UN Sinking Itself

As if the circus at the UN COP in Belem were not enough,

More than 80 people were arrested during operation against the Red Command in Rio de Janeiro. Reuters.

The United Nations weighed in once more—and, once more, the world rolled its eyes. Immediately after a police raid in Rio de Janeiro that claimed the lives of over one hundred, the UN’s Human Rights Office vehemently denounced Rio de Janeiro’s conservative governor, Cláudio Castro, for what it called a “deadly operation” of  “extreme, lethal consequences”. What it left out is that all of the victims were policemen or narcoterrorists. There were no civilian casualties. Not one.

It didn’t make any difference. This is an institution that has long lost its taste for facts. What drives it now is theatre—ritual condemnation on the altar of human rights, the last moral capital of a useless and toothless bureaucratic colossus with very little discernible use. The UN has its preferential villains: strong states asserting their sovereignty, governments that boldly police their own streets, and leaders that still believe law and order are the lifeblood of civilisation. The Brazilian federal government of left-wing President Lula da Silva, of course, had nothing to do with it; the raid was wholly the brainchild of Rio de Janeiro’s conservative leadership. And that is why, like Hungary when it strives to defend its borders or Poland under the previous PiS government when it tried to shield its sovereignty from wanton, undue EU interference, so too was Rio de Janeiro immediately badmouthed by these faux harbingers of virtue. One hopes that Castro will ignore the UN’s calls to surrender his city to criminal gangs and, instead, continue to hit them hard.

This latest, shameful episode comes to confirm, once again, the moral bankruptcy of the United Nations. The UN has—deservedly—become what it was meant not to become: a pulpit. It is now an international moral church of sorts whose priests sit in Geneva and New York and whose scripture is dictated by the bien-pensant Left. It makes a charade of the very notion of impartiality.

Indeed, in Brazil’s case, it barely seems to notice that Rio’s drug barons are able to control entire slums as feudal fiefdoms; it doesn’t pity the hundreds of thousands of ordinary, innocent people who live under the bloodthirsty tyranny of organised crime. It doesn’t care that this malignant tumour spreads its evil internationally, with the operatives entrenching themselves as a powerful presence in Portugal and elsewhere in Europe as well as poisoning increasing numbers of Europeans with their drugs. More than any other global institution, the UN has now degenerated into an international of wokery: Its nonsense on ‘systemic violence’ and ‘structural racism’ has replaced analysis or common sense.

Moral theatre has done away with moral clarity.

This charade isn’t even hypocritical anymore. Hypocrisy, after all, involves some perception of right and wrong—it might be ugly, but it is not oblivious. The UN, meanwhile, does not even pretend to be a servant of a moral order rooted in law anymore. It serves only the balance of its own internal politics. The bureaucracy survives by condemning only those who it is safe to condemn.

The irony is that the UN was established specifically to avoid this fate. It was meant as a forum for sovereign countries, not as an ultra-politicised court. But sovereignty has become a meaningless word for the UN, captured as it has been by latte-sipping liberal globalists. Those who currently populate the institution speak in the banal Esperanto of Western left-wing midwitery. They seldom have any meaningful political experience. They are alien to reality, and reality is alien to them.

The UN’s condemnation of Brazil is a perfect example of this pernicious catechism. The real Marx, whatever his faults, would have stood up to applaud the destruction of the vile lumpenproletarian hellholes of the Brazilian favela; he would have cheered for the liberation of working-class communities from the iron rule of the drug lords. Engels, similarly, would have condoned Hungary for protecting its working people from the incoming hordes of cheap, socially disruptive labour with which Merkel and those before and after have systematically asphyxiated Europe. The UN’s current mainstream sensitivity is not even classically left-wing; it betrays a mindset that is specifically and unequivocally drawn from modern bourgeois-bohème Western leftism.

Meanwhile, genuine atrocitiesthe mass slaughter of Christians in Nigeria or Syria, the abominable massacres in Sudan, the rampant gang rule and cannibalism in Haiti, with the UN still failing to fund the mission approved in 2023—continue unabated. They are referred to, if at all, as asterisks to reports written in the language of cowardice. The UN moral vocabulary has become utterly risible.

The price of all this corruption is irrelevance. No serious power finds the UN credible anymore. The Security Council is an opera of vetoes; its resolutions carry no weight at all. Peacekeeping missions fail, humanitarian aid organisations rot in corruption scandals, and the lofty words of the Charter are heard echoing through empty chambers.

If the UN is to survive the coming decades, it will not be through reform but through restoration. It must return to its founding principle: that of an assembly of equal, sovereign states bargaining over their mutual interests and concerns, not as a platform for empty virtue signaling. And if it can’t, it will wither away—perhaps not with a bang, but with a yawn of irrelevance.

And maybe, in the end, that would be the most ethical thing it could do.

 

With Wind and Solar More Is Less

At their Energy Bad Boys website Mitch Rolling and Isaac Orr published More is Less with Wind and Solar.  Excerpts in italics with my bolds and added images.

Capacity Values of Wind and Solar Plummet as Penetration Increases

With all the talk about needing to dramatically increase power supplies to meet the growing demand from data centers, as well as for anticipated electric vehicle adoption and other electrification efforts, it’s time to highlight one glaring reality of filling that demand with wind and solarthe reality of diminishing returns.

As in: the more intermittent capacity you add, the less capacity value you get from it. When it comes to wind and solar, more is less.

How it Works

Electric grids and utilities across the country assign reliability ratings to wind and solar resources—called capacity values—and these values diminish to almost zero as the system adds more wind and solar.

This reality is lost on—or intentionally obfuscated by—many wind and solar advocates who like to brag about current high capacity values for wind and solar without mentioning the fact that these values plummet as you add more wind and solar to the grid.

What Are Capacity Values?

The term “capacity value” is defined by the National Renewable Energy Laboratory (NREL) as “the contribution of a power plant to reliably meeting demand. Capacity value is the contribution that a plant makes toward the planning reserve margin…”

Basically, capacity values are percentages of total installed capacity for each energy source that electric grids believe they can reliably count on to meet demand. It reflects the idea that while every energy source has a maximum capacity that it can reach under ideal conditions, not every energy source can reliably perform at these ratings at any given time and when needed.

Limitations of current capacity value methods

Current methodologies for calculating wind and solar capacity values have several limitations that need to be considered when referencing them as reliability metrics.

The first limitation is that they are dependent on existing resources already on the grid. This means that if the generation makeup of the grid changes dramatically, as is happening on power systems across the country, this will have a significant negative impact on the capacity values of wind and solar.

Furthermore, they are also dependent on current load profiles, which are also anticipated to change in major ways with the emergence of data center load growth.

Finally, many capacity values are based on average performance, and not during the highest stress hours for maintaining system reliability, such as peak demand or net peak demand (demand minus wind and solar generation). As a result, capacity values may not assess the reliability of wind and solar when they are needed most, which can lead to an overreliance on them for meeting peak and net peak demand.

