Showing posts with label Ecomodernism. Show all posts
Showing posts with label Ecomodernism. Show all posts

Friday, May 17, 2019

3249. Trotsky, Bukharin, and the Eco-Modernists

 By Louis Proyect, CounterPunch, May 17, 2019


 L. TrotskyN. Bukharin
Faith merely promises to move mountains; but technology, which takes nothing “on faith,” is actually able to cut down mountains and move them. Up to now this was done for industrial purposes (mines) or for railways (tunnels); in the future this will be done on an immeasurably larger scale, according to a general industrial and artistic plan. Man will occupy himself with re-registering mountains and rivers, and will earnestly and repeatedly make improvements in nature. In the end, he will have rebuilt the earth, if not in his own image, at least according to his own taste. We have not the slightest fear that this taste will be bad.
– Leon Trotsky, “Literature and Revolution” (1924)
For some Trotskyist groups, these words have been interpreted as a green light to support all sorts of ecomodernist schemas. For those unfamiliar with the term, it simply means using technology, often of dubious value, to ward off environmental crisis.

For example, the Socialist Workers Party, when it was still tethered to the planet Earth, was a strong supporter of Green values but after becoming unmoored it began to publish articles that asserted: “Science and technology — which are developed and used by social labor — have established the knowledge and the means to lessen the burdens and dangers of work, to advance the quality of life, and to conserve and improve the earth’s patrimony.”  These abstractions have meant in the concrete supporting GMO: “The latest focus of middle-class hysteria in face of the progress of science and technology is the campaign against foods that have been cultivated from seeds that have undergone a transplant of a strand of genetic material, DNA, from a different plant species–so-called transgenic organisms, or Genetically Modified Organisms (GMOs).”

A split from the SWP, the Spartacist League is just as gung-ho. In a diatribe against ecosocialist scholar and Monthly Review editor John Bellamy Foster, they position themselves as global warming skeptics: “Current climate change may or may not pose a sustained, long-term threat to human society.” Their answer is very much in the spirit of the Trotsky quote above: “Instead, the proletariat must expropriate capitalist industry and put it at the service of society as a whole.” It turns out that Indian Point et al would be put at the service of society based on an article titled “Greens’ Anti-Nuclear Hysteria Amnesties Capitalism”.

Of course, the granddaddy of this kind of crude productivism is the cult around Spiked Online that while correctly perceived today as a contrarian and libertarian outlet. But its roots are in the Trotskyist Revolutionary Communist Party of Great Britain that defended GMO, nuclear power, DDT, etc. using Trotsky’s rhetoric. Today, there’s nothing to distinguish it from Donald Trump’s Department of Energy.

As it happens, Trotsky’s business about moving mountains through technology serves as the epigraph to Jacobin’s special issue on environmentalism that is permeated by ecomodernist themes. Among them is an article by Leigh Phillips and Michael Rozworski titled “Planning the Good Anthropocene” that shares an affection for nuclear energy with the nutty sects listed above. They reason: “From a system-wide perspective, nuclear power still represents the cheapest option thanks to its mammoth energy density. It also boasts the fewest deaths per terawatt-hour and a low carbon footprint.” Their techno-optimism rivals that of Steven Pinker’s: “We patched our deteriorating ozone layer; we returned wolf populations and the forests they inhabit to central Europe; we relegated the infamous London fog of Dickens, Holmes, and Hitchcock to fiction, though coal particulates still choke Beijing and Shanghai.” As it happens, China is reducing coal particulates by displacing them geographically. The IEEFA, an energy think-tank, reported that a quarter of coal plants in the planning stage or under construction outside China are backed by Chinese state-owned financial institutions and corporations.

It seems that this kind of ecomodernism is contagious. To some extent, it is simply an adaptation to the capitalist system. Despite the ultraleft, Promethean language about harnessing technology to save the planet, it is essentially a defense of the status quo. Mesmerized by how the Communist Manifesto describes capitalism as revolutionizing the means of production, it fails to understand what Marx meant by revolutionizing. He was not embracing hydroelectric dams, et al but simply pointing out that capitalism had made it possible for creating the material basis for a classless society. However, his vision of a future communist society differed radically from that of the ecomodernists who saw communism as the preservation of the existing productive forces excluding private ownership. Key to communism for Marx would be the “Combination of agriculture with manufacturing industries; gradual abolition of all the distinction between town and country by a more equable distribution of the populace over the country.”

In other words, Marx was less interested in chemical engineering than he was in social engineering. In the 19thcentury, England and other capitalist countries were undergoing an environmental crisis as serious as those we face today over climate change. Soil infertility had become so advanced that there were worries that mass starvation might ensue. The purpose of combining town and country was simply to provide the fertilizer that could enrich the soil, much of it coming from human beings. In Marx’s day, the Thames was a running sewer, a cause of diseases like cholera as well as a waste of a natural resource. Of course, technology came to the rescue in the form of nitrogen fertilizer but that came with unintended consequences such as the creation of dead zones in the Gulf of Mexico as a result of an explosion of algae produced by the seepage of fertilizers into the Mississippi River from Midwest farms.

