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"Cellafredda is a hybrid photovoltaic module that combines the production of electrical and thermal energy in a single system. Installed behind photovoltaic panels, it integrates a hydraulic circuit that cools the solar cells, improving efficiency and extending their lifespan. At the same time, it recovers the produced heat and makes it available for thermal uses, such as domestic hot water or heating."

cross-posted from: https://hexbear.net/post/8173607
cross-posted from: https://news.abolish.capital/post/40170
This story was originally published by Source New Mexico.
Danielle Prokop
Source New MexicoThree New Mexico Pueblos, Santa Ana, Zuni and Cochiti, recently received federal funding for tribal conservation programs and wildfire management that will be used to support efforts surrounding endangered birds, bald eagles and Bighorn sheep.
The awards, close to $200,000 each for Santa Ana and Cochiti, and approximately $180,000 for Zuni, come as part of $6.6 million distributed through the U.S. Fish and Wildlife Service’s Tribal Wildlife Grants program, which funds more than 700 conservation programs operated by Native American and Alaska Native Tribes. The most recent grants, announced last week, will benefit 35 tribes.
“Tribes are vital partners in wildlife conservation, and we’re proud to support projects that reflect their connection to the land and leadership in protecting it,” U.S FWS Service Director Brian Nesvik said in a statement. “These investments support tribal sovereignty while advancing our shared conservation goals.”
Santa Ana Pueblo will use its funds to install wildlife recording devices along the Rio Grande to monitor two endangered birds: the Yellow-billed cuckoo and the Willow flycatcher.
Zuni Pueblo was granted the funds for Zuni Eagle Aviary, which houses debilitated gold and bald eagles. The funding will assess the facility’s wildfire risk, install safety systems and clear brush. Additionally, the funding will be used for expanding the aviary’s work to include “rehabilitation and release program” on site. Neither Santa Ana nor Zuni Pueblos responded to Source NM requests for comment.
Cochiti Pueblo will use its funds to track Bighorn sheep population, which the Pueblo and the New Mexico Department of Game and Fish reintroduced in 2014 to the Cochiti canyon and the Jemez mountains after a century-long absence of herds in that area.
Specifically, Cochiti Pueblo will monitor the Bighorn sheep for the parasitic New World screwworm moving through Mexico.
The Pueblo will also restore the habitat devastated by the 2022 Cerro Pelado wildfires, which, in combination with drought, threatens the herd’s ability to move and much of their food, according to Earl Conway, the director of the Natural Resources and Conservation program at Cochiti Pueblo.
“These stressors combined have made it difficult for bighorn sheep to move safely across the landscape, maintain herd health, and sustain stable population levels,” Conway said in a statement.
The funding will help with targeted habitat restoration, replanting of fire-resistant vegetation and tracing the herd’s movements.
“Combined with wildfire prevention measures, these activities will reduce the risk of future habitat loss and ensure a more resilient and sustainable environment for Bighorn sheep herds,” he said.
The post New Mexico Pueblos receive federal grants for wildlife, habitat restoration appeared first on ICT.
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Located about 70 kilometers offshore with a water depth ranging from 52 to 56 meters, the 504-MW project adopts an innovative four-pile jacket foundation structure, with the tallest reaching 83.9 meters—the highest of its kind in the country. It is expected to generate approximately 1.7 billion kWh of electricity annually, saving around 500,000 tonnes of standard coal each year.
A 7.5-metric ton unmanned cargo aircraft powered by the AEP100, China's independently developed megawatt-class hydrogen-fueled turboprop engine, successfully completed its maiden flight on Saturday at an airport in Zhuzhou, Hunan province, marking the world's first test flight of a megawatt-class hydrogen-fueled aviation turboprop engine.
Throughout the flight, the engine remained in good condition. The aircraft flew for 16 minutes, covering 36 kilometers at a speed of 220 km/hour and at an altitude of 300 meters. After completing its scheduled flight tasks, it returned safely, marking a successful maiden flight, according to the Aero Engine Corporation of China, the developer.
According to experts from AECC, the successful maiden flight represents a significant leap from technological development to engineering application of domestically developed megawatt-class hydrogen-fueled aviation engines. The technology is also expected to drive coordinated upgrades across the industrial chain, including upstream green hydrogen production, midstream storage and refueling infrastructure, and downstream high-end equipment and new materials clusters, promoting the green, low-carbon and high-quality development of the country's aviation industry.
This indicates that China has established a complete technical chain, from core components to full system integration, in the field of hydrogen-fueled aviation engines, verifying the engineering reliability of integrating hydrogen-powered systems with flight platforms. This lays a foundation for the future industrial application of hydrogen energy in aviation and marks an important step in China's transition from technological exploration to engineering practice in green aviation power, the experts said.
They added that as the cost of green hydrogen production continues to decline, the economic and energy security advantages of hydrogen-powered aviation will gradually become more apparent. The technology is expected to be initially applied in low-altitude sectors such as unmanned cargo transport and island logistics, before gradually expanding to regional and eventually trunk passenger aircraft.
cross-posted from: https://hexbear.net/post/8139424
cross-posted from: https://news.abolish.capital/post/39441
The Endangered Species Act is the bedrock law that protects threatened plants and animals in the United States, and in the 50 years since it became law it has prevented thousands of resource-extraction projects — oil drilling, mining, and logging — from moving forward. The law is difficult to circumvent, but it does contain a key loophole. If the federal government wants to move forward with a project even though it will threaten an endangered species, it can convene a committee known as the “God Squad” — the heads of six executive agencies including the Interior Department, the EPA, and the National Oceanic and Atmospheric Administration — to vote on whether to override the law.
The “God Squad” loophole is onerous by design, and it has only ever been invoked a few times. In 1978, the committee voted to deny an exemption for a small Tennessee dam; the following year, it voted in favor of a small Wyoming dam despite concerns about whooping crane habitat. The committee met again in 1992 to grant an exemption for a few thousand acres of timber land sales in Oregon, overruling threats to the spotted owl. That exemption was withdrawn after a lawsuit.
On Tuesday, the Trump administration convened the “God Squad” for the first time in more than three decades, seeking to grant a far larger exemption than the committee has ever considered. In a morning meeting that lasted around 15 minutes, Interior Secretary Doug Burgum and Secretary of Defense Pete Hegseth made the president’s case. “We cannot allow our own rules to weaken our standing and strengthen those who wish to harm us,” Hegseth said.
The committee then voted unanimously to waive all Endangered Species Act regulations on oil and gas extraction in the Gulf of Mexico. The administration has itself noted that oil and gas production in the Gulf “is likely to jeopardize the continued existence of the Rice’s whale.” Its analysis concluded that the BP Deepwater Horizon oil spill in 2010 killed 17 percent of the whale’s population and that vessel strikes could kill multiple whales per year. The decision to override the Endangered Species Act could cause the extinction of the Rice’s whale, a species that only lives in the northern Gulf of Mexico and which has only about 50 living members.
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“It’s another example of this administration trying to figure out what the limits are on how far they can push the existing norms and authorities,” said Sally Jewell, who served as Interior Secretary under the Obama administration.
In granting the exemption, the committee cited a never-before-used section of the Endangered Species Act. The statute says in direct language that “the Committee shall grant an exemption for any agency action if the Secretary of Defense finds that such exemption is necessary for reasons of national security.”
As each member of the committee voiced their support for the waiver, they cited the national security implications of the U.S.-Israeli war in Iran, which Trump joined last month. The war has caused the closure of the Strait of Hormuz, blocked millions of barrels of oil from moving around the world, and raised fuel prices.
“Recent hostile actions by the Iranian terror regime highlights [sic] yet again why robust domestic oil production is a national security imperative,” said Hegseth during the committee meeting. “Production in the Gulf of America provides a vital buffer, insulating our economy and military from foreign instability and reducing the strategic leverage of our adversaries.”