Wind and solar capacity values plummet as the system adds more

Now that the basics are out of the way, let’s discuss the reality that many wind and solar advocates avoid: that every megawatt of wind and solar added to the system is less reliable than the one before it.

Wind and solar capacity values fall as more of these resources are added to the grid because their output patterns are often correlated—the sun sets over an entire continent or concentrated wind turbines experience a wind droughtand they are non-dispatchable. As a result, adding more of the same variable resource reaches a point where the resource does not meaningfully contribute to reliability.

Referring back to the methods above, this means that the more wind and solar you add, the less the load can increase on the system or the less perfect capacity can be removed, thus increasing the denominator of the equation at a higher rate than the numerator.

This is reflected by diminishing capacity values for wind and solar in several major regional transmission operators (RTOs) in the country, which we detail below.

Map of Diminishing Capacity Values for Major RTOs

For a summary comparison, the map above shows the current capacity values of wind and solar in major RTOs across the country and how they are all expected to decline in the future as more are added to the system.

Midcontinent Independent System Operator (MISO)

In almost every season for wind and solar capacity values plummet and reach as low as .4 percent for solar in winter and 8.6 percent for wind in fall by 2043. The one exception to this is wind in the summer months, which actually increases from 8 percent in 2025/26 to 11.5 percent in 2030 before falling again to 8.9 percent by 2043. Still not a great reliability rating compared to coal, gas, hydro, and nuclear, which range from 64 percent to 95 percent in every single season.

In its 2024 Regional Resource Assessment, MISO explains that even though wind and solar will make up the vast majority of installed capacity in the future, reliable/accredited capacity will still be made up of primarily thermal resources.

Pennsylvania-New Jersey-Maryland (PJM)

PJM shows a similar story. While onshore wind and offshore wind begin at 41 percent and 68 percent, respectively, in the 2027/28 planning year, these resources drop to 19 percent and 26 percent by 2035/36.  Solar already starts at a low capacity value, dropping from 7—9 percent in 2027/28 to 6—7 percent by 2035/36. PJM explains:

-The ratings for the two solar classes remain stable at low values during the entire period due to the high level of winter risk

-The ratings for the two wind classes decrease significantly due to a gradual shift in winter historical performance patterns driving the winter risk in the model (as shown in the above tables)

Electric Reliability Council of Texas (ERCOT)

ERCOT shows a similar effect as more wind and solar are added to the system, as the same trend can be seen in the following charts.  As you can see, as more solar is added to the grid, the ELCCs drop to the 0—2 percent range, even with significant amounts of wind capacity on the grid.  Similarly, as more wind is added to the ERCOT system, wind ELCCs drop into the 5—10 percent range.

We hear a lot about the complementary nature of wind and solar generation in ERCOT. While this is true to some extent, these results show that even this has its limits when relying on large amounts of wind and solar capacity for meeting demand because complementary generation won’t always be the case, and there will be times when both resources perform poorly at the same time.

Southwest Power Pool (SPP)

For Southwest Power Pool, solar values are fairly high at the moment, ranging from 55 percent to 74 percent, because it has very few solar resources on the grid, while wind is much lower, ranging from 19 percent to 26 percent, because it is already saturated with wind resources.

Conclusion

The trend is simple enough to catch—the more wind and solar are added, the less valuable every additional MW becomes to the grid. The New York ISO (NYISO) makes the case clear in its 2023-2042 System & Resource Outlook report:

One complex challenge that needs to be considered beyond 2040 is the relative ineffectiveness of new solar and wind resources to contribute during periods of reliability risk after a significant amount of capacity has been built.

This is an important reality to remember when wind and solar advocates try to present intermittent resources as reliable energy sources that are able to meet the power demand needs of the future.

The fact is that not only are wind and solar already intermittent and unreliable,
but they have diminishing returns as you add more of them.

As usual, we end with the recommendation of not only keeping our existing thermal fleet in operation for as long as possible, because they are often the most affordable and reliable power plants on the system, but also bringing back recently retired facilities and building new ones on top of it.

How Badly Climatists Attack Meat

For those who prefer to read, below is a lightly edited transcript from the closed captions with my bolds and added images.

This is a short story about how the BBC and the UK Parliament turned the opinions of just ten people into the single voice of 66 million. At the centre of this story is our favourite food. Meat production has long bothered the environmental movement and climate campaigners, because it is at the centre of culture, and family and social life.

And this is where green ideology longs to be. Consequently, greens have urged us to give up meat, telling us of the harm done to nature by our diets. They have urged us to cut down, to become vegetarian or vegan. Or to switch to other forms of protein. No thanks! Green attempts to control our diets have been met with resistance.

But UK politicians have now decided to tackle the problem of the public’s lack of interest in the green agenda.
“Dear resident. Dear resident. Dear resident.
You could be one of over 100 people selected to take part in the UK-wide Citizens’ Assembly on how should the UK tackle climate change.” They believe that they can change our behaviour by focusing their interventions on the things which the public will find least unacceptable. Parliament believes that by convening a Climate Assembly, the government, politicians, and civil servants can find out what level of regulation of their lifestyles the wider public will accept.

“The UK government has legally committed to reach Net Zero greenhouse gas emissions by 2050. To help inform how we’re going to reach Net Zero, 108 members of the public were brought together by the UK parliament in our first ever Citizens’ Assembly on climate change. They discussed the impact of what we eat and how we used the land.”

But what recommendations did the Climate Assembly make? Reduce our meat and dairy consumption by 20-40%, but with no bans or taxes.” The Climate Assembly provided Parliament with this information and it has now been used as the basis for policies. “The fact that you’ve given up time to come here and take this seriously is of the greatest importance.” But what really happened in the Climate Assembly? Did it really recommend that the government should find ways to make us eat less meat?

The findings of the Climate Assembly, which met over six weekends, were published in a 500-page report. The reduction of meat and dairy consumption does appear in the key recommendations of the report, in a section on “what we eat and how we use the land”. But this was not the view of the whole Assembly.

On the weekend during which the Assembly discussed this question, it was divided into three groups, only one of which was tasked with a discussion on “what we eat and how we use the land”. Just 35 Assembly members, out of 108, were in this group. They heard from just one academic’s views on meat, Rosie Green:

“We know that red and processed meat is associated with a number of health conditions. So it’s linked to heart disease, it’s linked to strokes, it’s linked to particular types of cancer, like bowel cancer, and it’s also linked to diabetes.Whereas on the other hand, eating fruit and vegetables is linked to prevention of all those conditions. So if you eat the more fruit and vegetables you eat, there’s less likely you are to suffer from those diseases.”

There was no debate or criticism of these questionable scientific claims made by an academic, who has manifestly strayed into political activism. “Meat will never ever be banned. It will never be banned.” “I don’t like the idea of controlling things at all.”

