Global warming, climate change, all these things are just a dream come true for politicians. I deal with evidence and not with frightening computer models because the seeker after truth does not put his faith in any consensus. The road to the truth is long and hard, but this is the road we must follow. People who describe the unprecedented comfort and ease of modern life as a climate disaster, in my opinion have no idea what a real problem is.
The Beyond EPICA – Oldest Ice project (a European collaboration) drilled a 2.8 km (about 1.7 miles) ice core at Little Dome C in East Antarctica, reaching bedrock. It provides the longest continuous record of Earth’s climate and atmospheric composition yet recovered, extending back at least 1.2 million years (with some indications it could approach 1.5 million years in the oldest layers).
The Beyond EPICA – Oldest Ice project (a European collaboration) drilled a 2.8 km (about 1.7 miles) ice core at Little Dome C in East Antarctica, reaching bedrock. It provides the longest continuous record of Earth’s climate and atmospheric composition yet recovered, extending back at least 1.2 million years (with some indications it could approach 1.5 million years in the oldest layers).
Ice cores are uniquely valuable because they provide direct measurements of past atmospheric composition (not just proxies). This one fills a critical gap and offers a longer “blueprint” for understanding natural climate variability, the role of CO₂ in temperature changes, and how the climate system behaves over very long timescales. It doesn’t rewrite fundamentals but adds high-resolution data for a key period in Earth’s recent geological history.
The Mid-Pleistocene Transition (MPT, ~1.25–0.7 million years ago) marks a profound shift in Earth’s glacial cycles: from relatively symmetric, lower-amplitude ~41,000-year (obliquity-dominated) cycles in the Early Pleistocene to the strongly asymmetric, higher-amplitude ~100,000-year cycles (with longer, deeper glaciations) that characterize the Late Pleistocene.
This occurred without any significant change in orbital (Milankovitch) forcing, making it a key puzzle in paleoclimatology. Orbital parameters (eccentricity, obliquity, precession) continued as before; the change involved internal Earth system feedback and a long-term cooling trend.
The article notes that preliminary data are impressive but much analysis remains. Results were presented at the European Geosciences Union assembly on 4 May 2026 (not yet peer-reviewed at the time of publication). Expert Edward Brook (Oregon State University) is quoted praising the ability to now examine CO₂ differences cycle-by-cycle in detail.
One leading hypothesis for the MPT is a drop in atmospheric CO₂ that amplified cooling and ice-sheet growth, but the exact drivers (and the changing role of greenhouse gases) are still under investigation. This core provides the direct gas and temperature data needed to test ideas.
The article is a news summary of ongoing project results — full scientific papers with detailed datasets are expected in the coming months/years as more samples are processed in labs across Europe.
Ice core reveals longest-ever continuous record of Earth’s climate
The study referenced is not yet a single peer-reviewed paper but a set of preliminary results from the Beyond EPICA – Oldest Ice (BE-OI) project, presented at the European Geosciences Union (EGU) General Assembly in Vienna on/around 4 May 2026. The Nature News article (DOI: 10.1038/d41586-026-01523-7, by Davide Castelvecchi, 12 May 2026) summarizes these early findings.
Location: Little Dome C, East Antarctica (near the older EPICA Dome C site).
Depth: 2.8 km (2,800 m) to bedrock.
Age span: Continuous record back to at least 1.2 million years (potentially up to ~1.5 million years in the deepest, highly thinned layers).
Key contents: Trapped air bubbles (direct atmospheric samples for CO₂, CH₄, N₂O, and isotopes) + ice chemistry/isotopes for temperature, dust, and other proxies.
This extends the previous continuous record (~800,000 years from EPICA Dome C) by ~50%, crucially covering the full Mid-Pleistocene Transition (MPT, ~1.25–0.8 Ma).
The 2.8 km core from Little Dome C provides the first continuous, high-resolution direct record (via trapped air bubbles and ice isotopes) spanning the Mid-Pleistocene Transition (MPT, ~1.2–0.8 million years ago). This is when glacial-interglacial cycles shifted from ~41,000-year (obliquity-driven) to ~100,000-year (eccentricity-influenced, but amplified) periods with greater intensity: longer, colder glaciations and thicker ice sheets.
Key new CO₂ insights (from preliminary analyses, e.g., by Florian Krauss/University of Bern team):
Around ~950,000 years ago (end of an interglacial), CO₂ spiked by ~50 ppm in just a few thousand years.
It then plummeted to ~170 ppm — the lowest level in any continuous ice-core record (today’s level is >420 ppm).
This low point aligns precisely with the onset of the first full 100-kyr cycle.
Over the broader MPT, average CO₂ didn’t drop dramatically (~20–25 ppm lower), but variability between glacials and interglacials changed, with progressively deeper glacial minima.
Temperature proxies (e.g., δD/δ¹⁸O) track these CO₂ swings closely, reinforcing the tight coupling.
Implications for the MPT Mystery
Supports a major role for carbon cycle feedback: The sharp swings suggest internal Earth system changes (e.g., ocean circulation, carbon storage/release) amplified orbital forcing. Isotopic data (δ¹³C-CO₂) hint at shifts in deep-ocean carbon storage rather than massive outgassing.
Challenges the regolith hypothesis: This idea posited that ice sheets gradually eroded loose sediment until reaching bedrock, allowing thicker, more stable ice. Supporting evidence is weak here: no expected rise in CF₄ (from bedrock exposure), and the transition appears too abrupt.
Reconciles with other records: Aligns with marine sediment proxies (boron isotopes for past CO₂). Discontinuous “blue ice” records (up to millions of years old) show less variability because they often average glacial + interglacial periods.
Analyses are ongoing across ~14 European labs (gases, isotopes, dust, chemistry). Full peer-reviewed papers with detailed datasets are expected soon. The project also recovered bedrock fragments for absolute dating.
Germany’s admission highlights a major flaw in rigid Net Zero timelines that prioritize intermittent renewables over reliable, low-carbon baseload power.
In early 2026, Germany’s Chancellor Friedrich Merz (CDU) described the nuclear phase-out as a “serious strategic mistake.” Germany’s Energy Minister echoed this, calling it a “huge mistake” and noting the loss of ~20 GW of affordable, CO₂-free generation.
Germany’s admission highlights a major flaw in rigid Net Zero timelines that prioritize intermittent renewables over reliable, low-carbon baseload power.
In early 2026, Germany’s Chancellor Friedrich Merz (CDU) described the nuclear phase-out as a “serious strategic mistake.” Germany’s Energy Minister echoed this, calling it a “huge mistake” and noting the loss of ~20 GW of affordable, CO₂-free generation.
This followed the final shutdown of the last three reactors (Isar 2, Neckarwestheim 2, Emsland) in April 2023—mid-energy crisis after Russia’s invasion of Ukraine—despite a brief extension. The policy originated post-Fukushima (2011) under Merkel, accelerating an earlier phase-out plan.
Nuclear power supplied ~25% of Germany’s electricity pre-2011 with near-zero operational emissions and high-capacity factors (>90%, dispatchable).
