The economic imperative for nuclear power

In an increasingly electricity-hungry world, nuclear power stands out as a cornerstone for sustainable economic growth, particularly for developing economies like South Africa. This article examines the economic rationale behind the adoption of nuclear power for electricity, with a focus on the Pebble Bed Modular Reactor (PBMR) and Small Modular Reactor (SMR) technologies as catalysts for industrial and economic growth, providing a lifeline out of poverty and instability.

Nuclear plant chimney illuminated in night illustration, nuclear energie industry concept

From CFACT

By Ronald Stein

In an increasingly electricity-hungry world, nuclear power stands out as a cornerstone for sustainable economic growth, particularly for developing economies like South Africa. This article examines the economic rationale behind the adoption of nuclear power for electricity, with a focus on the Pebble Bed Modular Reactor (PBMR) and Small Modular Reactor (SMR) technologies as catalysts for industrial and economic growth, providing a lifeline out of poverty and instability.

Countries with fossil fuels should continue to utilize electricity generated from High-Efficiency Low Emissions (HELE) coal, oil, and gas power sources, in conjunction with nuclear power, to achieve a balanced output and maximize economic growth. Drawing on detailed economic research conducted over decades, we highlight why nuclear electricity is essential for economic stability, job creation, and global competitiveness.

The Urgent Need for Reliable Electricity

In a world where reliable and sustainable electricity sources are crucial, poorer developing countries are spearheading the shift towards nuclear power. The transition to nuclear power generation is driven by the need for dependable, emissions-free electricity to meet the growing demand, particularly highlighted by the increasing requirements of data centers and AI globally. Both electricity and technology are vital for the inevitable transition towards more efficient human systems.

Electricity sources like solar and wind suffer from intermittency, requiring 100% backup capacity, which undermines their reliability. Nuclear power, however, offers a stable, dispatchable, and low-emission alternative, making it a critical component of a balanced electricity mix alongside High-Efficiency Low-Emissions (HELE) coal.

For South Africa, a nation battling unemployment (over 30%) and poverty (affecting 55% of its population), electricity choices are economic choices.

According to the latest Quarterly Labour Force Survey released by Statistics South Africa for Q1:2025, young people aged 15 to 34 make up roughly 50.2% of South Africa’s working-age population, translating to approximately 20.9 million individuals. Within this cohort, the 15-24 age group—representing around 10.3 million individuals—face the highest barriers to entering the workforce, with unemployment figures significantly outpacing that of older youth.

The challenges facing young South Africans in the employment space are not new, but they are trending negatively in many cases. Over the past ten years, youth unemployment has remained persistently high.

The research reveals, as a matter of fact, that nuclear power will drive industrial growth, particularly in electricity-intensive sectors like mining and manufacturing, which are vital to GDP.

By 2035, nuclear projects could contribute R39 billion annually to South Africa’s GDP (0.6%), rising to R74 billion by 2045 (1.1%), highlighting its long-term economic potential.

Economic Trends and Global Context

On May 23, 2025, President Trump issued four executive orders as part of the administration’s effort to quadruple U.S. nuclear generating capacity by 2050, promote deployment of advanced nuclear technologies, build out nuclear fuel supply chains, expedite the licensing process, and increase U.S. nuclear exports. The UK has also announced that Rolls Royce SMR has been chosen as the preferred bidder for the UK SMR expansion.

With the global shift towards cleaner technologies, nuclear power-generated electricity is gaining market share as countries seek to decarbonize while ensuring electricity. For South Africa, this presents an opportunity to attract foreign direct investment (FDI), which is crucial for economic growth. A robust nuclear sector will reduce perceived investment risks, positioning the country as a leader in modular reactor technology, which is where it started. South Africa was the first country in the world to invest in the commercialization of SMRs and has invested substantially in decades of completed R&D, both through the government and within the private sector.

Globalization demands electricity solutions that are efficient, sustainable, and competitive. Nuclear-generated electricity aligns with this trend, offering a reliable baseload power source with a minimal environmental footprint compared to other electricity generation technologies.

Sectoral analysis reveals that nuclear power supports key industries. Mining, contributing 8% to GDP, and manufacturing, at 13%, require consistent power that wind and solar cannot provide. Nuclear projects will stimulate related sectors, such as construction and engineering, creating a multiplier effect across the economy that will, through ripple effects, catalyze prosperity and the much-needed GDP growth in an economy struggling with 0.1% GDP growth and 0.2% population growth.

Policy Implications and Economic Significance

Effective electricity policies are pivotal. Pricing must reflect true costs, including environmental externalities, rather than relying on government subsidies that distort markets. Nuclear power’s low operational costs and high efficiency offer a sustainable model where electricity generation can be accurately predicted over a long period, providing a springboard for truly sustainable economic growth. Moreover, it will significantly enhance the balance of payments, a chronic issue for South Africa due to its reliance on imported energy technologies.

By leveraging domestic uranium reserves and PBMR/SMR innovations like the HTMR-100, the country could reduce imports, projecting an annual surplus of R8 billion on the current account by 2045.

FDI and skills development are additional benefits, as nuclear projects require a skilled workforce, addressing South Africa’s skills gap and fostering long-term economic resilience. The construction phase alone will create over 33,000 direct jobs and 154,000 indirect jobs within a decade, supporting over a million dependents through the dependency ratio.