But the Climate Assembly were not fools. When they were asked to vote on what they believed the government should prioritize from a list of eight options available to them, just 29 per cent chose reducing meat as a priority. It was the second least popular option prioritized by the group. And 29% of 35 just people is ten people.

Nonetheless, the report claimed that ‘assembly members tended to express support for” the idea. On the available evidence, that claim simply isn’t true. The report emphasizes reducing meat and dairy in our diets, despite this underwhelming support for it, because the report was not written by the Assembly itself. It was written by the academic activists and green campaigning organizations that ran the event.

The claim has now been used by politicians and civil servants designing the UK’s climate policies, to meet the Net Zero target. They had already decided that changing people’s diets will be part of the Net Zero agenda. In 2019, The Climate Change Committee produced a report on Net Zero, which proposed interventions to produce behaviour change, including the reduction of meat and dairy consumption.

In their new Net Zero policy report launched last week, the Committee claim that they have incorporated the Climate Assembly’s recommendations in their analysis, including the reduction of meat and dairy consumption.

“The Climate Assembly said they would be happy with a 20 to 40 per cent reduction in meat consumption. We’ve looked really carefully at the Climate Assembly’s recommendations, and actually we were quite engaged in the process as well.  If you take the time to guide people through this, to explain why the changes are needed, to explain the sorts of things that need to happen, they’re really supportive of action. And actually we were surprised how supportive they were of lots of the things that we were thinking of already. What we’ve done is we’ve taken their advice, and we’ve constructed our scenarios to align to it.”

But though these civil servants seem to have enthusiastically embraced what the public think, as represented by what the Climate Assembly seemed to tell them, they have forgotten that the recommendation came from just ten people. The views of these ten people is now at the centre of the Climate Change Committee’s advice to Parliament, which they are almost certain to adopt.

From the Sixth Carbon Budget–The UK’s path to Net Zero

But what the authors of the Climate Assembly report could not ignore, was the Assembly’s insistence that changes to diets should be voluntary, not compulsory. How will the government legislate for voluntary behavioral change? It has turned to the UK’s defacto state broadcaster, the BBC.

The BBC presents itself as a news broadcaster, but this BBC video on meat consumption and climate change shows that it has a role engineering the social values and behavioral changes that government policy requires.

“The average Brit eats meat twice a day. And we’re eating much more protein than we need. Would more of us change our diet, if we knew it was also better for the planet?”

Rather than investigating the claims seemingly produced by the Climate Assembly, but which were just the views of ten of its members, the BBC uncritically reports them. It shows the views of one Assembly member’s concerns about his own meat consumption, and its damaging effect on the environment: a seventeen-year-old boy, who has decided to give up meat.

“After the second weekend of the Assembly I became pescatarian. When I was able to see right there on the graph that beef had a big proportion of higher CO2 emissions than fish, I knew that if I carried on eating beef then I know I’d be making the wrong sort of choice for the environment”.“So Max decided to give up his beloved beef steak…”

And rather than challenging a young person about how he formed such a view of the world, and asking questions about the ideology and one-sided view that was presented to the Climate Assembly, the BBC uses him, to encourage its audience to change their diets and behaviour.

In this way, the BBC, turns ten into 66 million. It forgets the views that many of us may have about politicians’ and civil servants’ designs for our lives and lifestyles for the next decades. The public has once again been excluded from debates about climate policy.

Just in:  Beyond Meat stock tanks to $1 after debt swap deal dilutes company shares

Beyond Meat’s stock collapsed to near $1 a share on Tuesday after the embattled plant-based meat maker finalized a debt exchange deal that handed bondholders hundreds of millions of new shares — effectively wiping out most existing investors.  In the summer of 2019, the stock neared $240 a share — its peak price. Since then, the stock has lost more than 99% of its value.

 

 

DOE Climate Report a Box of Surprises for the Unversed

The Kim Strassel interview at WSJ is Energy Secretary Chris Wright on Resetting the Climate Debate.  Below in italics is a transcript from the closed captions with my bolds and added images.

The Department of Energy’s new climate report is making waves, offering a fresh look at the alarmist claims pushed by special-interest groups and prior administrations. The report’s five scientists lay out data showing that while climate change is real, it isn’t the threat suggested by media or the climate lobby. On this episode of All Things, Energy Secretary Chris Wright takes Kim Strassel through the findings, including the upsides of warming, the minimal economic effects of climate change, the limits of U.S. policy actions and the lack of evidence that climate is related to the frequency or intensity of extreme weather.

KS:  Tell us why you commissioned that report.

CW: The climate chain is a real physical phenomenon. It’s scientifically fascinating. It is a truly global issue. But you know there’s certain facts and data about it. There’s certain implications about it. And most everything I hear in the media, in the news from politicians, from protesters when I speak at universities, they’re just so unaware of the basics of what is climate change.

And and to give one example there, you hear these kids, I’m choking, I’m coughing on so much carbon pollution, you know. And look, the Clean Air Act was about real pollutants that do make you cough, that are toxic, that do have, you know, acute human impacts in local concentrations. As for carbon dioxide, I say it’s like oxygen and water, H2O, CO2 is one of the three most critical molecules for life on Earth. It is the essential life giving plant food that makes our life possible.

So it does absorb infrared radiation. So we can have a real dialogue about too much of it or too little of it. which is actually I think a bigger risk. But you know calling it a pollutant is just nuts.

KS: So let’s go through some of the big takeaways of it because I think people would be amazed that it’s not what they hear in the media every day. One important thing that I think is is notable and I’ll just say it at the the top is that you know that no one in this entire report is denying that the climate is changing. We all agree that it’s changing. It’s always changing in some way.

One thing that might surprise people was that some aspects of a changing climate can actually be good. Because you only ever hear about the apocalyptic points. But the report goes into some detail about how this can be better for agricultural production. It also talks about throughout history, cold has been a much greater threat to human health than heat. More people die from cold every year.

A 2015 study by 22 scientists from around the world found that cold kills over 17 times more people than heat. Thus the planet’s recent modest warming has been saving millions of lives.

It might also surprise people that we still don’t know the extent to which humans really affect the climate.  I would like you to talk about that because that’s going to be really confusing to some folks out there because all they hear is, the consensus is that humans are causing massive damaging climate problems. That’s what you constantly get from the media refrain on this. How do you put those through things? How do you explain that to folks who might be surprised with what this report says compared to what they have heard non-stop for more than a decade now?

CW: Of course everyone says that, Republican politicians, Democratic politicians, the media everywhere because that’s what they hear. But it shows they don’t actually read, and of course, why would people read these giant bureaucratic clunky reports from intergovernmental panel on climate change, the IPCC that you hear about? The problem with the IPCC is actually the layers of reporting. There’s the report that’s by the scientists, and then there’s the release or the summary for policy makers as they call it in the IPCC world that’s written by politicians and it is striking there are things in the summary for policy makers just directly contradictory to the science actually in the reports themselves.