German Chancellor Friedrich Merz has called the nuclear phaseout a “serious strategic mistake” that left Germany short of firm power that turned the Energiewende into the most expensive energy transition on the planet. This is an early marker for a developing worldwide retreat from policies that sidelined nuclear power and demonized coal, oil, and natural gas.
German and Japanese Nuclear Embarrassment Germany stubbornly closed its last three functioning nuclear reactors in April 2023 right in the middle of a crippling energy crisis triggered by the war in Ukraine. As pragmatists predicted, German citizens now suffer under punishingly high electricity prices and remain heavily dependent on imported energy.
The green dream was sold as a route to “cheap” renewables, yet the reality for German households and factories has been record‑high electricity prices, complex subsidies for favored businesses and individuals who conform to the climate narrative, and a grid that struggles on windless days or under gray skies.
Japan made a remarkably similar error but is finally correcting course. After the Fukushima disaster, the government panicked and shut down all 54 of its nuclear reactors. Today, Japan is slowly restarting those idle units.
The pattern is plain to see. Countries abandon dependable power sources under political pressure, then spend years rebuilding what they had demonized and dismantled.
Regret Over Abandoning Fossil Fuels
This is why I anticipate a cascade of similar reversals by national leaders who participated in a destructive campaign that stripped grids of dependable, affordable, and abundant coal, oil, and natural gas.
Politicians are already quietly hitting the brakes on their aggressive fossil fuel phaseouts when reality bites. The massive Groningen gas field was scheduled for permanent closure due to localized earthquake risks. Yet in 2024, the Dutch Senate delayed the final shutdown vote when lawmakers demanded guarantees that abandoning the domestic resource would not jeopardize energy security.
Within a week of the German chancellor’s admission of a nuclear energy fiasco, the country’s energy minister lamented at an oil and gas conference the push of net zero policies, indirectly referencing the abandonment of fossil fuels.
In the United States, President Donald Trump took executive actions aimed at preventing some coal plants from closing, including orders that kept aging facilities like the J.H. Campbell plant in Michigan running to “avoid summer blackouts.”
South Africa’s Mineral Resources and Energy Minister Gwede Mantashe consistently fights international pressure to quickly abandon coal. “You don’t destroy what you have on the basis of hope that something better is coming,” he says. Mantashe rightly insists that protecting the ability of the state to supply energy must remain a priority.
India offers the most powerful example of this energy pragmatism. The country has signaled that coal will remain the backbone of the economy for decades, even as its diplomats make empty promises about reaching net-zero by 2070. Deputy Power Minister Shripad Naik recently revealed that India had added a massive 7.2 gigawatts of new coal capacity in the 2025–26 fiscal year alone and would add 307 gigawatts of total coal capacity by 2035.
A majority of Western countries, especially in Europe, utterly lack this basic foresight on energy security. Many countries have locked in policies that tear down coal, oil, gas, and nuclear plants before they have built credible alternatives. They chase targets for emissions reductions. They downplay the costs to their citizens.
Energy security has become more prominent in the news because of turmoil in the Middle East. Yet a war may not be needed to launch the next generation of energy crises. When the next prolonged cold spell, drought, or demand surge hits, the weakness of the anti-fossil fuel approach will show up in higher bills, rolling blackouts, and public anger.
Merz’s nuclear confession suggests that the political class cannot keep dodging reality forever.
Vijay Jayaraj is a Science and Research Associate at the CO2 Coalition, Fairfax, Virginia. He holds an M.S. in environmental sciences from the University of East Anglia and a postgraduate degree in energy management from Robert Gordon University, both in the U.K., and a bachelor’s in engineering from Anna University, India. He served as a research associate with the Changing Oceans Research Unit at University of British Columbia, Canada.
Professor Gwythian Prins portrays the Starmer government’s (especially Energy Secretary Ed Miliband’s) push for rapid “decarbonisation” and Net Zero by 2030 as blind hubris, akin to Captain Smith’s refusal to slow down or alter course despite warnings. He argues the UK is ignoring immutable laws of physics (e.g., energy density, intermittency of renewables, thermodynamics) and economics while doubling down via EU alignment.
Professor Gwythian Prins portrays the Starmer government’s (especially Energy Secretary Ed Miliband’s) push for rapid “decarbonisation” and Net Zero by 2030 as blind hubris, akin to Captain Smith’s refusal to slow down or alter course despite warnings.
He argues the UK is ignoring immutable laws of physics (e.g., energy density, intermittency of renewables, thermodynamics) and economics while doubling down via EU alignment.
This is the first in a series of 12 articles challenging climate change orthodoxy commissioned by Dr Prins (who has authored this article and one other himself). We will be publishing the articles at a rate of one a week over the next 12 weeks. The hope is that they can be collected into a book for Sixth Formers and university students.
On Britain’s political voyage today, the opulence of the first-class passengers – who are the rulers now – is not exhibited in furs and jewels as it was in their predecessors’ day, but in their flaunted luxury beliefs. As night falls on the Starmer Government, steaming unceasingly onwards, only one Minister seems to stand erect, glassy-eyed and untouchable on the bridge, and it is, unfortunately, Ed Miliband. He alone seems to believe in something, and that something is ‘decarbonisation’.
The British ship of state is slicing through the political seas swiftly and blindly towards a terrible collision with reality – with the laws of thermodynamics, engineering and, insofar as economics has constant principles, economics too – and with the consequences of petulantly ignorant denial of the same. Thomas Hardy observed in his lines on another famous collision – that of the Titanic with the iceberg – that at the moment when nemesis for the pride that made her became unavoidable, “the Spinner of the Hours said – ‘Now!’” That fateful freezing night of April 15th 1912, other captains on the North Atlantic had prudently changed course, slowed down or stopped – but not Captain Smith; nor now, by the same token, our Energy Secretary, as he rings up the civil service engine room for full ahead to ‘Net Zero by 2030’ and orders his loyal long-time ally and helmsman – his equally deluded ‘mission controller’ Chris Stark – to hold course.
There is still time to avoid shipwreck, but not much. Others have changed course, slowed down or stopped the scientifically illiterate and politically dangerous rush into so-called ‘renewable’ energy. So too must we. Remember, what sank the Titanic was also an immutable law of physics: that the energy of a moving mass increases as the square of the velocity. The 60,000-ton Titanic, at 21 knots, represented an energy of 1,161,000 foot-tons. At 10 knots, her energy would have been reduced to 290,250 foot-tons. Collision at that speed would have damaged her but would probably not have ripped out half her length underwater, and she might well have survived. Bear that in mind.
There are three rocket flares in the political night sky: one green, two red. The green flare. Having already withdrawn the US from the United Nations Framework Convention on Climate Change, on February 12th the Environmental Protection Agency cancelled the Obama-era 2009 ‘Endangerment Finding’ – a geopolitically massive move. That finding had stated that ‘greenhouse gases’ (as well as other tailpipe emissions) were a danger to human health requiring regulation under the Clean Air Act. From vehicles, the finding had been extended to capture power plants and other users of combustion fuels. It was a regulation that both locked the climate-catastrophist narrative into US law as indisputable fact and imposed a trillion dollars of regulatory costs that crushed the spirits of free-market enterprise. The former is now reopened for examination. The latter has been lifted.
One red flare. Simultaneously, as part of his blinkered drive to resubordinate this country to the European Commission as a powerless rule-taker, Keir Starmer has agreed to subject Britain to EU ‘decarbonisation’ acceleration – compounding the dead weight of domestic regulation and taxation with which he and his hapless Chancellor are suffocating the British economy. Then, thirdly, also in mid-February, a second red flare. The Mail on Sunday became the first major newspaper to report accurately the threat to Britain from a united-front Miliband Labour-Polanski ‘Green’ (for Islam, not for the environment) electoral pact that could beat Reform alone, while a national government of Reform, Restore and the Conservatives would defeat that hard-Left-Islamist pact – a threat to the very existence of this realm as we know and love it.
The ‘Green’ party’s victory in the Gorton and Denton by-election on February 26th, in which it cynically weaponised the Muslim vote concentrated in Gorton, validated that fear. It was unquestionably one of those turning-point events in modern politics – like the Orpington by-election of 1962 or the Crichel Down affair of 1954, the latter of high relevance to ministers who seek to avoid responsibility for their actions. After nearly 30 years of relentless ‘down with us’ policies, as the late and much-lamented Roger Scruton named them, the final Battle for Britain is, in a true sense, upon us.
With these three events, the Overton Window of what is possible and discussable around climate change has suddenly shifted at speed. To defeat the Miliband-Polanski threat it must be attacked from two directions. One is directly – as happened with the lifting of the Endangerment Finding – undermined by sapper-politicians and blown up. That is the job of all right-thinking politicians. The other is in the public mind, where the narrative has curdled quite generally. There, eco-catastrophism must be blown up too, but indirectly.
Trump is entirely correct to have cut off the legal legs of the green lobby. Why so? Because its arguments belong to the era of eco-catastrophism that is rapidly subsiding worldwide (not that it ever arose in China or Russia). It is the duty of those of us who were there from the beginning – even before Ed Miliband – and who know to tell the public the full story from first principles in a connected narrative for the first time. Here it is.
When eco-catastrophism was first rising in 2008, I wrote a paper with my late friend and colleague Steve Rayner – Professor of Science and Civilisation at the Oxford University Martin School, taken far too early by cancer – named after the world-famous animated Wallace and Gromit film The Wrong Trousers. It made our partnership well-known and highly unpopular among catastrophists. We explained that the 1997 Kyoto Protocol (in force from February 16th 2005) needed to be ditched before it got going. It was premised on three category mistakes.
Despite the best efforts of clever Gromit, his dog, we wrote that bemused Wallace, his gormless master, “becomes trapped in a pair of automated ‘Techno Trousers’. … They take control and carry him off in directions he does not wish to go. … The Kyoto Wrong Trousers have done something similar.”
We explained that the Kyoto Protocol failed because of three category mistakes. First, it was the wrong type of instrument – an understandable error. A template was needed for a universal intergovernmental treaty. What had recently succeeded and was therefore to hand? Kyoto was in fact built on the template of a nuclear weapons reduction treaty in which the warheads had been swapped out and tonnes of carbon dioxide swapped in, with various bells and whistles added. Second, it relied too heavily on the wrong agents: supranational bodies and their cosmopolitan ‘anywhere’ admirers – today’s first-class passengers, pound-shop successors to the Astors, Guggenheims, Wideners and Strausses but without their style or, one suspects when disaster strikes, their courage. Third, that instrument and those agents exercised the wrong sort of power: declamatory, non-binding ‘international law’ – shades of the Chagos debacle which, with luck, will be its finale.
As I explain fully in my chapter in Geopolitics for Hard Times – the textbook for military and diplomatic academies of the free world, to be published later this year – the Rules Based International Order (RuBIO) may have broken finally and visibly in January and February 2026, but it had passed its apogee long before. That break means that the careers of phalanxes of climate-change bureaucrats and diplomats who jovially and lucratively inhabited that world have been turned upside down. As happens with the double effect of any necessary act of self-defence in a just war, their salaries, constant jet-setting, self-esteem and jobs are collateral damage – a small price to pay.
Yes, I’ve been to a good few COPs myself, as a minority Jeremiah. Dr Eija-Riitta Korhola, the Finnish parliamentarian and participant-historian of all the COPs (Conferences of the Parties), has documented them all meticulously, and Rayner and I have been proved right by events against the heavy majority consensus. It is standing on that proffered credential of record that I suggest, 18 years later, it is time to unscramble the wiring of an even more fundamentally dangerous pair of Wrong Trousers. At the heart of the problem with Kyoto, and all succeeding COPs, is the problem which dare not speak its name: a failure to understand systemically the nature of our climate – by which I mean to understand from first principles the essence of the epistemology of its dynamics.
Trump’s second administration began by dynamiting the self-sealing cult of ‘green’ energy which has, for two decades, sustained a cosy symbiosis of fanatics filling the God-shaped hole in their lives and rent-seekers filling their boots – the groups who attacked Rayner and me. The symbiosis is familiar from the years of Prohibition. Then, the bootleggers rode on the backs of the Baptists. This is not new news.
On May 21st 2025 the Senate Appropriations Committee held hearings with the new Secretary of Energy, Chris Wright, on one of the biggest boondoggles ever seen. The incoming team at the Department of Energy discovered that in the 76 days between losing the election and leaving office, under the Inflation Reduction Act, the Biden Department of Energy had pushed out $93 billion in loans and grants for ‘green’ projects – described by the Inspector General as “high risk” – mostly to recipients with no financials and without oversight.
Published on February 5th 2025, the Secretary of Energy’s Secretarial Order One – the replacement for green dogma – was geopolitically the first wing. The cancellation of the ‘Endangerment Finding’ in February 2026 is the second. Now we can fly.
Point One of the 2025 Order deletes the Net Zero Carbon future entirely because “Net Zero policies raise energy costs for American families and businesses, threaten the reliability of our energy system and undermine our energy and national security. … The fact is that energy matters, and we need more of it, not less.”
Secretarial Order One and the cancellation of the Endangerment Finding also license us to see – and for the first time permit us to discuss properly – a deeper fallacy about ‘Net Zero’ lying beneath. It’s the Wrong Trousers again, and once again, epistemology comes first.
Axiomatic to any successful policy intervention is having the right theory of knowledge. Error here vitiates everything that follows. Consequent second and third-order details are, by that fact, simply not worth debating – although this is where most attention is directed. Eyes and minds are closed to inconvenient evidence or explanations. How to break this encapsulation?
A taxonomic question always comes first: of what is this an example? Global climate systems belong to a special category of complex adaptive systems that are self-organising and scale-free, balanced by many mysterious and incompletely understood feedback loops. The IPCC itself recognised this in 2001: “In climate research and modelling… we are dealing with a coupled non-linear chaotic system, and therefore… the long-term prediction of future climate states is not possible” (emphasis added). That statement is correct, inconvenient and has therefore been ignored by eco-catastrophists ever since, despite endless bleating that we must all ‘follow the science’. Yet in their Orwellian worldview, where some science is more equal than other science, it seems that only selected science which they ‘curate’ makes the grade. Poor ‘curate’: a perfectly decent verb tortured nearly to death.
But modelling had gone on regardless; and the high-emission scenario known as RCP8.5 (radiative forcing of 8.5 watts per square metre caused by high CO2 emissions) had been used as the ‘business as usual’pathway, with no fossil fuel abatement, to underpin thousands of published papers across a generation of academic work. Then, unexpectedly, in April 2026 a committee within a committee responsible for validating a range of climate models to the IPCC announced that the high-end scenario RCP8.5 and its derivatives were now implausible. With terrier-like tenacity, one of the co-authors of the original 2010 Hartwell Paper, Professor Roger Pielke Jr, has been on the case of RCP8.5 for years; and on April 29th he published a detailed account (signposted by the Daily Sceptic) of how this retreat occurred, announcing that RCP8.5 is now officially dead and that “the future is not what it used to be”. This is a necessary second-order but not yet sufficient first-order step. It opens the door into the secret garden. Now let us enter.
Determining both how the chaotic world climate will change, and how any single variable such as CO2 might affect that change, are what scientists call ‘wicked’ problems. Experimentation to prove a hypothesis is impossible because each intervention irrevocably changes context. ‘Wicked’ means ‘unbounded’. But irreversible actions are being toyed with in this space.
‘Geoengineering’ to meddle with the atmosphere and dim the sun is a case in point. The high-risk, opaque but manifestly ‘woke’ para-statal think tank ARIA now proposes to investigate ‘solar engineering’ on unsafe assumptions and under wholly inadequate oversight. ARIA has become an academics’ gravy-train perversion of Dom Cummings’s idea for a British DARPA. ‘Solar engineering’ should not even be considered, for all the reasons that Professor Mike Hulme – who does understand the issue – laid out in Can Science Fix Climate Change? (undesirable, ungovernable, unattainable) and has repeated ever since.
And so Wallace’s Wrong Trousers come clumping along again. The benefits claimed for Net Zero Carbon policies are exploded by different but more axiomatic category mistakes than was the case for the Kyoto Protocol. ‘Wicked’ problems are not amenable to stepwise, weather-type forecasting no matter how large the computer – or, worse, to modelling of any kind, as the IPCC said in 2001 – which perforce assumes levels of confidence in closure on all key variables that by definition cannot exist. Projections from modelling are not predictions.
Such errors fall into Popper’s Trap in The Logic of Scientific Discovery, mistaking subject matter – rather than problems – as the object of study. In his 2023 Scruton Lecture in the Sheldonian Theatre at Oxford, Peter Thiel correctly observed that the “corruption of settledness” creates a truly general crisis in Western science today.
Yet, to seem credible as policy, Net Zero Carbon has no choice. It must assert as fact that carbon dioxide has a direct and leading relationship to rising temperatures – although the systemically flawed climate models on which the policy relies cannot show this, for the reasons that Patrick Frank’s seminal 2019 paper explains. That paper and its author have been frequently insulted but to this day have not been shown to be wrong in their science.
Of course it has been known since Arrhenius’ 1896 paper (and Tyndall before him) that ‘carbonic acid’ can play a role in warming on the ground. It is a theoretical possibility. But how much, if at all? We cannot know. Yet, with bureaucratic delight, ‘Net Zero’ alchemically transmutes that unquantifiable possibility into unquestionable fact, which policy then injects into regulating absolutely everything. It is socialist heaven – the ideal, all-purpose, meddlesome tool to poke into any and every aspect of life.
However, since the satellite era began to give us good, clean data, we have learned that there is empirical evidence for substantial direct benefits from rising CO2. Greening of the planet is photographically demonstrable and measurable – 15% over 30 years, with CO2 responsible for 70% of that, as measured by chlorophyll fluorescence. Rising CO2 feeds increased greening because it is the key input for photosynthesis. Moreover, as Matt Ridley, that embodiment of rational optimism, notes, plant stomata need remain open less long to absorb the required CO2, which means less water loss and thus better drought resistance. This CO2 fertilisation effect is a principal cause of the continuing rise in global crop yields and food supply. Hooray!
In contrast, there is not – because there cannot be, thanks to the new Wrong Trousers – comparable direct proof of James Hansen’s June 1988 ‘control knob’ hypothesis of global warming caused by anthropogenic CO2. On a convergent bearing comes Pat Frank’s explanation of errors in the propagation of statistical uncertainty in climate modelling – errors of a magnitude that overrides the range of any putative actionable signal. It is a different type of flaw in climate modelling to those rotating around the RCP8.5 story, and even more deadly to the cottage industry of climate change modelling. Pat Frank’s own paper about his famous paper will also be appearing later in the series which this article launches in the Daily Sceptic.
If proof well above the civil level of proof (balance of probability) is unavailable – which is the bare minimum threshold – Net Zero Carbon as an all-pervasive command policy, with all its imposed costs, is more than economic hara-kiri. It destroys trust in the social contract between electors and those elected, keeps people poor and our children frightened, misuses valuable resources, hurts the environment and – as former MI6 Chief Richard Dearlove has already explained in the Spectator – it undermines national security. It is scientifically unjustifiable, economically unaffordable and morally and politically insupportable.
Furthermore, satellite temperature series uncontaminated by the ‘heat island’ effect on terrestrial thermometers show no acceleration of the gentle underlying global warming trend since 1970 – for in geological time we are still emerging from the Little Ice Age – only natural variations. Unlike the greening trend, they simply do not correlate with the global standard Mauna Loa record of CO2, which shows a one-third increase since the early 1970s. Furthermore, satellite data documented in detail the recent period of globally warm and wet weather: nature’s helpful and large demonstration experiment.
Satellites recorded the largest bottom-to-top perturbation in the atmosphere ever measured by modern instrumentation – bigger than any atomic or hydrogen bomb test – and with a VEI (volcanic explosivity index) of 6, the most powerful volcanic eruption since Krakatoa in 1883. The underwater Hunga Tonga-Hunga Ha’apai (HTHH) climax eruption on January 15th 2022 increased the total water-vapour content of the stratosphere by an estimated 150 million tonnes: 10% of its typical content, a gigantic if temporary boost to global warming.
The HTHH eruption coincided with a large El Niño (warm water upwelling in the Pacific) and with the approaching maximum of Solar Cycle 25 – the 11-year cycle of increasing and decreasing intensity of solar energy reaching Earth that correlates with sunspot observations. Together these are logically sufficient cause for the effect: the global warming spike that immediately followed.
The safe rule of thumb is that the larger the natural event, the less likely that human intervention plays a significant role. The domestic implications for self-harmed Britain are plain. Adopt Secretary Wright’s thermodynamically literate Order Number One before it is too late, or suffer irreparable damage to the security, economy, social cohesion and psychological wellbeing of our realm. The end point sought is dangerously chimerical. There is no pot of gold at the end of this rainbow. Let us therefore turn our attention to the means chosen to chase this carefully ‘curated’ pointlessness: market failure ‘corrected’ with sticks and carrots, and the whole confection rammed down the public throat.
Renewables are not renewable. A major 2021 audit of the natural resources needed to attain Net Zero emissions by 2050, conducted by Professor Simon Michaux of the Finnish Geological Survey, shows that to replace coal, oil and gas with electricity from wind and solar power backed up by nuclear generation and large-scale batteries would require energy-intensive, polluting and costly mining of the following multiples of current global annual extraction of rare, mostly Chinese-controlled minerals: 180 times the global annual extraction of copper in 2019; 380 years’ worth of nickel; 1,600 years’ cobalt; 6,700 years’ graphite; 9,400 years’ lithium; 29,000 years’ germanium; and 67,000 years’ vanadium. It just ain’t going to happen, Cap’n Ed.
For three fundamental reasons, ‘renewables’ are neither clean nor reliable nor home-grown – whatever the oxymoronic Department for Energy Security and Net Zero declares.
First, as the Finnish audit indicates, the EROEI (Energy Return On Energy Invested) is so poor as to be often negative. The system complexity, size, cost, extraction pollution and short lifespan of collectors and batteries stand in inverse relation to the low quality of wind or sunlight as fuel. Furthermore, solar and wind – and most especially solar – cannot, by their nature as passive collectors, generate the essential inertia without which it is impossible to maintain the stable 50Hz frequency that prevents grids from rapidly unbalancing and shutting down protectively. The most recent major such event was the blackout of the Iberian peninsula at 10.59am on April 28th 2025, caused by too much solar power being connected to the grid in an uncontrollable manner. Inertia requires hot-turning turbines, flywheels and the like; generators without inertia cannot self-start from a blackout – they need a hot-turning starter motor. In the real world of today, the more inertia-free generation you deploy, the more you need fossil fuels, not less.
Furthermore, on April 15th Jonathan Leake explained very clearly the elementary error that Miliband and his ‘mission controller’ have made in Britain – one that exposes the country that once had the most robust grid in the world to increasing risk of a Spanish-style blackout, whose first anniversary we mark, if that is the right sentiment. In the brutal, blinkered haste of their luxury belief to bribe or coerce solar blight across productive English farmland, Miliband and Stark made a basic mistake: they allowed solar collectors to be connected to the blind distribution grid rather than to the dispatchable and controllable grid visible to grid controllers.
Second, any attempt to reverse the transition from dense stocks back to thin flows of fuels is astronomically costly, thermodynamically ignorant and historically unprecedented. Thermodynamically ignorant? The whole endeavour affronts the Second Law of Thermodynamics (heat cannot of itself pass from a cooler body to a hotter body). Where is King Canute when we need him to remind us of the dangers of human pride?
Third, in any case there is no global energy transition – only addition. Globally the world is breaking records in coal use (over 8.2 billion tonnes last year). Transport by land, sea and air is structurally over 90% oil-driven. As a percentage, fossil fuels are slightly lower today (81%) than in 1971 (87%), but overall consumption has increased threefold, hugely improving human welfare worldwide. Renewables are not displacing fossil fuels because they are too feeble to do so.
Incredibly, Britain now runs two grids. The first is a firm-power ‘hubs and spokes’ grid, largely burning gas – a premium fuel that should be reserved (as it used to be) for peaking power but is now used for base load, thereby setting the marker price. Gas is used faute de mieux because, for reasons of differing prejudices and incompetences, high-grade British coal and base-load nuclear – which used to be the cheapest fuels in the CEGB’s ‘merit order’ that became possible after the 1926 Electricity Supply Act and the rapid building of the grid during the Depression – are not available. (Leslie Hannah’s Electricity before Nationalisation tells that remarkable story, suddenly relevant again today.)
This first grid picks up the slack for the second: a hugely subsidised and parasitic wind and solar fleet that simply would not exist in a free market, and which therefore relies for life-support on enduring political intent and continual injections of taxpayers’ money – to induce deployment, to give dispatch priority when the wind blows or the sun shines (which creates weakness if not mayhem in the grid) and, very importantly, to ‘constrain off’. That means paying ‘renewables’ rent-seeker investors to switch off their assets when their uncontrollable generators threaten grid stability with too much electricity. The Renewable Energy Foundation has documented in granular detail the payments to wind installations placed with insufficient or no adequate connectivity – which, as a side-effect (if it is), causes sharply increased volumes of constraint payments to flow. Needless to say, electricity prices are ruinously high, and subsidy demands for overriding market wisdom are a significant part of the reason why. It is the energy economics of a mad-house. Two national authorities on these costs, Professor Gordon Hughes and Dr Lee Morrissey, will also be publishing on these questions in detail in the series of articles that follows.
Nor – contrary to the lazy conventional wisdom at DESNZ – will savings from increasing the efficiency of energy use result in a reduction in gross primary energy consumption. Greater efficiency results in greater and ever more productive uses of energy, which together create economic growth. This is Jevons’s Paradox, another de facto immutable first principle, first explained in William Stanley Jevons’s book The Coal Question in 1865. The current AI revolution is a further demonstration of the paradox’s truth, but it operates domestically too. Save money on super-efficient gas central heating and insulation in your house, and you free up cash in the family budget to reallocate – for that extra holiday jetting to the sun, or the sports car you have always hankered after – each transaction generating more jobs, more innovation and more net wealth through contingent economic activity. Energy is very much like money in a free market: none is ever left on the table. Saved in one place, it will be invested profitably elsewhere.
Contrast the divergent trajectories of the largely undamaged American and the green-blighted British economies over the past quarter-century. From broad parity in GDP per person, the average Briton is now significantly poorer than the average American; and British electricity costs are now four times those in the US – the highest in the industrial world. Cost-rationing has led to absolute reductions in energy use in Great Britain in recent years as people are forced to live smaller lives, which is no cause for rejoicing except among flagellant cults. Meanwhile the expansion of cheap, reliable, abundant energy in the US means that Jevons’s Paradox is happily on display across a healthy and growing national economy. The US is furthermore energy self-sufficient, thanks to ‘drill, baby, drill’ – with California and some other ‘woke’ jurisdictions that have engaged in market misdirection and green regulation as self-harming exceptions.
Since the errors explained in this article are first-order and axiomatic, the minimum remedy is commensurately radical: admission of fundamental error and total – yes, total – demolition.
Wind and solar have their place, of course, but it is not in grid systems in complex economies. Their proper place is in village-scale installations with mature battery storage, powering life-saving standalone applications off-grid in the sun-belt tropics or on remote windswept islands. There they are truly life-changing, powering light, cooking, refrigeration, water pumps, radios, televisions, satellite telephones and computers. My case is not and never has been against the technologies, which are morally neutral, but against the arrogance, ignorance or casuistry that inhabits the defective thinking leading to gross misapplication and scaling.
More than any other living scholar, the great Professor Vaclav Smil has taught how energy makes civilisations. The geopolitics are not particularly complicated either. For the leading economies in the middle and high latitudes who made the modern world, led by Great Britain, coal was, is and remains King. Those who acknowledge him gain the power to rule those who do not understand this. The rare materials required for mis-named ‘renewables’ are so scandalously filthy in their extraction, processing and ultimate disposal as to make coal look angelic – not to mention their indelible association with forced modern slave and child labour in the totalitarian lands of our sworn enemies from which we import them.
We will know that we have avoided the iceberg when two genuinely homegrown industries return from the dead to give us once again the energy security in dangerous times that they gave us through two world wars: coal mining and coal-fired power stations (and the steel and heavy manufacturing to support them). But when they return, they will not be as you remember or imagine them. Clean and highly automated, the Welsh and Nottinghamshire coalfields will reopen British access to some of the world’s best reserves of anthracite and other high-grade coal. When the first new ultra-super-critical (USC) coal-fired power stations with fluidised bed combustion (a British invention) come on-line as base load for the British grid, when the market-determined merit order is restored and when interconnectors revert to being occasional and two-way rather than critical and mainly one-way importers that Russian GUGI submarines can threaten – then we will know that sound, science-based energy and security policy is back in its proper place on the bridge.
Fantasy? Misplaced nostalgia? Not guilty. It is already happening elsewhere. At nearly 50% thermal efficiency, USC high-temperature steam-turbine stations such as Unit 8 – producing 912MW of electricity and 220MW of district heat at Rheinhafen-Karlsruhe – do nearly twice the work per tonne of coal burned compared with previous legacy plant, with minimal harmful combustion emissions captured by state-of-the-art flue scrubbers; and the new fleet of German USC stations burns lower-grade dirty lignite from east German mines. In 2023 RWE began removing wind turbines to gain access to the Garzweiler lignite seams beneath. By increasing its coal base load, Germany joins Poland in boot-strapping its energy infrastructure to support its iron, steel and metallurgical industries, which in turn repurpose heavy vehicle engineering – helping to drive German rearmament without limit to cost.
But no climate policy? Surely some mistake? No mistake. On the evidence we now have, the obsession with ‘decarbonisation’ over the past quarter-century has been a grand illusion and distraction – a solution to a problem that cannot be shown to exist. Just as Canute sought to teach his court about the tides, it is an elementary and arrogant conceit to think that we can have ‘policies’ about climate, for the reasons of fundamental error in theories of knowledge explained in this article. How do you hold a moonbeam in your hand? You cannot. There is still ineffable magic in this world, thank goodness, if we have the humility to see and appreciate it.
Gwythian Prins is Emeritus Research Professor at the London School of Economics. He was Convenor of the trail-blazing Hartwell Group on Climate and Energy from 2007 to 2015, co-author of The Wrong Trousers (2008), lead author of The Hartwell Paper (2010) and The Vital Spark (2013) and is Convening Editor of Geopolitics for Hard Times (forthcoming 2026).
California’s refinery situation represents a significant vulnerability that extends beyond state-level economics to broader U.S. energy security and military readiness.
Energy security is national security, and California’s situation highlights the risks of rapid unilateral shifts without reliable backups
California is the 4th largest economy in the world and an “ENERGY ISLAND that is isolated from the other 49 States by the Sierra Mountains. There are no pipelines over those majestic mountains to connect the State to the rest of the country. Thus, California’s in-State refineries have been producing ALL the transportation fuels demanded on the California “Energy Island.”
Bunker fuel, about 1 million barrels ANNUALLY for the ships servicing three of the busiest Ports in America, located in California.
Port of Los Angeles had more than 1,800 vessel arrivals in 2024, which includes cruise and merchant ships.
Port of Long Beach handled over 9.6 million container units in 2024, indicating a very high volume of ship activity, plus cruise ships.
Port of Oakland, which also handles significant cargo volumes, contributes to the total number of cruise and merchant ships needing fuel.
Jet fuel: California has over 2,400 airports and aviation facilities, including 9 international airports and 30 major military airports. The demand is 13 million gallons of aviation fuel DAILY. Several of those airports have direct pipelines to local refineries. In 2019, California consumed 16.7% of the national total of jet fuel, making it the largest consumer of jet fuel in America.
Gasoline: For its 30 million vehicles, California is the second-largest consumer of motor gasoline among the 50 states, consuming 42 million gallons DAILY of gasoline, just behind Texas.
Diesel: Diesel fuel is the second largest transportation fuel used in California, consuming 10 million gallons DAILY of diesel to support the state’s trucking of products from 3 of the busiest shipping ports in America.
California’s regulatory environment has created a refining capacity vacuum that global markets are rushing to fill, as regional policy decisions are creating international market opportunities and reshaping geopolitical energy dynamics.
Liquid transportation fuels remain essential for sectors that are difficult to electrify. Aviation still depends on jet fuel, global shipping requires bunker fuel, heavy transport, construction, and the petrochemical industry continues to rely on refined petroleum products. Diesel and jet fuel, and petrochemical feedstocks, will remain crucial for decades, even with reduced demand for gasoline from electric vehicles. If local refining capacity decreases in California while demand persists, markets will respond by seeking transportation fuels elsewhere.
It must be remembered that crude oil, by itself, is useless black tar unless you build a multi-billion-dollar refinery to break it down to produce various types of transportation fuels and oil derivatives that are the basis of virtually all the products in our materialistic world.
California’s environmental regulations and aging infrastructure are inadvertently triggering a worldwide refinery construction boom. There will be economic consequences for California consumers as domestic refining capacity shrinks and import dependence grows. The paradox of California’s environmental policies and California’s emissions reductions may be increasing the global carbon footprint through longer supply chains.
In the future, 181 new refinery units that are planned or announced in Africa, Asia, and the Middle East will be providing transportation fuels to California’s 9 international airports, 30 major military airports, and 3 of the largest shipping ports.
These modern refineries in other countries are designed to operate on a massive scale, process multiple types of crude oil, and export transportation fuels worldwide. Tanker transport allows refined transportation fuels to reach major consumption centers, including ports such as the Port of Los Angeles, the Port of Long Beach, and the Port of Oakland.
As California’s refining capacity continues to decline, the California transportation fuel demands for its shipping ports, airports, cars, and trucks are among the highest in the nation and will be increasingly imported from refineries in Africa, Asia, and the Middle East.
California, the 4th-largest economy in the world, with growing dependence on transportation fuels produced at foreign refineries from refined crude oil, will pose a national security risk to the entire country.
California has closed 2 refineries, and more closures are on the way as the California Air Resources Board (CARB) is tightening up the regulations on emissions that may drive the remaining 6 refineries in the State to EXIT to more business-friendly States.
The 4th largest economy in the world NEEDS new refineries to process crude oil, to be built IN CALIFORNIA.
Energy “REALITY” tells us that we need refineries to convert that useless black tar into usable transportation fuels and products:
Planes, ships, trucks, and cars do not run on raw crude oil; they run on transportation fuels manufactured FROM crude oil by multi-billion-dollar refineries.
With no pipelines over the Sierra Mountain, the new refinery in Brownsville, Texas, will be useless to the California Energy Island that demands in-state refineries to provide transportation fuels for 30 major military locations, 9 international airports, 3 of the busiest ports in America, and fuels for the trucks that transport imported products to the rest of America.
Wind turbines and solar panels ONLY generate electricity, but CANNOT make any of the more than 6,000 products that are based on the oil derivatives manufactured out of raw crude oil, nor can wind and solar make any transportation fuels for the military, airports, merchant ships, automobiles, and trucks.
The world is not dependent on raw natural fossil fuels, but has become dependent on the products and transportation fuels MADE FROM oil, the same products and transportation fuels that Wind and Solar CANNOT make!
The world needs MORE REFINERIES to process that useless black tar into usable transportation fuels and products for life as we know it.
Collectively, the closure of the Phillips refinery in Southern California and the Valero refinery in Northern California provided about 17% of the state’s crude oil processing capacity to provide transportation fuels demanded in California. Thus, transportation fuel shortages are imminent for California, and it will be importing those transportation fuels from Africa, Asia, and the Middle East.
The supply chain of fuels and products refined from raw crude oil will face severe imbalances, most likely leading to higher costs and shortages for future generations.
With 99.5% of the 8 billion people on this planet Earth living outside the borders of California, CARB is solidifying California’s 4th largest economy in the world as a national security risk for America, as the State will be importing transportation fuels from foreign-based refineries to run its 30 military airports and 9 international airports.
Be sure to watch and listen to the Epoch Times interview from April 4, 2026:
The California Refinery Crisis: This author, Ronald Stein, addresses questions from the Chief Editor of The Epoch Times and TV Host of California Insider, Siyamak Khorrami.
Ronald Stein, P.E. is a CO2 Coalition member, engineer, energy consultant, speaker, author of books and articles on energy literacy, environmental policy, and human rights, and Founder of PTS Advance, a California based company.
The Advertising Standards Authority (ASA) ruled against two specific print ads from the Agriculture and Horticulture Development Board (AHDB)’s “Let’s Eat Balanced” campaign.
Chris Packham (Springwatch presenter and environmental campaigner) argued the claims were misleading because they didn’t reflect the full environmental impact of meat and dairy.
The tireless environmental campaigner and designer-hat wearer Chris Packam (a.k.a. the new St Francis of Assisi) is in the news again. This time, he’s taken steps to make sure that adverts promoting the sale of British beef and milk are banned because they’re “misleading”, according to the Mail:
The Agriculture and Horticulture Development Board’s “Let’s Eat Balanced” campaign claimed the produce had a lower carbon footprint than other countries.
One national advert showed a young, smiling, blonde-haired girl holding a glass full of the dairy drink with a milk moustache.
There is an image of a field baked in sunshine with white text in capital letters which reads: “Good from grass to glass.”
A claim in smaller text underneath added: “British milk not only tastes good, but is also produced to world-class standards, and has a carbon footprint a third lower than the global average.”
In a second advert, a wide-eyed black woman is holding a plate with cuts of beef on top of a pile of salad, with one piece of meat dangling from a fork held close to her open mouth.
A headline reads “Great Britain, great beef” with text underneath claiming: “British beef not only tastes great, but has a carbon footprint that’s half the global average.”
But the Advertising Standards Authority (ASA) has banned them both after a 14-month investigation following a complaint made by vegan and TV broadcaster Packham that they were “misleading”.
In its ruling, the ASA said the adverts, which were seen between September 2024 and February 2025, could not substantiate their lower carbon footprint claims as they weren’t based on the full lifecycle of the products.
There is some hope:
A complaint made by the eco campaigner that an Instagram post and a page on the campaign’s website “implied that cows used to produce beef and milk in the UK were typically outdoor grazed” was thrown out.
The ASA also did not uphold a complaint that “the ads were misleading as they did not reflect the full environmental impact of British meat and dairy”.
Chris Packham is determined, like Amsterdam, to save the planet:
Packham, 65, said: “The science is unambiguous. We are in a climate and nature crisis and equally unambiguous when it comes to solutions.
”The meat and dairy industry is a very significant contributor to climate breakdown and the leading driver of biodiversity loss both nationally and globally. Our Government’s advice is clear too, if we want to survive, we must reduce not increase our meat and dairy consumption.”
He more recently called for tobacco-style stickers to be placed on meat products to see how people react.
“I often fantasise, I will get round to it, I’m gonna have a whole series of stickers printed of animals kept in appalling conditions, and then I’m going to go and stick them on the meat packets in the supermarket and see how people react,” he said.
NuScale remains one of the few SMR companies with U.S. Nuclear Regulatory Commission-approved reactor designs, yet investors and analysts have increasingly questioned whether commercialization is happening fast enough.
“Energy hyperbole and the madness of crowds are evident with both NuScale Power and Fermi America. Bubbles burst.”
The most mature U.S. small modular nuclear reactor vendor — NuScale Power — and a politically connected firm planning to build perhaps the largest reactor project in the U.S. to power an enormous Texas data center — Fermi America — have both suffered recent, major, possibly existential blows. NuScale and Fermi, both publicly traded, have seen their stock value plummet amid bad financial results, questionable management decisions, and attacks by the wolves of Wall Street, short sellers, and claims of securities fraud.
NuScale Power
Oregon-based NuScale Power (NYSE:SMR) is the only advanced reactor vendor in this new market with a design approved by the U.S. Nuclear Regulatory Commission, a “first mover” advantage. It also uses the familiar and well-understood pressurized light water cooled technology, which has decades of mostly successful operation. NuScale has also had an important major shareholder, Texas-based energy engineering and construction giant Fluor Corp.
“Yet, when you look at its stock over the last six months, it doesn’t look like a company with a first-mover advantage,” comments The Motley Fool, an online investment analytics site.
Fluor is unloading its SMR shares, a strategy the company announced formally in February but has been understood to be well underway before that. In February, Fluor sold 71 million SMR shares, netting $2 billion. The company said it plans to unload the remaining 40 million shares this quarter.
Assessing NuScale’s business prospects, Seeking Alpha noted that the “stock appears overvalued relative to its fundamentals, with limited near-term revenue and a long timeline to meaningful commercialization.” The shares have been trading at about $12/share recently, not much higher than when it went public at the end of 2020. The high point for SMR was last July, when the shares were going for $50.
NuScale’s arrangement with the somewhat mysterious ENTRA1, the company’s “global strategic partner,” is also raising doubts about NuScale’s future. The contract with ENTRA1, says Seeking Alpha, required “a payment of ~$507.4 million” to the firm, a staggering amount considering that NuScale has never made anything like a profit.
Simply Wall Street commented, “In recent months, “NuScale Power has faced a series of securities-fraud class action filings alleging it misrepresented the experience and capabilities of commercialization partner ENTRA1 Energy, following weak fourth-quarter 2025 financial results and concerns about its path to market.”
One of the firms suing NuScale, California attorney Frank Cruz, in soliciting clients noted SMR’s astonishing net loss in the 2025 third quarter due to the ENTRA1 payment, “up from $46 million in the prior year period.” Cruz commented, “ENTRA1 had never built, financed, or operated any significant projects — let alone projects in the highly technical and complicated field of nuclear power generation — during its entire operating history” and “NuScale had entrusted its commercialization, distribution, and deployment of its NuScale Power Modules, and hundreds of millions of dollars of NuScale capital to an entity that lacked any significant prior experience owning, financing, or operating nuclear energy generation facilities.”
NuScale’s stock price has always been volatile, attracting short selling. That’s been the case recently. According to stock analysis Quiver Quantitative, “NuScale Power Corporation short interest was 38.92% of the float on April 15th, according to new data we received from Benzinga. Short interest totaled 66,321,822 shares, which was an increase of 23.88% from March 31st.”
Fermi America
Then there is Fermi America (NASDAQ: FRMI) with an incredibly optimistic business plan: the $60 billion “Project Matador,” using conventional electric generation, including natural gas and Westinghouse AP-1000 nuclear reactors, behind the meter, for a 17-GW mega data center in the Texas panhandle near the Department of Energy’s Pantex nuclear weapons plant. It would be named the “Donald J. Trump Advanced Energy and Intelligence Campus.”
Among the founders of the company: Rick Perry, former Republican governor of Texas and U.S. energy secretary under Trump from March 2017 to December 2019. His role in the new company is largely image and political influence. The chief founder of the company was billionaire venture capitalist Toby Neugebauer, who has a sketchy business history accordingto Houston Chronicle business editorialist Chris Tomlinson.
Fermi LLC launched an initial public offering on the NASDAQ exchange last September as Fermi America, offering 25 million shares at an expected $18–$22 per share. The sale was successful, making Perry a paper billionaire. In March at the Nuclear Regulatory Commission’s annual Regulatory Information Conference, the company said it would break ground on Project Matador this year.
But the company had serious problems behind the initial hype, which became obvious this year: no revenue, no commercial tenant for its non-existent data center, losses totaling close to $500 million, a plunging share price. In December, the national plaintiffs’ law firm Berger Montague PC of Philadelphia filed a class action lawsuit against Fermi after an unnamed firm — widely believed to be Amazon — dropped out of a deal to be the first data center tenant, reportedly worth $150 million.
Fermi’s stock began plunging soon after the bad news began emerging. This month, without a public announcement, CEO Neugebauer “resigned,” taking with him Chief Financial Officer Miles Everson. The share price hit $5.
Commenting to the Washington Post on the fall of the house of Fermi, Princeton University energy guru Jesse Jenkins said, “The idea that a few politically connected people with little experience could pull off a many billion dollar, many gigawatt, fully off the power grid project, is quite a gamble.”
Conclusion
Energy hyperbole and the madness of crowds are evident with both NuScale Power and Fermi America. Bubbles burst.
———————
Kennedy Maize is a Washington, D.C.-based journalist who has covered energy and environmental topics for more than 40 years. This post originally appeared at The Quad Report (May 1, 2026). His previous posts can be viewed here.
Wind speed is indeed emerging as a key, yet often underappreciated, regulator of Earth’s carbon and water cycles, particularly on land.
Wind speed is indeed emerging as a key, yet often underappreciated, regulator of Earth’s carbon and water cycles, particularly on land.
Wind stilling (the observed multi-decadal decline in near-surface wind speeds, aka “terrestrial stilling”) is significantly improving water-use efficiency (WUE) in global grasslands by enhancing soil moisture retention.
“Terrestrial stilling” (declining near-surface winds) has been observed in many regions, linked to factors like land-use changes, vegetation growth increasing surface roughness, and atmospheric circulation shifts. This study highlights a positive side effect for these ecosystems, adding nuance to climate impacts on carbon and water cycles.
A paper published today (May 13, 2026) in Science Advances finds that declining wind speeds (“terrestrial stilling”) are helping global grasslands become more efficient at taking up carbon while using less water.
Wind stilling shapes grassland water use efficiency by enhancing soil moisture retention
That’s the title of the new Science Advances paper (published May 13, 2026).
Precise Mechanism:
Wind stilling doesn’t just passively reduce evaporation — it creates a coupled biophysical feedback loop that enhances ecosystem water-use efficiency (WUE_eco = GPP / ET) in grasslands:
Direct aerodynamic effect: Lower wind speed reduces boundary layer conductance (g_bw) to water vapor. This slows the removal of moist air near the surface/canopy, directly suppressing soil evaporation (the dominant component of ET in many grasslands) and canopy transpiration.
Soil moisture bridge: The suppressed ET leads to higher soil moisture (SM) retention. This is critical in water-limited grasslands, where plants are highly sensitive to soil drying.
Stomatal response: With better SM availability, plants increase stomatal conductance (keep stomata more open longer). This boosts CO₂ uptake (higher GPP/carbon gain) while the overall water loss (ET) rises less than proportionally — hence higher WUE.
Quantitative insight from the study:
A 1% decline in wind speed → +0.31% GPP but –0.65% ET (driven mostly by soil evaporation reduction), with SM increasing ~0.38%. Structural equation modeling (SEM) confirmed the dominant pathways: wind → lower g_bw + higher humidity → lower ET → higher SM → higher stomatal opening → higher GPP.
This loop is stronger under drier conditions, providing a natural buffer against drought intensification.
Why Grasslands Are Special
Low-stature vegetation minimizes vegetation-wind feedbacks (unlike forests, where greening increases surface roughness and can complicate stilling signals).
Grasslands experience more pronounced stilling than other biomes.
They are predominantly water-limited, making SM retention particularly impactful for carbon-water coupling.
Modeling: CMIP6 simulations + targeted wind-manipulation experiments in CLM5 (Community Land Model) to isolate causality.
Spatial scale: >80% of global grasslands show WUE gains from stilling.
Contribution:
Wind stilling explains 7.7–25.7% of observed/projected WUE increases — second only to CO₂ fertilization.
Temporal Dynamics (1983–2100)
Strong stilling 1983–2010 → WUE boost.
Partial recovery ~2011–2028.
Renewed (and potentially stronger) stilling post-2029, especially under high-emission scenarios.
Key caveat:CMIP6 models underestimate the magnitude of wind declines, implying real-world WUE gains and drought resilience may be larger than current projections.
This aligns with related work by the same team showing wind stilling boosts global vegetation GPP (with grasslands contributing disproportionately). It adds nuance to climate impacts: while warming/VPD increases can stress ecosystems, stilling provides a counteracting positive effect on carbon-water efficiency.
Limitations:
Benefits may saturate or interact negatively with extreme events (e.g., if precipitation changes dominate).
Attribution relies on statistical isolation and model experiments; real-world confounding (e.g., land use, aerosols affecting circulation) exists.
Future projections depend on uncertain wind trends (driven by land-use change, atmospheric circulation shifts, etc.).
This suggests grasslands have more built-in resilience to climate change than previously modeled, particularly for carbon sequestration and drought tolerance. It could inform conservation priorities, grazing management, and expectations for terrestrial carbon sinks. However, it doesn’t negate other threats like conversion to agriculture or extreme heat.
Covering more than 40% of Earth’s vegetated surface, grasslands critically regulate terrestrial carbon and water cycles. Their ecosystem water use efficiency (WUEeco), the ratio of carbon uptake to water loss, governs drought resilience in these water-limited ecosystems. While global terrestrial wind speed declined substantially from the 1960s to 2000s followed by a recovery in the subsequent decade, the extent and mechanisms of its influence on grassland WUEeco remain poorly understood. Using site observations, satellite data, Earth system models, and wind manipulation experiments, we found a consistent negative sensitivity of grassland WUEeco to wind speed. Mechanistically, declining winds reduce evaporative water loss, improve soil moisture, and promote stomatal opening, thereby enhancing carbon uptake. Wind speed changes accounted for 7.7 to 25.7% of WUEeco increases under historical and future climates, making wind the second most important climatic driver after atmospheric carbon dioxide. Since Earth system models underestimate observed wind speed declines, future WUEeco increases and drought resilience may exceed current projections for global grassland.
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