The U.S. produces more oil than any other country, and the Gulf of Mexico only accounts for about 15 percent of the nation’s oil production, a far lower share than before the fracking boom and only around 2 percent of natural gas production. “Getting around environmental laws is not going to accelerate production and won’t solve any current challenge that our nation faces,” said Jewell. What’s more, the national security risk the administration cited would not exist were it not for Trump’s own decision to enter a conflict in Iran. “I just don’t view this as something that’s going to address any near-term national security crisis,” she said.
The Endangered Species Committee, or “God Squad”, meets in Washington, D.C., to discuss the Gulf of Mexico. Federal officials present included the Secretaries of Agriculture, Defense, and the Interior, and the head of the Environmental Protection Agency. Department of the Interior
What, then, does the Trump administration consider to be such a dire threat to national security? The supposed threat, in this case, appears to be litigation from environmental groups. “I feel like it’s a solution in search of a problem, but in the most harmful way,” Steve Mashuda, a lead attorney for oceans at the environmental organization Earthjustice, told Grist.
Last year, the administration concluded that oil producers in the Gulf could prevent harm to the whales by using new whale detection technology. Environmental groups sued over that conclusion, arguing that the technology is speculative and on its own would be insufficient. Limits on ship speed, the plaintiffs argued, would be the most effective way to prevent whale deaths.
The state of Louisiana, Chevron, and the American Petroleum Institute also sued the federal government over the proposed requirement to use whale-detection technology — calling it too stringent and arguing the Rice’s whale is not as threatened as the federal government thinks. According to federal disclosures, BP, which is pursuing a new offshore oil and gas platform called Kaskida in the Gulf of Mexico, lobbied the White House and three federal agencies on the issue at least once a quarter last year. (BP didn’t respond to a request for comment. The American Petroleum Institute said in a statement to Grist that it did not advocate for the God Squad meeting.) A federal court overruled the administration’s proposed requirement to use whale detection technology in January, and at the moment there is no active Endangered Species Act restriction on vessel speed in the offshore oil industry.
In the end, the Trump administration’s attempt to avoid litigation has already brought on litigation. Earthjustice and other environmental groups said on Tuesday afternoon they’re going to sue over the God Squad’s decision.
Editor’s note: Earthjustice is an advertiser with Grist. Advertisers have no role in Grist’s editorial decisions.
This story was originally published by Grist with the headline Trump’s ‘God Squad’ blocks endangered species protections in the Gulf of Mexico on Apr 1, 2026.
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The left knows the climate is breaking down. It has known for long enough that the knowing has itself become a kind of politics, a substitute for the harder work of understanding what produces the breakdown and what kind of force could actually stop it. What has emerged in place of that understanding is a discourse fluent in catastrophe and structurally committed to explaining it in terms that leave capital untouched. This is not an accusation of bad faith. It is a description of a political form and its limits.
That form is moralism. Not environmentalism as such, not the tradition of ecological thought that runs from Marx through to the present, but the specific ideological register that now dominates left-adjacent climate politics: the grammar of responsibility and guilt, the aesthetics of urgency without adequate theory of causation, the displacement of structural questions onto individual conduct. Its vocabulary is familiar. Carbon footprints. Complicity. The demand that we consume differently, fly less, eat less meat, perform our awareness of the crisis in the approved register. Its political expressions range from the mildly irritating to the actively disorienting: the lifestyle campaign that mistakes the symptom for the disease, the NGO framework that mistakes advocacy for power, the Green New Deal liberalism that mistakes state investment for a challenge to the valorisation imperative.
What unites these expressions is not their specific content but their shared incapacity. Moralism cannot name capital as its object, because to do so would dissolve the framework. If ecological destruction is produced not by bad values but by the structural imperatives of a mode of production, then the question is not how to make individuals more responsible within that mode of production but how to end it. That conclusion is not available to a politics organised around personal conduct and institutional pressure. It requires a different kind of analysis altogether.
The question of why left climate discourse has converged on this form is worth pausing on briefly, because the answer is not simply intellectual failure. The moralist turn has determinate social conditions. The decades in which it consolidated were also the decades of organised labour’s defeat, of the hollowing out of the political forms through which a class-based challenge to capital had previously been mounted, and of the consequent migration of left-wing energy into NGOs, campaigns, and single-issue movements operating largely within the terrain capital defines. A politics that cannot name the systemic character of the problem is not irrational given those conditions. It is the form that left-wing sentiment takes when the organisational capacity for a structural challenge has been broken. Understanding the moralist turn requires understanding the defeat that produced it.
But understanding its origins does not rehabilitate its conclusions. The defeat of the organised working class is not an argument for a politics that accommodates to it. It is an argument for a politics that seriously confronts what would be required to reverse it, and that refuses to substitute moral performance for that confrontation. The left climate discourse that has developed in the absence of working class organisation is not a holding position to be superseded when better conditions arrive. It is actively reproducing the conditions of its own inadequacy, training a generation of ecological activists in a framework that cannot think the problem it claims to address.
What it cannot think is the structural logic that makes ecological destruction not an aberration of capital but one of its normal products. That argument requires a different theoretical foundation than moralism can supply. The next task is to establish what that foundation actually looks like.
II. What Moralism Cannot See
The first move moralism makes, and the one that determines everything that follows, is to locate the cause of ecological destruction in the wrong place. The cause is not greed, not short-sightedness, not the wrong values held by the wrong people. These may describe the phenomenology of capitalist behaviour. They do not explain it. What explains it is the structural position of capital within a mode of production whose organising imperative is the self-expansion of value, and whose indifference to ecological consequences is not a correctable defect but a condition of its normal functioning.
The circuit of capital is M-C-M prime: money advanced to purchase commodities, including labour power and means of production, in order to produce commodities that realise a greater sum of money than was advanced. What drives this circuit is not the use-value of what is produced. Capital is indifferent to use-value except insofar as it is the necessary vehicle of exchange-value. The imperative is valorisation, the expansion of value through the extraction of surplus labour, and this imperative is not chosen by individual capitalists but imposed on them by competition. The firm that does not accumulate is displaced by the firm that does. The structural pressure is unrelenting and it operates independently of the intentions, values, or ecological awareness of the people who occupy the relevant positions within it. This is the point moralism cannot reach: that the problem is not who is running the system but what the system requires of whoever runs it.
From this structural position, three mechanisms of ecological destruction follow with something close to necessity.
The first is externalisation. Value, in Marx’s technical sense, is constituted by socially necessary labour time. What this means for ecological analysis is that natural processes and conditions, insofar as they are not the product of labour, do not enter into the value composition of commodities. The atmosphere, the hydrological cycle, the fertility of soil, the stability of climate systems: these are conditions of production that capital draws on without those costs appearing anywhere in the accounts. Externalisation is not a market failure in the sense that mainstream environmental economics uses that term, as a deviation from an otherwise functional pricing mechanism that could in principle be corrected. It is constitutive of how value is produced under capitalism. The capacity to treat nature as a free sink and a free source is not incidental to accumulation. It is built into the structure of the value form itself, which registers only what labour has produced and is indifferent to what it has consumed or destroyed in the process.
The second mechanism is the discount rate. Capital does not only externalise costs spatially, displacing them onto nature or onto populations with less power to resist. It also externalises them temporally, displacing them onto the future. The discount rate is the mechanism by which future costs are systematically devalued relative to present returns, and its operation within capital allocation decisions means that any ecological consequence sufficiently remote in time is effectively weightless in the calculations that determine investment. This is not irrationality. It is the rational behaviour of capital operating within its own time horizon, which is the valorisation cycle. A consequence that falls outside that horizon does not register as a cost. The compounding ecological damage of two centuries of industrial capitalism is in large part the accumulated product of innumerable individually rational discount rate calculations, each of which treated the future as somebody else’s problem because the structure of capital accumulation made that the only calculation that made sense.