Moving Forward for a Resilient Future

Most developing and emerging economies have a dilemma. On the one hand, there is intense global political and social pressure to limit their emissions of carbon and greenhouse gases (GHG); on the other hand, they face high unemployment and poverty levels. Every country needs to assess its economic and social needs.

Nuclear-generated electricity, particularly SMR technology, is an economic imperative for South Africa, offering a reliable, cost-effective, and environmentally friendly solution. Its adoption will drive GDP growth, create jobs, and enhance economic sovereignty, setting the stage for a sustainable future.

Backed by rigorous analysis and expert insights, our report reveals a clear path to sustained economic growth and job creation through strategic investment in nuclear power, offering investors a stable, long-term opportunity in a sector poised to drive South Africa’s electricity security and industrial competitiveness.

All countries need to pursue reliable, efficient, environmentally friendly electricity sources capable of generating and distributing dispatchable electricity to their industry and citizens. Nuclear-generated electricity is undeniably the most reliable, cleanest, and most sustainable way to do this.

This article originally appeared at America Out Loud

Scotland’s Tidal Bet: Net Zero, Net Loss

Let me invite you to consider the Scottish coast, where the tides are large and the headlines are gushing—much like the capital outflow—over the MeyGen tidal project, a four-turbine, six-megawatt marvel whirring away beneath the waves. The headlines scream Underwater turbine spinning for 6 years off Scotland’s coast is a breakthrough for tidal energy.

From Watts Up With That?

Guest Post by Willis Eschenbach

Let me invite you to consider the Scottish coast, where the tides are large and the headlines are gushing—much like the capital outflow—over the MeyGen tidal project, a four-turbine, six-megawatt marvel whirring away beneath the waves. The headlines scream Underwater turbine spinning for 6 years off Scotland’s coast is a breakthrough for tidal energy.

Me? I’m just a suspicious sort with too many years in the accounting trenches and a soft spot for arithmetic. So I thought I’d take a peek at the math behind the green curtain and see what’s really going on.

First, the basics. The capital cost for the four-turbine Phase 1A MeyGen project was £51 million at construction—call it £66 million in 2025 pounds, or about US$90 million at today’s exchange rate. No one seems keen to publish the total operation and maintenance (O&M) bill for Maygen, but industry estimates for similar tidal setups run 2–4 cents per kilowatt-hour (kWh). For 51 million kWh generated so far, that’s a ballpark $1–2 million for O&M.

So, $91 million spent, 51 million kWh produced. That’s $1.78 per kWh—over thirty times the US grid price for gas-fired power, which hovers around $0.04–0.06 per kWh. Ouch.

Now I can hear you thinking, “But that’s just the first seven years! The costs are front-loaded! Surely it gets better over time?” And you’re right. So let’s squint into the always-misty future.

Over the projected 25-year lifespan of the four turbines, the array is expected to generate about 164 million kWh. There’ll be two major overhauls—$3 million each—and 25 years of O&M at around $0.03 per kWh, totaling around $6 million. Add it all up: $90 million (capital) + $6 million (overhauls) + $6 million (O&M) = roughly $102 million.

Divide by the lifetime output, and you’re looking at a cool US$0.62 per kWh. That’s about ten times what gas power costs in the US.

Why are the costs so high? Well, in part it’s the “capacity factor”. That’s the percentage of the nameplate rating that they are actually generating. The individual turbines are rated at 1.5 megawatts. One has been operational for nine years, one for eight years, and two for 7 years. That’s 31 turbine-years, times 1.5 megawatts/turbine, times 8,766 hours per year, yields 407 gigawatt-hours (GWh) if they were running full-tilt.

But in the real world, they only put out 51 GWh, so their capacity factor is a pathetic 13% …

And that cost and capacity factor are assuming that there are no unexpected breakdowns in the next 18 years. Is that realistic, given that the ocean is one of the most corrosive natural environments on the planet.?

Well, a popular saying of my youth had it that “What goes around, comes around.”

But as a lifetime blue-water sailor, surfer, sport and commercial diver, and commercial fisherman, I can assure you that when the ocean is involved, the true saying is:

What goes around …

…

… stops.

And not only is the cost ludicrously high, but the output varies widely. There are two high and two low tides each day. So every 6 hours or so, at slack tides these megabuck machines are putting out exactly zero watts. That’s the reason for the low capacity factor. As a result, they require natural-gas-powered backup to balance them out by providing power for the four times daily when they wimp out.

And here’s where it gets truly Scottish, in the tragic sense of the Scottish Play. Scotland sits atop trillions of cubic feet of natural gas, but drilling for gas is banned in the name of meaningless virtue signaling.

The truth is that instead of tapping their own gas resources, the Scots import about 4 billion cubic meters of gas every year. They’re paying premium prices plus shipping costs for the same amount of gas, and they’re making zero difference to the amount of gas burned. It’s merely virtue signalling because they’re just burning Norwegian gas instead of Scottish gas. The only real gusher in Scotland these days is the steady stream of cash leaving the country.

How can the people pushing this madness think it’s a great plan? Don’t they own a calculator? I feel like the doctor in the Scottish Play when the Queen went mad, who said “This is a disease beyond my practice” …

And here at the end of the story, my question is … how did the Scots ever get a reputation for being financially canny and tight with a pound?

My best to all, even those mistakenly pushing Net Zero and the Green Nude Eel,

w.