John Bellamy Foster has used the term “metabolic rift” to describe the contradictions that preoccupied Karl Marx after he became familiar with the research of German soil chemistry expert Justin von Liebeg. There is little evidence that Leon Trotsky thought much about such problems given his fixation on developing the USSR’s industrial capacity but there are strong suggestions that Nikolai Bukharin was far more open to looking at society-nature relationships that have become pronounced in the past fifty years or so as the capitalist produces one ecological crisis after another.
In 1921, he wrote “Historical Materialism: A System of Sociology”  in order to help develop a social science that could contend with that of the bourgeoisie. The work is startling for its grasp of the kind of environmental threats the UN warned about in a highly publicized report released to the public on May 6th. Bukharin wrote:

The world being in constant motion, we must consider phenomena in their mutual relations, and not as isolated cases. All portions of the universe are actually related to each other and exert an influence on each other. The slightest motion, the slightest alteration in one place, simultaneously changes everything else. The change may be great or small – that is another matter – at any rate, there is a change. For example: let us say the Volga forests have been cut down by men. The result is that less water is retained by the soil, with a resulting partial change in climate; the Volga “runs dry,” navigation on its waters becomes more difficult, making necessary the use, and therefore the production, of dredging machinery; more persons are employed in the manufacture of such machinery; on the other hand, the animals formerly living in the forests disappear; new animals, formerly not dwelling in these regions, put in their appearance; the former animals have either died out or migrated to forest areas, etc.; and we may go even further: with a change in climate, it is clear that the condition of the entire planet has been changed, and therefore an alteration in the Volga climate to a certain extent changes the universal climate. Further, if the map of the world is changed to the slightest extent, this involves also a change – we must even suppose – in the relations between the earth and the moon or sun, etc., etc.
In the 1920s, as Joseph Stalin embarked on a rapid industrialization program that led ultimately to the ruination of Soviet agriculture, Chernobyl, the death of the Aral Sea from cotton production, and—ultimately—the collapse of the economic system itself, a group of engineers and economists grew increasingly alarmed by the dictator’s destructive approach both to natural resources and the working people who were expected to transform it according to his mad-dash plans for rapid industrialization.

There was an alternative approach represented by Peter Palchinsky, a civil engineer who joined the Communist Party shortly after the 1917 revolution. Palchinsky was enthusiastic about planning. He believed that the Soviet Union opened up possibilities for the planning of industry that were impossible under Tsarism. He thought that engineers could play a major role in the growth of socialism.

Palchinsky argued against the type of gigantic enterprises that were beginning to capture Stalin’s rather limited imagination. He noted that middle-sized and small enterprises often have advantages over large ones. For one thing, workers at smaller factories are usually able to grasp the final goals more easily. He believed that the single most important factor in engineering decisions was human beings themselves. Successful industrialization and high productivity were not possible without highly trained workers and adequate provision for their social and economic needs.

Dam project, one of the most fabled 5-year plan projects. Palchinsky made the following critiques. The project didn’t take into account the huge distances between the dam and the targeted sites. As a consequence, there would be huge transmission costs and declines in efficiency.

Also, the project didn’t take into account the damage resulting floods would cause to surrounding farms situated in lowlands. Some 10,000 villagers had to flee their homes. As the project fell behind schedule and overran costs, the workers’ needs were more and more neglected. The workers suffered under freezing conditions, living in cramped tents and barracks without adequate sanitary facilities. TB, typhus, and smallpox spread throughout the worker’s quarters.

Palchinsky argued forcefully against projects such as these and offered a more rational, humane and less ideologically driven approach. In other words, he stressed sound engineering and planning methods. He helped to organize a study group dedicated to his principles. Palchinsky and other engineers who opposed Stalin’s bureaucratic system allied themselves to some extent with Bukharin and Rykov who had often defended engineers and their approach to industrial planning.

Stalin cracked down on the Bukharin opposition around the same time as he attacked dissident engineers and had Palchinsky imprisoned and finally executed. His criticisms of Stalin anticipated many of the failures of Soviet industrialization. The Chernobyl disaster in particular could be attributable to the same type of bureaucratic myopia that afflicted the Dnieper dam project.

In researching this article, I discovered that Leon Trotsky took the side of Stalin against Palchinsky and his comrades. Once Stalin had decided that the NEP had outlived its usefulness and that rapid industrialization was necessary, Trotsky gave him critical support. Some of his supporters even grumbled that Stalin had stolen his thunder.

