The Long Ecological Revolution

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Re: The Long Ecological Revolution

Post by blindpig » Fri Feb 16, 2024 3:08 pm

Nicaragua, climate crisis and capitalism

In the final analysis, there aren’t hundreds of problems in the world – there is just one.
Proletarian TV

Wednesday 14 February 2024



This article is based on a recent webinar addressed by Ambassador Valdrack Jaentschke, who led the Nicaragua government delegation to the 2023 United Nations climate change conference in Dubai, more commonly known as Cop28.

During his presentation, the ambassador explained how Nicaragua is combating climate change, both at home through its renewable energy and other programmes, and in the international arena through cooperation and by by the power of its example in implementing policies that demonstrate a real concern for the earth (in contrast to imperialist greenwashing).

Ambassador Jaentschke began by recalling the Paris climate conference of 2015. While Nicaragua upheld the position that the capitalist economic system is at the root of our environmental problems at that meeting, the majority of participants and all the meeting’s outcomes simply reinforced the status quo.

The recent Cop28 conference, said the ambassador, was simply a continuation of that same old line. Whilst accepting the continued pollution problems created by the imperialist economic model, the western nations had the audacity to rub salt into the wound by blaming developing countries for the problems created by their own economic system!

The Paris agreement agreed targets that were aimed at setting a limit on the absolute rise in global temperatures. But Ambassador Jaentschke explained that technical conversations about points of degrees are moot for those who are suffering the real consequences today. The most important question in Nicaragua’s view is: who is principally being affected by temperature increases?

Unequal effects and an unbearable burden
Today, the people who are already feeling the brunt of climate change include the populations of small island development countries (SIDS), and islands in the Pacific and the Caribbean. A mere 1.5C increase in temperature in the lowlands of central America, one of the most vulnerable areas of the world, will result in these islands’ complete disappearance.

Ambassador Jaentschke spoke passionately about the reality that lies behind the politicians’ rhetoric about ‘limiting global warming to 1.5C’. Western audiences may be reassured by such empty promises, but the reality is that, as temperatures rise, life is literally disappearing from under the feet of many people across Asia, Africa, the Pacific and the Caribbean.

More than that, the affected nations, already facing huge obstacles to their development as a result of imperialist looting and domination – including economic sanctions, debt, war, corruption and poverty – are now also having to contend with the recurring devastation caused by climate change. This in turn necessitates recurring costs in infrastructure and resilience capacity rebuilding.

Nicaragua did not and does not cause climate change, said the ambassador. Data show that a few rich countries with the highest carbon emissions in the world are responsible for more than 83 percent of global emissions, while Nicaragua emits less than 0.05 percent of the global total. Yet Nicaragua’s economy suffers a yearly impact from climate change that is equivalent to 8 percent of its GDP – up to $4bn annually.

This is adversely affecting not only its infrastructure but also production, the environment, health, education and energy. Floods and changing patterns of rainfall and temperature are depleting crop production and yields, making farming unpredictable at best and impossible at worst.

Having to replenish the regular devastation of public goods is a huge burden for a poor country to bear. The ambassador pointed out that for a developing society trying desperately to lift its people out of poverty, the endless struggle to create vital infrastructure like roads, buildings, houses, schools and health centres, only to have them decimated by floods and hurricanes, doesn’t just impact the country’s finances but its psychology.

By undermining the country’s capacity for development, this cycle is affecting every aspect of social life.

Imperialists breaking their promises, refusing to pay what they owe
Climate reparations are a core demand of the Nicaraguan government. Ambassador Jaentschke explained that the capitalist rulers of the world always ensure reparations for damages to their own interests. He cited the example of Zimbabwean landowners, and we could add many more, one of the most notorious being the two centuries’ worth of payments made by the government to former slaveowners for the ‘losses’ they suffered when slavery was officially abolished in Britain!

This system of compensation only ever works one way, however, from the poor to the rich. No restitution is ever made to those who are adversely affected by the actions of western imperialism, whether they be the victims of slavery, of colonial genocides or of climate change.

Since it was the western capitalist-imperialist system of production that caused the climate problems besetting so many developing countries today, said the ambassador, it is the beneficiaries of that system who need to pay the bill humanity now faces. Those who set up these unequal and damaging dynamics, and who have profited so mightily from their global plunder and despoliation, have ultimate responsibility for funding the measures that are now urgently needed to reverse and mitigate the effects on the poor communities whose lives are being blighted and livelihoods destroyed.

The Paris agreement and subsequent Cop conferences agreed that the western imperialist countries would fund a mechanism to compensate poor countries, pledging to provide a replenishment fund of at least $100bn annually to help towards replacing what is being lost every year.

In reality, however, less than 10 percent of the promised funds have been received since 2015. Instead of paying as promised, western nations are doing everything possible to circumvent their responsibilities, both in terms of paying the promised reparations and in terms of addressing the ongoing impact of their activities on the global climate.

As one of the countries most seriously affected, Nicaragua is at the forefront of the campaign to have this global injustice recognised and addressed. The ambassador pointed out that the imperialist nations are not emitting any less than they were when they made their commitments in 2015; and that they are emitting four times the target that was then agreed upon. Meanwhile, the western concept of ‘carbon neutrality’ is a cynical bit of greenwashing that manipulates public understanding, creates business opportunities and achieves nothing.

Greenwashing v real green measures
Cop28 ended with an agreement that “signalled the beginning of the end” of the fossil fuels era but which was itself unequal, said Ambassador Jaentschke. The western nations have reached a stage of technological advancement that the developing nations have not; using climate excuses to forbid the development of other countries is entirely unacceptable.

Nicaragua itself is proactively seeking alternative sources of energy. On 27 November 2023, Latino Metrics highlighted the huge progress the country has made in the field of renewable energy. Not that we would know if from reading the western environmental columnists, but Nicaragua has surpassed Norway and Sweden to become a world leader in the production of clean energy, raising its production rate from 21 percent to 70 percent of energy consumed in the last two decades.

As a small, developing but revolutionary country, Nicaragua approaches the issue of climate from a perspective of social responsibility and with a real care for its people and their environment. The Sandinista government’s decisions and actions, whether in the field of health, education, development or climate change, are underpinned by the socialist principles of their revolution.

The capitalist system of production is at the core of the climate crisis. The pursuit of maximum profit is the reason humanity faces these problems – and the reason it is unable to address them in any meaningful way. Capitalist-imperialism is the motivator for wars, genocide, poverty, injustice, inequality, as well as for social and environmental degradation.

In the final analysis, there aren’t hundreds of problems in the world – there is just one. The perceptible and accelerating deterioration in the quality of our lives and of our environment is directly attributable to the outdated, parasitic, moribund system of capitalist production for profit, and will only be solved when that barrier to human progress has been removed.

https://thecommunists.org/2024/02/14/ne ... apitalism/

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The climate crisis: Corporations are gambling with our lives
By Martin Hart-Landsberg (Posted Feb 14, 2024)

Originally published: Reports from the Economic Front on February 7, 2024 (more by Reports from the Economic Front)

The World Meteorological Organization has declared 2023 “the warmest year on record, by a huge margin.” Annual global carbon emissions also hit a new high, surpassing the previous record set in 2022. We have to act now before critical thresholds or tipping points are crossed, and that means rapidly phasing out the use of fossil fuels. And yet, the U.S. government continues to green light the exploration, production, and use of fossil fuels, even while simultaneously voicing support for an international agreement to phase out fossil fuels at the recently completed COP 28 in Dubai. What gives? And what can we do about it?

The green light
The U.S. is the largest producer of oil and gas in the world. It is also the world’s largest gas exporter, with exports doubling over the last four years. The 2022 Inflation Reduction Act (IRA), considered the most important environmental legislation ever passed by the U.S. Congress, includes a number of significant climate and clean energy provisions but tellingly none that require phasing out fossil fuel exploration and use. In fact, the opposite is closer to the truth.

To win passage of the IRA, Biden agreed to guarantee the completion of the 300 mile natural gas Mountain Valley Pipeline, a project that local communities had opposed for years for multiple reasons, including protection of the environment and climate justice. The IRA itself gives the green light to three major federal oil and gas offshore lease sales that the Biden administration had previously canceled and reinstated a fourth that had been denied by a federal court order. It also requires the government to offer millions of acres of oil and gas leases on public lands and federal waters before it can auction any acreage for wind and solar farms. As an AP News article notes,

The measure’s importance was underscored by Chevron executives during a recent earnings call, where they predicted continued growth in the Gulf and tied that directly to being able ‘to lease and acquire additional acreage.’

So, how does the U.S. government reconcile its domestic policies with its COP 28 position? The answer is that it is talking about the eventual phasing out of “unabated fossil fuels.” As a Carbon Brief report explains:

“Unabated” refers to the burning of fossil fuels where resulting carbon dioxide or other greenhouse gas emissions are released directly into the atmosphere, adding to global warming.

Conversely, “abated” refers to the burning of coal, oil and gas combined with the capture and permanent storage of some proportion of the resulting greenhouse gases. This proportion is a key detail as there is no agreed definition of what “abated” means.


It is easy to see why the government appears willing, further down the road, to support this position: the development of a somewhat workable process of capturing and storing carbon would allow the continued use of fossil fuels and the maintenance of the existing economic system, thus avoiding any clash with the business community.

There are two main forms of carbon capture technology. Carbon capture and Storage (CCS) involves capturing emissions from the source generating them. The captured carbon is then either moved directly to underground storage or used first for other industrial purposes and then stored. Direct air capture (DAC) involves directly removing carbon emissions from the atmosphere.

While many government and business leaders celebrate CCS and DAC as new, cutting-edge technologies that hold the key to a carbon free future, CCS technology is far from new. It was first developed and used in the 1970s to boost oil production. Carbon was captured as a biproduct of the operation of gas processing plants and then pumped into old oil wells to force the remaining oil to the surface, a process known as enhanced oil recovery (EOR). And this remains its primary use, with approximately 80 percent of the carbon captured globally used for EOR.

Perhaps not surprisingly, only a small percentage of the carbon dioxide emitted from gas processing plants is actually captured. Moreover, little to no effort has been made to keep the captured carbon pumped into the ground from escaping back into the atmosphere. Thus, to this point, the technology has been far from the hoped for silver bullet. In fact, its main purpose has been to extend the life of existing fossil fuel projects

Of course, CCS proponents hope for a future where carbon capture devices would effectively capture the great majority of emissions from fossil fuel-dependent factories and power plants, with the captured carbon then safely stored underground. But current efforts are far from encouraging. The Abu Dhabi National Oil Company’s flagship CCS project is a case in point. As Oil Change International reports, the project,

which is supposed to capture emissions from a steel plant, is only designed to capture around 17 percent of that plant’s maximum CO2 pollution. Furthermore, there is no publicly available information about how much CO2 it has actually captured. What the CCS project does capture is used to increase oil production, leading to more emissions when burned.

At present there are only 42 operational commercial projects using CCS in the world. Their total storage capacity amounts to only 49 million metric tons or 0.13 percent of the world’s annual carbon dioxide emissions. Moreover, only 12 of these projects are designed to permanently store carbon dioxide without first using it for EOR. It remains to be seen if any will prove profitable; several CCS projects have already been temporarily shut down for financial reasons.

There are also financial and environmental concerns about developing permanent storage sites and safely moving the captured carbon dioxide there. For example, Reuters reports that in October 2023 “a $3 billion CCS pipeline project . . . in the U.S. Midwest—meant to move carbon from heartland ethanol plants to good storage sites—was canceled amid concerns from residents about potential leaks and construction damage.” No wonder the International Energy Agency warns against “excessive expectations and reliance” on carbon capture as a solution to our climate crisis.

Direct air capture remains a far more experimental and expensive process. At present only 27 DAC plants have been commissioned world-wide and their climate contribution is insignificant, currently capturing only 10,000 metric tons of carbon emissions each year. The Abu Dhabi National Oil Company and Occidental Petroleum are jointly working to build what would be the largest DAC facility in the U.S. However, its purpose has little to do with fighting global warming. Instead, the captured carbon is to be used for enhanced oil recovery. As Occidental Petroleum’s chief executive noted, while speaking at an industry conference, this technology “gives our industry a license to continue to operate for the 60, 70, 80 years that I think it’s going to be very much needed.”

What’s going on?
Capitalism is based on the privileging of property rights over most other rights, in particular the right of corporations and other businesses to employ their assets as they see fit in pursuit of profits. Because efforts to limit those rights has the potential to trigger a disrupting business strike, government policy-makers have generally viewed the development of markets, and when needed subsidies and taxes to influence their outcome, as the best way to encourage a climate-favorable economic transition.

That is a big reason why Biden included open-ended tax credits to encourage business investment in CCS projects in the IRA, with estimates of their potential cost ranging from $32 billion to $100 billion. Separately, the government is offering billions in grants to help establish two DAC hubs in Texas and Louisiana. Tragically, the pursuit of such efforts is likely to set us back, since the years spent attempting to develop an effective technology will be years of unchecked fossil fuel use.

But what about the business community? What explains its resistance to meaningful action to reduce emissions and combat global warming? At one point, it might have been possible to believe that the business community, especially the fossil fuel industry, just didn’t believe in global warming and therefore saw no reason to accept limitations on its freedom to pursue private profits. However, we now know, thanks to a series of investigative reports, that leading fossil fuel companies have long been aware of the problem of global warming and concerned about their role in driving it.

An investigation by Inside Climate News into what Exxon knew and when, revealed that the company (now ExxonMobil) was taking climate change seriously as far back as 1977. That was the year Exxon’s senior scientist James Black told Exxon’s management committee that “In the first place, there is general scientific agreement that the most likely manner in which mankind is influencing the global climate is through carbon dioxide release from the burning of fossil fuels.” And a year later he warned the committee that that “present thinking holds that man has a time window of five to 10 years before the need for hard decisions regarding changes in energy strategies might become critical.”

As Scientific American explains in its summary of the Inside Climate News investigation:

Exxon didn’t just understand the science, the company actively engaged with it. In the 1970s and 1980s it employed top scientists to look into the issue and launched its own ambitious research program that empirically sampled carbon dioxide and built rigorous climate models. Exxon even spent more than $1 million on a tanker project that would tackle how much CO2 is absorbed by the oceans. It was one of the biggest scientific questions of the time, meaning that Exxon was truly conducting unprecedented research.

The Union of Concerned Scientists conducted their own investigation which resulted in the publication of a set of seven Climate Deception Dossiers. The collection, drawing on a variety of “internal company and trade association documents that have either been leaked to the public, come to light through lawsuits, or been disclosed through Freedom of Information (FOIA) requests” makes clear that Exxon was not an outlier. Other prominent fossil fuel producers—including Chevron, ConocoPhilips, BP, and Shell—shared its concerns. The collection also highlights the ways in which these companies actively financed public campaigns and legislative efforts designed to discredit the work of climate scientists and block climate action.

Even if it took business leaders in other sectors of the economy longer to understand the causes and consequences of global warming, it seems safe to dismiss climate ignorance as a major reason for corporate resistance to meaningful climate action. A far more likely explanation is that they don’t see it as a serious threat to their own personal lives or business pursuits. And for good reason: to this point, it is the people in the global South, especially in Africa and Asia, that are suffering the most from the worsening climate crisis.

For example, Carbon Brief found that “in 2023, every part of the [African] continent was affected by extreme weather disasters, ranging from catastrophic flooding in Libya to intense heat in Malawi.” South Sudan is one of the many countries experiencing both:

An unprecedented flooding crisis has swallowed large swathes of the country while other parts are grappling with devastating drought. For some, the floods have resulted in extreme food scarcity and forced some families to depend on wild foods like water lilies to cope. 64 percent of the country’s population (7.7 million people out of 12 million total) are experiencing severe hunger.

A similar story can be told about many countries in Asia. Pakistan, for example, experienced widespread flooding in 2023, one year after an even more massive storm left one-third of the country underwater. The cause: heavier than usual monsoon rains and melting glaciers that followed a severe heat wave. Farmers in India similarly suffered major crop loss in 2023 because of the combination of extreme weather conditions, including destructive heatwaves.

Of course, Americans have not been spared. But, as the U.S. Environmental Protection Agency points out,

the most severe harms from climate change [in the US] fall disproportionately upon underserved communities who are least able to prepare for, and recover from, heat waves, poor air quality, flooding, and other impacts.

A last factor, and no doubt an important one: business leaders have every reason to believe that if and when the costs of global warming become a significant political problem, the government will open the public purse still wider to compensate them for any changes that might prove necessary in their business practices. In the meantime, “steady as you go” ensures big profits.

In sum, it appears that our business leaders are more than willing to gamble with our lives. Carbon dioxide remains in the atmosphere for a long time, between 300 to 1000 years. And it can take years or even decades for us to experience the heat trapping consequences from higher emission levels. This means that we do not have the luxury of waiting until sometime in the future to take meaningful climate action. As the New York Times explains,

Every 10th of a degree of global warming represents extra thermodynamic fuel that intensifies heat waves and storms, adds to rising seas and hastens the melting of glaciers and ice sheets.

What to do?
A starting point is to work in our communities to help people better understand the ways in which the logic of capitalism is both driving the climate crisis and blocking meaningful responses to it. We also need to continue our organizing work, for strong unions; expanded and affordable public transportation; universal health care; the retrofitting of existing homes, offices, and factories; safe and affordable public housing; and, of course, the rapid phase out of fossil fuel use. However, for reasons highlighted above, there are limits to what we can hope to achieve as long as our political-economy remains as is. Thus, we also have to find ways to strengthen connections between our many efforts at social change to help spur a larger popular movement, one with the capacity and vision to fight for an economy that is able to provide a sustainable, egalitarian, and humane way of life for us and for others.

The creation of such a new economy will involve, by necessity, a lot of moving parts that have to be managed and coordinated. Some goods and services, and in some cases entire industries, especially those dependent on fossil fuels, will have to be dramatically downsized. We will have to develop mechanisms for humanely and efficiently repurposing newly created surplus facilities and released workers. At the same time many existing industries will have to be restructured and new ones rapidly built. And we will need to create a variety of agencies to determine investment priorities and ownership arrangements, decide where to locate new facilities, develop appropriate programs for worker training and education, and ensure that the materials required for the new activity are produced in sufficient quantities and made available at the appropriate time.

As difficult as this sounds, we do have historical experience to draw upon: the experience of World War II. Then, the U.S. government, facing remarkably similar challenges to the ones we are likely to confront, successfully converted the U.S. economy from civilian to military production in only three years, all the while managing relations with a reluctant capitalist class. It was government planning and direction of economic activity, anchored by a dramatic increase in public investment and ownership of critical enterprises, that made that conversion possible.

While that experience does not provide a readymade blueprint for the transformation we seek, there is much we can learn from studying it. Perhaps most importantly, it demonstrates the feasibility of achieving a rapid, ecologically responsive conversion of our economy if we are willing to challenge the corporate dominated logic of our existing economy.

https://mronline.org/2024/02/14/the-climate-crisis/

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Slowing Atlantic current could trigger sudden climate shift
February 16, 2024

Will ocean changes transform climate in this century? How will the ruling class respond?

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A slowdown or collapse of currents in the North Atlantic would have dire implications for large parts of the world

by Eddie Ford

For a while now, there have been alarming media reports about the possible breakdown of the Atlantic Meridional Overturning Circulation (AMOC) — a vast system of ocean currents that is a key component in global climate regulation, of which the Gulf Stream is a part.

Most people brought up in Britain know all about the Gulf Stream, as they were probably taught it at school like this writer. This is what keeps Britain with a mild climate: stopping us from freezing in winter and making things somewhat cooler during the summer. Essentially, AMOC is a vast marine conveyer belt, where one current gets buried under the other, as it carries heat, carbon and nutrients from the tropics towards the Arctic Circle, where they cool and sink into the deep ocean. This constant churning helps to distribute energy around the planet and modulates the impact of human-caused global warming.

But what has been going on for about the last 100 years, certainly from the 1950s, is Arctic melting, which is releasing non-salt and colder water into the Atlantic and changing the density of surface waters. For example, analysis of satellite records has shown that over the past three decades an estimated 11,000 square miles of Greenland’s ice sheet and glaciers have melted — an area equivalent to the size of Albania and amounting to 1.6% of its total ice cover. As ice has retreated, the amount of land with vegetation growing on it has increased by 33,774 square miles — amounting to a near quadrupling of wetlands across Greenland, which, of course, are a source of methane emissions. As a consequence of such climate behavior, AMOC has declined 15% over this time period and is in its weakest state in more than a millennium — which could prove particularly disastrous for marine life and the communities that depend on it.

Hence we have had a new report from the University of Utrecht published in the Science Advances journal that says we stand on the cusp of a dangerous slowing down of AMOC — not a “collapse” as talked about in some media reports, which is sloppy talk. But it is what you will read in a lot of headlines, especially in sensationalist tabloids like the Daily Mail, often accompanied by images from the 2004 Hollywood blockbuster, The day after tomorrow, that depicts a catastrophic new ice age following the disruption of AMOC, with New York freezing over in a mere weekend or so.

Tipping point

No, that is not what will happen. But what the Utrecht study says is that there is a distinct possibility of slowdown sometime between 2025 to 2095. That is, this century and would represent a climate tipping point.

Of course, any Marxist worth their salt knows all about tipping points — the change from quantity to quality. That is something now accepted in all sorts of different fields, but it used to be a big controversy in biology, and also — for that matter — in climate science until relatively recently. In this context, it is worth reading the last chapter of Charles Darwin’s On the Origin of Species, where he warns his readers against this ‘leap’ question, because this is Marxism — even if he does not explicitly say that. But he thinks that with a leap comes social revolution and Darwin, being a committed liberal reformist, did not want a repeat of Chartism. This attitude is adopted by bourgeois science, to use shorthand, when it comes to the climate question.

However, anti-leap prejudice has been overthrown and increasingly scientists have come around to the view that the climate does develop qualitatively — it does go through leaps, shifting from one pattern to another. It can shift from AMOC, almost overnight into another system. No-one knows exactly what the system will be like, but they are saying that Britain, for example, would get a lot colder and wetter. Naturally, some climate sceptics think they are on to something by pointing out that Britain getting colder in the midst of global warming is a paradox. Yes, they are right, but it is not as simple as saying global warming means the temperature will increase everywhere. Rather, we are talking about complex and chaotic climate patterns, and therefore a change in weather patterns.

Breaking new ground, the Utrecht papers makes various predictions by looking for warning signs in the salinity levels in the southern Atlantic Ocean between Cape Town and Buenos Aires — using a computer simulation of changes over a period of 2,000 years. Of course, some scientists dispute the findings and the various theoretical models, which is the very nature of science — the open contestation of different and contrasting views. The UK Met Office, for instance, believes that large, rapid changes in AMOC are “very unlikely” in the 21st century.

Sea levels

Anyway, the study mapped out some of the consequences of an AMOC slowdown. Sea levels would rise by a meter, inundating many coastal cities like New Orleans, Amsterdam, Bangkok, large parts of London, etc., on a permanent basis. Therefore these cities have to be defended by ever higher barriers or abandoned — like Jakarta (Indonesia is building a new capital city more than 1,000 kilometers away). The wet and dry seasons in the Amazon would flip, potentially pushing the already weakened rainforest past its own tipping point — the jungles turning to something more like the Serengeti in Africa. Temperatures around the world would fluctuate far more erratically. The southern hemisphere would become warmer, whilst Europe would cool dramatically, with a country like Britain becoming a rather unpleasant place to live.

Yes, true, AMOC has collapsed and restarted repeatedly in the cycle of ice ages that occurred from 115,000 to 12,000 years ago. But, according to the Utrecht paper in Science Advances, AMOC is on track towards another major shift — this time largely human created. The precise point is that this shift would not occur over a protracted period between 2025 and 2095, perhaps giving us time to adapt, but would happen quickly at some point in this time band — an abrupt qualitative shift with dire implications for large parts of the world. And, when it happens, the changes will be irreversible on any reasonable human timescale.

In other words, the Utrecht scientists and others are saying we do not know when this will happen, but, if something urgent is not done right now about reversing CO2 and other emissions, this is the sort of thing that can happen — the total degradation, if not destruction, of existing agricultural and habitat patterns. All this at a time when the European Union’s Copernicus climate change service, along with others, showed that for the first time global warming has exceeded 1.5°C for an entire year. Of course, the Paris agreement was not about one year over 1.5°C, but an established pattern over many years. But we have breached that ‘target’ now and if we carry on in that direction, this is what will happen — runaway global warming, more extreme weather, a weakened AMOC, untold millions on the move, and so on.

The world’s sea surface is also at its highest ever recorded average temperature, another ominous sign of climate crisis — especially worrying, given that ocean temperatures do not normally peak for another month or so.

Ruling class

Clearly, the solution has to lie outside capitalism. But, having said that, we have to point out that the ruling class, or at least sections of it, know this — something has to be done; business as usual is not an option. It is hard to believe that they are all stupid or criminally self-interested.

Yet that does not mean proletarian socialism, of course, which is the most democratic and logical thing to do — you actually have to overcome the profit drive, production for the sake of production. But tragically the working class at present is hardly organized on an international basis: it has not readied itself to become the ruling class.

Therefore expect sections of the ruling class to act — maybe the army or the secret state — to impose radical and draconian measures to avert the crisis. Far from it being a humane outcome, expect the opposite, some sort of horrendous outcome, a form of climate socialism — communists use the term in the same way that the German high command in World War I talked about war socialism (Kriegssozialismus).

That was not heaven — it was hell for the working class. This is a danger that we should be acutely aware of. The big problem with protest politics by groups like Just Stop Oil and Insulate Britain is that they could be easily recruited to such a project — such a regime would be attractive to celebrities, the rich and powerful, demagogues, chancers, etc. Sections of the capitalist class would resist, naturally, but others would welcome it on the grounds that it is either climate socialism or social breakdown.

Admittedly, talking about the possible far-sighted nature of some sections of the ruling class might sound a bit fanciful, when you have the drive by Rishi Sunak to ‘max out’ the extraction of North Sea oil and gas. Then we have the Labour Party abandoning its pathetic £28 billion-a-year green package of investment. Pathetic — because it goes along with the idea that you can be both ‘green’ and pro-business, since there is lots of money to be made with electric cars, solar panels, battery technology and suchlike. True, but this is a perverse argument, as capitalism is inherently anti-ecological. Indeed, you could not devise a more anti-ecological system, even if you wanted to. As for things like electric cars, the idea that they are ‘green’ is absurd — how do you think they are made?

So, while Labour says it is still committed to the same green aims and aspirations, do not believe a word of it — such aims and aspirations would mean breaking with capitalism. Indeed, everything at the moment is pointing to the likelihood that we will burst through 1.5°C and beyond on a permanent basis. Where we end up is impossible to predict, but the crucial point is that the global climate is like the proverbial oil tanker — it takes a long time to turn around.

The ice in the Arctic and Antarctica will continue to melt for at least the next 100 years, even if we were to magically have immediate zero net CO2 emissions on the planet — adding to the momentum of increasing temperatures in an appalling negative feedback loop.

https://climateandcapitalism.com/2024/0 ... ate-shift/
"There is great chaos under heaven; the situation is excellent."