And the biggest thing there that everybody hears is that weather, extreme storms are getting stronger and more frequent and the damage of this is taking an increasing toll on society and hence we’re in a climate emergency. None of that is true and none of that is clear in the intergovernmental panel on climate change reports. These are the reports written by people that have dedicated their life to climate change.

If you thought ah you know it’s a real thing but it’s not that big of a deal, you’re not going to spend your whole life as an author of an IPCC report. It’s sort of self- selecting for the people most interested in climate change. They’re honest scientists, for the large majority of them, but they’re the most interested in this thing. Maybe they think it’s the most important thing, the most exciting to them.

In these IPCC reports, there’s the collection of data on extreme weather: hurricanes, no increase in the frequency or intensity of hurricanes. floods, droughts, no increase in the frequency or intensity of them. The only the only meaningful extreme weather event that shows a trend and it’s not a huge trend is tornadoes and it’s downward. There’s like 50% less extreme high energy tornadoes today than 50 years ago. We don’t know why but you know that one’s sort of a favorable trend.

Most all of them have variations from year to year. Some of them have decadal oscillations. So they they go through phases of stronger and weaker but none of them show a scary upward trend. And my punch line, if you look at the deaths from extreme weather, they’ve just declined like a stone throughout the last hundred years, including in the last 20 or 30 years. So your risk of dying from extreme weather is the lowest we’ve ever had data on.

But yet 20% of kids report nightmares about fears of climate change. Like, how do those go together? And that’s despite the fact that we have much greater populations in a lot of these areas that are hit.

And that’s all useful information out there as well about not conflating the economic damage of a of a storm with meaning that it’s actually a bigger or worse storm. It just might mean that there were more things in its path to actually get wrecked. And people conflate those things too often with really sloppy consequences for the science.

KS: In the broader debate, if you look at many areas of science, for example we’ve been studying physics for millennia. There’s a been a lot of work done and a lot of people coming up with theories and then them getting knocked down. And we crawl our way forward but we have gained a pretty good understanding of many things in nature. Still climate science is new in the grand scheme of things, kind of in its infancy and we’re still learning a lot. Is that an accurate statement?

CW: Oh yeah. Look, it’s an incredibly complicated system. This is a tightly coupled, chaotic system. And you know, best exemplified by weather forecasts. We get better at weather forecasts now. 50 years ago, maybe you could have a reasonable projection out four or five days. Today, it’s closer to two weeks. There’s people in the AI world telling me we can do a reasonable projection all the way out to a month today. I’ve never seen that, but that is a claim of massive advanced computing going out a month. That’s just how complicated these phenomenon are.

So when you come back and report that with this little knob CO2 concentration, you’re going to dial in to a tenth of a degree the temperature at the end of the century. That should be greeted with a lot of skepticism. There’s some reality. It is a warming fact. There’s a bias. There’s an upward average trend. But yeah, this you know attributing this storm, this much damage came from climate change.These are stretching science beyond science and going into science fiction.

There are more items from this report that I think might surprise people. It is very important to broaden this out to a couple other findings that would surprise people One point is that there’s not been so far and they’re not projected to be a lot of negative economic effects from this. And moreover the US’s ability to change global climate is extremely limited. Even if we were to take some very drastic policy measures it would generally have a negligible effect on global climate trends.

And that’s another part of the IPCC reports that not only is never read, but it’s never even talked about. In the past, I put out the summary of what are the economic conclusions of the IPCC authors. They survey all the economic literature on climate change. And yet our current warming trends, the projections are that maybe at the end of this century, we might lose a few tenths of a percent or maybe two, three or four percent per capita income, if we do nothing about climate change by the end of this century.

But in that same model with economic growth projected ahead, we’re about 400% richer than we are today. So, our great great grandchildren might be 400% richer than us or in the worst case, if you take the outer bounds scenarios, well, they might only be 380 or 85% richer than us. I don’t think that qualifies as a climate catastrophe or this disaster meme around something projected to be relatively modest. And even in the words of the climate economists, they’ll say, “Look, climate impacts are nowhere near as important as education policy or trade impacts or efficiencies and other things.” So people studying these things closely, I think, are quite sober and reasonable about them.

The problem is you never hear from them. Only the most extreme ones that made the dramatic, you know, that, you know, the Statue of Liberty is going to be underwater, you know, the people that make the crazy claims, they’re the newsworthy ones. So they’re the ones that are put on TV all the time, but they’re not representative at all of the consensus.

Now consensus does not mean correct, but just the center point of people looking at this. Yeah. That you know their centrist view of climate change is a very slow moving but significant process. Nothing about alarmism, nothing about disaster. You know all the crazy stuff you hear is out of line with mainstream climate science and mainstream climate economics, but not the five authors of this report. They’re just making accessible to the broader public or at least the moderately scientifically inclined public to get in tune with what we think we know about climate change to date. They don’t talk a lot about projections because no one knows the future, but I think we’ve got a hundred years of pretty good data. That’s a good place to start when you’re trying to think how might things be in another 10 or 50 or 100 years.

KS: Yeah. And that’s what I loved about this report. If you go through it, every single statement in there is just common sense and you can’t really disagree with it if you’re looking at the numbers and the data. They really summed up the state of climate science at the moment.

Why I like this report and the way you framed it in your introduction at the beginning is that we as a country and as a member of this globe, we’re always facing myriad problems. And if you don’t have the whole picture, it’s impossible to prioritize which of those to focus on because by the way, we do have limited focus and limited resources to sort of manage some of these to a certain degree.  In your introduction you put that perhaps the world’s greatest problem at the moment is actually energy poverty. And to fix that, to truly lift people up, we need reliable, affordable energy.

CW: And that’s just common sense. And in fact, I would say that’s why President Trump got elected. People were eventually tiring of these kind of alarmist claims that didn’t seem to make much sense. You know, every every 10 years the world’s going to end 10 years from now. And and honestly, unless you’re watching the news, no one would notice climate change if it was not in the news. If I were to change the temperature in the room you’re sitting right now by a couple degrees Fahrenheit over 20 minutes, you wouldn’t even notice it unless you’re very sensitive. I’m not. But that two degrees Fahrenheit, that’s the warming the planet has observed over a century, you know. But if I did it in 10 minutes or 15 minutes, you wouldn’t notice it.

So, President Trump got elected because, you know, 15%, 20% of Americans are struggling to pay their monthly electricity bill. They’re struggling to pay for gasoline to get to work. They’re struggling to start a new business because energy costs and energy connections are more expensive. That’s a problem in the here and now.

And that’s not an unrelated problem. We’ve driven up the cost of energy in the United States and Europe has done it dramatically all in the name of combating climate change. You know, we’re barely tweaking global emissions of greenhouse gases that might lead the planet to be a hundredth of a degree cooler in the year 2100. That’s the potential output if we implement these policies, but yet the short-term impacts are just crushing people’s opportunities and the ability to pay their bills. That’s getting way way off track.