The third mechanism is the structural separation of production decisions from their ecological consequences. The firm that decides to extract, emit, or deplete does not bear the costs of what it extracts, emits, or depletes. Those costs are distributed across populations, ecosystems, and time in ways that have no mechanism of return to the point of decision. This separation is not accidental. It is reproduced by the property relations of capitalism, which vest decision-making authority over production in those who own the means of production, while distributing the consequences of those decisions far beyond any boundary the property relation recognises. The result is a systematic and structural disconnect between the locus of decision and the locus of consequence, which no amount of information, awareness, or moral pressure can close, because it is produced by the structure of property, not by the attitudes of property owners.
These three mechanisms operate simultaneously and reinforce one another. Externalisation means ecological costs do not appear in price signals. The discount rate means future ecological costs are systematically discounted even when they are acknowledged. The separation of decision from consequence means there is no feedback mechanism by which ecological damage is returned to the point at which it is produced. Together they constitute not a market failure but a structural feature of capitalist production as such, one that operates independently of regulatory environment, corporate culture, or the personal commitments of those who manage capital.
It is worth noting, briefly, what this structural analysis forecloses before the argument has fully developed. If ecological destruction is produced by these mechanisms, then interventions that leave the mechanisms intact cannot resolve the problem they claim to address. A carbon price that internalises some fraction of externalised costs while leaving the valorisation imperative untouched does not address externalisation as a structural feature of the value form. It prices one specific externalisation in one specific market while the general condition that produces externalisation continues to operate across every dimension of capital’s relation to nature. The same logic applies to cap and trade schemes, green investment programmes, and the various instruments of ecological modernisation that assume the problem is a correctable distortion of an otherwise functional system. Whether those instruments have any tactical relevance is a separate question, to be addressed later. The prior question is theoretical: what kind of problem is this, and what kind of solution does that imply? The structural analysis gives an answer that the policy instruments in question are not designed to hear.
What the structural analysis requires, and what moralism systematically refuses, is a theory of the capital-nature relation at the level of the mode of production itself. That theory exists within the Marxist tradition. Its most rigorous formulation is the concept of the metabolic rift.
III. Marx and the Metabolic Rift
The concept of metabolism enters Marx’s thinking not as a metaphor but as a category. In the Grundrisse and developed more fully in Capital Volume I, Marx describes labour as the process by which human beings mediate, regulate, and control the material exchange between themselves and nature. This exchange, the metabolic relation between human productive activity and the natural world, is not a background condition of social life. It is its material foundation. Human beings are natural beings before they are social ones, and their social organisation is always simultaneously an organisation of their relation to nature. Production, in Marx’s account, is never the transformation of raw materials into commodities by abstract labour. It is always the transformation of nature by human beings who are themselves part of nature, drawing on natural conditions they did not create and reproducing or failing to reproduce the conditions on which future production depends.
What capitalism does to this metabolism is the subject of Marx’s most sustained ecological analysis, concentrated in his treatment of large-scale agriculture and soil exhaustion in Volume I and developed through his extensive engagement with the agrochemist Justus von Liebig. The argument is precise. Capitalist agriculture, by concentrating production, separating town from country, and shipping food and fibre across increasing distances, breaks the cycle by which the nutrients taken from the soil in production would naturally be returned to it. The constituents of the soil, the nitrogen, phosphorus, and potassium that make agricultural production possible, are metabolised into commodities and exported to urban centres where they end as waste, discharged into rivers and eventually the sea rather than returned to the land. The result is a systematic and cumulative degradation of the natural conditions of production, a rift in the metabolic relation between human society and the earth that capitalism opens and cannot close within its own logic.
John Bellamy Foster’s recovery and systematisation of this argument, developed across Marx’s Ecology and subsequent work, has been the most influential intervention in eco-Marxist theory of the past three decades. Foster’s contribution was to demonstrate that Marx’s ecological thinking was not incidental or peripheral but constitutive of historical materialism as a project, that the materialist conception of history required a materialist conception of nature, and that the metabolic rift concept was not an analogy borrowed from natural science but a rigorous theoretical category developed from within Marx’s value theory. The rift is not a poetic description of environmental damage. It is the name for what happens to the labour-nature metabolism when production is organised around the valorisation imperative rather than the reproduction of the conditions of human and natural life.
The debates this reading has generated are substantive and cannot be set aside as merely academic. The most important challenge comes not from outside eco-Marxism but from within it, and the work of Andreas Malm is where the tension is most productively developed. Malm’s Fossil Capital offers a different entry point into the capital-nature relation: not the metabolic disruption of natural cycles but the specific historical choice, made by British capital in the early nineteenth century, to substitute fossil energy for water power in the organisation of industrial production. Malm’s argument is that this choice was not technologically determined or economically inevitable in any simple sense. It was made because steam power, unlike water power, was spatially mobile and temporally controllable, and because those properties served the specific interests of capital in its relation to labour: the ability to locate production in dense urban centres where the labour market was deep, and to run machinery according to the demands of the valorisation cycle rather than the rhythms of rivers. The roots of the climate crisis are therefore not simply in the structure of the value form in the abstract but in a specific historical configuration of the capital-labour relation that produced fossil energy dependency as one of its consequences.
The tension between these two frameworks is real and worth holding open rather than dissolving. Foster’s metabolic rift theory operates primarily at the level of the value form and its structural indifference to natural conditions of reproduction. Malm’s fossil capital argument operates at the level of the historical development of the productive forces and the specific class determinations that shaped that development. These are not simply compatible perspectives that can be added together. They imply different emphases on where the crisis is located, what reversal would require, and crucially, whether there is anything in the productive forces developed under capitalism that could be appropriated for a post-capitalist ecology or whether the productive apparatus itself is so thoroughly shaped by the requirements of capital that no such appropriation is possible. This is the Promethean tension within the Marxist tradition: between the view that capitalism develops productive forces that socialism inherits and redirects, and the view that the productive forces developed under capitalism are not neutral instruments but bear the imprint of the social relations that produced them, relations of exploitation and domination that include the domination of nature.
Neither position, stated as a general thesis, is fully adequate. The metabolic rift concept is correct that the structural logic of capital accumulation systematically disrupts natural cycles in ways that cannot be addressed by reforming the incentive structure around the edges. But Malm is correct that the historical specificity of fossil capitalism matters, that the particular form the capital-nature antagonism has taken is not simply deducible from the value form in the abstract but required specific historical conditions and class struggles to produce. What the two frameworks share, and what distinguishes both from moralism, is that neither locates the problem in the attitudes, values, or choices of individuals operating within the system. Both locate it in the structure and history of the system itself, and both therefore imply that the resolution of the problem requires the transformation of that system rather than the reformation of behaviour within it.
This is the point at which the theoretical argument returns to its starting target with some force. Recall what moralism offers as its account of causation: the wrong choices made by insufficiently aware or insufficiently responsible agents, choices that could in principle be made differently within the existing structure of production if only the relevant agents could be persuaded, pressured, or incentivised to change them. Against this, the metabolic rift concept and the fossil capital argument, for all their differences, are united in a single and devastating response: the problem is not the choices made within the structure but the structure within which choices are made. The rift between human society and natural metabolism is not produced by bad decision-making. It is produced by a mode of production whose normal and successful operation requires the systematic disruption of the natural conditions on which all production ultimately depends. No quantity of moral pressure, consumer campaign, or awareness-raising can close a rift that is opened not by ignorance or malice but by the valorisation imperative operating exactly as it is supposed to.