You know the drill. When you comment, quote the exact words you are discussing. Makes things far clearer.

References: [1] [2] [3] [4] [5] [6] [7] [8]

Texas Flood: The Truth – The Climate Realism Show #164

What changes are afoot in climate and energy policy thanks to the Big Beautiful Bill signed into law by President Trump on July 4? Why are climate alarmists so obsessed (and wrong) about bees? And Bill Nye is up to his tired old tricks again, blaming the Texas floods on our use of fossil fuels.

The Heartland Institute

The tragedy on the Guadalupe River in Texas is as shocking and sad as it gets. A flash flood took the lives of at least 100 people, including many children, at a popular Christian summer camp held in the floodplain. Climate alarmists and ghoulish politicians were quick to blame both climate change and budget and staffing cuts by President Trump for the loss of life.

The truth is, the federal agency responsible for issuing flash flood warnings did its job and confirmed it had sufficient staffing. Flash floods are a regular occurrence in the Texas Hill Country, with that very same floodplain experiencing a similar tragedy in the 1980s. The attempts to politicize this tragedy and use it to advance the climate agenda are disgusting and wrong.

On episode #164 of The Climate Realism Show, we bring you the facts.

The Heartland Institute’s Anthony Watts, Sterling Burnett, Linnea Lueken, and Jim Lakely will also cover some of the Crazy Climate News of the Week with special guests Myron Ebell and Steve Milloy.

What changes are afoot in climate and energy policy thanks to the Big Beautiful Bill signed into law by President Trump on July 4? Why are climate alarmists so obsessed (and wrong) about bees? And Bill Nye is up to his tired old tricks again, blaming the Texas floods on our use of fossil fuels.

Join us LIVE at 1 p.m. ET on YouTube, Rumble, and X, and drop your questions in the chat for our panel to answer.

No, 170 Londoners Didn’t “Die of Climate Change” Last Week

According to Imperial College and the London School of Hygiene and Tropical Medicine, 170 Londoners died due to climate change in last week’s heatwave. But it’s just more modelling make believe, says Ross Clark in the Spectator.

From The Daily Sceptic

By Will Jones

According to Imperial College and the London School of Hygiene and Tropical Medicine, 170 Londoners died due to climate change in last week’s heatwave. But it’s just more modelling make believe, says Ross Clark in the Spectator. Here’s an excerpt.

So, 260 Londoners died as a result of last week’s heatwave, of which 170 can be attributed to climate change. So claims Imperial College and the London School of Hygiene and Tropical Medicine.

There’s just the one problem with this: the researchers haven’t actually counted any deaths at all. The study rushed out this week is nothing more than a piece of modelling, which estimates the number of deaths which might be expected to have been caused by the hot weather, as well as trying to guess how much hotter last week’s weather was than it would have been without man-made climate change. We won’t know whether there really were any excess deaths during the hot weather until the Office for National Statistics (ONS) publishes its figures in a few weeks’ time.

Why rush out a piece of modelling when we will shortly have some real-world data? The researchers will have to explain their reasoning, but it is as well to note that both the participants in this study have a bit of previous when it comes to modelling alarming numbers of deaths. 

Both were heavily involved in modelling during the Covid pandemic. Many of their predictions were not able to be tested against real data: we will never know, for example, whether 500,000 people really would have died of Covid were it not for social distancing measures – as Imperial College claimed in its paper of March 16th 2020 – because, of course, the government did impose a lockdown.

But towards the end of the crisis, one prediction was able to be tested against reality. On December 11th 2021, the London School of Hygiene and Tropical Medicine put out a paper claiming that 24,000 people would die as a result of the Omicron variant of Covid, with daily hospitalisations peaking above those in January 2021, unless the government introduced a return to lockdown -style measures. Perhaps it was counting on ministers taking its advice, but in the event the cabinet resisted – and the prediction was exposed for what it was: a gross exaggeration.

Worth reading in full.

Climate Fact-Check June 2025

Scientifically debunking claims about heatwaves, hurricanes, extreme weather, ocean acidification, & food shortages.

From ClimateRealism

By Steve Milloy

Guest Post by: The Competitive Enterprise Institute, The Heartland Institute, the Energy & Environmental Legal Institute, the Committee for a Constructive Tomorrow, and the International Climate Science Coalition, and Truth in Energy and Climate.

Editor’s note: This summary serves as a fact check on the top false claims made about climate change by the media in June 2025. 

Scientifically debunking claims about heatwaves, hurricanes, extreme weather, ocean acidification, & food shortages.

Links: MSNBC article, Nature link, NOAA retiring the metric, 2024 study.
Links: The Seattle Times article, Duwamish river flooding, sea level rise in Seattle.
Links: The Hill article, study, IPCC, Great Barrier Reef extent.
Links: Facebook post, very hot days in Florida data, NOAA data.
Links: Nature study, crop yield data.
Links: BBC News post, archived article.
Links: CNN article, EPA data, National Climate Assessment data, EPA heat index.
Links: TIME story, jet stream research, declining circulation patterns.

Until next month, enjoy these and other great climate fact checks at:

ClimateRealism.com

ClimateDepot.com

Wattsupwiththat.com

Originally published at Junkscience.com, reposted with permission.

Bees are losing their buzz! ‘Climate change’ reduces frequency & pitch of wing vibrations, researchers warn

There’s nothing quite like the gentle buzz of a bumblebee to let you know summer’s approaching.