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Re: The Long Ecological Revolution

Post by blindpig » Sat Mar 02, 2024 3:31 pm

The climate is doomed if we continue to be fixated by economic growth
26 Feb 2024

Johan Hansson argues that it will never be possible to meet our climate targets if countries continue their obsession with growing the economy

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Missed targets Despite pledges to limit global warming, the International Energy Agency estimates that about 80% of the world's energy today still comes from fossil fuels. (Courtesy: iStock/B&M Noskowski)

The book Limits to Growth delivered a clear warning for our planet. Published way back in 1972 by Universe Books, it contained 12 scenarios for the world based on simulations carried out two years earlier by a group of scientists at the Massachusetts Institute of Technology (MIT) in the US. Despite selling millions of copies and being translated into 30 languages, the book was heavily criticized by industry leaders and economists for being unrealistic.

Their reaction was surprising given that the “do nothing” MIT simulation scenario – “business as usual” – envisaged global collapse through a depletion of resources, food shortages and industrial decline by 2050. This was a result of increasing ecological pressures that were predicted to begin in the early 2000s. As it turns out, that particular model is currently fitting the world’s current situation frighteningly well.

Many people think that clever advances in technology will save us from the looming catastrophe, where the climate is just the top of the iceberg (albeit deadly in itself). But my concern is that there is a naïve and dangerous overconfidence in technological solutions. Carbon capture and sequestration, for example, currently cannot capture even a fraction of what is needed each year to meet our climate targets.

The dream that “new technology” could save us from peril was another MIT simulation scenario carried out back in the early 1970s. Yet this scenario only extends global collapse by a few years. Merely progressing the “green industry” – the new favourite slogan of business and politicians – is unfortunately not enough.


In my view it is crazy to think that uncontrolled technological “development” and exploitation driven by unbridled, increasingly unequal, capitalism will save us. It is what has plunged us into today’s crisis in the first place. After all, if you are sitting on a tree branch that you are sawing off, and the ground underneath is burning, the solution is not to switch to a better saw – it is to stop sawing.

In any case, why should we rely on economists to put out the fire? I find it tragic that the world is governed exclusively by economists and is driven by economics, which is not a natural science, but just a human invention. There are physical limits to continuous economic expansion – a fact that most economists do not seem to understand. Seen from space, after all, it is obvious that the Earth is a small, isolated and vulnerable spaceship.

Yet some economists mistakenly talk about “decoupling” the economy from the real and strictly limited assets on Earth. Even pure “information” is physical and has limits. Just as the exponential growth of bacteria in a Petri dish dies off when nutrients and space run out, so there are non-negotiable limits to “growth” for humans on Earth.

Long-term view
The MIT scientists did find a simulation that offers a solution. Degrowth, or “stabilized Earth”, is the only route that does not lead to global collapse. The Iroquois people, an ancient Indigenous civilization, knew this. When important decisions had to be made, they thought about how it would affect several generations into the future. Today’s politicians, in contrast, usually have a time perspective of no more than four years (i.e up to the next election) while people in business and industry don’t look further than three months (to the next quarterly report).

Neither is nuclear power the answer. What moral right do we have to convert the small and non-sustainable amount of Earth’s uranium resource into long-lasting hazardous waste for just a few decades of electricity to provide “growth” for our generation? About as much as we had to burn up a large part of the planet’s fossil fuels in just over 100 years, which has now ended up in the atmosphere as carbon dioxide and disrupted the climate.

Nature does not care about our economic considerations and calculations when it decides how to exterminate humanity

Nature does not care about our economic considerations and calculations when it decides how to exterminate humanity. Economic growth was meant to help people, lifting them out of poverty. But today, humanity has instead become a slave to sacred growth figures – which has become a monster completely out of control. The economist Simon Kuznets, who coined the concept of gross domestic product in 1934, even warned against using such a crudely simplified concept as some kind of naïve numerical measure of welfare in an extremely complex world.

Role models like climate activist Greta Thunberg are trying to save those who, for some reason, have not yet understood how serious the situation actually is. To reach the climate pledge of limiting global warming below 1.5 °C, the use of fossil fuels must completely cease by 2035, with zero deforestation and a drastic reduction in other greenhouse gas emissions. Yet according to the International Energy Agency, about 80% of the world’s energy today still comes from fossil fuels.

One international organization that draws attention to the world’s environmental problems is the Global Footprint Network, which each year marks Earth Overshoot Day. This is the date on which humanity’s demand for ecological resources and services in that particular year exceeds what Earth can regenerate. In 2023 it fell on 2 August, meaning that for the rest of the year we effectively “stole” from future generations.

There is one option to reverse the current trend and that is to abide by Earth’s natural limits. Governments need to realize that rich countries must adapt their production and consumption to bring it below what is sustainable for the Earth-system as a whole. The only alternative to a planned and controlled downsizing is a forced and catastrophic global collapse.

Only degrowth can save us.

https://physicsworld.com/a/the-climate- ... ic-growth/

('Red' for that important qualifier that idealists too often omit to mention.)

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Image
Mexican President Andrés Manuel López Obrador waving the flag of Mexico. (Photo: Wikimedia Commons)

AMLO’s push for environmental reforms angers Canadian mining sector
By Owen Schalk (Posted Feb 29, 2024)

Originally published: Canadian Dimension on February 26, 2024 (more by Canadian Dimension) |

In early February, Mexican President Andrés Manuel López Obrador (AMLO) proposed a package of 20 constitutional reforms. Though the entire package is unlikely to survive congressional pushback—AMLO’s MORENA party lacks a two-thirds supermajority—the proposed reforms represent the government’s latest attempt to reorient the Mexican economy away from neoliberalism, and toward a social democratic model that places more emphasis on national sovereignty and the interests of the majority.

According to Mexican law, presidents can only serve one six-year term, and AMLO is in the closing half of his final year. The reform package, which includes “measures to overhaul the judiciary, electoral law, pensions, and environmental regulations,” may be AMLO’s final effort to reform Mexican institutions under the banner of the “Fourth Transformation”—although poll numbers indicate it is likely MORENA candidate Claudia Sheinbaum will continue the transformation process after the June elections (according to AMLO, the first three transformations are the Independence of 1810; the Reform of 1861, which achieved the separation of church and state; and the revolution of 1910 that overthrew dictator Porfirio Díaz).

In the final years of his presidency, AMLO has faced opposition from Canada and the U.S., weathering legal challenges and diplomatic pressures from Ottawa and Washington over his efforts to increase the state’s role in his country’s energy and agriculture sectors. Likewise, Canada has vocally opposed AMLO’s measures to strengthen the Mexican state’s hand in mineral extraction.

Canadian companies have interests in 70 percent of all mining operations in Mexico. As such, Ottawa has been active in opposing AMLO’s progressive natural resource policies, which would grant property rights over the country’s energy and mining assets to all Mexican citizens. Canadian mining companies have regularly voiced their frustration with the Mexican leader, while Canada’s Trade Minister Mary Ng has frequently criticized measures that would limit the ability of Canadian companies to profit from Mexico’s resource wealth.

Canada’s opposition to AMLO’s reforms is unsurprising, given that Ottawa typically prioritizes access to Latin American resources over almost all other regional issues—including security, as the recent case of Ecuador shows. Still, Canada’s legal and diplomatic efforts to overturn AMLO’s reforms represent a shockingly anti-democratic attempt to stop Mexico’s widely popular government from enacting its mandate.

While the trade disputes have waned in recent months, AMLO’s new batch of reforms is already stoking the anger of the Canadian mining sector. One should expect Minister Ng to start voicing her “concern” soon.

In an article for CounterPunch, journalist Kent Paterson outlines the central pillars of AMLO’s reform package:

Reaffirming the right of all Mexicans 65 or older to a pension with annual increases;
Providing pensions that pay 100 percent of the last salary of retirees who are enrolled in the federal government’s IMSS and ISSTE systems;
Assuring economic support for disabled persons and scholarships for low-income students;
Guaranteeing that the increase in the minimum wage is never below the annual rate of inflation;
Providing free health care to all Mexicans;
Reducing the number of Congressional representatives and senators;
Instituting guaranteed prices for farmers;
Prohibiting GMO corn for human consumption;
Banning fracking;
Cutting Supreme Court terms from 15 to 12 years; and
Electing judges by popular vote.

These reforms aim to deepen what may be AMLO’s greatest legacy in Mexico: “expanded pensions and other social programs benefiting the working class,” an economic redirection that is emerging “not only [as] a national consensus but as an institutional reality,” in Paterson’s words.

The proposed reforms also include an environmental component, namely a prohibition on concessions in water-scarce areas and a ban on new open-pit mines, which is especially relevant to Canadian mining.

The mining industry is already complaining that AMLO’s moves will “generate uncertainty and curtail investment”—code for “hurt our ability to profit.”

Vancouver-based Fortuna Silver Mines Inc., owner of a silver and gold mine in Oaxaca, has spoken out against AMLO’s environmental reforms. “It’s no secret that this administration has been averse to mining,” said the company’s President Jorge Ganoza. “If it were to continue, we would certainly see Mexico lose ground compared to other mining nations.” Meanwhile, Riyaz Dattu, an attorney who advises Canadian companies on arbitration, claims AMLO’s reforms “will drive investments away.”

Last year, Minister Ng criticized AMLO’s mining reforms, calling on Mexico to abandon its pursuit of resource sovereignty and instead “create opportunities for [Canadian] businesses.” Ng had previously “expressed concerns regarding the treatment of Canadian mining companies in Mexico” and claimed, without evidence, that Canadian mining companies are “leaders in establishing inclusive and sustainable workplace practices.”

While it remains to be seen if AMLO’s reform package will survive congressional opposition, its proposals are already defining the debate around the upcoming presidential election.

Should Sheinbaum succeed AMLO, she will have a definite mandate to see these reforms through.

In that case, one should expect Canada to continue its efforts to obstruct the Fourth Transformation and Mexico’s path to resource sovereignty.

https://mronline.org/2024/02/29/amlos-p ... ng-sector/
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Re: The Long Ecological Revolution

Post by blindpig » Wed Mar 06, 2024 3:22 pm

Capitalism’s New Age of Plagues, 1
March 5, 2024
In our time, pandemics will occur more often, spread more rapidly, and kill more people

Image

by Ian Angus

[This is the first of a series of articles on the causes and implications of global capitalism’s descent into an era when infectious diseases are ever more common. My views are subject to continuing debate and testing in practice. I look forward to your comments, criticisms, and corrections.]

“We have entered a pandemic era.”
—Dr. Anthony Fauci[1]

The first case of what was later named COVID-19 was diagnosed in Wuhan, China, in December 2019. Within a few months, the zoonotic disease — meaning it originated in animals — spread at never-before-seen speed, affecting every country, indeed every person, on the planet.

In March 2024, official sources estimated that 703 million people worldwide had contracted COVID-19 and just over 7 million of those had died,[2] but reality is far worse. The Economist calculates that “excess mortality” during the pandemic is two to four times greater than the official counts,[3] making it the third most deadly pandemic in modern times, exceeded only by the great influenza of 1918-1920 and HIV/AIDS since 1980.

On top of its direct impacts on health and mortality, the pandemic triggered what the World Bank describes as “the largest global economic crisis in more than a century.”[4] The number of people living in absolute poverty increased by at least half a billion, education for hundreds of millions of children and young adults was disrupted, and countless jobs were eliminated. “Economic activity contracted in 2020 in about 90 percent of countries, exceeding the number of countries seeing such declines during two world wars, the Great Depression of the 1930s, the emerging economy debt crises of the 1980s, and the 2007-09 global financial crisis.”[5]

Unlike previous pandemics, COVID-19 is part of a wave of new infectious diseases that scientists say mark the arrival of a “qualitatively distinct” period in human health,[6] that will “reverse many of the 20th century’s advances in the control of lethal infectious disease. … [and] return humanity to an earlier health pattern characterized by high mortality from lethal infectious disease.”[7] Contrary to optimistic 20th Century predictions, infectious diseases have not been conquered. New diseases are proliferating, and many thought to have been wiped out have returned as major threats to human health.

The list of new arrivals incudes chikungunya, Q fever, Chagas disease, multiple influenzas, swine fever, Lyme disease, Zika, SARS, MERS, Nipah, Mpox, Ebola, and many more, on top of resurgent enemies like cholera, anthrax, polio, measles, tuberculosis, malaria and yellow fever. According to the Proceedings of the National Academy of Sciences, at current rates the annual probability of extreme epidemics could triple in coming decades.[8]

As Marxist epidemiologist Rob Wallace writes, the simultaneous emergence and re-emergence of multiple contagious diseases is no coincidence.

“Make no mistake, they are connected, these disease outbreaks coming one after another. And they are not simply happening to us; they represent the unintended results of things we are doing. They reflect the convergence of two forms of crises on our planet. The first crisis is ecological, the second is medical. As the two intersect, their joint consequences appear as a pattern of weird and terrible new diseases, emerging from unexpected sources.”[9]

In mid-2020, while scientifically illiterate politicians were still insisting that COVID-19 was no worse than flu and would soon disappear, the UN’s Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES) convened a multidisciplinary scientific panel to summarize the state of scientific knowledge about COVID-19 and other diseases that spread from animals to humans.[10] The experts’ report — which had the singular advantage that it was not watered down or edited by politicians and bureaucrats — offered a very different account of the dangers posed by zoonotic diseases in our time. Some excerpts:

“Pandemics represent an existential threat to the health and welfare of people across our planet. The scientific evidence reviewed in this report demonstrates that pandemics are becoming more frequent, driven by a continued rise in the underlying emerging disease events that spark them. Without preventative strategies, pandemics will emerge more often, spread more rapidly, kill more people, and affect the global economy with more devastating impact than ever before.”
“The risk of pandemics is increasing rapidly, with more than five new diseases emerging in people every year, any one of which has the potential to spread and become pandemic. The risk of a pandemic is driven by exponentially increasing anthropogenic changes. Blaming wildlife for the emergence of diseases is thus erroneous, because emergence is caused by human activities and the impacts of these activities on the environment.”
“The underlying causes of pandemics are the same global environmental changes that drive biodiversity loss and climate change. These include land-use change, agricultural expansion and intensification, and wildlife trade and consumption.”
In short, the global ecological destruction that Earth System scientists have dubbed the Great Acceleration is driving humanity into an age of Great Sickening. Unless radical changes are made, we can expect that COVID-19 will not be the last global pandemic — or the most deadly.

Historically unprecedented

At the beginning of the crisis, Marxist historian Mike Davis described the emergence of COVID-19 as an “overture to an age of plagues.”[11] This new age of catastrophe poses a major challenge to movements for sustainable human development, both in the short term — what measures should we demand to mitigate the devastating effects of COVID and its successors? — and in the long run — how will the presence and probable continuing emergence of deadly new diseases affect our ability to bring to birth a new world from the ashes of the old?

The age of pandemics gives new urgency to the classic slogan “socialism or barbarism” — and arguably tilts the balance of social probabilities further towards what Marx and Engels warned could be “the common ruin of the contending classes.”[12]

This is not just another crisis, and should not be treated as just one more entry on the long list of capitalism’s sins. As Sean Creaven writes in Contagion Capitalism, “it is wholly justifiable to regard the unfolding epidemiological crisis of society (and indeed of nature) as qualitatively different from any that have gone before; that is, as historically unprecedented.”[13]

An unprecedented crisis demands an unprecedented response. To meet the challenge, the left needs to go beyond criticizing governmental failures and labeling capitalism as the cause. We cannot move forward, let along break out of this age of pandemics, unless we develop a serious scientific (social and biological) analysis of the Anthropocene’s epidemiological crisis. The revolutionary collective Chuăng makes the point clearly in their essential account of the pandemic in China, Social Contagion:

“Now is not the time for a simple ‘Scooby-Doo Marxist’ exercise of pulling the mask off the villain to reveal that, yes, indeed, it was capitalism that caused coronavirus all along! … Of course capitalism is culpable — but how, exactly, does the social-economic sphere interface with the biological, and what lessons might we draw from the entire experience?”[14]

These articles will attempt to answer those questions.

To be continued ….

References

[1] David M. Morens and Anthony S. Fauci, “Emerging Pandemic Diseases: How We Got to COVID-19,” Cell 182, no. 5 (September 2020): 1077.

[2] “Coronavirus Tracker,” March 2, 2024.

[3] “Excess Mortality during the Coronavirus Pandemic (COVID-19),” Our World in Data (blog), February 29, 2024.

[4] World Bank, World Development Report 2022, (Washington, DC: World Bank, 2022).

[5] World Bank, 1.

[6] Ronald Barrett et al., “Emerging and Re-Emerging Infectious Diseases: The Third Epidemiologic Transition,” Annual Review of Anthropology 27, no. 1 (October 1998): 248.

[7] Katherine Hirschfeld, “Microbial Insurgency: Theorizing Global Health in the Anthropocene,” The Anthropocene Review 7, no. 1 (April 2020): 4,.

[8] Marco Marani et al., “Intensity and Frequency of Extreme Novel Epidemics,” Proceedings of the National Academy of Sciences 118, no. 35 (August 31, 2021): 1.

[9] Rob Wallace, “The Virus and the Virus,” Counterpunch (blog), June 14, 2013.

[10] IPBES, “Workshop Report on Biodiversity and Pandemics of the Intergovernmental Platform on Biodiversity and Ecosystem Services (IPBES),” October 29, 2020.

[11] Mike Davis, “C’est La Lutte Finale,” Progressive International, April 30, 2020.

[12] Karl Marx and Friedrich Engels, Collected Works, Volume 6 (New York: International Publishers, 1976), 482.

[13] Creaven, Sean, Contagion Capitalism: Pandemics in the Corporate Age (London: Routledge, 2024), 255.

[14] Chuăng, Social Contagion: And Other Material on Microbiological Class War in China (Chicago, IL: Charles H. Kerr Publishing Company, 2021), 10. Chuăng describes itself as “an international communist project unbound from any allegiance to the irrelevant factions of the extinct movements of the 20th century.” (Ibid, 2) It focuses on analysis of social and economic conditions in China.

https://climateandcapitalism.com/2024/0 ... plagues-1/

Global heating endangers US prisoners
March 5, 2024

1.8 million US prisoners are exposed to dangerous combinations of heat and humidity

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An estimated 1.8 million incarcerated people in the United States have been recently exposed to a dangerous combination of heat and humidity, and on average experience 100 days of these conditions each year—many of them in the 44 states that do not provide universal air conditioning to inmates. Tracking with climate change, in recent decades, the number of dangerous humid heat days in carceral facilities has increased, with those in the south experiencing the most rapid warming.

The findings are reported this week in the journal Nature Sustainability. In most cases prisoners’ exposure to extreme heat occurs in Southern states that do not mandate air conditioning in jails and prisons. The authors say the dangerous heat has been ignored by politicians and others who view the physical suffering as justified.

Additional findings:

More than half of all dangerous heat and humidity exposures in the U.S. took place in Florida and Texas. The estimated 145,240 people in Texas and 98,941 in Florida housed in state-run carceral facilities in 2018 — together 12 percent of all incarcerated people in the U.S.—accounted for 52 percent of exposure (28 percent in TX, 24 percent in FL).
The worst facilities experienced dangerous heat and humidity between one-fifth and one-third of the year. An estimated 118 carceral facilities — largely in southern California, Arizona, Texas, and inland Florida — experienced on average 75 days or more per year of dangerous humid heat. The Starr County Jail in Rio Grande Texas that incarcerated an estimated 249 people in 2018 experienced the largest number of dangerous humid heat days on average during 2016 to 2020: 126.2 days per year.
Areas with jails and prisons experienced 5.5 more dangerous humid heat days annually compared to other locations without carceral facilities. Carceral facilities in Arizona experienced 13.1 more days per year than the rest of the state and 40.9 more days compared to the entire continental U.S. during 1982-2020, on average. Carceral facilities are often built in areas with greater heat and humidity.
Nearly a million incarcerated people are housed in facilities seeing an increase in dangerous humidity and heat. An estimated 915,627 people in the U.S. — 45 percent of the estimated total incarcerated population — were housed in 1,739 carceral facilities with an annual increase in the number of dangerous days. Carceral facilities in Florida experienced on-average 22.1 more days in 2020 compared to 1982, the greatest increase in dangerous humid heat days for all continental states.
Incarcerated people are disproportionately susceptible to dangerous humid heat given preexisting health conditions. In fact, 43 percent of the state prison population has a previous mental health diagnosis, and people on psychotropic medications are at increased risk for heat illness.

Dangerous days were those where the indoor wet bulb globe temperature — a measure of humid-heat stress — exceeded 82.4 degrees Fahrenheit (28°C) — the threshold used by the U.S. National Institute for Occupational Safety and Health to limit humid heat exposure under moderate workloads.

https://climateandcapitalism.com/2024/0 ... s-prisons/

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How Facebook Contributes to the Demise of Endangered Species
Posted on March 5, 2024 by Yves Smith

Yves here. I must confess to be lacking in imagination. It never occurred to me that social media sites would be major platforms for illegal animal trade, most of all endangered species. But since there is is sex trafficking galore intermediated on the Web, it is actually a no-brainer that other illegal high value items would be for sale. And of course Facebook pretends it has no idea that there is gambling in Casablanca.

By Marina Wang, a multimedia journalist from Calgary, Alberta. Her work has appeared in Hakai Magazine, Atlas Obscura, Science Magazine, and many others. Originally published in Hakai Magazine; cross posted from Undark

In the summer of 2020, Jennifer Pytka spent three and a half hours a day sleuthing the internet for evidence of wildlife trafficking. She’d type กระเบนท้องน้ำ, a Thai word that loosely translates to stingray, into Google, and her search would immediately yield images of rings, each studded with an ornate white thorn about the size of a thumbnail. Pytka, a doctoral candidate at the Università di Padova in Italy, is investigating the previously undocumented trade of bowmouth guitarfish — a critically endangered ray whose spine and brows are adorned with these thorns. In Thailand, the horns are made into amulets, such as rings and bracelets, believed to have protective properties. In a 2023 study, Pytka notes how she pinpointed 977 of these items on online vending platforms, such as Facebook Marketplace, eBay, and the Alibaba-owned e-commerce site Lazada, over 21 days.


Bowmouth guitarfish amulets are just one example of the boundless number of protected wildlife products sold online, where a global Grand Bazaar of seedy vendors hawk their wildlife wares, and anyone with internet access can find products from rhino horns to exotic orchids to tiger claws with just a few clicks. With lax regulations, even weaker enforcement, and a lack of legal culpability, not only is wildlife trafficking able to fester online, but algorithms actually amplify sales, boosting the platforms’ profits.

Products sourced from protected species can be found across all manner of vending platforms, but with three billion active monthly users, Facebook is the grand pooh-bah. Pytka found 30 percent of the bowmouth guitarfish products on Facebook and 65 percent spread across other e‑commerce sites, such as Shopee and Lazada. “I’ve come to believe that Facebook is a driver of the global extinction crisis,” says Gretchen Peters, director of the Alliance to Counter Crime Online (ACCO), a nonprofit whistle-blower organization.

Prior to the emergence of the internet and online trading, vendors selling wildlife products had to connect with their customers largely through in-person networking, says David Roberts, a conservation scientist at the University of Kent in England who researches wildlife trafficking. But in the early 2000s, an increasing number of transactions in the physical world went digital, with wildlife trafficking being no exception. Today, nearly 6,000 species of plants and animals are traded illicitly, and the trafficking is worth up to $23 billion annually. It is the fourth-largest illegal market, and many animals, such as rhinos, pangolins, and some species of parrots and sharks, are at risk of extinction due to their popularity on the black market.

The Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES) identifies at-risk species and designates protections and trade prohibitions. On-the-ground enforcement of CITES rules, however, is another matter.

Glenn Sant, a senior adviser on fisheries trade for TRAFFIC, a nonprofit aiming to reduce illegal trafficking, describes a hypothetical example of what might play out when someone catches a protected species of shark. “The fins will potentially be going to Hong Kong or China, and the meat might be going to Europe,” he says, adding that the skin might become leather and the oils sold for cosmetic products. Sant says that processing, shipping, and distribution around the world can make illicit animal harvesting nearly impossible to trace and therefore convict. That’s part of the reason Pytka chose to study bowmouth guitarfish — their unique thorns are easy to distinguish.

eBay was the first to acknowledge the growing problem of online trafficking and banned all ivory sales on its platform in 2009. Another milestone was reached in 2018 with the creation of the Coalition to End Wildlife Trafficking Online. This alliance, spearheaded by animal welfare groups TRAFFIC, the World Wildlife Fund (WWF), and the International Fund for Animal Welfare, advises technology platforms on how to identify and prevent wildlife trafficking. So far, 47 companies have joined the coalition, including Meta — the parent company of Facebook and Instagram — eBay, TikTok, and other international giants like Alibaba. The coalition’s most recent report, from 2021, found that between all the platforms, more than 11.6 million products made from prohibited wildlife have been removed or banned. A spokesperson from eBay said that over 350,000 listings for prohibited wildlife items were blocked or removed in 2022. Giavanna Grein, a wildlife specialist at WWF, encourages platforms to be more transparent with the public and concedes that the efforts undertaken by the coalition are just one small part of the picture. “We fully acknowledge this is a very complex and challenging issue, and there’s no one organization or effort that can tackle this,” she says.

Even with all the efforts, loopholes remain. Despite eBay’s ivory ban, for instance, a quick search by Roberts identified what he believes to be elephant ivory being sold under a code name. The product is still so readily available, in fact, that he centers his students’ projects on it. Similarly, a quick search on Facebook Marketplace for rhino horns for sale in southeast Asia immediately yields several posts.

Meta’s own policy prohibits “attempts to buy, sell, trade, donate, gift, or solicit endangered species or their parts,” and in a statement, a spokesperson said that content that violates their policies is removed. However, whistle-blower reports published since Facebook joined the Coalition to End Wildlife Trafficking Online have been scathing. “Facebook policy and public comments about countering illicit content are rendered virtually meaningless by the firm’s ineffective follow-up and enforcement,” reads a 2020 report from the ACCO. To assess the severity of wildlife trafficking on Facebook, the report used search terms such as “exotic + animal + for sale” in English, Arabic, Vietnamese, and Indonesian, turning up 473 Facebook pages and 281 groups openly selling wildlife products. Over half the pages were created since Facebook joined the coalition, showing that online trafficking appears to have increased.

In part, researchers were able to find so many illicit items because the Facebook algorithm is designed to recommend similar products and thus amplify the connections between vendors and prospective clients. (While looking at bowmouth guitarfish rings on Facebook Marketplace in Thailand, for instance, I saw posts for tiger claw amulets. After clicking to view them, my marketplace page automatically filled with curios made from guitarfish, tiger claw, and elephant ivory.) The ACCO report found 29 percent of the wildlife trafficking pages through Facebook’s “Related Pages” feature. Avaaz, a nonprofit that supports global activism, carried out a similar investigation and found that Facebook’s algorithm directed the researchers to dozens of wildlife groups, more than half of which contained potentially harmful wildlife trafficking content. Since it appears that Facebook’s algorithms are able to identify wildlife products, the algorithms should be able to hide these posts rather than promote them. When I asked about the discrepancy, Meta did not respond to this or any other question.

