Cookies help us run our site more efficiently.

By clicking “Accept”, you agree to the storing of cookies on your device to enhance site navigation, analyze site usage, and assist in our marketing efforts. View our Privacy Policy for more information or to customize your cookie preferences.

Why climate change action requires "degrowth" to make our planet sustainable

News Feed
Friday, May 3, 2024

Climate change truly is a major existential threat, one we're clearly not addressing fast enough. But as individuals, there's little we can do to stop it on a grand scale — it will require global cooperation to overcome. Nonetheless, the accompanying feelings of helplessness when faced with such a daunting crisis can make many feel paralyzed with despair. So what can be done? "Slow Down: The Degrowth Manifesto," a new book from University of Tokyo philosophy professor Kohei Saito, offers more than a diagnosis of the systemic problems that brought us to this moment; it lays out, in clear and well-researched language, how those problems can be thoroughly addressed. In 2020, when "Slow Down" was originally published in Japan, it went by the far more fitting title "Capital in the Anthropocene" — with "Anthropocene" being the proposed geological era that began when human activity started radically altering natural conditions on the planet. "My idea is really not state socialism, but associated model production." Saito's argument, as translated by Brian Bergstrom, is that climate change exists because humans as a species prioritize economic growth instead of economic sustainability. Capitalism itself, Saito asserts, is unsustainable. Even though well-meaning liberal politicians like to push for Green New Deals in the hope of continuing non-stop economic growth without the consequent ecological harm, Saito argues capitalist societies need to perpetually consume resources to remain prosperous. As a result, capitalism itself inevitably brings about planet-wide problems like climate change, habitat destruction, plastic pollution and other environmental issues. The only solution is for humanity as a whole to slow down our obsession with work, productivity and materialism. Notably, Saito stresses that the bulk of the burden to consume less falls on the wealthiest among us. Saito doesn't take credit for these observations. Philosopher Karl Marx developed a philosophy in the 1860s that Saito describes as "eco-Marxist" (particularly in Saito's previous work, "Karl Marx's Eco-Socialism"). While the German philosopher's early works like "The Communist Manifesto" urged the working class to insist on receiving its fair share of the benefits of industrialism, Marx's later writings praised Indigenous peoples in the Americas, India and Algeria for living in communes that stressed sustainable environmental practices. As such, "Slow Down" is that rare hybrid among ideological manifestos: It opens new insights into an existing ideology while uplifting something distinct of its own. Salon spoke with Saito about "Slow Down" and the relationship climate change has to economics. This interview has been lightly edited for clarity and length. For those who are totally unfamiliar with the works of Karl Marx, can you please explain how one must distinguish between his early works and the later works that you describe as "eco-Marxism"?  Marxism is known for socialism, and socialism is often described as the exploitation of the working class. Capitalism has a tendency to increase technologies and promote innovations because of market competition. But Marx thought that once the workers take over power and kick out the capitalists, they can utilize the development of productive forces for the sake of themselves — more wealth, more well-being. But there is one problem: Sustainability. Because as Marx started to study natural sciences later in the 1850s and 1860s, he came to realize the development of technologies in capitalism actually don't create a condition for emancipation of the working class. Because not only do those technologies control the workers more efficiently, they destabilize the old system of jobs and make more precarious, low skilled jobs. At the same time those technologies exploit from nature more efficiently and create various problems such as exhaustion of the soil, massive deforestation, and the exhaustion of the fuels, and so on. Marx came to realize that this kind of technology undermines material conditions for sustainable development of human beings. And the central concept for Mark at that time in the sixties is metabolism. He thinks that this metabolic interaction between humans and nature is quite essential for any kind of society, but the problem of capitalism is it really transforms and organizes this entire metabolism between humans and nature for the sake of profit-making. Technologies are also used for this purpose. So technologies are not for the purpose of creating better life, free time and sustainable production, but rather it exploits workers and nature at the same time for the sake of more growth, more profit, and so on. My point is basically Marx was quite optimistic when he was young in terms of the development of technologies, but later he came to realize actually technologies have more damaging impact on both humans and nature. So he became more critical of that possibility of solving those problems of poverty and ecological problems using technology. That's how the issue of degrowth and eco-socialist ideas came to be central for his ideas. Want more health and science stories in your inbox? Subscribe to Salon's weekly newsletter Lab Notes. "We used to believe that it's impossible for the state or for the society to intervene in the market and say, 'You know, we shouldn't be making profit because human lives are more important or nature is more important.' But in the middle of the pandemic, we did this." There's another distortion in Marxist thought, what you described as "the monster known as Stalinism." What ideological corrections do you offer to the Marxist model to avoid a repetition of history?  So I advocate for a kind of eco-socialism, that kind of socialism that is more sustainable, that is not based on exploitation of nature. Because in the 20th century, Stalinism and other kinds of socialist experiments was a disaster. It was un-democratic. It was a dictatorship of the Communist Party, but at the same time it was also destruction of the environment. I think their ideas were rather based on the development of progress through technology, and productive force is the condition for the working class emancipation. And the most efficient way of developing these technologies and productive forces is the monopoly of the means of production by the bureaucrats and the party. It just created a kind of the central planning, which is very top-down and authoritarian and anti-democracy. At the same time, they didn't care about the environment, so it basically destroyed nature. In Marx's later works, he quite intensively studied natural sciences. He also studied at the same time other societies, non-Western societies, that were more sustainable. He came to realize that these societies were not driven toward endless growth. They were communally managing land. They were also democratically redistributing wealth. So he came to realize that more of a kind of bottom-up management of the commonwealth is good for people and creates a more equal society. It's also good for the environment. It was more sustainable because that's why those [Indigenous] societies lasted for many, many years. In America, they lasted many, many years before those people coming to conquer the land. Marx came to recognize that not necessarily Western societies are more progressive in creating a better society for the workers, but rather Western society also need to learn from non-Western societies. This is another very radical transformation for Marx in his late years. But then he came to realize not a top-down Soviet style dictatorship is necessary for the sake of establishing socialism, but rather more democratic, horizontal management of commonwealth lands, water, forests and other resources. That is quite essential for creating a better society. And he actually uses the term association — not socialism or communism. He often describes the future society with "association." And so my idea is really not state socialism, but associated model production. This is why I still use the term "communism," because the society based on capital is capitalism and a society based on the commonwealth, the democratic management of commonwealth is actually to be called "communism." Could you elaborate on how the degrowth philosophy that you say has been implemented in locations like Quito, Ecuador or Barcelona, Spain, as well as during the COVID-19 pandemic. My book, originally in Japanese, was published like three years ago, so it was published in the middle of pandemic. Japan is also a captive society and it's a very conservative society. I didn't expect that this call for going back to Marx and reviving the tradition of communism combined with new idea of degrowth would attract so much attention and interest from people. But it was, I think, because of the pandemic, that we came to recognize how destructive our economic activities were. It was obviously deforestation and that kind of thing. Ugly business was a main cause of the pandemic. Now at the same time, the climate crisis was deepening. So it was a moment we saw how our daily life was quite clearly destructive, but at the same time, we had to stop the economy for the sake of protecting our lives. Shutting down departments, shopping malls and restaurants and so on. We used to believe that it's impossible for the state or for the society to intervene in the market and say, "You know, we shouldn't be making profit because human lives are more important or nature is more important." But in the middle of the pandemic, we did this. We came to realize that these things are actually possible. And once we started working from home, once we stopped taking trains and going to hang out with people, buying new clothes all the time and so on, we came to realize, 'Why did we consume so much? Why did we work so hard?' The pandemic created some kind of space for reflection upon our previous life, the massive consumption, massive production, and massive waste. This is really the moment when the degrowth idea appeared more attractive, because people could spend more time with family, friends — not necessarily friends because of the pandemic, but maybe with friends — they could read more books and newspapers, and they enjoyed different ways of life that are not necessarily consumptionist.  "The solution to some kind of environmental damage was simply externalized to somewhere else. It was shifted basically to the global south." At the same time, a new crisis is coming — the climate crisis — and it will accelerate inflation. It will create a bigger economic inequality. And various natural disasters will also create a food shortage, which might lead to various kinds of conflicts. Geopolitical tension will increase, and so on. My claim in my book is basically this crisis cannot be simply overcome by investing in new green technologies. It is like early Marx: We overcome the crisis of capitalism by technologies, the state should intervene, the Green New Deal must be new investments, blah, blah, blah. But I don't think that works. My idea is basically we need to learn from the experience of the pandemic — that capitalist society is driven for the sake of creating more profit, not necessarily able to provide what is necessary. Because what is necessary, like medicine and education and hospital masks and so on — are not necessarily profitable. Capitalism doesn't produce what is necessary unless it is profitable. This gap creates disparities for us to tackle. My idea is basically degrowth is focusing on what is necessary rather than what is profitable. We should share more with the commonwealth like public transportation, the education system, the medical care system. These necessary things, essential goods, must be shared more equally instead of some rich people monopolizing all the wealth of the planet.  Can you explain the "Netherlands Fallacy" — namely, the idea that the Netherlands proves that socialism can be ecologically sustainable and prosperous. Can you elaborate on why that is indeed a fallacy?  I don't know why it's really the Netherlands. It can be the U.S. Fallacy or whatever, but it's traditionally called the Netherlands Fallacy. The Netherlands had some environmental pollution and basically they overcame this issue with new technologies. Everything seems fine, but the problem is this fallacy. The solution to some kind of environmental damage was simply externalized to somewhere else. It was shifted basically to the global south. One contemporary example is electronic vehicles, EVs, which are today very important; Tesla making massive profits, and so on. For the sake of a decarbonized society, I totally agree that we need more electronic vehicles and we need to produce them more, and that gasoline should be abandoned as fast as possible. I totally agree. But the problem is, are electric vehicles totally sustainable?  "This is open to misunderstanding that degrowth denies technology to try to go back to nature or something like that. This is absurd." The answer is obviously no. It is not just that usage of electric vehicles still consumes electricity, which might be produced by using fossil fuels, but the problem is — instead of fossil fuels — we also need a lot of rare metals: Lithium, copper, cobalt. And those rare metals are often located in the global south: Latin America, China, Russia, Africa and so on. And in these places now, the extraction of metals are creating very poor working conditions for even children. Child labor is obviously a problem in Congo, where a lot is massively extracted, but also the problem of environmental pollution, massive deforestation and the lithium use uses a lot of water. Chile is now suffering by wildfires, but they are also suffering from drought. And then mining lithium consumes a lot of water when people actually need water for their lives, and also for producing food, and so on.  People like us and affluent people in the global north can continue a very comfortable life by buying new electric vehicles like Tesla instead of Toyota. And they think that, "Okay, we did something good for the environment. I feel my responsibility for the next generations and so on." They are actually falling into this fallacy of believing their sustainability. No, they're not. Their behavior is not sustainable because the real problem is only hidden: massive extraction of the lithium in the global south. It's still causing quite a damaging impact upon people and the environment. So the metabolism between humans and nature, it's still distorted and disrupted in a quite serious manner. And my idea of degrowth is not a negation of technology. We need electric vehicles. I repeat again because this is open to misunderstanding that degrowth denies technology to try to go back to nature or something like that. This is absurd, but at the same time, I clearly want to say that there are too many cars. We need to shift to a society where we share electric vehicles with neighbors. So sharing cars. And we also need to invest in more green technologies like public transportation and also bicycles. And the bicycles of today are kind of dangerous because all the roads are created for the sake of cars. So the city urban planning is centering around all industries, and that needs to be challenged, that needs to change. And these are idea that degrowth will create a more eco-friendly, pedestrian friendly kind of society. The new kind of fair mobility is a central idea of degrowth. But this is just one example we need. My basic point is that often technologies simply hide the true environmental impacts, and we needed technological development, but at the same time, we need to reduce our excessive consumption. Otherwise we will fall into the Netherlands Fallacy.  I'm reading a book by billionaire philanthropist, Tom Steyer, who argues for more traditional approaches to addressing climate change: Funding green technologies, pushing voter registration drives, supporting a Green New Deal platform. Do you think there is anything fundamentally flawed about approaches for dealing with climate change when they come from billionaires or from others in the elite classes?  Yes. I don't actually deny some kind of Green New Deal, but not a Green New Deal for people like the American people. Because my idea of sustainability is more comprehensive. It includes the people in the global south. So greening or decarbonization in the U.S. can be achieved at the cost of people in the global south, and that doesn't make sense, right? And the same thing can be said within the U.S. The green transformation for the sake of billionaires could be achieved at the cost of many people in the global south. Minority indigenous people could be sacrificed for the sake of sustaining today's capitalism. What do I mean by this? Growth is always good for billionaires. They say, "Okay, we'll invest more in something good — green technologies — and it will grow the economy. And then all the poor people working class people will also benefit from growth." Growth actually hides the necessity of redistribution. When we talk about redistribution and compensation or reparation, billionaires needs to give up some of what they have gained. Not just wealth, but also private jets, massive houses and cruise ships and those luxury items, too. But when we invest in green technologies, flying jets can be sustainable, blah, blah, blah. And they also don't have to redistribute their own wealth because the entire pie of the economy will be bigger, so that the working class can also gain higher salaries and so on. My idea of degrowth is much more challenging because the degrowth doesn't seek after continuous growth of the economic pie.  When the pie doesn't grow, we need to share more. So it really clearly demands the massively distribution of the wealth from the rich people to the poor people. But also we should give up what is actually unnecessary. I claim that, but the most obvious example is private jets. Private jets are unnecessary because people can still fly with business class or whatsoever. So my point is, rich people should give up their wealth, rich people should give up private jets and so on, other unnecessary things. And when people now talk about the Green New Deal, they hide the necessity of such a radical transformation of our lifestyle for the sake of everyone. Read more about climate change

Salon spoke with Japanese philosophy professor Kohei Saito about his new book, "Slow Down: The Degrowth Manifesto"

Climate change truly is a major existential threat, one we're clearly not addressing fast enough. But as individuals, there's little we can do to stop it on a grand scale — it will require global cooperation to overcome. Nonetheless, the accompanying feelings of helplessness when faced with such a daunting crisis can make many feel paralyzed with despair. So what can be done?

"Slow Down: The Degrowth Manifesto," a new book from University of Tokyo philosophy professor Kohei Saito, offers more than a diagnosis of the systemic problems that brought us to this moment; it lays out, in clear and well-researched language, how those problems can be thoroughly addressed. In 2020, when "Slow Down" was originally published in Japan, it went by the far more fitting title "Capital in the Anthropocene" — with "Anthropocene" being the proposed geological era that began when human activity started radically altering natural conditions on the planet.

"My idea is really not state socialism, but associated model production."

Saito's argument, as translated by Brian Bergstrom, is that climate change exists because humans as a species prioritize economic growth instead of economic sustainability. Capitalism itself, Saito asserts, is unsustainable. Even though well-meaning liberal politicians like to push for Green New Deals in the hope of continuing non-stop economic growth without the consequent ecological harm, Saito argues capitalist societies need to perpetually consume resources to remain prosperous.

As a result, capitalism itself inevitably brings about planet-wide problems like climate change, habitat destruction, plastic pollution and other environmental issues. The only solution is for humanity as a whole to slow down our obsession with work, productivity and materialism. Notably, Saito stresses that the bulk of the burden to consume less falls on the wealthiest among us.

Saito doesn't take credit for these observations. Philosopher Karl Marx developed a philosophy in the 1860s that Saito describes as "eco-Marxist" (particularly in Saito's previous work, "Karl Marx's Eco-Socialism"). While the German philosopher's early works like "The Communist Manifesto" urged the working class to insist on receiving its fair share of the benefits of industrialism, Marx's later writings praised Indigenous peoples in the Americas, India and Algeria for living in communes that stressed sustainable environmental practices.

As such, "Slow Down" is that rare hybrid among ideological manifestos: It opens new insights into an existing ideology while uplifting something distinct of its own. Salon spoke with Saito about "Slow Down" and the relationship climate change has to economics.

This interview has been lightly edited for clarity and length.

For those who are totally unfamiliar with the works of Karl Marx, can you please explain how one must distinguish between his early works and the later works that you describe as "eco-Marxism"? 

Marxism is known for socialism, and socialism is often described as the exploitation of the working class. Capitalism has a tendency to increase technologies and promote innovations because of market competition. But Marx thought that once the workers take over power and kick out the capitalists, they can utilize the development of productive forces for the sake of themselves — more wealth, more well-being.

But there is one problem: Sustainability. Because as Marx started to study natural sciences later in the 1850s and 1860s, he came to realize the development of technologies in capitalism actually don't create a condition for emancipation of the working class. Because not only do those technologies control the workers more efficiently, they destabilize the old system of jobs and make more precarious, low skilled jobs. At the same time those technologies exploit from nature more efficiently and create various problems such as exhaustion of the soil, massive deforestation, and the exhaustion of the fuels, and so on.

Marx came to realize that this kind of technology undermines material conditions for sustainable development of human beings. And the central concept for Mark at that time in the sixties is metabolism. He thinks that this metabolic interaction between humans and nature is quite essential for any kind of society, but the problem of capitalism is it really transforms and organizes this entire metabolism between humans and nature for the sake of profit-making. Technologies are also used for this purpose. So technologies are not for the purpose of creating better life, free time and sustainable production, but rather it exploits workers and nature at the same time for the sake of more growth, more profit, and so on.

My point is basically Marx was quite optimistic when he was young in terms of the development of technologies, but later he came to realize actually technologies have more damaging impact on both humans and nature. So he became more critical of that possibility of solving those problems of poverty and ecological problems using technology. That's how the issue of degrowth and eco-socialist ideas came to be central for his ideas.


Want more health and science stories in your inbox? Subscribe to Salon's weekly newsletter Lab Notes.


"We used to believe that it's impossible for the state or for the society to intervene in the market and say, 'You know, we shouldn't be making profit because human lives are more important or nature is more important.' But in the middle of the pandemic, we did this."

There's another distortion in Marxist thought, what you described as "the monster known as Stalinism." What ideological corrections do you offer to the Marxist model to avoid a repetition of history? 

So I advocate for a kind of eco-socialism, that kind of socialism that is more sustainable, that is not based on exploitation of nature. Because in the 20th century, Stalinism and other kinds of socialist experiments was a disaster. It was un-democratic. It was a dictatorship of the Communist Party, but at the same time it was also destruction of the environment.

I think their ideas were rather based on the development of progress through technology, and productive force is the condition for the working class emancipation. And the most efficient way of developing these technologies and productive forces is the monopoly of the means of production by the bureaucrats and the party. It just created a kind of the central planning, which is very top-down and authoritarian and anti-democracy. At the same time, they didn't care about the environment, so it basically destroyed nature.

In Marx's later works, he quite intensively studied natural sciences. He also studied at the same time other societies, non-Western societies, that were more sustainable. He came to realize that these societies were not driven toward endless growth. They were communally managing land. They were also democratically redistributing wealth. So he came to realize that more of a kind of bottom-up management of the commonwealth is good for people and creates a more equal society. It's also good for the environment. It was more sustainable because that's why those [Indigenous] societies lasted for many, many years. In America, they lasted many, many years before those people coming to conquer the land.

Marx came to recognize that not necessarily Western societies are more progressive in creating a better society for the workers, but rather Western society also need to learn from non-Western societies. This is another very radical transformation for Marx in his late years. But then he came to realize not a top-down Soviet style dictatorship is necessary for the sake of establishing socialism, but rather more democratic, horizontal management of commonwealth lands, water, forests and other resources. That is quite essential for creating a better society.

And he actually uses the term association — not socialism or communism. He often describes the future society with "association." And so my idea is really not state socialism, but associated model production. This is why I still use the term "communism," because the society based on capital is capitalism and a society based on the commonwealth, the democratic management of commonwealth is actually to be called "communism."

Could you elaborate on how the degrowth philosophy that you say has been implemented in locations like Quito, Ecuador or Barcelona, Spain, as well as during the COVID-19 pandemic.

My book, originally in Japanese, was published like three years ago, so it was published in the middle of pandemic. Japan is also a captive society and it's a very conservative society. I didn't expect that this call for going back to Marx and reviving the tradition of communism combined with new idea of degrowth would attract so much attention and interest from people.

But it was, I think, because of the pandemic, that we came to recognize how destructive our economic activities were. It was obviously deforestation and that kind of thing. Ugly business was a main cause of the pandemic. Now at the same time, the climate crisis was deepening. So it was a moment we saw how our daily life was quite clearly destructive, but at the same time, we had to stop the economy for the sake of protecting our lives. Shutting down departments, shopping malls and restaurants and so on.

We used to believe that it's impossible for the state or for the society to intervene in the market and say, "You know, we shouldn't be making profit because human lives are more important or nature is more important." But in the middle of the pandemic, we did this. We came to realize that these things are actually possible. And once we started working from home, once we stopped taking trains and going to hang out with people, buying new clothes all the time and so on, we came to realize, 'Why did we consume so much? Why did we work so hard?'

The pandemic created some kind of space for reflection upon our previous life, the massive consumption, massive production, and massive waste. This is really the moment when the degrowth idea appeared more attractive, because people could spend more time with family, friends — not necessarily friends because of the pandemic, but maybe with friends — they could read more books and newspapers, and they enjoyed different ways of life that are not necessarily consumptionist. 

"The solution to some kind of environmental damage was simply externalized to somewhere else. It was shifted basically to the global south."

At the same time, a new crisis is coming — the climate crisis — and it will accelerate inflation. It will create a bigger economic inequality. And various natural disasters will also create a food shortage, which might lead to various kinds of conflicts. Geopolitical tension will increase, and so on. My claim in my book is basically this crisis cannot be simply overcome by investing in new green technologies. It is like early Marx: We overcome the crisis of capitalism by technologies, the state should intervene, the Green New Deal must be new investments, blah, blah, blah. But I don't think that works.

My idea is basically we need to learn from the experience of the pandemic — that capitalist society is driven for the sake of creating more profit, not necessarily able to provide what is necessary. Because what is necessary, like medicine and education and hospital masks and so on — are not necessarily profitable. Capitalism doesn't produce what is necessary unless it is profitable.

This gap creates disparities for us to tackle. My idea is basically degrowth is focusing on what is necessary rather than what is profitable. We should share more with the commonwealth like public transportation, the education system, the medical care system. These necessary things, essential goods, must be shared more equally instead of some rich people monopolizing all the wealth of the planet. 

Can you explain the "Netherlands Fallacy" — namely, the idea that the Netherlands proves that socialism can be ecologically sustainable and prosperous. Can you elaborate on why that is indeed a fallacy? 

I don't know why it's really the Netherlands. It can be the U.S. Fallacy or whatever, but it's traditionally called the Netherlands Fallacy. The Netherlands had some environmental pollution and basically they overcame this issue with new technologies. Everything seems fine, but the problem is this fallacy. The solution to some kind of environmental damage was simply externalized to somewhere else. It was shifted basically to the global south.

One contemporary example is electronic vehicles, EVs, which are today very important; Tesla making massive profits, and so on. For the sake of a decarbonized society, I totally agree that we need more electronic vehicles and we need to produce them more, and that gasoline should be abandoned as fast as possible. I totally agree. But the problem is, are electric vehicles totally sustainable? 

"This is open to misunderstanding that degrowth denies technology to try to go back to nature or something like that. This is absurd."

The answer is obviously no. It is not just that usage of electric vehicles still consumes electricity, which might be produced by using fossil fuels, but the problem is — instead of fossil fuels — we also need a lot of rare metals: Lithium, copper, cobalt. And those rare metals are often located in the global south: Latin America, China, Russia, Africa and so on. And in these places now, the extraction of metals are creating very poor working conditions for even children.

Child labor is obviously a problem in Congo, where a lot is massively extracted, but also the problem of environmental pollution, massive deforestation and the lithium use uses a lot of water. Chile is now suffering by wildfires, but they are also suffering from drought. And then mining lithium consumes a lot of water when people actually need water for their lives, and also for producing food, and so on. 

People like us and affluent people in the global north can continue a very comfortable life by buying new electric vehicles like Tesla instead of Toyota. And they think that, "Okay, we did something good for the environment. I feel my responsibility for the next generations and so on." They are actually falling into this fallacy of believing their sustainability. No, they're not. Their behavior is not sustainable because the real problem is only hidden: massive extraction of the lithium in the global south. It's still causing quite a damaging impact upon people and the environment. So the metabolism between humans and nature, it's still distorted and disrupted in a quite serious manner.

And my idea of degrowth is not a negation of technology. We need electric vehicles. I repeat again because this is open to misunderstanding that degrowth denies technology to try to go back to nature or something like that. This is absurd, but at the same time, I clearly want to say that there are too many cars.

We need to shift to a society where we share electric vehicles with neighbors. So sharing cars. And we also need to invest in more green technologies like public transportation and also bicycles. And the bicycles of today are kind of dangerous because all the roads are created for the sake of cars. So the city urban planning is centering around all industries, and that needs to be challenged, that needs to change. And these are idea that degrowth will create a more eco-friendly, pedestrian friendly kind of society. The new kind of fair mobility is a central idea of degrowth. But this is just one example we need.

My basic point is that often technologies simply hide the true environmental impacts, and we needed technological development, but at the same time, we need to reduce our excessive consumption. Otherwise we will fall into the Netherlands Fallacy. 

I'm reading a book by billionaire philanthropist, Tom Steyer, who argues for more traditional approaches to addressing climate change: Funding green technologies, pushing voter registration drives, supporting a Green New Deal platform. Do you think there is anything fundamentally flawed about approaches for dealing with climate change when they come from billionaires or from others in the elite classes? 

Yes. I don't actually deny some kind of Green New Deal, but not a Green New Deal for people like the American people. Because my idea of sustainability is more comprehensive. It includes the people in the global south. So greening or decarbonization in the U.S. can be achieved at the cost of people in the global south, and that doesn't make sense, right? And the same thing can be said within the U.S.

The green transformation for the sake of billionaires could be achieved at the cost of many people in the global south. Minority indigenous people could be sacrificed for the sake of sustaining today's capitalism. What do I mean by this? Growth is always good for billionaires. They say, "Okay, we'll invest more in something good — green technologies — and it will grow the economy. And then all the poor people working class people will also benefit from growth."

Growth actually hides the necessity of redistribution. When we talk about redistribution and compensation or reparation, billionaires needs to give up some of what they have gained. Not just wealth, but also private jets, massive houses and cruise ships and those luxury items, too.

But when we invest in green technologies, flying jets can be sustainable, blah, blah, blah. And they also don't have to redistribute their own wealth because the entire pie of the economy will be bigger, so that the working class can also gain higher salaries and so on. My idea of degrowth is much more challenging because the degrowth doesn't seek after continuous growth of the economic pie. 

When the pie doesn't grow, we need to share more. So it really clearly demands the massively distribution of the wealth from the rich people to the poor people. But also we should give up what is actually unnecessary. I claim that, but the most obvious example is private jets. Private jets are unnecessary because people can still fly with business class or whatsoever. So my point is, rich people should give up their wealth, rich people should give up private jets and so on, other unnecessary things. And when people now talk about the Green New Deal, they hide the necessity of such a radical transformation of our lifestyle for the sake of everyone.

Read more

about climate change

Read the full story here.
Photos courtesy of

The Olympics Need to Change as the Climate Changes

Organizers must reduce the event’s carbon footprint.

The organizers of the Paris Olympic Games have outdone their predecessors in trying to make the Games the most sustainable in the decades since climate change became a concern. But with an estimated 11 million tourists converging on the City of Light for the Olympics, including 1.5 million from abroad, the Games can only be so green.On the plus side, organizers have been serious in their efforts to reduce carbon emissions. They measured the expected carbon footprint of the Games, reduced emissions through energy efficiencies, limited new construction by using existing facilities, added bike lanes, minimized the use of fuel-powered generators and sourced sustainably produced goods for medals and podiums and much of the event materials.Perhaps most important, they’ve talked about their sustainability work at every turn, drawing attention to unsexy details and raising public awareness of environmental issues such as air pollution and extreme heat in France and beyond.Still, international travel is a big contributor to the overall carbon impact of the Games. Organizers of the Rio Olympics in 2016 predicted that slightly more than half of the carbon emissions would come from spectators. Of that amount, 80 percent was expected to be generated by international fans traveling to and from the Games. Organizers saw a low potential to reduce those emissions and said they would need to compensate elsewhere in the preparation and running of the events.What else is to be done? If the world is serious about reducing carbon emissions, the Olympics, like so much else, will have to change even more. Jules Boykoff, who has written extensively about the Olympic Games, rightly argues in Scientific American that “the Games need to reduce their size, limit the number of tourists who travel from afar, thoroughly greenify their capacious supply chains and open up their eco-books for bona fide accountability.”The sustainability efforts in Paris have not all been smooth sailing. The Seine is scheduled to host marathon swimming and the swim portion of the triathlon. But despite spending 1.4 billion euros trying to clean the river, French authorities have achieved inconsistent results: Water tests in June still showed high levels of E. coli. Those numbers improved and crept into the range of safe to swim in late June and early this month. Anne Hidalgo, the mayor of Paris, recently took a swim in the river after canceling an earlier planned plunge because of those high bacteria levels. Her swim was promising, but one heavy rainfall could draw more pollutants into the river and undo much of the progress she celebrated.Subscribe to The Times to read as many articles as you like.

Canada’s 2023 Wildfire Season: An Unprecedented Environmental Catastrophe

A study has found that contaminated mining sites increase the risks associated with fires. The 2023 wildfire season in Canada was the most destructive ever...

The 2023 wildfire season in Canada, the most destructive on record, released significant amounts of arsenic, particularly from mining-impacted areas around Yellowknife, posing increased environmental and health risks.A study has found that contaminated mining sites increase the risks associated with fires.The 2023 wildfire season in Canada was the most destructive ever recorded, and a new study suggests the impact was unprecedented. The research found that four wildfires in mine-impacted areas around Yellowknife, Northwest Territories, potentially contributed up to half of the global annual arsenic emissions from wildfires.The work, led by researchers at the University of Waterloo and Nipissing University, is the first to calculate the amount of arsenic that was stored in areas at high risk of wildfires around Yellowknife. Looking at data from the past five decades, the team estimates the 2023 wildfires potentially released between 69 and 183 tonnes of arsenic.Arsenic, a potent toxin, that the World Health Organization associates with diabetes, cardiovascular disease, various cancers, and infant mortality, can be transformed by wildfire and released into the environment from the soils that normally sequester it. The Growing Risk of WildfiresGiven that the frequency and severity of wildfires are expected to increase because of climate change, the researchers caution that in any regions in the world where annual wildfires intersect with past or present mining and smelting operations, future fires could present a major risk for releasing stored toxins back into the environment.“Yellowknife has a decades-long history of mining, which has led to an accumulation of arsenic in the surrounding landscape. However, Yellowknife is not unique in this regard, Canada has many industrially contaminated sites that are vulnerable to wildfire,” said Dr. Owen Sutton, a postdoctoral fellow in the Faculty of Environment at Waterloo.The amount of arsenic released by wildfires depends on a multitude of factors, such as fire temperature, depth of the burn, and soil type, and the combination of these variables.“While our research has raised the alarm on this issue, we will be the first to argue there is an urgent need for collaborative investigation by wildfire scientists, chemists, environmental scientists, and policy experts,” said Dr. Colin McCarter, professor in the Department of Geography at Nipissing University and Canada Research Chair in Climate and Environmental Change. “By integrating diverse fire management techniques, including Indigenous fire stewardship, we can hopefully mitigate these emerging risks to human and environmental health.”The researchers found that arsenic emissions from wetlands were the most concerning because of their tendency to store contaminants compared to forests. Moving forward, they will continue quantifying the amount of toxins being stored by northern peatlands and study the potential release of other metals from those landscapes.Reference: “Globally-significant arsenic release by wildfires in a mining-impacted boreal landscape” by O F Sutton, C P R McCarter and J M Waddington, 20 May 2024, Environmental Research Letters.DOI: 10.1088/1748-9326/ad461a

As a Toxic Haze Blurs the Rockies, Residents Worry About Plans for More Drilling

During Colorado’s ‘ozone season,’ children and adults alike stay indoors. Drilling wells near the suburbs could make it worse. The post As a Toxic Haze Blurs the Rockies, Residents Worry About Plans for More Drilling appeared first on .

For more than half the days since May 31, a toxic haze has blurred the towering Rocky Mountains along the eastern Front Range, prompting Colorado health officials to warn residents to reduce time outdoors to avoid damage to their lungs.   The smog forced older adults to forgo walks, asthma sufferers to reach for inhalers and parents to keep toddlers inside. It also heightened concerns about what it might mean for 3 million people here if state regulators approve oil and gas proposals that call for scores of new wells. Emissions from energy industry operations and traffic are the main drivers of the nine-county metropolitan Denver region’s failure to meet federal air quality standards for the last two decades.   “I am completely dumbfounded!” Aldo Plascencia, an Aurora resident who lives near where hundreds of new wells would be drilled, wrote on a community Facebook page on July 11.   “When dropping my kids at school this morning, parents were being notified that all outdoor field trips were being canceled today due to high ozone activity,” he added. “Why would anyone in their right mind consider permitting fracking so close to schools and houses — this will make matters worse.”   A decision on a 156-well Lowry Ranch proposal is imminent — state regulators have scheduled a hearing for July 30. Drilling would occur along the southeastern edge of greater Denver, under homes, a reservoir that holds the region’s drinking water and adjacent to one of the nation’s most polluted Superfund sites.    The 50-square-mile site is also near air monitors that recorded some of the region’s worst air pollution levels from 2019 to 2022. In the first 10 years of operation alone, the Lowry Ranch project would emit hundreds of tons of smog-forming compounds per year, as well as tens of thousands of tons of climate warming gases, according to Geosyntec, a consultant hired by Crestone Peak Resources, the operator proposing the plan. The wells could be in operation for 25 years.     In the month after this year’s annual “ozone season” began May 31, Colorado health officials issued more air quality alerts than in any similar period since 2016.     Cities along the eastern flank of the Rockies already rank among the worst in the nation for lung-damaging ozone pollution, according to the American Lung Association’s 2023 “State of the Air” report. Denver was ranked sixth worst, with  every county in the area receiving a failing grade. Pollution is so bad some days that a monitor at Rocky Mountain National Park registers levels that violate Environmental Protection Agency standards.   Greater Denver’s topography, which traps pollutants, contributes to the intractable problem, as does human-caused climate change. Global warming made June’s record hot conditions — the second warmest since 1872 — “more likely,” according to Climate Central, an organization that uses data and science to link weather-related events to global warming.   Colorado’s most densely populated area overlaps with some of the nation’s most profitable oil and gas fields — amplifying the health risk. The state tied with Alaska as the country’s fourth-largest oil producer and ranked as its eighth-biggest gas producer.   Vehicles and oil and gas operations emit nitrogen oxides and volatile organic compounds, which react when heated by the region’s plentiful sunlight to create ground-level ozone. In the month after this year’s annual “ozone season” began May 31, health officials issued more air quality alerts than in any similar period since 2016.   “We are having a difficult year,” Mike Silverstein, executive director of the Regional Air Quality Council, said at an online planning forum on July 18. The council advises state regulators on strategies to curb pollutants.   “We are exceeding the ozone standards at most of our monitoring stations,” he added, and “we are midway through ozone season.”   According to estimates used by the council, by 2026, emissions from oil and gas operations will comprise about 36% of the 253 tons per day of volatile organic compounds released in the region’s atmosphere. The second highest emitting category will be vehicles at 11%.   The industry is expected to account for 47% of the 144.5 tons of nitrogen oxide emitted per day in 2026 — more than three-and-a-half times as much as power plants and other large permitted facilities that pollute combined, according to the models used. It’s not possible, however, to draw a straight line from these percentages to the proportion of the region’s ozone pollution created by oil and gas extraction, David Sabados, the air quality council’s communications director, said in an email.   Because of where oil and gas “operations are located, as well as specifics of the types of volatile organic compounds that come out of drilling,” he wrote, “it’s estimated that cars are nearly as responsible for ozone creation as oil and gas.”     A total of 56 oil and gas wells are planned within one mile of the Aurora Reservoir, a major source of drinking water.     Regardless of what causes them, the emissions can be deadly. Air pollution from fossil fuel production in the U.S. in 2016 resulted in 7,500 excess deaths, 410,000 asthma incidents and 2,200 new cases of childhood asthma, with $77 billion in total health impacts, scientists found in a 2023 study published in Environmental Research: Health.   States with high oil and gas related emissions but lower population, such as Colorado and New Mexico, “have the highest impacts per million people,” scientists found.   “If you take any region that has a lot of people and put an air pollution source in it, all evidence points toward you would expect health impacts,” Jonathan Buonocore, the study’s lead author and an assistant environmental health professor at Boston University, told Capital & Main.   Crestone Peak Resources, the company proposing the 156-well project near suburban Aurora, said in documents filed with the Energy & Carbon Management Commission that it planned to mitigate emissions by electrifying drill rigs, among other strategies, so its operations would create “no adverse health risks to nearby communities, including sensitive individuals.”   To date, areas to the south and east of the Denver metropolitan area have seen little oil and gas development, compared to the state’s largest fossil fuel field north of the city. That could be about to dramatically change. A Capital & Main/FracTracker Alliance investigation found that the Lowry Ranch project, and a nearby 20-well plan proposed by GMT Exploration Company, LLC, could, if approved, result in about 229 wells being drilled near Aurora, the state’s third largest city.   A total of 56 wells are planned within one mile of the Aurora Reservoir, a major source of drinking water, the investigation found. About 125,000 people live within five miles of the proposed projects, the analysis showed.   These projects represent an expansion of fossil fuel production from Weld and Broomfield counties, to the north, looping around Denver’s eastern edge, where drilling will take place just yards from dense suburbs, an interactive map created using existing well locations, pending and approved permits and drilling proposals kept by the Energy & Carbon Management Commission found.  

Reforestation Initiative Tackles Climate Change in Guanacaste

To celebrate the 200th anniversary of the annexation of Nicoya County, Coopenae, the Environmental Bank Foundation (FUNBAM), and the Volunteer Fire Brigade (AAAS Tamarindo) have joined forces to initiate the Bicentennial Forests Project. In the first stage, 1,000 endemic trees will be planted in San Francisco Park, part of the Baula Marine Reserve, at the […] The post Reforestation Initiative Tackles Climate Change in Guanacaste appeared first on The Tico Times | Costa Rica News | Travel | Real Estate.

To celebrate the 200th anniversary of the annexation of Nicoya County, Coopenae, the Environmental Bank Foundation (FUNBAM), and the Volunteer Fire Brigade (AAAS Tamarindo) have joined forces to initiate the Bicentennial Forests Project. In the first stage, 1,000 endemic trees will be planted in San Francisco Park, part of the Baula Marine Reserve, at the Liceo de la Comunidad 27 de Abril high school, and in the El Trapiche sector. This initiative aims to reforest these areas and mitigate the risks associated with climate change. The project will enhance the water recharge areas of Guanacaste, which have been affected by forest fires, and provide training and education to young people in socially vulnerable situations. This will promote the development of soft skills, equipping them with tools to improve their quality of life. This year, there have been 141 forest fires, 90 of which have occurred in Guanacaste, affecting a total of 28,000 hectares. Coopenae’s Bicentennial Forests will also create green jobs for female heads of households in the area. They will be responsible for the care and maintenance of the trees, primarily Jícaros, for five years until the trees reach the recommended height and adapt to the environment. The forest will be enriched with native species, and the planting will be alternated with tree varieties that have forest viability and several species that directly benefit the aquifers. “We have generated the Bicentennial Forests here in the areas of Tamarindo, El Trapiche, and 27 de Abril. These projects enrich the secondary forest, and we are planting native trees such as Jícaro, laurel, Guanacaste, guacalillo, and beach almond to bring freshness to the locality. This initiative has an environmental background and a social focus,” said Victor Sequeira, coordinator of FUNBAM’s Footprint of the Future Program. In addition to the immediate benefits of reforestation and job creation, the Coopenae Bicentennial Forest is designed with a long-term focus. The inclusion of native species and forest viability ensures not only the recovery of local biodiversity but also the sustainability of the ecosystem over time. This holistic approach seeks to restore the natural balance and strengthen the region’s water resources. The post Reforestation Initiative Tackles Climate Change in Guanacaste appeared first on The Tico Times | Costa Rica News | Travel | Real Estate.

Asphalt burns, delirium, body bags: extreme heat overwhelms ERs across US

More than 120,000 heat-related ER visits were tracked in 2023, as people struggle in record-breaking temperaturesIn his 40 years in the emergency room, David Sklar can think of three moments in his career when he was terrified.“One of them was when the Aids epidemic hit, the second was Covid, and now there’s this,” the Phoenix physician said, referring to his city’s unrelenting heat. Last month was the city’s hottest June on record, with temperatures averaging 97F (36C), and scientists say Phoenix is on track to experience its hottest summer on record this year. Continue reading...

In his 40 years in the emergency room, David Sklar can think of three moments in his career when he was terrified.“One of them was when the AIDS epidemic hit, the second was Covid, and now there’s this,” the Phoenix physician said, referring to his city’s unrelenting heat. Last month was the city’s hottest June on record, with temperatures averaging 97F (36C), and scientists say Phoenix is on track to experience its hottest summer on record this year.“All three of these situations are sort of disasters, where we became overwhelmed by something that had really serious effects on a large part of our population.”In recent months. he and his colleagues have seen waves of patients coming into the ER with heat stroke, dehydration and even asphalt burns.He described seeing several patients in a single shift with heat stroke. “Typically people aren’t talking at all, they’re just breathing and gasping and are in very bad shape,” he said of the most severe cases.As the climate crisis intensifies and shatters heat records, emergency rooms across the country are filling up with heat-sick patients. Officials recorded nearly 120,000 heat-related emergency room visits in 2023 alone, a “substantial” increase from previous years, according to the Centers for Disease Control and Prevention.At least 27 people in Maricopa county, where Sklar works, have died from heat so far this year, with hundreds of other deaths under investigation. But these figures are likely underestimates, as heat-related deaths are often undercounted, especially among outdoor workers.“That’s the very tip of the iceberg,” said Sklar. “We really need to start thinking about heatwaves as a disaster.”Extreme heat is not recognized by the federal government as a disaster. Earlier this month, 14 attorneys general led by Arizona’s Kris Mayes, petitioned the Federal Emergency Management Agency to declare wildfire smoke and extreme heat as major disasters.“We’re used to calling hurricanes, tornadoes and earthquakes disasters where there can be a lot of casualties, but they get done with pretty quickly in most cases,” Sklar said. “[Heat] is a slow rolling disaster that goes on for weeks and months, and the people who are being affected are just really, really sick.”Firefighters attend to a man having trouble breathing during a heatwave in Phoenix, Arizona, on 20 July 2023. Photograph: Bloomberg/Getty ImagesHeat is the deadliest weather disaster, killing more people each year than hurricanes, floods and earthquakes combined. Last month was the hottest June on record and record-breaking heat has continued to blanket much of the US in recent weeks.Health workers say that heat is straining emergency rooms that are already understaffed, overcrowded, and still grappling with the consequences of the Covid-19 pandemic.“We’re brimming in our emergency departments to begin with,” said Ellen Sano, a physician at Columbia University Medical Center. “So every time you add the environmental effects of heat or viral infection, we struggle with capacity.”Earlier this month, millions of people in Texas lost power during a deadly heatwave after Hurricane Beryl made landfall. Outages in some areas lasted over a week, with local hospitals reporting an uptick in heat-related illnesses. Officials set up a medical shelter at a local arena to hold patients who were ready to be discharged from the hospital but whose homes still lacked electricity.“There are so many patients that we have to transfer because all these hospitals are so full,” said Owais Durrani, a Houston emergency room physician. “At the hospital, when, I park I see a row of ambulances around the corner. When you walk in, [you’re] seeing rows and rows of patients in hallways and every bed is full. That’s terrifying to come to work into.”Durrani said that heat at night, combined with power outages, contributed to people getting sick. “You may have had a day where you exerted yourself, you go home and you drink some fluids, you have air conditioning and you can recover,” he said. “But there is no recovery when you have no power.”skip past newsletter promotionThe planet's most important stories. Get all the week's environment news - the good, the bad and the essentialPrivacy Notice: Newsletters may contain info about charities, online ads, and content funded by outside parties. For more information see our Privacy Policy. We use Google reCaptcha to protect our website and the Google Privacy Policy and Terms of Service apply.after newsletter promotionSince 1970, summers have warmed by an average of 2.5F, with overnight temperatures increasing by 3F across the US, according to Climate Central.Children, the elderly, pregnant people, outdoor workers and those with chronic medical conditions including diabetes and high blood pressure are the most vulnerable to heat stress – an excessive buildup of heat at a level that is more than the body can release. Unhoused people are another high-risk group, due in large to lack of air conditioning, prolonged exposure and often unaddressed health issues, many of which heat exacerbates.“They’re sleeping and living on the asphalt, and overnight temperatures don’t get as cool,” said Durrani, who says he’s seen patients come in with asphalt burns.Some medication for chronic conditions can put people at an increased risk of heat stroke. Amphetamines, commonly used to treat ADHD, can raise a person’s body temperature, and some antidepressants, antihistamines and beta blockers can impair the person’s ability to cool down.“People who are taking certain medications for psychiatric illnesses, those medications can interfere with your sweating mechanism,” said Gredia Huerta-Montañez, a pediatrician and environmental health researcher at Northeastern University. “If you leave your medications in the car during extreme heat days, those medications can suffer changes and be less effective.”Sklar, the Phoenix physician, said that other underlying conditions – including untreated mental illnesses – also place patients at high-risk. “Not being on medication for people who have schizophrenia can be a problem because they sometimes make decisions that are not in their best interest,” said Sklar. “So they may just walk and walk outside to a point where they collapse.”Treatment for heat illness varies on the state of the admitted patient, but if a person is sick enough to be hospitalized, healthcare workers typically apply ice packs to the neck and groin – places with a lot of blood flow and also areas where bodies tend to sweat according to Sklar. Cool intravenous fluids can bring down the body temperature and treat dehydration at the same time.Patients are sometimes so overheated they’re delirious or losing consciousness, Sklar said. That often indicates heat stroke, where core body temperatures may reach above 104F. In such cases, speed is imperative as internal organs can start to fail.In those cases, physicians sometimes place patients in body bags filled with ice.“Turns out that those are actually relatively effective for this, because they hold the water well, and they’re the right size for a human body,” said Sklar. First responders, including fire departments, use similar methods. “Because they’re unconscious, they’re not really feeling the pain of the cold,” he added. “The key is to cool them quickly.”

Suggested Viewing

Join us to forge
a sustainable future

Our team is always growing.
Become a partner, volunteer, sponsor, or intern today.
Let us know how you would like to get involved!

CONTACT US

sign up for our mailing list to stay informed on the latest films and environmental headlines.

Subscribers receive a free day pass for streaming Cinema Verde.
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.