That’s why the American public elected President Trump and maybe why President Trump tapped me. What I want to do is engage the public in this discussion: what do we know about climate change? What do we know about energy systems and how they could change and what kind of trade offs do we want to make? And the more people get exposed to the facts, the more I think people become realistic.

You talked about affordability problems in the United States. Let me just give one other punchline, World Health Organization data. Around two to three million people die every year from indoor air pollution. And that’s because two billion people, a quarter of humanity, cook their daily meals and heat their homes burning wood or dung or agricultural waste indoors. That smoke is just a deadly toxic pollutant that kills millions and crushes the freedom of women and children who gather the wood and spend hours a day over these smoky fires.

That’s an energy crisis we know how to solve. It’s affordable. It’s reliable and massively transformative of lives. But yet we never hear about that. That’s clearly a bigger priority than shaving a few hundreds of a degree off global temperatures three or four generations from now.

KS: Last question here, I do just want to ask a political question. Those of us who believe in free markets, who want opportunity, abundance, you know, the ability for people to succeed and have more, have understood a long time ago that if the activist climate agenda were imposed from above and government, that’s just an end to most of those free market ambitions. Because in order to to follow the agenda they want, which is total control over what you drive and what you eat and what kind of job you have and what kind of house you live in. You squash that freedom.

And I think a lot of free marketers have nonetheless struggled to know how to engage in these climate wars. For a while they said, “Well, the climate’s not changing.” And then for a while it was like, “It’ll just cost too much.” And then for a while it was, “Well, we’ll just have to do everything all of the above.” You seem to be saying, actually, you want to talk about the science, let’s talk about the science. And what it actually shows is that we don’t need to go down that road of of stripping everything away to control everything given the actual level of what we’re dealing with here. Is that right?

CW: That’s right, Kim. Yeah. And I say two things created the modern world. doubled our life expectancy, you know, created planes, trains, and automobiles and modern medicine. The growth of human freedom, bottom-up social organization or human liberty, and the explosion in affordable energy from the arrival of hydrocarbons. First coal, then oil, then wood, and now the derivative energy sources of hydrocarbons like nuclear, hydro, wind, and solar. You can’t have any of those without abundant hydrocarbons.

And this climate movement opposes both of them. They’re making energy more expensive. They’re trying to get in the way of the main energy source. Hydrocarbons were 85% of global energy when I was born and they’re 85% of global energy today. Turns out it’s hard to change the energy system, but they’re making them more expensive.

And to your point, they’re going back to top-down control. The government’s going to decide what’s virtuous, what car you can buy, how you can heat your home. We’re going to force you to electrically heat your home, which is two to five times more expensive than burning natural gas. And when you heat your home electrically, guess what? The US’s main source of electricity comes from natural gas.

You’re not even changing. You’re not reducing gas consumption. You’re just making it more expensive. But it’s about political control. It’s about reducing human freedom. So, let’s do this. Let’s shine light on all of this on the trade-offs we’re making. And I think Americans will choose a much more reasonable, informed pathway for energy and climate policy going forward.

I’m hugely optimistic. Shining light on this, I think, is going to get us to a much better place.

 

 

“Fire, Fire, Read All About It!” or Not.

Linnea Lueken writes at Climate Realism Stop Promoting Attribution Studies, Associated Press, Europe’s Wildfires Aren’t Worsening.  Excerpts in italics with my bolds and added images.

The Associated Press (AP), via ABC News, claims that climate change is responsible for the intensity of European wildfires in a story titledClimate change made deadly wildfires in Turkey, Greece and Cyprus more fierce, study finds.” This is false.

Data show no long-term trend of increasing wildfires in any of the countries listed,
and overall global wildfire data shows declining fire extent.

The AP cites a non-peer reviewed report by World Weather Attribution (WWA) to claim that climate change was responsible for necessary conditions, specifically, hot and dry weather, which drove the widespread wildfire outbreaks in Turkey, Greece, and Cyprus, and made them “burn much more fiercely.”

The story and the report it relies upon are suspect from the start. First, as discussed by Climate Realism previously, as a matter of geography the climate of the Mediterranean region is naturally arid, prone to drought, extreme heat, and associated wildfires. Fire helped shape the ecology of the entire region. Some past fires have been huge. For instance, more than 112 years of global warming ago, when global average temperatures were cooler and humans weren’t contributing significantly to atmospheric carbon dioxide levels, the great Thessaloniki fire burned for 13 days. It left more than 70,000 people homeless, and destroyed two-thirds of Greece’s second largest city.

So hot and dry weather is the norm for the Turkey, Greece, and Cyprus,
especially during the summer, rather than being unusual weather conditions.

The AP ignores this fact about the region’s climate. It also did not critically assess WWA. The AP portrays WWA an unbiased “group of researchers that examines whether and to what extent extreme weather events are linked to climate change.” But this is false. The entire reason for WWA’s existence is specifically to “attribute” extreme weather events to human-caused climate change, in part to provide material that can be used in lawsuits filed against governments and the fossil fuel industry. The WWA believes the U.N. Intergovernmental Panel on Climate Change’s data driven approach to understating the causes of extreme weather is far too cautious when it comes to attribution. WWA produces studies on the assumption that climate change caused or contributed to an extreme event, the only real question being how much more likely was the event to occur, or how much more severe was the event, than it would have been absent human fossil fuel use.

That is the fallacy of affirming the consequent
or assuming what you are attempting to prove.

In this case, WWA claimed the fires were “22% more intense in 2025, Europe’s worst recorded year of wildfires.” This claim is unverified and misleading, at best. The Mediterranean region the AP discusses is not all of Europe, and it was not that regions worst year of wildfires.

It is worth noting that WWA seems to only attribute extreme weather
to climate change, never mild or good weather.

WWA specifically identifies its goal as increasing the “immediacy of climate change, thereby increasing support for mitigation.” Climate Realism has explained at length why single event attribution is scientifically misleading and unreliable at best in past articles, and we’ve specifically refuted flawed WWA reports previously dozens of times, herehere, and here, for example.

This year may well be a record fire year for parts of Europe and Asia, but only a sustained trend of worsening fires would prove that they were driven by climate change.

No such trend exists, globally or in the individual countries mentioned.

Looking at the most recent available data from the joint collaborative project between NASA and the European Space Agency, Copernicus, for each country we can see the wildfire trends are far from consistent.

First we have Turkey:

If anything, this trend shows that wildfires have been trending down since 2009’s peak over Copernicus’ period of record.

Next, Greece:

Again, no real long term consistent trend.

Finally Cyprus:

Again, particularly in the case of yearly burned area, there is no consistent trend in wildfire data for Cypress, and a possible overall decline in the yearly number of fires.

Downward or flat trends can’t honestly be portrayed as increasing trends.