Peters says Meta is also passively profiting from the illegal activity. The platform makes money from embedded advertisements, and the online storefront Facebook Shops takes a small transaction fee from sales — including those of trafficked animals.

“[Facebook’s] platform is so big … and it’s in so many different languages that it’s really going to take a Herculean effort and a huge investment,” says Peters. “I don’t think Facebook is prepared to make the investments to clean up their own mess.” Peters also notes that Facebook could be more proactive in collaborating with law enforcement to dismantle criminal networks. “Facebook is sitting on a huge amount of information about some of the world’s biggest wildlife trafficking networks,” she says, and in many circumstances, the platform is not proactively showing that intelligence to law enforcement, claiming they’re protecting user privacy. Yet she says the firm is renowned for harvesting user data to sell to private companies. “It’s completely contradictory to me.” eBay is attempting to tackle this problem by implementing a regulatory portal that allows law enforcement authorities easy access to suspected criminal activity.

For the benefit of regular citizens looking to report posts on these platforms, I ask Roberts if taking down posts is akin to a game of whack-a-mole — with new posts cropping up as others are removed. “I don’t think we actually have the mallet to hit the mole,” replies Roberts.

In spite of the efforts of animal welfare and social justice groups like WWF and the ACCO, illicit wildlife sales are able to thrive online because platforms are protected from civil liability by section 230 of the Communications Decency Act in the United States. The act generally protects the platforms from being liable for the nefarious content they host.

“The way section 230 works is [that] any content created by a user like you or me or anybody else is considered free expression,” explains Peters. But she argues that illegal sales occurring over online platforms aren’t free speech — they’re felonies, and implementing something like a duty-of-care law would require platforms to remove criminal activity.

“I think [the platforms] should be held accountable,” says Roberts, who compares online trafficking to a bar allowing drugs to be sold in the bathrooms. The establishment is liable for allowing illicit activity on its premises. “How is that any different [from] a platform allowing illegal trade to take place?”

Both ACCO and Avaaz suggest simple measures for Facebook to reduce online wildlife crime. For example, when a user searches “bowmouth guitarfish amulets,” the algorithm could fail to return a search or trigger a pop-up explaining that the amulets come from a protected species. AI algorithms could also automatically flag questionable content or be used to trace trafficking activity. Pytka says it would be relatively simple to design such a system for bowmouth guitarfish rings because they’re so visually distinct. In early 2023, eBay acquired an AI-based software that will supposedly make the marketplace safer. In the meantime, though, my Facebook Marketplace home page swims with skeletal amulets, while researchers like Pytka can only speculate about how many of the endangered fish remain in the sea.

https://www.nakedcapitalism.com/2024/03 ... ecies.html
"There is great chaos under heaven; the situation is excellent."

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Re: The Long Ecological Revolution

Post by blindpig » Fri Mar 08, 2024 4:49 pm

Anti-Anthropocene vote is ‘null and void’
March 7, 2024
Commission chairs say organizers of ballot violated statutes and ignored scientific evidence

Image

by Ian Angus

Several readers have asked about a March 5 New York Times article that claimed that “a panel of experts voted down a proposal to officially declare the start of a new interval of geologic time.” According to the article, the vote effectively killed the proposal to add the Anthropocene as the current epoch in the official Geological Time Scale.

We are still waiting for full details, but it appears that the “vote” was a maneuver organized by a group of conservatives and ecomodernists who have long opposed any recognition of a recent qualitative change in the Earth System. The anti-Anthropocene current, which seems to have supporters in the leadership of the International Union of Geological Sciences, forced through an invalid ballot and then announced the result to the Times, in violation of the IUGS’s statutes.

The Anthropocene Working Group issued this Press Statement after the Times article was published.
The results of a vote on the Anthropocene was announced by some members of the SQS today, though without the authorization of the Chair of the SQS and one of the two Vice-Chairs. We note at this stage that there remain several issues that need be resolved about the validity of the vote and the circumstances surrounding it, in part concerning relevant information just received today from the President, International Union of Geological Sciences. When these are resolved and clarified, we hope shortly, we will be happy to comment further, but it would be inappropriate to talk directly on this matter at present.
Irrespective of the vote, the AWG stands fully behind its proposal, which demonstrated beyond reasonable doubt the following:

The Earth System now clearly lies outside of the relatively stable interglacial conditions that characterized the Holocene Epoch beginning ~11,700 years ago.
The Earth System changes that mark the Anthropocene are collectively irreversible, meaning that a return to the stable conditions of the Holocene is no longer possible.
Anthropocene strata are distinct from Holocene strata. They can be characterized and traced using >100 durable sedimentary signals including anthropogenic radionuclides, microplastics, fly ash and pesticide residues, most of which show sharp increases in the mid-20th century, concurrent with the “Great Acceleration” of population, industrialization and globalization.
The base of the Anthropocene is clearly identified in the proposed stratotype section at Crawford Lake, Canada, by a sharp upturn in plutonium concentrations in annually laminated sediments deposited in 1952 CE, coincident with the beginning of thermonuclear bomb testing. This marker level has been traced with great precision in strata around the world including at the three proposed Standard Auxiliary Boundary Stratotypes (SABS) and other reference sections.
All these lines of evidence indicate that the Anthropocene, though currently brief, is – we emphasize – of sufficient scale and importance to be represented on the Geological Time Scale.

We, as a group of many eminent researchers in our field of expertise, wish to carry on, in an informal capacity if necessary, and will continue to argue the case that the evidence for the Anthropocene as an epoch should be formalized, as consistent with the scientific data presented in the submission. If the above vote is confirmed by ICS then the current proposal cannot progress. Given significant issues with the procedure and circumstances of the vote, though, currently being pursued, we cannot confirm that the vote will be upheld.
Naomi Oreskes, a noted historian of climate science and member of the AWG, told the science policy newsletter Hill Heat:
“The irregularities in the SQS voting procedures strongly suggest that the SQS did not make its decision on scientific grounds. The argument put forward by the AWG—and overwhelmingly endorsed by the AWG membership—was never given a fair hearing. What’s particularly sad about this to me—as a person who cut my teeth in field geology—is that by rejecting the Anthropocene proposal, the SQS suggests to the world that they are unwilling or unable to recognize what we all can now see: that we do indeed live in the Anthropocene. By denying the obvious, the stratigraphers threaten to undermine the credibility of the science that they claim to be protecting.”

Jan Zalasiewicz and Martin Head, Chair and Vice-Chair of the Subcommission on Quaternary Stratigraphy (SQS), to which the Anthropocene Working Group reports, have declared that “the alleged voting has been performed in contravention of the Statutes” and asked the IUGS to initiate “a procedure to annul the putative vote.”

The following report, from Zalasiewicz to members of the SQS, provides more background and insight into the context of the vote.

6 March 2024
Report of the SQS Chair on the violation of the ICS Statutes
Dear SQS members

I hereby report on the alleged ‘vote’ on the Anthropocene proposal instigated on 1 February 2024 by Liping Zhou (SQS 1st Vice-Chair) and Adele Bertini (SQS Secretary), the putative results of which were released on 5 March 2024.

This report is being forwarded to the ICS and IUGS Executive, in addition to the SQS members, for their further processing with a view to ensure adherence to the rules of the ICS Statutes which have been contravened by the alleged vote attempted in the SQS from 1 February 2024 onwards. Adherence to the rules and due and fair process are vital for the SQS as a subcommission of the ICS. Those rules are contained in the ICS Statutes that were ratified by the IUGS Executive Committee on 25 April 2017. In brief, the alleged voting and the process surrounding it is open to challenge based on the grave violation of the ICS Statutes and thus must be considered null and void, on the following grounds:

1. Holding the vote was opposed by me as Chair, and Martin Head as 2nd Vice-Chair, as wholly premature. In such a situation of an equal split over an issue, the Chair, given the leadership role granted by the ICS Statutes, should have the decisive vote. Rule 5.2 states: ‘The Chair shall be the leader of the Subcommission’. No higher authority was cited that would have over-ruled the Chair’s decision and legitimized a contrary decision, to proceed with the vote.

2. Based on the ICS statutory rules in force, a large majority of SQS members who took part in the alleged voting held from 1 February to 4 March were not eligible as voting members at the time they cast their votes. Rule 9.2 of the ICS Statutes, ‘Terms of Office for Voting Members’, is unambiguous as to what disqualifies a member of a subcommission from being a voting member: only those whose term of office does not exceed 12 years of consecutive membership in a subcommission are voting members. Among the current 16 members who took part in ‘voting’, 11 have cast their votes while being ineligible to vote, since the term of office for each of them had exceeded 12 years (by a good margin, in most cases). While all those SQS members can indeed take part in the scientific discussions in the Subcommission, and this is a welcome practice I have encouraged, their participation in voting is in direct contravention of Rule 9.2 of the ICS Statutes. The ICS Executive is thereby requested to accordingly proclaim the result of the alleged vote held from 1 February as being null and void, given that it was held in contravention of its statutory provision contained in Rule 9.2.

3. Moreover, based on the provision of Rule 9.7 of the ICS Statutes, the SQS in its current membership composition is unable to constitute a quorum for valid voting. Rule 9.7 is unambiguous and states that a quorum of 60% is required for a valid decision to be taken in the first round of voting. In the alleged vote held in the SQS from 1 February, there was no quorum since those eligible to vote in accordance with Rule 9.2 comprised far below the 60% required for a quorum. Nonetheless, the alleged ‘voting’ proceeded without a quorum being secured and the outcome of the vote is thus due to be proclaimed null and void on that ground too. The ICS Executive is thereby requested to proclaim the result of the alleged vote as being null and void on that second ground as well, since it has been held in contravention of its statutory provision contained in Rule 9.7.

Rule 9.7. allows for a second round of voting to be organised and does not specify the quorum required for this round. However, no second round of voting has been attempted or held. If it were to be held, only those SQS members whose term of office does not exceed 12 years at the time of voting could validly take part in it. It should be beyond doubt that, once reconstituted, the SQS will be able to secure quorum and members eligible for voting, provided that their term of office does not exceed the maximum length specified in Rule 9.2 of the ICS Statutes. This may therefore enable a valid vote on the Anthropocene proposal submitted by the AWG, but not before.

In addition to the evident infractions of ICS Statutes outlined above, I note additional concerns regarding fair and due process:

1. The Geoethics Commission of IUGS recently compiled a report on the circumstances surrounding the AWG’s proposal. The report was submitted to John Ludden, President of the IUGS, on 19 January 2024, prior to discussion of the Anthropocene question at an IUGS Executive Committee meeting in Nairobi on 26–28 February 2024. My understanding is that its detailed contents should have been immediately made available to SQS members as an important context for discussion, so to provide an opportunity for its contents to be considered and acted upon. I therefore called upon Liping Zhou and Adele Bertini on the 3 March to temporarily ‘freeze’ any proceedings, including ‘vote’-counting and publication of the outcome, until this issue and associated irregularities could be resolved. This call was, however, ignored, and the full results of alleged voting were released on the morning of 5 March and appeared in the press such as The New York Times immediately – prior to even having been formally notified to those concerned such as the AWG Executive.

The Geoethics Commission report – which John Ludden has now authorized to be released to the subcommission and AWG and so is attached to this report – was eventually released to me and to Colin Waters, Chair AWG, on the morning of 5 March, after the result of the alleged vote had already been announced (and spread through the public media). The findings of that report included: that the AWG, in preparing its proposal, was unfairly treated, via conflicts of interest, application of different standards than to other working groups, and unreasonable requests and restrictions, while insufficient time was allowed for comment on the proposal, and the AWG were not asked to provide feedback on the discussions as would be normal practice. The Geoethics Commission further observed that the process as a whole between AWG/SQS/ICS/IUGS was dysfunctional; it thus recommended the urgent suspension of any voting procedures (though not examining their validity).

The IUGS Executive decided at their Nairobi meeting that these recommendations of the Geoethics Commission were by and large not to be acted upon. The clear disparity between the Geoethics Commission’s findings and the IUGS decision give AWG obvious scope to appeal that the vote should be annulled.

2. Prior to alleged voting, and before any meaningful discussion had taken place, several senior members of SQS stridently expressed the way they would vote in clear disrespect of an open-minded process, leading to the violations of the integrity of the process (cf. Rules 9.7 and 10 of the ICS Statutes). AWG was given insufficient time to respond to questions asked by the SQS membership and was not allowed to revise its proposal following discussion. ICS instructed SQS members to disregard large tracts of the AWG proposal that contained subproposals on Standard Auxiliary Boundary Stratotypes (SABSs), and these subproposals did not appear as separate items for voting on the ballot form, all in contravention of ICS’s own rules, such as that: ‘One or more SABSs may be proposed simultaneously with a GSSP proposal’ (M.J. Head et al., 2023, Episodes, 46 [1]: 99–100). In short, AWG was not allowed to present or have its best case considered. If, on all the grounds stated above, the alleged vote is not immediately annulled, the risk of reputational damage to the SQS, ICS and IUGS is considerable.

Jan Zalasiewicz, Chair SQS
https://climateandcapitalism.com/2024/0 ... -and-void/

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GEOPOLITICS OF LITHIUM: FUTURE STRUGGLE FOR A STRATEGIC RESOURCE
Mar 6, 2024 , 4:14 pm .

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Lithium is considered a “strategic resource” (Photo: File)

Lithium is considered a “strategic resource” for the aspiration of developing a techno-economic paradigm based on the generation, storage, distribution and efficient consumption of clean and renewable energy.

It is extremely pertinent to analyze the geoeconomics of lithium, the actors involved in its exploitation and industrialization, and the geopolitical competition for its control since these issues affect the countries of the South American region and, furthermore, because it is a resource that will help redefine the composition of the energy matrix. Consequently, it will alter international power relations from the present and into the future.

The countries that today quantify enormous lithium reserves have a special place in the global geopolitical dispute. This implies the emergence of two different strategies in them to assume their long-term relationship with this mineral: exporting the commodity taking advantage of the growing demand from the powers, which will deepen the existing center-periphery link; or promote the local scientific-technological and productive framework to incorporate added value to the natural resource.

Obviously, the management of the sector is based on sovereign or non-sovereign categories. But this is a factor that goes beyond the direct use of the mineral by countries. Lithium is, like all elements of strategic scope, a good that is impossible to develop as a resource base from autarky. The general conditions of globalization that have placed it in a privileged place in the energy and technological transition imply international interest in the countries that have reserves, which inscribes the metal in the geopolitical dispute between the old Anglo-Western powers versus the emerging economies represented in the new blocks, as is the case of Brics.

LITHIUM GEOECONOMY

The geoeconomics of lithium is a process under construction, especially in terms of its database. Unlike oil, which has accumulated a long development since the advent of heavy industries on an international scale that has allowed an almost invariable identification of large deposits in the long term, in the case of lithium, reserve maps by country are constantly being updated. .

This is because the development of the mineral, its search sources and collection methods are constantly changing. Until now, this alkali metal is found in nature in different types of sources: rocky, brine and clay. That is to say, lithium mining develops depending on the type of source and its deposits can be very diverse, such as from a rock quarry (rocky lithium) in Australia to a salt flat in the Bolivian highlands (brine lithium). The types of sources are accelerating the research for their extraction and, consequently, this is causing the sources to vary. This explains how Brazil has been included in the list of countries that possess the mineral given that lithium from a clay source is altering the map of reserves.

In the following image you can simply see the composition of the main identified lithium reserves in the world:

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Composition of the main identified lithium reserves in the world (Photo: File)

According to data from the United States Geological Survey for 2023, Bolivia, Argentina and Chile, the countries that make up the “ Lithium Triangle” , are the holders of the largest reserves, assuming that lithium originates in the salt flats of the high plateau. It is the one with the greatest commercial use.

As we already highlighted, the map of world reserves is under construction, therefore there is data that has not been constructed graphically due to its constant variation.

In June 2023, the authorities of the Islamic Republic of Iran discovered lithium deposits located in the province of Hamedan in the west of their country, which in theory constitutes 10% of the world reserves of "white gold", estimated at that time. at around 89 million tons.

These data also do not include Brazil's incursion into the sector. This country began a process of opening up to mining investment on a large scale in order to build conditions for certification and mineral extraction. Minas Gerais is a state in southeastern Brazil known for its large iron ore deposits; It has now become a budding lithium hub, specifically in the Jequitinhonha Valley.

According to the Brazilian Geological Service, this area is home to 45 sources, distributed in 14 municipalities in the territory, and states that "the potential of each deposit is 20 times more than the mineral reserves of other regions, which guarantees raw material in the long term." The Brazilian lithium reserves proven so far are 730 thousand tons.

A more updated data from 2023 indicates that Chile has deepened its exploration and certification processes, which has led it to classify itself as the country with the largest reserves in the world, overtaking Bolivia .

The ambiguity of the data could have various explanations, but the first of them is that a multinational entity has not been created to perform the functions of a “lithium OPEC.” Such an initiative has become more important since 2022, but the initial consensus that should emerge from the countries with the largest certified reserves has not been possible. Note should be taken of this matter given that Argentina, Chile and Bolivia are the main references. A very striking feature about this situation is that, although the importance of the resource for the technological transition is recognized, a block of States has not been organized to organize its production and commercialization with related policies.

Countries already seem to compete to reach the first places in the top reserves because this implies foreign investment, and in the case of Iran it means the breaking of a blockade against it. Note that for each State its place on the reservation list has a political meaning.

It is necessary to clarify that one thing is the list of countries according to the size of their reserves and another is the list of countries with the capacity to extract, process and market it from their own deposits, either due to the capabilities of national companies or transnational companies.

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(Photo: United States Geological Survey)

When it comes to lithium-producing countries, note that the catalog of countries varies considerably. The three largest producers of this metal in the world are located on three different continents. Australia far leads in mining production, according to data from the United States Geological Survey, followed by Chile and China, while Bolivia is not listed as a major producer .

China is launching itself to conquer the lithium sector, one of the key minerals for the energy transition and the electric battery industry. With a recent increase in its investments in Australia, the Asian giant seeks to channel a significant share of world production into its industry. However, the global scenario is complex; The West's interest in strengthening itself in the sustainable mobility sector implies the interest in displacing China from the sources of the sector.

China is already the number one refiner of the processed white metal and the number one manufacturer of batteries, according to energy consultancy BloombergNEF. It refines 60% of the world's lithium, controls 77% of global battery cell capacity and 60% of the world's battery component manufacturing, according to a 2023 Gavekal Research report. Of the 200 battery megafactories planned As of 2030, 148 are in China .

These elements place the Asian country as the main strategic competitor of the United States in several regions of the world in the search for key resources. Of course, this competition is inherent to the geopolitical plane and imposes a focus on specific actors.

LITHIUM IN THE GEOPOLITICAL DISPUTE BETWEEN BLOCKS

The incorporation of new members to the Brics this 2024 is symptomatic that the platform is ensuring hegemony in the main global energy sources.

By 2020, Brics provided energy to 40% of the world's population. The bloc accounts for around 43% of carbon dioxide emissions, 42% of renewable energy use and 37% of global energy consumption.

This correlation has changed since this year, with the addition of Iran, Saudi Arabia and the United Arab Emirates. With these countries they would be controlling 41% of the proven oil reserves, 53.1% of the proven natural gas reserves and 40.4% of the coal reserves .

The countries of the bloc would be configuring a map where they would ensure the use of current sources of hydrocarbons in the long term given that, according to estimates by the Organization of Petroleum Exporting Countries (OPEC), by 2050 the same or more barrels per day will be consumed ( b/d) of crude oil than what is consumed today.

The scenario proposed by OPEC is that the increase in energy requirements will increase worldwide by around 32%, but part of this will be satisfied by the pumping of about 115 million b/d by 2050. Although new sources Energy and new technologies will make an important contribution to the energy mix , crude oil and gas will be key sources within the next 30 years, especially in a world where there will be depletion of crude oil reserves in many basins and where few countries will have huge oil reserves.

“The Brics+ alliance is reconfiguring the global energy landscape, challenging established paradigms and committing to ambitious sustainability goals. As the economies of this emerging superpower expand and energy demand continues to evolve, it will be critical to ensure stable and secure energy supplies, providing the opportunity to move directly to advanced sustainable energy infrastructure rather than relying on outdated frameworks. ”says Lars Nitter Havro, senior analyst at Rystad Energy .

The Brics+ nations, led by China, are key players in the clean technology supply chain, especially when it comes to lithium-based batteries and solar panels, essential for the transition to cleaner energy.

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Scenario in which emerging countries will develop their installed capacities at a faster rate. (Photo: Rystad Energy)
The data in the image by Rystad Energy assume a scenario in which emerging countries will develop their installed capacities in alternative technologies at a faster rate, compared to the G7 countries. China mainly, and then India, will be responsible for achieving this transition until 2050.

Hence, the geopolitics of lithium is a component of a much greater complexity factor. In reality, it is about the dispute over the energy transition, over the industrial development of new energy sources and their technologies and, ultimately, over the insertion and influence of these countries in the industrial, commercial and financial dynamics for the future. .

With this new series of processes, one of the premises of Karl Marx is fulfilled, who said that the natural metabolism of the capitalist system is that of the conquest of new markets . In the absence of new continents and new nations to conquer, the change in market dynamics is the alteration of the technological paradigm; By modifying the technological and energy matrix, a new industrial, commercial and financial value chain is developed, which becomes the main node of competition between the blocks.

In theory, the ideal scenario for the transition is one that is developed through a “ non-exclusive ” approach, that is, one that contemplates the use of current technologies and that proposes conditions for the progressive insertion of new technologies and new sources, without that imply a disaster to the system entrenched on old energies, such as oil.

Brics clearly contemplated its new accessions for 2024, envisioning future scenarios and in order to position itself in the energy mix by articulating resources of that type, strategic minerals and industrial capabilities.

However, it is evident that the change of government in Argentina and Javier Milei's refusal to allow his country to join the bloc imply a setback for the emerging alliance since lithium is a key factor in the composition of the energy matrix of the transition. that Brics has been building.

The Argentine case unbalances the long-term strategy proposed by Brics. Presumably, the efforts of the president of Brazil, Luis Inacio Lula Da Silva, to include Argentina in the bloc perhaps represent the first major failure in the strategic projection of the platform. Milei's refusal to enter is, in addition to a strategic outburst for the southern State, a shameful fact in the framework of international relations.

For these reasons, the members of Brics, especially China, must reprogram their energy strategy, which implies important opportunities for the entry of Venezuela because it has the world's first crude oil reserve and what could be the fifth world gas reserve - in the process of certification—as well as a set of minerals linked to new technologies, such as coltan and thorium.

Brics and China would have to support a strategy for developing lithium sources, which would already be available in China itself, Iran and Brazil, according to data offered by the governments of these countries. It is highly probable that the bloc had considered in advance that Iran would possess lithium, which gives the Persian nation a privileged place in the construction of the energy mix and the configuration of resources that Brics needs, which facilitated its entry despite the blockade against him.

Furthermore, China must necessarily deploy its strategy more effectively in countries with reserves outside the platform, which highlights Chile and Bolivia on this side of the world, the latter country being an enclave of deposits where China is already making investments. in an accelerated manner.

For its part, since 2022 the United States has presented its agenda head-on towards the “Lithium Triangle”. Its “diplomatic” program has been publicly represented by the Commander of the US Southern Command, General Laura Richardson, which sends a message to the countries of the region; The agenda for strategic resources and for US hegemony over the new energy mix includes lithium .

“This region is full of resources and I am concerned about the malign activity of our adversaries taking advantage of that. It seems like they are investing, when in reality they are extracting,” Richardson argued. Regarding the “Lithium Triangle” in South America, he said that “China's aggressiveness and its game on the ground with lithium is very advanced and very aggressive.”

The United States could have gained the upper hand over China in Argentina, at least temporarily, to access the element from its primary source.

Meanwhile, on the other side of the world, in Congo, Mali, Zimbabwe, Namibia and Ghana, a regional geopolitics of lithium is taking shape in which China is definitely winning by being better positioned in relation to the deposits, by facilitating its extraction and ensuring its commercialization.

It is estimated that the production of raw materials based on lithium in Africa will grow 30 times by 2027, according to S&P Global Commodity Insights, numbers that put the continent in the spotlight of this industry on a global scale. According to these projections for the year 2023, African countries will occupy 12% of the world market, compared to 1% in 2022.

Meanwhile, and emphasizing that the geoeconomic map of lithium continues to be constantly modified, new data released in February 2024 suggests that Zimbabwe has the largest lithium deposits in all of Africa, according to the United States Department of Commerce, and is expected to cover 20% of the world's total lithium demand.

Such metal has exploded in recent years, and is expected to increase fivefold by 2030. African countries are signing up to develop these sources very quickly.

These projections refer to a very large increase in the availability of the sector in African countries. They suggest that Chinese investment is making a difference at accelerated and abysmal levels, which is a clear contrast when compared to South America.

In Africa, these countries are developing strategic conditions jointly with China in very tight times, as they are participating in the Asian strategy of the Belt and the Road and its framework of advantageous agreements. African States seem to understand that their insertion into the international market for the new most valued raw materials will generate enormous income as the price boom develops due to increased demand, that is, they are looking for a place at the zenith of the transition.

On the other hand, in South America, governments are registering in the international system of lithium production and marketing in a belated manner, as can be seen from political decisions conditioned by American pressure, bureaucracy - in some cases supposedly justified for reasons environmental issues—corruption and, as has been the case in Argentina, changes in the government. Latin America is not developing a concessional and mining regime for lithium at a good pace, and the same regime applicable to other goods usually applies to the mineral. But we could consider that the external geopolitical factor, with the new “military diplomacy” of the Southern Command in the region, is being a brake factor on China's business model in the region.

FINAL COMMENTS​

Argentina is the main element of attention in the region regarding what could be a drastic change in the relationship between South American lithium and the axes of international power. Argentine President Javier Milei inaugurated his policy of concessions on the mineral, giving the green light to the Israeli company XtraLit, which is mainly dedicated to developing direct lithium extraction technology and which is the first Israeli company to enter the lithium business. in Argentina. Currently, the market in that country is dominated by companies from Australia, Canada, China and the United States.

Although Argentina's concession policy already gave a privileged place to Western companies before Milei, this situation could deepen and could evolve towards the category of China's absolute reduction in its participation in Argentine deposits or, at worst, scenarios, their expulsion from the country. Milei's politics have proven not to be entirely pragmatic, which is why he could stick to decisions generated by ideological designs.

Chile has promoted its “National Lithium Strategy”, which is a macro plan to guarantee national sovereignty and investment development. However, this agreement, which contemplates public-private associations with Chilean capital, also opens opportunities for foreign Western companies as contractors and marketers.

