lands and territories, waters, nonhuman relatives, the spiritual realm, and their collective identity and self-determination. Land, therefore, functions as the basis for human livelihoods and well-being.
"At its core, land is an essential resource for agricultural production, feeding billions of people worldwide and sustaining employment for millions of agrifood workers," the report adds. "Healthy soils, with their ability to retain water and nutrients, underpin the cultivation of crops, while pastures support livestock; together they supply diverse food products essential to diets and economies."
The report recommends steps including reversing 10% of all human-caused land degradation on existing cropland by implementing crop rotation and other sustainable management practices, which the authors say could produce enough food to feed an additional 154 million people annually.
"Reversing land degradation on existing croplands through sustainable land use and management could close yield gaps to support the livelihoods of hundreds of millions of producers," FAO Director-General Dongyu Qu wrote in the report’s foreword. "Additionally, restoring abandoned cropland could feed hundreds of millions more people."
"These findings represent real opportunities to improve food security, reduce pressure on natural ecosystems, and build more resilient agrifood systems," Qu continued. "To seize these opportunities, we must act decisively. Sustainable land management requires enabling environments that support long-term investment, innovation, and stewardship."
"Secure land tenure—for both individuals and communities—is essential," he added. "When land users have confidence in their rights, they are more likely to invest in soil conservation, crop diversity and productivity."
"A paradigm shift is necessary," said an advocacy group. "Let's recognize now that the Biobío River has value in itself."
Biodiversity and Rights of Nature defenders celebrated a "historic moment" on Wednesday as communities in Chile joined advocacy groups in launching the first Declaration of Rights protecting an ecosystem in the South American country, with the document aiming to safeguard "the rights of Chile's Biobío River against mounting environmental threats."
Communities located along the river—the second-longest in the country—joined environmental advocates, Indigenous tribes including the Pehuenche and Lafkenche people, and scientists in several months of "participatory dialogues" to determine how to protect the Biobío River from industrialization and other threats to the countless species it supports and to the river itself.
International Rivers, a group dedicated to protecting free-flowing rivers around the globe, said that the "cornerstone of the declaration lies in its profound acknowledgment of the intrinsic value held by the Biobío River" and its right to flow unimpeded by hydroelectic projects, disruptions to the riverbed, and other activities.
The Declaration of Rights affirms the river's right to:
Another proposed plant is in the planning stages, and like the others would "jeopardize the river's flow and water quality, resulting in loss of native biodiversity and affecting fish migration and ultimately leading to irreversible damage," said International Rivers.
The riverbed structure and water quality have also suffered from both legal and illegal extraction of boulders, rubble, gravel, and sand that have been taken for use in construction, and ecosystem defenders have warned about the negative impact of proposed road infrastructure projects in the Biobío region.
Projects including the Concesión Vial Puente Industrial, a viaduct and road connection, and road projects such as Costa Mar and Costanera "would cause the total destruction of the wetlands of these localities," said the group.
"These developments underscore the inadequacy of the national legal framework in ensuring the protection of riparian ecosystems and citizen participation, lacking international standards that prioritize sustainable development in harmony with nature," said International Rivers.
Alejandro Gatica, a member of the community group Defensa Ribera Norte Chiguayante, said the Declaration of Rights "revalues and protects the water network," which is "in an environmental crisis due to extractivist actions on its banks, with uncontrolled logging, lack of protection of its wetlands, and the coastal project that threatens to intervene in its structure."
In a video about the Declaration of Rights, International Rivers said the Biobío "has been sadly silenced" by industrialization, despite the crucial support it provides to "multiple ecosystems and countless riverine and terrestrial species, many of them endemic," in addition to "water security and food sovereignty of its riparian communities for whom it is a crucial element in agriculture, fishing, and tourism."
"When we deny its right to flow we are silencing it. When we pollute, exploit, degrade, and urbanize it we are silencing it. When we block its access and connection to communities we are silencing it," said the group. "A paradigm shift is necessary. Let's recognize now that the Biobío River has value in itself."
The launch of the declaration "signifies a pivotal moment," said Monti Aguirre, Latin America program director of International Rivers.
"This initiative underscores our shared dedication to preserving this vital ecosystem amidst mounting destructive pressures," said Aguirre. "The well-being of the Biobío River, along with that of surrounding communities, is imperiled by the pressures imposed on its ecosystem, stemming from established dams such as Ralco, Pangue, and Angostura, as well as proposed hydro-projects and extractive activities."
The recognition of the waterway's rights is "a bridge that not only guarantees the inherent value of rivers and natural entities, but is also key to the full realization of the human rights of their communities," said Constanza Prieto Figelist, Latin America director for Earth Law Center.
The international Rights of Nature movement has celebrated several victories in South America in recent months, including a court decision in Peru that granted rights to the Marañón River and a ruling in Ecuador that found pollution violated the rights of the Machángara River.
"The Rights of Nature favor the incorporation of more powerful standards of environmental protection and citizen participation in environmental issues through, for example, the figure of representatives or guardians of nature," she said. "Likewise, comparative experience shows that they are a powerful instrument for combating activities that favor biodiversity loss or climate change."
"During the 20 years since our first study, the amount of plastic in our oceans has increased by around 50%, only further emphasizing the pressing need for action," said one leading researcher.
Some of the key scientists who first informed the world of the potential damage being done to natural systems by microplastics are now calling for world leaders to take decisive action to curb the introduction of these polluting materials into the environment—and they hope the looming United Nations treaty process on plastics can be a key vehicle for progress.
Alongside a new scientific review published cataloging the growing body of research on microplastics—defined as plastic particles smaller than 5 millimeters and "composed of polymers together with functional additives as well as other intentionally and unintentionally added chemicals"—the international group of scientists says concerted actions must be taken, including bans on certain materials and a focus on plastic pollution mitigation that puts less emphasis on consumer habits and recycling efforts by keeping microplastics out of the supply chain "in the first place."
According to the abstract of the review, published Thursday in the journal Science:
Twenty years after the first publication using the term microplastics, we review current understanding, refine definitions and consider future prospects. Microplastics arise from multiple sources including tires, textiles, cosmetics, paint and the fragmentation of larger items. They are widely distributed throughout the natural environment with evidence of harm at multiple levels of biological organization. They are pervasive in food and drink and have been detected throughout the human body, with emerging evidence of negative effects. Environmental contamination could double by 2040 and widescale harm has been predicted. Public concern is increasing and diverse measures to address microplastics pollution are being considered in international negotiations. Clear evidence on the efficacy of potential solutions is now needed to address the issue and to minimize the risks of unintended consequences.
Professor Richard Thompson of Plymouth University, who co-authored that first scientific study and coined the term microplastics just two decades years ago, says researchers now have more than enough evidence to show world leaders that serious action must be taken to curb the use of plastics, with special attention to the minuscule and microscopic forms of the material that are increasingly being found polluting ecosystems—both on land as well as in the sea—and embedded within living organisms, including humans.
"There are still unknowns, but during the 20 years since our first study, the amount of plastic in our oceans has increased by around 50%, only further emphasizing the pressing need for action," Thompson said in a statement put out by Plymouth.
In the statement, the university noted:
Since the publication of the first study in 2004, an estimated 7,000 research studies have been conducted on microplastics, providing considerable evidence in their sources and impacts as well as potential solutions.
Microplastics have been found on every corner of the planet, in more than 1,300 aquatic and terrestrial species, in the food and drink we consume, and in multiple tissues and organs of the human body.
With emissions of microplastics to the environment estimated to be up to 40 megatons per year, a number that could double by 2040, predictions indicate the potential for widescale environmental harm moving into the next century.
The research details how microplastics demand an international response due to their transitory nature. While they enter the environment in various ways—whether from direct release as fibers into the air from textiles or dust, discharged through water systems via runoff or sewage drains, or via breakdown or fragmentation—once discarded, the study says, "microplastics can travel far from their point of entry and are not constrained by national boundaries highlighting the importance of actions at a global level."
Professor Sabine Pahl, who teaches Urban and Environmental Psychology at the University of Vienna and is an honorary professor at the University of Plymouth, said, "Plastic pollution is completely caused by human actions. That's why we need research on perceptions of risks and benefits of plastic as well as other drivers of policy support and change, integrating a social science perspective."
With the next round of talks in the UN's Plastic Pollution Treaty set for November, the researchers said the negotiations offer a "tangible opportunity" for nations to act on this issue. "In our view," they wrote, "science will be just as important guiding the way toward solutions as it has been in identifying the problems."
The lead author expressed hope that the research "will be of use to both conservation organizations and government agencies" amid a legal battle over protections for wolves in the northern Rocky Mountains.
As U.S. conservationists continue to fight for federal protections that would cover gray wolves in the northern Rocky Mountains, research released Wednesday highlights just how important the apex predators are to the western United States.
The study was published in the journal BioScience and led by William Ripple, a scientist at Oregon State University (OSU) and the Conservation Biology Institute known for his work on trophic cascades and carnivores as well as his demands for climate action.
The paper uses gray wolves to show the trouble with "shifting baselines," which, "in ecology encapsulate the gradual and often unnoticed alterations in ecosystems over time, leading to a redefinition of what is considered normal or baseline conditions."
As the study details:
Gray wolves (Canis lupus) in North America have experienced a substantial contraction of their historical range, at one point almost disappearing from the contiguous 48 United States. However, their conservation is important in part because of the potential cascading effects wolves can have on lower trophic levels. Namely, the proliferation and changes to behavior and density of large herbivores following the extirpation or displacement of wolves can have major effects on various aspects of vegetation structure, succession, productivity, species composition, and diversity, which, in turn, can have implications for overall biodiversity and the quality of habitat for other wildlife.
"By the 1930s, wolves were largely absent from the American West, including its national parks," Ripple said in a statement. "Most published ecological research from this region occurred after the extirpation of wolves."
"This situation underscores the potential impact of shifting baselines on our understanding of plant community succession, animal community dynamics, and ecosystem functions," he continued.
The researchers examined journal articles, master's theses, and Ph.D. dissertations from 1955 to 2021 that involved field work in national parks in the northwestern United States for whether they included information on the removal of gray wolves.
They found that "in total, approximately 41% (39 of 96) of the publications mentioned or discussed the historical presence of wolves or large carnivores, but most (approximately 59%) did not. The results for the theses and journal articles were similar."
While the researchers focused on wolves, Robert Beschta, co-author and emeritus professor at OSU, noted that "in addition to the loss or displacement of large predators, there may be other potential anthropogenic legacies within national parks that should be considered, including fire suppression, invasion by exotic plants and animals, and overgrazing by livestock."
Ripple stressed that "studying altered ecosystems without recognizing how or why the system has changed over time since the absence of a large predator could have serious implications for wildlife management, biodiversity conservation, and ecosystem restoration."
"We hope our study will be of use to both conservation organizations and government agencies in identifying ecosystem management goals," he added.
"Nature is a really complex tapestry... When you start to pull threads out like you remove apex predators, the whole thing begins to unravel."
Amaroq Weiss, senior wolf advocate at the Center for Biological Diversity (CBD), welcomed the study, telling Inside Climate News that "I think this is a really important paper, because sometimes science advances at a certain rate without a self-introspection."
"Nature is a really complex tapestry," she said. "It's woven together by threads that hold it together and keep it strong. When you start to pull threads out like you remove apex predators, the whole thing begins to unravel."
The paper comes amid a wolf conservation battle that involves Weiss' group. In February, the U.S. Fish and Wildlife Service (FWS) determined that Endangered Species Act protections for the wolves in the northern Rocky Mountains were "not warranted."
Two coalitions of conservation organizations, including CBD, swiftly filed notices of their intent to sue over the decision if FWS didn't change course. After the legally required 60-day notice period passed, they filed the lawsuits in April.
Earlier this week, "the cases were voluntarily dismissed and immediately refiled to avoid any potential arguments from the defendants that the plaintiffs failed to give the secretary of the interior proper 60-days' notice under the Endangered Species Act," Collette Adkins, an attorney who leads CBD's Carnivore Conservation program, told Common Dreams in an email Thursday.
"Plaintiffs believe that their case was properly noticed," she said, "but we refiled to avoid any further disruption of the proceedings."
As long as money continues to flow towards expansion of economic activities that lead to nature destruction, there is no way we will be able to meet global commitments.
The world is facing multiple crises when it comes to our climate and environment—we know this too well. We are direct witnesses of this destruction and the suffering it causes in our respective countries, Brazil and Indonesia, two countries that are home to ecosystems vital to the ecological balance of our planet.
We follow international efforts to protect and restore nature with concern, determination and hope. As part of efforts to tackle the biodiversity crisis, nearly 200 governments signed the Global Biodiversity Framework (GBF) in December 2022. One of the goals of this agreement is to maintain, enhance and restore the integrity and resilience of ecosystems.
This means we need to stop the destruction of nature right now and allow the recovery of these ecosystems. This should apply not only to forests like the Amazon, Congo Basin, or Carpathian forests, but also to other essential ecosystems such as savannahs (like the Cerrado) and wetlands (like the Pantanal, South America’s largest wetland extending across Bolivia, Brazil, and Paraguay). This action would produce the highest impact in the shortest time. But how do we get there?
A drastic reform of the financial system is urgently needed to address the ongoing loss of species and natural areas
Commitments to tackle the climate and biodiversity crises are being undermined on a daily basis by a finance system that serves polluters and the funding of industries and projects that accelerate environmental degradation and species extinction. Billions continue to flow unabated into destructive activities.
Therefore, a drastic reform of the financial system is key to address the ongoing loss of species and natural areas, and emissions. As long as money continues to flow towards expansion of economic activities that lead to nature destruction, there is no way we will be able to meet these commitments.

In the Global Biodiversity Framework, governments committed (target 14) to ensure that all financial flows would be aligned with the biodiversity conservation goals and targets before 2030. This means governments need to better control public and private money flows.
Governments need to improve existing regulations and develop new regulations that prohibit large banks and other finance institutions from investing in activities that harm the world’s remaining biodiversity—all coupled with rigorous enforcement and transparency, to stop nature destruction and hold wrongdoing to account.
Trillions of dollars in subsidies and investments continue to finance the destruction of natural ecosystems
We are living through a climate and biodiversity crisis, but governments and the private sector are spending around 3.1 trillion dollars a year on harmful subsidies and investments in problematic sectors such as livestock, timber, and palm oil production, leading to the destruction of nature and violations of human rights.
We need legally binding regulations that prohibit banks, asset managers, pension funds, and other financial institutions or investors from financing farms, projects, and companies that harm ecosystems and local communities depending on them. This is especially true for Indigenous peoples, and land and environmental defenders who continue to be attacked despite their vital work for protecting the environment and fighting climate change.

Global government spending on activities leading to biodiversity conservation is estimated at $154 billion per year only, while estimates of the total amount of subsidies and other perverse incentives are much higher as mentioned above. The redirection of these financial flows could generate major funding for the very actions the GBF recognises are at the heart of biodiversity conservation. It could also ensure a just transition in sectors like industrial agriculture and forestry that continue to harm not just biodiversity, but also the communities that depend on these sectors for their livelihoods.
As governments are preparing their plans on how to implement the commitments they have made in the historic Kunming-Montreal Global Biodiversity Framework, we urge them to adopt regulations of the finance sector, control financial flows, and stop and reverse the destruction of natural ecosystems.
The people’s movement against the governments and institutions that are destroying nature is growing stronger every day
For centuries, Indigenous peoples and local communities have opposed the injustice and destruction of nature. Over the last few decades, an international people’s movement to defend natural ecosystems has developed, bringing together millions of people and growing stronger every day.
In October, hundreds of environmental activists blockaded the offices of Rabobank in the Netherlands and demanded that the bank stop financing industrial agriculture, which is destroying biodiversity, and pay for the damage caused.

Rabobank, a Dutch bank, is a case in point. The bank has made billions by financing companies that destroy nature over many years, both in its home country, the Netherlands, and elsewhere, for example in our two home countries, Brazil and Indonesia.
In recent years, many other banks and financial institutions that are bankrolling extinction have been the target of damning reports and powerful actions in many countries around the world, including JP Morgan, Barclays, Standard Chartered, and Deutsche Bank.
It is impossible to protect and restore natural ecosystems without tackling the international finance that allows so many industries to pollute and destroy with impunity. Governments must come up with serious and time bound plans to reform the financial system. Only a powerful people’s movement, fully involving Indigenous Peoples and local communities, can force them to do so.
"Governments must put an immediate stop to this risky industry in order to secure long-term protection for the oceans," said one campaigner
Campaigners on Monday urged the International Seabed Authority to take a "unique opportunity" to stop deep-sea mining before it starts, following the expiration of a deadline to set restrictions for extractive companies.
The ISA Council convened in Kingston, Jamaica on Monday to begin talks on whether deep-sea mining should be permitted by companies, which are now able to submit plans for the activity even though regulations are not in place. The deadline expired on Sunday.
Louisa Casson, who leads Greenpeace's campaign to stop deep-sea mining, said the ISA can and should "stop an extractive industry before it can cause any harm."
The ISA has so far allowed companies to explore the deep sea only for research purposes, but the Pacific nation of Nauru joined a Canadian firm, the Metals Company (TMC), in triggering a "two-year rule" to force governments to establish a regulatory framework for commercial mining, which proponents claim is needed to access metals like copper and cobalt for a clean energy transition.
As Common Dreams reported in March, campaigners and several members of the authority have accused Michael Lodge, the secretary general of the ISA, of pushing for the approval of TMC's application.
"We're seeing an unprecedented wave of governments voicing concerns about the impacts of deep-sea mining."
"The ISA's mandate is to protect the oceans, but the close connection between its authorities and the industry has left the credibility of this institution hanging by a thread," said François Chartier, a campaigner with Greenpeace France who is attending the ISA meeting this week. "If governments are serious about their environmental credentials, they have to say no to deep-sea mining—no ifs, no buts. They either allow an entirely new extractive industry to start in the middle of an ecological crisis, or they do the right thing for once. This is the moment to take the wind out of the sails of an industry that has no future."
Scientists have disputed mining companies' claims that deep-sea mining is necessary, noting that cobalt and copper are already mined elsewhere on the planet, and have warned that thousands of newly discovered species living on the seabed could be threatened by the mining process.
The European Academies Science Advisory Council last month called the push to extract metals from deep-sea ecosystems "misleading" and said the practice could cause "irreparable damage" to the fragile, remote environment. Mining near the seabed can cause harmful noise and light pollution and puts the ecosystem at risk for chemical leaks and spills.
"Governments must put an immediate stop to this risky industry in order to secure long-term protection for the oceans," said Chartier. "Reckless companies were hoping that by now a new dawn for this industry would've been seen, as the ISA has left the backdoor open for deep-sea mining to start operating. But their bet backfired as deep-sea miners have seriously underestimated the level of controversy and resistance to their attempt to force through the start of this destructive practice."
Following the summit beginning on Monday, where the authority will discuss how to proceed if an application is submitted for mining before regulations are finalized, the ISA will convene for its full annual assembly.
The governments of Chile, Costa Rica, France, Palau, and Vanuatu have formally requested that the ISA considers a long-term suspension of deep-sea mining at the assembly meeting, which is scheduled for July 24-28. The proposal requires the approval of two-thirds of the 168 ISA members.
On Monday, the British Labour Party announced its support for a precautionary pause.
"If the U.K. government is serious about ocean protection, they would join the global opposition to deep-sea mining and call for a ban now!" said Greenpeace U.K.
At the assembly later this month, the ISA is expected to discuss what level of environmental harm it could permit and how it would assess liability and penalize companies for a failure to comply with regulations.
"Right now, there's very little standing between the natural wonders of the deep ocean and the mining machines, but more governments are listening to the science and stepping up efforts to stop deep-sea mining from starting this year," said Chartier. "It's a matter of urgency that states gathered in Kingston give these unique and unknown areas the protection they need from this destructive industry."
"Urgent action is needed now more than ever to prevent a catastrophic ecological collapse," said one campaigner in response to the new research.
A new study released Thursday warns that international experts may have been overly cautious in their warnings about widespread ecological collapse such as a catastrophic breakdown in the Amazon rainforest, which the Intergovernmental Panel on Climate Change said last year could come by the year 2100.
Scientists at Rothamsted Research and Southampton, Sheffield, and Bangor Universities in the United Kingdom found that as numerous factors such as water stress and pollution from mining compound the degradation of ecosystems in forests and bodies of water, the environments can be pushed toward tipping points more quickly.
The IPCC, suggests the study, which was published in Nature Sustainability, has been issuing its warnings about a tipping point in the Amazon while focusing on just a single factor, such as deforestation or planetary heating. Both of those drivers could interact with other environmental changes and accelerate tipping points such as dieback—in which the rainforest ecosystem would be replaced by one resembling a dry savanna.
"It is not clear whether the IPCC estimate for a tipping point in the Amazon forest before 2100 includes the possibility for interacting drivers and/or noise; if not, our findings suggest that a breakdown may occur several decades earlier," reads the report. "This would occur where local-scale failures in elements (such as species populations, fish stocks, crop yields, and water resources) combine with more extreme events (such as wildfires and droughts) to precondition the large-scale system, already vulnerable to the influence of other large-scale tipping elements, to collapse earlier—a meeting of top-down and bottom-up forces."
The researchers used computer models to assess the potential fates of two lake ecosystems and two forests, allowing for 70,000 adjustments of variables.
In the study, up to 15% of ecological collapses occurred as the result of new events or environmental stressors, even in cases where the primary stress affecting the ecosystem remained at the same level.
At Lake Erhai in southern China, for example, "abrupt lake eutrophication [the presence of excessive nutrients or minerals] was initially perceived to have been driven by transgression of a threshold in nutrient enrichment driven by agricultural runoff but historical analysis has shown that the shift was also affected by lake water-level management, seasonal climate, and fish farming," reads the study.
Because international experts may not have been considering variables such as water resources when they warned that the Amazon is headed for a climate tipping point by the turn of the next century, study co-author Professor Simon Willcock of Rothamsted Research told The Guardian, "We could realistically be the last generation to see the Amazon."
"It could happen very soon," he added.
The scientists said their research shows that even if some aspects of an ecosystem are managed sustainably, preventing stresses including planetary heating and extreme weather events—both being driven by the continued extraction of fossil fuels—is crucial for avoiding tipping points.
"Urgent action is needed now more than ever to prevent a catastrophic ecological collapse," said Tanya Steele, CEO of the World Wildlife Fund in the U.K., in response to the research.
Willcock noted that the study's findings suggest that an accelerated recovery of ecosystems is possible with a multi-pronged approach that would address deforestation, planetary heating, and other stresses.
"Potentially if you apply positive pressure," Willcock told The Guardian, "you can see rapid recovery,"
We are destroying the natural world that humans depend upon for life itself—air, water, soil, vegetation, and wildlife—while degrading the social and economic sphere, creating a vast chasm between the megarich and everyone else.
Now is a time of unprecedented opportunity for progressive change. The reason is simple: "the system" is ruining the future for young people. Any system that threatens the future of its young people cannot retain their support and therefore is ripe for basic change.
Every morning, the daily news provides fresh evidence that "the system" is heading off a cliff—fruitless climate talks; growing nuclear threats; microplastics in food, water, breast milk and newborn babies; oceans damaged by warming, acidification, and dead zones; the military-industrial dragon preparing for war with China; Congress out of touch and deadlocked….
But there's also good news: every day more young people are waking up to the facts and demanding that the system change.
What do I mean by "the system"? Back in 1996, when he was the editor of Harper's magazine, Lewis Lapham described it as "the permanent government."
Only slightly tongue-in-cheek, Lapham wrote, "The permanent government, a secular oligarchy… comprises the Fortune 500 companies and their attendant lobbyists, the big media and entertainment syndicates, the civil and military services, the larger research universities and law firms. It is this government that hires the country's politicians and sets the terms and conditions under which the country's citizens can exercise their right—God-given but increasingly expensive—to life, liberty, and the pursuit of happiness. Obedient to the rule of men, not laws, the permanent government oversees the production of wealth, builds cities, manufactures goods, raises capital, fixes prices, shapes the landscape, and reserves the right to assume debt, poison rivers, cheat the customers, receive the gifts of federal subsidy, and speak to the American people in the language of low motive and base emotion."
The permanent government is ruining the future for young people in two ways:
(1) destroying the natural world that humans depend upon for life itself—air, water, soil, vegetation, and wildlife, and
(2) degrading the social/economic sphere, creating a vast chasm between the megarich and everyone else, inciting anger and resentment that divide us against ourselves, which prevents us from protecting the natural world that sustains us.
Resentment is rising as social conditions are deteriorating
Radio host Thom Hartmann recently compared economic conditions for two groups of people of equal size in the U.S.: Baby Boomers (average age 67 today) versus Millennials (average age 33 today).
Back when the average Boomer was 33, Boomers held 21.3 percent of the nation's wealth; in contrast, Millennials age 33 today hold only 4.6 percent of the nation's wealth. Prospects for Gen-Z are no better.
Hartmann identifies seven trends that have robbed young people of their fair share of prosperity: It boils down to the so-called "Reagan Revolution," which Republicans (along with some Democrats) have pursued since 1980.
#1. Attack on wages
The attack on wages has three parts: (1) a coordinated offensive against labor unions, (2) passage of "right to work"(aka "right to work for less") laws, and (3) flooding the political system with dark money so the megarich rule and ordinary people have no say.
Right-to-work-for-less laws prevent unions from collecting dues from workers who benefit from collective bargaining but who choose to withhold dues from the union that bargains on their behalf. This weakens unions, which reduces the incentive to join one, which weakens unions further.
Now 27 states have enacted such laws. Hartmann writes, "In every single case, anti-worker right-to-work laws have been passed in states controlled by Republicans at the time of passage."
The attack on unions has succeeded. In 1983, 20 percent of workers were unionized; in 2021 it had dropped by half to 10.3 percent, even though 70 percent of Americans approve of unions.
As a result of these trends, today working people are taking home a 10% smaller share of the nation's economic pie ("the labor share") than they did in 1980. Ten percent may not sound huge, but it represents a transfer of 50 trillion dollars from working families to shareholders and business owners since 1975. Fifty trillion dollars. That's $13,000 per year taken from every single worker in the bottom 90% of the wage-scale, year after year for 40 years.
Young people have been hit especially hard. In 1940, 90 percent of young people could expect to earn more than their parents. For children born in the 1980s, that measure of "absolute income mobility" has fallen to 50%—a major change that has degraded the future for tens of millions of young people.
No wonder working-class parents are angry and resentful as they see themselves precariously treading water, their children falling behind. This is where Trumpism began; then some cynical, privileged Republicans fanned those embers into flames. In 2018, Reuters/Ipsos asked 1,249 Trump voters what "Make American Great Again" meant to them and 2/3rds (63 percent) responded, "A better economy."
#2. Restricting educational opportunity
Republican policies have put higher education out of reach for many children of low-income families and put millions more into crippling debt.
Professor Devin Fergus, now at the University of Missouri, has described the effects of the "Reagan revolution" on student debt. Prior to 1980, states paid 65% of student college costs, the federal government paid another 15%, leaving 20% for students to pay. Thom Hartmann has described how Mr. Reagan and his fellow "revolutionaries" set out to change all that. Students were "too liberal,"Mr. Reagan said, so "America should not subsidize intellectual curiosity."After 40 years of defunding education, 44 million students are now saddled with $1.5 trillion in debt, making it hard or impossible for two generations of young people to create businesses, start families, or buy homes.
#3. Raising the price of a home
In 1950, the average price of a house was 2.2 times the median American family income. Today the median family income is $37,522 and the average house sells for ten times that amount—$374,900.
#4. "Financializing" the economy
As early as 2013, Bruce Bartlett, who served as an advisor to Ronald Reagan and George H.W. Bush, described how Wall Street firms have grown in proportion to the whole economy. In 1950 the financial services industry represented 2.8% of gross domestic product (GDP); in 1980 that proportion has grown to 4.9% and by 2013 it has reached 8.3 percent. In 1980, wages and salaries in financial services were comparable to other industries. But then compensation in financial services began to rise and, by 2013, people in financial services were taking home 70 percent more than their counterparts elsewhere in the economy. Thus, financialization of the economy "is a major cause of rising income inequality," Bartlett says.
#5. Tolerating monopolies
Competition is supposed to be the life blood of our economic system. As the Hamilton Project explains it, "Competition is the basis of a market economy. It forces businesses to innovate to stay ahead of other firms, to keep prices as low as they can to attract customers, and to pay sufficient wages to avoid losing workers to other firms. When businesses vie for customers, prices fall and economic output increases. When businesses hire workers away from each other, wages rise and workers' standard of living improves. And as unproductive firms are replaced by innovative firms, the economy becomes more efficient."
President Reagan ordered an end to anti-trust enforcement in 1983 and consolidation (contrary to U.S. law) has now affected many parts of the economy—agriculture, banking, insurance, hospitals, pharmaceuticals, internet providers, cable companies, gigantic food corporations, grocers, home mortgages, office supplies. Result: prices spiral upward, wages decline, jobs disappear.
#6. Profiting from disease and disability
In 1960, U.S. health care costs were 5 percent of gross domestic product (GDP); by 2020, health care had risen to 19.7 percent of GDP. People in the U.S. don't use more health care services than people in other countries; they just pay more for them.
According to the Kaiser Family Foundation, 9% of U.S. adults (23 million people) are carrying medical debt totaling $195 billion. According to Forbes magazine, in 2021, one-in-five households (19 percent) "could not pay for medical care when it was needed."How do you think that made them feel?
#7. Handouts for the megarich
If Republicans agree on nothing else, they agree on cutting taxes for the super-rich so their vast accrued wealth can "trickle down"upon the rest of us and (as a side benefit) can starve government so it can't regulate business or provide "socialist"amenities like schools, hospitals, and old-age insurance (social security).
As Thom Hartmann puts it, "Reagan dropped the top income tax on the morbidly rich from 74 percent down to 27 percent and cut corporate tax rates from 50 percent to functionally nothing… The average billionaire pays an income tax of under 3 percent and the majority of the nation's largest corporations pay nothing."
Recent studies show that in the 3-year period 2018-2020, 39 major corporations paid no taxes on $120 billion in profits and 73 others paid an average of only 5.3 percent during the period.
When billionaires and wealthy corporations don't pay their fair share of taxes, the cost of running government gets dumped onto average citizens, who feel it, resent it, and then blame government for being weak and out of touch.
Summary
As things stand now, many working-class parents and their children are screwed, disrespected, even mocked as "deplorables." Naturally they are seething with anger and resentment.
Cynical privileged Republicans have studied how to mobilize this resentment, to deflect it away from "the system"onto immigrants, gays, people Of Color, non-Christians and anyone who protests inequality or injustice ("slackers"and "hippies"). Yes, some privileged Republicans are more than just cynical; some are Nazis or Nazi sympathizers joined by dupes or dimwits or groupies—but most weren't born that way; they have been bent by circumstance. Only 1 to 4 percent of people are born psychopaths without empathy or a conscience.
It is not fashionable to say so, but America is in trouble mostly because it no longer has a major political party sticking up for the working class. Since the mid-1970s, the permanent government has guided both major parties to benefit the few, not the many. Until that changes, we will have white-hot resentment and privileged opportunists who will trade on that resentment, creating rancor, division, and political stalemate, which will prevent us from protecting and repairing the natural world or spreading the wealth, upon which the future of all young people depends.
What is to be done?
In 2020, Nick Hanauer proposed a new kind of organization. Mr. Hanauer wrote, "…Imagine an AARP for all working Americans, relentlessly dedicated to both raising wages and reducing the cost of thriving—a mass membership organization so large and so powerful that our political leaders won't dare to look the other way. Only then, by matching power with power, can we clear a path to enacting the laws and policies necessary to ensure that that trickle-down economics never threatens our health, safety, and welfare again."
In 2018 the AARP had 38 million members.
Could Mr. Hanauer's idea be built upon by young people, with support from their elders? Could we, together, create a new organization for all working Americans and for all young people, who are now losing their future? A mass-based organization dedicated to raising wages and to reducing the costs of thriving and to guaranteeing a future for young people by protecting and repairing the natural world. Large majorities of Americans already support these ideas.
Maybe name it simply: The Future.
Every existing issue-focused organization, including every labor union (like mine, the National Writer's Union) could urge its members to not only support their own particular issues but also to join and help create The Future. Make membership dues affordable for everyone: No more than $10 per year. Recruit like crazy, build, deliver results.
Youth are already getting organized to protect their future. With youth choosing the path and leading the way, we elders could join The Future to serve as volunteer benefactors, fundraisers, cheer leaders, publicists, social-media posters, recruiters, and more. It could be big. Who knows? It might even work.