From Climate Depot

By Marc Morano

https://www.dailymail.co.uk/sciencetech/article-14885915/Bees-buzz-Warmer-weather-frequency-pitch.html

By XANTHA LEATHAM,

There’s nothing quite like the gentle buzz of a bumblebee to let you know summer’s approaching.

But the distinct hum could soon become a rarity – as climate change is reducing the frequency and pitch of wing vibrations, according to scientists.

Experts warned this could have consequences for the effectiveness of bee communication and their role as pollinators.

And it could be bad news for the nation’s tomatoes, blueberries and honeysuckle plants.

A team from Uppsala University in Sweden analysed colonies of buff-tailed bumblebees – one of the most numerous bumblebee species in Europe and the UK.

They used accelerometers to measure the frequency and audible pitch of the bees’ buzz, specifically focusing on the sounds they make when they aren’t flying.

Analysis showed that bees were affected by both increased temperatures and exposure to heavy metals, with their muscles contracting less during buzzing.

This led to fewer wing vibrations at a reduced audible pitch – suggesting the buzz might not be so loud.

‘People have been long interested in how insect flight muscles work, as these muscles power the most efficient flight systems in nature,’ Dr Charlie Woodrow, one of the study’s authors, said.

‘However, many do not know that bees use these muscles for functions other than flight.’

These important non-flight muscle vibrations are used in communication, defence and buzz-pollination, he explained.

‘Buzz pollination is an incredible behaviour whereby a bee will curl its body around the pollen-concealing anthers of some flowers and contract the flight muscles up to 400 times per second to produce vibrations which shake the pollen loose,’ he said.

Many common garden plants rely on buzz pollination including tomatoes, blueberries and honeysuckle.

They said their findings could help to identify the species or regions most at risk.

‘Perhaps buzzes could even be used as a marker of stress or environmental change,’ Dr Woodrow said.

‘For example, we now know that certain environmental pollutants can affect the buzzes bees produce, so they could even serve as an indicator of ecosystem health.

…

If the environment gets too warm then bees may simply choose to avoid buzz-pollinated flowers, Dr Woodrow explained.

The research was presented at the Society for Experimental Biology Annual Conference in Antwerp, Belgium.

America Must Lead on Seafloor Mineral Development

Polymetallic nodules, potato-sized rocks found scattered across the seafloor, particularly in the Clarion-Clipperton Zone (CCZ), between Hawaii and Mexico. These nodules are rich in four of the same minerals needed to fuel clean energy supply chains: nickel, cobalt, copper, and manganese. Unlike terrestrial sources, which often contain only one or two of these metals and require energy-intensive processing, seafloor nodules contain all four in high purity and are loosely embedded in sediment, meaning they can be collected with minimal crushing or waste rock removal.

From Watts Up With That?

By Alina Voss

An untapped energy savior might just be sitting on the ocean floor. From AI to defense to clean energy, critical minerals remain pivotal to securing the United States’ competitive edge. Unfortunately, supply chains remain precariously dependent on foreign control, often from adversarial nations like China, leaving the country vulnerable to price shocks, trade restrictions, and supply disruption. While bipartisan efforts are gathering momentum around ideas to strengthen U.S. mineral security through efforts like reviving domestic mining, strategic alliances, and even recycling programs, land-based deposits alone may not be enough to meet the explosive growth in demand anticipated over the coming decades. We may need to look deeper for solutions, specifically to the ocean floor.

Polymetallic nodules, potato-sized rocks found scattered across the seafloor, particularly in the Clarion-Clipperton Zone (CCZ), between Hawaii and Mexico. These nodules are rich in four of the same minerals needed to fuel clean energy supply chains: nickel, cobalt, copper, and manganese. Unlike terrestrial sources, which often contain only one or two of these metals and require energy-intensive processing, seafloor nodules contain all four in high purity and are loosely embedded in sediment, meaning they can be collected with minimal crushing or waste rock removal. The CCZ alone is estimated to hold more nickel and cobalt than all known land-based reserves combined. They represent a rare convergence between vast untapped mineral resources and emerging technology in deep sea robotics and AI-powered collection technologies. If harnessed responsibly, it could prove determinative for the future of American clean energy security.

To catalyze the emergence of a domestic seafloor minerals industry, federal support should mirror successful precedents in space and semiconductor policy (like the COTS program or CHIPS act) by leveraging targeted public-private partnerships, milestone-based R&D funding, and interagency coordination. These mechanisms align well with President Trump’s broader industrial strategy, especially his second-term push to reassert American leadership in critical technologies. The development of deep-sea collection systems requires the same precision robotics, long-duration autonomy, and AI-driven sensor fusion technologies now prioritized in Trump’s Executive Orders on domestic energy dominance, which already task agencies like DOE, DARPA, and NSF with advancing advanced manufacturing and next-gen energy. The seafloor minerals sector presents an ideal testbed to apply those mandates, driving innovation while securing access to four of the most strategically important metals for both defense and clean tech. As the administration reforms permitting timelines, retools the Department of Energy’s innovation programs, and expands national security-driven procurement, now is the moment to integrate seafloor minerals into America’s critical mineral toolkit.

Despite the opportunities for seafloor minerals to bolster American environmental impacts through advancing clean energy, a wave of critique has arisen, largely arguing that using seafloor minerals will have negative environmental impacts. Claims that seafloor nodule collection could impede the ocean’s ability to store carbon dioxide continue to circulate, despite little evidence. Not to mention, experts say that this alarmism neglects the counterfactual that the amount of carbon dioxide released by seafloor mineral collection is “negligibly tiny” when compared with emissions of on-land mining activities.

Letting geopolitical rivals lead on nodule development or critical minerals more broadly is a strategic mistake both for U.S. supply chain and environmental policy. The short window of opportunity, particularly for the Trump administration, to shape the critical mineral industry for the better is a make-or-break moment in gaining the technological edge for the coming decades of American industry. The U.S. should take swift, targeted action by forging strategic alliances with allies like Japan and Australia to coordinate exploration, recognizing nodules as “domestic content” when first landed in the U.S., unlocking manufacturing incentives, and finally by expanding federal R&D and streamlining permitting.

The United States has a rare opportunity to secure not only the security of its supply chains but also the future of its clean energy industry by responsibly advancing seafloor mineral development. With strategic investment, smart regulation, and proactive utilization of the resources available to us, America can shape the rules of the game while securing access to the critical materials that power 21st-century technologies. 

Alina Voss is a fellow with ConservAmerica.

This article was originally published by RealClearEnergy and made available via RealClearWire.

NOAA’s 2020 Prediction Bust: “U. S. Winter Outlook: Cooler North, Warmer South”

If climate change causes everything, it causes nothing.

From Master Resource

By Robert L. Bradley, Jr.

Editor’s Note: Master Resource’s founder and editor, Rob Bradley, is currently struggling with the aftermath of torrential flooding in the Texas Hill Country. Until he can return to work, he has asked me to post “classic” MR entries. Yesterday, he called in to suggest the following blog post would be a suitable classic. It ran initially at MR on March 11, 2021. —Roger Donway, Managing Editor

By way of introduction, Rob writes: “To critics, NOAA not only provides information, but misinformation based on climate models and attribution studies. The post below provides the example of NOAA’s prediction leading into the Texas Winter of 2020–2021.”

“NOAA’s timely and accurate seasonal outlooks and short-term forecasts are the result of improved satellite observations, more detailed computer forecast modeling, and expanding supercomputing capacity,” said Neil Jacobs, Ph.D., acting NOAA administrator. (below)

“Cold extremes decrease and warm extremes increase in a warmer world, and cold extremes tend to be more sensitive to global warming than the warm ones.” (emphasis added) Science Bulletin, below

Humility in the face of unknowns is a worthy attribute. And when it comes to the Earth’s climate, in the whole and regionally, a prediction can be worse than no prediction.

Enter climate models, the Department of Commerce’s National Oceanic and Atmospheric Administration (NOAA), and politics. And a very bad result for the South this winter. The lack of weatherization in Texas for traditional power plants, in particular, might well have been influenced by the climate narrative of warmer winters.

NOAA Misfire

The October 15, 2020, Press Release from NOAA speaks for itself.

NOAA’s winter forecast for the U.S. favors warmer, drier conditions across the southern tier of the U.S., and cooler, wetter conditions in the North, thanks in part to an ongoing La Nina. Forecasters at NOAA’s Climate Prediction Center — a division of the National Weather Service — are also closely monitoring persistent drought during the winter months ahead, with more than 45% of the continental U.S. now experiencing drought.

“NOAA’s timely and accurate seasonal outlooks and short-term forecasts are the result of improved satellite observations, more detailed computer forecast modeling, and expanding supercomputing capacity,” said Neil Jacobs, Ph.D., acting NOAA administrator. “From expansive and multi-hazard winter storms to narrow but intense lake effect snow, NOAA will provide the necessary information to keep communities safe.”

Currently, large areas of drought extend over the western half of the U.S., with parts of the Northeast also experiencing drought and near-record low stream flows. With a La Nina climate pattern in place, southern parts of the U.S. may experience expanded and intensifying drought during the winter months ahead. 

“With La Nina well established and expected to persist through the upcoming 2020 winter season, we anticipate the typical, cooler, wetter North, and warmer, drier South, as the most likely outcome of winter weather that the U.S. will experience this year,” said Mike Halpert, deputy director of NOAA’s Climate Prediction Center.

Temperature

The greatest chances for warmer-than-normal conditions extend across the Southern tier of the U.S. from the Southwest, across the Gulf states and into the Southeast. More modest probabilities for warmer temperatures are forecast in the southern parts of the west coast, and from the Mid-Atlantic into the Northeast. Above-average temperatures are also favored for Hawaii and western and northern Alaska. 

Below-normal temperatures are favored in southern Alaska and from the northern Pacific Northwest into the Northern Plains, with equal chances for below-, near- or above-average temperatures in the remaining regions….

About NOAA’s seasonal outlooks

NOAA’s seasonal outlooks provide the likelihood that temperatures and total precipitation amounts will be above-, near- or below-average, and how drought conditions are favored to change. The outlook does not project seasonal snowfall accumulations; snow forecasts are generally not predictable more than a week in advance. 

Seasonal outlooks help communities prepare for what is likely to come in the months ahead and minimize weather’s impacts on lives and livelihoods. Empowering people with actionable forecasts and winter weather safety tips is key to NOAA’s effort to build a more Weather-Ready Nation.

Climate Model Misfires

Data-hound Bjorn Lomborg recently exposed the “global weirding” argument that the human influence produces the opposite of global warming.

CBS [Ben Tracy] & Kerry say “Many people wrongly believe that climate change only relates to temperatures increasing, not decreasing.” But the reality is that *all* climate models show less frost, fewer cold days, fewer cold nights.

Lomborg then links to graphs showing that ALL Climate Models predict fewer cold days and cold nights. He then links to “Future extreme climate changes linked to global warming intensity,” Science Bulletin (December 30, 2017), where the authors state:

Based on the Coupled Model Intercomparison Project Phase 5 (CMIP5) daily dataset, we investigate changes of the terrestrial extreme climates given that the global mean temperature increases persistently under the Representative Concentration Pathways 8.5 (RCP8.5) scenario.

Compared to preindustrial conditions, more statistically significant extreme temperatures, precipitations, and dry spells are expected in the 21st century. Cold extremes decrease and warm extremes increase in a warmer world, and cold extremes tend to be more sensitive to global warming than the warm ones.

When the global mean temperature increases, cold nights, cold days, and warm nights all display nonlinear relationships with it, such as the weakening of the link projected after 3 °C global warming, while the other indices generally exhibit differently, with linear relationships.

“Global Weirding” to the Rescue

In trying to square the record cold with global warming, CBS & Kerry (above) settled on the term “global weirding.”

Ben Tracy,  senior national and environmental correspondent for CBS, asked guest John Kerry about the recent cold snap:

Some people get hung up on the term “global warming” and say, “well, I thought everything’s supposed to get warmer?” I heard one scientist say this is really “global weirding.” Is that a better way to think of this?

Kerry answered:

I think it’s a very appropriate way to think of it. It’s directly related to the warming even though your instinct is to say, “wait a minute. This is the new ice age.” But it’s not. It is coming from the global warming and it threatens all the normal weather patterns.

Where did the catch-all “global weirding” come from? Thomas Friedman might have popularized it in the New York Times eleven years ago:

Avoid the term “global warming.” I prefer the term “global weirding,” because that is what actually happens as global temperatures rise and the climate changes. The weather gets weird. The hots are expected to get hotter, the wets wetter, the dries drier and the most violent storms more numerous.

The fact that it has snowed like crazy in Washington while it has rained at the Winter Olympics in Canada, while Australia is having a record 13-year drought is right in line with what every major study on climate change predicts: The weather will get weird; some areas will get more precipitation than ever; others will become drier than ever.

Conclusion

If climate change causes everything, it causes nothing.

Global weirding is the (central planning, one-world-government) emperor’s new clothes. If that term were not politically correct, or if a fossil fuel company pulled out the explanation for a financial or operational failure, it would be laughed out of the park.

Energy Policy vs. Climate Dogma: Why the Voters Aren’t Marching to the Green Revolution’s Tune

his analysis draws on the recent survey research conducted and published by Roger Pielke Jr. and Ruy Teixeira in their report, The Science vs. the Narrative vs. the Voters: Clarifying the Public Debate Around Energy and Climate, released through the American Enterprise Institute. Pielke and Teixeira—well known for their commitment to empirical rigor over popular narrative—commissioned the AEI 2024 Energy/Climate Survey to cut through the confusion surrounding American attitudes on climate and energy. Their work, summarized and discussed here, sheds light on the true state of public opinion—grounding the debate in data, not dogma. For further details and direct commentary from the authors, see Roger Pielke Jr.’s discussion on his Substack: What Americans Really Think About Energy and Climate.

From Watts Up With That?

By Charles Rotter

This analysis draws on the recent survey research conducted and published by Roger Pielke Jr. and Ruy Teixeira in their report, The Science vs. the Narrative vs. the Voters: Clarifying the Public Debate Around Energy and Climate, released through the American Enterprise Institute. Pielke and Teixeira—well known for their commitment to empirical rigor over popular narrative—commissioned the AEI 2024 Energy/Climate Survey to cut through the confusion surrounding American attitudes on climate and energy. Their work, summarized and discussed here, sheds light on the true state of public opinion—grounding the debate in data, not dogma. For further details and direct commentary from the authors, see Roger Pielke Jr.’s discussion on his Substack: What Americans Really Think About Energy and Climate.

This survey is a much-needed injection of empirical reality into a debate that has veered off into the land of magical thinking, group hysteria, and, frankly, wishful technocratic authoritarianism. The survey cuts through the fog of talking points and exposes the gaping chasm between what actual voters think, what the science technically claims, and the overwrought narrative hawked daily by politicians, media, and green activists.

Let’s begin by examining the survey’s core findings. Over 3,000 registered voters were asked about their views on extreme weather, climate projections, energy priorities, willingness to bear the costs of fighting climate change, and their own consumer behavior. The findings are, to put it charitably, an embarrassment for central planners who fancy themselves philosopher-kings of the energy transition.

First, the American public does not support a “rapid elimination of fossil fuels.” In fact, the majority backs an “all-of-the-above” energy policy—one that includes not just solar and wind, but also natural gas, oil, and even nuclear energy. This is not some fluke. It is the consistent preference of nearly every demographic group. According to the survey, “a majority of each group prefers an energy strategy characterized as ‘all of the above’ versus a ‘rapid green transition’ or opposition to ‘green energy projects’”. Even among Democrats, the appetite for ditching fossil fuels entirely is, at best, lukewarm.

The “narrative,” as the authors describe it, is the high-octane stuff peddled by politicians, NGOs, and a media industry that has made a business model out of catastrophe. It is the belief that, unless we immediately decarbonize everything, humanity will plunge off a “climate tipping point” into apocalypse. The problem, as the survey finds, is that this is not only unsupported by the scientific consensus (yes, even the IPCC steers clear of doomsday language), but it’s also not shared by the voters whom these activists and bureaucrats claim to represent.

Consider the disconnect: “When asked, ‘Does the IPCC think there is a tipping point beyond which temperature rise from the current day will produce catastrophic results for human civilization?,’ most respondents answered yes. This finding clearly indicates that most people believe there is a point beyond which the IPCC has identified catastrophic outcomes for humanity (Figure 3)”. In reality, the IPCC—ever careful in its language—explicitly does not link warming to existential catastrophe or define such a tipping point. The catastrophe narrative, it turns out, is mostly a work of fiction—a Hollywood production in search of facts.

The blame for this state of confusion, the authors argue, lies with decades of hyperbolic activism and media repetition. Since Al Gore’s An Inconvenient Truth in 2006, the climate movement has pushed worst-case scenarios and ignored nuance. The mainstream media, “pressured by organizations such as Gore’s Climate Reality Project, Greenpeace, and the Sunrise Movement,” has “formally adopted such language and align[ed] their perspective with that of the activists”. At this point, news outlets have been browbeaten into swapping out “climate change” for “climate emergency”—a rhetorical sleight of hand designed to nudge public opinion, not to reflect sober scientific assessment.

Let’s talk energy sources. Despite the fever dreams of the anti-fossil fuel lobby, Americans are far from ready to embrace a quick end to oil and gas. Table 2 of the survey ranks energy preferences: solar and wind do well, but so does natural gas, and nuclear hangs in there too. The only real loser is coal, but the real story is the persistence of support for a mixed portfolio. The report notes, “A significant amount of support for each energy source—except coal—helps to explain why an all-of-the-above approach to overall energy policy finds strong support across groups”. Demonizing natural gas may be trendy among activists, but voters aren’t buying it. In fact, the survey points out that the much-vaunted reduction in U.S. emissions was “driven primarily by substituting natural gas for coal,” with renewables playing second fiddle.

Now, it would be one thing if the general public was simply uneducated on the science. But the survey finds that, even where Americans misunderstand the technical details—like the IPCC’s projections of temperature rise—their instincts are more grounded than the fevered imagination of the political class. While only 10 percent could accurately quote the IPCC’s topline temperature projection, this knowledge gap has little to do with public skepticism. The truth is that voters just don’t view projected temperature increases as particularly salient to their daily lives.

If there is a consensus, it’s around priorities: Americans care about energy cost and reliability, not about satisfying the moral preening of climate activists. Given four choices, “37 percent of voters said the cost of the energy they use was most important to them, and 36 percent said the availability of power when they need it was most important. Just 19 percent thought the effect on climate of their energy consumption was most important”. Among working-class voters, the emphasis on affordability and reliability is even more stark: “41 percent…said the cost of the energy they use was most important, and 35 percent said the availability of power when they need it was most important.” The notion that the U.S. public is ready to sacrifice comfort and prosperity for planetary salvation simply does not withstand scrutiny.

This is reflected in willingness to pay for climate action, which collapses the moment real costs are introduced. A measly $1 monthly surcharge to “fight climate change” garners support from less than half of voters. Raise that to $20 or $40, and support plummets into the teens, with opposition swelling to 70 percent or more. As for expensive household retrofits or electric vehicles? Voters overwhelmingly reject the idea. “Voters by 17 percentage points (52 percent to 35 percent) say they are opposed to phasing out new gasoline cars and trucks by 2035. … Many more voters are upset (48 percent) than excited (21 percent) by the idea of phasing out production of gas-powered cars and trucks”.

For the climate policy establishment, this must feel like heresy. After all, they have spent years attempting to manufacture public support by promoting every hurricane, flood, or heat wave as proof of impending doom. Yet the AEI survey shows that the public isn’t as easily manipulated as the central planners hoped. For most, their day-to-day needs far outweigh the green utopian promises of a carbon-free world.

The fundamental lesson here is a simple one: reality bites. The dream of a rapid “green transition”—net-zero by 2050, complete decarbonization, and the abolition of fossil fuels—remains just that: a dream. The technical, economic, and political hurdles are immense. As energy expert Vaclav Smil (quoted in the report) says, “People toss out these deadlines without any reflection on the scale and the complexity of the problem. … What’s the point of setting goals which cannot be achieved? People call it aspirational. I call it delusional”.

The AEI survey’s conclusion is a harsh but necessary corrective. Americans do not share the catastrophist worldview of the climate priesthood. They are not eager to immolate their standard of living on the altar of planetary salvation. They want abundant, cheap, reliable energy, and they have little patience for schemes that threaten that reality in service to speculative fears. Policymakers ignore this at their peril.

If there is any hope for sensible policy, it lies not in ever more hysterical appeals to “crisis,” but in aligning with the public’s desire for prosperity, freedom, and security. As the authors put it: “Climate policy will be much more effective if it works in the direction of public opinion, rather than against it. Simple. And also true”.

That’s a message the architects of net-zero schemes and top-down green revolutions might want to ponder before issuing their next set of commandments. The voters, after all, have other priorities—and, for once, they are right.

I’m a young meteorologist who questioned the idea of man-made climate change

Science doesn’t support the theory that climate change caused the Texas floods. But any attempts to have science-based discussion about the issue are being repressed.

From CFACT

FROM CHRIS MARTZ:

Science doesn’t support the theory that climate change caused the Texas floods. But any attempts to have science-based discussion about the issue are being repressed.

Over the weekend, Sam Zeff, a reporter for KCUR, Kansas City’s NPR affiliate, told me over X that “you wasted your money on your degree.”

I am a recent college graduate with a degree in meteorology. Zeff was replying to my post on social media, pointing out that he, and other climate activists, were ignoring basic scientific facts when they blamed man-made climate change for the tragic flooding in Texas. The truth is that the rainfall and flooding along the Guadalupe River were not historically unprecedented and had little, if anything, to do with climate change. Neither heavy rainfall nor river flooding has increased in the Texas Hill Country over the last six decades.

The devastating loss of life in Texas is a reminder of the importance of meteorology and accurate science when it comes to understanding the weather. This is no time for politics or finger-pointing from either the left or the right.

As a trained meteorologist with a passion for truth, I can authoritatively tell folks on the right that the floods were not caused by cloud seeding or “chemtrails.” Yet, when I also try to explain the data to social media users on the left, showing them that there is no evidence climate change caused or exacerbated the Texas floods, the conversations quickly devolve into insults or even threats.

Indeed, taunts from people like the NPR reporter who mocked my education have become sadly familiar.

After one of my posts on X about climate change went viral last year, I unintentionally became an online influencer.

This was never my career plan; I’d always been the kind of guy who kept his conversations among friends and avoided the spotlight. But when I started posting on social media about hard science—and what it tells us about climate change theory and energy policy—I found myself exposed to insults, organized efforts to have me kicked out of school, and even occasional death threats.

I first became interested in meteorology in high school and signed up for an X account so I could network with professionals in the field. When I first started posting, I was an acolyte of the movement that believed climate change was entirely man-made. Yet as I researched more, my views began to evolve and become more nuanced. And over the years, as my X posts increasingly challenged the orthodoxy surrounding climate change, the replies I got became nastier and the attacks increasingly personal.

Throughout college, university officials were tagged in X comments from (mostly) anonymous accounts, pressuring them to kick me out of school. What’s more, my professors received emails almost weekly from attackers saying that I was a disgrace to the meteorology program and should be punished for spreading supposed “misinformation.” Other critics would grab personal photos from my family’s social media accounts to decorate their posts denouncing me.

The viral tweet that shot me into the stratosphere was one I posted in June last year. It attracted more than 2.5 million views and over 30,000 likes. The post detailed my experiences trying to find the truth about climate change and encountering the reality that free speech can come under a sustained and ugly attack if it challenges certain cherished left-wing causes. When it comes to climate, unpopular statements—even if they are based on undisputed scientific facts—are labeled by the loudest voices in the room as “false,” “misleading,” or “misinformation.”

America has a grave problem when a culture celebrates free speech “for me—but not for thee,” as the late Nat Hentoff famously put it.

True believers in free speech like Hentoff can be hard to find these days. Today, free thinkers who won’t go along with the establishment on certain, third-rail topics—more often than not concerning race, gender, or climate—run into a ferocious opposition that seeks not just to silence their voices, but to crush them. I’ve come to understand that the vitriol directed at me is precisely because, perhaps, no one else my age with my reach is actively challenging the belief system on climate with facts and demanding answers.

I was taught that the scientific method is used to test hypotheses and theories against data to seek out truth. But many youth have been captured by the belief that mankind is bringing about the end of the world through man-made carbon dioxide emissions and that every weather event is the result of it, regardless of what the data and historical records actually show. This narrative of man-made climate change causing cataclysmic destruction is taught as fact in schools. Leading news organizations invest in “climate teams” that keep filling the news hole with one-sided reports.

That’s why I’m one of the favorite targets of climate zealots. I’m young, I have a fresh new voice, and I am, as the New York Post called me, “the anti-Gret Thunberg.”

It’s an interesting perch from which to witness—and participate in—the climate debate. On one hand, climate alarmists feel threatened by the fact that I used to be on their side but now, based on study and research, reject their position. They don’t like that I’m good at chart making and data analysis and can use humor to encourage people to take another look at the data and catastrophe-predicting models that, when run backwards across historical weather data, consistently get it wrong.

On the other hand, climate experts and respected professionals in the field privately message me routinely and tell me to keep up the good fight. These include high-profile meteorologists with decades of experience at the National Oceanic and Atmospheric Administration and at leading universities who have confessed confidentially that they cannot bring themselves to threaten their careers by speaking out.

In my final semester of college, I started thinking that all the blowback just wasn’t worth continuing this fight. But, as one veteran TV meteorologist told me, someone has to do it. Someone has to speak up for what’s right—the belief that in America, we have to protect the ability to say what we believe and publicly debate theories, or we will lose that right.

The tragedy on the Guadalupe River shows that meteorology is serious business. Let’s not let politics, junk science, or unchallenged orthodoxies get in our way.

This article originally appeared at The Washington Free Beacon