Data from the Undersecretary of International Economic Relations of Chile (Subrei) show that in 2022 the Asian giant purchased 80% of the national mineral exported, almost doubling its share from the 41.2% it acquired in 2021. South Korea in 2022 acquired 8.9% of Chilean lithium shipments and Japan obtained 4.7% of mineral exports. The “top 5” is completed by two key trading partners for Chile: the European Union and the United States. The European bloc received 3.6% of shipments, while the United States did the same with 1.8%. China continues to be positioned on Chile's lithium as a client because it is the main world importer, which in a trade war scenario would imply vulnerability for the Chinese.

In turn, Bolivia could be a critical knot by 2024. Although the Andean country has managed to forge associations with China and Russia for the export of the sector, these agreements could be called into question if there is a change of government to the right due to the difficult dispute between the main leaders of the ruling party, Evo Morales. and Luis Arce, who maintain an open confrontation that is breaking the political cohesion of the Bolivian project .

These combined elements represent the possibilities of a possible setback for China and the emerging countries in the “Lithium Triangle.”

For its part, Venezuela must consider a deep exploration process of its mineral resource base in order to address the possibility of finding "white gold", considering that "clay lithium" or "lithium in sediments" is the basis of new deposits in countries like Mexico and Peru. This technology is under development and it is a matter of time before companies in the industry can extract it profitably . However, the country already has enormous reserves of coltan that are widely linked to new technologies dependent on these strategic minerals, which is why what is important is the insertion of Venezuela into this geoeconomy that is redesigning international relations.

https://misionverdad.com/globalistan/ge ... strategico

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SEC Approves First US Climate Disclosure Rules: Why the Requirements Are Much Weaker Than Planned and What They Mean for Companies
Posted on March 7, 2024 by Yves Smith

Yves here. With geopolitical tectonic plates shifting and political uproar in the US, the critically important topic of climate change and measures to address it aren’t getting as much press coverage as they warrant. Admittedly, the SEC climate change disclosure rule was the sort of thing that was destined to be the subject of a pitched battle between environmentalists and big corporations that it seemed best to wait until the final rules emerged.

This post gives a good high level account. It make clear that the lobbying was not just intense but unprecedented. It also describes how the SEC’s initial proposal was ambitious, requiring companies to disclose not just greenhouse gas emissions from their activities and energy use, but also across their supply chain and from customers’ use of their products.

As much as this sort of information is societally enormously valuable (for instance, it could be critical in taxing emissions and even prohibiting certain activities), it’s not clear that it fits well into an investor disclosure regime. What exactly is the risk to investors, say from having a supply chain that is heavy on nasty emissions? One assumes the argument is that the government or even private boycotts could force these miscreants to clean up their operations, increasing costs to their corporate customer, or that those actions could pressure the buyer to find other vendors, again risking disruption and/or cost increases. Yes, many institutional investors give lip service to ESG, but quite a few, like pension funds and endowments, are fiduciaries, and thus really can’t compromise much on their duty to get the best returns. Similarly, a lot of money is invested in index funds, which are solely in the business of index replication at the lowest fees.


And of course there is the enormous problem of estimating costs incurred by third parties accurately. Even for customers, if the seller has a good idea of environmental impact per a set level of usage….how do they estimate/guesstimate usage patterns?

Countering the idea that estimating downstream emissions can’t be done very well and the effort would be unduly costly for many players. California is requiring that Level 3 emissions be disclosed. But California is imposing that rule not based on an SEC/investor scope of authority, but as a requirement of companies that do business in California that have over $1 billion in annual revenue.

So I don’t think the SEC had good odds of winning on what it called “Scope 3 emissions”. But it was a sound idea to put them in the draft rule. Opponents spent a lot of firepower getting them removed, leaving Scope 1 and 2 in the final rule.

By Sehoon Kim, Assistant Professor of Finance, University of Florida. Originally published at The Conversation

After two years of intense public debate, the U.S. Securities and Exchange Commission approved the nation’s first national climate disclosure rules on March 6, 2024, setting out requirements for publicly listed companies to report their climate-related risks and in some cases their greenhouse gas emissions.

The new rules are much weaker than those originally proposed. Significantly, the SEC dropped a controversial plan to require companies to report Scope 3 emissions – emissions generated throughout the company’s supply chain and customers’ use of its products.

The rules do require larger companies to disclose Scope 1 and 2 emissions, which are emissions from their operations and energy use. But those disclosures are required only to the extent that the company believes the information would be financially “material” to a reasonable investor’s decision making.

More broadly, the new rules require publicly listed companies to disclose climate-related risks that are likely to have a material impact on their business, as well as disclose how they are managing those risks and any related corporate targets.

(Chart at link.)

After announcing its initial proposal in 2022, the SEC received a staggering number of comments from experts, companies and the public – about 24,000 of them, the most ever received for an SEC rule. The comments reflected both strong public interest in being informed about corporate climate-risk exposures and greenhouse gas emissions and also significant pushback, particularly over how much the rules would cost companies. Several Republican state attorneys general threatened to sue.

In response to the comments, the commissioners took their time to adjust the disclosure requirements, but the legal challenges may not be over.

I specialize in sustainable finance and corporate governance and have been following the SEC’s climate disclosure plans. Here are some of the major issues that led to this change and the implications of the new disclosure rules as they phase in starting in 2025.

The Rule’s Unequal Cost to Companies

The most important reason for adding climate disclosure rules, as SEC Chairman Gary Gensler has noted, is that climate-related risks and greenhouse gas emissions appear to be financially material information demanded by investors.

Indeed, for the past several years, large institutional investors have been vocal about the need for more transparency and consistency in corporate climate-risk disclosures.

As the SEC has often emphasized, most large companies already disclose some of this information voluntarily in their sustainability or ESG reports, which often are published alongside their annual reports.

(Chart at link.)

Since investors seem to demand this information, and many companies are voluntarily providing it, the SEC and proponents argued that it would be sensible to mandate some consistency in disclosures.

However, much of the debate around the new disclosure rule has focused on whether it passes the cost-benefit smell test. In other words, would the compliance cost borne by firms potentially outweigh the financial benefits of mandated disclosures of climate risks and emissions that investors might value?

The compliance costs of federal disclosure requirements have been estimated to be substantial. When the SEC first proposed the rule in 2022, the commission’s own estimates implied that disclosure-related compliance costs would nearly double for the average publicly listed company.

Comments on the rule have since pointed out that there are also likely to be even greater indirect costs related to adjustments that companies might have to make in how they conduct their operations. These costs might also have broader implications for employment in certain jobs and sectors.

Given that many smaller listed companies do not have voluntary disclosure practices in place, the burden is also expected to hit companies unequally, disproportionately affecting smaller companies while large corporations see little impact.

Measuring Greenhouse Emissions Isn’t Simple

Another practical problem lies in enforcing consistent measurement of emissions and climate-risk exposure.

International groups such as the Task Force on Climate-Related Financial Disclosures and the International Sustainability Standards Board have provided reporting standards and guidelines. But the measurements themselves are still subject to estimation and collection problems that might vary across industries and activities.

Moreover, estimating Scope 1, 2 and 3 emissions separately presents significant challenges.


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What Scope 1, 2 and 3 emissions involve. Chester Hawkin/Center for American Progress

In particular, the difficulty of measuring a company’s indirect emissions from its supply chain – Scope 3 emissions – exponentially compounds the estimation problem. Reporting Scope 3 emissions also opens a floodgate of legal issues, as many smaller organizations in a large company’s value chain might have no legal obligation to disclose their own emissions.

The backlash over the challenges inherent in measuring Scope 3 emissions led to the commission’s decision to pare back that part of its proposed rules.

Many companies will also likely have to outsource the estimation and quantification of emissions and climate risks to third-party companies, where there have been concerns about higher costs, conflicts of interest and greenwashing.

How SEC Stacks Up to California, EU Rules

The SEC is not the first to adopt climate disclosure rules.

A similar rule went into effect in the European Union in January 2024.

California has an even more stringent rule, signed into law in October 2023. It will require both publicly listed and privately held firms to fully and unconditionally disclose all of Scope 1, 2 and 3 emissions when it goes into effect in 2026 and 2027. Since California is among the world’s largest economies, its regulations are already expected to have wide effects on corporations around the world.


SEC Chairman Gary Gensler discusses what the SEC has to do with climate change.

Hardcore proponents of the SEC rule who wanted California-level disclosures across the board argue that Scope 3 emissions need to be disclosed given that they compose the largest fraction of all carbon emissions.

Skeptics of the rule, including two of the five SEC commissioners, question whether there needs to be any rule at all if things are inevitably watered down anyway.

Given the recent conservative backlash against companies focusing on ESG issues and the ensuing retrenchment by several institutional investors from their previous climate commitments, it will be interesting to see how the new corporate climate disclosures will actually affect investors’ and corporations’ decisions.

https://www.nakedcapitalism.com/2024/03 ... anies.html
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Re: The Long Ecological Revolution

Post by blindpig » Sun Mar 10, 2024 5:30 pm

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Drainage system with dirt cone on the surface of the ice sheet. The brown sediment on the ice is created by the rapid melting of the ice. Landscape of the Greenland ice sheet near Kangerlussuaq. (Martin Zwick/REDA&CO/Universal Images Group via Getty Images/Countercurrents)

Climate crisis and nuclear waste in the U.S.
Originally published: Countercurrents on March 2, 2024 by Contributor (more by Countercurrents) | (Posted Mar 07, 2024)

Climate crisis could disturb Cold War-era nuclear waste buried by the U.S. decades ago, according to a U.S. federal report.

An ABC News report (Climate change could unearth, disturb Cold War-era nuclear waste buried by the U.S., officials say, Thu, February 29, 2024, abcnews.go.com) said:

Noxious waste buried beneath former nuclear weapons testing sites could be unearthed by 2100 should the greenhouse gas emissions that cause climate change continue at the current rate, a report published by the U.S. Government Accountability Office last month found.

At multiple testing sites around the world, the U.S. military detonated atmospheric nuclear weapons–or hydrogen bombs–and later attempted to clean up the leftover radioactive waste by putting them in containers covered with a concrete cap, Robert Hayes, an associate professor of nuclear engineering at North Carolina State University, told ABC News.

Rising temperatures could cause the spread of the radioactive contamination from these test sites in the coming decades, according to the Government Accountability Office report, which analyzes what is left of the nuclear debris in the Pacific Ocean, Greenland and Spain.

In Greenland, chemical pollutants and radioactive liquid left over from a nuclear power plant at Camp Century, a U.S. military research base, were frozen in ice sheets that could melt in the coming decades, according to the report. Denmark has instituted permanent ice sheet monitoring in the region.

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A mushroom-shaped cloud and water column from the underwater Baker nuclear explosion off the Marshall Islands, July 25, 1946. (Pictures from History/Universal Images Group via Getty Images/CounterCurrents)

GREENLANF ICE SHEET
‘The Greenland Ice Sheet is melting faster than previously thought, according to a study published in May 2023. Ice loss in the Arctic is the largest contributor to global sea level rise, scientists say.

MARSHALL ISLANDS
‘In the Marshall Islands, the Runit Dome in the Enewetak Atoll was used as a radioactive waste disposal site that could be disturbed should sea levels continue to rise.

FOR WORLD WAR III
‘The U.S. conducted 67 nuclear weapons tests in the Marshall Islands between 1946 to 1958, according to the Department of Energy. Most of the testing was in preparation for World War III, William Roy, a professor of nuclear, plasma and radiological engineering at the University of Illinois at Urbana-Champaign, told ABC News.

‘There are currently disagreements between Marshall Islands officials and the U.S. Department of Energy on the risk posed by the nuclear waste.’

COMMUNITIES
The ABC News report said:

While the U.S. Department of Energy considers human health risks on the Marshall Islands to be low, Indigenous communities are concerned that climate change could mobilize radiological contamination, posing risks to fresh water and food sources, and local officials believe the U.S. government is downplaying the risks, according to the report.

The authors of the report have recommend that the U.S. Department of Energy come up with a plan to regain the trust of Indigenous communities in the Marshall Islands.


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The burnt out wreckage of the B-52 bomber, Jan. 17, 1966, a US B-52 SAC long-range bomber and a tanker plane collided over the Spanish Mediterranean coast near Almeria during a refueling maneuver. (Picture Alliance via Getty Image/Countercurrents)

RUSH UP OF THE COLD WAR
‘The U.S. military believed the cleanup missions they carried out was sufficient at the time but did not account for long-term environmental changes in these regions,” Hayes said.

‘”The military was in the rush of the Cold War,” Hayes said.

In hindsight, they could have done a better job.

SPAIN
The report said:

The site of the 1966 midair collision between two U.S. defense aircraft–of once which was carrying a hydrogen bomb–over the Mediterranean Sea off the coast of Spain exceeded European Union standards for radioactive contamination, according to the report.

But the experts agree that the waste does not pose an immediate threat.

“Should the nuclear waste leak out of the containers, it probably would not cause much damage, as it would dilute drastically in ocean waters,” Hayes said.

“In Greenland, the spent fuel–the material containing the components with the longest half lives–was removed when the reactor was decommissioned, Roy said. The Danish government has also reported that the short-lived radionuclides probably have long-since decayed, according to the report. The remaining nuclides trapped in the ice would probably be diluted by the massive of amount of water creative amid the melting,” Roy said.

In the Marshall Islands, though a more complicated situation with the presence of Plutonium detected, there is likely a “tremendous amount of dilution” there as well, Roy added.

The mere mention of radioactive material tends to spark fear, according to the experts.

”There is generally a public fear that is much higher than the actual risk,” Hayes said.

“Climate change presents problems much more immediate and threatening than Cold War-era nuclear waste,” Roy said.

‘”Probably going to have greater issues from climate change than the mobilization of radionuclides from the Cold War,” he said.’

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Containers with high-level radioactive waste stand in interim storage in Lower Saxony, Germany, Dec. 11, 2019. (Photo: Alliance via Getty Images / Countercurrents)

STORING NUCLEAR WASTE
Another ABC News report (Current model for storing nuclear waste may not be sufficiently safe, study says, January 28, 2020) said:

‘The current model the U.S. and other countries plan to use to store high-level nuclear waste may not be as safe as previously thought.

‘The materials used to store the waste “will likely degrade faster than anyone previously knew” because of the way the materials interact, according to research published Tuesday in the journal Nature Materials.

‘The research, funded by the U.S. Department of Energy Office of Science, focused primarily on defense waste, the legacy of past nuclear arms production, which is highly radioactive, according to a press release from Ohio State University. Some of waste has a half-life–the time needed for half the material to decay–of about 30 years. But others, such as plutonium, have a half-life that can be in the tens of thousands of years, according to the release.

‘The plan the U.S. has for the waste is to immobilize long-lived radionuclides–mixed with other materials to form glass or ceramic forms of the waste–in steel canisters and then dispose of them by burying them in a repository deep underground, according to the study. ‘Countries around the globe largely store and dispose of the nuclear waste in a similar fashion.

‘However, scientists found that under simulated conditions, corrosion of the containers could be “significantly accelerated,” which had not been considered in current safety and performance assessment models. The newly formed glass or ceramic compounds, confined in the steel containers, have been observed corroding those containers at surprising rates due to new chemical reactions.’

The report said:

‘The reactions significantly altered both the waste and the metallic canisters, according to the research. Xiaolei Guo, lead author of the study and deputy director of Ohio State University’s Center for Performance and Design of Nuclear Waste Forms and Containers, described the corrosion as “severe.”

‘”In the real-life scenario, the glass or ceramic waste forms would be in close contact with stainless steel canisters. Under specific conditions, the corrosion of stainless steel will go crazy,” he said in a statement. “It creates a super-aggressive environment that can corrode surrounding materials.”

‘The researchers warned that the interaction between the materials, which then impact the service life of the nuclear waste, should be “carefully considered” when evaluating the performance of the waste forms. A more compatible barrier should be selected to optimize the performance of the repository system.

‘”This indicates that the current models may not be sufficient to keep this waste safely stored,” Guo said. “And it shows that we need to develop a new model for storing nuclear waste.”’

It said:

‘The waste is typically stored where it is produced, according to the U.S. Government Accountability Office.

‘The Environmental Protection Agency has proposed that the waste be disposed in a deep geological repository in the Yucca Mountains in Nevada. However, those plans have been stalled since 2009.’

| Jana Elementary School left which is in the Hazelwood School District is seen on Oct 17 2022 in Fl David CarsonSt Louis Post Dispatch via AP | MR Online
Jana Elementary School, left, which is in the Hazelwood School District, is seen on Oct. 17, 2022, in Fl David Carson/St. Louis Post-Dispatch via AP

A SCHOOL IN THE U.S. AND RADIOACTIVE CONTAMINATION
A Missouri elementary school was to close after report finds radioactive contamination.

Another ABC News report (Missouri elementary school to close after report finds radioactive contamination, October 21, 2022) said:

‘A Missouri elementary school located near a contaminated creek in St. Louis County has closed after a private study found high levels of radioactive waste inside the building and its playground area.

‘The Hazelwood School District announced this week that Jana Elementary School in Florissant will pivot to virtual learning while school officials work on transferring students to different schools in the district in the coming weeks.

‘”The Hazelwood School District Board of Education will be working with our legal counsel to communicate to the appropriate agencies responsible, the necessity to immediately clean up and remediate any and all hazardous waste at Jana Elementary and any other District sites,” the school district said in a statement Wednesday.

‘The closure follows years of requests for testing. The school is located near Coldwater Creek, which was contaminated with uranium and other radioactive waste from a World War II nuclear weapons program, according to the Agency for Toxic Substances and Disease Registry.’

The report said:

‘The school district warned parents in August, weeks before the start of the school year, about potential risks and possible disruptions after U.S. Army Corps of Engineer testing found radioactive contamination on the banks of the creek, at the edge of the school’s property.

‘The latest findings, from Boston Chemical Data Corp., have sparked calls for cleanup from parents and officials and concerns about potential exposure, while families also figure out next steps.’

CREEK’S HISTORY OF CONTAMINATION
The report said:

‘Coldwater Creek, a 19-mile tributary of the Missouri River, passes near sites that were used in the development of nuclear weapons for the Manhattan Project, including radioactive waste storage piles.

‘The creek is contaminated with “uranium processing residues” that were improperly stored near it, according to the Agency for Toxic Substances and Disease Registry, which in 2019 released a public health assessment report that found an increased risk of certain cancers for residents who “regularly played or lived along the creek for many years in the past.”

‘Jana Elementary sits on the flood plain of Coldwater Creek. The Corps, which is charged with the creek’s remediation, first detected radioactive contaminants near the school in 2018 and again in 2019, 2020 and 2021, according to the Boston Chemical Data Corp. report.

‘Following the latest testing, the Corps notified school officials in January that soil sampling conducted on the school’s property “showed the presence of low-level radioactive contamination” on the banks of Coldwater Creek, the Hazelwood School District said in an Aug. 5 letter to the school community.

‘”They further informed the district that the contamination did not pose an immediate risk to human health or the environment because the contamination was below ground surface,” the letter stated.

‘The school district gave parents the option for virtual learning while it awaited the results of further testing.’

LATEST TESTING SPARKS CLOSURE
The report said:

‘The decision to close the school comes a week after the release of the Boston Chemical Data Corp. report, which found radioactive waste in the school and its playground. The report was funded by law firms involved in a class action lawsuit alleging illnesses and deaths caused by the creek contamination.

‘The school district granted the request for the testing, which was conducted in August, according to the Jana Elementary PTA, which alerted families to the report’s findings on Oct. 14.

‘Testing of dust and soil samples indicated high levels of radioactive lead in the school, including the library, and playground, according to the report. The levels in the kindergarten play area were “22 times the expected background,” according to the report.

‘”The most outstanding result of August 2022 testing at the Jana School was that levels of the radioactive isotope lead-210 found on school grounds were entirely unacceptable,” the report stated.

‘The Corps has not corroborated the findings of the private report.

‘In a statement Tuesday, the Corps’ Formerly Utilized Sites Remedial Action Program for the St. Louis District said the school property has contamination that is “isolated” to the creek bank, and that sample locations in the floodplain between the bank and playground area “aren’t contaminated.”

‘”The team will evaluate the report that Boston Chemical Data Corp. compiled on Jana Elementary School and the methods used to create these results,” it said in a news release.

That report isn’t consistent with FUSRAP’s accepted evaluation techniques and must be thoroughly vetted to ensure accuracy.

CALLS FOR CLEANUP, ANSWERS
The report said:

‘Missouri Sen. Josh Hawley has called on the Corps to review the findings of the independent report, conduct further testing on the school grounds and publicly report their findings.

‘”It should go without saying that hazardous, radioactive contamination has no place in schools, or anywhere near schools, or anywhere near any place where children are. And it should also go without saying the federal government must be honest and transparent about the facts,” Hawley wrote in a letter to Corps Lt. Gen. Scott Spellmon on Tuesday.

‘The senator has also urged President Joe Biden to declare a federal emergency and authorize “immediate relief” for all impacted families and to expedite the cleanup.

‘Missouri Rep. Cori Bush has also demanded an “urgent response” to the emergency.

‘”The federal government is responsible for this waste, and we need answers from them on their plan to immediately begin cleanup of Jana Elementary and the surrounding areas so our kids’ health and education is not further disrupted by the presence of toxic chemicals,” she said in a statement earlier this week.

Inaction is not an option. The safety of our children and our communities must come first.

The Missouri Coalition for the Environment has called on the school district to “act swiftly to secure a comprehensive cleanup of all radioactive bomb waste at the school.”

‘”In the interim, they must provide parents with options to continue students’ education with minimal disruption,” the group said.

We are approaching 80 years since this nuclear bomb waste has been allowed to plague our neighborhoods.

https://mronline.org/2024/03/07/climate ... n-the-u-s/

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Growth is not good: the great GDP myth
Originally published: Morning Star Online on March 5, 2024 by Bert Schouwenburg (more by Morning Star Online) | (Posted Mar 07, 2024)

SINCE the second world war, the number one priority for politicians and their economic advisers is the pursuit of growth, which is typically measured by gross domestic product (GDP), a composite index using consumer spending, private investment and government spending to arrive at a figure representing a country’s economic output.

In today’s media and academic circles, economic growth is widely acknowledged as being an unquestioned and essential good, the absence of which leads to recession, which is regarded as being an undesirable economic state.

Indeed, it is one of the few areas where Labour leader Keir Starmer has not committed a U-turn by frequently saying that he and shadow chancellor Rachel Reeves will make economic growth their principal policy aim once elected.

No opportunity to criticise Rishi Sunak’s Conservative government for anaemic growth figures is missed–and this is invariably echoed by the TUC which equates faltering growth with declining living standards for working people.

In general terms, then, growth in GDP is seen as being synonymous with improving people’s standard of living, though this analysis does not stand up to scrutiny. Its origins can be credited to Simon Kuznets, a Russian-US economist and statistician, who was instrumental in the creation of its predecessor, gross national product (GNP) during the pre-war Great Depression.

He warned the U.S. Senate that national income statistics should be seen as measuring the production and consumption capacity of a country and not socio-economic welfare. His innovation was modified by John Maynard Keynes at the 1944 Bretton Woods conference and became the more inclusive GDP that we know today.

Even when GDP is broken down to a per capita figure, it does not account for leisure, environmental quality, levels of health and education and any activities conducted outside the market that, by definition, are not measurable.

It fails to take into account patterns of income distribution, inequality and technological innovations that have improved many people’s quality of life. In the U.S., for example, the average per capita GDP is higher than that of Germany but workers in the latter enjoy far more paid holiday entitlement and sickness benefits than their U.S. counterparts.

In many parts of the global South, people who lived on the land were previously self-sufficient and did not figure in official statistics, have been driven off their farms and replaced by plantation agriculture where they are forced to find poorly paid jobs as agricultural labourers, leading to a resultant increase in both national and per capita GDP but at a cost of environmental degradation and drastically reduced quality of life.

As senator Robert Kennedy said of GDP in 1968: “It measures everything, in short, except that which makes life worthwhile.”

It is increasingly being recognised that profit-driven capitalism dependent on infinite economic growth is unsustainable on a planet of finite resources and this has given rise to degrowth theories, which argue that economic policy objectives should focus on social metrics such as life expectancy, adequate healthcare, housing and education as being better indicators of both ecosystems and human wellbeing.

While there is considerable merit in those arguments, a distinction has to be made between material growth, which has clear limits in terms of physical resources, and financial growth which itself can be of extremely dubious benefit when it includes the enormous sums of money made from paper transactions, including gambling, stock market speculation and various other Ponzi schemes that are used to prop up an increasingly precarious “free market” system.

However, that only serves to underline the fact that there is no morality in the pursuit of growth and profits. One only has to look at the obscene amounts of money being made by arms companies out of the awful conflicts in Palestine, Ukraine, Congo and elsewhere to realise that.

The inherent contradictions of equating GDP growth with the sum of human happiness can be seen in the illogical and discriminatory treatment of what constitutes work.

Here in Britain, the increased cost of living and the accompanying decline in living standards forced many women to enter the job market (often heralded as women’s emancipation), so somebody else had to be paid to look after their children.

The net result of this widespread development was an increase in GDP for many women and childminders but at the cost of women not being able to be with their own young children.

This is not to say that it is always women who should stay home to look after the kids but rather to show the absurdities of a situation where there is no payment for looking after your own children but there is for looking after someone else’s, thus improving the GDP figures.

This also applies to the thousands of unpaid carers, mostly women, looking after sick relatives at home instead of having them in an institution where the carers would be waged, and therefore would increase the level of GDP.

What the above scenario shows us is that properly targeted government expenditure could contribute to what we might qualify as sustainable economic growth and simultaneously improve wellbeing and quality of life. Were those thousands of unpaid carers to receive a social wage for looking after their dependent relatives, this would have a positive effect on GDP.

Nevertheless, the evidence of recent decades suggests that the pursuit of increased rates of economic growth is not a realistic scenario. Between 1949 and 2020, the year with the highest annual growth rate in Britain was 1973 when it was 6.5 per cent. In the OECD countries as a whole, per capita GDP grew 3 per cent between 1961 and 1985 and the growth increase in per capita consumption has slowed from 3 per cent in the 1970s to 1 per cent after 2000.

In light of these downward trends, it may seem surprising that so much emphasis has been placed on GDP and so little discussion has been devoted to alternative policies that would be more redistributive, equitable and sustainable.

However, given the slavish devotion to capitalist ideology exhibited by both major parties in Britain and the continued insistence on echoing the Gordon Gekko-like narrative that growth is good, there seems little prospect of change.

https://mronline.org/2024/03/07/growth-is-not-good/

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Climate Change Hits Rural Women and the Poor Hardest

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An African woman walks through a drought-affected field, 2024. | Photo: X/ @PressenzaIPA

Published 8 March 2024

Copernicus confirmed that February 2024 marked the warmest February ever documented.


The United Nations Food and Agriculture Organization (FAO) published a report showing that female farmers, poor people, and older populations are the most affected by climate change, and their needs require targeted measures.

The study, titled "Unjust Climate," reveals that certain social groups are disproportionately affected by climate-related income disparities due to unequal capacities to adapt to extreme weather.

Conducted over two years by a team of eight experts and various consultants, the FAO report collected socio-economic data from 109,000 rural households in 24 low and middle-income countries, representing over 950 million people.

If average temperatures were to increase by just 1 degree Celsius, rural women would face a 34 percent greater loss in their total incomes compared to men.


As for poor households, rising temperature renders them more dependent on climate-sensitive agriculture, and with floods, they would lose 4.4 percent of their total compared to non-poor households on average.

The findings, categorized by gender, wealth and age, aim to guide countries in developing tailored responses to address the diverse needs of affected groups.

"Our hope is that we will start taking into more consideration the differences in the vulnerability of people, because vulnerabilities are not the same for all, and they need different types of support," FAO senior economist and report's lead author Nicholas Sitko said.

On Thursday, the European Union's Copernicus Climate Change Service announced that February 2024 marked the warmest February ever documented globally.

The average surface air temperature across the globe reached 13.54 degrees Celsius last month, surpassing the 1991-2020 February average by 0.81 degrees Celsius.

This figure is also 0.12 degrees Celsius above the temperature of the previous hottest February in 2016, which underscored the rising trend of global warming.

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The global average temperature for the past 12 months from March 2023 to February 2024 was also the highest on record, 0.68 degrees Celsius above the 1991-2020 average.

February 2024 also recorded unprecedented highs in global sea surface temperatures (SSTs) of an average of 21.06 degrees Celsius.

The ongoing El Nino event has played a crucial part in the rising global SSTs. But the most recent El Nino peaked in December and is gradually weakening and SSTs in the equatorial Pacific are lower than those in February 1998 and 2016 respectively.

https://www.telesurenglish.net/news/Cli ... -0003.html

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“Explosive Growth” in Petrochemical Production Linked to Increases in Cancers and Other Diseases in New Report
Posted on March 9, 2024 by Yves Smith

Yves here. “Linked” is a slippery word in reporting, since it can imply the connection is stronger than it really is. Nevertheless, a new study in the New England Journal of Medicine documents the tie between the rise in petrochemical output, particularly plastics, and a host of ailments. For instance, the hormonal impact is striking.

By Cary Gilliam. Originally published at The New Lede

Chemical pollution tied to fossil fuel operations is not only driving harmful climate change but is also posing dire risks to human health at levels that require aggressive private and public efforts to limit exposures, warns a new analysispublished in the New England Journal of Medicine on Wednesday.

The article authored by Tracey Woodruff, a professor at the University of California San Francisco (UCSF), cites data from dozens of research studies highlighting what Woodruff calls a nexus between “explosive growth” in the petrochemical industry that includes forecasts for plastic production to grow almost three-fold by 2050, and data showing increases in cancers and other diseases in young people, particularly reproductive cancers in women.

Between 1990 and 2019, rates of neurodevelopmental disorders, diabetes, chronic respiratory disease, and certain cancers are among the non-communicable diseases that have increased, with petrochemicals used in producing plastics and other products among drivers of the growth, according to the paper.

“Numerous medical societies, government agencies, and systematic reviews have concluded that exposure to chemicals and pollution… is an important risk factor for multiple diseases and health inequities and probably contributes to these increases,” the report notes, adding that increases in disease and petrochemical production at the same time “alone cannot be interpreted as causal.”

Doctors and patients need to acknowledge and address the risks, and work to reduce exposures, while regulators need to strengthen chemical evaluations and oversight, said Woodruff, who directs the UCSF Program on Reproductive Health and the Environment and the Environmental Research and Translation for Health (EaRTH) Center.

“This is really important… one of the major factors driving climate change is also increasing our exposures to chemicals that are adversely impacting health,” she said. “Typically people say cancer is a disease of the aging, but now we’re seeing it increasing in people under 50.”

Altering Hormones

The use of fossil fuels and petrochemical production is more than 15 times higher now than in the 1950s, and production continues to climb despite growing use of renewable energy sources to power homes and vehicles due in part to a “boom” in production of single-use plastics, according to the new analysis. Plastic production, the analysis reports, is forecast to expand from more than 400 million metric tons to 1100 million metric tons by 2050.

“What we’re seeing in the fossil fuel industry is that they’re not decreasing the amount of fossil fuel production because they’re transitioning it into plastic production,” said Woodruff. “We know that plastic production is already impacting health and will continue to do so.”

Research has shown that many types of petrochemicals used in plastics and other products are endocrine-disrupting chemicals (EDCs), a designation for substances that interfere with healthy hormonal function. Endocrine systemsregulate an array of key biological processes, including brain and nervous system development, reproduction, and metabolism and blood sugar levels.

People are being exposed to EDCs in a variety of ways, including through food, air and water contaminated with these types of chemicals. EDCs are used not just in plastics, but also are present in pesticides, building materials and cosmetics, as well as in many fabrics and children’s toys, according to the new analysis. People can be exposed in their homes, schools and workplaces.

EDCs are part of an overall pollution burden that has become the leading cause of premature deaths around the world, according to the analysis. Chemical pollution is estimated to be responsible for at least 1.8 million deaths each year, the paper states.

All of this plastic is laden with over 10,000 chemicals,” said Phil Landrigan, an epidemiologist who directs the Program for Global Public Health and the Common Good at Boston College. “These chemicals include carcinogens, developmental neurotoxicants, endocrine disruptors and hundreds more that have never been tested for toxicity. They leach out of plastics and they get into the environment and into people where they cause a wide range of diseases including cancer, cardiovascular disease, and infertility.

Action Needed

The US Environmental Protection Agency (EPA) says that chemicals that disrupt endocrine systems can lead to problems with male and female fertility and fetal development in both people and animals. Even small disturbances to endocrine function, especially during pregnancy, can lead to “profound and lasting effects,” according to the EPA.

The EPA has been legally required to evaluate pesticides used in food for EDC properties for more than 25 years, but has fallen far short of the mandate. Last year the agency announced a new plan to try to more quickly and effectively evaluate whether or not chemicals were EDCs, saying it would prioritize roughly 400 pesticides for such review.

People of color and those living in low-income areas, or otherwise disadvantaged communities are often facing higher exposure risks than other people. The analysis cites data showing levels of EDCs in urine and blood of Black and Hispanic women “persistently higher” than levels found in non-Hispanic White women.

In January, report, Human Rights Watch highlighted what it said are an array of health-related problems in predominantly Black communities in south-east Louisiana tied to oil and gas operations there. Also in January, Amnesty International reported that Hispanic and Black residents living along the Houston Ship Channel in Texas have been suffering a wide range of illnesses linked to more than 600 fossil fuel and petrochemical plants manufacturing plastics, fertilizers, pesticides and other products.

The paper published Wednesday calls for stricter safety testing of chemicals, more tracking of chemical exposures and full or partial bans on single chemicals and single-use plastics.

“We need to have government policies that ensure that chemicals that are being used and produced in the US are not creating toxic exposures to people,” Woodruff said. “This can really only be accomplished through improved public policies.”

https://www.nakedcapitalism.com/2024/03 ... eport.html
"There is great chaos under heaven; the situation is excellent."

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Re: The Long Ecological Revolution

Post by blindpig » Thu Mar 14, 2024 2:56 pm

Western Climate Agenda Goes Against African Development
Aby L. Sène 06 Mar 2024

Image
A Maasai man on tribal-managed lands. HEMIS / ALAMY STOCK PHOTO

Carbon and biodiversity offsets are the latest imperialist weapons used against African people and their nations. Self-determination is the key to ecological health for the continent.

“Unless the Third World has the right to develop, the ecological problem cannot be solved on a just basis in the First World.” - Max Ajl, A People’s Green New Deal

This commentary provides an overview of carbon and biodiversity offsets as an expansion of global capitalism under the western environmental agenda marshalled against development in Africa. I draw from my essay, Imperialism is the Arsonist of our Forests: Towards an African Climate Agenda , published in The Republic, where I expand on this issue and propose a pathway towards an African climate agenda that is predicated on our right to meaningful development.

Neoliberal environmental agenda and ‘ecological imperialism’

The exuberance of carbon and biodiversity offsets reached its pinnacle in Africa with several governments signing deals to concede vast sections of their primary forests to global carbon markets. Essentially, carbon and biodiversity offsets are premised on the flawed logic that forests, rangelands, mangroves and other important ecosystems of the world peripheries can serve as carbon sinks and neutralise the ecological effects of the unsustainable economic growth of the imperial core. The 2022 Land Gap Report estimates that the total area of land needed to meet climate pledges is almost 1.2 billion hectares globally. Consequently, protected areas whereby governments evict local communities to set aside land for conservation, are being incorporated into global markets where US, EU and Asian based corporations can extract and trade carbon and/or biodiversity credits to ‘offset’ their environmental destruction. They represent the new brand of capitalist solutions to the ecological problem that capitalism birthed, while Africa’s right to development is, yet again, postponed by the neoliberal environmental agenda. The late Zimbabwean land reform activist, Sam Moyo, captured this well, noting:

“Ecological imperialism and the effects of ‘North’ driven climate-change agenda are increasingly marshaled against agrarian development from below. The introduction of ‘carbon trading’ measures through aid, which seek to reserve more African land and biodiversity for external forces, tend to further displace peasant socio-economic processes.”

Agrarian, pastoralist, and riverine communities whose livelihoods ecological knowledge and indigenous technology have maintained the resilience and biodiversity of these ecosystems, have long been assaulted by the neoliberal environmental agenda. For these communities, the foregone social, cultural and economic values of protected areas including food security, water for irrigation and hydroelectricity cannot be overstated and defy any calculation. The Global South accounts for two-third of almost 17 percent of the world territorial cover of protected areas. African countries such as the Republic of the Congo, Namibia, Tanzania, Zambia, and Guinea have each set aside between 35 to 42 per cent of their national territories for biodiversity conservation, compared to 13 per cent in the United States. The devastating impacts of protected areas on local communities are well documented including massive displacements from their ancestral lands. It has been estimated that 136 million people worldwide have been displaced from only half of the current protected areas. Today, the ascendency of carbon and biodiversity offsets is causing the further dispossession of African rural communities under the north-driven climate agenda.

The state of carbon and biodiversity offsets in Africa

In 2023 alone, several African countries signed contracts to concede vast sections of their primary forests to UAE, Europe and US-based corporations to extract and trade carbon credits. These deals cover land masses of 20 per cent of Zimbabwe, 10 per cent of Liberia, 10 per cent of Zambia, and 10 per cent of Tanzania and more contracts are expected to come from other countries. In Kenya, the government signed a controversial deal conceding millions of hectares of the Mau forest leading to the forced evictions of the Ogiek community. In Senegal, large-scale reforestation projects covering 25 per cent of the mangrove forests of the Saloum Delta, one of the largest wetlands in West Africa, are slated to turn into carbon deals financed by oil giant, Shell.

This string of contracts came after Gabon set a precedent at One Forest Summit in December 2022 to make carbon credits available under the United Nations Framework on Climate Change. The summit was co-hosted by the French government. In August 2023, the country completed the first debt-for-nature swap in continental Africa covering 25 percent of its territory earmarked as protected. The deal was arranged by Bank of America and the International Development Finance Corporation which is the corporate arm of the World Bank working with private companies. Furthermore, The African Climate Summit (ACS) hosted in Nairobi in September 2023 by Kenyan President, William Ruto, under the tutelage of European governments and international institutions, was a bold endorsement of the north-driven neoliberal environmental agenda. But for local communities, carbon and biodiversity offsets and other nature-based solutions cut at the heart of their struggle for resource sovereignty and development.

Carbon and biodiversity offsets impacts on local communities

Numerous reports emerged in the last year documenting the devastating impacts of offset projects on these communities. The Oakland Institute presents several case studies of offset deals by investment firms in East Africa, including Sydney-based New Forest with a portfolio of 1.27 million hectares of land, causing violent evictions and dissemination of livelihoods. Similarly, an investigation by Propublica exposes the devastating impacts of a biodiversity offset project in northwest Guinea, funded by the International Finance Corporation. According to the report, the expansion as well as the offset project has enabled the devastation of villages and helped a mining company justify the death of endangered chimpanzees in the area.

Despite the damning evidence of their impacts, African governments and environmental organisations present offset deals as a mechanism to generate revenues for local communities. Yet so far, the economic benefits of offset schemes to local communities remain elusive. I’m currently exploring this issue in Senegal, where some communities in the Saloum Delta have been able to generate income by supplying propagules for the mangrove reforestation campaign organised by Wetlands International, the French Development Agency and carbon credit broker, WeForest. However, local officials shared with me concerns that this income is used to obtain the buy-in of impoverished communities. There is also great uncertainty about their capacity to generate revenues or access resources after the deal is signed between the government and the carbon buyer.

At a moment of emerging political and economic interests against the backdrop of a rapidly changing natural environment, it is also crucial to grasp how the Western climate agenda functions within these shifting global structures. Thus, it’s important to ask, beyond local impacts, how do carbon and biodiversity offsets shape global economic configurations?

The effects of offset deals beyond local impacts

It may be too early to know for sure how offset deals will impact local and global economic structures in the long run. But the record from over three decades of ICDPs can help us gauge their possible trajectories. Carbon and biodiversity offsets schemes have existed in various forms since the late 1980s through a host of integrated conservation and development programs (ICDP) advanced by Western environmental agencies and implemented mostly in the Global South. ICDPs are market-based approaches allegedly designed to channel economic benefits for community development while preserving the natural environment. But for the most part, ICDPs seek to fundamentally change the social structures of resource-dependent communities of the peripheries without challenging, but rather strengthening, the global economic structures that are the main drivers of our ecological problem.

ICDPs include tourism-based conservation projects, Reducing Emissions from Deforestation and Forest Degradation in Developing Countries (REDD+) and Payment for Ecosystem Services (PES). In reality, except for PES which works directly with farmers and landowners, most ICDP schemes demand that local communities cede control of their land and resources in exchange for employment and vital public services for communities already living under the weight of state-sanctioned deprivation. Nigerian environmental researcher, Adeniyi Asiyanbi, has demonstrated how REDD+ facilitates a regime of forest militarization that curtails local resource access while driving elite accumulation in timber forestry. Similarly, my research among many other studies, shows that in most of Africa, tourism-driven conservation programmes, give greater advantage to private tour operators, while undermining local resource use practices and entrepreneurial activities, thereby exacerbating structural inequities.

I have written before in The Republic , imperialists and their African allies invoke environmental discourses to galvanise the dispossession of African lands, opening them to new markets and extractive concessions for US, European and Asian corporations. Furthermore, the body of work of Senegalese agrarian economist and feminist, Rama Salla Dieng, demonstrates how land dispossession deepens class and patriarchal structures in African rural societies while reshaping agrarian labour relations between the world’s capitalist core and its peripheries. Today, as Sian Sullivan maintains , carbon and biodiversity offsets market, as with any new frontier, enables the penetration of finance capital into an expanding array of environmental conservation niches. This process sets in motion the primitive accumulation of land and the elimination of endogenous socio-economic systems to support the reproduction of global capitalism.

Agrarian movements offer a path toward development in an ecologically just world

The imperialist capitalist project is at its offensive on all fronts in Africa today. The solutions to the climate and ecological crisis, imposed by the international climate agenda are neocolonial and capitalist ones that exacerbate unequal global development patterns. There is an urgent need for an African environmental agenda that prioritises the sovereignty and meaningful development of African nations. African agrarian systems offer important lessons towards an economic and ecological just world.

The 2022 Intergovernmental Panel on Biodiversity and Ecosystem Services reports that the continent still holds a quarter of the world’s biodiversity hotspots and some of the most ecologically intact communities. Empirical evidence shows that the resilience of these landscapes is the outcome of agrarian systems that are life-sustaining for the human and non-human world. In his seminal 2013 book , From Agriculture to Agricology: Towards a Global Circular Economy, Ugandan scholar, Dani W. Nabudere, documents how African agrarian systems contribute directly to food production, livelihoods and cultural sustenance while preserving biodiversity, forests, soil organic matter, rangelands, and other ecosystems critical for averting the climate crisis. Similarly, my research in the Transboundary Biosphere Reserve of the Senegal River Delta, adds to the body of evidence that building rather than replacing socio-economic processes of pre-existing agrarian systems yields better conservation and development outcomes. Therefore, agrarian societies play a key role in transitioning to endogenous socio-economic systems as essential to averting the ecological and climate crisis.

There is another strong case to be made for why African agrarian movements should be central to climate actions and biodiversity conservation. Industrial agriculture is not only one of the largest carbon emitters and causes of biodiversity loss. Its global political and economic infrastructure also fuels the ongoing dispossession of African lands, eliminating the endogenous agrarian systems. The Oakland Institute reports that in 2009, Africa accounted for 70 per cent of the 56 million hectares worth of large-scale farmland deals. By 2016, an estimated 42.4 million hectares of land had come under contract, one-third of which involved land formerly used by smallholders. This trend is expected to intensify with the high volatility of food prices in Global North countries.

Fortunately, agrarian organisations on the continent such as the Kenyan Peasant League and African Centre for Biodiversity are fighting for food sovereignty as central to slowing the expansion of industrial agriculture that is accelerating the biodiversity and climate crisis. We must also pay attention to and support grassroots agrarian organisations like the Yèlimi founded by Blandine Sankara in Burkina Faso, and DyTAES in Senegal, who present pathways towards a more just climate and ecological future that is predicated on Africa’s right to meaningful development.

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The Anthropocene’s critics are missing the point
March 13, 2024

The new epoch is real, evidence based, and represents unprecedented Earth System change

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by Simon Turner (UCL)
Colin Waters (University of Leicester)
Jan Zalasiewicz (University of Leicester)
Martin J. Head (Brock University)

Geologists on an international subcommission recently voted down a proposal to formally recognize that we have entered the Anthropocene, a new geological epoch representing the time when massive, unrelenting human impacts began to overwhelm the Earth’s regulatory systems.

A new epoch needs a start date. The geologists were therefore asked to vote on a proposal to mark the beginning of the Anthropocene using a sharp increase in plutonium traces found in sediment at the bottom of an unusually undisturbed lake in Canada, which aligned with many other markers of human impacts.

The entire process was controversial and the two us who are on the subcommission (chair Jan Zalasiewicz and vice-chair Martin Head) even refused to cast a vote as we did not want to legitimise it. In any case, the proposal ran into opposition from longstanding members.

Why this opposition? Many geologists, used to working with millions of years, find it hard to accept an epoch just seven decades long – that’s just one human lifetime. Yet the evidence suggests that the Anthropocene is very real.

Environmental scientist Erle Ellis was one critic who welcomed the decision, stating in The Conversation: “If there is one main reason why geologists rejected this proposal, it is because its recent date and shallow depth are too narrow to encompass the deeper evidence of human-caused planetary change.”

It’s an oft-repeated argument. But it completely misses the point. When Paul Crutzen first proposed the term Anthropocene in a moment of insight at a scientific meeting in 2000, it was not from realisation that humans have been altering the functioning and geological record of the Earth, or to capture all their impacts under one umbrella term. He and his colleagues were perfectly aware that humans had been doing that for millennia. That’s nothing new.

Crutzen’s insight was wholly different. He said that the Earth system – that is, the really fundamental things like atmospheric composition, climate, all ecosystems – had recently sharply departed from the stability that they had shown for thousands of years during the Holocene epoch, a stability which allowed human civilisation to grow and flourish.

It makes no sense, Crutzen said, to use the Holocene for present time. He conceived the Anthropocene as the time when human impacts intensified, suddenly, dramatically, enough to push the Earth into a new state. The science journalist Andrew Revkin (who thought up the name “Anthrocene” even before Crutzen’s inspiration) aptly called it the “big zoom”.

Flesh on bones

We’re part of the Anthropocene Working Group (AWG) that has been gathering evidence to put geological flesh on the bones of Crutzen’s concept. The AWG had a mandate: to assess the Anthropocene as a potential geological time unit during which “human modification of natural systems has become predominant”. Thus, not just any impact but a decisive one.

There’s now no doubt about this decisive change – nor that it has left sufficient marks in recent geological layers to justify the description of the Anthropocene as a geological time unit (for such a unit must be able to be read in layers of rock millions of years from now, and not just sensed as a change in conditions). These layers abound in fallout from nuclear bomb tests, microplastics, pesticides, fly ash, the shells of invasive species and much else.

But how can one show the difference between Crutzen’s idea and the “age of humans” Ellis wrote about, which he, with others, has proposed to call an “Anthropocene event” extending over 50,000 years or more? We can use the very diagram they used:


How various human activities have affected the planet over the millennia. Philip Gibbard, et al., 2022
It’s a nicely laid out, easy-to-understand picture that summarises the changes caused by human activity over the last million years. All these things certainly happened. But what is lost here is any sense of the quantified rate and magnitude of change, other than by a little shading. Looking at it, you’d wonder what the fuss was all about.

That’s because there’s no Y-axis (the vertical one). It only has the X-axis, that of time. The Y-axis is what scientists use to show the magnitude of measurements such as temperature and mass. It’s absolutely crucial to get an objective, number-based understanding of what really is happening.

Now let’s see how things look when a Y-axis is added. This just shows the last 30,000 years, that includes all the Holocene, but doesn’t use a logarithmic scale (that is, it doesn’t squash up the big numbers) so it more clearly shows how things relate to time.

Graphs showing greenhouse gas and temperature change over last 30,000 years
Global atmospheric concentrations from ice core records of greenhouse gases (carbon dioxide, methane and nitrous oxide) and global temperature over the past 30,000 years. There is a sharp, unprecedented uptick in values in the Anthropocene. Adapted from Zalasiewicz et al al (2024), CC BY-SA
The speed and magnitude of recent change jumps out at you. The sharp upturns are essentially Crutzen’s Anthropocene, representing the last 72 years of what has been called the “great acceleration” of population, consumption, industrialization, technical innovation and globalization (a more detailed way of expressing the “big zoom”).

Similar graphs can be drawn for species extinction and invasion rates, or the production and spread of fly ash, concrete, plastics, and a host of other things. They show that Crutzen’s Anthropocene is real, evidence based, and represents an epoch-scale change (at least). The significance for us all, of course, is that the near-vertical recent trends in these graphs are still, for the most part, rising, zooming us into a new kind of planet. The repercussions cannot fail to last for many thousands of years – and some will change the Earth for ever.

Epoch vs event

So the Anthropocene as an epoch is very different from the “event” of Erle Ellis and others, which encapsulates all human influence on the planet (and so is about a thousand times longer than the epoch, and differs in many other ways). They’re both valid concepts of course, and have some overlap, just like a mouse in some ways overlaps with a blue whale (they’re both mammals, and share a good deal of their genetic code). But they’re different.

It’s absurd, therefore, to give them the same name: to take Crutzen’s term and appropriate it for a wholly different purpose, and in doing so obscuring the real meaning of his insight and its significance. Under a different name (the Anthropolithic, perhaps?), it could perfectly well complement an Anthropocene epoch.

Humans have had a long and complex impact on the planet, true. For almost all that time, they left their marks on Earth – but did not utterly overwhelm it. Less than a century ago, processes that began during the Industrial Revolution swung into overdrive. That’s the Anthropocene as an epoch. It’s real, it’s already made geology, and it won’t go away. Best to acknowledge it, to help us cope with its consequences.

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Re: The Long Ecological Revolution

Post by blindpig » Thu Mar 21, 2024 1:57 pm

Capitalism’s New Age of Plagues, Part 2
March 14, 2024

Relentless evolution creates ‘resilient, dangerous foes’ in the Anthropocene

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SARS-CoV-2 is the virus that causes COVID-19. It is actually colorless, because it, like almost all viruses, is smaller than the shortest wave-lengths of visible light.

by Ian Angus

Part Two of a multi-part article on the causes and implications of global capitalism’s descent into an era when infectious diseases are ever more common. My views are subject to continuing debate and testing in practice. I look forward to your comments, criticisms, and corrections.

[Part 1] [Part 2]

A question that goes unasked in most accounts of the COVID-19 pandemic is why now? Why has a virus that for centuries resided peacefully in a wild animal in rural China suddenly attacked millions of humans around the world?[1]

For a potentially deadly virus to cause actual disease, conditions must exist for it to infect a plant or animal and multiply. And for a disease to become an epidemic or pandemic, conditions must exist for it to spread rapidly to others. Epidemics and pandemics are simultaneously micro-biological and macro-ecological[2] — they emerge and spread through interaction and conflict between biological change and social change.

To understand why new viral diseases are multiplying now, we focus first on the relentless evolution of Earth’s smallest and most numerous biological entities.

+ + + + + +

If you ask most people what viruses are, they’ll say something about germs and disease. Indeed, until recently that was how most scientists viewed them: in 1977 the famous biologists Jean and Peter Medawar wrote that a virus is “simply a piece of bad news wrapped up in protein.” No one could see a virus before the invention of the electron microscope in the 1930s, and unless it caused disease, scientists didn’t know to look for it. For decades, viruses were classified by their appearance and their impact on human health.

Only in this century has automated genetic analysis enabled the rapid identification of large numbers of viruses, causing a revolution in virology. In study after study, scientists are discovering thousands of previously-unknown viruses at a time — so many that efforts to catalog them have trouble keeping up, and we have no idea what (if anything) most of them do.

The figures are mind-boggling. Can anyone truly grasp numbers like the estimated 1031 individual viruses on Earth — 10 million times as many as there are stars in the universe? Every liter of ocean water contains about 100 billion viruses, and wind-borne dust carries some 800 million viruses to every square meter of the earth’s surface, every day. There are about a trillion viruses in your body at any given time — some infect your human cells, some infect the millions of bacteria we all carry, and some are just passing through on your food or breath.

They are, as evolutionary biologist John Thompson writes, “in many ways the most successful lifestyle on earth.”[3]

“Viruses are, by far, the most abundant organic entities we know of; in fact, they are probably more common than all other forms of life combined … Every ecological niche in which life can be found has been penetrated by the virosphere. Over 100 million types of viruses infect all species of living beings, including animals, microbes, and plants.”[4]

Most viruses are specialists that can only infect particular species of microbes, plants, or animals — and usually only specific kinds of cells in specific species. Rabies, for example, initially infects muscle cells of some mammals, then attacks their brain cells. Ebola viruses target cells in human livers and immune systems, and the linings of our veins and arteries. Coronaviruses infect cells in human respiratory tracts, some causing mild cold symptoms and others causing SARS or COVID-19.

Viruses play major roles in the biogeochemical cycles that define and drive the entire Earth System. Some viruses kill billions of single-celled organisms in the oceans every day, sinking (and eventually recycling) millions of tons of organic carbon. About one-quarter of fixed carbon passes through such virus-driven processes, and five percent of the oxygen you breathe comes from virus-stimulated photosynthesis in the oceans. Many viruses co-exist in permanent symbiotic relationships inside the cells of plants and animals, killing harmful bacteria, stimulating production of essential chemicals, aiding digestion, and much more. About 8% of the human genome is DNA that originally came from various viruses.

But in this article I focus on the small minority, a fraction of a percent of all virus species, that can cause disease in humans and other animals. Two biological characteristics, common to all viruses, make these potential pathogens particularly dangerous.

1. Viruses cannot reproduce on their own. Viruses are unlike any other form of life — indeed, there is an ongoing debate about whether they are alive at all. They have no metabolic systems of their own, no source of energy to do anything at all. This is life (if that word applies) stripped down to a handful of RNA or DNA instructions for making copies of itself. It can only reproduce by entering a living cell and hijacking its reproductive machinery. When it does so, hundreds or thousands of copies can be manufactured and released into the environment in a few hours.

That reproduction process can cause disease either by preventing cells from performing essential functions for the larger organism, or by provoking the host’s immune system into over-reaction, or by some combination of those. As virologist Marilyn Roossinck writes:

“If we imagine that viruses have a goal, it is simply to make more of themselves. They are not driven to cause disease or to do good; they just want to make more viruses. Sometimes, in this drive to reproduce, they benefit their hosts, and if that happens there may be strong selection to maintain the relationship. At other times they accidentally cause harm to their hosts, especially if they and their host have a new relationship that has yet to be honed through adaptation and evolution. Ultimately, a virus will adapt anything that furthers its cause to reproduce.”[5]

Despite the language of “goals,” viruses do not in any sense seek out new cells to infect. When not in cells, viruses are inert, unable to do anything at all. Only accidental contact with appropriate cells allows them to resume reproducing, but because there are millions of them, chances are that some will infect new cells and resume reproduction.[6]

2. Viruses constantly evolve as they reproduce. Unlike cells, viruses don’t reproduce by dividing — instead they force the host cell to create the necessary proteins, and then to assemble them into copies of itself. In contrast to DNA, with its famous “double helix” structure that identifies and corrects copying errors when a cell divides, the genetic material of most viruses is RNA, which has no such error-correcting ability. On average, there is one mistake, or mutation, in every copy of an RNA virus.[7] If two kinds of viruses infect the same cell, they may shuffle their genes, creating hybrids. Most mutations and gene exchanges weaken or disable the virus, but any that confer a survival advantage will tend to spread through the virus population.

“This churn of genes creates infinite opportunities for new viruses and viral particles to evolve and pass through diverse life forms. Thus, over several trillions of generations, once-cousins create progenies that are progressively more distinct from one another.”[8]

In essence, the combination of copying errors and Darwinian natural selection leads to large numbers of simultaneous experiments in viral evolution. As Marxist biologist Richard Levins warned three decades ago, constant evolutionary change gives microbial pathogens a significant advantage over medical science.

“The genetic makeup of pathogen populations … shifts readily, not only in the long run but even in the course of a single outbreak and within a single host during a bout of illness. There are strong opposing demands on the pathogen’s biology to select for access to nutrients, to avoid the body’s defenses and exit to a new host. Variations in a body’s state of nutrition, its immune system, the presence or absence of other infections, access to treatment, the treatment regime and conditions of transmission all push and pull the genetic makeup of pathogen populations in different directions. This means that we constantly see new strains arising, new strains that differ in their drug and antibiotic resistance, clinical course, virulence, and biochemical detail. Some even develop resistance to treatments that have not yet been used if these threaten the survival of the pathogens in ways similar to old treatments.”[9]

A virus that kills its host will go extinct unless it has can infect another before the first host dies. Usually such movement only occurs within a species, but zoonotic infections can occur when a virus jumps or “spills over” from animals to humans. When that happens, a virus that was harmless in the original species may cause serious illness, even death, in the next. But a virus cannot infect a new species if appropriate conditions for species-switching don’t exist. Ecologist Jaime García-Moreno explains that the physical and biological barriers to moving from one species to another have made such shifts relatively rare.

“Pathogens are often confined to one host species (or to a group of related species), and so, in spite of being continually exposed to multiple pathogens that have other species as hosts, most of these cannot and do not infect people; those that manage rarely cause disease in humans and almost always lead to dead-end infection chains….

“It is clear that the mere appearance of a new pathogen is insufficient to cause a new disease, because there are many factors that end up determining whether a pathogen can infect a potential host and whether the infection can become self- propagating — host distribution, pathogen release from the host and survival, human (or other new host) exposure, or immune response to name just a few. We are exposed daily to multiple viruses, but only very few have evolved the mechanisms to cause a successful infection cycle in human beings.”[10]

Nevertheless, over the centuries many viruses have made the jump. Some early hunters undoubtedly contracted deadly diseases from the blood of animals they killed, butchered and ate, but their societies were too small for the pathogens to persist as human diseases. That changed with the Neolithic revolution, when livestock farming brought large numbers of humans into frequent direct contact with animals. Livestock farming created a “a bonanza for our microbes. … when we domesticated social animals, such as cows and pigs, they were already afflicted by epidemic diseases just waiting to be transferred to us.”[11]

But just crossing over to human hosts didn’t ensure long-term viral success. To continue as human pathogens, a virus must be able to move to uninfected humans before the infected ones die or develop immunity. That condition was met by the formation of large settlements and cities that accompanied the adoption of agriculture. Large numbers of people living in close to proximity provided ideal environments for animal-based pathogens to spread and adapt to human biology.

Since Neolithic times, hundreds of viruses have successfully moved from animals to humans — first infecting local communities and then spreading to others in the bodies of soldiers and traders. In some cases — the European invasion of the Americas is a particularly horrendous example — this caused pandemics that killed millions of people who had not developed immunity.

Most of the infectious diseases that now afflict humans — including viruses, bacteria, fungi, and parasites — originated in wild and domestic animals. A report published in 2020 found that “across the globe, the 13 most common zoonoses were most impactful on poor livestock workers in low- and middle-income countries and have caused an estimated 2.4 billion cases of illness and 2.7 million deaths in humans per year.”[12] Those numbers were almost immediately made obsolete by COVID-19.

The number of microscopic pathogens we now face is unprecedented in our history, and more are coming. As a blue-ribbon scientific panel told the US government in 1993:

“It is unrealistic to expect that humankind will win a complete victory over the multitude of existing microbial diseases, or over those that will emerge in the future. … Microbes are ranked among the most numerous and diverse of organisms on the planet; pathogenic microbes can be resilient, dangerous foes. Although it is impossible to predict their individual emergence in time and place, we can be confident that new microbial diseases will emerge….

“Although the odds are low that a randomly chosen organism will become a successful human pathogen, the great variety of microorganisms in nature increases those odds…. Co-evolution of pathogens and their animal and human hosts will continue to be a challenge to medical science because change, novelty, or ‘newness’ is built into such relationships….”[13]

Radical environmental changes, driven by capitalism’s inexorable drive to grow at all costs, have weakened natural barriers against the emergence of novel pathogens, and multiplied opportunities for aggressive viruses to infect humans. As a result, we are seeing the emergence of more zoonotic diseases, and can expect that global pandemics will increasingly characterize the Anthropocene.

To be continued ….

References

[1] Some readers have asked about claims that the virus came from a Chinese laboratory. Research into the exact origin is ongoing, but the evidence for animal origin is very strong, while the evidence for a lab link is virtually non-existent. See: https://www.msnbc.com/the-mehdi-hasan-s ... -rcna91500

[2] Chuăng, Social Contagion: And Other Material on Microbiological Class War in China (Chicago, IL: Charles H. Kerr Publishing Company, 2021), 24.

[3] John N. Thompson, Relentless Evolution (Chicago: Univ. of Chicago Press, 2013), 113.

[4] Anne Aronsson; Fynn Holm, “Multispecies Entanglements in the Virosphere: Rethinking the Anthropocene in Light of the 2019 Coronavirus Outbreak,” The Anthropocene Review 9, no. 1 (2022): 26.

[5] Marilyn J. Roossinck, Viruses: A Natural History (Princeton: Princeton University Press, 2023), 64.

[6] Dorothy Crawford, Viruses: The Invisible Enemy, 2nd ed. (Oxford: Oxford University Press, 2021), 14.

[7] Roossinck, Viruses, 138.

[8] Pranay G. Lal, Invisible Empire: The Natural History of Viruses (Gurugram, Haryana, India: Penguin/Viking, 2021), 41.

[9] Richard Levins, “When Science Fails Us,” International Socialism, September 1996.

[10] Jaime Garcia-Moreno, “Zoonoses in a Changing World,” Bioscience 73 (n.d.): 712.

[11] Jared M. Diamond, Guns, Germs, and Steel: The Fates of Human Societies (New York: Norton, 1999), 205–6.

[12] Md. Tanvir Rahman et al., “Zoonotic Diseases: Etiology, Impact, and Control,” Microorganisms 8, no. 9 (September 12, 2020): 1405.

[13] Institute of Medicine, Emerging Infections: Microbial Threats to Health in the United States, ed. Joshua Lederberg, Robert E. Shope, and Stanley C. Oaks, 3. (Washington, DC: National Acad. Press, 1993), 32, 44.

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“I Don’t Believe in Growth”

Posted on March 21, 2024 by Yves Smith
Yves here. I suspect many readers will want to weigh in on this topic. There are a host of questions related to the ones Richard Murphy raises, as in do we really need population growth if we can be more clever about managing the dependency of the young and old? Pre-Industrial Era societies did not have nuclear families as their foundation and syndicated this burden across extended families and sometimes local churches. How much of the perceived need for growth comes out of status and resource competition, particularly young men seeking to bed and wed women? If those young men are competing over a perceived-to-be-static or even shrinking pie, is that destabilizing? Can increases in quality of life (which should be attainable, that does not mean they will be attained) substitute for more consumption? In other words, how can we move away from allowing ourselves to be victimized by marketing?

By Richard Murphy, part-time Professor of Accounting Practice at Sheffield University Management School, director of the Corporate Accountability Network, member of Finance for the Future LLP, and director of Tax Research LLP. Originally published at Fund the Future.

I don’t believe in growth as an economic panacea. There, I’ve said it, and most economists will be horrified.

Why say so now? Because Rachael Reeves, referred to growth 58 times in her Mais lecture this week.

She, admittedly, said it was not the solution to all problems. But, you could be mistaken in thinking that she did not really believe that, given how often she referred to it, and how everything that she offered was premised upon the possibility of its delivery.

So why don’t I believe in growth?

Firstly, that is because the way we record growth does not in any way indicate the value of economic activity . As I used to say to students when I was talking about this subject, one of the easiest ways to deliver growth would be for everyone in a society to get divorced. The expenditure on legal fees and splitting up of households would significantly boost GDP, but the sum of human happiness would undoubtedly reduce.

Then there is the matter of distribution . Most measures of growth are not even related to GDP per head. Worse still, very few provide any indication as to who has enjoyed the benefits of that growth. The best example of the resulting nonsense is found in Ireland. Approximately one quarter of its GDP is made up of the profits of multinational corporations recorded in that country, none of which are attributable to any person living there. In that case, GDP growth in Ireland might bring no benefit whatsoever to its population as a whole, let alone any one Irish person in particular. More commonly, elsewhere, when we know that most GDP growth goes to those already wealthy, it is a particularly poor target for any society.

Then there is the sustainability issue. As a simple matter of fact, we cannot consume ever more physical resources on a finite planet without destroying its capacity to sustain us.

But most of all, I do not believe in growth, because I do not think that it is nearly as important as the goal of meeting needs.

We all know what needs are. We require clean air and water. Good food is essential for a good life. So too is warm shelter. And we need education so that we can integrate in our communities, and help advance their understanding.

Much of healthcare is about community provision, by necessity. And when the events that require a personal healthcare intervention also very largely arise as a result of randomised risk, it is always the case that the community as a whole is the agency best able to carry that risk, and so meet it. The same is true for so many other needs that have to be addressed if we are all to have access to a reasonable quality of life.

Nothing about this denies the existence of wants. Meeting needs does not say that wants should not be fulfilled. But there is an order of priority here. The meeting of wants is not nearly as important as the meeting of needs.

Implicitly, GDP does not recognise that fact. The pursuit of growth does not, therefore, do so either. For that precise reason, I think that both are morally suspect, at best, and profoundly ethically biased at worst.

Nor do, I think that either can be amended to address those deficiencies. Growth is the wrong goal. Meeting need is what we must do, for everyone. Only then  can we consider meeting wants, and then only within sustainable limits.

For those who think that this suggests that we will have a miserable existence, think about what it is that have created all the most valuable memories and experiences in your life. I can almost guarantee that none of them related to material consumption that satisfied a want. Almost all of them will relate to an occasion when you shared an experience with others, whether that was an intimate moment, or a family event, or a concert, or some similar experience, such as the celebration of an achievement. What all these things have in common is that each also relates to the meeting of the need, whether that be be for emotional, intellectual, or spiritual well-being.

Meeting those higher order needs is harder, however, if our material needs are not met . It is very hard to be joyful when you are hungry, cold, destitute, or are living in fear. Meeting need is, then, the precondition of happiness. Supplying the wants of some, at cost to meeting the needs of others must always, in that case, be a sub-optimal objective. GDP growth is, in that case, always the wrong goal in economics.

That economics has moved far from its roots in moral philosophy is evident from its focus on growth . It needs to go back to its roots and talk about what is right. Meeting everyone’s needs is the right goal for economics. It is what any government should do. And that is why I will criticise any government that fails to achieve that, most especially if it does not even try to do so.

https://www.nakedcapitalism.com/2024/03 ... rowth.html
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Re: The Long Ecological Revolution

Post by blindpig » Fri Mar 22, 2024 1:46 pm

Top geology body denies appeal, rejects Anthropocene proposal
March 21, 2024

Ruling ends formal discussion in official geological organization

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The following statement was issued by the International Union of Geological Sciences on March 20. It officially accepts the recent subcommittee vote against formally adding the Anthropocene as a new epoch in the Geological Time Scale. The IUGS rejected charges that the vote had violated IUGS statutes and procedures.

There is no appeal from the IUGS ruling: this effectively ends formal discussion of the Anthropocene in the official geological organization. Jan Zalasiewicz, who spearheaded the discussion for nearly 15 years, is resigning as chair of the Subcommission on Quaternary Stratigraphy. Nature quotes him as planning to work through other channels to win acceptance for the Anthropocene,

Climate & Capitalism strongly disagrees with the IUGS decision. We will have more to say about it future articles.

[Paragraph breaks added for readability]

International Union of Geological Sciences
March 20, 2024
The Anthropocene[/b]

In 2001 the atmospheric chemist, Paul Crutzen, proposed that human activity was impacting natural environmental conditions to the extent that we had effectively left the natural stable conditions of the Holocene and moved into a new interval that he named the Anthropocene. In response to this suggestion, the Anthropocene Working Group (AWG) was established in 2009 on the initiative of Phil Gibbard (PLG: the then chair of the Subcommission on Quaternary Stratigraphy; SQS). The remit of the Working Group was to examine the evidence for human induced climate change as reflected in the recent geological record, and to determine whether this was sufficiently compelling for a new stratigraphic unit to be included in the Geological Time Scale (GTS) and, if so, at what rank.

The Working Group, initially led by Jan Zalasiewicz (JAZ) and latterly by Colin Waters (CW), deliberated for 15 years before finally submitting a report to the SQS in late October 2023. The proposal was that the Anthropocene should indeed be a new chronostratigraphic unit; that it should be of series/epoch status; that it should begin not in the mid-18th century but rather in the 20th century (~1950) where a range of proxy indicators marked a significant increase in human impact (the ‘Great Acceleration’); and that it should be underpinned by a GSSP. A GSSP or a Global Stratotype Section and Point indicates the internationally-recognized base of a chronostratigraphic unit, marked by a ‘spike’ in a succession, usually of rock, and is the start of geological time for that unit.

The AWG initially comprised a small group of geoscientists but grew rapidly to include many non-geoscientists, including interested colleagues from geography, ecology, archaeology, the humanities and even from the legal community, such that it eventually included over 30 members. The mid-20th century start date was promoted through a large number of published papers, through press releases and media interviews, and through various conference presentations. Hence although the formal report has only very recently been presented to the SQS, the details of the proposal have been known for some considerable time and have been widely discussed at conferences and in the scientific and popular literature. This means that discussion of the proposal has been effectively conducted over a much longer time period than is normally the case with proposals submitted to the ICS

While there can be little doubt that the term Anthropocene is now well established in the public domain, and will no doubt continue to be used in popular and scientific discourse, it has not been without its critics.

Some have pointed to the fact that anthropogenic effects on the Earth’s environmental and climate systems long predate the mid 20th century (e.g. early agriculture; the industrial revolution in western Europe, the colonization of the Americas and Pacific, etc) and hence the Anthropocene has much deeper roots in geological time.

Others have expressed unease about a new unit in the GTS that truncates the Holocene but with a span of less than a single human lifetime, it sits uncomfortably within the GTS where the units span thousands or even millions of years.

A third cause for concern is that the human effects on global systems are time-transgressive and are also spatially and temporally variable, so that their onset cannot be adequately represented by an isochronous horizon as reflecting a single point in time.

An alternative narrative has therefore arisen in which the Anthropocene is not considered as a series/epoch (i.e., a chronostratigraphic unit and the corresponding geochronologic unit) but rather as an event, similar to the great transformative events in Earth history such as the Great Oxygenation (2.4-2.1 Ga), the Cambrian Explosion, or the Great Ordovician Biodiversification events.

None of these major transformative events in Earth history are represented as chronostratigraphic units, and hence there has been no requirement for formal ratification. If so, the Anthropocene could be considered as an informal non-stratigraphical term.

Despite several years of discussion within the AWG, and a large number of publications from the group, by 2018 the ICS executive was becoming increasingly concerned that no report had been prepared for and submitted to the SQS, and so both Professor David Harper (DH: chair ICS) and PLG (then ICS Secretary General) requested that the group focus solely on generating a proposal that could be put to a formal vote by the subcommission. It was also agreed that only geoscientists within the AWG would be eligible to vote on the proposal. The response from the AWG leadership was that more time was needed to finalize the site selected for a reference GSSP, and this was reluctantly agreed by ICS.

The process was finally completed in the autumn of 2023, although the group stated that further time was still required to include yet more analytical results from the 15 cm of lake sediment from the selected type site of Crawford Lake in southern Ontario, Canada. However, in subsequent discussion within the SQS (see below), the reaction by the voting membership was that consideration of additional samples was not necessary, the evidence already being clear from the results that were included in the October proposal.

Following standard ICS procedure, it was expected that there would be 30 days allotted for the discussion of the AWG proposal, to be followed by 30 days for voting. Because of a possible conflict of interest, JAZ and MAH recused themselves from the administration of the voting process (although both participated in the discussion), and the discussion and ballot were conducted by the 1st vice-chair Professor Liping Zhou (Beijing University: LPZ) and Professor Adele Bertini (University of Firenze: AB), and who ensured that the process adhered strictly to the rules of ICS.

However, when the discussion period ended and the Secretary moved to call a vote, both JAZ and MAH objected saying that the discussion period had been of insufficient length and that additional information on the Anthropocene proposal had been excluded. This did not find favor with a substantial number of SQS members who were anxious to move forward to the ballot. In order to meet the request for more time, however, LPZ and AB agreed to extend the discussion period, which was initially expected to end in late December, until the end of January. Voting finally began on 4th February, in spite of further objections from JAZ and MAH based on their view that adequate time was not allowed for discussion. It ended on 4th March at which point the results were declared.

The outcome was a decisive rejection of the Anthropocene proposal: 4 votes in favour; 12 votes against; and 3 abstentions. Three members did not vote, including JAZ and MAH, who then began a campaign questioning the legitimacy of the vote on procedural grounds and alleged contravention the ICS statutes. It is important to stress that there was no question of impropriety against either LPZ or AB, both of whom acted with complete integrity throughout a difficult process and who carried out their duties fully in accordance with the statutory requirements of ICS.

Nor can the integrity of the SQS membership be called into question. All who participated in the process are geological scientists of the highest caliber, from a range of countries, and with wide expertise in Quaternary stratigraphy and chronology. It is clear from the comments that were made during the course of the discussion period, that many were unconvinced by the arguments in the AWG proposal, and their misgivings are clearly reflected in the decisive nature of the voting outcome.

The vote of the SQS has been recognized as valid by the ICS Executive, and that recognition has been near unanimously supported (15 yes, 1 abstention, 1 conflict of interest) by the chairs of the seventeen IUGS subcommissions, who are the ICS voting members.

Although their proposal has been decisively rejected, the AWG has performed an important service to the scientific community by assembling a wide body of data on human impacts on global systems, and this database will be an essential source of reference well into the future.

Moreover, the Anthropocene as a concept will continue to be widely used not only by Earth and environmental scientists, but also by social scientists, politicians and economists, as well as by the public at large. As such, it will remain an invaluable descriptor in human-environment interactions.

But it will not be recognized as a formal geological term but will more usefully be employed informally in future discussions of the anthropogenic impacts on Earth’s climatic and environmental systems.

https://climateandcapitalism.com/2024/0 ... -proposal/

As though geology is the measure of all things...

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Texas Law Forces Pension Funds and Municipalities to Drop Use of Financial Firms that Support Net Zero
Posted on March 22, 2024 by Yves Smith

Yves here. Financialization cuts both ways, as a Texas fight over Net Zero commitments is demonstrating. Major banks and investment houses joined the ESG (“environment, social, governance”) trend, in large measure because it became popular among institutional investors. In addition, some retail investors are want to limit their holdings to various flavors of social responsible funds.

What is not often discussed is the reason the ESG bandwagon has become so popular is it is another source of profits to the fund management industry. Anything other than a plain vanilla index fund will have higher fees. Specialist consultants get to opine on the merits of these new offerings, collecting their cut. As we can see from CalPERS, boards would much rather engage in ESG virtue-signaling than worry about nerdy things like allocation, fees, returns, and risks.

But now Texas is throwing a spanner in the works, as least as far as trying to move capital away from fossil fuel investments is concerned. The article below insinuates that the blowback from what amount to sanctions might leave the state worse off, since municipalities are now suffering higher funding costs. By contrast big and middle sized energy plays don’t fundraise that often, so the benefits to them and by extension, Texas, may be less that the cost to municipalities and other entities.


The article points out that other states are looking at similar measures.

And regardless of the actual, as opposed to perceived, impact of what amount to Net Zero sanctions and state counter-sanctions, the Texas example illustrates how the lack of consensus over climate change (and who should bear costs of conservation and remediation) means doing anything with teeth is getting serious resistance.

By Alex Kimani, a veteran finance writer, investor, engineer and researcher for Safehaven.com. Originally published at OilPrice

Texas has barred state entities, including pensions, from investing in roughly 350 funds that oppose fossil fuel investing.
A growing number of red states are now pursuing similar legislation to boycott financial institutions over policies that appear to threaten their livelihoods.
Five of the largest underwriters namely Goldman Sachs, Citigroup, JPMorgan Chase, Bank of America, and Fidelity exited the market, leading to lower competition for borrowing and higher borrowing costs.


Three years ago, Texas passed two laws in 2021 that restrict the state from doing business with companies that are deemed to be hostile to fossil fuels and firearm industries.The two laws are just a handful of the many new laws Republicans have been pushing that oppose environmental, social and governance aka ESG investing and financing. Many Republicans consider screening potential investments for their environmental and social impact as part of the left’s efforts to impose their “woke” political views on the masses and have labeled ESG investing as anti-capitalist.

“ESG is just a hate factory. It’s a factory for naming enemies,” Republican mega-donor Peter Thiel has declared, while former Vice President Mike Pence has lamented that firms have been pushing a “radical ESG agenda.”

And, the effects of those controversial laws are now being felt across the ESG universe. Texas has barred state entities, including pensions, from investing in roughly 350 funds that oppose fossil fuel investing while other firms have been blacklisted for opposing firearms. To wit, the Republican-leaning state has banned Wall Street behemoths BlackRock Inc., Citigroup Inc. Barclays Plc and members of Net Zero Banking Alliance that have committed to “financing ambitious climate action to transition the real economy to net zero greenhouse gas emissions by 2050.” Just days ago, Texas Permanent School Fund terminated its contract with BlackRock to manage $8.5 billion of state money due to the money manager’s hardline stance on fossil fuel investments.

Costing Taxpayers

The anti-ESG laws have also come at a considerable cost for the State of Texas and its residents. Five of the largest underwriters namely Goldman Sachs, Citigroup, JPMorgan Chase, Bank of America, and Fidelity exited the market shortly after the laws were enacted, leading to lower competition for borrowing and higher borrowing costs. Related: Why Do we Still Have Investor-Owned Utilities?

“This is a really big rule for the municipal space. This is not the first time we’ve seen states use municipal markets as a way to enforce bank behavior they want to see, but this is new in its scale in that five large banks left Texas. [They] used to underwrite about 35% of the debt in the market, so they’ve left a really big gap,” professor Daniel Garret, co-author of a Wharton paper on the subject, has said. The study estimates that Texas cities paid an additional $303 million to $532 million in interest on $32 billion in bonds in the first eight months alone after the laws were passed.

But the implications go beyond Texas because a growing number of red states are now pursuing similar legislation to boycott financial institutions over policies that appear to threaten their livelihoods. Last year, a coalition of 19 states, led by Florida, created the anti-ESG alliance that’s opposed to using ESG criteria in government investing. The coalition claims the Department of Labor’s final rule permitting the use of ESG factors when selecting retirement plan investments prioritizes a political agenda ahead of financial returns and will end up costing Americans money.

“The proliferation of ESG throughout America is a direct threat to the American economy, individual economic freedom, and our way of life, putting investment decisions in the hands of the woke mob to bypass the ballot box and inject political ideology into investment decisions, corporate governance, and the everyday economy,” they said in a joint statement.

ESG investing Losing Steam

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Source: Visual Capitalist

ESG investing spiked in 2020 and 2021 amid the COVID-19 pandemic with low oil prices driving more investments beyond fossil fuels. Unfortunately, the latest oil price boom and political backlash against ESG led by Republican politicians have made ESG investing lose steam.

Indeed, LSEG Lipper data showed that in the first 11 months of 2023, ESG funds only managed to pull $68 billion in net new deposits, a sharp drop from $158 billion in 2022 and $558 billion in 2021.

Big Oil is also pumping the brakes on its ambitious decarbonization drive.

A few days ago, Exxon Mobil Corp. (NYSE:XOM) announced that it will not move forward with one of the world’s largest low-carbon hydrogen projects if the Biden administration does not provide tax incentives for natural gas-fed facilities. Current guidelines provide incentives for projects that produce “green” hydrogen by using water and renewable energy, but Exxon wants them extended to”blue” hydrogen from gas by trapping carbon emissions. That’s an interesting take because last week, at the CERAWeek conference in Houston, Exxon CEO Darren Woods expressed his doubts about the efficacy of carbon capture at lowering emissions because ‘‘…the technology works for high concentration streams of gases but is too expensive for low concentration streams.’’

Last year, BP Inc. (NYSE:BP) unveiled a new [less aggressive] decarbonization strategy that entails (1) a slower decline in upstream investments and scrapped former plans to shrink refining; (2) focus more on higher-margin hydrogen and biofuels as well as offshore wind; and (3) higher spending in both oil and gas as well as low carbon. According to the company, the new strategy will offer higher shareholder returns, especially critical to the company after it severed ties with Russia’s Rosneft. BP’s nearly 20% stake in Rosneft helped to add several billion dollars to its bottomline.

https://www.nakedcapitalism.com/2024/03 ... -zero.html

Which just goes to show that capitalism cannot get us out of the mess it created, that all of the 'green economy' dreams and schemes founder on the shoals of the private ownership of the means of production. Only the bald face liars, hopelessly ignorant and the naive will tell you different.
"There is great chaos under heaven; the situation is excellent."

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Re: The Long Ecological Revolution

Post by blindpig » Tue Mar 26, 2024 2:16 pm

GREENLAND CASCADING 30 MILLION TONS PER HOUR
Posted by MLToday | Mar 24, 2024

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BY ROBERT HUNZIKER
March 15, 2024 CounterPunch


Facing Future.tv recently conducted an interview about spooky new developments in Greenland. The ice sheet is cascading/gushing at unheard of rates never dreamed possible at this stage of global warming, or at any stage for that matter.

The video opens with a statement by Peter Wadhams, professor emeritus Ocean Physics, Cambridge University, a leading authority on Arctic sea ice (A Farewell to Ice: A Report from the Arctic, Oxford University Press, 256 pgs): “Greenland’s rate of melt in summer was something that we knew about, and it was gradually increasing, then suddenly it’s multiplied itself by about 8 times; this is 30,000,000 tons an hour. When I was last up there it was more like 30,000,000 tons per day. That’s just something unheard of and so we’re really worried about what’s going on with Greenland.”

As it happens, Dr. Wadhams’ expression “worried about what’s going on with Greenland” is a very strong candidate for ‘understatement of the year’ or maybe of the century. The rate of melt he discussed is 720,000,000 tons per day versus previous analyses of 30,000,000 tons per day.

The Facing Future.tv 25:33-min video is entitled: Greenland: Ice Loss Accelerating, 30 Million Tonnes an Hour with Paul Beckwith and Peter Wadhams, Hosted by Dale Walkonen March 3, 2024.

Question by the host: “How serious is the situation in Greenland?

Answer (Wadhams): “Well, it’s very serious because it’s unprecedented that the rate of melt… Suddenly its multiplied itself by about seven or eight; it’s 30 million tons an hour, but when I was last up there it was 30 million tons per day… now gone to an hourly rate which used to be daily rate… when you’re up on the ice sheet you see big changes. There are always large meltwater streams, holes filling up with water. It’s a very dynamic scene but it’s not nearly as dynamic as it is now because everything is speeding up by a factor of about eight. It’s something unheard of… it’s not figured into the climate models used by the IPCC.”

According to Paul Beckwith, climate system scientist, University of Ottawa, the High Arctic has been warming 5-8 times the global average for some time now as many scientists and newspaper reports erroneously claimed it was only two-three times, not 5-8 times. The High Arctic directly influences Greenland, and he claims there’s good data on Greenland and Antarctica via gravity anomaly satellites, e.g., NASA’s GRACE, CyroSat, and Copernicus Sentinel-3, that show melt rates doubling every decade for both regions.

Regarding the new data: “People are going to be very surprised at the accelerated growth of sea level rise in the next decade, or two, let alone if all of Greenland melted, it would be 25 feet of sea level rise.” (Beckwith)

According to Beckwith: James Hansen (Earth Institute/Columbia University) some time ago said he would not be surprised if we had 5 meters (16 feet) of sea level rise by 2100. He said that years ago when the IPCC expected about one-half a meter by 2100.

It should be noted that current IPCC sea level rise statistics assume 1-4 feet this century, depending upon various input data.

Beckwith: We’re seeing huge acceleration in global warming, in ocean warming, estimates of sea level rise are going to be going up, up, up a lot, continually revised upwards. He believes Hansen’s 5 meters is an underestimate. If perchance that happens, what’ll it be by 2030 or 2040 or 2050? After all, Greenland’s melt rate is not static; it’s already off the charts at a baffling 30M tons per hour, formerly 30M tons by the day. Seemingly, that’s comparable to breaking the sound barrier at Mach 1.

Wadhams on Hansen: “I think Hansen is right in expecting a higher rate than models give; he always has a healthy contempt for models which I think is correct because nearly always, models are inadequate, especially the Intergovernmental Panel on Climate Change, IPCC models.”

As queried by the host, since most people listen to what the IPCC says, for example, setting nation/state policies, where can people go for accurate information?

Beckwith’s response to ‘the dilemma of where to go for accurate information’: Scientists are individually willing to discuss their own research but reluctant to talk about research by other scientists and only make projections based upon computer models, but computer models are based upon history, often stale information by the time used.

Not included in climate modeling, major wildfires in Canada and Russia last year spewed massive amounts of ash onto Arctic ice which accelerated melting beyond expectations as dark background absorbs solar radiation rather than reflecting it to outer space.

Another new factor impacting Greenland’s ice melt that’s downright spooky is Hansen’s recent statement about Earth’s energy imbalance, which is completely out of whack with more energy than ever before coming into the planet as absorbed sunlight rather than going out as heat radiated to outer space. This imbalance has doubled within only one decade, according to a study by NASA and the US National Oceanic & Atmospheric Administration This may be, probably is, the biggest ‘bad news of the year’.

Earth’s energy imbalance or “sunlight in” versus “sunlight out” is currently running at a frightful rate @ 1.36 W/m2 (watts per square meter) as of the current 2020s decade, which is double the 2005-2015 rate @ 0.71 W/m2 (Source: James Hansen).

Beckwith highlighted another major concern for Greenland as the change in jet streams at 20-40,000 feet altitude is altered, as a result of loss of Arctic sea ice, into vast wavey troughs that trap heat over Greenland. This never happened in the past. Another new dynamic, according to Beckwith, is a lot of rain in the Arctic instead of snow, thanks to global warming. And atmospheric rivers, like those that drenched the West Coast, hitting Greenland, accelerating the melt process.

It’s an understatement to conclude that Greenland is in trouble and conventional views of sea level rise are way too conservative. Unfortunately, by extension of these new facts, coastal cities are more vulnerable to flooding than ever before.

According to Climate Central, widespread areas are likely to see storm surges on top of sea level rise reaching at least 4 feet above high tide by 2030, and 5 feet by 2050. Nearly 5 million U.S. residents currently live on land less than 4 feet above high tide, and more than 6 million on land less than 5 feet above. Portland’s high tide broke all-time records, reaching 14 feet at the same time as record-breaking floods hit the US East Coast, January 14th, 2024. NOAA expects sea levels along US coasts to rise as much over the next 10 years as they did over past 100 years.

But the Climate Central study doesn’t include calculations for Greenland’s 30M tons per hour or Antarctica suddenly losing sea ice extent at a record-setting pace 2022,2023, 2024 in succession. Once again, Earth’s climate system outmaneuvers climate science research, leaving scientists bent over at the knees, coughing in its dust. It’s too fast for scientists to keep up.

Bottom line, it’s nice to assume everything will be okay, “we’ll get through it, there’s still time to fix it,” blah-blah-blah, but several new earth-shattering indicators, especially at both poles, are not waiting for that illusive fixit.

Frankly, nobody knows how bad, how soon this worldwide melt-off develops as both poles, the Arctic and Antarctica, experience unbelievably rapid change in concert with land-based melt-offs in the Alps, Patagonia, Andes, Himalayas, Caucasus, and all other mountain ranges worldwide. Meanwhile many of Europe’s famous ski resorts closed in February, even snow cannons stopped working due to high temperatures.

For the record, here’s the James Hansen sea level projection, as mentioned by Paul Beckwith: “In what may prove to be a turning point for political action on climate change, a breathtaking new study casts extreme doubt about the near-term stability of global sea levels. The study—written by James Hansen, NASA’s former lead climate scientist, and 16 co-authors, many of whom are considered among the top in their fields—concludes that glaciers in Greenland and Antarctica will melt 10 times faster than previous consensus estimates, resulting in sea level rise of at least 10 feet in as little as 50 years. The study, which has not yet been peer-reviewed, brings new importance to a feedback loop in the ocean near Antarctica that results in cooler freshwater from melting glaciers forcing warmer, saltier water underneath the ice sheets, speeding up the melting rate. Hansen, who is known for being alarmist and also right, acknowledges that his study implies change far beyond previous consensus estimates. In a conference call with reporters, he said he hoped the new findings would be “substantially more persuasive than anything previously published.” I certainly find them to be.” (Source: Earth’s Most Famous Climate Scientist Issues Bombshell Sea Level Warning, Slate, July 20, 2015)

Nine years later, increasingly it looks like Hansen will be right once again.

If he’s right about “at least 10 feet” within 50 years, which would be by 2065, then what will it be in 2050, 2040, or 2030? In rough numbers, sometime between 2030-40 it would surpass the IPCC highest estimate for 2100. That’s a big-time headache for every coastal city, right around the corner. Hopefully, a magic potion drops into Earth’s atmosphere and makes this go away like a bad dream.

And as long as the magic potion is around, why not use it to strip the world’s teeny-weeny percentage of the world’s population billionaires of some of their riches to buy renewable energy for the world marketplace and finance science projects to help combat Hot House Earth. It’s coming.

For the faint of heart, cheer up, there are plenty of respected climate scientists that disagree with the expectations stated in this article. Still, over time, somebody will be right; maybe it’ll be them but maybe don’t count on that, wondering what they’d say about Greenland’s turbo-charged 30 Million/Tons/Hour.

Nevertheless, one solution that can help solve global warming is “kill Citizens United” that allows corporate interests to spend unlimited funds to influence elections, politicians, and policy (they’ve made the worst possible choices) … before it’s too late to do anything, or is it?

https://mltoday.com/greenland-cascading ... -per-hour/

Here Comes The Flood
https://www.youtube.com/watch?v=AAYxWPJkGoU

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A large tabular iceberg that calved off Store Glacier within Uummannaq Fjord. (Photo: Alun Hubbard)

Corporate power is killing the planet
Originally published: Tribune on March 25, 2024 by Nick Dearden (more by Tribune) | (Posted Mar 26, 2024)

However much the British government plays fast and loose with our future by treating climate change as a political football, there is a reality it can’t deny: climate action is necessary. That’s why, against all its better instincts, it announced last month that Britain would exit the most climate-wrecking treaty of all–the Energy Charter Treaty.

The Energy Charter Treaty is the product of a previous era. It was invented in the 1990s to protect Western energy interests in the countries of the former Soviet Union. At its heart is a mechanism called investor-state dispute settlement, or ISDS–a kind of corporate court system which allows transnational businesses and investors to sue governments for regulatory changes which damage their bottom line.

Countries have been inserting these ISDS clauses into trade and investment deals for decades now. They were dreamt up by oil barons and financiers back in the 1950s. As countries across the world broke free of imperial ties, these corporate executives worried about how their economic interests could be protected from national liberation governments which were coming to power in the Global South.

The nationalisation of Iran’s oil was a turning point. While the U.S. and Britain orchestrated a coup to remove Iran’s government, there was a recognition this wasn’t a sustainable way of running the world. Far better to create a series of legal obligations. Through ISDS, if a government expropriated a foreign corporation’s assets, they could bypass the local legal system and go straight to international arbitration where, with no transparency, no proper judge to weigh different interests, no right to appeal, and the weight of international law to bolster any successful claim, corporations effectively gained their own one-sided legal system.

Fast forward to the 1990s. When the Soviet Union collapsed, there was a wealth of new opportunities for Western business, but corporations didn’t want to take the risk of new governments coming to power that might feel differently about their operations. The Energy Charter Treaty was designed to eliminate that risk, and lock in business-friendly regulations into the far future.

What the Western countries didn’t realise was that they too would one day become targets for these corporate courts.

West-on-West
As the 2000s dawned, corporations realised that the biggest threat they faced wasn’t from a government taking over their oil rigs. It was climate action which was seen as a growing necessity across Europe.

City lawyers worked overtime to expand the types of cases they could take under the Energy Charter Treaty, and countries saw themselves sued repeatedly for bringing forward action to improve environmental quality and phase out the exploration of fossil fuels. German coal companies sued the Netherlands over their coal phase-out. Slovenia for banning fracking. Denmark for its windfall tax on excessive oil profits.

What’s more, corporations didn’t simply sue for the money they’d already invested in projects. They’d often been offered compensation to recompense them for these costs anyway. Instead, they would sue for many times more, basing their claims on lost future profits.

British company Rockhopper sued Italy when protestors forced the government to ban oil drilling off the country’s Adriatic coast–the area Rockhopper had hoped to explore. The compensation claimed by Rockhopper totalled about $350 million, seven times what the corporation had invested in exploration. The company then announced it was investing in a new project off the Falkland Islands. The lesson here was that the Energy Charter Treaty doesn’t simply shift the cost of climate action from the private to the public sector–it actively keeps the fossil fuel economy going.

Many of these cases look like attempts to punish governments for making decisions in response to protests and campaigns against unpopular mining projects. Elsewhere in the world, ISDS cases have been brought specifically on the basis that governments have not done enough to suppress protest movements in the interests of foreign capital. Little wonder then that these protest movements turned their attention to the problem of the Energy Charter Treaty as an impediment to popular sovereignty.

Politicians of all persuasions have seemed genuinely surprised about the existence of the ECT, and horrified at the way in which it impinges upon their sovereignty so fundamentally. From the left-wing government in Spain to the right-wing government in Poland, protests convinced politicians to move towards exit from the energy pact.

By 2023, nine countries including Italy, France, Germany, and the Netherlands all announced they were off. For many of these countries, the Energy Charter Treaty was now a clear and present danger to the imperative of gearing their economy to a point where it could deal with the climate transition, adding legal obstacles and extortionate costs to that already difficult process.

They still faced a problem though. The ECT has a deeply undemocratic 20-year sunset clause, which means that even if a country left today, cases could still be brought for the next two decades. Furious diplomatic activity began in the EU to find ways of abrogating this clause, with governments hitting on the solution that if they all left together, in a coordinated manner, they could sign a deal which at least prevents cases being brought against each other, limiting their exposure.

The British Particularity
Outside the EU, Britain saw things differently. Still wedded to an outdated view that ‘the market knows best’, and that we can overcome our severe economic difficulties by embarking on endless trade talks–most of which have come to naught–the British government dragged its feet. Perhaps it even hoped to attract more fossil fuel investment by being the last bastion of investor protection in Europe.

Rishi Sunak is clearly trying to whip up a culture war with his dangerous drive to ‘max out’ North Sea fossil fuel reserves. However much he rails against the incoming tide, though, he can’t stop it. Reality is catching up.

Since Biden became U.S. president, there is a recognition that climate change necessitates a change in attitude towards the economy. A race is now on between the big power blocs, using government money and power to build the industries of tomorrow.

Here, Britain is well behind the curve. While a part of the business community–most importantly fossil fuel corporations and part of the financial sector–back the ECT, another section realises that the British government’s laissez-faire approach is leaving them chronically uncompetitive.

As EU countries started leaving the ECT, the realisation that Britain would face proportionally higher obstacles to a green transition started to worry manufacturing unions, parts of the business community, and even a few Tory MPs. This started to create pressure within government and, over the last year, the line has changed from full-throated support to–finally, last month–an acceptance that the costs of remaining were just too high.

None of this undermines the role which campaigning has played in getting us to this point. At the broadest level, only significant campaigning by the climate movement over decades has forced the massive change in which climate action is seen now as a necessity. The people defeated the rule of ‘market knows best’ economics–though of course we have a long way to go to reach the economic change we need.

More specifically, only because of campaigning across Europe was the problem of the ECT raised to the point that politicians began thinking about withdrawal. And in most countries, it was campaigning which forced them to the exit. That applies to Britain too, where the divisions over ECT were forced open by campaigners over four years, with the climate movement–from Green Alliance to XR–joining in the critique of the system.

Next Steps
Of course, last month’s announcement is only a first step, removing one structural impediment to the climate transition. It’s significant nonetheless. The UK’s withdrawal may well herald the end of the ECT as a whole. It’s now widely viewed as a dead man walking and will only be mourned by those profiting from the destruction of our planet. In turn, this means that one small but significant element of our neo-colonial, market-knows-best economy has been dismantled.

Those who have suffered most from the ISDS system live in the Global South. In numerous trade deals, ISDS is being used to bully and extract from countries across Asia, Africa, and Latin America. Honduras and Colombia are currently facing eye-watering claims for doing no more than trying to protect the interests of their citizens from rapacious capital.

A recent development is corporations using ISDS to secure access to the critical minerals they need for the green transition and getting them on the terms they demand. While these metals might indeed be necessary for green industry, we cannot build a future economy on the poverty and exploitation of those who’ve done least to cause climate change in the first place. It should be for those countries to decide how their own resources can be used to bolster their development.

The good news is that countries from Pakistan to South Africa to Bolivia are, like the UK, also pulling out of treaties which subject them to this treatment. Most recently, the left-wing government of Honduras gave notice it would withdraw from the World’s Bank’s own corporate court system known as ICSID. The victory over the ECT will help them point the hypocrisy in a global economy which increasingly allows the Global North to embark on economic planning–albeit still woefully insufficient–but demands the rule of the market for everyone else.

More than anything, it’s now clear that the debate on climate change has shifted decisively, to a point where there is at least space to argue for radical economic transformation. Last week’s victory is a definite step forward.

https://mronline.org/2024/03/26/corpora ... he-planet/

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The Bibby Stockholm docked in Portland, Dorset in August 2023 (Photo: ANDREW BONE)

Against climate fascism

On the 19th October 2023, a group of Just Stop Oil activists blocked a bus transporting asylum seekers to the Bibby Stockholm, a three-storey barge moored off the Isle of Portland in Dorset on which the Home Office plans to house hundreds of asylum seekers as they wait for their claims to be processed. In a repeat of incidents seen across the country, the bus drove into the protesters, forcing them to move.

Later, in Portland, the people on the bus were greeted by a small group of locals welcoming them to the town while at the same time protesting about their predicament. A Just Stop Oil spokesperson framed the action as a manifestation of the struggle for climate justice:

There is no climate justice without justice for all people… When we take action against the Bibby Stockholm, we’re taking action to defend people’s right to move safely with dignity.

As Andreas Malm and the Zetkin Collective research group into the far right have observed, there is a tendency to view the climate crisis as a rallying moment for the world, as it faces a threat to the survival of humanity as a species. However, this is a false hope. The far right is almost universally opposed to action on climate change; indeed, it is squarely lined up behind the fossil fuel industry. In any case, there are still trillions of dollars of oil reserves left in the world to be extracted, and fossil capital will seek to further existing political alliances with the right in order to maximise profits.

Climate denial and the far right
The incident that took place on the road to Portland is indicative of a broader trend of convergence that brings together the far right (manifest in its governmental, movement and terrorist forms) and the climate crisis. Intersections between these two points of seemingly separate politics are likely to increase in frequency and intensity as the crisis develops.

The escalation, diversification and broadening of the climate crisis is particularly concerning as fascism, in both its historical and contemporary forms, feeds off popular anxieties produced by crises. At the same time, it aligns itself with particular sections of capital to further its project. We can therefore expect to see the far right align itself with sections that will exacerbate the climate crisis, while also using the consequences of the crisis to stoke nationalist sentiments and further intensify border regimes.

Outright denial of a change in the climate has become rarer on the far right. However, other forms of denial, such as impact denialism, which denies the seriousness of the effects of the crisis, and, even more insidious, urgency denial, arguing that action is only needed some time in the future, have continued to carve out space for fossil fuel extraction.

In Germany, the far right Alternative für Deutschland is implacably opposed to climate action, calling in 2020 for an ‘exit plan from Germany’s coal exit’ and withdrawal from the Paris climate agreement, following the lead of the Donald Trump administration. On a governmental level, the climate struggle will necessarily involve a transnational struggle against the far right.

Ecofascism
The climate crisis also presents opportunities for the far right to further its political agenda. As the crisis entrenches, some parts of the world will become increasingly inhospitable to human life, forcing people to move in large numbers. Here, climate struggles will increasingly intersect with the fight for a just transition for all–and against militarized borders, authoritarianism and an entrenchment of existing global systems of racial domination.

In its movement form, the far right has intermeshed with national border policing, including in recent times the Defend Europa boat that was positioned for a summer in the Mediterranean. A real danger may arise in not only how the far right uses increased climate-induced migration as fuel for its politics but also in more explicit alliances with neoliberal border regimes.

There are other scenarios, however, where fascism and environmentalism can come together to construct a more explicit eco-fascist politics, in contrast to climate denialism. The far right can hold contradictory positions on the climate crisis not only because of fascism’s inherent irrationality, but also because it is diverse in its ideology and practices.

Climate struggles will increasingly intersect with the fight for a just transition for all

In the manifesto of the Christchurch mosque shooter, who slaughtered 51 Muslim worshippers in New Zealand in 2019 and described himself as an eco-fascist, a Malthusian solution to the climate crisis comes through the mass murder of non-whites, who he claimed were having too many children for the planet to sustain.

Such a position is not yet widely argued on the movement or governmental far right, but its influence is present in the hostility to non-white life that pervades far-right politics. As the crisis escalates, ideas based on far-right ecologism and the solving of the climate crisis through racial violence could come to the fore.

How should we, as anti-fascists, climate activists and leftists, respond? As we see increasing convergences between far-right politics and the climate crisis, so too must we begin to bring together anti-fascism with movements for climate justice. This does not only mean defending climate movements from threats from the far right but recognising that any just climate transition will not be consensus based but will involve protracted struggle between broadly defined reactionary forces and those that would oppose them.

Lastly, the left more broadly must learn to adapt to the dizzying array of disasters and protracted crises that will come to the fore in the years to come. Only through organising against a far right willing to push the environment to the brink can we realise justice and, ultimately, a better world.

https://mronline.org/2024/03/26/against ... e-fascism/
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Re: The Long Ecological Revolution

Post by blindpig » Thu Mar 28, 2024 1:48 pm

Capitalism’s New Age of Plagues, Part 3
March 26, 2024

Covid-19 was the least unexpected pandemic in history. Why were governments not prepared?

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Examples of emerging and re-emerging diseases. Click to expand [Global Preparedness Monitoring Board, 2019 Report]

Part 3 of a multi-part article on the causes and implications of global capitalism’s descent into an era when infectious diseases are ever more common. My views are subject to continuing debate and testing in practice. I look forward to your comments, criticisms, and corrections.

[Part 1] [Part 2] [Part 3]

by Ian Angus

“Never before has the world been so clearly forewarned of the dangers of a devastating pandemic.”
—Global Preparedness Monitoring Board, September 2020[1]


Judging by the excuses we hear for governments’ failure to respond effectively to the pandemic, one might think that COVID-19 was an act of God, a natural event that no one could have anticipated. US President Donald Trump said that it “came out of nowhere,” “just surprised the whole world,” and “nobody had ever seen anything like this before.” Because it was unexpected and unpredictable, he could not be blamed for being unprepared.

That is simply not true. As historian Kyle Harper writes, “the pandemic was a perfectly inevitable disaster.”

“No one could have known that a novel coronavirus would jump from animals to humans in central China late in 2019 and instigate a global pandemic. Yet it was bound to happen that some new pathogen would emerge and evade our collective defense systems. It was a reasonable likelihood that the culprit would be a highly contagious RNA virus of zoonotic origins spread via the respiratory route. In short, a destabilizing pandemic was inescapable, its contours predictable, its details essentially random.”[2]

That expectation was so widely shared by experts on infectious diseases that just two months before the real pandemic began, the Johns Hopkins Center for Health Security hosted a pandemic simulation workshop, attended by government and business executives from around the world, involving “a novel zoonotic coronavirus transmitted from bats to pigs to people that eventually becomes efficiently transmissible from person to person, leading to a severe pandemic.” The fictional disease, which was based on SARS. killed 65 million people.[3]

COVID-19, which emerged soon after the workshop participants dispersed, is caused by a mutated RNA coronavirus that moved from bats to animals to humans. It is related to SARS but is more infectious. The similarities were so strong that when the real pandemic broke out officials at the Johns Hopkins Center felt compelled to issue a statement insisting that their scenario was fictional, not a prediction.

Zoonotic Acceleration

As we’ve seen, zoonotic diseases — caused by viruses and bacteria that originate in animals — have long affected humans. But something has changed in the Anthropocene — as Sean Creaven argues in Contagion Capitalism, we now face “zoonotic accelerationism … a speeding-up of the manufacture of new zoonotic diseases and the resurgence of older ones, and this therefore spells a corresponding deepening of global pandemic risk.”[4] COVID-19 is the most recent manifestation of this deadly threat to human health.

Major zoonotic pandemics of the past five decades have included:

1968, Hong Kong Flu. A new strain of Avian Flu was first detected in Hong Kong, then quickly spread worldwide, carried in part by US troops returning from Vietnam. It killed about 1,000,000 people, mainly elderly. Variants continue to the present.
1981, Acquired Immunodeficiency Syndrome (AIDS). Probably jumped from chimpanzees to hunters in about 1910, but had limited impact until a variant exploded in fast-growing Congo cities in the 1980s. Spreading next to Haiti, the US, and then worldwide, it has killed tens of millions of people and remains a major cause of death, especially in southern Africa.
2002, Severe Acute Respiratory Syndrome (SARS). A coronavirus, part of a family of viruses that causes mild cold symptoms, was first detected southern China. It probably jumped from bats to an intermediate animal, then infected some eight thousand people in two dozen countries, killing about 800.
2009, Swine Flu. A new influenza virus that emerged from hog farms in the United States and Mexico, then spread to over 70 countries. Close to one billion people contracted the disease, and between !50,000 and 575,000 people died in the first year. Unlike Hong Kong Flu, it is particularly harmful to children.
2012, Middle East Respiratory Syndrome (MERS). A new coronavirus jumped from bats to camels to humans in Saudi Arabia. It spread to about two dozen countries, notably South Korea. About 2,500 people have been diagnosed, and of those 850 have died — a low contagion rate, combined with a very high fatality rate.
2012, Ebola. Previously rare, a major outbreak of Ebola began in Guinea, Liberia and Sierra Leone, killing half of those infected. Spread to Europe and the US, killing over 11,000. Re-emerged in the Democratic Republic of Congo in 2018-2020, infecting 3500, killing two of every three.
2015, Zika. First identified in 1947 in Uganda as a rare condition with mild symptoms: for sixty years there were fewer than 20 human cases. A mutated version emerged in Brazil in 2015, leading to a major pandemic that spread to over sixty countries, causing severe birth defects in babies born to thousands of women who were infected while pregnant.
Between 2011 and 2018, the World Health Organization tracked 1483 epidemic events in 172 countries — on average, one outbreak every two days.[5] Most were small and ended quickly, but any of them, given the right combination of gene-copying errors and environmental conditions, could have become a regional or even global pandemic. There is a widespread consensus among epidemiologists, microbiologists and virologists that zoonotic diseases are increasing in frequency and intensity, which means that new epidemics are more probable than ever.

Disease X

In 2016, Dr. Jonathan Quick, chair of the Global Health Council, described the “gigantic threat” that a hitherto unknown pathogen could soon emerge.

“Somewhere out there a dangerous virus is boiling up in the bloodstream of a bird, bat, monkey, or pig, preparing to jump to a human being. It’s hard to comprehend the scope of such a threat, for it has the potential to wipe out millions of us, including my family and yours, over a matter of weeks or months….

“It could be born in a factory farm in Minnesota, a poultry farm in China, or the bat-inhabited elephant caves of Kenya — any place where infected animals are in contact with humans. It could be a variation of the 1918 Spanish flu, one of hundreds of other known microbial threats, or something entirely new, like the 2003 SARS virus that spread globally from China. Once transmitted to a human, an airborne virus could pass from that one infected individual to 25,000 others within a week, and to more than 700,000 within the first month. Within three months it could spread to every major urban center in the world. And by six months, it could infect more than 300 million people and kill more than 30 million….

“Scientists don’t know which microbe it will be, where it will come from, or whether it will be transmitted through the air, by touch, through body fluids, or through a combination of routes, but they do know that epidemics behave a bit like earthquakes. Scientists know that a ‘big one’ is coming because scores of new, smaller earthquakes pop up around the globe every year. …

“Infectious-disease experts agree that under present conditions the question is not whether a superbug will occur and create a global pandemic. The question is when.”[6]

In 2017, the World Bank warned:

“We know that it is only a matter of time before the next pandemic hits us. We also know that there is a good chance that it will be severe. It may mean death on a slow fuse, spreading insidiously through populations, unrecognized for years, like HIV in the 1980s. Or it may strike people down with stark violence and lightning speed, plunging national economies abruptly into chaos, like Ebola in West Africa in 2014-15. Whatever its mode of attack, the next large-scale, lethal pandemic is at most only decades away.”[7]

Also in 2017, the World Health Organization urged its member countries to focus R&D efforts on a short list of known diseases that could become pandemic and for which no vaccines or other countermeasures existed. The 2018 iteration of that list included: Crimean-Congo haemorrhagic fever, Ebola and Marburg viruses, Lassa fever, SARS and MERS, Nipah and henipaviral diseases, Rift Valley fever, and Zika. The list concluded with Disease X, recognizing that “a serious international epidemic could be caused by a pathogen currently unknown to cause human disease.”[8]

The WHO and the World Bank sponsor an independent Global Preparedness Monitoring Board that assesses and advises on the measures needed to ensure prompt and effective responses to epidemic disease. In their first annual report, issued just two months before COVID-19 emerged in Wuhan, the Board’s co-chairs warned:

“There is a very real threat of a rapidly moving, highly lethal pandemic of a respiratory pathogen killing 50 to 80 million people and wiping out nearly 5% of the world’s economy. A global pandemic on that scale would be catastrophic, creating widespread havoc, instability and insecurity.”[9]

As Alex de Waal writes, “Covid-19 was the least unexpected pandemic in history.”[10]

De-prepared

In The Challenge and Burden of Historical Time, Istvan Mėszáros argues that the capitalist system is “incompatible with planning in any other than the myopic sense of the term.” Even when catastrophe looms, “the unrestricted pursuit of capital accumulation, no matter how damaging, and even utterly destructive,” is top priority for corporations and the states that represent their interests. The profit imperative has two inevitable results.

“1. The time-horizon of the system is necessarily short-term. It cannot be other than that in view of the derailing pressures of competition and monopoly and the ensuing ways of imposing domination and subordination, in the interest of immediate gain.

“2. This time-horizon is also post festum [after the fact] in character, capable of adopting corrective measures only after the damage has been done; and even such corrective measures can only be introduced in a most limited form.”[11]

This was powerfully and tragically demonstrated in the richest countries’ response to the pandemic. Despite overwhelming scientific evidence, despite books and binders filled with detailed plans and strategic guidelines, despite repeated calls for investment in vaccine research and in maintaining stockpiles of essential protective gear, the world’s governments were utterly unprepared for COVID-19 or anything like it.

In May 2021, a panel of independent experts, appointed by the World Health Organization to evaluate the world’s pandemic preparedness, issued a blunt assessment:

“It is clear to the Panel that the world was not prepared and had ignored warnings which resulted in a massive failure: an outbreak of SARS-COV-2 became a devastating pandemic….

“Despite the consistent messages that significant change was needed to ensure global protection against pandemic threats, the majority of recommendations were never implemented. At best, there has been piecemeal implementation….

“COVID-19 exposed a yawning gap between limited, disjointed efforts at pandemic preparedness and the needs and performance of a system when actually confronted by a fast-moving and exponentially growing pandemic.”[12]

Many books and reports document the gross failures of government responses to COVID-19. I won’t repeat that appalling story here. But it is important to note that they were not just unprepared — in the decades before COVID most governments de-prepared.[13]

“In the advanced capitalist countries, public health systems have been starved of funding, privatised and hollowed out over the last forty years to the benefit of private profit and the market. Health spending has not been directed towards prevention or primary care, but mainly to emergency treatment. …

“As a result, most health systems were already stretched to the limit in dealing with illness and disease before the pandemic broke — indeed, it was regarded as ‘efficient’ to run health capacity at 99 per cent, with no room for major emergencies. Many health systems had no stock of necessary equipment for virus pandemics such as masks, personal protective equipment, ventilators or even medicines to ameliorate the impact of the virus. When the pandemic hit, many health systems in Europe were overwhelmed, forcing ‘triaging’ and ignoring the impact on residential homes. Eventually, governments had to impose drastic lockdowns. Health systems were then forced to concentrate on the Covid-19 patients to the detriment of other seriously ill patients, leading to secondary deaths.”[14]

Neoliberal politicians have slashed funding for research, disbanded scientific advisory groups, and cut public health budgets to the bone. When COVID-19 reached the US, “it found a public-health system [that] … could barely cope with sickness as usual, let alone with a new, fast-spreading virus.”[15] In most of the global south, conditions are far worse — already weak health care systems have been gutted by austerity programs imposed by the International Monetary Fund.

As the WHO Independent Panel commented, it was not the first body to recommend urgent changes.

“The shelves of storage rooms in the United Nations and Member State capitals are full of the reports of previous reviews and evaluations that could have mitigated the global social and economic crisis in which we find ourselves. They have sat ignored for too long.”[16]

Now we have another plan for extensive changes in how governments and institutions should respond to future outbreaks — and it too has been shelved. No one familiar with the capitalist world’s track record will be surprised that the WTO Panel’s plan hasn’t been implemented or even seriously considered.

Even if it had been accepted, the plan once again confirms Mėszáros’s judgment — it is a long list of post festum measures, focusing on reacting to future pandemics, not on preventing them. Benjamin Franklin’s proverb about an ounce of prevention finds no echo in official discussions of pandemic preparedness.

Massive investment in public health care is surely needed, and we are in awe of the dedication of scientists and front-line health care workers who labor to save victims of Ebola, Influenza, SARS-CoV-2 and other emerging viruses, but so long as the the underlying social and ecological causes remain, the new age of plagues will continue, unabated and probably more deadly.

To be continued.

References

[1] Global Preparedness Monitoring Board, “A World in Disorder: Annual Report 2020” (Geneva, September 2020), 3.

[2] Kyle Harper, Plagues upon the Earth: Disease and the Course of Human History, The Princeton Economic History of the Western World 46 (Princeton: Princeton University Press, 2021), 504.

[3] “Event 201,” accessed March 19, 2024, https://centerforhealthsecurity.org/our ... p-exercise.

[4] Creaven, Sean, Contagion Capitalism: Pandemics in the Corporate Age (London: Routledge, 2024). viii.

[5] Global Preparedness Monitoring Board, “A World at Risk: Annual Report on Global Preparedness for Health Emergencies” (Geneva: World Health Organization;, 2019), 12.

[6]Jonathan D. Quick and Bronwyn Fryer, The End of Epidemics: The Looming Threat to Humanity and How to Stop It (New York: St. Martin’s Press, 2018), 25.

[7] Global Preparedness Monitoring Board, “World at Risk,” 6.

[8] World Health Organization, “List of Blueprint Priority Diseases,” March 1, 2020.

[9]Global Preparedness Monitoring Board, “World at Risk,” 6.

[10] Alex De Waal, New Pandemics, Old Politics: Two Hundred Years of War on Disease and Its Alternatives (Medford: Polity Press, 2021), 14.

[11] István Mészáros, The Challenge and Burden of Historical Time: Socialism in the Twenty-First Century (New York: Monthly Review Press, 2008), 383.

[12] Independent Panel for Pandemic Preparedness and Response, “COVID-19: Make It the Last Pandemic” (Geneva, Switzerland, May 2021), 15.

[13] I borrow the word from Alex de Waal, New Pandemics, Old Politics.

[14] Michael Roberts, “Pandemic Economics: The Global Response to Covid-19,” Theory & Struggle 122, no. 1 (June 2021): 32–45.

[15] Ed Yong, “How Public Health Took Part in Its Own Downfall,” The Atlantic (blog), October 23, 2021.

[16] Independent Panel for Pandemic Preparedness and Response, “Make It the Last Pandemic,” 62.

https://climateandcapitalism.com/2024/0 ... es-part-3/

The left, the far-right and climate chaos
March 27, 2024

Electoral politics and compromises won’t save the climate or stop the far right

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Demonstration organized by the far right Alternative for Germany (AfD) party

by João Camargo and Leonor Canadas

Translated by the authors for Climate & Capitalism from the Portuguese website Setenta e Quatro. João Camargo and Leonor Canadas are members of Climáximo, an open, horizontal and anti-capitalist collective.

The far-right is rising everywhere. The fact that it had a massive result in the recent Portuguese elections is only a surprise for those who haven’t been paying attention. In communicational terms, the far-right is the anti-system. It exists, was built with huge amounts of capital on the ashes of neonazi groups, the remnants of colonialist, old time fascists and opportunists with the support of mainstream media and a huge boost from social media. It was an organizational effort, planned and executed with a lot of money, time and energy. In Portugal, the far-right venture Chega has mobilised more than one million to vote, many of them out of abstention.

In Portugal, the left refused any form of ruptural program, stating its willingness to support the center from day one of the electoral period to try and theoretically block the ascension of the far-right, which had by then already had part of its cruel program adopted from the center to the right. After the election, the strategy seems to be the same.

In terms of climate justice, the campaign was a veritable sequel to “Don’t Look up.” No party, from the far-right to the left, proposed a program compatible with even a 2ºC scenario of the long insufficient Paris Agreement. In 2024 no party made even a nominal effort to have a plan to stop climate chaos. The pull to the center has been terrible. The electoral results were also terrible.

The climate crisis means fascism. This isn’t a new insight, it’s just physics. In rising material scarcity, authoritarianism and violence to maintain capitalist order, privilege and property will always push into fascism, even if that wasn’t the plan. But fascism is clearly one of the key plans of capitalist elites. Last week European Commission president Ursula Von der Leyen accompanied Italy’s far-right prime-minister Georgia Meloni to Cairo to bribe the Sisi Egyptian dictatorship with over 7 billion euros on behalf of the EU into imprisoning climate and war refugees there.

The European People’s Party has already signaled they will ally with European Conservatives and Reformists, one of the two far-right European parties, in the upcoming years. The center-right is already ruling with far-right policies. The far-right and its program has been normalized in every sense and everyone was pulled to the right. All polls for the upcoming European Parliament elections point to a majority of the far-right and the conservatives which will very likely dismantle even the most meagre progressive policies in the EU.

In the UK, the coup against Jeremy Corbyn ushered in a centrist Labour leadership under Keir Starmer, which will succeed the Tory government with a new wave of conservative politics that will make Tony Blair seem left-wing.

The gradual convergence of Podemos and then Sumar in Spain to the “establishment” (as an organization as well as in the public eye) keeps feeding Vox as an alternative. Biden’s disastrous climate and Palestine policies seem designed to guarantee Trump’s return. In Germany, attempting to govern through the neoliberal consensus, SPD and the Greens are at the 10-15% interval, both below the neonazi AfD.

On a variation, in France Macron has directly incorporated Marine Le Pen’s politics into his own agenda, with the far-right in power without taking power (although polls show them higher than ever). It’s less and less credible to try to explain away the trend of the rising far-right using contextual, national stories. The mistake is not tactical or communicative. The mistake is in the analysis of the political situation and where we are headed.

The rise of fascism could have been avoided with a very different political approach to the last structural crisis of capitalism more than a decade ago, with the creation of revolutionary programs and praxis. That time is gone. The rise of fascism must now be met face on, while simultaneously we dive deeper into the climate crisis – which means crop failures, bankruptcies, cost of living crisis, austerity and hatred, fueling anti-system sentiment among the people.

To meet the rise of fascism head on now means dropping analysis of electoral cycles as a frame of reference. Power in 2024 is certainly not based on any national or regional parliament. There is no more normality to cling on to.

The left and the greens haven’t done everything wrong, they have only done most things normally. In this age, that means doing most of them wrong. The organizational culture of most left-wing and progressive organizations (party and non-party, including the greens) was developed or stabilized in a time of regularity, predictability and slow development of ideas. That time is over. On the other hand, far-right organizations have developed and thrive in this context. It wasn’t moderation or respectability that delivered huge results to the far-right in recent elections.

A plan to stop climate collapse in our current situation can be nothing less than a revolutionary plan. The necessary emission cuts to stop climate breakdown are incompatible with any sort of capitalist normality. This plan must overhaul a lot of the current social relations developed under capitalism, and create new ones. It means creating productive systems which are directly opposed to the interests of the current elites, which have chosen to crash civilization and the environment rather than abdicate any measure of their wealth and power.

We make a simple statement: winning elections isn’t making a revolution or changing the system. It never was. Winning formal power in capitalist institutions means to make small shifts in this system. Some might be beneficial in the short term, but no real measure of change can be achieved and the likelihood of it being quickly reversed is high, not to say certain. That is clearly the Portuguese experience after the 2015 government supported by the left. That time is gone. The backlash is obvious. The culture war waged by the far-right at the global level is happening in a tilted table that should be abandoned. Media and social media will not deliver us power, they will only take it away from us.

There is a new specter haunting Europe. That specter is the far-right. But it is only a specter, an apparition, no matter how many likes, shares and even votes it gets. Behind that specter there rises a very meaty and material monster — the climate crisis — that will destroy capitalism no matter how many small Hitlers and Mussolinis it pushes as influencers, electoral candidates or even as coup d’etat dictators. The question that should now be put in every meeting of every left-wing and progressive leadership is if they will let themselves be destroyed together with capitalism.

Is there a plan on the left, at the international level, to stop that meaty monster that will eat up civilization? Waiting for the next “electoral cycle” and then coalescing into the center, delivering all anti-system and rebellious spirit and feeling to the far-right has not been a good plan. It has been tried repeatedly in the last years and failed.

If an organization is working to take power, its strategy must definitely not focus on elections in any other way than instrumentally. We need a plan for power and to step up with radically just programs to tackle the climate and social crisis. That means becoming a real threat to the status quo, It means taking risks, being popular and bold.

The lack of a revolutionary program and of a revolutionary praxis, no matter how green it is, is one of the reasons why the far-right is rising. There is no political polarization, just a complete shift to the right, with the left pulled into the black hole of the center and actually presenting plans that aim at saving capitalism, when they should be pushing all the wrecking balls to take it down before it takes all of us down with it.

We need a real polarization with the far-right, not appeasement politics. That means a revolutionary shift, and in 2024 it means a change of tactics into action and mobilization for a radical eco-social program of how society is to be organized to prevent breakdown and deliver social and historical justice.

We have waited long enough. If the institutional progressive forces on the left and the greens set themselves as gatekeepers of revolution, instead of their promoter, they need to step out of the way. There is a very narrow path for us to win and a thousand dead ends. None of them include waiting any longer.

https://climateandcapitalism.com/2024/0 ... ate-chaos/

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Image
Follow the leaders, Berlin. Germany. Popularly known as “Politicians discussing global warming”

Politicians discussing climate change
Originally published: Street Art Utopia on March 17, 2024 by Vidar (more by Street Art Utopia) (Posted Mar 27, 2024)
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Street Artist Isaac Cordal

By Isaac Cordal. Isaac Cordal is a Spanish Galician artist whose work involves sculpture and photography in the urban environment. More by Isaac Cordal on Street Art Utopia.

This photo is part of “Follow the leaders” installations by Isaac Cordal in Berlin, Germany.

Follow the leaders is a critical reflection on our inertia as a social mass. Representing a social stereotype associated with power compound businessmen who run the global social spectrum. I worked with a great team of people that have helped me to realize this project.

Isaac Cordal is sympathetic toward his little people and you can empathize with their situations, their leisure time, their waiting for buses and even their more tragic moments such as accidental death, suicide or family funerals. The sculptures can be found in gutters, on top of buildings, on top of bus shelters; in many unusual and unlikely places.

Nowadays this installation is more known as “Politicians discussing global warming”. A name Isaac Cordal support: “Popularly known as “Politicians discussing global warming”. Berlin, 2011. Young people is striking climate change in every corner of the globe today. Let’s join them!.”

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Follow the leaders, Berlin, Germany

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Slowly sinking, Miami USA

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Slowly sinking, Miami USA

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Slowly sinking, Miami USA

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https://mronline.org/2024/03/27/politic ... te-change/

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A Weak Spot in Carbon Sequestration: Abandoned Oil and Gas Wells
Posted on March 27, 2024 by Yves Smith

Yves here. It is deeply distressing to see how promoters can sell regulators, politicians, and investors on schemes that look great in PowerPoint but (in the most charitable interpretation of the sponsor’s actions) haven’t been sufficiently well road tested. With climate change, there is an even stronger impulse to not look too hard at appealing schemes like carbon sequestration. They offer the promise of containing the after-effects of fossil fuel use and thus reduce pressure on the need to radically curb consumption.

By Nicholas Kusnetz, a reporter for Inside Climate News. Originally published at Inside Climate News and was reproduced at Undark

After more than a century of pulling carbon from underground, a rush is underway to pump it back down. Companies have applied for scores of permits across the country to inject carbon dioxide deep into the earth. Several projects have already been approved.


With industry planning to inject tens of millions of tons annually, a looming question is whether the climate-warming gas will stay underground.

The most likely points of failure, experts say, could be some of the millions of abandoned oil and gas wells that perforate the nation, often in the same areas targeted for storing carbon dioxide underground. A new report underscores the risk those wells pose in Louisiana, home to more proposed carbon storage projects than any other state.

There are about 120,000 abandoned wells in Louisiana overlying geological zones that could store carbon dioxide, more than 13,000 of which were plugged before modern standards were adopted in 1953, according to a report published by the Center for Applied Environmental Science at the Environmental Integrity Project, a watchdog group. A separate count, by the Louisiana-based advocacy group Healthy Gulf, looked within a 5-mile radius of the proposed projects and found about 7,000 oil and gas wells.

“It’s not a question of whether they’re going to leak,” said Abel Russ, director of the Center for Applied Environmental Science, which published an accompanying map of the wells. “It’s a question of how much, how often, and whether it’s an acceptable level of leakage.”

With support from the Biden administration and billions of dollars in new subsidies and tax incentives, energy companies and others are planning to capture millions of tons of industrial carbon dioxide emissions and then pipe the climate pollutant for underground storage, part of an effort to reduce the nation’s greenhouse gas pollution. Federal and state regulators are reviewing 69 projects or permits to store CO2 underground, with 24 of those in Louisiana. Nine projects have already been approved while one more, in California, is pending.

Companies plan to inject carbon dioxide into porous rock formations that are usually filled with brine containing not only extremely high salt levels but often heavy metals, hydrocarbons, and radioactive elements. Brine leaks, therefore, can be even more worrying than the escape of CO2.

Many scientists who study underground carbon dioxide storage say the risk of large-scale leaks is low. While there will inevitably be some leaks, they say, they will likely be slow, detectable and relatively easy to fix.

“Alertness is reasonable, but great fear is not,” said Susan Hovorka, a senior research scientist at the Bureau of Economic Geology at the University of Texas, which is funded by government and energy companies involved in carbon storage.

Many environmental advocates remain skeptical, however, and they point to problems caused by the injection of oilfield wastewater under high pressure in West Texas and other regions, the best existing analogue for the planned industrial-scale storage of CO2.

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In recent years, toxic brine has seeped and spewed out of old oil and gas wells across West Texas near wastewater injection wells, spouting more than 100 feet in the air and creating an artificial saline lake. The wastewater injections have also caused earthquakes, as the pressurized fluid interacts with faults. Carbon dioxide would be injected as a “supercritical” fluid that has properties of both a gas and liquid.

While the regulations for carbon dioxide storage are more rigorous than those that cover injection of other substances, abandoned oil wells represent a weak spot in the rules, said Dominic DiGiulio, a former EPA geoscientist and co-author of the new report.

“Plugged wells do leak. These wells were plugged a long time ago, and now we’re going to store supercritical CO2 under very high pressure and hope that these things somehow last thousands of years,” DiGiulio said. “It’s a problem.”

Environmental advocates are especially concerned about Louisiana, which recently became the third state, after North Dakota and Wyoming, to get EPA approval to regulate CO2 injection wells. Many advocacy groups worry the state is not equipped to handle oversight of this new and complex technical challenge, and they say state regulators have a history of deferring to the oil and gas industry. They point out that the new secretary of the Department of Energy and Natural Resources, which regulates the wells, previously led Louisiana’s chief oil and gas lobbying group.

Patrick Courreges, a department spokesman, said the secretary does not have control over regulators.

Picture a massive cake, with alternating layers of spongy, porous cake and dense, impermeable frosting. That’s more or less what the Earth’s crust is like, if those layers were bent and warped and made of rock.

Over millions of years, oil and gas accumulated in some of the porous layers, held in place by the frosting on top. Hovorka and others say the same geological features that held the hydrocarbons in place can now do the same for carbon dioxide.

The problem is that people, over the last 150 years or so, have poked some 3.9 million straws into the cake in the form of oil and gas wells, according to the EPA, puncturing the layers and opening up paths for fluids and gases to migrate up.

Hundreds of thousands of these abandoned wells have no records, so no one knows exactly where they are. Others may have been plugged with wood or in some cases not at all. Most wells are lined with steel casings that are cemented to the surrounding earth, and are plugged with cement once they’re out of use. But even properly drilled and plugged wells can fail over time as the steel corrodes or the cement degrades. Fluids and gases can then leak up these straws into groundwater or to the surface. Carbon dioxide is buoyant and will move upward if given the chance.

It is these leaky, old wells that have caused the geysers and artificial lakes in West Texas. Elsewhere, including in Louisiana, sinkholes have opened up, sometimes forcing evacuations. More commonly, the wells leak smaller amounts of brine and gas. The EPA estimates abandoned wells release about 300,000 metric tons of methane every year.

Many of the proposed carbon storage projects in Louisiana have at least a few and sometimes dozens of wells within a couple of miles. The Hackberry Carbon Sequestration project, which would inject up to 2 million tons of carbon dioxide captured from a liquified natural gas terminal and other sources in Louisiana, has more than 50 abandoned wells within a 2-mile radius, according to an analysis of state records by the Center for Applied Environmental Science. Many of those wells are unplugged, idle wells or wells that were plugged before 1953, when improved cement standards were established. Some were also drilled down to the depth of 8,000 feet, the level at which the project would inject its carbon dioxide, according to well logs.

The regulations say companies must identify each of the wells within a certain radius of the project and make sure they are properly plugged or secured. For any that are not, companies must plug the well, which can cost hundreds of thousands of dollars per well. The pending project in California will require plugging 157 nearby oil and gas wells, according to the draft permit.

That is what’s supposed to happen, but DiGiulio said there are several points where this process could fail. There could be undocumented wells, which companies would have to find, either through aerial imaging or field surveys. For wells that are on the books, the regulations do not require companies to do more than checking the record to see if it is plugged, DiGiulio said. It is at the discretion of the regulator whether companies must perform tests on the wells to make sure the records are correct, and that the cement surrounding or plugging the well has not deteriorated.

What’s more, DiGiulio said, even properly plugged wells can leak. He and others have conducted research in Pennsylvania indicating that plugged wells leak more than 130 kilograms of methane a year on average, with some leaking far more.

The “area of review” that companies must survey is defined as the zone within which the project’s injections will increase underground pressure. This zone extends far beyond the plume of carbon dioxide, and can be influenced by any number of variables including the temperature and physical characteristics of the rock and the rate of injection. Companies use modeling to determine their areas of review, but research by Hovorka and others has shown that if two or more projects are injecting into the same zones and are close enough together, the areas they affect can meet and grow to be larger than either project’s model would predict independently.

One 2009 study by scientists at Lawrence Berkeley National Laboratory modeled what would happen if 20 hypothetical projects injected a combined 100 million tons per year into the Illinois Basin, in the Midwest. That volume is far more than currently proposed anywhere but in line with what could be needed if carbon storage becomes a significant industry. The researchers found that the areas of review would essentially combine into one giant, pressurized zone that would extend more than 100 miles beyond the injection wells. The companies, therefore, would need to identify and test abandoned wells across more than 38,000 square miles, which could prove to be impractical or cost prohibitive.

Jens Birkholzer, a co-author of the study and a senior scientist at Lawrence Berkeley, said he thinks the risk of leaks is extremely low. The study was modeling a hypothetical situation far in the future, he said, though the concept they were studying could come into play as projects come online.

DiGiulio said scientists with that perspective generally assume that the regulations are implemented and enforced properly, an expectation he said is not supported by history.

“How can you say this isn’t a problem?” DiGiulio said, pointing to the leaks and blowouts in West Texas.

Courreges, the Department of Energy and Natural Resources spokesman, said the regulators are aware of the potential for projects to interact and that they take seriously the risks posed by abandoned wells.

“They need to demonstrate to our satisfaction that it’s properly plugged,” Courreges said of companies proposing projects. That could entail simply checking records for newer wells, he said, or conducting field tests for older ones. “Is there a possibility some old well will be missed?” Courreges said. “Nothing can be ruled out 100 percent,” but he said most areas have good documentation.

Sempra Infrastructure, the company behind the Hackberry project, said there are no other wells within the project’s area of review and that the company would “utilize real-time monitoring with the most advanced fiber optic technology and regular site visits to ensure Sempra Infrastructure’s commitment to safety and sustainability.”

The size of the project’s area of review remains confidential and Sempra did not answer a question asking how far it extends.

The challenge abandoned wells present to carbon dioxide storage proposals is not unique to Louisiana. Texas has also applied to regulate CO2 injection wells, a prospect that troubles Paige Powell, policy manager at Commission Shift, an energy watchdog group in that state. Her organization recently sent a letter to the EPA asking it to revoke Texas’s oversight of wastewater injection wells — Texas and most other states already have primacy for wastewater injection wells — citing the recent blowouts and leaks from abandoned wells.

“There’s things happening in the subsurface that they don’t know about,” Powell said, adding that she was skeptical of claims that CO2 injection wells won’t leak. “I think it’s audacious to say it’s not going to happen.”

Russ, with the Center for Applied Environmental Science, said he was troubled by the lack of information available about the carbon storage applications. Many details remain secret, and won’t be published until the state opens draft permits for public review.

“Everyone is stuck in this position of being uninformed and skeptical, and that’s not a great place to be in,” Russ said. “It’s just moving so fast, it’s so novel and so untested, there are a lot of unanswered questions and the lack of information in that context is bad.”

https://www.nakedcapitalism.com/2024/03 ... wells.html
"There is great chaos under heaven; the situation is excellent."

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