In 1928, Trotsky wrote “The Third International After Lenin”as the first in a series of polemics against Stalinism, much of which stands up well today. However, in a chapter dealing with the social basis of the emergence of a bureaucratic caste, he cast aspersions on non-proletarian layers:

The grain strike of the kulaks, who drew behind them the middle peasants; the collusion of the Shakhty specialists with capitalists; the protection or semi-protection of the kulak strike by an influential section of the State and party apparatus; the fact that communists were able to shut their eyes to the counter-revolutionary secret maneuvers of technicians and functionaries; the vile license of scoundrels in Smolensks and elsewhere, under the cover of “iron discipline” – all these are already incontrovertible facts of the utmost importance.
Those “Shakhty specialists” are none other than Palchinsky and his comrades who were the very first people to suffer through a show trial in the USSR, 10 years before Bukharin and most of the top Bolsheviks would be accused of supporting the Nazis in the infamous Moscow Trials. It is disconcerting to see Trotsky giving backhanded support to the Shakty trial. The group was charged with a multitude of crimes, including planning the explosions in the mines near Shakhty, a town in the North Caucasus. It was exactly this kind of outrageous false charge that would permeate the Moscow Trials.

In 1925, Leon Trotsky was stripped of his duties as People’s Commissar of War and given a minor post as head of the electro-technical board, and chairman of the scientific-technical board of industry. In this capacity, he did his best to carry out his responsibilities despite the demotion, especially since, as he reported in “My Life”, he was “was specially interested in the institutes of technical science” and in his “spare time studied textbooks on chemistry and hydro-dynamics.” His job involved keeping an eye on the construction of the Dnieper dam as he reported in “My Life”: “I became deeply interested in the Dnieper enterprise, both from an economic and a technical point of view. I organized a body of American experts, later augmented by German experts, to safeguard the power station from defective estimates, and tried to relate my new work not only to current economic requirements but also to the fundamental problems of socialism.”

Missing from the chapter on this phase of his life is any mention of the horrors that befell working people forced to work under intolerable conditions. In fact, he only saw its upside as reflected in a speech he gave to a Communist youth group in 1926: “In the south the Dnieper runs its course through the wealthiest industrial lands; and it is wasting the prodigious weight of its pressure, playing over age-old rapids and waiting until we harness its stream, curb it with dams, and compel it to give lights to cities, to drive factories, and to enrich ploughland. We shall compel it!”

It is doubtful that either Leon Trotsky or Peter Palchinsky gave much thought to the ecological consequences of massive hydroelectric dams that were being built both in the USSR and in the United States as part of the New Deal. Recently, I had an encounter with a Syracuse University professor named Matthew Huber who shares the ecomodernist outlook of Leigh Phillips and Michael Rozworski. In an article for the DSA’s Socialist Forum magazine titled “Ecosocialism: Dystopian and Scientific”, Huber endorsed nuclear power and factory farming. All this was part of endorsing a Green New Deal that he hoped would live up to FDR’s original. In an article on the Verso blog titled “Building a Green New Deal: Drawing Lessons from the Original New Deal”, he shares Trotsky’s enthusiasm for massive dams.

They built dams to deliver cheap electricity to entire regions. Amazingly, they even hired Woody Guthrie to sing songs about Columbia River doing work for the people (“‘Roll along, Columbia, you can ramble to the sea, But river, while you’re rambling, you can do some work for me.”) Can we imagine Bob Dylan singing such a song about the carbon fee and dividend?
Evidently, Huber was not perturbed by this verse from the Woody Guthrie song:

Tom Jefferson’s vision would not let him rest An empire he saw in the Pacific Northwest
Sent Lewis and Clark and they did the rest
So roll on, Columbia, roll on
One might hope that Huber would find time to read Donald Worster’s Rivers of Empire: Water, Aridity, and the Growth of the American West that is a cautionary tale about mega-dams of the kind that the New Deal fostered. After referring to Woody Guthrie’s song that he found much more impressive than the dam itself, he debunked the New Deal mystique that so many DSA’ers swallow hook, line and sinker:

Dust-bowlers and tenement dwellers were, it must said, only a small fraction of the intended beneficiaries of the remade Columbia River, not important enough in themselves to justify the effort and expense, particularly in light of the parallel development going on to the east of the Rockies, which aimed at keeping many of them at home. No, the principal goal in the Northwest was something else, something not so very different from what it was in the southern latitudes, in California, Arizona, and Texas: to repeat from the Bureau’s own mouth, total use for greater wealth. According to that agency, “we have not yet produced enough . . . to sustain a desirable and reasonable standard of living, even if goods were equitably distributed; and . . . there is no limit to the human appetite for the products of industry.”
More than sixty dams have been built along the Columbia River, including the Grand Coulee Dam that was built during the New Deal and that created a reservoir named after FDR. If it was a boon for big business, as indicated by Worster, it was a calamity for American Indians. It brought an end to the salmon that they had counted on for food and for ceremonies for over a thousand years. 

Probably the best thing happening today is the restoration of traditional river flows and the replacement of mega-dams with those more environmentally sustainable ones with a smaller footprint. As part of the socialist future we hope to see before capitalism destroys the planet, there will be alterations to the way we live that do not fit into ecomodernist schemas but in the long run it will be best for us and for nature even if some attack them as “reactionary” or “neo-Malthusian”. One can’t blame Leon Trotsky too much for having an overabundance of confidence in technology but there is no excuse for DSA’ers or Jacobin authors.