Although global wildfire data also is spotty for long-term trends, what data exists consistently suggest a declining global trend. NASA data shows a global decline in acreage lost to wildfire since 2003.

Extreme weather event attribution studies, produced rapidly
in hours after a natural disaster strikes, aren’t vetted science.

Still, they are eagerly accepted as evidence of climate impacts by the alarmist media. This is absurd when any credible fact checker, editor, or investigative journalist could easily access publicly available data that devastates the climate change linkage at the core of the story. One would hope that the Associated Press’ writers are gullible or naïve, but even taking that charitable view, the lack of basic research is inexcusable for any journalistic outlet. One reason to doubt the charitable belief in how so many false climate tales are spun out of the AP is that the stories are all biased in the same direction of climate alarm – climate change is never not to blame – and that the AP’s climate coverage is specifically funded by foundations and non-profit organizations who have long pushed climate alarm.

How the End of USAID Becomes a Good Thing

Zainab Usman describes the opportunity to reconstruct the effort addressing world poverty and social deprivation in his Foreign Affairs article The End of the Global Aid Industry.  Below is a synopsis of his vision in italics with my bolds and added images.  Following that is a previous post discussing how benevolence can go astray.

USAID’s Demise Is an Opportunity to Prioritize Industrialization Over Charity

Every decade or so, the global aid industry finds that it must transform to survive. During these periods of change, donor countries restructure their aid agencies, shrink or expand their assistance budgets, and lobby for the creation or dissolution of a UN initiative or two. Typically, once the aid industry conforms to the whims of donor countries, the crisis is averted and business continues as usual. Since U.S. President Donald Trump began his second term, the aid industry has found itself at another inflection point. The Trump administration has gutted USAID, the world’s largest development agency, ending 86 percent of its programs, shuttering its headquarters, and terminating nearly all its 10,000 employees. At the same time, the Trump administration has slashed funding for various multilateral initiatives on climate, global health, and education.

Today’s crisis, however, is different from those that came before: this could truly be the end of foreign aid as we know it. For decades, global development—that is, the attempt to improve and save lives of the poor—has been driven mostly by foreign assistance provided by wealthy governments. Some scholars and analysts deride this process as the “aid-industrial complex.” But even advocates of foreign aid have come to see it as an industry, including in their efforts to reform it, which approach its defects as matters of business inefficiency. And now that governments in many rich countries have sharply lurched to the right and taken more skeptical stances on aid, this industry is collapsing. As a result, many charity workers, researchers, and academics will be out of jobs. More important, millions of poor people around the world will suffer.

Proponents of global development now face a choice. They can wait for attitudes in donor countries to shift back toward support for foreign aid at some point in the distant future. Or they can reimagine the entire concept of global development, detaching it from aid and rooting it instead in industrial transformation: helping countries shift from subsistence farming, informal employment, and primary commodity production toward manufacturing and services. In truth, the aid industry was already adrift. Its interventions had become spread too thin and often failed to address the key obstacles that poorer countries faced as they tried to upskill their workers, build energy and transport infrastructure, and access new markets. Raising people out of poverty in Africa, South Asia, and parts of Latin America will not only improve their lives but also allow rich countries to maintain their prosperity by creating new markets, and by now, industrial transformation has a strong track record for improving economies. If proponents of global development do not adjust its methods with the times, it will lose its relevance to rich and poor countries alike.

AID AND ABET?

The foreign-aid industry’s primary commodity is official development assistance (ODA), or money from donors that flows to governments, individuals, or groups in poorer places, either directly—such as through budget support to struggling governments—or through projects run by organizations such as Save the Children, Oxfam, or FHI 360. Governments in rich countries are the primary purveyors of ODA. According to the Organization for Economic Cooperation and Development (OECD), in 2023, governments spent $230 billion on development assistance, compared with $11 billion spent by private foundations. Like any industry, foreign aid has middlemen. But in this business, the middlemen are particularly conspicuous. Third-party entities known as “implementing partners” include international nongovernmental organizations, large private contractors, and consulting firms. If the U.S. government wanted, for example, to distribute fertilizers to small-scale farmers in Bangladesh, they might contract Chemonics, a U.S.-based development contractor, to do it. Indeed, in 2023, Chemonics received the most USAID funds of any of the organization’s contractors: over $1 billion.

To take advantage of network effects and economies of scale, implementing partners cluster around the main sites of production of foreign aid, the capitals of the major donor countries: Berlin, Geneva, London, Paris, Rome, and Washington. As a result, very little aid is distributed by organizations or people in poor countries. In 2020, less than nine percent of U.S. aid was administered by recipient governments or firms based in recipient countries, according to Charles Kenny and Scott Morris, researchers at the Center for Global Development. The visibility of middlemen based in rich countries has long provided fodder to detractors who claim that the aid industry operates inefficiently or even unjustly. There is some truth to this critique. According to an analysis by Devex, a news organization, 47 of USAID’s top 50 contractors are located in the United States.

In the United States, successive Democratic and Republican administrations maintained a broad commitment to foreign aid, although arguments also simmered, even within the industry itself, about the proper goal of aid. Since 2000, when 189 countries agreed to the UN’s Millennium Development Goals, the industry’s main objective has been to reduce poverty; after the Paris Agreement was signed in 2015, many governments embraced the idea that, in addition, aid should also be directed toward fighting climate change.

SUPPLY CRISIS

But behind these recent debates lurked a massive shift in the politics and public norms that had allowed the industry to survive. If one sees aid as a form of philanthropy, then rich countries appear as donors and poor ones as beneficiaries. But if one sees aid as an industry, then rich countries appear as sellers and poor ones as buyers. With their development assistance, rich countries are providing a set of projects and institutional norms to achieve a set of expected outcomes: improvements in material conditions in developing countries that will eventually boost their own economies and security—or, failing that, at least a sense on the part of rich countries that they have tried to make a difference.

The role of poor countries is to consume these development projects
in the hope of achieving desired outcomes—or, failing that,
at least a sense that they might be possible someday.

Now this market is experiencing an unprecedented supply crisis. Around the world, people and politicians in the rich countries that had long bought into the basic idea that providing aid is valuable have become skeptical. The aid industry has, for decades, undergone boom and bust cycles resulting from shifts in the domestic politics of donor countries. What is different this time is a deepening disaffection about the prevailing economic model and the aid paradigm associated with it. Since the global financial crisis of 2008, many donor countries have experienced economic stagnation, slow productivity growth, declining competitiveness, and widening inequality. Citizens of rich countries who no longer feel economically secure are questioning why scarce public funds should be devoted to causes abroad when there are needs at home.