What a politics adequate to this analysis looks like is the next question. The theoretical work done here does not generate a programme automatically. But it does establish, with some precision, what a programme would have to address and what it cannot afford to leave intact.
IV. The Political Consequences of Theoretical Evasion
If the metabolic rift is produced by the valorisation imperative operating normally, then the political conclusion that follows is not complicated to state, even if it is extremely difficult to act on. The valorisation imperative must be brought under conscious social control, which means the decisions about what is produced, how, at what rate, and with what relationship to the natural conditions of production, must be removed from the logic of capital accumulation and made subject to democratic determination oriented toward human and ecological reproduction rather than the self-expansion of value. Everything else is a subsidiary question: what institutions carry that transformation, what transitional programme moves toward it, what class forces have an interest in achieving it. These are real and hard questions. But they are subsidiary to the prior one, which is whether the political formation in question is organised around that objective or around something else. Most existing ecological politics is organised around something else, and the theoretical evasion of the structural analysis is what makes that possible.
The political forms that moralism generates follow directly from its account of causation. If the problem is individual behaviour, the solution is behaviour change: consumer campaigns, lifestyle politics, the apparatus of personal carbon accounting that asks individuals to audit their conduct against a standard the structure of production makes it largely impossible to meet. If the problem is market failure, the solution is market correction: carbon pricing, cap and trade, the various mechanisms by which environmental economics proposes to internalise externalised costs without disturbing the valorisation imperative that produces externalisation as a structural feature. If the problem is insufficient political will among existing elites, the solution is advocacy, lobbying, and the application of pressure to institutions that are constitutively organised around the interests of capital. Each of these political forms is the direct expression of a theoretical position, and each theoretical position is one that stops short of the structural analysis the situation requires.
This does not mean that every formation operating within these limits is tactically irrelevant. The relationship between tactical utility and strategic adequacy is not one of simple equivalence, and a materialist politics is not obliged to refuse every instrument that falls short of the final objective. A carbon price that raises the cost of specific emissions may have some effect on some investment decisions at the margin. A Green New Deal programme that directs state investment toward renewable infrastructure creates material conditions, employment relations, and political constituencies that a socialist politics could work within and against. These are not nothing. The error is not in using what is available but in mistaking what is available for what is sufficient, in treating the tactical instrument as if it were the strategic answer, and in building the political formation around the instrument rather than around the objective the instrument cannot reach.
Green New Deal liberalism is the paradigm case of this error at the current conjuncture, and it deserves precise rather than wholesale criticism. The GND framework, in its various national iterations, correctly identifies the scale of public investment required, correctly argues that the transition cannot be left to market mechanisms alone, and correctly insists that the costs of transition must not be borne by those who bear least responsibility for the crisis. These are not trivial concessions to structural thinking. They represent a genuine advance on the pure market environmentalism that preceded them. The problem is what the framework leaves intact: the private ownership of the means of production, the investment decisions of capital, the valorisation imperative that will ensure any green investment programme is bent toward the requirements of accumulation rather than the requirements of ecological reproduction wherever the two diverge. A GND that decarbonises the energy system while leaving the structure of production intact has not addressed the metabolic rift. It has electrified it.
The programme question is where the theoretical stakes become most concrete. A programme is not a wish list or a statement of values. It is a specification of the transformations that would actually move the situation from its present condition toward the objective. For ecological politics, a programme adequate to the metabolic rift has to address the valorisation imperative directly, which means it has to address the ownership and control of production. Not because public ownership is a fetish or a sufficient condition in itself, but because the decisions that produce the rift, what to produce, at what rate, with what relationship to natural conditions, are currently made by capital according to capital’s criteria, and no amount of regulatory pressure, pricing mechanism, or state investment can fully override those criteria while the structure that generates them remains intact. The programme question for ecological politics is therefore inseparable from the broader question of socialist transition: what transformations of ownership, planning, and democratic control would bring production under the kind of conscious social direction that could actually manage the human-nature metabolism rather than systematically disrupting it.
This is the conclusion that the existing ecological left has largely refused to draw, and the refusal is not accidental. Drawing it requires abandoning the terrain on which most ecological politics currently operates: the terrain of pressure, advocacy, and reform within a capitalist framework that is treated as given. It requires instead the construction of a political force organised around the objective of transforming that framework, which means organised around the working class as the social force whose position within production gives it both the interest and the potential capacity to bring production under conscious social control. The NGO cannot do this. The consumer campaign cannot do this. The cross-class climate coalition organised around the urgency of the crisis without agreement on its causes cannot do this. Not because these formations are populated by people of bad faith, but because the objective exceeds what their organisational form and political logic make possible.
What would make it possible is the harder question, and one that cannot be answered at the level of ecological politics alone. It requires settling accounts with what the left has inherited on the question of nature, production, and socialist transformation, including the parts of that inheritance it has been most reluctant to examine.
V. The Left’s Bad Inheritance on Nature
The Marxist tradition does not arrive at the question of ecological crisis without baggage. It arrives with a substantial and largely unexamined inheritance on the relationship between production, nature, and human emancipation, an inheritance that has not prevented the development of sophisticated ecological Marxism but has consistently limited its uptake within the actually existing left. Settling accounts with that inheritance is not a gesture of self-criticism for its own sake. It is a precondition for the kind of theoretical clarity that a materialist ecological politics requires, and it cannot be deferred on the grounds that the external enemy is more pressing. The tradition that holds historical materialism to the standards it sets for everything else is obliged to apply those standards to itself.
The theoretical tendency that produces the problem can be located precisely. It lies in a specific reading of the forces and relations of production schema that runs from certain strands of the Second International through to its twentieth century inheritors, a reading in which the development of the productive forces appears as the primary motor of historical progress, socialism as its culmination, and the task of socialist politics as the completion and rational reorganisation of the productive development that capitalism has begun but cannot finish. In this reading, the problem with capitalism is not that it produces the wrong things, at the wrong rate, with the wrong relationship to natural conditions of reproduction. The problem is that it develops the productive forces in a contradictory and anarchic way, generating crises and immiserating the class that operates those forces, when what is required is their planned and rational development under social ownership. Socialism, on this account, is essentially a more efficient and more equitable version of industrial capitalism, inheriting its productive apparatus and directing it toward human rather than private ends.
The historical conditions that generated this reading are not difficult to identify, and identifying them is part of the argument that productivism is an accidental rather than necessary feature of the tradition. The socialist movements of the late nineteenth and early twentieth centuries developed in contexts of material scarcity and underdevelopment where the expansion of productive capacity was a genuine and urgent human need, where the misery of the working class was visibly a product of insufficient development as much as of exploitation, and where the contrast between capitalist irrationality and socialist planning appeared most naturally as a contrast between anarchic and organised industrialisation rather than between industrialisation and something else. The Soviet experience consolidated this tendency under conditions of even more extreme pressure: the imperative of rapid industrialisation in a context of encirclement, underdevelopment, and military threat produced a version of socialism whose self-image was explicitly productivism, the conquest of nature by human labour as the content of socialist construction.
These are historical explanations, not excuses. The point is not that productivism was inevitable given the circumstances but that it was produced by specific circumstances that are not permanent features of the situation and whose grip on the tradition should therefore be tractable to theoretical criticism. The forces and relations schema, read carefully and without the teleological overlay that the productivist tradition imposed on it, does not in fact commit historical materialism to the view that the development of productive forces is an unconditional good or that socialism inherits the capitalist productive apparatus without transformation. Marx’s own account of the metabolic rift, his analysis of how capitalist agriculture systematically degrades the natural conditions of production, his insistence that socialist production would have to consciously manage the human-nature metabolism rather than simply expanding throughput: none of this is consistent with productivism as a political programme. Productivism is a reading of historical materialism, a historically conditioned and theoretically distorting one, not a necessary consequence of it. A corrected Marxism can shed it, provided it is willing to acknowledge that there is something to shed.
The existing left has been largely unwilling to do this, and the form its unwillingness takes is instructive. The dominant response to ecological politics within the Marxist and broader socialist left has not been outright rejection. Outright rejection would at least have the virtue of clarity, of forcing a confrontation with the theoretical stakes. The dominant response has instead been assimilation without transformation: the absorption of ecological demands into existing political frameworks without any corresponding revision of those frameworks, a process that leaves the productivist inheritance intact while adding a green coating that is shed the moment it comes into conflict with the underlying commitments.
The symptoms of this assimilation are visible at every level. At the level of programme, it appears as the addition of environmental demands to existing socialist platforms without any examination of whether those demands are consistent with the growth and development logic that organises the rest of the platform. Public ownership of energy, investment in green infrastructure, a just transition for workers in fossil fuel industries: these are not wrong as far as they go, but they are typically presented as extensions of an existing socialist programme rather than as implications of a transformed understanding of what socialist production is for. The question of whether a socialist economy oriented toward ecological reproduction would look like a publicly owned version of the current economy with different energy sources, or whether it would require a fundamentally different relationship to production, consumption, and growth, is not posed. It is dissolved into the existing framework before it can do its theoretical work.
At the level of theory, assimilation without transformation appears as the treatment of ecological Marxism as a specialism, a subfield to be acknowledged and incorporated rather than a set of arguments with consequences for the foundations of the political project. Foster’s metabolic rift theory, Malm’s fossil capital argument, the broader tradition of eco-Marxist thought: these are cited, occasionally taught, and then set aside while the main business of socialist theory continues on productivist assumptions. The result is a tradition that can gesture toward ecological sophistication without having actually undergone the theoretical revision that ecological sophistication requires. It knows the right references. It has not done the work.
The cost of this failure is not primarily rhetorical or reputational, though it is those things too. The cost is political. A left that has not settled accounts with its productivist inheritance cannot offer a coherent account of what socialist production would actually look like in a world constrained by ecological limits, cannot speak honestly to the working class about what a just transition requires and what it costs, and cannot distinguish its own programme from the green capitalism it nominally opposes except by asserting a difference in ownership that, absent a transformation of the production logic itself, may amount to very little. The inheritance is not a minor embarrassment. It is a political liability of the first order, and treating it as anything less is itself a form of the theoretical evasion this publication exists to oppose.
VI. Towards a Materialist Politics of Ecology
The argument developed across these sections can be stated with some compression. Ecological destruction is not produced by bad values or insufficient awareness. It is produced by the structural imperatives of capital accumulation: by externalisation built into the value form, by the discount rate that renders future consequences weightless against present returns, by the systematic separation of production decisions from their ecological consequences. The metabolic rift concept names what this produces at the level of the capital-nature relation: a systematic and cumulative disruption of the material exchange between human society and the natural world that capital opens and cannot close within its own logic. The political forms generated by a moralist misdiagnosis of this problem are correspondingly inadequate, not because they are populated by people of bad faith but because their theoretical foundations structurally prevent them from addressing what they claim to address. And the Marxist tradition, which possesses the theoretical resources to do better, has largely declined to use them, absorbing ecological thinking into existing frameworks without the transformation those frameworks require. The result is a left that can describe the crisis with increasing sophistication and address it with decreasing adequacy.
What a materialist politics of ecology requires cannot be specified as a programme in advance of the political conditions that would make a programme realisable. That is not a counsel of passivity. It is a methodological point about what a programme is: not a wish list extrapolated from theoretical principles but a crystallisation of the actually available forces, contradictions, and possibilities of a given historical moment. What can be specified in advance are the questions such a programme would have to answer, and the standards against which any answer would have to be measured. These questions are three, and none of them has been seriously posed by the existing ecological left, let alone answered.
The first is the planning question. If the valorisation imperative must be brought under conscious social control, then the institution through which that control is exercised is democratic planning: the collective determination of what is produced, at what rate, with what relationship to natural conditions of reproduction. But democratic planning as a concept carries within it a tension that ecological politics makes acute. Planning adequate to the metabolic rift is not simply the aggregation of existing preferences through a democratic mechanism. Human preferences formed within capitalism, shaped by the commodity form, the advertising apparatus, and the systematic production of needs that serve accumulation rather than human flourishing, cannot be treated as the raw material of an ecologically adequate socialist production without transformation. The planning question for ecological politics is therefore not only how decisions are made but how the preferences that feed into those decisions are themselves formed, which is a question about education, culture, and the long transformation of needs that no transitional programme can resolve but that any honest programme must acknowledge as part of what is at stake. A materialist ecology that evades this tension by assuming either that existing preferences are sovereign or that a vanguard can override them is not taking the planning question seriously.
The second is the class question, and it is the one the existing ecological left has been most systematically evasive about. The transition away from a fossil-fuel-based, metabolically disruptive capitalism will impose costs. The question of who bears those costs is not a secondary consideration to be addressed after the ecological objectives have been set. It is constitutive of what the transition is. A transition whose costs fall primarily on the working class, on those whose livelihoods depend on the industries being wound down, on those with the least capacity to absorb rising energy and food prices, on the populations of the global south who have contributed least to the crisis and are most exposed to its consequences, is not a just transition in any meaningful sense. It is the latest in a long series of arrangements by which the costs of capital’s contradictions are socialised onto those least responsible for producing them. The class character of the transition is not a rhetorical commitment to be added to an otherwise technocratic programme. It is a specification of whose interests the programme actually serves, which means it is a specification of the class forces the programme must be organised around and the class forces it must be organised against. A programme that cannot name the latter is not a programme for transition. It is a programme for managed decline distributed inequitably, which is more or less what green capitalism already offers.
The third is the organisational question, and it is in some respects the hardest, because it requires the ecological left to confront what it has most consistently avoided: the question of power. A politics adequate to the metabolic rift requires transforming the ownership and control of production, overriding the investment decisions of capital, and subordinating the valorisation imperative to the requirements of ecological and human reproduction. No formation currently organised around ecological politics has either the intention or the capacity to do any of these things. The NGO cannot do them because its organisational form and funding base preclude the antagonism they require. The cross-class climate coalition cannot do them because the class whose interests are served by the existing structure of production is present within it and will not consent to its own subordination. The parliamentary green party cannot do them because the institutions through which it operates are constitutively limited in what they can demand of capital without provoking the investment strike, capital flight, and institutional resistance that have defeated every previous left government that has pushed against those limits without the organisational force to push back.
What could do them is a political force organised around the working class as the social force whose position within production gives it both the structural interest and the potential capacity to bring production under conscious social control. Not the working class as a sociological category to be appealed to, but as an organised political subject constituted through struggle, capable of exercising the kind of power over production that the metabolic rift analysis implies is necessary. The relationship between ecological politics and working class organisation is therefore not additive, a matter of adding green demands to a labour programme, but constitutive: the class question and the ecological question turn out, under rigorous analysis, to be the same question approached from different angles, the question of who controls production and in whose interests it is organised.
The left has not yet posed this question in those terms. It has maintained the separation between ecological politics and class politics that the theoretical analysis dissolves, treating them as allied causes requiring coalition rather than as a single problem requiring a unified political response. There is no ‘eco-socialism’, since such a description is necessary oxymoronic. The reasons for this are not entirely mysterious: the organisational separation reflects real social and political histories, the different constituencies and formations through which each politics has developed. But a separation that reflects historical contingency is not one that reflects theoretical necessity, and a left serious about the metabolic rift cannot indefinitely maintain a political division that its own analysis has shown to be untenable.
What the left must do differently is therefore not primarily a matter of adding the right ecological demands to existing programmes, or of finding the right coalition between existing formations, or of adopting the correct theoretical framework while leaving organisational practice unchanged. It requires recognising that the ecological crisis is a crisis of the capital-nature relation at the level of the mode of production, that addressing it requires transforming that mode of production, that transforming it requires a political force organised around the class with the structural capacity to do so, and that building that force is the prior condition of everything else. This is not a comfortable conclusion. It rules out most of what currently passes for ecological politics. It implies that the left’s existing response to the most serious crisis capital has yet produced is, at the level of both theory and organisation, inadequate to the situation.
Recognising that inadequacy precisely, without softening it into a call for broader coalitions or more ambitious reform programmes, is the beginning of a politics that might actually be adequate. It is not the end of one. The questions that remain, about the specific forms of planning, the specific content of transition, the specific organisational forms adequate to the working class as it currently exists, are large and largely unresolved. But they are questions that can only be seriously posed once the theoretical evasions that have prevented their posing have been cleared away. That clearing is what this article has attempted. The harder work begins after it.
Monthly Review does not necessarily adhere to all of the views conveyed in articles republished at MR Online. Our goal is to share a variety of left perspectives that we think our readers will find interesting or useful. —Eds.
A specific ideological register now dominates left-adjacent climate politics: the grammar of responsibility & guilt, the aesthetics of urgency without adequate theory of causation, the displacement of structural questions onto individual conduct. Moralism “cannot name capital as its object, because to do so would dissolve the framework.” If ecological destruction is produced by the structural imperatives of a mode of production, “then the question is not how to make individuals more responsible within that mode of production but how to end it.” The moralist turn has determinate social conditions—the defeat of organised labour & the hollowing out of political forms capable of mounting a class-based challenge to capital. “What it cannot think is the structural logic that makes ecological destruction not an aberration of capital but one of its normal products.” Three mechanisms follow from the valorisation imperative: externalisation (costs omitted from the value form), the discount rate (systematic devaluation of future costs), & the structural separation of production decisions from their ecological consequences. “Together they constitute not a market failure but a structural feature of capitalist production as such.” The metabolic rift concept (Marx via Foster) names the systematic disruption of the labour-nature metabolism; the fossil capital argument (Malm) adds historical specificity regarding the capital-labour relation. Green New Deal liberalism “correctly identifies the scale of public investment required… [but] what it leaves intact: the private ownership of the means of production… the valorisation imperative that will ensure any green investment programme is bent toward the requirements of accumulation rather than the requirements of ecological reproduction wherever the two diverge.” A materialist ecology must address the planning question, the class question (who bears transition costs), & the organisational question—the latter requiring a political force organised around the working class as “the social force whose position within production gives it both the structural interest & the potential capacity to bring production under conscious social control.” The separation between ecological & class politics is untenable: “the ecological crisis is a crisis of the capital-nature relation at the level of the mode of production… addressing it requires transforming that mode of production… building that force is the prior condition of everything else.”
Xinjiang has transmitted 304 billion kWh of new energy to other parts of China, accounting for about 30% of its total outgoing electricity. With a strong grid of seven internal loops and five external channels, the region now has six new energy bases each exceeding 10 million kilowatt.


China's tree-planting drive is entering a new phase. As the country marked its 48th National Tree Planting Day on March 12, the focus has been shifting from planting more trees to building healthier, higher-quality forests, with digital technology and artificial intelligence playing a growing role.
Using satellite monitoring, drones and digital twin systems, researchers can now track forests with far greater accuracy. These tools help scientists assess forest quality, guide planting in real time and ensure each new forest brings stronger ecological benefits.

Tourists play musical instruments amid blooming flowers in Langxi Town, Yinjiang Tujia and Miao Autonomous County, southwest China's Guizhou Province on March 13, 2026. /Tongren Media Convergence Center
Tourists play musical instruments amid blooming flowers in Langxi Town, Yinjiang Tujia and Miao Autonomous County, southwest China's Guizhou Province on March 13, 2026. /Tongren Media Convergence Center
In early spring, vibrant peach and plum blossoms blanket 800 hectares of once barren rocky land in Langxi Town of southwest China's Guizhou Province, drawing flocks of tourists for spring outings.
Langxi was once hit hardest by severe rocky desertification–bare rocks, water shortages and poor farmland. Through years of ecological restoration including reforestation and land reclamation, the barren slopes have turned into lush fruit forests.

Local authorities have built an eco-park integrating sightseeing, recreation and sports, creating year-round tourism with spring blossoms and autumn fruits. Annual per capita disposable income has surged from over 6,000 yuan ($871) in 2014 to 17,000 yuan ($2,468) today, proving desertification control can boost both ecology and rural vitalization.
(ECNS) -- Central China's Hubei Province launched the first zero-carbon emission vessel fleet for the upper and middle reaches of the Yangtze River on Wednesday, marking a significant step forward in green waterway transport.

All-electric container ship Huahang Xinneng 2 undergoes a trial operation in Wuhan, March 25, 2026. (Photo/China News Service)
An inaugural sailing ceremony for the all-electric container ships Huahang Xinneng 2 and Huahang Xinneng 3 was held in Wuhan, the capital of central China's Hubei Province.
The first ship in the series, Huahang Xinneng 1, entered service on Nov. 16, 2023. It became the first all-electric container vessel to operate across both the main channel and tributaries of the Yangtze River in Hubei.
With a top speed of 18 km/h and a range of 175 km, the vessel can carry more than 100 standard containers.
Over more than two years of operation, it has travelled nearly 100,000 km, maintaining a record of zero emissions, zero pollution, and zero carbon output.
Each vessel is expected to reduce greenhouse gas emissions by 334 metric tons annually.
She Xiuqi, deputy general manager of Hubei Port Huazhong Port Shipping Logistics Group, said that Huahang Xinneng 5 and Huahang Xinneng 6 have been completed, and are currently undergoing trial operations.
Once the full fleet is in service, the vessels will run on high-frequency intercity routes, connecting Wuhan with nearby cities such as Ezhou and Huanggang within Hubei province.
This network aims to establish an efficient and convenient green water transport corridor linking the Han River with the Yangtze.
She added that while diesel-powered ships still dominate China's inland waterways, the growing adoption of electric ships is paving a new path toward greener, more intensive, and commercially viable river shipping.
How should we regard conservation orgs that view the primary instigators of climate change as irreplacable allies? tl;dr JFK administration birthed USAID which created AIDS for killing more Africans. The food aid kills them too. Am I joking? More on this later.
cross-posted from: https://hexbear.net/post/8046971
cross-posted from: https://news.abolish.capital/post/37313
In the fall of 2004, Diane Miller, a tree-fruit specialist, began a two-part expedition on a Fulbright to Kazakhstan and Kyrgyzstan, in Central Asia, the birthplace of the apple. Her quest: to bring back seeds from the region’s wild apple trees that could infuse domestic breeding programs with biodiversity.
The American apple industry is concentrated almost entirely on a handful of varieties. Just 15 apples account for roughly 90 percent of the market. In contrast, Central Asia’s thousands of wild apple varieties offered untold diversity from trees that had borne fruit across centuries of cultivation.
On the second half of the expedition in 2005, Miller, accompanied by her teenage daughter, Amy, journeyed through dramatic Kyrgyz landscapes. The pair traversed alpine passes and arid valleys on the way to a mountainous area in the west that was blanketed by apple and walnut forests. They were awed by the breathtaking abundance.
There was something else, too: The steep, wooded slopes and sandstone bluffs, surrounded by a wash of dense greenery, reminded them of their home in Appalachian Ohio.
“If I squinted a little bit, I could have thought I was at home,” said Amy Miller, now a fruit grower and plant pathologist. “That was our first indicator that these trees might be well adapted to our region.”
“It can be the foundation to a future of apple growing that ensures clean water and biodiversity and the health of farmworkers.”
The Millers returned to Ohio with hundreds of seeds from trees whose longevity suggested they might carry disease resistance—a trait that could be bred into American varieties, potentially reducing domestic reliance on chemical sprays.
In spring 2007, they planted seedlings in a research plot at Dawes Arboretum, a 2,000-acre preserve in an agricultural community east of Columbus, Ohio. The seedlings became part of a much larger collection, spanning roughly 6,000 trees and 15 acres, including controlled crosses of domestic varieties and selections from previous U.S. Department of Agriculture collection trips to Kazakhstan.
At Dawes, the Kyrgyz apples thrived. For nearly two decades they’ve lived there, some 800 trees growing into a unique repository of wild apple genetics that many breeders and growers now view as critical for the future of the domestic apple industry. Apple growers face a host of challenges, including global competition, climate change, rising costs, and many more.
“It can be the foundation to a future of apple growing that ensures clean water and biodiversity . . . and the health of farmworkers,” said Eliza Greenman, a germplasm specialist at the agroforestry nonprofit Savanna Institute. “It’s a foundation to unlocking apple flavors, too—to extending the boundaries of what we think apples can taste like.”
That future, however, is now uncertain. In mid-December 2025, Dawes’ executive director, Stephanie Crockatt, sent Miller a letter asking for the trees to be removed by the end of March.
“We have made the decision to adjust our research priorities and land management strategies,” the letter stated.
The directive left only enough time for “triage,” Greenman said. More than 100 plant breeders, researchers, fruit growers, agroforesters, and nonprofits signed a letter, written by Greenman, that pleaded for an extension so the collection “can be used, studied, and evaluated for years to come.”
Dawes pushed its deadline out a year to March 2027. Even with the extension, Greenman said, the decision risks dismantling an unrivaled resource for apple breeders that could take decades to reassemble.
Diane Miller surveys the wild Kyrgyz apple collection at Dawes Arboretum in Newark, Ohio. (Photo credit: Amy Miller)
Resilience Through Diversity
Diane Miller’s work is organized around a simple idea, she said: “genetic diversity for environmental resilience.” Through her work at Ohio State, the Midwest Apple Improvement Association, and the Midwest Apple Foundation, she’s long championed plant breeding that can increase disease resistance and reduce reliance on fungicides and insecticides.
Domestic apples are susceptible to pests like the codling moth and diseases like apple scab, a fungus that blemishes the fruit’s skin, and fireblight, a destructive bacteria that can rapidly kill trees. Because of these vulnerabilities, apples are sprayed with pesticides intensively, often weekly.
The domestic apple industry has veered toward a high-risk, high-reward model, Greenman said, accepting the added frustration and increased costs—in both sprays and systems—of working with delicate but delicious apples like Honeycrisp because the price they fetch can be three times that of sturdier alternatives.
In Kyrgyzstan, where the Millers gathered their genetic material, apples have been cultivated for centuries but never domesticated in isolation like American apples. In that wild setting, the trees remain largely unbothered by pests and disease. For the Millers, that made them invaluable for breeding programs that could cross their hardy traits with the intense sweetness and trademark crunch consumers crave from the Honeycrisp and numerous varieties it’s inspired.
“The future of the apple industry needs more disease resistance built in,” Greenman said, “or else breeding will be replaced by creating chemicals.”
“The future of the apple industry needs more disease resistance built in or else breeding will be replaced by creating chemicals.”
With American apple growers concentrated on a small range of varieties, “there’s a real risk of a genetic bottleneck,” said Matthew Moser Miller, an Ohio orchardist and cider maker who is familiar with the Dawes collection (and who is unrelated to Diane and Amy Miller).
A limited genetic pool can weaken disease resistance, making trees more vulnerable over time, he said. The Kyrgyz trees at the arboretum offer a safeguard—an immense variety of flavors and the promise of greater crop resilience.
As the seedlings grew into a forest of mature, 20-foot-tall trees, Diane Miller selected the best candidates for breeding, propagating them by grafting cuttings, called scionwood, onto rootstock and letting them grow. To cross two varieties, she applied pollen from the flowers of one to the flowers of the other.
Miller worked at this for years, promoting desirable qualities through generations of breeding while maintaining a library of traits breeders could use into the future. The Kyrgyz trees “have inherent vigor that is lacking in domestic apples,” she said. They also boast unusually high quantities of phenols, the chemical compounds that give fruits their antioxidant and anti-inflammatory power.
But plant breeding is a long-term process that will be interrupted by the forced exit from the arboretum. Moving the entire collection would be impossible, and moving just a selection wouldn’t capture its diversity. Miller will spend the next year collecting scionwood to propagate clones from the planting, but she will lose mature trees whose age is an integral part of understanding their potential.
“It takes time to sort and sift all that out,” Miller said. “They don’t just jump out and say, ‘I’ve got multi-gene disease resistance. Take me.’”
An apple tree bred with wild Kyrgyz genetics from the Dawes Arboretum collection. With its disease resistance and large fruit, it’s a prime candidate for breeding with existing commercial varieties to produce a crisp, delicious, yet resilient apple. (Photo credit: Diane Miller)
Rebuilding a Repository
Despite the protests of the apple breeding community, Crockatt, who took over as Dawes’ executive director in November 2024, says genetic research and crop production no longer align with the arboretum’s priorities.
Although Dawes hosts other research collections, including for maple, buckeye, and witch hazel, those are governed by formal research agreements outlining responsibilities and expectations. The Kyrgyz apple collection hasn’t met those guidelines, Crockatt said.
“It really is a situation where we have been a host, not a partner,” Crockatt said.
The relationship between Dawes and the nonprofit Midwest Apple Foundation, whose members have tended and monitored the entire 15-acre collection since its planting, developed out of a handshake agreement between leaders who are no longer at their respective institutions, Amy Miller said.
The foundation tried to formalize an agreement with Dawes in 2024, while the arboretum was under interim leadership; its intention was to rehabilitate the full planting, replacing trees whose evaluation was completed with new seedlings to observe. With a funding plan in place and apparent support from Dawes, the Millers were optimistic about their proposal. But the next time they heard from the arboretum was the December letter, sparking frustration and a rush to find a new home for the plant material.
“The new leadership team didn’t show any interest in actually learning what we have there,” Amy Miller said. “They didn’t reach out with any questions or to get any background information on what is even going on there. They just suddenly said, ‘Pack your stuff and get out.’”
According to Crockatt, research had been concluded on one plot when she arrived and left unattended at another, allowing invasive species to proliferate and threaten nearby collections. The arboretum’s decision was “based on alignment to our nonprofit mission,” she said.
With no other recourse, the Millers are hoping to replicate through grafting the seedling orchard they first planted in 2007, perhaps with duplicates in multiple locations to ensure longevity. They have yet to identify suitable host sites.
In late February, Diane and Amy Miller visited Dawes, along with Matt Thomas, a conservation biologist and Amy’s partner, to collect scionwood from 120 trees to begin rebuilding the repository. They will have two more opportunities to do so—in late summer, when they can gather budwood, and again during the trees’ dormancy next winter.
The group won’t be able to salvage everything, and what they do collect will no longer be growing on its own roots, which diminishes their ability to fully evaluate a tree’s potential, Diane Miller said.
Once the Millers have rescued what they can from the collection next spring, Crockatt said the trees will all be taken to local zoos to be browsed on by animals.
“It’s not like they’re going to be destroyed and forgotten,” Crockatt said. “They will serve a purpose.”
For apple breeders and growers, though, the trees’ highest purpose would be to remain in the ground at Dawes, where they can continue to serve as a vast library of genetic material whose potential can be explored over time.
“While we have it, we should protect it and try to preserve it, lest we shortsightedly allow it to be lost,” Matthew Miller said. “At that point, it may be difficult, if not impossible, to recover those lost genetics.”
The post In an Ohio Apple Grove, Researchers Race to Save Rare Varieties appeared first on Civil Eats.
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If you've spent the past ten years reading The Guardian's best attempts to yuck China's yum, the adjustments in these figures should overturn a lot of that malingering petro-supremacy thinking, provided you're paying attention (and god knows we are)
Conventional electrolytes on the market predominantly use oxygen- and nitrogen-based ligands as solvents. Although these compounds effectively dissolve lithium salts, they impede charge transfer, creating persistent bottlenecks in enhancing energy density and low-temperature performance. Data shows that traditional lithium batteries achieve an energy density of approximately 300 watt-hours per kilogram at room temperature, a figure that plummets to below 150 watt-hours per kilogram at minus 20 degrees Celsius.
To overcome these limitations, the research team has developed hydrofluorocarbon electrolytes, which significantly reduce viscosity while enhancing oxidative stability and low-temperature ionic conductivity, thereby boosting the low-temperature energy output of high-energy-density lithium batteries.
This advancement enables lithium batteries to achieve an energy density exceeding 700 watt-hours per kilogram at room temperature while maintaining approximately 400 watt-hours per kilogram even at minus 50 degrees Celsius, said Li Yong, a researcher at SAST.
"With a two- to threefold increase or more in room-temperature energy storage capacity for lithium batteries of the same mass, the range of electric vehicles can be extended from 500-600 kilometers to over 1,000 kilometers," Li said. "Remarkably, these batteries continue functioning normally even in extreme conditions as low as minus 70 degrees Celsius."
Can't find an English article, apologies.

cross-posted from: https://startrek.website/post/36900956
Reading through speculation about what the **Monsterverse’s new kaiju Titan X aka Le Gran Dios de la Mar may be (such as the article linked above), it sounds increasingly as though she may be a new protective mother figure, impacted or possibly even responding to the effects of global heating on the oceans.
If so, this season’s Titan threat may put Monarch: Legacy of Monsters in a unique position among current major science fiction streaming shows in directly taking on a Climate Change/Emergency scenario with no gloss of allegory.
It is nonetheless absolutely in keeping with the long tradition of the broader franchise in critiquing the consequences of human actions on the planet.
The 70+ year Godzilla franchise is unique in embedding the impact of humanity on the Earth’s environment from its outset.
The narrative of the atomic bombs dropped on Hiroshima and Nagasaki, as well as later nuclear weapons testing and nuclear power plants, calling up kaiju, literally “strange creature”, is a constant within the franchise.
In addition to atomic/nuclear radiation, films such as Godzilla vs Hedorah (1971), with its smog monster, and the more recent Monsterverse film Godzilla: King of the Monsters (2019), which ends with Godzilla leading an ecological recovery, the franchise continues to underscore its deep theme that humanity shares the Earth and will bear the consequences for its actions.
cross-posted from: https://hexbear.net/post/7947189
cross-posted from: https://news.abolish.capital/post/34996
This article by Patricia Calvillo originally appeared in the March 13, 2026 edition of El Sol de San Luis.
Indigenous communities of the Tének and Nahuatl ethnicities in the Huasteca region of San Luis Potosí have raised their voices to express their rejection of any oil and gas exploration and extraction project that involves the use of hydraulic fracturing, commonly known as fracking, in the region. In a statement addressed to the President of Mexico, Claudia Sheinbaum Pardo, representatives of these communities warned of the environmental, social, and cultural risks that they assert would result from implementing such projects in their territory.
The document was issued in recent days from the municipality of Tancanhuitz de Santos, in the Huasteca Potosina region, and is addressed to both the federal government and national and international public opinion. In it, the communities express their concern over what they consider a change in the government’s commitment to prohibiting hydraulic fracturing, a technique used to extract hydrocarbons from complex geological formations.
The signatories of the statement point out that fracking consists of injecting fluids at high pressure to fracture the rock and release gas or oil trapped underground, although the possibility of using water recycling systems has been raised, they warn that the technique involves inherent risks such as the release of methane, the possible generation of induced seismicity and the production of toxic waste derived from the process.
According to the communities, the official discourse has presented the extraction of national gas as a strategy for energy sovereignty; however, they maintain that the development of unconventional deposits in Mexico depends largely on technology, machinery, and specialized services from foreign companies, mainly from the United States, which in their view would maintain a form of technological dependence.
Communities also argue that proceeding with such projects without their consent would violate the rights of Indigenous peoples recognized in the Mexican Constitution and international treaties. They cite Articles 1 and 2 of the Constitution, as well as Convention 169 of the International Labour Organization , which establishes the right of Indigenous peoples to be consulted in a prior, free, and informed manner about projects that may affect their territories.
One of the central points of the statement is the impact the technique would have on water, a fundamental resource for life and the economy of the region. The Huasteca region is known for its abundance of rivers, springs, and other bodies of water, but community representatives warn that the extraction processes require large volumes of fresh water to begin operations.
According to the document, the first stage of fracking would require millions of liters of water that would have to be extracted from local rivers or aquifers; in addition, they mention that recycling the water used in the process is not completely efficient and generates residual sludge that may contain hazardous chemicals.
The communities point out that the project would directly affect 3,268 localities where mostly Indigenous Tének and Nahuatl peoples live.
They question the feasibility of installing oil projects in areas far from populated areas, as has been suggested in some technical presentations. In the Tampico-Misantla Basin region, there is a high density of rural and Indigenous communities, meaning that virtually any project would be located near agricultural areas or water sources.
The potential impact of this phenomenon is not limited to the environmental sphere. Communities point out that the project would directly affect 3,268 localities inhabited primarily by indigenous Tének and Nahuatl peoples, populations that have historically faced poverty and marginalization.
They believe that the introduction of extractive projects could profoundly alter the social and economic fabric of the region, affecting traditional activities such as small-scale agriculture and access to natural resources on which numerous families depend.
Communities say economic development cannot be built on the dispossession of Indigenous territories or on environmental degradation.
Another point of concern is the risk to existing bodies of water in the area. According to the communities , there are at least 1,019 rivers, springs, aquifers, and other water bodies in the region that could be directly or indirectly affected by mining activity.
Furthermore, soil disturbance and potential contamination could trigger a process of environmental degradation that would affect local biodiversity. The Huasteca region is considered to be of great biological richness, with flora and fauna species that form part of the country’s natural heritage.
The communities also argue that proceeding with such projects without their consent would violate the rights of Indigenous peoples recognized in the Mexican Constitution and international treaties. They cite Articles 1 and 2 of the Constitution, as well as Convention 169 of the International Labour Organization , which establishes the right of Indigenous peoples to be consulted in a prior, free, and informed manner about projects that may affect their territories.
Given this situation, they have decided not to give their consent to the strategic plan that contemplates the exploitation of hydrocarbons in the area, nor to any initiative that may affect their territory, their culture, or their natural environment.
The statement also affirms that the Huasteca region should not be considered a sacrifice zone for energy projects and maintains that it is a living ecosystem and a territory with a millennia-old cultural history that requires protection, not exploitation.
Finally, they formally requested a direct meeting with President Claudia Sheinbaum Pardo to establish a respectful and direct dialogue about the future of the region. They stated that economic development cannot be built on the dispossession of Indigenous territories or on environmental degradation.
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The post Indigenous Communities Tell Sheinbaum Fracking Threatens Huasteca Potosina’s Social Fabric & Natural Resources appeared first on Mexico Solidarity Media.
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