Friday, October 5, 2018

3043. We Need to Talk About Technology: A Response to Leigh Phillips Techno-Fix "Solutions"

By Simon Pirani, The Ecologist, October 5, 2018
Low-Energy Housing
Housing for working people is becoming as central an issue for labour and social movements in the twenty first century as it was in the nineteenth and twentieth. And not just decent housing, but housing that is comfortable, aesthetically pleasing – and, crucially, low energy, zero energy or even energy positive. 
Here is a wonderful opportunity for our movement to get a grip on technology. We can and should find ways to bring the experience of architects and energy conservation engineers into discussions about housing among community activists and building workers.
A good example of how not to do this is the call for mass installation of air conditioners, made by Leigh Phillips in his article, In Defense of Air Conditioning published by Jacobin
Improved design
The problem that Phillips purports to address – the cruel effect of heat on millions of urban residents, during summers such as 2018’s – is real enough.
The need to provide ourselves with homes that shelter us from extreme heat as well as colder weather – something ruling classes down the ages have never done for working people – is indisputable. 
But Phillips’s techno-fix – mass AC installation, supported by a grand expansion of nuclear and hydro power – is not the answer. He sounds like someone proposing the state-funded distribution of armour-plated BMWs to parents demanding safe cycle routes to school for their children.
Better temperature control can and should be achieved not in the first place by AC, but mainly by better building design, better insulation and better urban planning, in the context of better ways of living generally.
This ABC of AC is widely understood by three groups of people, ignored in Phillips’s article, who spend time thinking about our homes: community groups organising on housing issues; building workers and architects; and energy conservation researchers. 
Radical municipalism
Community groups in London, where I live, are battling against right-wing Labour councils that neglect social housing for working people and strike deals with profiteering property developers.
A grass roots alliance last year defeated such a deal in Haringey and reprioritised social housing: the potential for 'radical municipalism', to renew cities for their people in ecologically sustainable ways, was spelled out by Gordon Peters, one of the group’s organisers
Owen Hatherley, a socialist writer on architecture, in a recent call for the Labour Party to get its act together on housing, argued that Labour “ought to look at scaling up the small-scale experiments made in low-energy and zero-carbon construction” by community groups in Leeds and Bristol. 
This potential for low-energy and zero-carbon building seems to have passed Phillips by.
Low-energy housing
Building workers and architects, by contrast, are well aware of these potentialities.
In the UK labour movement, the example of City Building in Glasgow, a union-linked co-operative that builds low-energy housing stock, is often mentioned. It uses site-appropriate combinations of solar thermal, photovoltaic, combined heat and power, ground and air source heat pumps and optimisation technologies. 
Architects understand perfectly that while AC may sometimes help to cool buildings, it is usually the wrong answer.
When The Economist, that bible of neoliberalism, last month gave qualified support to expanding AC, Richard Lorch of Building Research & Information responded, in a letter to the magazine, that “cities often exacerbate high temperatures” by the heat-island effect; that the micro-climate of streets had to be taken into account; that “it is far better to create cities and buildings that can provide thermal comfort with little energy demand”; and that “the capabilities and technologies exist to provide an alternative to AC”. 
Passive techniques 
Energy conservation researchers have been writing about those capabilities for at least 40 years.
Amory Lovins, in his classic 1977 pamphlet Soft Energy Paths, estimated – relying partly on analysis by the American Institute of Architects – that design improvements could save 50 percent or more of energy use in offices and 80 percent in some new houses.
The passage of time, and the ballooning of the property development and construction industries, has only amplified this point. 
Researchers have repeatedly argued that good insulation, high-reflective materials, shading, windows with low solar heat gain, and “passive” techniques such as underground earth pipe cooling can be combined, in most conditions, to give as good temperature control as energy-intensive heating and cooling systems.
Engineers have proposed that, where AC is essential, oversize systems be avoided and solar power be used.
A research group at Cambridge University synthesised years of advances in building and materials use and reached similar conclusions. 'Passivhaus' techniques could reduce energy consumption in buildings, mostly for heating and cooling, by 83 percent, they showed. 
Electricity networks
The Global Energy Assessment (2012) summarised dozens of academic publications on building design, and concluded that they can achieve reductions in gross energy requirements of upwards of 75 percent in new buildings, and upwards of 50 percent in existing buildings.
It is not that that labour and social movements might never want AC fitted anywhere. But it is a myopic and outdated place to start.
Phillips's approach to electricity generation is little better. He acknowledges that AC is very energy-intensive, but claims that nuclear and hydro – and, as he specifies in another article, with a co-author, “a vast build-out of dependable base-load electricity” from those sources – can easily provide the necessary non-fossil energy.
He seems unaware of, or uninterested in, the last 30-plus years of changes in electricity networks, towards decentralised renewable generation and better-integrated distribution.
The trend towards ever-bigger, more centralised, generation started to reverse in the 1980s, with combined-cycle gas turbines (which can easily be used in power stations smaller than earlier coal- or gas-fired ones), and cogeneration (i.e. plants that produce electricity and heat).
Decentralised generation 
Since the turn of the century, a much greater degree of decentralisation in generation, and better ways of integrating intermittent renewable sources (i.e. wind that doesn’t always blow and sun that doesn’t always shine), have become possible, thanks to networked computing. 
Phillips objects to what he calls “a return to the small and local”, and portrays it as an approach by “greens”, who want to replace multinationals with small businesses.
This is a misrepresentation of where electricity technology is at. The discussion among electrical engineers has, for several years now, focused on further step-changes in computing (so called “smart grids”), that pave the way for systems dominated by renewables and help deal with the always knotty problem of storing electrical energy. For a summary, see Our Renewable Future by Richard Heinberg and David Fridley; for details see e.g. the multiple volumes edited by Fereidoon Sioshansi.
There is potential both in decentralised generation and in more integrated – and in that sense, centralised – networks. The main obstruction to this potential is the corporations that control the systems.
Why, then, should socialists focus on nuclear power - almost always, and everywhere, linked to militarism - and centralised hydro - which has time and time again been fought against by people in the global south, and indigenous people in Canada, for example, whose communities have been threatened, or wrecked, by it?
Fighting back 
As many people who think about electricity – from social democratic enthusiasts for energy cooperatives, to engineers working on off-grid systems in the global south – are well aware, the danger is not decentralised generation technologies, or integrated (centralised) networks, but that the multinationals will find ways of enclosing it and commodifying these.
How to fight back against them? That is the discussion that matters. 
Phillips’s arguments on AC are underpinned by four ideological fixations about technology that can only obstruct the development of socialist thinking. 
First, Phillips identifies an element of good living – being able to keep cool in the summer – with a consumer product, AC. A convincing riposte to Phillips, by Aaron Vansintjan in The Ecologist, deals with this point.
Vansintjan wrote: “Let’s not confuse ‘the right to be cool’ with the right to a consumer good [...] There are plenty of cool alternatives, involving rethinking urban design and how we use public space.” The way towards these alternatives, Vansintjan argued, is “a political movement that links people’s needs to their capacity to have more control over their own lives”.
Capitalist control 
Second, Phillips falsely paints each and every expression of doubt about the efficacy of AC as part of a pro-austerity, anti-worker environmentalism. People who advocate passive cooling systems, or suggest that some rich world citizens could turn the AC down a little, are lumped together with Pope Francis, who cited AC as a “harmful habit of consumption”.
Having a go at the Pope is an easy crowd-pleaser in a socialist publication. And of course there are strands of environmentalism that focus on moralistic appeals to reduce individual consumption, rather than the technological, social and economic systems through which fossil fuels are consumed.
But the discussions among community housing activists, building workers, architects and energy researchers are streets ahead of this, i.e. they almost always assume that both improving living standards, and harmonising the relationship between human society and nature, are desirable aims.
One essential contribution socialists could make to this discussion is to underline that, as long as technologies are controlled by capital, they will primarily be directed neither at making people’s lives better, nor at overcoming the rupture between human society and the natural world, of which global warming caused by fossil fuel use is a key element.
The potential of progressive trends in urban planning and building design, or decentralised renewables-based electricity networks, can never be fully realised, or even understood, as long as these processes are controlled by the now-dominant centres of wealth and power.
Superior alternatives 
Third, rather than questioning technologies that have been shaped by urban development under capitalism, and thinking about why alternatives have been squashed or sidelined, Phillips appears to see technologies as socially neutral.
He claimed that AC is an “essential, life-saving part of public health” – as though it is the only way to keep cool (it isn’t), and as though its absence is the main reason that people die in heat waves (the research Phillips himself cites shows that AC is a minor issue among many, including the effects of poverty and ill health).
AC, like other technologies, has been shaped by the capitalist social relations in which it emerged. It took off in the USA from the 1920s, and was diffused across the rich world in the post-war boom, not only because it was a way of keeping people cool, but thanks to the profiteering of corporations who produced it. I wrote about this in History Today recently.
Just as car manufacturers lobbied against rail networks and public transport, so AC makers lost no opportunity to favour their product over less energy-intensive alternatives.
We can’t know what a socially just society would have done with AC, but we know that the architects’ superior alternatives have for decades been pushed aside by property and construction companies.
Imaginative optimism 
Fourth, Phillips is ideologically committed (a) to action through the state, rather than by society independently of the state, and (b) to economic expansion as a prerequisite of “progress”. He advocated these principles in his book Austerity Ecology (2015). 
In the case of AC, this means action through the currently dominant capitalist state. Phillips wrote: “New buildings must come with AC as part of any ‘Green New Deal’”. 
His declaration that “we [who?] are capable right now” of producing more electricity is telling. The really urgent thing, in fighting for a socially just society, is not to produce more electricity, but to take electricity out of the corporations’ hands, and transform the way it is distributed and used.
I am very optimistic that, by using it rationally, society as a whole could manage with less, not more. But this will only become clear as and when society takes hold of technological systems.
Phillips said: “Nothing’s too good for the working class”. Too right. So leave your dogmatically contrived techno-fixes at home!
Building on what community groups, building workers, architects and energy researchers have done, give us a serious discussion about technology. Then we can aim at a good life, in cities so wonderful we can only begin to imagine them, built and supplied in ways that don’t deepen the horrible rupture between humanity and the natural world.  

Monday, October 1, 2018

3040. Clean Meat Anyone?

By Nathaniel Popper, The New York Times, September 30, 2018 
Clean meat is laboratory grown meat from stem cells of animals

BERKELEY, Calif. — Rabbi Gavriel Price has thousands of years of Jewish religious law to draw on when he is on the job, determining whether a new food item can get a kosher certification from his organization, the Orthodox Union.

But all the rules about meat and milk, and the prohibitions on eating pork and sciatic nerves, are of limited use for Rabbi Price’s latest assignment.

The rabbi is in charge of figuring out how the Orthodox Union, the largest kosher certifying organization in the world, should deal with what is known as clean meat — meat that is grown in laboratories from animal cells. This brings him in touch with a possibility for Jewish cuisine that had previously seemed impossible: kosher bacon.

Clean meat is still not available in stores, but start-ups working on it say it could be by next year. When it is, they want a kosher stamp on their product, which indicates it adheres to quality and preparation standards and follows a set of biblical laws. That brought Rabbi Price, a tall, lanky father of eight, to Berkeley recently, to meet with companies in the business.

Clean meat, also known by names like cell-based agriculture, begins with cells taken from an animal, often stem cells that are primed to grow. Once these cells are isolated, they are put into a solution that mimics blood and encourages the cells to replicate.

This process is very new. The first hamburger produced in a lab was served with great fanfare in 2013 and cost $325,000. But the number of companies competing to create the first commercially available product is growing rapidly.

Rabbi Price’s investigation touches on questions that anyone might have when confronted with clean meat. What exactly is it? And should we want to eat it someday?

His first stop was a lab operated by Mission Barns, a start-up with six employees and millions of dollars in funding. It is growing duck, chicken and pig meat in clear flasks, lined up inside temperature-controlled incubators.

He looked through a microscope at a dish of long, pointy duck cells and peppered the scientists with basic questions about where the cells had come from, and what was in the red liquid that was helping the cells to replicate and grow.

“I’d like to spend more time, because I think it’s an important process to understand in a deep way, and there’s no precedent for it really,” Rabbi Price said after the tour.
The issue he is addressing is much more complicated than the kosher designation of plant-based meat substitutes already available in grocery stores.

Perhaps the best-known company of its kind, Impossible Foods, has created a burger that is made from all-vegetarian ingredients but tastes more like meat thanks to a chemical process involving yeast and soy. Like most vegetarian foods, these burgers have received a kosher stamp.

Mission Barns, the start-up in Berkeley, is focused on creating animal fat, where much of the distinctive flavor of meat resides. It recently mixed the fat with other ingredients to create duck sausages that it served to investors and employees. Creating more structured meat products, like a duck breast or a steak, is expected to take much longer.

Environmentalists and animal activists are proponents of the technology because it could produce the flavor of hamburgers and sausages without the greenhouse gases and animal suffering of the factory farming system.

Saam Shahrokhi, left and Mr. Maciag in the Mission Barns lab in Berkeley, Calif. Mission Barns is focused on creating animal fat, where much of the distinctive flavor of meat resides.

“I’m extremely excited about it,” said Rabbi Menachem Genack, who leads the kosher certifying division of the Orthodox Union. “The impact for us will be very profound, in terms of the economics of kosher meat.”

There are polls that show that many Americans are turned off by the prospect of lab-grown meat. And the technology has already generated questions far beyond the Jewish community.

The United States Cattlemen’s Association requested this year that American authorities allow the meat label only on products that come from slaughtered animals. While large meat companies have pushed back against the cattle ranchers, in part because they are developing their own clean meat products, it is unclear if regulators will handle lab-grown meat with the same rules they use for traditional meat.

Jewish authorities have been studying this because several synthetic meat start-ups are based in Israel.

A number of Israeli rabbis told one start-up, SuperMeat, that previous rulings in religious law might allow clean meat to be categorized as pareve, a religious label that is applied to things that are kosher but not derived from animals.

A pareve label would mean that observant Jews could eat it with dairy products, like cheese, which cannot be eaten with traditional meat. In other words, a kosher cheeseburger might be possible.

Rabbi Genack, Rabbi Price’s boss at the Orthodox Union, initially thought clean meat could be pareve, based on his belief that clean meat was created from an animal’s genetic code. But because the process involves an animal cell, replicating itself millions of times, he now believes the product should be thought of as meat.

When Rabbi Price visited the Mission Barns labs, he asked questions specific to kosher certification. He wanted to be sure, for instance, that the pork cells growing in one incubator never come into contact with the duck cells in the incubator next to it, and that the centrifuge where the meat cells are processed is cleaned thoroughly between processing.

He also wanted to know if the cells in the flasks changed as they replicated, to be sure that they do not morph into something that no longer resembles the original animal cells.
“The identity of a given cell, and ensuring that its identity is preserved and verifiable, would be crucial to our being able to certify a product,” the rabbi said.

The day after his visit to Mission Barns, Rabbi Price attended a conference held by the Good Food Institute, an organization that is encouraging the move away from animal meat.

He dived into long conversations with people working for the food start-ups. They discussed topics as diverse as the kosher status of gelatin, the religious rulings of venerated medieval rabbis and the ingredients of the solution that encourages lab-grown meat to grow.

“Does that cell need to consume all kosher ingredients for it to be kosher?” the rabbi was asked by Aryé Elfenbein, the founder of Wild Type, a start-up in San Francisco that is focused on lab-grown salmon.

The rabbi explained that just as kosher cows can eat non-kosher insects, he is working from the assumption that the growth solution will not have to be certified as kosher as long as it is cleaned from the surface of the final cells.

Flasks of cell culture media at the Mission Barns lab. When Rabbi Price visited the lab, he wanted to know if the cells in the flasks changed as they replicated, to be sure that they don’t morph into something that no longer resembles the original animal cells.

Many of the questions came back to the original cells that go into the solution. The rabbi said those cells would have to be kosher, from an animal that was properly slaughtered and not scraped off a live animal. (There is a Jewish law against eating live animals.)

This was not well received by some of the clean meat companies, which want to produce something that does not involve killing any animals.

The liveliest conversation grew out of research that is looking into whether clean meat might be derived from cells in animal saliva or hair.

The rabbi said those substances are not meat, so they might be used to produce clean meat that would not be categorized as meat by Jewish law.

Eitan Fischer, the chief executive of Mission Barns, said he was hopeful that through some creative chemistry, his company could grow pork that would get a kosher designation.

Sunday, September 16, 2018

3020. The Air-Conditioning Debate Isn’t Really About Air-Conditioning

By Stan Cox, Green Social Thought, September 7, 2018

Jacobin recently published an article calling for a national and worldwide expansion of air-conditioning usage. In it the writer, Leigh Phillips, used the suffering of economically and ecologically stressed people and communities during heat waves as a rationale for doubling down on a technology that, at the same time it’s cooling the indoors today, is heating up the outdoors of tomorrow. So to assuage such climate concerns, he went on to call for a far-reaching expansion of nuclear power. I suggest that we go back and try to follow this trail of illogic.
Vulnerability can’t be fixed with technology
In the piece, Phillips acknowledges the long-observed fact that people die during heat waves primarily because they live alone and/or suffer from a chronic physical or mental illness and/or are poor and/or are very old or very young. Heat victims also tend to live in inadequate housing in economically forgotten, concrete-rich, vegetation-free neighborhoods of urban heat islands.
Given that, and given that heat waves are going to become even more frequent and intense, the need for universal free healthcare, economic democracy, and guaranteed basic income, good affordable housing, high-quality care for children and the elderly, greening of cities, and greater social cohesion will become more and more urgent.  
Further declaring, as Phillips suggests, a “right to air-conditioning” would also contribute to life and health preservation during heat waves, but it would not address the root causes and consequences of poverty and exclusion that lead to deaths every day—not just when it’s hot outside.
Consider the horrific 1995 heat emergency in Chicago that killed more than 550 people despite the wide availability of air-conditioning. Longer, more intense heat waves had struck the city in 1931 and 1936, but the number of deaths per 100,000 population was higher in 1995 than it was during those two heat waves of the pre-AC era.
Researchers have concluded that despite the hardship then being wreaked by the Great Depression, there were factors that provided some degree of protection to Chicago residents of the 1930s. Neighborhoods saw more social interaction and fewer people lived in isolation than in the 1990s. Fear of crime was much less, so people felt freer to keep windows open or sleep out on porches and rooftops. And homes were surrounded by less concrete mass, which concentrates heat and releases it throughout the night.
Two different problems with different solutions are. . .
No one is saying that anyone threatened by heat exposure should be denied air-conditioning. Until life circumstances for today’s marginalized people and communities are dramatically improved, there will be no option but to use air-conditioning when it’s required as a public health measure.
But that is an issue wholly apart from the damage being done to the Earth and its inhabitants by the routine, extravagant deployment of air-conditioning throughout much of America and other parts of the affluent world. That superfluous cooling is not serving as a life- or health-saving measure. Businesses and upper-middle to upper-class households are primarily responsible for this colossal waste of energy and the resulting greenhouse emissions. That waste, not health preservation, is what air-conditioning’s critics are attacking.
Phillips, like many AC fans before him, falls back on the sly trope that all “attacks” on air-conditioning are motivated by an “obsession with individual asceticism.” No, they’re not. The opposition is all about emissions of carbon dioxide and refrigerants.
Greenhouse emissions caused by cooling buildings and vehicles in this country alone amount to half a billion metric tons carbon dioxide equivalent per year. World air-conditioning use will triple by 2050 according to Phillips, but that’s a lowball estimate. Researchers have projected a tenfold increase; with that, unrestrained provision of refrigerated air will consume electricity equal to half of today’s total worldwide generation. And even in that projection, billions of heat-vulnerable people still wouldn’t have access to air-conditioning.
Green energy can never sustain the huge increases in air-conditioning use that are being projected. Proposed scenarios for displacing even today’s levels of fossil-fueled energy consumption, nationally or globally, with renewable sources have been shown to be fatally flawed. Piling trillions of kilowatt-hours’ worth of additional AC demand on top of current and growing overall demand would put the 100%-renewable dream even farther out of reach.
Renewable energy will not be able to support high and ever-increasing energy demand. In calling for air conditioners of the future to be run on nuclear-generated electricity,  Phillips is implicitly (and rightly) accepting that fact. But if 100%-renewable energy for unrestrained, growing demand is a dead end, the path to a nuclear-powered world is the road to ruin.
Among the many good reasons to stay off the nuclear road is the fact that it would rapidly increase emissions during the very decades when we need to be slashing them. The enormous quantities of fossil energy that must be spent in advance to build enough nuclear power plants to run a high-energy world economy would require us first to go into deficit carbon spending for decades. One study showed that in a global 100%-nuclear scenario, all emissions reductions achieved up to 2050 by displacement of fossil fuels would be cannibalized by growing emissions from nuclear-plant construction, supply, and operation.
. . . part of a much bigger problem
Limiting atmospheric warming even to 2 degrees C (and it needs to be less) will require a hard and fast ceiling on greenhouse emissions that is put in place ASAP and declines over time. That means decommissioning coal- and gas-fired power plants and slashing production of vehicle fuel long before enough renewable energy capacity can be built up as a substitute.
The world’s affluent must then face the steepest decline in energy consumption, because billions around the world will still need an increase in energy supply. That, as Phillips points out, will require vast North-to-South transfers of wealth and resources. So there won’t be enough energy left after that to support the kind of lavish energy use we see today, including the heavy use of space-cooling .
Slashing energy demand will require retaining the essential and cutting the optional throughout society. Examples of needed cuts that would reduce energy demand not only by air-conditioning but also much more would include
Ending the central cooling of big houses. Every year in America, from May through August and beyond, countless 3,000+ square-foot detached houses, sit thoroughly chilled and empty for hours a day, often all day, with the sun beating down and the AC compressor roaring.
Stopping the over-refrigeration of office workers. In buildings throughout the country, employees bring sweaters or even space heaters to work to ward off the cold, their bosses operating under the mistaken assumption that workers, like computer chips, work faster when chilled.
Putting an end to America’s personal car/truck economy. That would spare the more than 10 billion gallons of fuel that go to run vehicle air-conditioners (which also use refrigerants with especially high global warming potential), end commuter misery, and tear out many square miles of urban concrete and asphalt to reduce the heat island effect. It would also accomplish myriad other social and environmental goals. AC can be saved for public transportation.
Among energy uses that we will need to retain, there will always be a time and place for cooling technology. But the Earth can’t handle the aggressive deployment that Phillips wants. Here is his definition of the “right to air-conditioning”: It “should be to have free or cheap, reliable access to the thermal conditions optimal for human metabolism (air temperatures of between 18 degrees C and 24 degrees C, according to the World Health Organization).” That’s an admirably specific but wholly wrongheaded goal.
In declaring that “for all of us, there is a pretty narrow range of temperature within which we are comfortable, most productive, cozy” and prescribing for us a universal, severely restricted temperature range of 64 to 75 degrees F, Phillips is ignoring a couple of decades of research on how real humans adapt to warmer temperature.
Those studies find that the indoor temperature range within which people feel comfortable is not fixed; rather, it depends on the temperatures that have been experienced in recent days and weeks. We feel best within a lower temperature range in winter and a higher range in summer. If it’s in the low to mid-90s outside, for example, subjects are OK with indoor temperatures as high as 88, while a 72-degree room is likely to feel too cool.  
Confining humans within a tight zone of coolth is not only a profligate use of energy; it also undermines our heat tolerance. For people not compromised by health problems, the experience of normal warm/hot weather, research has found, enhances acclimatization to heat; conversely, living mostly in air-conditioned spaces is poor preparation for being outdoors or in a naturally ventilated building in the summer. And while air-conditioning has saved lives during heat emergencies, it has led to a variety of health problems during more routine use.
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The debate over air-conditioning isn’t so much about air-conditioning as it is about the kind of future that our past and present failure to mitigate climate change has made necessary. The Phillips AC piece, as did the infamous festival of ecomodernist thought published as the summer 2017 issue of Jacobin, attempts to address the global ecological crisis by merging a mildly left agenda with technological fixes.
These arguments fail to recognize that there can be no adequate or just solution to the climate emergency that does not ensure sufficiency for all with excess for none by putting a halt to overproduction for, and overconsumption by, the affluent world. Because capitalism is incapable of surviving in a world like that, the necessity for deep restraint is being widely ignored for now. That has to change, and soon.     
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