This doubt goes beyond the Trump administration. The United States is not the only donor that is cutting foreign aid: in 2024, eight of the top ten donors within the OECD’s Development Assistance Committee reduced their foreign aid budgets and announced their intention to align international development programs more squarely with their national interests—such as by ensuring that development projects use goods and services produced in the donor country. In 2024, Germany, the world’s second-largest bilateral aid donor, announced a $5.3 billion reduction to its foreign-assistance budget. In February, the United Kingdom announced a 40 percent reduction to its aid budget so that it could focus on defense spending. In March 2025, the Netherlands said it would cut 37 percent of its bilateral aid over five years and scale down its financial contributions to some UN agencies.

Many right-leaning voters in rich countries now see foreign aid as wasteful and excessively focused on promoting causes they perceive as linked to the left, such as climate action, gender equality, or democracy promotion. Voters are more dubious of technocrats, policy wonks, and academics committed to foreign aid. Consequently, even left-leaning politicians, such as the Labour government in the United Kingdom, are slashing aid in response to popular sentiment. According to a February 2025 YouGov poll, 65 percent of Britons are in favor of increasing defense spending at the expense of foreign aid.

BLEEDING OUT

The speed and scale of the policy changes make the crisis facing the aid industry existential. Donor governments are fast destroying the industry’s marketplace of actors in irreversible ways. In January, Trump issued an executive order to freeze all U.S. foreign aid, ostensibly so that the secretary of state could review it to make sure that it is aligned with U.S. interests. Within weeks of the order, the world’s largest bilateral development agency, USAID, functionally ceased to exist, and its destruction unleashed a domino effect.

Dozens of small and midsize nongovernmental organizations are folding. Large organizations that implemented projects for USAID, such as FHI 360, Chemonics, and DAI Global, have terminated some country programs, announced the closure of field offices, and laid off hundreds of staffers worldwide. Multilateral organizations are also suffering from U.S. aid cuts. UN agencies such as the International Organization for Migration, the Joint United Nations Program on HIV and AIDS, the UN High Commissioner for Refugees, and the World Health Organization rely on the United States for 20 to 40 percent of their funding and have been forced to downsize.

GET RICH QUICK

Foreign aid has rapidly become a sunset industry. But that does not mean that rich countries should give up fighting poverty entirely. It is in the interest of wealthy states to reduce the pressure of migration by trying to improve the economies and stability of countries in Africa, Latin America, and South Asia. Therefore, policy experts, intellectuals, activists, philanthropists, and humanitarians must save global development by decoupling it from the aid industry and anchoring it in a strategy of industrial transformation. A country becomes industrialized when it adopts technology that allows it to mechanize and digitize, leading to increases in productivity and the skills of its labor force. Eventually, an industrialized country’s workers shift from subsistence agriculture toward higher-productivity sectors such as electronics, pharmaceuticals, green technologies, and digital services. And closely associated with higher incomes and employment in these modern industries are social changes such as more women working in formal jobs, more girls in schools, and fewer child marriages.

Industrialization has transformed many once poor societies into prosperous ones. Over the course of several hundred years, countries including China, Germany, Japan, Poland, Singapore, South Korea, the United Kingdom, and the United States got rich by industrializing. Today, Thailand and Vietnam are undergoing industrialization thanks to foreign direct investment in manufacturing industries, good connectivity infrastructure, skilled labor, and expanded access to export markets.

Part of the problem with the aid industry is that its benefits have been spread too thinly across a multitude of domains and not focused enough on productivity-enhancing sectors. To this end, advocates of global development should focus on enabling poorer countries to access cheap development financing for targeted investments in sectors that connect people, such as electricity, telecommunications, and mass transit. Development financing must include efforts to stem illicit financial flows. African countries, for example, lose a combined total of about $90 billion every year to elite corruption, illicit capital flight, and tax evasion by multinational corporations. That is more money than the $60 billion of aid that donor governments used to send to the continent annually. Such waste could be reduced if rich countries tightened their regulations on tax havens and offshore financial centers and if the 138 signatories of the global tax treaty—an agreement reached in 2023 that sets a minimum rate of tax for large corporations—accelerated its implementation.

Poorer countries also need a stable trading environment to thrive. They need access to export markets in wealthy countries for goods and services they produce. And decades of evidence shows that neither poor nor wealthy countries ultimately prosper from protectionism or autarky. Firms in rich countries, especially those in rapidly changing fields such as artificial intelligence, batteries, drones, and renewable energy hardware, need to be able to sell to growing markets in Africa, Latin America, and South Asia.

Professionals who work in global development will need new codes to guide their efforts to support industrial transformation. These may entail creating new rules to regulate the scramble for critical resources that wealthy countries need to manufacture electronics, such as cobalt from the Democratic Republic of the Congo or copper from Zambia. Ethicists and social scientists around the world must help craft rules for the limits of artificial intelligence, drone warfare, and other ways that new technologies directly interface with human societies.

If proponents of global development embrace industrial transformation as their lodestar, they can help lift people out of destitution while avoiding political blowback. If poor countries industrialize, the entire world will benefit. Global development has the best chance of surviving—and delivering results—if it is seen as more than just charity.

From Previous Post Beware the Benevolence Bandwagon

Benevolence is a curious mental or characterological attribute. It is, as the philosopher David Stove observed, less a virtue than an emotion. To be benevolent means—what? To be disposed to relieve the misery and increase the happiness of others. Whether your benevolent attitude or action actually has that effect is beside the point. Yes, “benevolence, by the very meaning of the word,” Stove writes, “is a desire for the happiness, rather than the misery, of its object.” But here’s the rub:

the fact simply is that its actual effect is often the opposite of the intended one. The adult who had been hopelessly ‘spoilt’ in childhood is the commonest kind of example; that is, someone who is unhappy in adult life because his parents were too successful, when he was a child, in protecting him from every source of unhappiness.

It’s not that benevolence is a bad thing per se. It’s just that, like charity, it works best the more local are its aims. Enlarged, it becomes like that “telescopic philanthropy” Dickens attributes to Mrs. Jellyby in Bleak House. Her philanthropy is more ardent the more abstract and distant its objects. When it comes to her own family, she is hopeless.

The sad truth is that theoretical benevolence is compatible
with any amount of practical indifference or even cruelty.

You feel kindly towards others. That is what matters: your feelings. The effects of your benevolent feelings in the real world are secondary, or rather totally irrelevant. Rousseau was a philosopher of benevolence. So was Karl Marx. Yet everywhere that Marx’s ideas have been put into practice, the result has been universal immiseration. But his intention was the benevolent one of forging a more equitable society by abolishing private property and, to adopt a famous phrase from Barack Obama, by spreading the wealth around.

An absolute commitment to benevolence, like the road that is paved with good intentions, typically leads to an unprofitable destination.

Just so with the modern welfare state. It doesn’t matter that the welfare state actually creates more of the poverty and dependence it was instituted to abolish. The intentions behind it are benevolent. Which is one of the reasons it is so seductive. It flatters the vanity of those who espouse it even as it nourishes the egalitarian ambitions that have always been at the center of Enlightened thought. This is why Stove describes benevolence as “the heroin of the Enlightened.” It is intoxicating, addictive, expensive, and ultimately ruinous.

The intoxicating effects of benevolence help to explain the growing appeal of politically correct attitudes about everything from “the environment” to the fate of the Third World. Why does the consistent failure of statist policies not disabuse their advocates of the statist agenda? One reason is that statist policies have the sanction of benevolence. They are “against poverty,” “against war,” “against oppression,” “for the environment.” And why shouldn’t they be? Where else are the pleasures of smug self-righteousness to be had at so little cost?

The intoxicating effects of benevolence—what Rousseau called the “indescribably sweet” feeling of virtue—also help to explain why unanchored benevolence is inherently expansionist. The party of benevolence is always the party of big government.

The imperatives of benevolence are intrinsically opposed to
the pragmatism that underlies the allegiance to limited government.

The modern welfare state is one result of the triumph of abstract benevolence. Its chief effects are to institutionalize dependence on the state while also assuring the steady growth of the bureaucracy charged with managing government largess. Both help to explain why the welfare state has proved so difficult to dismantle.

Is there an alternative? Stove quotes Thomas Malthus’ observation, from his famous Essay on the Principle of Population, that “we are indebted for all the noblest exertions of human genius, for everything that distinguishes the civilised from the savage state,” to “the laws of property and marriage, and to the apparently narrow principle of self-interest which prompts each individual to exert himself in bettering his condition.” The apparently narrow principle of self-interest, mind.

Contrast that robust, realistic observation with Robert Owen’s blather about replacing the “individual selfish system” with a “united social” system that, he promised, would bring forth a “new man.”

Stove observes that Malthus’ arguments for the genuinely beneficent effects of “the apparently narrow principle of self-interest” “cannot be too often repeated.” Indeed. Even so, a look around at the childish pretended enthusiasm for socialism makes me think that, for all his emphasis, David Stove understated the case. Jim Carrey and Alexandria Ocasio-Cortez (and a college student near you) would profit by having a closer acquaintance with the clear-eyed thinking of Thomas Malthus.

Finally A Climate Debate

The place to submit a comment on the report is here:

Federal Register: Notice of Availability: A Critical Review of Impacts of Greenhouse Gas Emissions on the U.S. Climate

I summitted the content from my post here:

Chris Wright on Climate Change Chess

Last week Ben Shapiro interviewed Chris Wright concerning the latest moves by realists against the climatists and what’s at stake in this power struggle over humankind’s energy platform, not only for U.S but for the world. For those who prefer reading, I provide a transcript lightly edited from the closed captions, text in italics with my bolds and added images.

Ben: One of the biggest moves that has been made in modern history in the regulatory state has happened this week. The Environmental Protection Agency on Tuesday, according to the Wall Street Journal, declared liberation day from Climate Imperialism by moving to repeal the 2009 so-called endangerment finding for greenhouse gas emissions. So basically, the Clean Air Act, which was put into place in the 1970s, authorized the EPA to regulate pollutants like ozone, particulate matter, sulfur dioxide, and others that might reasonably be anticipated to endanger public health or welfare.

Well, the EPA suggested under Barack Obama that you could use the Clean Air Act in order to regulate carbon emissions, which is insane. That’s totally crazy. The kinds of stuff the Clean Air Act was meant to stop was again particulate matter. It was meant to stop ozone that was breaking down the ozone layer. It was not meant to deal with carbon and particularly carbon dioxide which is a thing that you know is a natural byproduct, for example breathing. Carbon dioxide in the environment is not a danger to human beings.

You may not like what it does in terms of global climate change, but the idea that the EPA has authority under the Clean Air Act is wrong. If Congress wants to give the EPA that authority, then it certainly could, but it never did. The Supreme Court found in 2007 that greenhouse gases could qualify as pollutants under an extraordinarily broad misreading of the law.

But now the EPA is walking that back. And the EPA is suggesting that this is not correct. The Supreme Court and the EPA under their 2009 ruling said, “There is some evidence that elevated carbon dioxide concentrations and climate changes can lead to changes in aeroallergens that could increase the potential for allergenic illnesses.” Well, the Energy Department has now walked that back. They published a comprehensive analysis of climate science and its uncertainties by five outside scientists. One of those is Steven Koonin, who served in the Obama administration.

The crucial point is that CO2 is different from the pollutants Congress expressly authorized the EPA to regulate. Those pollutants are “subject to regulatory control because they cause local problems depending on concentrations including nuisances, damages to plants, and at high enough exposure levels, toxic effects on humans. In contrast, CO2 is odorless, does not affect visibility, and it has no toxicological effects at ambient levels. So, you’re not going to get sick from CO2 in the air.

And so, the EPA administrator Lee Zeldin and Energy Secretary Chris Wright are taking this on. They have said in our interpretation the Clean Air Act no longer applies to greenhouse gases. Well, what does that mean? It means something extraordinary for the American economy, among other things, which is under a massive deregulatory environment.

The alleged cost of regulating greenhouse gas emissions under the Clean Air Act amounts to something like 54 billion per year. So if you multiply that out over the course of the last decade and a half, you’re talking about a cost of in excess of $800 billion based again on a regulatory agency radically exceeding its boundaries.

Well, joining us online to discuss this massive move by the Trump administration is the energy secretary Chris Wright. Secretary, thanks so much for taking the time. Really appreciate it. Thanks for having me, Ben.

Ben: So, first of all, why don’t we discuss what the EPA just did, what that actually means, how’s the energy department involved, and and what does it mean for sort of the future of things like energy developments in the United States?

The Poisonous Tree: Massachusetts v. EPA and the 2009 endangerment finding

Chris: Well, the endangerment finding, 2007 Supreme Court decision, Massachusetts and a bunch of environmental groups sued the EPA and said, “You must regulate greenhouse gas emissions.” Climate activists, basically. Unfortunately the Supreme Court decided five to four in 2007 that greenhouse gases could become endangerments, and if they were the EPA had the option but not the compulsion to regulate greenhouse gases. In 2009, as soon as the Obama administration came in, they did a tortured kind of process to say greenhouse gases endanger the lives of Americans. And that gave the regulatory state, the EPA, the ability to regulate greenhouse gases that the Obama administration and others had failed to pass through Congress. If you pass a law through the House and the Senate and the president signs it, then you can do that. But they just made it up. They just did it through a regulatory backdoor.

And now those those regulations just infuse everything we do, maybe most famously automobiles, the EV mandates, the continual increasing of fuel economy standards that brought us the SUV and everyone buying trucks because they don’t want to buy small cars. But it’s regulating your appliances and power plants and your and home hair dryers and outdoor heaters. So, it’s just been a huge entanglement into American life.

Big brother climate regulations from the government. They don’t do anything meaningful for global greenhouse gas emissions. They don’t change any health outcomes for Americans, but they massively grow the government. They increase costs and they grow the reach of the government. So, