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Wednesday, May 08, 2024

The Department of Agriculture Rubber-Stamped Tyson’s “Climate Friendly” Beef, but No One Has Seen the Data Behind the Company’s Claim

As millions of taxpayer dollars flow to livestock companies claiming to raise “low carbon” beef, watchdog groups scrutinize the government’s oversight.

By Georgina Gustin
May 8, 2024

The Environmental Working Group published a new analysis on Wednesday outlining its efforts to push the USDA for more transparency, including asking for specific rationale in allowing brands to label beef as “climate friendly.” Credit: Carolyn Van Houten/The Washington Post via Getty Images

About five miles south of Broken Bow, in the heart of central Nebraska, thousands of cattle stand in feedlots at Adams Land & Cattle Co., a supplier of beef to the meat giant Tyson Foods.

From the air, the feedlots look dusty brown and packed with cows—not a vision of happy animals grazing on open pastureland, enriching the soil with carbon. But when the animals are slaughtered, processed and sent onward to consumers, labels on the final product can claim that they were raised in a “climate friendly” way.

In late 2022, Tyson—one of the country’s “big four” meat packers—applied to the U.S. Department of Agriculture (USDA), seeking a “climate friendly” label for its Brazen Beef brand. The production of Brazen Beef, the label claims, achieves a “10 percent greenhouse gas reduction.” Soon after, the USDA approved the label.

Immediately, environmental groups questioned the claim and petitioned the agency to stop using it, citing livestock’s significant greenhouse gas emissions and the growing pile of research that documents them. These groups and journalism outlets, including Inside Climate News, have asked the agency for the data it used to support its rubber-stamping of Tyson’s label but have essentially gotten nowhere.

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“There are lots of misleading claims on food, but it’s hard to imagine a claim that’s more misleading than ‘climate friendly’ beef,” said Scott Faber, a senior vice president at the Environmental Working Group (EWG). “It’s like putting a cancer-free label on a cigarette. There’s no worse food choice for the climate than beef.”

The USDA has since confirmed it is currently considering and has approved similar labels for more livestock companies, but would not say which ones.

On Wednesday, the EWG, a longtime watchdog of the USDA, published a new analysis, outlining its efforts over the last year to push the agency for more transparency, including asking it to provide the specific rationale for allowing Brazen Beef to carry the “climate friendly” label. Last year, the group filed a Freedom of Information Act request, seeking the data that Tyson supplied to the agency in support of its application, but received only a heavily redacted response. EWG also petitioned the agency to not allow climate friendly or low carbon claims on beef.

To earn the “climate friendly” label, Tyson requires ranchers to meet the criteria of its internal “Climate-Smart Beef” program, but EWG notes that the company fails to provide information about the practices that farmers are required to adopt or about which farmers participate in the program. The only farm it has publicly identified is the Adams company in Nebraska.

A USDA spokesperson told Inside Climate News it can only rely on a third-party verification company to substantiate a label claim and could not provide the data Tyson submitted for its review.

“Because Congress did not provide USDA with on-farm oversight authority that would enable it to verify these types of labeling claims, companies must use third-party certifying organizations to substantiate these claims,” the spokesperson wrote in an email, directing Inside Climate News to the third-party verifier or Tyson for more information.

The third-party verification company, Where Food Comes From, did not respond to emailed questions from Inside Climate News, and Tyson did not respond to emails seeking comment.

The USDA said it is reviewing EWG’s petitions and announced in June 2023 that it’s working on strengthening the “substantiation of animal-raising claims, which includes the type of claim affixed to the Brazen Beef product.”

The agency said other livestock companies were seeking similar labels and that the agency has approved them, but would not identify those companies, saying Inside Climate News would have to seek the information through a Freedom of Information Act request.

“They’re being incredibly obstinate about sharing anything right now,” said Matthew Hayek, a researcher with New York University who studies the environmental and climate impacts of the food system. “Speaking as a scientist, it’s not transparent and it’s a scandal in its own right that the government can’t provide this information.”

This lack of transparency from the agency worries environmental and legal advocacy groups, especially now that billions of dollars in taxpayer funds are available for agricultural practices deemed to have benefits for the climate. The Biden administration’s signature climate legislation, the Inflation Reduction Act, appropriated nearly $20 billion for these practices; another $3.1 billion is available through a Biden-era program called the Partnership for Climate-Smart Commodities.
Scott Faber, a senior vice president at the Environmental Working Group. Credit: Courtesy photo

“This is an important test case for USDA,” Faber said. “If they can’t say no to a clearly misleading climate claim like ‘climate friendly’ beef, why should they be trusted to say no to other misleading climate claims? There’s a lot of money at stake.”

Tyson is the primary recipient of about $60 million in funding from the Climate-Smart Commodities program that will help the company “expand climate-smart markets and increase carbon sequestration and reduce emissions in the production of beef and row crops for livestock feed,” according to the USDA.

Other recipients of that grant include McDonald’s, the biggest buyer of beef in the United States, and Where Food Comes From.

The funds for the Climate-Smart Commodities program come from the agency’s Commodity Credit Corporation and are not subject to Congressional approval or oversight.

Last year, the Center for Biological Diversity submitted a Freedom of Information Act request to the USDA, asking for details about funding to support “low carbon” beef. The agency’s response was heavily redacted and the Center is now appealing.

“The industry continues to make big claims about sequestering carbon, with no science or scale to back it up, and uses very fuzzy accounting for their methane emissions, even though cattle are the main agricultural source of domestic methane emissions,” explained Jennifer Molidor, a senior campaigner for the group, in an email to Inside Climate News. “Brazen Beef has used a third party auditor, but it’s not clear what baseline and metrics they are using either.”

“If the USDA wants climate-smart agriculture, propping up the beef industry isn’t the smartest way to go about it,” Molidor added.

On its website, Tyson claims to reach its 10 percent greenhouse gas reduction through improved grazing methods and practices that reduce emissions from growing feed. But it does not publish the data and it says farmers can “customize their practices depending on their unique geographic location and circumstances.”

The company also says it worked with two environmental advocacy groups, the Environmental Defense Fund and The Nature Conservancy, to develop its carbon accounting methodology.

Katie Anderson, a senior director with the Environmental Defense Fund, said the organization’s role in Tyson’s Climate Smart Beef program was limited to sharing its method for measuring nitrogen, the major component of fertilizer used to grow livestock feed. When nitrogen-based fertilizer is applied to farm fields, much of it is lost to the air as nitrous oxide, a greenhouse gas 300 times more powerful than carbon dioxide.A view of the Tyson Foods facility in Carthage, Mo. Credit: Terra Fondriest/The Washington Post via Getty Images

The organization’s method calculates nitrous oxide emissions across watersheds or “entire sourcing regions,” making it less cumbersome for individual farms to calculate.

“The models make it easier and more accurate for food and agriculture companies to report progress toward the nitrogen-related parts of their climate and water quality goals for their direct operations and supply chains,” Anderson said.

Tyson did not pay the group for its contribution.

The Nature Conservancy, which has received funding from Tyson for some of its conservation projects in the company’s home state of Arkansas, was paid to share some of its expertise on sustainable agriculture and translating data from farmers.

“We only shared knowledge and advice, which Tyson took into consideration when working on the model,” said Nancy Labbe, the co-director of TNC’s Regenerative Grazing Lands program, who noted that the data on Tyson’s accounting methodology would have to come from the company itself.

Both the Environmental Defense Fund and The Nature Conservancy have received funding from the USDA via the Climate-Smart Commodities program.

Silvia Secchi, a natural resource economist at the University of Iowa and outspoken critic of U.S. agricultural policy, said the environmental groups, universities and corporations taking money from the USDA for climate-focused efforts should all be subject to the same rules.

“USDA should have a transparent methodology that’s applicable to everyone—the outsourcing, the monitoring, the verification—for all these groups that have incentives to make things look better than they are,” Secchi said. “There’s no transparency. How are they actually going to verify that farmers are reducing nitrogen? Are they getting GPS coordinates for tractors every day of the year? I think it’s complete bullshit. They’re only looking at select indicators, not the whole system.”

Already, the agency has expanded its definition of “climate smart” to practices critics say are not climate smart and may actually lead to more greenhouse gas emissions.

Though it has long worked to downplay its climate impact, the livestock industry has become increasingly sensitive to growing consumer awareness of livestock’s huge carbon footprint. It has spent millions lobbying against climate action and courting academic specialists to minimize the greenhouse gas emissions of livestock.


“There’s no transparency. How are they actually going to verify that farmers are reducing nitrogen?”

Last month the American Farm Bureau Federation, the country’s most powerful farm lobbying group, which had long denied the science behind human-caused climate change, celebrated a drop in agricultural greenhouse gas emissions reported by the Environmental Protection Agency.

“America’s farmers and ranchers are leading the way in greenhouse gas emission reduction through voluntary conservation efforts and market-based incentives,” the Farm Bureau said, noting that agricultural emissions fell by 2 percent from 2021 to 2022, “ the largest decrease of any economic sector.”

But Ben Lilliston, the director of rural strategies and climate change for the Institute for Agriculture and Trade Policy, noted that the drop was not the result of voluntary farm practices. High fertilizer prices, in part caused by the war in Ukraine, resulted in less fertilizer use as farmers switched to planting soybeans rather than corn, which is especially nitrogen intensive. Less corn and less fertilizer led to lower nitrous oxide emissions. Over roughly the same period, a multi-year drought killed thousands of cattle, resulting in lower methane emissions from cattle. (Cattle are the biggest source of agricultural methane, largely from their belches and from the way their manure is stored.)

“Those are the two drivers that reduced emissions,” Lilliston said. “It wasn’t anything the industry did or anything farmers did.”

“When we do reduce the number of cattle, we reduce emissions, and when we do plant other crops besides corn—crops that aren’t as fertilizer intensive—emissions go down,” Lilliston added. “This is the pathway to reducing greenhouse gas emissions.”

The downplaying of livestock’s carbon impact isn’t just the work of the American farm and livestock lobbies. The Food and Agriculture Organization of the United Nations last year came under fire as reporters revealed that researchers had been pressured to downplay livestock’s climate impact in a landmark report.

Last month, Hayek, of NYU, accused the FAO of misusing his data in a subsequent report that he and others say downplayed the importance of reducing beef and dairy consumption to reduce greenhouse gas emissions, which research has demonstrated is critical, especially in developing countries.

The food system, from farm to consumer, accounts for about one-third of all human-caused greenhouse gas emissions, with livestock production accounting for about two-thirds of that. It is now widely understood that emissions from the food system alone will push temperatures past the 1.5 degree Celsius target set in the Paris Agreement. Assuming the world continues to eat meat and dairy the way it does now, most of the warming projected to come from the food system will come from livestock, recent research has found.

Industry efforts to pursue “low carbon” and “climate friendly” labeling are another step toward minimizing its climate and broader environmental impacts—and they further mislead consumers, critics say.

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“It implies there’s a beef choice that’s good for the climate,” Faber said.

The debate over low carbon beef claims could, in theory, end up facing legal challenges.

In February, the New York Attorney General’s office sued the world’s largest beef company, Brazil-based JBS, for misleading consumers by promising to achieve “net zero” emissions by 2040, even though the company clearly has a growth strategy that relies on ramping up beef production.

“It would be difficult to achieve if not impossible,” said Peter Lehner, an attorney for Earthjustice whose work focuses on agriculture. “The measures JBS are taking are not enough and that would overlap with Tyson.”

“You can’t claim to be climate friendly or net zero because beef production ineluctably uses an enormous amount of land and emits an enormous amount of methane and nitrous oxide,” he added. “You can reduce that, but you’re still not close to a climate friendly food.





Georgina Gustin
Reporter, Washington, D.C.
Georgina Gustin covers agriculture for Inside Climate News, and has reported on the intersections of farming, food systems and the environment for much of her journalism career. Her work has won numerous awards, including the John B. Oakes Award for Distinguished Environmental Journalism and the Glenn Cunningham Agricultural Journalist of the Year, which she shared with Inside Climate News colleagues. She has worked as a reporter for The Day in New London, Conn., the St. Louis Post-Dispatch and CQ Roll Call, and her stories have appeared in The New York Times, Washington Post and National Geographic’s The Plate, among others. She is a graduate of the Columbia University Graduate School of Journalism and the University of Colorado at Boulder.

Monday, April 29, 2024

Activist who fought for legal rights for Europe’s largest saltwater lagoon wins ‘Green Nobel’


A professor who helped save Europe’s largest saltwater lagoon is one of this year’s winners of the Goldman Environmental Prize, known as the “Green Nobel.” The prize honors grassroots environmental activists and leaders around the world for their efforts to protect the natural world. (AP Video by Haven Daley)Photos

BY DORANY PINEDA
April 29, 2024

LOS ANGELES (AP) — Growing up, Teresa Vicente spent long days in Spain’s Mar Menor swimming in transparent waters, cupping seahorses in her hands and partying under the moonlit sky. Out there, she recalled, time stood still.

But over the decades, chronic contamination from mining, development and agricultural runoff turned the once crystal-clear waters of Europe’s largest saltwater lagoon into a graveyard. A mass fish die-off in 2019 prompted the professor of philosophy of law at the University of Murcia to take action.

Over the next several years, Vicente, now 61, led a grassroots campaign to save the region’s ecological jewel from collapse. Her efforts helped lead to a new law passed in 2022, giving the lagoon the legal right to conservation, protection and damage remediation.

Vicente is one of this year’s seven winners of the Goldman Environmental Prize, known as the “Green Nobel,” which honors grassroots activists and leaders from across the globe for achievements in protecting the natural world. The recipients were selected from about 100 nominees.

“(This prize) signifies an international recognition that we are facing a new stage in humanity,” said Vicente in Spanish. It’s a stage where “human beings understand they are part of nature. And this recognition means that it is not a local or national conquest, but rather a European and international one.”

“They call Mar Menor the lagoon of magic,” she added, “and all of us on this journey have seen a lot of magic.”

The other winners are:

— Marcel Gomes, executive secretary for the media nonprofit RepĆ³rter Brasil, who organized a campaign that alleged connections between beef from the world’s largest meatpacking corporation, JBS, and illegal deforestation in Brazil and helped pressure retailers around the world to stop selling the meat.

— Indigenous activist Murrawah Maroochy Johnson, who helped stop development of a coal mine in Australia’s Queensland state that would have devasted nearly 20,000 acres (8,000 hectares) of a nature preserve, spewed nearly 1.6 billion tons of planet-warming carbon dioxide into the atmosphere over its lifetime, and endangered the rights and culture of Indigenous peoples.

— Alok Shukla, who led a community movement that saved nearly half a million acres (200,000 hectares) of forests from 21 proposed coal mines in Chhattisgarh, a state in central India.

Andrea Vidaurre, who helped convince the state of California’s air quality agency to establish two transportation regulations that limit emissions from trains and trucks. The rules include the nation’s first emissions limit for trains.

— Nonhle Mbuthuma and Sinegugu Zukulu, Indigenous activists who prevented seismic testing for coal and gas in a coastal area off South Africa’s Eastern Cape.

Michael Sutton, executive director of the Goldman Environmental Foundation, called the winners “an incredible group of individuals laboring, sometimes in obscurity, against overwhelming odds to prevail against governments, against industry.”

Vicente was born and raised in Spain’s southeastern city of Murcia, home to the Mar Menor. When she learned about the 2019 fish die-off, she was at the University of Reading in England studying how other countries had successfully bestowed legal rights upon natural resources to protect them.

To save the lagoon, Vicente in 2020 helped write the first draft of a bill granting legal protection to the Mar Menor and submitted it to Spain’s Parliament, which allows citizens to propose laws directly. But the process required her to gather 500,000 signatures during COVID-19 lockdowns.

By November 2021, with help from thousands of volunteers across Spain, Vicente had amassed nearly 640,000 signatures — and the law was passed in 2022.

She never doubted she would succeed. “People had understood that they were part of that ecosystem and were excited about the idea of being able to defend their rights,” she said. “When people forget their political differences, their religious differences or their economic differences, and give themselves over to a new idea of justice, that is a sure success.”

The Goldman Environmental Prize was founded in 1989 by philanthropists Richard and Rhoda H. Goldman to recognize common people working in their communities to protect and improve their environment.
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AP video journalist Haven Daley contributed to this report from San Francisco.
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The Associated Press receives support from the Walton Family Foundation for coverage of water and environmental policy. The AP is solely responsible for all content. For all of AP’s environmental coverage, visit https://apnews.com/hub/climate-and-environment.

Sunday, April 28, 2024

Fields of filth: factory farms committing thousands of environmental breaches


The more than 3,000 violations affected water, air and land


Published April 29 2024
By Andrew Wasley , Lucie Heath
This story was published in partnership with:
The iFind out how to use the Bureau’s work


Intensive livestock farms in England have breached environmental regulations thousands of times in recent years, the Bureau of Investigative Journalism can reveal.

Among the more than 3,000 incidents were the “routine” discharge of slurry and dirty water, maggot-infested carcass bins and the illegal incineration of pigs.

Records obtained by TBIJ and the i of Environment Agency inspections at intensive poultry and pig units detailed violations affecting water, air and land. They included poorly maintained farm buildings and equipment, as well as other breaches of rules designed to minimise the environmental impact of the country’s largest livestock farms. They also included hundreds of cases involving substandard farm waste management.

Some farms were found to hold no records of poultry litter and dirty water transfers, including the dates, destinations and quantities of exported slurry and manure.

Many of the thousands of violations recorded over five years were relatively minor, resulting in farms being given “advice and guidance” by agency officials, records show. They issued formal cautions and warnings in more than 500 cases and recommended 48 prosecutions.

Farm waste is often used as fertiliser at third-party sites
Wayne Hutchinson/Farm Images/Universal Images Group/Getty

The revelations came as new evidence reported by the Guardian found that dairy farms in the UK broke environmental regulations more than a thousand times between 2020 and 2021, including by spilling waste into rivers.

An Environment Agency spokesperson said: “We are clear that the agricultural sector must deliver improvements to our environment.” They added: “In 2023, around 80% of pig and poultry farm inspections resulted in advice and guidance, 16% resulted in a warning and around 2% resulted in a formal caution or prosecution.”

1,700 double-decker busload

the volume of animal waste produced daily by nine major UK meat and poultry firms

They said the pig and poultry sector accounted for a small number of serious pollution incidents compared to other agricultural sites.
Thousands of tonnes of waste a day

A report published today by the campaign groups Sustain and Friends of the Earth shows that nine major meat and poultry firms are producing more than 30,000 tonnes of livestock waste a day – some 1,700 double-decker busloads. The companies supply major supermarkets with poultry and pork and rear more than 100m farm animals at any one time. Among them are the UK subsidiaries of controversial meat giants Cargill and JBS, according to Sustain. The figures exclude waste from intensive beef farms, which are not regulated in the same way.

There is no suggestion that these companies were among those found to have committed the largest number or most egregious cases of environmental rule-breaking uncovered by TBIJ and the i.

Farm waste, including slurry, manure and poultry litter, is frequently spread on farmland as fertiliser but can wash into rivers and cause nutrient pollution. This affects water quality and can kill fish, plants and animals living in the waterways.

It also emits ammonia, an airborne pollutant that can harm human health and ecosystems. The government has pledged to reduce ammonia emissions across the UK by 16% by 2030.

‘The government [needs to] treat Big Ag businesses with the same level of scrutiny as sewage companies’


Sustain said only a few of the companies have effective policies for managing waste. It added that the issue is poorly regulated.
Filthy findings

Intensive poultry and pig farms above a certain size – 40,000 birds, 2,000 fattening pigs or 750 breeding pigs – require a licence to operate in England and are subject to inspection by the Environment Agency. Officials physically check livestock housing, slurry and manure storage, and drainage systems. They also inspect farm records relating to animal numbers, feed, energy and water use, and waste disposal.

The records obtained by TBIJ reveal 770 breaches relating to farm infrastructure regulations, including measures designed to minimise pollution, and 568 relating to records and monitoring, including on farm waste. More than 650 violations were linked to the substandard management of farms, and 346 concerned emissions affecting air, land and water.

‘The British public are getting a bum deal – big agribusinesses dump their waste on our countryside and slink off the profits’


In one case, inspectors noted: “Management failure [has led] to slurry discharge to water course.” In another, officials wrote: “The site is in a general state of disrepair, issues have been raised and these have not been actioned.”

Much of the waste identified by Sustain in its report originates from intensive livestock units. These have proliferated in recent years and can house up to a 1.4 million birds or more than 20,000 pigs.

“The British public are getting a bum deal – big agribusinesses dump their waste on our countryside and slink off the profits,” said Sam Hayward, a campaign officer at Sustain. “We need to hold these big businesses to account for the toxic waste they produce, and we need to stop this bloated industry from getting any bigger.”

Virendra Sharma, the MP for Ealing Southall, told Sustain as part of research for a report: “It’s time that we acknowledge the alarming reality of river pollution caused by intensive agriculture in England.

“The government [needs to] treat Big Ag businesses with the same level of scrutiny as sewage companies and stop the expansion of intensive livestock units in the most affected areas.”


The dirty truth+ Show


Among the findings detailed in the Environment Agency inspectors’ reports were:

Water contaminated with manure and slurry passing into a watercourse, causing pollution.


Dirty water and slurry routinely discharging to ground after escaping from a drainage system – the issue has been “ongoing for several years”.


Overflow from a contaminated water tank was tracked offsite and a carcass bin found leaking while full of dead birds, leading to a “spill of white liquid”.


Spent disinfectant being disposed of by pouring directly onto land – “not an acceptable practice”.


“Black, foul water” found in unlined ditches, bubbling with gases around farm buildings.


No poultry litter and dirty water transfer records being held by farms including dates, destinations and quantities of exported slurry and manure.


Chickens and pigs being “overstocked” on some farms – in some cases involving hundreds of additional animals confined without permission.


Excessive air pollution at farms, including in one case of “ongoing odour detected beyond a farm boundary, at a level likely to cause pollution”.


Ammonia sampling not being carried out.


No air scrubbers – devices that remove air pollution – to reduce ammonia emissions as required, resulting in a “potentially significant impact on nearby nature conservation sites”.


Livestock being incinerated on farms without a licence.


Maggots observed on the external areas of the carcass bin (not completely sealed).


Adult fly activity on one site with evidence of breeding (larvae eggs in litter) at a level likely to cause annoyance outside site boundaries. “Report of flies in the local area.”



Celine O’Donovan, a solicitor at the law firm Leigh Day, which is mounting legal actions in relation to pollution in the River Wye, told TBIJ: “Sustainably disposing of waste produced by supply chains is part of the true cost of industrial operations.

“Many large meat and dairy companies have a business model that relies on a lack of accountability for the waste generated by their supply chain. This model outsources the rearing of livestock to hundreds of small third-party supply farms in a single region, while retaining complete ownership of every aspect of the process except the disposal of manure.”
Exporting excrement

In several poultry-producing hotspots, including in Northern Ireland and the Wye Valley, chicken firms are already “exporting” farm waste to other locations because of an over-saturation of waste and its associated water pollution and soil quality damage.

In January, as part of a “roadmap” for tackling the issue, Avara Foods, which is part-owned by Cargill, began trucking poultry waste from within the River Wye catchment, the epicentre of its poultry operations, to other destinations across the UK. Some locations were as far afield as East Anglia and north-east England.

‘Despite the attention focused on the River Wye, it is just one of the many UK rivers currently under threat from agricultural pollution’


After the exports began, the company contracted to transport the waste, Gamber Logistics, told the Times that the measure was “not sustainable” – at least in part owing to unnecessary transport emissions. The company claimed that when this was put to Avara, it responded by saying it needed “to draw a line in the sand” on river pollution.

TBIJ has learned that the export of Avara’s poultry litter out of the Wye catchment was discussed with the Environment Agency prior to starting.

Internal documents relating to meetings held between the regulator and the company in 2022 and 2023 list “export” as one possible solution, alongside processing litter in anaerobic digestion plants.

Environment Agency officials noted there had been “lost opportunities” in tackling the wider pollution issue due to a lack of data sharing and collaboration between Avara and the agency.

In Northern Ireland, documents first obtained by TBIJ revealed that poultry producer Moy Park had exported thousands of tonnes of bird litter across the border into Ireland and has sent waste consignments as far afield as Fife and Norfolk.

O’Donovan of Leigh Day warned that despite the attention focused on the River Wye, it was “just one of the many UK rivers currently under threat from agricultural pollution”.

Avara disputed Sustain and Friends of the Earth’s figures but did not comment further.

Moy Park also disputed the figures. A spokesperson said: “The poultry industry is highly regulated and we operate to exacting welfare, bio-security and environmental standards. We work closely with our supply chain and farming partners to deliver best practice against these standards.”

The company said it has a strategy for dealing with animal litter that meets all legal requirements. It added that it ensures waste is disposed of responsibly, including at sites in Fife and Norfolk, which it said were approved incinerators.


Main image: Slurry being spread by truck in Lancashire. Credit: Wayne Hutchinson/Farm Images/Universal Images Group via Getty


Reporters: Andrew Wasley
Environment editor: Robert Soutar
Deputy editors: Chrissie Giles and Katie Mark
Editor: Franz Wild
Production editors: Alex Hess and Emily Goddard
Fact checker: Ero Partsakoulaki
Impact producer: Grace Murray

Our Food and Farming project is partly funded by the Montpelier Foundation and partly by the Hollick Family Foundation. None of our funders have any influence over our editorial decisions or output


Monday, March 04, 2024

The Farming Conundrum

Agriculture is a big contributor to climate change — is there a path to reinvention?


A new report found that the United States is spending billions of dollars to try to slash greenhouse gas emissions from farms, but many of the new practices are unproven.


















Credit...Tim Gruber for The New York Times

By Manuela Andreoni
Feb. 29, 2024

Two news stories this week — one that made headlines, and one that got less attention — point to the fiendish difficulty of reinventing agriculture to reduce its heavy toll on the climate.

The first development: The New York attorney general Letitia James, fresh off a $450 million civil verdict against Donald Trump, announced a lawsuit against JBS, the world’s biggest meatpacking company, for making misleading statements about its efforts to reduce greenhouse gas emissions.

James’s lawsuit said that JBS has “used greenwashing and misleading statements to capitalize on consumers’ increasing desire to make environmentally friendly choices,” with statements such as: “Agriculture can be part of the climate solution. Bacon, chicken wings, and steak with net zero emissions. It’s possible.”

The lawsuit cited David Gelles’s interview with Gilberto Tomazoni, the chief executive of JBS, at our Climate Forward event in September in which he said: “We pledge to be net zero in 2040.”

James argues the company can’t possibly achieve net zero “because there are no proven agricultural practices to reduce its greenhouse gas emissions” at the company’s vast scale, at least without costly efforts to offset its emissions.

JBS is a gigantic company, but the issues raised in the lawsuit against its U.S. arm are even fundamental: Is there even a path to net zero agriculture, especially if people are determined to keep large quantities of meat in their diets?
Climate-smart agriculture

The second development this week speaks to that problem: A new report found that the United States is spending billions of dollars to try to slash greenhouse gas emissions from farms. Sounds great, but there’s a hitch: much of the money may go to projects that won’t necessarily serve that goal.

The Environmental Working Group, a nonprofit group that conducted the research, said that the United States Department of Agriculture is poised to fund a number of unproven practices. Those include installing new irrigation systems, despite the harm they can cause to groundwater supplies, and building infrastructure to contain animal waste, which could in fact lead to more emissions of methane and other greenhouse gases.

Allan Rodriguez, a U.S.D.A. spokesman, said in a statement that the EWG report is “fundamentally flawed” because it “did not take into account the rigorous, science-based methodology used by USDA to determine eligible practices” or the level of specificity that is required for some practices to receive climate funding.

Anne Schechinger, the author of the EWG report, told me that she is still waiting for the U.S.D.A. to share its sources and data that would justify the climate-smart designation.

The Biden Administration’s Environmental AgendaNarrowing Two Big Climate Rules: President Biden’s climate ambitions are colliding with political and legal realities, forcing his administration to recalibrate two regulations aimed at cutting the emissions that are heating the planet: one requiring gas-burning power plants to cut their carbon dioxide emissions and one designed to sharply limit tailpipe emissions.
Chemical Facilities: The Biden administration issued new rules designed to prevent disasters at almost 12,000 chemical plants and other industrial sites nationwide that handle hazardous materials.
Fuel Ban: The Biden administration will permanently lift a ban on summertime sales of higher-ethanol gasoline blends in eight states starting in 2025, in response to a request from Midwestern governors.
Biden’s Climate Law: A year and a half after President Biden signed into law a sweeping bill to tackle climate change, an analysis of the legislation’s effects has found that electric vehicles are booming as expected but renewable power isn’t growing as quickly as hoped.

Even setting aside that particular dispute, one thing is clear: There is a huge knowledge gap in our efforts to transform agriculture. Measuring agricultural emissions is a lot more complex than monitoring power plants and tailpipes. That makes it hard for any government to measure how well such techniques are working — or if in some cases they’re actually doing more harm than good.

“The pace at which these strategies are being implemented is greatly outpacing the speed at which the science, knowledge necessary to understand their effectiveness is being generated,” said Kim Novick, an environmental scientist at Indiana University who studies carbon in agricultural systems. “Until we close that gap, it’s really a lot of putting the cart before the horse.”

Closing the knowledge gap

Farming accounts for about a third of the world’s carbon emissions, and a 10th of America’s. But we still know shockingly little about how to reduce its toll on the climate and vulnerable ecosystems.

I spoke to a number of experts for this newsletter. Though some of them were generally supportive of investing in some climate-smart practices, they told me that even practices that are generally recognized as good for the climate still have unclear benefits.

Take cover crops, one of the most accepted climate-smart farming practices. These are legumes and other species that are planted after the harvest of cash crops, such as corn, to help nourish the soil and improve water quality.

Most people agree that implementing cover crops on a large scale could help reduce emissions. But those conclusions rely on a relatively small amount of data, Novick told me.

The Inflation Reduction Act and other funding streams are directing hundreds of millions of dollars to improve data and models. That, the U.S.D.A. spokesman said, will “ensure that future resources are directed to the most effective practices.”

Doria Gordon, a senior director at the Environmental Defense Fund, told me she is excited about “the unprecedented level of funding” the agriculture sector is getting to become more sustainable and that many practices the U.S.D.A. is supporting should have climate benefits if implemented at scale.

Still, she would like the agency to take its efforts to collect data further. There is also “an equally unprecedented opportunity” to close the knowledge gap, she said. “This really is a once in-a-lifetime chance to advance our understanding of these emerging solutions.”

More climate news

Despite ongoing protests by farmers, the European Union approved a landmark bill to restore 20 percent of its land and sea ecosystems by 2030, The Guardian reports.

Cities across the world are stripping out concrete to make room for earth and plants, the BBC reports.

Exxon’s chief told Fortune magazine that “people generating the emissions” need to pay the price.


Manuela Andreoni is a Times climate and environmental reporter and a writer for the Climate Forward newsletter. More about Manuela Andreoni

Is the USDA’s spending on ‘climate-smart’ farming actually helping the climate?

A new report asks whether supposedly green livestock practices have proven benefits.

AP Photo / Rodrigo Abd

Max Graham
Food and Agriculture Fellow
Mar 01, 2024

America’s farms don’t just run on corn and cattle. They also run on cash from the U.S. Department of Agriculture. Every year, the USDA spends billions of dollars to keep farmers in business. It hands out money to balance fluctuations in crop prices; it provides loans for farmers who want to buy livestock or seeds; and it pays growers who lose crops to drought, floods, and other extreme weather.

The agency is also now giving money — including $20 billion that Congress earmarked two years ago in the Inflation Reduction Act — to farmers trying to curb their greenhouse gas emissions and store carbon in soil, a key part of the Biden administration’s goal to cut the 10 percent of the country’s emissions generated by agriculture. That windfall of climate-smart farm funding has been widely lauded by climate activists and researchers.

But exactly how the USDA spends that money is more complicated — and contentious — than it might appear, and not simply because Republicans in Congress have threatened to siphon the funds away. A new report from the Environmental Working Group says that more than a dozen of the farming practices that the USDA recently designated as “climate-smart”— including several of the highest-funded ones — don’t actually have proven climate benefits. That finding is especially important, according to the group, because the USDA is likely to spend more money on the same practices in the years to come: Much of the $20 billion authorized by the Inflation Reduction Act has yet to reach farmers’ pockets.

Supporting farming techniques with uncertain benefits “undermines potentially real reductions in emissions,” said Anne Schechinger, author of the report and Midwest director at the Environmental Working Group, an environmental research and advocacy organization. “If these unproven practices stay on the list, then a lot of money will go to these practices that likely aren’t going to reduce emissions.”

A USDA spokesperson said the agency uses a rigorous, scientific process to determine what it considers climate-smart. Still, the agency acknowledges that not everything on its list necessarily has quantifiable benefits. New additions to the list are provisional — that is, they’re added “under the premise that they may provide benefits” and will be removed later on if those benefits can’t be quantified.

Schechinger analyzed spending by the USDA’s Environmental Quality Incentives Program, called EQIP for short, the agency’s biggest conservation program. She found that, between 2017 and 2022, the program directed around $2 billion to techniques that were added provisionally to its climate-smart list for this fiscal year.

“It looks like a lot of money is going to climate-smart practices between 2017 and 2022 when, really, very little of the total EQIP money has actually gone to practices with proven climate benefits,” said Schechinger.

In particular, the group called into question eight of 15 methods that the Biden administration added provisionally, such as installing a waste facility cover or an irrigation pipeline. One of them — “waste storage facility,” a structure that holds manure and other agricultural waste — may even increase emissions, according to the report. The USDA spent about $250 million on them between 2017 and 2022.

The department specifies on its list that only a specific kind of waste storage facility, one that composts manure, counts as climate-smart. These composting structures can reduce methane emissions and improve water quality, the agency says.

“Unfortunately, EWG did not take into account the rigorous, science-based methodology used by USDA to determine eligible practices, nor the level of specificity required during the implementation process to ensure the practices’ climate-smart benefits are being maximized,” said Allan Rodriguez, a spokesperson for the USDA, in an emailed statement. “As a result, the findings of this report are fundamentally flawed, speculative, and rest on incorrect assumptions around USDA’s selection of climate-smart practices.”

Schechinger acknowledged that the USDA doesn’t define all waste storage facilities as climate-smart, but she said that the funding data she was able to obtain through a records request didn’t distinguish between specific facility types and that it “remains to be seen” whether the Inflation Reduction Act money will go only to the kind that composts manure.

Some researchers have argued that more studies need to be done on most “climate-smart” practices — even ones, such as planting cover crops, that the Environmental Working Group doesn’t question in its report — before anyone can say how much climate pollution they’re curbing or carbon they’re sequestering. “For most climate-smart management practices, we do not yet have the data and information we need to understand when and where they are most likely to succeed,” said Kim Novick, an environmental scientist at Indiana University.

Most scientists agree that more data needs to be collected and analyzed to understand, say, the nuances of storing carbon in the soil. But some argue that climate change is just too urgent to delay action.

That’s one reason Rachel Schattman, a professor of sustainable agriculture at the University of Maine, supports the USDA’s use of climate funding. She also has confidence in the agency’s commitment to science. A practice doesn’t get put on the agency’s conservation list “without having demonstrated environmental benefits or reduced environmental harm,” she said. “Whether those benefits or reduced harms are related to climate change is something [the USDA] is grappling with in a really meaningful way right now.”

Schattman also said it’s important not to paint climate-smart practices with a broad brush. “Everybody’s farm is different. Everybody’s soil is different. Everybody’s microclimate is different,” she said. An irrigation pipeline in the Arizona desert might have a different effect on water and energy use than one on a farm in Vermont. Even if a practice here or there doesn’t reduce emissions or store carbon in the soil exactly how the USDA intends, Schattman said the influx of funding still could move agriculture in the right direction.

The Inflation Reduction Act created “a once in a lifetime opportunity for a lot of farmers,” she said. “I think it is going to make a lot of things possible that people couldn’t do before.”


Grist is the only award-winning newsroom focused on exploring equitable solutions to climate change. It’s vital reporting made entirely possible by loyal readers like you. At Grist, we don’t believe in paywalls. Instead, we rely on our readers to pitch in what they can so that we can continue bringing you our solution-based climate news.


New USDA 'climate-friendly' farming and ranching practices have yet to be proven, report says

March 1, 2024
A cow grazes in a field outside of Walcott, Iowa.

An environmental activist group charges that many “climate smart” farming practices recently added to a list for U.S. Department of Agriculture funding are not yet proven.

The Environmental Working Group says funding from the Inflation Reduction Act should not be used to pay farmers for using the practices, until there is more evidence that they work.

The EWG made the charge in a new report issued Wednesday about the Environmental Quality Incentives Program, or EQIP.

The program, run by the USDA’s Natural Resources Conservation Service, was launched in the 1990s, but its current authorization comes from the 2018 Farm Bill. EQIP helps farmers with funding to implement conservation methods that have met the department’s approval. Since 2023, its funding sources have included money authorized by the Inflation Reduction Act to fund climate change mitigation efforts.

But the EWG report says many of the 15 practices earmarked for that funding “likely do little or nothing to help in the climate fight.”

“USDA says that they have literature showing that these practices have climate benefits,” said agricultural economist and EWG Midwest Director Anne Schechinger, who authored the report. “But they don't actually have any quantifiable data showing that these practices reduce greenhouse gas emissions.”

She said eight of the 15 practices are for irrigation and livestock, management techniques “that likely don’t reduce emissions,” and in one case, may even increase emissions.

Funding from the Inflation Reduction Act specifically meant for addressing climate change should be reserved for practices proven to be effective, Schechinger said. While the USDA’s NRCS plans to study the possible benefits of the new farming practices this year, she said until the results of those studies are in, the practices should be removed from eligibility for IRA funding.

New Practices:
brush management
irrigation system, sprinkler
waste storage facility
irrigation pipeline
waste facility cover
irrigation system, micro
pumping plant
woody residue treatment
herbaceous weed control
prescribed burning
wildlife habitat–restore and management
fuel break
composting facility
feed management
soil carbon amendment

The USDA is defending the EQIP program’s climate-smart agriculture practices.
In a statement, spokesman Allan Rodriguez said the department used “rigorous, science-based methodology” to determine which practices are eligible — and that farmers who qualify for funding must use the practices under specific conditions to maximize their effectiveness.

Rodriguez said the Environmental Working Group’s findings were “fundamentally flawed, speculative, and rest on incorrect assumptions around USDA’s selection of climate-smart practices.”

Jonathan Coppess, who researches federal ag policy as an associate professor at the University of Illinois, said the EWG report does raise valid concerns. He said that while he can sympathize with the USDA’s position, he points out that Inflation Reduction Act funding is scheduled to end after the 2026 fiscal year.

“Once the funds are out, you can’t pull them back,” said Coppess. “And so, if they are misspent, it's a missed opportunity in a significant way to do what is an important effort for agriculture, for our food system, and for the climate.”

But according to Erik Lichtenberg, there are more benefits to the practices in question than the EWG report credits. The University of Maryland agricultural economist, who has studied the USDA’s approach to conservation and climate change, said paying farmers to implement practices that are not fully proven is a way to find out how they work under a wide range of conditions and climates.

“We're fairly new to managing agriculture to mitigate climate change impacts, and that means we really need to be experimenting to see what does work and what doesn't,” Lichtenberg said. “Farming practices that work in one place, don't work in another. So, we're really going to need to experiment a lot and adjust for local conditions a lot.”

The USDA has funded only about a third of the applications they received from farmers for the EQIP program between fiscal year 2018 and 2022.

The USDA’s Rodriguez said the additional funding from the Inflation Reduction Act is expanding the number of farmers EQIP can serve, and also financing efforts to monitor and verify the effectiveness of new practices.

He said those efforts will enable them to “quantify the impact of conservation practices on greenhouse gas emissions and carbon sequestration and ensure that future resources are directed to the most effective practices.”

This story was produced in partnership with Harvest Public Media, a collaboration of public media newsrooms in the Midwest. It reports on food systems, agriculture and rural issues.



RESEARCH

Many newly labeled USDA climate-smart conservation practices lack climate benefits



JUMP TO:
What climate-smart practices should do
New practices probably don’t benefit climate
New list creates alternate reality of robust climate funding
Climate money will now go to different states
Map: Environmental Quality Incentives Program payments, 2017-2022
Analysis methodology


OverviewNewly designated USDA climate-smart conservation practices likely don’t reduce agriculture’s greenhouse gas emissions.
Only practices that reduce emissions are eligible for $19.5 billion in 2022 Inflation Reduction Act funds.
The new designations make it look, erroneously, like a lot of money is going to climate-smart agriculture.


Against the backdrop of the deepening climate crisis, the Department of Agriculture recently added 15 Environmental Quality Incentives Program, or EQIP, practices to its climate-smart conservation list – but many likely do little or nothing to help in the climate fight, a new EWG analysis of USDA data finds.

The new data is compiled in EWG’s just-updated Conservation Database. EQIP is one of the USDA’s largest conservation programs, helping farmers implement environmentally beneficial practices.

Some of the newly designated climate-smart practices already receive, by far, the most dollars from EQIP. So the revision of the list conveniently makes it look as though a large share of federal conservation funding will now go to climate-smart farming, providing a misleading picture of agriculture and climate in the U.S.

In 2022, EWG found that only a small portion of EQIP funding went to farmers’ implementation of climate-smart methods. The USDA's new list changes the equation significantly, effectively doubling climate-smart funding: Instead of 31 percent of EQIP funds subsidizing climate-smart farming between 2017 and 2022, it now appears that 63 percent did.

And the new climate-smart practices are about to get even more money, because they’re eligible to receive additional funds through the Inflation Reduction Act, or IRA. This money totals about $19.5 billion, $8.45 billion of which is meant specifically for EQIP practices that reduce greenhouse gas emissions or sequester carbon in soil between fiscal years 2023 and 2026.

But many of the newly labeled practices likely do not have climate benefits. Eight of them are methods for irrigation and livestock management that likely don’t reduce emissions. One even increases emissions, according to USDA’s own data.

The USDA’s conservation agency, the Natural Resources Conservation Service, or NRCS, says that in 2024 it will study the possible climate benefits of the newly added practices.

Until then, the USDA should remove them from its climate-smart list. No IRA funds should underwrite them without proof they actually reduce greenhouse gas emissions.
Climate-smart conservation is intended to provide real climate benefits

For the past few years, the NRCS has made a list of practices funded through EQIP and the Conservation Stewardship Program, one of its other tentpole conservation programs, that it considers climate-smart. The practices on this list are intended to cause “quantifiable reductions in greenhouse gas emissions and/or increases in carbon sequestration.”

In fiscal year 2023, the NRCS climate-smart list included 45 EQIP practices for which farmers received payments at some point between 2017 and 2022. (Other practices on the list didn’t get funding.) The funded practices included those with proven climate benefits, such as “cover crops,” “nutrient management” and “grassed waterways.”

In October 2023, the NRCS updated its list of climate-smart practices for fiscal year 2024. The roster now has 57 EQIP practices that received funding between 2017 and 2022, including 15 new additions (not including two practices that were removed). (See Table 1.) Only 14 of the 15 newly added practices got any funding between 2017 and 2022. “Soil carbon amendment” was added to the list for 2024 but didn’t receive any funds.

Table 1. 2024 climate-smart EQIP practices.*



EQIP practices added to USDA's 2024 climate-smart conservation list

EQIP practices removed from USDA's climate-smart conservation list for 2024


Brush Management

Wildlife Upland Habitat Management


Irrigation System, Sprinkler


Waste Storage Facility


Irrigation Pipeline


Waste Facility Cover


Irrigation System, Micro


Pumping Plant


Woody Residue Treatment

Windbreak/Shelterbelt Renovation


Herbaceous Weed Control


Prescribed Burning


Wildlife Habitat- Restore and Management


Fuel Break


Composting Facility


Feed Management


*List only includes 14 practices that received money between 2017 and 2023. It does not include “Soil carbon amendment,” which did not.

Source: EWG, from public records requests for USDA-NRCS program data.
Many practices newly labeled climate-smart likely don’t benefit the climate

Of the 14 newly added (and funded) practices, more than half – eight – are irrigation or livestock practices, such as “waste storage facility” and “irrigation pipeline.”

The NRCS is calling all of these practices “provisionally” climate-smart – it cannot yet show whether they reduce emissions, so they have no proven climate benefits.

And “waste storage facility,” a structure that contains animal waste, increases greenhouse gas emissions, according to the data USDA does have.

These livestock practices are almost certainly not climate-smart. Agriculture contributes more than 10 percent of U.S. greenhouse gas emissions, with livestock a major source – particularly beef and dairy cattle, which emit vast quantities of methane.

EQIP funding to manage large amounts of livestock in concentrated facilities encourages farmers to keep relying on this model instead of raising animals on pasture, which could help to lower emissions.

Irrigation practices are also not clearly climate-smart. Although EQIP irrigation practices seem to enable more efficient water use, they do not always reduce total water use, especially in the West, where many farmers’ water rights follow “use it or lose it” policies.

In these cases, if a water rights holder does not use all their water allocation, they forfeit the rest, so they have an incentive to use the most they can. So installing more efficient irrigation wouldn’t necessarily save any water.

The IRA text says $8.45 billion of its funding should go only to EQIP practices that reduce greenhouse gas emissions or sequester carbon in soil – in other words, to the practices on the NRCS climate-smart list.

So calling the livestock and irrigation practices climate-smart, provisionally or not, is problematic, since the IRA states that its agricultural funding should go to conservation practices that reduce emissions or sequester carbon.

The NRCS has said it will study provisional practices in 2024 to measure their greenhouse gas emission reductions, if any. It has also said if it does not find benefits, it may remove the provisional practices from the climate-smart list for the following year.

But history would show that these practices may not be studied in 2024: All eight provisional practices on the 2023 list remain on the list for 2024 – and all are still listed as provisional.
New list creates alternate reality where lots of money has gone to climate-smart farming

Some of the practices just added to the 2024 climate-smart list received the most EQIP funding between 2017 and 2022 – painting an inaccurate picture of a lot of money going to practices that reduce greenhouse gas emissions. But because many of these new provisional practices likely do not reduce emissions, only a small share of EQIP spending is actually going to practices with proven climate benefits.

EQIP sent $5.5 billion to farmers across all practices between 2017 and 2022. Only $1.7 billion of this, or 31 percent, went to practices on the 2023 climate-smart list, most of which have been proven to reduce emissions or sequester carbon in soil.

But with the addition of the 14 funded provisional practices for 2024, that amount more than doubled to $3.47 billion – or 63 percent of all EQIP spending.

That’s because many of the practices added to the 2024 list are the most-funded practices in the whole program. The 10 practices with the most total EQIP payments made up $2.65 billion between 2017 and 2022 – almost half of all EQIP spending. Only two of these, “cover crops” and “forest stand improvement,” were on the 2023 climate-smart list.

But when the list was revised for 2024, eight of the 10 practices with the most program funding appeared on it. In addition to the two from 2023, these included “brush management”; “irrigation system – sprinkler”; “waste storage facility”; “irrigation pipeline”; “waste facility cover”; and “irrigation system – micro irrigation.” (See Table 2.) Five of these six practices are livestock or irrigation practices.

Of the 10 practices with the most EQIP payments, the only two not on the 2024 climate-smart list were “fence” and “pipeline,” which brings water to livestock or wildlife.

Table 2. Almost all the 10 EQIP practices with the most payments between 2017 and 2022 were added to the 2024 climate-smart practice list.



Practice rank

Practice name

EQIP payments 2017-2022

Percent of all EQIP payments

On 2023 climate-smart list?

On 2024 climate-smart list?


1

Cover Crop

$504,812,892



2

Brush Management

$314,991,152


3

Irrigation System, Sprinkler

$313,561,007



4

Fence

$311,036,533


5

Waste Storage Facility

$252,142,865


6

Irrigation Pipeline

$230,101,825



7

Waste Facility Cover

$228,568,531



8

Irrigation System, Micro

$175,194,972

9

Pipeline

$162,365,526


10

Forest Stand Improvement

$159,735,684



Source: EWG, from public records requests for USDA-NRCS program data.
Addition of provisional practices to climate-smart list changes states receiving IRA funds

Expanding the climate-smart list will also change where the IRA money goes.

Across EQIP, payments are concentrated in just a few places – 44 percent of the money spent between 2017 and 2022 went to just 10 states. Similarly, 45 percent of payments to practices on the 2023 climate-smart list went to farmers in just 10 states, and 46 percent of payments to practices on the 2024 list went to farmers in the 10 states with the most payments.

When the list changed, so did the states that got the most climate-smart money. California and Texas were the top two on both lists, but the others changed drastically.

Seven of the top 10 states on the 2023 list were located in the Mississippi River Critical Conservation Area, a region of the country with important agricultural, industry, wildlife and ecological resources. But only four of the top 10 states on the 2024 climate-smart list were located in the conservation area (Table 3). Now Southern and Western states like Colorado, Georgia and Oregon will receive more so-called climate-smart funding.

Table 3. The 10 states that received the most payments between 2017 and 2022 for practices on the 2023 climate-smart list, compared to those on the 2024 list.
State rank States with the most payments for 2023 list Payments 2017-2022 for practices on 2023 list States with the most payments for 2024 list Payments 2017-2022 for practices on 2024 list
1 California $167,970,025 Texas $371,894,245
2 Texas $99,642,015 California $359,871,676
3 Missouri $69,273,408 Georgia $137,069,838
4 Indiana $65,270,184 Colorado $118,425,439
5 Tennessee $64,641,082 Arkansas $110,504,198
6 Wisconsin $57,753,631 Mississippi $100,305,742
7 Iowa $55,750,215 Oregon $93,274,547
8 Ohio $55,410,931 Oklahoma $91,351,469
9 Oklahoma $55,025,391 Indiana $91,034,785
10 Mississippi $54,055,521 Ohio $90,089,372
Total 10 states $744,792,403 Total top 10 states $1,563,821,311


Source: EWG, from public records requests for USDA-NRCS program data.

The map below shows which states received the most money for practices on the 2023 climate-smart list, compared to those that got the most money for practices on the 2024 list.

INTERACTIVE MAP
Environmental Quality Incentives Program payments

This application provides details about payments from the EQIP between 2017 and 2022 for practices on the USDA's 2023 climate-smart list compared to the practices on its 2024 climate-smart list.

VIEW THE MAP


METHODOLOGY

EWG analyzed payment data from the USDA for fiscal years 2017 through 2022. We received the state- and county-level data from the USDA through public records requests and the national practice-level payment data via an email from a USDA employee, not as a response to our official request. The sums provided here represent payments made to farmers for each EQIP practice, not the amount committed to farmers for the practices, also known as obligations.

The state- and county-level EQIP data include only practices with more than four contracts in a state or county for a particular year. In response to EWG’s Freedom of Information Act requests, the USDA did not provide data for EQIP practices with four or fewer contracts in the state or county in a specific year, citing a privacy exemption. Because of this, the payments by county do not equal the total payments by practice for the state or nationally, and the payments by state will not equal the total payments nationally.


Monday, February 26, 2024

GUEST ESSAY
Can’t help bot wonder — is this the end of the Google Search monopoly?


(Image: Leonardo.ai, prompted by author)

By Steven Boykey Sidley
Follow
26 Feb 2024 

Here are the advantages of AI chatbot output versus that of a good old ranked search.

A change in my behaviour has crept up on me, pretty much unnoticed. I realised recently that I almost never use Google Search anymore, despite doing a substantial amount of exploring on the internet every day as part of my job. What happened?


Google Search, the company’s original product (well before Gmail and Google Drive and Google Maps and their other products), has been not only one of the most successful products in history, but has also contributed in a major way to the internet, taking it from a moderately useful tool into public ubiquity.


There must be more to blockchains than just Bitcoin.
There is. And it's coming to a future near you soon.

It's Mine is an entertaining and accessible look at how Bitcoin made its mark, how it all works and how it challenges our long-held beliefs, from renowned expert and frequent Daily Maverick contributor Steven Boykey Sidley.Buy Now

The story of its genesis is now internet lore.

During the late Nineties, two young Stanford students, Serge Brin and Larry Page, frustrated at the creaky torpidity of current search engines, came up with a better idea. Instead of crawling around the global web for an answer to a user question, they decided to download the entire web every night onto a bunch of hard drives and then index everything so that it could be searched blazingly fast, unlike the prevailing technique of visiting and parsing the content of every website server on the planet.

It was not a problem to do this; the web was still small and manageable. When it got larger, they simply added more storage and more CPUs. Which is why they now own massive data centres on every continent, which continually update and index their store of information on an ongoing basis.

Their second innovation was to rank their search results according to how many other people had accessed the same website. Rather like a popularity rating, with the more popular websites placed at the top of the page. It was called the PageRank algorithm and, while it has been fine-tuned many times over the past few decades, it spawned an entirely new industry dedicated to rank-bumping. The difference between being on the first page or the second page (or beyond) has meant life or death to many commercial enterprises.

How successful is Google Search? It owns 90% of the market. It generated $175-billion for Google in 2023, which was 57% of its total revenue and 73% of its advertising revenue.

There have been some competitors along the way, like DuckDuckGo, which keeps your searches private and does not resell your data, and which has a small market share. There is Microsoft’s Bing, a perennial also-ran in the mighty Microsoft stable, and then there were a couple of so-called Google-killer startups like Neeva, which died quickly and quietly.

So why am I not using Google Search anymore?

Because of AI. When I need information I use ChatGPT, Gemini, Perplexity, Claude, Groq, Jasper or Pi. There are more, speciality AI search engines which I will get to one day, such as BloombergGPT for financial data.

So, what is the advantage of AI chatbot output versus that of a good old ranked search?

Possibly the most important advantage is that chatbots are trained on a dramatically larger corpus of information than is available to traditional search engines.

The first is the language of query. In traditional search engines we have learnt to query using keywords, usually no more than a few in a short sentence. In the chatbots we can simply frame our query in our vernacular (originally the chatbots were English-speaking, but they are a fast growing Tower of Babel – speaking French, Arabic, Chinese, Spanish and others).

This makes a startling difference to user experience. The chatbot queries can be massively detailed (up to one million words in the latest version of Gemini), which means that searches can be either very general or insanely focused or anywhere in between. The user is not presented with a ranked list of websites to choose from but receives a much purer response – text, images and audio of any user-defined length, untarnished by ranking tricks and untainted by advertising. These responses can then be refined further by additional queries and rephrasings, just as in real life.

The second advantage is speed. Anyone who has tried Groq (not to be confused with Elon Musk’s Grok) will have witnessed the astonishing appearance of the answer almost before their fingers have left the keyboard.

The third and possibly most important advantage is that chatbots are trained on a dramatically larger corpus of information than is available to traditional search engines. It is estimated that by 2027 or thereabouts, the chatbot training data will come close to having consumed all of recorded human information (yes, I know, copyright issues might intrude a tad here; the jury is quite literally still out on this matter). In any event, this means much richer responses to questions than the traditional search engines can offer because only websites and some other public repositories are accessible to them.


It is not unreasonable to conclude that Google’s 26-year-old search monopoly will be under threat.

There are a couple of well-publicised downsides too. The occasional and gleefully reported “hallucinations”, the inability to reference the source of the information and the fact that information is not necessarily current (due to the time lag between training and public accessibility). But all of these issues are in the process of being addressed – the incentives for solving them are immeasurable. For instance, Perplexity claims to have solved both the source-referencing problem and the presentation-of-real-time-information problem by mixing chatbot technology with older search techniques.

Read more in Daily Maverick: Stop Googling and Bing it, already

The sharp-eyed reader will know that Gemini is being integrated into Google Search, so Google’s competitive moat may well be protected. But the Microsoft-owned Bing has integrated the much better known ChatGPT, and so the search field is already being reshaped. Add to this the other new Chatbot aspirants I mentioned and it is not unreasonable to conclude that Google’s 26-year-old search monopoly will be under threat.

Is this a good thing? Indeed. The crumbling of monopolies is a happy noise. However, I will remember Google Search fondly. After all, it made that hallowed hall of fame wherein products become verbs, right?

Just Google it.

 DM

Steven Boykey Sidley is a professor of practice at JBS, University of Johannesburg. His new book It’s Mine: How the Crypto Industry is Redefining Ownership is published by Maverick451 in South Africa and Legend Times Group in the UK/EU, available

Thursday, February 22, 2024

 

The Dialectics of Ecology: An Introduction

Foster
This is the introduction to John Bellamy Foster, The Dialectics of Ecology: Society and Nature (New York: Monthly Review Press, 2024).

All nature is in a perpetual state of flux.… There is nothing clearly defined in nature.… Everything is bound up with everything else.

Denis Diderot1

As Harvard ecologist and Marxian theorist Richard Levins observed, “perhaps the first investigation of a complex object as a system was the masterwork of Karl Marx, Das Kapital,” which explored both the economic and ecological bases of capitalism as a social-metabolic system.2 The premise of the dialectics of ecology, as it is addressed in this article, is that it is above all in classical historical materialism/dialectical naturalism that we find the method and analysis that allows us to connect “the history of labor and capitalism” to that of the “Earth and the planet,” enabling us to investigate from a materialist standpoint the Anthropocene crisis of our times.3 In Marx’s words, humanity is both “a part of nature” and itself “a force of nature.”4 There was, in his conception, no rigid division between natural history and social history. Rather, “The history of nature and the history of men [humanity]” were seen as “dependent on each other as long as men exist.”5

In this view, the relation of labor and capitalism to the earth’s metabolism is at the center of the critique of the existing order. “Labour,” Marx wrote, “is, first of all, a process between man and nature, a process by which man, through his own actions, mediates, regulates and controls the metabolism between himself and nature. He confronts the materials of nature as a force of nature.”6 However, with the advent of “capitalist production,” a systematic disturbance and displacement occurs in “the metabolic interaction between man and the earth,” creating a metabolic rift, or ecological crisis, severing essential natural relations and not only “robbing the worker but…robbing the soil.”7

Today, this ecological rift in the metabolism of society and nature can be seen as having reached an Earth System level, creating what scientists have called an “anthropogenic rift” in the biogeochemical cycles of the entire planet, resulting in what Frederick Engels referred to metaphorically as the “revenge” of nature.8 In the classical historical-materialist perspective, this contradiction can only be resolved by reconciling humanity and nature. Such a reconciliation requires overcoming not simply the alienation of nature, but the self-alienation of humanity itself, manifested most fully in today’s destructive, commodified society. What is necessary in such an analysis is recognition from the start of the “corporeal” nature of human existence itself, which is tied to production. Hence, if a “new universal history of the human” is necessary in our time, it is here, within the historical-materialist tradition, that the necessary materialist, dialectical, and ecological method is to be found. For Marx, “Universally developed individuals, whose social relations, as their own communal relations, are hence also subordinated to their own communal control, are no product of nature, but of history.”9 However, human history is never detached from “the universal metabolism of nature,” of which the social metabolism based in the labor and production process is an emergent part.10

In such a dialectical-ecological perspective, there are no fixed answers applicable to all of history, since everything around us in natural history and social history—constituting, as Marx said, the “two sides” of a single material reality—can be seen as in a state of constant flux.11 Nevertheless, it will be argued here that the method of dialectical ecology, rooted in historical materialism and aimed at transcending the alienation of humanity and nature, provides a basis for uniting theory and practice in new, revolutionary ways. This constitutes the necessary dialectical negation or overcoming of the material conditions of our current alienated, divided, and dangerous world, itself the product of human historical development. Such a view assumes that there is a contingent, ever-changing historical process in which each new emergent reality bears within it an incompleteness and various contradictory relations, leading to further transformative developments. As Corrina Lotz indicates, dialectical negation properly embraces “absenting (Roy Bhaskar’s term), removal, loss, conflict, interruption, leaps and breaks,” often understood in terms of the general concept of emergence, or the qualitative shift to higher organizational levels, which, as Engels said, always carries within it the potential for annihilation.12 The structure of history, including natural history, thus always contains within it crises and catastrophes, along with the possibility of something qualitatively new, drawn from a combination of residuals of the past (previously negated realities) interacting in contingent ways with the present as history and generating transformative change. History, whether natural or human history, is thus not linear, but rather manifests itself as a spiral form of development.

The notion of human historical development, a relatively recent conception that scarcely precedes the capitalist era, is a product of the changing relation of human beings to nature as a whole. As Marx recognized, Epicurus in Hellenistic antiquity saw the origins of natural philosophy or natural science as tied to an overriding sense of danger that the natural world represented in the daily lives of human beings.13 In Epicurean philosophy, there was no rational answer to be found to this existential condition, other than reconciliation with the world through forms of contemplative self-consciousness and the development of a sense of oneness with nature, or ataraxia, by means of enlightenment/science.

The enormous historical development of the productive forces, separating antiquity from the modern world, and the emergence of modern science in this context was to alter fundamentally the relation between humanity and its natural environment. Bourgeois society, as a result of this “progress” and the scientific revolution of the seventeenth century, would revel in the “domination of nature” provided by Enlightenment science. The realm of natural necessity was seen in this conception as being forever pushed back and even transcended.14 This, however, gave rise to the conceit, as Engels noted, of “human victories over nature” in the manner of “a conqueror over a foreign people,” a view that, because of its lack of foresight and its narrow objectives, led to human-generated ecological catastrophes.15

As a result of the historical process, humanity finds itself once again confronted with an overarching sense of danger emanating from the forces of nature. Yet, behind this existential threat to humanity and life lies human labor, itself a force of nature, now generating planetary-level catastrophe. The alienation of nature under capitalism is such that money is fetishistically mistaken for existence, while private extraction and expropriation, the robbery of the earth, is confused with real wealth. In the historical-materialist view, the contradiction between humanity and the earth can be transcended before it proves fatal, but only if the two sides of human self-alienation—alienation from humanity and alienation from nature—are transcended through the “revolutionary reconstitution of society as a whole” and the creation of a world of substantive equality and ecological sustainability.16

The development of such an approach based on classical historical-materialist grounds cannot consist simply of a theoretical reconstruction of the analysis of Marx and Engels in this area, involving a synthesis of their contributions to an ecological-materialist dialectics. At best, the only thing such an approach can generate is a more critical method in analyzing the present, although it is the actual overcoming of the present as history that is the overriding concern. Above all, it is necessary to address the rapidly developing ecological crisis of the Anthropocene Epoch in human history, which marks the rise of anthropogenic, as opposed to nonanthropogenic, factors as the main driving force of Earth System change. Here we must confront the current financialization of nature, the new phase of planetary extractivism, questions of human survivability, and the revolutionary struggle to create a society of planned degrowth and ecological civilization geared to sustainable human development. All of this, however, depends on the recovery, development, and unification in theory and praxis of the dialectical-ecological critique of capitalism, which is an indispensable and indisputable legacy of classical historical materialism.

The Dual Negation of Dialectical Materialism

Soviet Marxism and the Dialectics of Nature

The reconstruction of Marxian ecology based on classical historical materialism is a very recent and still very incomplete development, largely confined to the present century and to the rise of ecosocialism. Both official Marxism associated with the Soviet Union of the late 1930s and after, which removed the critical element within philosophy together with Marx’s ecological analysis, and the Western Marxist philosophical tradition, which rejected dialectical naturalism altogether, presented enormous obstacles to the further development of the historical-materialist ecological critique. This, then, constituted a dual negation of the dialectics of nature emanating from the Cold War antagonism between East and West. But it is one that has been increasingly transcended in recent decades as material conditions have changed.

Soviet philosophy, as originally conceived under the leadership of V. I. Lenin, Leon Trotsky, and Nikolai Bukharin on the occasion of the launching of its original flagship publication, Under the Banner of Marxism, in 1922, was intended to bring together the materialist perspectives of both Mensheviks and Bolsheviks (representing, respectively, the relatively reformist and revolutionary tendencies within Russian Marxism), mechanists and dialecticians, and philosophers and natural scientists, with the object of the concretization of a wider and internally differentiated philosophy of dialectical materialism. This was a term introduced by the working-class philosopher Joseph Dietzgen and owed its influence mainly to the work of the founding Russian Marxist (and Menshevik) Georgi Plekhanov.17

Lenin set the tone in his 1922 letter to Under the Banner of Marxism, which was published as an article titled “On the Significance of Militant Materialism.” Here, he insisted that it was necessary to bring “materialists of the non-communist camp” together with revolutionary materialists in order to promote a mutually engaged philosophical discussion. The object was to develop a fundamentally Marxist “militant materialist” view and at the same time guard against rigid dogmas. “One of the biggest and most dangerous mistakes made by Communists (as generally by revolutionaries who have successfully accomplished the beginning of a great revolution) is the idea that a revolution can be made by revolutionaries alone.” Rather than excluding leading Menshevik philosophers such as the talented Liubov Isaakovna Akselrod (a former assistant to Plekhanov) and Abram M. Deborin from the new journal, Lenin insisted on the necessity of their inclusion. To protect against mechanistic materialism or mechanism (today more often called reductionism), he declared as essential the critical incorporation of Hegelian dialectics, despite its idealist basis, within the purview of the journal. Thus, Under the Banner of Marxism should, in his words, “be a kind of ‘Society of Materialist Friends of Hegelian Dialectics.’”18

Soviet philosophy was from the start aimed at developing dialectical materialism as a general theoretical view applicable to both philosophy and science, based proximately on the work of Engels, Plekhanov, and Lenin, but rooted more fundamentally in the work of Marx, G. W. F. Hegel, and Baruch Spinoza. (Marx’s philosophical discussions in his early Economic and Philosophical Manuscripts were at that time unknown.)

Engels’s Anti-DĆ¼hring and the incomplete Dialectics of Nature provided a guiding thread that, in its most succinct expression, revolved around the three ontological principles or “laws,” derived from Hegel, of the (1) transformation of quantity into quality, and vice versa; (2) the identity or unity of opposites; and (3) the negation of the negation.19 The first of these was meant to capture what are often called in today’s scientific language phase changes or threshold effects, in which quantitative changes lead to new qualitative realities. Through such qualitative transformations, which can be observed both in nonhuman nature and in society, a “new power,” Marx and Engels observed, emerges that is “entirely different from the sum of its separate forces.”20 The second ontological principle addresses the contradictions that arise due to incompatible developments within the same relation intrinsic to all processes of motion, activity, and change. The third ontological principle of the negation of the negation refers to how the processes associated with the first two principles set the stage for dialectical negations, that is, the negation of the previous negation, and a process of Aufhebung (referring simultaneously to transcendence, suppression, preserving, overcoming, and superseding), giving rise to sharp reversals and transformations, establishing qualitatively new emergent realities arising at a higher level, and a complex “spiral form of development” in which negation is never mere negation, but contains within it the positive (and vice versa).21

“The ‘dialectical moment,’” Lenin wrote in his Philosophical Notebooks, “demands the demonstration of ‘unity,’ i.e., of the connection of negative and positive, the presence of this positive in the negative. From assertion to negation—from negation to ‘unity’ with the asserted—without this, dialectics becomes empty negation, a game, or scepsis [skepticism].”22 Although it has been common to reduce dialectics to the unity of opposites, such an approach would be completely barren, in Lenin’s view, since it excludes dialectical negation.23

In 1924, a major debate broke out between the mechanists, who were associated with figures like Akselrod and the militant mechanist-atheist Ivan Ivanovich Skvortsov-Stepanov, and the more dialectically oriented thinkers under the leadership of Deborin and his Institute of Red Professors.24 The mechanists were tied more directly to natural science and to such leading theorists as Bukharin, and before him Plekhanov, both of whom had displayed mechanistic tendencies, though neither were entirely averse to dialectical analysis.25 The dialecticians, in contrast, were far more removed from natural science and focused on Hegelian idealism as critically mediated by the materialist tradition of Ludwig Feuerbach, Marx, Engels, and Lenin.26

The main theoretical dispute dividing the mechanists and the Deborinists revolved around the proposition of the former that both organic and inorganic nature could be reduced simply to mechanical properties. This ran counter to a dialectics predicated on the existence of irreducible organizational forms, associated in particular with Engels’s analysis in Anti-DĆ¼hring and Dialectics of Nature, the latter being published for the first time in 1925.27 Deborin, as well as most other Soviet philosophers, argued that it was impossible to reduce in its entirety a qualitatively higher form, such as organic life, to a lower form, such as inorganic matter. Commenting on William Robert Grove’s The Correlation of Physical Forces (1846), Engels wrote: “Chemical action is not possible without change of temperature and electric changes; organic life [is not possible] without mechanical, molecular, chemical, thermal, electric, etc. changes. But the presence of these subsidiary forms does not exhaust the essence of the main form in each case. One day we shall certainly ‘reduce’ thought experimentally to molecular and chemical motion in the brain; but does that exhaust the essence of thought?”28 In this view, higher organizational levels, such as mind/thought, could not be reduced simply to lower organizational levels, even though the former were dependent on the latter. It was the distinction between different qualitative forms/levels/planes within material existence, Engels explained, that was the basis for the division of the various sciences, separating, for example, biology from chemistry and physics.

Nevertheless, the mechanists, representing the then dominant scientific outlook, challenged Engels’s view that qualitative forms/levels differentiated reality, as well as thought. Thus, Skvortsov-Stepanov declared that Engels’s claim that higher forms of material existence could not be explained simply by lower ones, and thus that mechanical forms of motion could not account in their entirety for the human psyche, had to be rejected outright.29 Reductionism, in conformity with modern mechanistic science, was seen as a general principle applicable to all of existence, in line with positivism. Thus, it was often said that “the mind was a mere secretion of the brain”—a proposition first put forward by Pierre Jean Georges Cabanis in 1802 and even seemingly accepted by Charles Darwin.30 In contrast, the Deborinist philosophers based their analysis on the dual critique of Hegelian idealism and of mechanistic materialism. On the issue of reductionism, they relied heavily on Engels’s notion of quantitative change leading to qualitative transformation.

It soon became clear that neither side had the upper hand intellectually, since this was in large part a division between positivist natural science and dialectical philosophy. Yet, despite the philosophical stalemate, the Deborinists managed to triumph over their rivals through purely political means by 1929, using their superior control over the main institutions of Soviet philosophy to exclude the competing view.31

The Deborinist triumph, however, proved to be short-lived since, within a year, they were placed on the defensive due to an attack from a more powerful political quarter: the Communist Party hierarchy itself. This represented the direct intervention of the so-called Bolshevizers of the party hierarchy into the struggles on the philosophical front. Although not directly defending the mechanists, considered a “right deviation,” the party hierarchy decided that it was necessary to rein in the Deborinists as a “left deviation.” The Deborinists were variously accused of being Mensheviks, idealists, vitalists, and weak in their criticisms of Trotsky and other left deviationists. The crushing blow, however, was Joseph Stalin’s official declaration in December 1930 that the Deborinists were “Menshevizing Idealists.” Deborin himself was denounced based on his Menshevik past of some three decades prior, while the dialecticians were also charged with being associated with the brilliant Marxist economist I. I. Rubin, author of Essays on Marx’s Theory of Value, who was executed in 1937.32

The suppression of Soviet philosophy in the 1930s was inscribed in stone with the publication of Stalin’s “Dialectical and Historical Materialism” in 1938, as part of the official History of the Communist Party of the USSR—Bolsheviks: Short Course (often referred to as simply The Short Course).33 In the rigid, dogmatic formulation provided in Stalin’s “Dialectical and Historical Materialism,” the notion of the negation of the negation, fundamental to the critical thought of Marx, Engels, and Lenin, was formally excluded. Historical materialism was reduced to a separate area subordinate to dialectical materialism. All categories were frozen. Marx’s Economic and Philosophical Manuscripts of 1844, first published in 1932, were treated as belonging to a pre-Marxist stage in his thought and were generally ignored or downplayed.

Soviet natural science, particularly the life sciences, including ecology, suffered a similar fate to that of philosophy. Bukharin had provided a crucial link between dialectical-materialist philosophy and natural science, working with agronomist, botanist, and geneticist Nikolai Vavilov, physiologist and biologist B. Zavadovsky, and historian of science-physicist Boris Hessen. All of these thinkers, together with other leading Marxist scholars such as the philologist David Riazanov, editor of a critical edition of Marx and Engels’s Works, were purged. Bukharin himself was executed in 1938. The revolutionary dialectical insights that had emerged in the USSR in natural science and philosophy were replaced with narrow formulas that excluded critical thought.

As a result of these developments, the official doctrine of dialectical materialism was reduced to a crude mechanistic monism and positivism, opposed to a tendentious, if somewhat more critical, neo-Kantian dualism that was to pervade Western Marxism.34 Nevertheless, a genuine dialectical materialism continued to exist in the recesses, refusing to be buried. As Galileo Galilei, caught up in the Inquisition, is reported to have said of the earth, no doubt apocryphally: “And yet it moves.”35

Western Marxism and the Negation of Dialectical Materialism

In contrast to official Soviet Marxism, what came to be known as Western Marxism, or the Western Marxist philosophical tradition, followed a radically different course. In this perspective, the dialectics of nature and, with it, the notion of dialectical materialism, was invalidated on the basis that dialectics required the identical subject-object—that is, the notion that human beings were both the subjects and objects of their own actions—and thus was not applicable to external nature, where the human subject was not present. With the exclusion of the natural realm insofar as it was separate from and even prior to human history, Western Marxism thus severed any direct relation of historical materialism to natural science and the universal metabolism of nature, effectively relegating the natural world to the realm of positivism. The result was a dualistic, two-world conception in which dialectics related simply to human history, not natural history (the realm of the Kantian thing-in-itself), and in which Marxism was confined exclusively to the social.36 Historical materialism was then robbed of any connection to nature as a force in itself, reducing the notion of materialism within Western Marxism simply to denaturalized political-economic relations. Western Marxist thinkers such as Herbert Marcuse and Theodor W. Adorno railed against the Soviet Short Course and Stalin’s “Dialectical and Historical Materialism,” but also frequently went beyond that, as in the case of Adorno and Lucio Colletti, to reject the transformative dialectics of Engels and Lenin, and even in some respects that of Marx and Hegel, gravitating instead toward Immanuel Kant.37

Adorno’s Negative Dialectics, often viewed today as one of the greatest contributions of the Frankfurt School within Western Marxism, had as its object the rejection of the “negation of the negation,” and thus the positive moment in the dialectic. As Adorno wrote in the preface to his work: “Negative Dialectics is a phrase that flouts tradition. As early as Plato, dialectics meant to achieve something positive by means of negation; the thought figure of a negation of negation later became the succinct term. This book seeks to free dialectics from such affirmative traits without reducing its determinacy.”38

In Adorno’s conception, “Marx was a Social Darwinist” in the sense that he saw natural history as the realm of natural necessity (also impinging on social history), to be transcended in human history by a leap to the realm of freedom. Marx’s concept of nature was then, according to Adorno, ultimately the Enlightenment one, in which nature was simply there to be conquered and transcended by social praxis. For all their discussions in Dialectic of Enlightenment concerning “the domination of nature,” Max Horkheimer and Adorno acquiesced to the view, which they imputed to Marx himself, of the “wholesale racket in nature”—that is, a kind of Hobbesian and Darwinian state of nature or war of all against all, seen as characterizing all of Enlightenment thought. Marx himself was said to have shared these views, simply seeing freedom as the transcendence of necessity.39 As Adorno opined: Marx “underwrote something as arch-bourgeois as the program of an absolute control of nature.”40 Moreover, by specifying at the outset of his book Negative Dialectics that the object of his analysis was to exclude the negation of the negation, and thus the positive element in the dialectic, in a manner that ironically paralleled the dogmatic elimination of the negation of the negation within Stalin’s “Dialectical and Historical Materialism,” Adorno cast a light on his own negativity with respect to the prospect of revolutionary change.

Alfred Schmidt—who worked under Horkheimer and Adorno in writing his thesis and magnum opus, published in 1962 as The Concept of Nature in Marx—observed that Marx’s notion of the social metabolism between nature and society raised the issue of the dialectic of nature, or “nature’s self-mediation,” in an entirely defensible way. Schmidt, however, later disavowed this on the grounds that Marx saw such self-mediation of nature as restricted to human action, and then only in traditional communal societies, no longer applicable to modern bourgeois society, in which first nature, that is, nature in and of itself, had been largely subsumed by second nature, the social realm. “It is only the process of knowing nature,” Schmidt declared, “which can be dialectical, not nature itself.”41 This formulation retained the neo-Kantian dualism between nature and society, arguing that dialectical mediation was impossible without an active human subject, which was confined to the historical-social realm. Such views pushed dialectics, as envisioned in Western Marxism, in the direction of idealism.42

Given the systematic exclusion of nature/ecology from dialectical thought within Western Marxism, it was often contended, even within Marxist circles, that the philosophy of praxis had nothing to contribute to ecological analysis. This was codified in Perry Anderson’s influential 1976 Considerations on Western Marxism, which claimed that “no major figure in the third generation of classical Marxism,” which Anderson narrowly associated with Western Marxism and its rejection of the dialectics of nature, was affected by “developments in the physical sciences.”43 In his 1983 work, In the Tracks of Historical Materialism, Anderson declared that “problems of the interaction of the human species with its terrestrial environment [were] essentially absent from classical Marxism”—a proposition that would have been seen as absurd on its face even then, if it had not been for the fact that the entire domain of the dialectics of nature had already been systematically absented from Western Marxism, while classical Marxism’s ecological critique was simply treated as nonexistent.44

Hence, both the Soviet conception of the “dialectics of nature” in the 1938 Short Course, centered on Stalin’s rigid separation of dialectical materialism and historical materialism, and the Western Marxist rejection of the dialectics of nature altogether, fell prey to narrow conceptions of reality. They thus failed to embrace what Engels called the totality of bodies, from the stars to the molecules, including the human mind and human society. “In effect, the problem of the dialectics of nature,” critical-realist philosopher Roy Bhaskar wrote, “reduces to a variant of the general problem of naturalism, with the way it is resolved depending on whether dialectics is conceived sufficiently broadly and society sufficiently naturalistically to make its extension to nature plausible.”45

The Struggle for Materialist Dialectics

Dialectical Materialism Redux

Still, it would be a mistake to think that the classical Marxist notion of the “dialectical conception of nature,” as Engels referred to it, was brought to a dead end, reduced to nothing without a remainder, either in the Soviet Union or in the West.46 Rather, materialist dialectics constantly reemerged in all sorts of unexpected ways in changing historical circumstances. This can be seen most distinctly in the famous visit of Soviet natural scientists and philosophers to the Second International Congress of the History of Science in London in 1931, where Bukharin, Vavilov, Zavadovsky, Hessen, and others presented the results of Soviet dialectical natural science and philosophy.

In the audience at this historic meeting were world-renowned scientists and socialist thinkers, including Joseph Needham, J. D. Bernal, Lancelot Hogben, and Hyman Levy. (J. B. S. Haldane was not present but would take up the new ideas partly under the impetus of the same event.) In the course of the Soviet presentations, Bukharin sought to generate a dialectical-humanist conception of Marxist analysis, conducive to natural science, rooted in Marx’s “Notes on Adolph Wagner,” where some of Marx’s underlying ontological conceptions were made evident, along with the integration of biogeochemist Vladimir Vernadsky’s concept of the biosphere. Recognition of the reality in which human beings could be seen as “living and working in the biosphere” demanded, Bukharin insisted, an integrated materialist-dialectical view of process and interaction, contradiction, negation, and totality, in which both external nature and society participated. Hessen presented for the first time a sociology of science embodying materialist dialectics that explained Newton’s discoveries as they related to a bourgeois mechanistic view of the world. Vavilov provided an account of the Soviet discovery, through historical and materialist investigations, of the original geographical locales (now known as the Vavilov centers) of the world’s germplasm from which the major agricultural crops had arisen.47

For Needham, it was Zavadovsky’s critique of both vitalism and mechanism from a dialectical-naturalist perspective in his article on “The ‘Physical’ and ‘Biological’ in the Process of Organic Evolution” that was to have the greatest impact in the development of his own approach to dialectical emergence in his famous theory of “integrative levels.” Zavadovsky argued that “biological phenomena, [although] historically connected with physical phenomena of inorganic nature, are none the less not only not reducible to physico-chemical or mechanical laws, but within their own limits as biological processes display varied and qualitatively distinct laws,” that have “relative autonomy” from those of inorganic, physical forms. The “dynamic connection” between the inorganic and the organic in the biological sphere was captured, he argued, by the concept of metabolism, linking higher biological forms to their physical-inorganic preconditions.48

It was this concept of metabolism, seen as the material phenomenon connecting the physical-chemical and the biological through exchanges within nature, that was to become the basis of ecosystem analysis. In the new ecological systems analysis, biological order as a form of emergent organization was irreducible to the various elements of which it was constituted. “Translated into terms of Marxist philosophy,” Needham wrote, “it is a new dialectical level.” The core idea of dialectical naturalism was “that of transformation. How do transformations occur, and how can we make them occur? Any satisfactory answer must also be a solution to the problem of the origin of the qualitatively new.”49

The British Red scientists of the 1930s and ’40s were themselves products of a materialist tradition that was emergentist and ecological in its orientation. Most of these figures had also embraced socialism, particularly Marxian socialism. Needham recalled the influence of the “legendary” British zoologist E. Ray Lankester, who had been Darwin’s and Thomas Huxley’s protĆ©gĆ© and a close friend of Marx, as well as the foremost representative of Darwinian evolutionary theory in Britain in the generation after Darwin and Huxley.50 Lankester developed a systematic approach to the natural world with his concept of “bionomics,” which was the original term for ecology in Britain. (He also helped introduce the term Å“cology into the English language through supervising the 1876 translation of Ernst Haeckel’s History of Creation.) He focused on the complex interrelationships between organisms and their environments and on humans as disturbers of global ecological relations, developing a critique of “the effacement of nature by man” rooted in the critique of capitalism.51

It was Lankester’s student Arthur Tansley, the foremost plant ecologist in England in the early twentieth century, who introduced the concept of ecosystem, based in part on the wider systems theory of Levy. As depicted by Tansley, the ecosystem concept included both the inorganic and organic realms and encompassed human beings themselves as both living within and major disturbers of ecosystems. The ecosystem notion was rooted fundamentally in the concept of metabolism, which had been the basis of early ecological systems analysis, and the treatment of nutrient cycling, a subject that occupied German chemist Justus von Liebig, Marx (in his concepts of social metabolism and the metabolic rift), and Lankester.52 Tansley’s ecosystem concept was thus to play a crucial role in the development of modern systems ecology.53 Levy developed the notion of phase changes along with a unified systems theory rooted in historical-materialist conceptions in his The Universe of Science (1932) and A Philosophy for a Modern Man (1938).

Haldane was both the codiscoverer, alongside the Soviet geneticist A. I. Oparin, of the modern materialist theory of the origins of life on Earth, and was a major figure in the modern Darwinian synthesis, to which he later applied Marxian conceptions. Bernal, influenced by Engels’s dialectics of nature, developed an analysis of the negation of the negation within material processes in terms of the action of residuals, leading to new combinations and novel emergent developments, representing qualitatively new powers. Hogben applied critical materialist and dialectical methods to disprove the genetic theories underlying biological racism.54 Other closely related figures included the literary and science critic Christopher Caudwell, who sought to bring together the dialectics of art and science (and who died fighting in the Spanish Civil War); the historian of ancient philosophy Benjamin Farrington, who built on Epicurean philosophy and its relation to Marxism (inspired in part by Marx’s dissertation on Epicurus); and the novelist, cultural theorist, and poet Jack Lindsay, whose 1949 Marxism and Contemporary Science was an exploration of ways in which to develop a broad dialectical and emergentist method encompassing nature and society.55

Despite the suppression of the mechanists and the Deborinists, important work was still being done in Soviet philosophy in 1931, as evidenced by A Textbook of Marxist Philosophy, prepared by the Leningrad Institute of Philosophy under the direction of Mikhail Shirokov and published in English translation in 1937.56 This work, which influenced Needham, was engaged in the critique of both mechanism (reductionism) and vitalism—a view that assumes some mysterious life force added to material reality that explains evolution.57 A Textbook of Marxist Philosophy stood out at the time, since it relied on the conception of emergence as the key to materialist dialectics. As Shirokov wrote in a passage that was later singled out by Needham:

A living organism is something that arose out of inorganic matter. In it there is no “vital force.” If we subject it to purely external analysis into its elements, we shall find nothing except physico-chemical processes. But this by no means denotes that life amounts to a single aggregate of these physico-chemical elements. The particular physico-chemical processes are connected in the organism by a new form of movement, and it is in this that the quality of the living thing lies. The new in a living organism, not being attributable to physics and chemistry, arises as the result of the new synthesis, of the new connection of physical and chemical movements. This synthetic process whereby out of the old we proceed to the emergence of the new is understood neither by the mechanists nor the vitalists.… The task of each particular science is to study the unique forms of movement characteristic of a particular degree of the development of matter.58

According to Shirokov, in the ancient philosophy of Epicurus, which had attracted Marx, “emergence is the uniting of atoms; disappearance their falling apart.” This served to explain a process of self-generation, “the origin and development of the universe, the movement of the human soul, etc.” Out of this had arisen the fundamental materialist view. In materialist dialectics, there is “ceaseless emergence and annihilation of the forms of…movement,” which continue to reproduce themselves “in ever new movement and in ever new qualities.”59

However, all such advancements in materialist dialectics and science were shut down completely in 1938 with the publication of Stalin’s “Dialectical and Historical Materialism.” What remained of Soviet philosophy consisted of a formalistic and mechanistic presentation of rigid “dialectical laws” conceived as a world outlook, rather than a critical philosophy. It was this that formed the background against which the more creative thinkers had to work. Nonetheless, in the next generation, the USSR produced major dialectical philosophers, most notably Evald Ilyenkov, whose dialectical logic was rooted not only in the Hegelian and Marxian traditions but also in the work of the pioneering psychologist Lev Vygotsky, who argued that human cognitive abilities in general were substantially the result of activity and mediation with the social and cultural environment. Ilyenkov’s philosophy was directed primarily at challenging, on materialist-dialectical grounds, the dualistic “two-worlds” epistemology of British empiricism, Cartesianism, and neo-Kantianism that dominated the bourgeois philosophical outlook.60

Ilyenkov saw Marx’s epistemology as one in which human activity or praxis creates the ideal world of thought through human production—that is, attempts to transform the world.61 Hence, there is a real identity of humanity and nature at the base of human cognition that is rooted in real activity. The “ideal,” in Ilyenkov’s sense, is not properly seen as something apart, an abstract entity, but is the basis of conceptions, knowledge, and information emanating from the dialectical process of human-social encounters with the material world, of which human beings themselves are a part. Dialectics is thus itself a manifestation of this active mediation with totality, arising “out of the process of the metabolism between man and nature.”62 However, despite, or perhaps because of, the power of his analysis, Ilyenkov had trouble getting his work published. At the time of his death, half of his handwritten publications—including his much-celebrated Dialectics of the Ideal—remained on his desk, unpublished.63

Despite the purge of some of the leading figures, there continued to be remarkable developments in Soviet science based on dialectical analysis up through the 1940s. This includes, notably, Vladimir Nickolayevich Sukachev’s concept of biogeocoenosis in his work on forest ecology, representing a concept parallel to ecosystems but directly integrated with biogeochemical cycles and the entire biosphere in the sense pioneered by Vernadsky, thus pointing to a dialectical Earth System analysis.64

Of even greater importance was the work of I. I. Schmalhausen in his Factors of Evolution: The Theory of Stabilizing Selection, first published in the USSR in 1947 and quickly translated into English in 1949. Theodosius Dobzhansky called Schmalhausen “perhaps the most distinguished among the living biologists in the USSR.”65 Schmalhausen, like the Red geneticist C. H. Waddington in England, developed a theory of the triple helix of gene, organism, and environment that provided a dialectical evolutionary and ecological view, one that constituted a sophisticated alternative to Lysenkoism with its anti-geneticist (or anti-Mendelian genetics) basis. Schmalhausen’s dialectical approach was particularly evident in his notion of hierarchies or integrative levels structuring biological evolution, and in his explanation that latent, assimilated genetic traits that were accumulated during long periods of stabilizing selection would come to the surface only when organisms faced severe environmental stress or certain thresholds were crossed, resulting in a process of rapid change.66

Following Engels, Schmalhausen saw heredity as both negative from an evolutionary standpoint, insofar as it blocked the historical evolution of organisms, and positive, in that it preserved organization and created new organizational forms.67 The significance of what came to be known as Schmalhausen’s Law of stabilizing selection, according to dialectical biologists Richard Lewontin and Levins, was that it indicated that “when organisms are living within their normal range of the environment, perturbations in the conditions of life and most genetic differences between individuals have little or no effect on their manifest physiology and development, but under severe or unusual general stress conditions even small environmental and genetic differences produce major effects.” The result is that normal evolution of species is characterized by stabilization punctuated by periods of rapid change, in which latent traits are mobilized in relation to environmental stress.68 What sometimes appeared as a Lamarckian inheritance of acquired characteristics was actually a process of “genetic assimilation, the process whereby latent genetic differences within populations are revealed but not created by environmental treatment and therefore become available for selection” when certain thresholds are reached.69

Factors of Evolution came out, however, just prior to Trofim Lysenko’s political triumph in Soviet biology/agronomy in 1948. Soon after his book was published, Schmalhausen was denounced for promoting genetics and denying Lamarckian inheritance of acquired characteristics in his work on evolutionary ecology. As a result, Schmalhausen was dismissed from his posts as director of the Institute for Evolutionary Morphology at the Academy of Sciences and as head of the subdepartment of Darwinism at Moscow University. This was only reversed around the time of Stalin’s death in 1953, when Sukachev led the way in combating and defeating Lysenko. As a result, Schmalhausen was eventually able to resume his career.70 The final decades of the Soviet Union saw important new developments in Soviet environmental thought, including the introduction of the concept of ecological civilization based on classical historical materialism, incorporating Marx’s concept of social metabolism.71

The Struggle for a Critical Dialectics of Nature in the West

Within Marxism in the West, parallel struggles occurred, challenging the dominant Western Marxist philosophical tradition. Georg LukĆ”cs, a giant presence, was universally viewed as having generated Western Marxism as a distinct theoretical tradition, based on a brief footnote in History and Class Consciousness in which he had raised doubts about Engels’s argument with respect to the dialectics of nature.72 Yet, contrary to myth, LukĆ”cs did not reject the dialectics of nature altogether in History and Class Consciousness, since in a later chapter in that work he referred, in a manner akin to Engels, to the “merely objective dialectics of nature” of the “detached observer.”73 Moreover, several years later, in his previously unknown and only recently published Tailism manuscript, LukĆ”cs defended the notion of the “dialectics in nature” on the basis of Marx’s concept of social metabolism, representing the dialectical mediation of nature and humanity through production.74 LukĆ”cs worked under David Riazanov at the Marx-Lenin Institute in 1930, helping to decipher the text of Marx’s Economic and Philosophical Manuscripts of 1844. These manuscripts greatly affected his subsequent analysis. This change in viewpoint was highlighted in his 1967 preface to History and Class Consciousness and in his later Ontology of Social Being.75 The latter was based on Marx’s social metabolism concept, seen as forming a dialectics of nature and society rather than expressly following Engels’s approach to the dialectics of nature. Although examining with great depth Marx’s metabolism analysis in Capital, LukĆ”cs failed to address Marx’s notion of the metabolic rift, or ecological crisis.76 Nevertheless, the social-metabolic ontology that he derived from Marx served to further undermine the negation of the dialectics of nature within the Western Marxist tradition that History and Class Consciousness had inspired. It is significant that LukĆ”cs’s later work was largely disowned by the Western Marxist tradition, becoming so invisible that references to him in the West identified him almost entirely with what he had written in 1923 or before, largely excluding the almost five decades of work that were to follow.

If the dominant philosophical tradition within Marxism in the West was primarily defined by its rejection of the dialectics of nature, not all Western Marxist philosophers agreed. In 1940, the prominent French Marxist philosopher Henri Lefebvre published his Dialectical Materialism. In this work, Lefebvre sought to challenge the interpretation provided in Stalin’s “notorious theoretical chapter in the History of the Communist Party of the USSR,” reestablishing the dialectics of nature as a critical outlook while rejecting the simplistic view of dialectical materialism derived merely from reified “laws of Nature,” viewed apart from the mediation of self-conscious thought. As Lefebvre wrote: “It is perfectly possible to accept and uphold the thesis of the dialectic in Nature; what is inadmissible is to accord it such enormous importance and make it the criterion and foundation of dialectical thought.”

A crucial aspect of Lefebvre’s argument was directed at the refusal of “institutional Marxism…to listen to talk of alienation.” In Lefebvre’s conception of dialectical materialism, it was necessary to integrate Marx’s theory of alienation within the general conception of the metabolism of nature and society. He drew heavily on Levy’s dialectical systems theory as presented in A Philosophy for a Modern Man in order to capture the reality of emergence. “Man’s world,” Lefebvre wrote in a passage that was to prefigure much of his later thought, “appears as made up of emergences, of forms (in the plastic sense of the word) and of rhythms which are born in Nature and consolidated there relatively, even as they presuppose the Becoming in Nature. There is a human space and a human time, one side of which is in Nature and the other independent of it.”77

Lefebvre’s subsequent work proceeded in an increasingly ecological direction. In the early 1970s, he began to reflect on what is now known as Marx’s theory of metabolic rift. As he wrote in Marxist Thought and the City, drawing on Marx, the growth of the capitalist urban structure “disturbs the organic exchanges between man and nature. ‘By destroying the circumstances surrounding that metabolism, which originated in a merely natural and spontaneous fashion, it compels its systematic restoration as a regulative law of social production and in a form adequate to the full development of the human race’.… Capitalism destroys nature and ruins its own conditions, preparing and announcing its revolutionary disappearance.” Testifying to a kind of “reciprocal degradation” of the urban and the rural, external nature and society, he continued, “a ruined nature collapses at the feet of this superficially satisfied society.”78

On December 7, 1961, six thousand people crowded into a Paris auditorium to hear a debate on the topic “Is the Dialectic Simply a Law of History or Is It Also a Law of Nature?” On the side of those who rejected the dialectics of nature were the existentialist Marxist Jean-Paul Sartre and the left Hegelian philosopher Jean Hippolyte; on the side of those defending it were the French Communist philosopher Roger Garaudy and the prominent young physicist Jean-Pierre Vigier. Sartre, Hippolyte, and Garaudy had all written extensively on the issue of the dialectics of nature, while Vigier’s views on dialectical materialism were less well known and stood out since directly related to natural science.

Vigier argued that notions of the dialectics of nature long preceded historical materialism and could be traced back hundreds and thousands of years. “Every day,” he declared, “science further verifies the profound saying of Heraclitus which is at the root of the dialectic: everything is flux, everything is transformed, everything is in violent movement.” Such dialectical movement was the product of “the assemblage of forces that necessarily evolve along opposing lines, [and] illustrate the notion of contradiction.” Moreover, “the unity of opposites,” at the core of most conceptions of the dialectic, has to be “understood as the unity of the elements of one level which engender the phenomena of a higher level.” This was in accordance with the “abrupt rupture” of the preceding equilibrium and emergence of new integrative levels and novel forms, which constitute new “totalizations,” or “partial totalities.” In this sense, “qualitative leaps of the dialectic are found precisely on the borderlands where one passes from one state of matter to another, for example from the inorganic to the organic.” In ecological terms, the problem, as Bernal had stated, is one of determining the “order of succession” arising from the metabolism, or material exchange, within nature (and society). “The very practice of science, its progress, the very way in which today it has passed from the static analysis of the world to the dynamic analysis of the world, is what is progressively elaborating the dialectics of nature under our eyes.” In Vigier’s view, “with Marx, science broke into philosophy.”79 Vigier’s work reflected the rapid development of dialectical conceptions in science in the twentieth century with the rise of systems theory, often seen in dialectical terms, overtaking the contributions of dialectical social science.80

Ecosocialism and the Dialectics of Ecology

In a dialogue with Hegel on dialectics on October 18, 1827, Johann Wolfgang von Goethe commented: “I am certain that many of those made ill by dialectics would find healing in the study of nature.” Goethe’s statement makes sense only if dialectics is seen as simply something apart from nature, merely “the systematized spirit of contradiction that we all have inside of us,” as Hegel defined it on that occasion.81 Yet, in the Hegelian idealist conception—as in the classical Marxian materialist one—there can be no rigid separation between a dialectics of society and a dialectics of nature. Notions of the dialectics of nature and organicist forms of materialism precede Marxism by thousands of years (not only in the work of the ancient Greeks, but also in Chinese philosophy, beginning in the Warring States Period during the Zhou Dynasty).82 Nevertheless, Marxism has been able to bring new dialectical tools of analysis to bear on deciphering human society as an emergent form of nature, which is now, in its current alienated form, pointing toward its own annihilation.

Criticism and self-criticism are essential in the development of science. In the case of Marxism, this requires that the contradictions and divisions that arose over the dialectics of nature—contradictions and divisions that largely emanated from political realities—have to be healed in a new synthesis of theory and practice. Ecosocialism, which first emerged as a definite theoretical and political movement in the 1980s, matured in this century largely through the recovery of Marx’s theory of metabolic rift, which has enabled a more complete understanding of the ecological crises of our time. But ecological materialism cannot go forward on the basis of Marx’s now-famous metabolism analysis alone. It requires the recovery and reconstruction of classical Marxism’s notion of dialectical naturalism, which constituted the second foundation of Marxism and has played a crucial role in the development of critical ecology from the late nineteenth and early twentieth centuries to the present day. This means overcoming the divisions that have developed within Marxism, in which both official Soviet Marxism and Western Marxism reduced nature to positivism while negating the negation of the negation.

Since the ecological crisis has placed the question of the dialectics of ecology front and center, it is significant that one of the bases from which today’s ecosocialist/ecological Marxist critique stems is natural science. This is most clearly evident in the work of figures like Levins, Lewontin, and Stephen Jay Gould, who pushed forward a dialectical critique of reductionist science in the context of the developing catastrophic relation of capitalism and the environment. Intrinsic to this was a recognition of the weaknesses in much of Marxian theory due to the abandonment of the dialectics of nature. Levins was inspired from his youth by such figures as Marx, Engels, Lenin, Bernal, Needham, Haldane, Caudwell, Oparin, Schmalhausen, and Waddington. He was explicit about the failure of the Western Marxist tradition to unify its analysis with that of the Red scientists, and thus its inability on this basis to develop a meaningful analysis of the ecological crisis.83 Writing in “A Science of Our Own” in Monthly Review in 1986, he stated:

In the quest for respectability many Western European Marxists, especially among the Eurocommunists, are attempting to confine the scope of Marxism to the formulation of a progressive economic program. They therefore reject as “Stalinism” the notion that dialectical materialism has anything to say about natural science beyond a critique of its misuse and monopolization.… Both the Eurocommunist critics of dialectical materialism and the dogmatists [those who reduce dialectical materialism to mere formalism], accept an idealized description of science.84

A Marxist approach to science, Levins argued, required recognizing the importance of critical dialectical materialism in combating reductionism and positivism, as well as attention to how science itself had often been corrupted by capitalism, damaging the human relation to the earth. Levins and Lewontin published their seminal work The Dialectical Biologist in 1985, bringing back dialectical materialism as the basis of a critique of reductionism in biology, ecology, and society. This was followed in 2007 by Biology Under the Influence, which advanced a dialectical systems ecology. A key proposition was that “contradictions between forces are everywhere present in nature, not only in human social institutions.”85

Gould, like Levins and Lewontin, consciously employed the dialectical method in all of his work on evolutionary theory, focusing in particular on (1) “emergence, or the entry of novel explanatory rules in complex systems, laws arising from ‘nonlinear’ or ‘nonadaptive’ interactions among constituent parts that therefore, in principle, cannot be discovered from properties of parts considered separately”; and (2) contingency, which meant that phenomena in nature, particularly those at higher emergent levels, had to be examined historically.86 Gould warned that Earth as a place of species habitation would recover in hundreds of millions of years from the worst that humanity could deliver in terms of global thermonuclear war (or climate change)—but humanity itself would not.87 Levins, Lewontin, and Gould all rejected some of the crudities of the official diamat in Soviet thought while seeking to rescue the dialectics of nature as crucial not only to the Marxian critique, but to a theoretical-practical orientation to the world as a whole. Other dialectical biologists, such as John Vandermeer and Stuart A. Newman, have followed along in the same tradition.88

Analysis of the two most important works in Marx’s hitherto unpublished intellectual corpus resulted in major developments in materialist dialectics in IstvĆ”n MĆ©szĆ”ros’s two pathbreaking works, Marx’s Theory of Alienation (1971) and Beyond Capital (1995). MĆ©szĆ”ros was LukĆ”cs’s close colleague prior to the 1956 Soviet invasion of Hungary, which compelled him to leave the country. In Marx’s Theory of Alienation, MĆ©szĆ”ros showed that Marx’s basic ontological conception in the Economic and Philosophical Manuscripts embraced both the alienation of labor and the alienation of nature, tied together in Marx’s ontological notion of human beings as the “self-mediating beings of nature” and their self-alienation under capitalism.89 In Beyond Capital, which drew on Marx’s Grundrisse, he argued that the planetary ecological crisis was the product of capitalism’s inability to accept even the boundaries of the earth itself as a limit on uncontrolled accumulation, and that the ecological crisis was thus a core aspect of the structural crisis of capital.90 Utilizing Marx’s concept of metabolism, MĆ©szĆ”ros presented capital as an alienated form of social metabolic reproduction based on second-order mediations of labor and nature. This analysis was to play an important role in the development of ecological Marxism, undermining narrow conceptions of Marx’s dialectic and providing a systems theory rooted in Marx that bridged the ecological and social divide and helped reunify revolutionary theory and practice, impacting Hugo Chavez and the Bolivarian Revolution in Venezuela.91

Another key development in dialectical thought, bridging the gulf between the crude formalism of official Soviet thought and Western Marxism, was provided by the dialectical critical-realist philosophy of Bhaskar, which sought to renew ontology on materialist/realist foundations by reintegrating the question of naturalism into Marxian philosophy and ultimately developing a dialectical critical realism. It represented a full-scale attack on both neo-Kantian dualism, along with two-world dualisms in general, and on what Bhaskar called “the epistemic fallacy” that had subsumed ontology (the theory of the nature of being) within epistemology (the theory of knowledge). This went hand-in-hand with Bhaskar’s rejection of the “anthropic fallacy,” or the exclusive “definition of being in terms of human being.”92

Bhaskar’s work started from naturalist, realist, and materialist foundations, and working from there systematically developed a dialectical ontology conducive to a transformative praxis. In Dialectic: The Pulse of Freedom, this led to a dialectical critical realism that incorporated on multiple planes Engels’s three ontological principles of the transformation of quantity into quality and vice versa, the unity of opposites, and the negation of the negation. In Bhaskar’s analysis, the first of these principles was represented by the dialectics of emergence, the second by the dialectics of internal relations, and the third by what Bhaskar was to call the absenting of absence, incorporating the reality of past, present, and future potentials and possibilities in the understanding of the dialectic of continuity and change.93

Bhaskar’s dialectical naturalism, like that of Marx and Engels, led him in the end to a consideration of ecological crisis. As he explained, “The limit at the plane of material transactions with nature”—Marx’s social metabolism—“comes from the fact that human beings are natural beings. Nature is not apart from us; we are a part of it. The destruction of nature is not only murder but suicide and must be treated as such.” From this it could be adduced that there “is a double impossibility theorem: it is not possible [at this stage] to have growth and ecological viability, and because it is not possible to have capitalism without growth, it is also not possible to have ecological viability with capitalism.”94 It followed that “at the level of material transactions with nature…it is absolutely unarguable that what we need is, from the point of view of the climate as a whole, less growth, that is, degrowth, and degrowth coupled with a radical redistribution of income.… This idea of degrowth would be associated with the idea of a simplification of social existence.”95 For Bhaskar, there was never any question about the necessity of a conception of the dialectics of nature, only about the conceptions currently held, leading him to develop his dialectical critical reason and ultimately resulting in his advocating for a revolutionary praxis of degrowth.

Marx’s theory of metabolic rift, or his theory of ecological crisis, was fully recovered only in the twenty-first century.96 It derives its importance from its materialist dialectical conception of the alienated metabolism of nature and society under capitalism, a system that is now exploiting the world’s population as never before while expropriating the earth on which humanity depends. This is the one critical perspective that fully encompasses both the social and extrahuman dimensions of the environmental crisis, seeing the class and ecological contradictions of capitalism as two sides of a single dynamic. The social metabolism represented by production mediates the material relation of humanity to ecological systems all the way from local ecosystems up to the Earth System.

This accords with Earth System science itself, which focuses on the disruption of the Earth System metabolism resulting in the anthropogenic rift in the biogeochemical cycles of the planet, creating the present habitability crisis. The result of this recovery of Marx’s metabolic rift theory has been a formidable array of explorations of the social dimensions of the Earth System crisis, stretching from the metabolism of the soil to the climate to Earth System analysis.97 Nevertheless, Marx’s conception of the metabolic rift is only truly useful insofar as it provides us with a more active understanding of the social metabolism of human beings and the earth in all of its complexity as part of an overall materialist dialectics. For this, what is necessary is both a dialectics of society and a dialectics of nature, forming the basis of a new global environmental praxis.

Today, the world is faced with two opposing tendencies. One is the attempted acceleration of capital through the financialization of nature based on market forces and associated with processes of so-called decarbonization and dematerialization. The goal here is to subsume the world within the abstract logic of money as a substitute for real-world existence—an alienated logic that can only lead to total disaster, the barren negation of humanity itself. The other is the emerging struggle for planned degrowth and sustainable human development aimed at shifting power from global capital to workers on the ground and in their communities throughout the planet, representing the potential new power of an emerging environmental proletariat. This necessitates the merging of the economic and environmental struggles of the exploited and expropriated populations throughout the world in a new, broader form of cooperation. People at the grassroots are being driven to defend not just their work, but also their environments and their communities, and indeed, the habitability of the planet itself, conceived as a home for humanity and all other species. For this, however, we need a new, revolutionary dialectics of ecology.

Notes

  1.  Denis Diderot, Rameau’s Nephew and D’Alembert’s Dream (London: Penguin, 1966), 181.
  2.  Richard Lewontin and Richard Levins, Biology Under the Influence (New York: Monthly Review Press, 2007), 185–86, at 110.
  3.  Dipesh Chakrabarty, The Climate of History in a Planetary Age (Chicago: University of Chicago Press, 2021), 173, 205.
  4.  Karl Marx, Capital, vol. 1 (London: Penguin, 1976), 283; Karl Marx, Critique of the Gotha Programme (New York: International Publishers, 1938), 2; Karl Marx, Early Writings (London: Penguin, 1974), 328.
  5.  Karl Marx and Frederick Engels, Collected Works, vol. 5 (New York: International Publishers, 1975), 28.
  6.  Marx, Capital, 1, 283.
  7.  Marx, Capital, vol. 1, 637.
  8.  Clive Hamilton and Jacques Grinevald, “Was the Anthropocene Anticipated?” Anthropocene Review 2, no. 1 (2015): 6–7; Marx and Engels, Collected Works, 25, 461.
  9.  Karl Marx, Grundrisse (London: Penguin, 1973), 162; Marx, Early Writings, 389–90.
  10.  Marx and Engels, Collected Works, 30, 62–63.
  11.  Marx and Engels, Collected Works, 5, 28.
  12.  Corrina Lotz, “Review of John Bellamy Foster’s The Return of Nature,” Marx and Philosophy, December 16, 2020; Marx and Engels, Collected Works, 25, 123; Evald Ilyenkov, Intelligent Materialism (Chicago: Haymarket, 2018), 27; Immanuel Kant, Critique of Pure Reason (Cambridge: Cambridge University Press, 1997), 304.
  13.  Marx and Engels, Collected Works, 1, 30, 102, 407–9; Benjamin Farrington, The Faith of Epicurus (London: `Weidenfeld and Nicolson, 1967).
  14.  William Leiss, The Domination of Nature (Boston: Beacon, 1974).
  15.  Marx and Engels, Collected Works, 25, 460–61.
  16.  Karl Marx and Frederick Engels, The Communist Manifesto (New York: Monthly Review Press, 1964), 2.
  17.  Joseph Dietzgen, “Excursions of a Socialist in the Domain of Philosophy,” in Philosophical Essays (1887; repr., Chicago: Charles H. Kerr, 1912), 293; Georgi Plekhanov, Selected Philosophical Works, 1 (Moscow: Progress Publishers, 1974), 421.
  18.  I. Lenin, “On the Significance of Militant Materialism,” in Yehoshua Yakhot, The Suppression of Philosophy in the USSR (Oak Park, Michigan: Mehring, 2012), 233–40.
  19.  Marx and Engels, Collected Works, 25, 110–32, 492–502, 606–8.
  20.  Marx and Engels, Collected Works, 25, 117; Marx, Capital, vol. 1, 443.
  21.  Marx and Engels, Collected Works, 25, 313; IstvĆ”n MĆ©szĆ”ros, Marx’s Theory of Alienation (London: Merlin, 1975), 12.
  22.  I. Lenin, Collected Works, vol. 38 (Moscow: Progress Publishers, 1961), 227–31.
  23.  Lenin, Collected Works, 38, 226; Mikhail Shirokov, A Textbook on Marxist Philosophy, ed. John Lewis (London: Left Book Club, 1937), 364–68. On the narrow interpretation of Lenin’s dialectics as limited in comparison to Engels’s dialectics, see Z. A. Jordan, The Evolution of Dialectical Materialism (London: Macmillan, 1967), 226–27.
  24.  Yakhot, The Suppression of Philosophy in the USSR, 21–41.
  25.  Bukharin’s Historical Materialism was based on a mechanistic theory of equilibrium. He subsequently attempted to develop a dialectical approach to philosophy and science, in many ways transcending the debates of his time. His last effort of this kind, his Philosophical Arabesques, which engaged with ecological conceptions, was written in 1937 in prison prior to his execution in 1938, with the manuscript long remaining in Stalin’s safe and only being released to Stephen Cohen under Mikhail Gorbachev. See Nikolai Bukharin, Philosophical Arabesques (New York: Monthly Review Press, 2005).
  26.  Alex Levant, “Evald Ilyenkov and Creative Soviet Marxism,” in Dialectics of the Ideal: Evald Ilyenkov and Creative Soviet Marxism, Alex Levant and Vesa Oittinen (Chicago: Haymarket, 2014), 12–13.
  27.  David Bakhurst, Consciousness and Revolution in Soviet Philosophy: From the Bolsheviks to Evald Ilyenkov (Cambridge: Cambridge University Press, 1991), 34–41; Yakhot, The Suppression of Soviet Philosophy in the USSR, 22–26.
  28.  Marx and Engels, Collected Works, 25, 527.
  29.  Yakhot, The Suppression of Philosophy in the USSR, 29–30.
  30.  William Seager, “A Brief History of the Philosophical Problem of Consciousness,” in The Cambridge Handbook of Consciousness, Philip David Zelazo, Morris Moscovitch, and Evan Thompson (Cambridge: Cambridge University Press, 2007), 23, 27. See also Georgi Plekhanov, “Marx,” in Essays on the History of Materialism, marxists.org.
  31.  Bakhurst, Consciousness and Revolution in Soviet Philosophy,
  32.  Yakhot, The Suppression of Soviet Philosophy in the USSR, 43–76; Bakhurst, Consciousness and Revolution in Soviet Philosophy, 47–51; George Kline, introduction to Spinoza in Soviet Philosophy, George Kline (London: Routledge, 1952), 15–18; Helena Sheehan, Marxism and the Philosophy of Science (Atlantic Highlands: Humanities Press, 1985), 191–96; I. I. Rubin, Essays in Marx’s Theory of Value (Delhi: Aakar, 2008). It is worth noting that Georg LukĆ”cs, who was in the Soviet Union in 1930 working under David Riazanov, was not very sympathetic to the Deborinists at the time, considering some of the criticisms of them to be correct. Georg LukĆ”cs, “Interview: LukĆ”cs and His Work,” New Left Review 68 (July–August 1971): 57.
  33.  Joseph Stalin, “Dialectical and Historical Materialism,” in History of the Communist Party of the Soviet Union—Bolshevik: Short Course, Communist Party of the USSR (Moscow: Foreign Languages Press, 1951), 165–206.
  34.  A. Jordan, The Evolution of Dialectical Materialism (London: Macmillan, 1967), 252.
  35.  Mario Livio, “Did Galileo Truly Say ‘and Yet It Moves’?,” Scientific American (blog), May 6, 2020, blogs.scientificamerican.com.
  36.  Karl Jacoby, “Western Marxism,” in A Dictionary of Marxist Thought, Tom Bottomore (Oxford: Blackwell, 1983), 523–26; John Bellamy Foster, The Return of Nature (New York: Monthly Review Press, 2020), 16–21.
  37.  Herbert Marcuse, Soviet Marxism (New York: Columbia University Press, 1958), 143–45; Theodor Adorno, Negative Dialectics (New York: Continuum, 1973), 355; Lucio Colletti, Marxism and Hegel (London: Verso, 1973).
  38.  Adorno, Negative Dialectics, xix; Robert Lanning, In the Hotel Abyss: An Hegelian-Marxist Critique of Adorno (Leiden: Brill, 2014), 174. The contradictions and limitations of an exclusively idealist conception of dialectics “does not cardinally change,” Ilyenkov writes, “if the emphasis is made on the ‘negative,’ while ‘successes and achievements’ are ignored as it is done today by the distant descendants of Hegel such as Adorno or Marcuse. Such change of emphasis does not make dialectics more materialist. Dialectics here begins to look more like the trickery of Mephistopheles, like the diabolical toolbox for the destruction of all human hopes.” Ilyenkov, Intelligent Materialism, 50.
  39.  Ironically, the passage in Marx most often cited in defense of this interpretation ended not with the domination of nature as if a foreign enemy, but rather with the rational regulation of the social metabolism between humanity and nature by the associated producers, in line with the conservation of their energies and the development of human capacities: a model of sustainable human development. Karl Marx, Capital, 3 (London: Penguin, 1981), 959.
  40.  Adorno, Negative Dialectics, 244, 355; Max Horkheimer and Theodor W. Adorno, Dialectic of Enlightenment (New York: Continuum, 1944), 254; Alfred Schmidt, The Concept of Nature in Marx (London: New Left Books, 1971), 156; John Bellamy Foster and Brett Clark, The Robbery of Nature (New York: Monthly Review Press, 2020), 196.
  41.  Alfred Schmidt, The Concept of Nature in Marx (London: Verso, 1971), 164–66, 175–76, 195. Schmidt’s reversal was a direct response to the famous debate in France between Jean Hippolyte and Jean-Paul Sartre, as critics of the dialectics of nature, and Roger Garaudy and Jean-Pierre Vigier as its defenders. Schmidt clearly lined up with Hippolyte and Sartre, distancing himself from his earlier professed views.
  42.  See Sebastiano Timpanaro, On Materialism (London: Verso, 1975).
  43.  Perry Anderson, Considerations on Western Marxism (London: Verso, 1976), 59.
  44.  Perry Anderson, In the Tracks of Historical Materialism (London: Verso, 1983), 83.
  45.  Roy Bhaskar, Reclaiming Reality (London: Routledge, 2011), 122.
  46.  Frederick Engels, Ludwig Feuerbach and the Outcome of Classical German Philosophy (New York: International Publishers, 1941), 59.
  47.  I. Bukharin et al., Science at the Crossroads (London: Frank Cass and Co., 1971), 7; Foster, The Return of Nature, 358–73; Sheehan, Marxism and the Philosophy of Science, 206–9.
  48.  Zavadovsky, “The ‘Physical’ and the ‘Biological’ in the Process of Organic Evolution,” in Science at the Crossroads, 75–76. Translation follows Needham’s version, which substitutes different for varied. Joseph Needham, Time: The Refreshing River (London: George Allen and Unwin, 1943), 243–44; Joseph Needham, Order and Life (Cambridge, Massachusetts: MIT Press, 1968), 45–46; Richard Levins and Richard Lewontin, The Dialectical Biologist (Cambridge, Massachusetts: Harvard University Press, 1985), 180.
  49.  Needham, Order and Life, 44–48.
  50.  Joseph Needham, foreword to Marcel Prenant, Biology and Marxism (New York: International Publishers, 1943), v.
  51.  Foster, The Return of Nature, 24–72.
  52.  Peter Ayres, Shaping Ecology: The Life of Arthur Tansley (Oxford: Wiley- Blackwell, 2012), 43.
  53.  Foster, The Return of Nature, 300–57.
  54.  Foster, The Return of Nature, 337–39, 350–51, 390, 475, 367–412.
  55.  Foster, The Return of Nature, 417–56, 526–29; J. D. Bernal, “Dialectical Materialism,” in Farrington, The Faith of Epicurus; Jack Lindsay, Marxism and Contemporary Science (London: Dennis Dobson, 1949).
  56.  Shirokov, A Textbook of Marxist Philosophy, ed. John Lewis (London: Left Book Club, 1937).
  57.  Needham, Time,
  58.  Shirokov, A Textbook of Marxist Philosophy, 341, emphasis added to the word emergence, all other emphases in original. The sharp difference between the 1931 Shirokov text and the official view propounded by Stalin’s 1938 “Dialectical and Historical Materialism” is evident in the fact that the fourth part of the former is devoted to “The Negation of the Negation,” which is entirely excluded in the latter.
  59.  Shirokov, A Textbook of Marxist Philosophy, 137, 328. On Epicureanism and emergence, see A. A. Long, From Epicurus to Epictetus (Oxford: Oxford University Press, 2006), 155–77; A. A. Long, “Evolution vs. Intelligent Design in Classical Antiquity,” Berkeley Townsend Center, November 2006; John Bellamy Foster, Brett Clark, and Richard York, Critique of Intelligent Design (New York: Monthly Review Press, 2008), 49–64.
  60.  Bakhurst, Consciousness and Revolution in Soviet Philosophy, 17–22, 236–43.
  61.  Bakhurst, Consciousness and Revolution in Soviet Philosophy, 111–16, 236–43.
  62.  Evald Ilyenkov, Dialectics of the Ideal (Chicago: Haymarket, 2014), 78.
  63.  Andrey Maidansky interviewed by Vesa Oittinen, “Evald Ilyenkov and Soviet Philosophy,” Monthly Review 71, no. 8 (January 2020): 16.
  64.  John Bellamy Foster, Capitalism in the Anthropocene (New York: Monthly Review Press, 2022), 316–23; V. N. Sukachev and N. Dylis, Fundamentals of Forest Biogeocoenology (London: Oliver and Boyd, 1964); V. N. Sukachev, “Relationship of Biogeocoenosis, Ecosystem, and Facies,” Soviet Soil Scientist 6 (1960): 580–81; Levins and Lewontin, The Dialectical Biologist,
  65.  Theodosius Dobzhansky, 1949 foreword to I. I. Schmalhausen, Factors of Evolution: The Theory of Stabilizing Selection (Chicago: University of Chicago Press, 1949, 1986), xv–xvii.
  66.  David B. Wade, 1986 foreword to Factors of Evolution, v–xii; Lewontin and Levins, Biology Under the Influence, 75–80. The term triple helix is taken from Richard Lewontin, The Triple Helix: Gene, Organism and Environment (Cambridge, Massachusetts: Harvard University Press, 2000).
  67.  Schmalhausen, Factors of Evolution, xix; Marx and Engels, Collected Works, 25, 492.
  68.  Lewontin and Levins, Biology Under the Influence, 77; “Macroevolution,” New World Encyclopedia, newworldencyclopedia.org; Levins and Lewontin, The Dialectical Biologist,
  69.  Lewontin and Levins, The Dialectical Biologist,
  70.  Georgy S. Levit, Uwe Hossfeld, and Lennart Olsson, “From the ‘Modern Synthesis’ to Cybernetics: Ivan Ivanovich Schmalhausen (1884–1963) and his Research Program for a Synthesis of Evolutionary and Developmental Biology,” Journal of Experimental Zoology 306B (2005): 89–106; Foster, Capitalism and the Anthropocene, 323–24.
  71.  D. Ursul, ed., Philosophy and the Ecological Problems of Civilisation (Moscow: Progress Publishers, 1983); Foster, Capitalism in the Anthropocene, 331–32, 449–51.
  72.  Georg LukĆ”cs, History and Class Consciousness (London: Pluto), 24. It became customary in Western Marxist thought to refer to LukĆ”cs’s footnote as a “critique.” But even considering the common watering down of the notion of critique, it could hardly be said that a critique of Engels on the dialectics of nature could be carried out, even by LukĆ”cs, in what in English comes to a mere 110 words.
  73.  LukĆ”cs, History and Class Consciousness, 207; Marx and Engels, Collected Works, 25, 492.
  74.  Georg LukĆ”cs, A Defense of History and Class Consciousness: Tailism and the Dialectic (London: Verso, 2000), 102–7; Foster, The Return of Nature, 16–20.
  75.  LukĆ”cs, History and Class Consciousness, xvii; LukĆ”cs, “Interview: LukĆ”cs and His Work,” 56–57. Riazanov was purged from his position later in 1931 and executed in 1938.
  76.  Georg LukĆ”cs, The Ontology of Social Being 2: Marx’s Basic Ontological Principles (London: Merlin, 1978), 95; Georg LukĆ”cs, The Ontology of Social Labour 3: Labour (London: Merlin, 1980).
  77.  Henri Lefebvre, Dialectical Materialism (London: Jonathan Cape, 1968), 13–19, 142.
  78.  Henri Lefebvre, Marxist Thought and the City (Minneapolis: University of Minnesota Press, 2016), 121–22, 140; Marx, Capital, 1, 637–38; John Bellamy Foster, Brian M. Napoletano, Brett Clark, and Pedro S. Urquijo, “Henri Lefebvre’s Marxian Ecological Critique,” Environmental Sociology 6, no. 1 (2019): 31–41.
  79.  Jean-Pierre Vigier, “Dialectics and Natural Science,” in Existentialism Versus Marxism, George Novack (New York: Dell, 1966), 243–57. Vigier made a point in his text of criticizing Stalin’s “Dialectical and Historical Materialism” as “dogmatic and mechanistic,” 151.
  80.  Carles Soriano, “Epistemological Limitations of Earth System Science to Confront the Anthropocene Crisis,” Anthropocene Review 9, no. 1 (2020): 112, 122.
  81.  Johann Wolfgang von Goethe and G. W. F. Hegel, quoted in Johann Peter Eckermann, Conversations with Goethe (London: Penguin, 2022), 559–60.
  82.  Joseph Needham, Within Four Seas: The Dialogue of East and West (Toronto: University of Toronto Press, 1969), 27, 97.
  83.  Richard Levins, “Touch Red,” in Red Diapers: Growing Up in the Communist Left, Judy Kaplan and Linn Shapiro (Urbana: University of Illinois Press, 1998), 264; Lewontin and Levins, Biology Under the Influence, 366–67.
  84.  Richard Levins, “Science of Our Own: Marxism and Nature,” Monthly Review 38, no. 3 (July–August 1986): 5.
  85.  Levins and Lewontin, The Dialectical Biologist, 279; Lewontin and Levins, Biology Under the Influence.
  86.  Stephen Jay Gould, The Hedgehog, the Fox, and the Magister’s Pox (New York: Harmony, 2003) 201–3; Richard York and Brett Clark, The Science and Humanism of Stephen Jay Gould (New York: Monthly Review Press, 2011), 95–96.
  87.  Stephen Jay Gould, interviewed in Wim Kayzer, A Glorious Accident (New York: W. H. Freeman, 1997), 83, 99–100, 104.
  88.  John Vandermeer and Ivette Perfecto, Ecological Complexity and Agroecology (London: Routledge, 2018); John Vandermeer, “Ecology on the Heels of the Darwinian Revolution: Historical Reflections on the Dialectics of Ecology,” in Science with Passion and a Moral Compass: A Symposium Honoring John Vandermeer, Publication no. 1, Ecology and Evolutionary Biology, University of Michigan, Ann Arbor, 2020; John Vandermeer, “Objects of Intellectual Interest Have Real Impacts: The Ecology (and More) of Richard Levins,” in The Truth Is the Whole: Essays in Honor of Richard Levins, Tamara Awerbuch, Maynard S. Clark, and Peter J. Taylor (Arlington, Massachusetts: Pumping Station, 2018), 1–7; Stuart A. Newman, “Marxism and the New Materialism,” Marxism and the Sciences 1, no. 2 (Summer 2022): 1–12.
  89.  MĆ©szĆ”ros, Marx’s Theory of Alienation, 162–64.
  90.  IstvĆ”n MĆ©szĆ”ros, Beyond Capital (New York: Monthly Review Press, 1995), 170–77, 874–77.
  91.  IstvĆ”n MĆ©szĆ”ros, The Necessity of Social Control (New York: Monthly Review Press, 2015); John Bellamy Foster, “MĆ©szĆ”ros and ChĆ”vez: ‘The Point from Which to Move the World Today,’” Monthly Review 74, no. 2 (June 2022): 26–31.
  92.  Roy Bhaskar, Plato Etc. (London: Verso, 1994), 251, 253.
  93.  Roy Bhaskar, Dialectic: The Pulse of Freedom (London: Verso, 1993), 150–52.
  94.  Roy Bhaskar, “Critical Realism in Resonance with Nordic Ecophilosophy,” in Ecophilosophy in a World of Crisis, Roy Bhaskar, Karl Georg Hoyer, and Peter Naess (London: Routledge, 2012), 21–22.
  95.  Roy Bhaskar, The Order of Natural Necessity (Gary Hawke, 2017), 146.
  96.  The two works that initiated this analysis were both published in 1999: Paul Burkett, Marx and Nature (Chicago: Haymarket, 1999, 2014); John Bellamy Foster, “Marx’s Theory of Metabolic Rift,” American Journal of Sociology 105, no. 2 (September 1999): 366–405.
  97.  The major contributions of metabolic rift theory are too numerous to enumerate here. A few key works, related especially to the dialectics of nature, include: John Bellamy Foster, Marx’s Ecology (New York: Monthly Review Press, 2000); John Bellamy Foster, Brett Clark, and Richard York, The Ecological Rift (New York: Monthly Review Press, 2010); Ian Angus, Facing the Anthropocene (New York: Monthly Review Press, 2016); John Bellamy Foster and Paul Burkett, Marx and the Earth (Chicago: Haymarket, 2016); Kohei Saito, Karl Marx’s Ecosocialism (New York: Monthly Review Press, 2017); Fred Magdoff and Chris Williams, Creating an Ecological Society (New York: Monthly Review Press, 2017); Stefano Longo, Rebecca Clausen, and Brett Clark, The Tragedy of the Commodity: Oceans, Fisheries, and Aquaculture (New Brunswick, New Jersey: Rutgers University Press, 2015); Carles Soriano, “Capitalocene, Anthropocene, and Other ‘-Cenes,’” Monthly Review 74, no. 6 (November 2022): 1–29; and Foster and Clark, The Robbery of Nature.
2024Volume 75, Number 08 (January 2024)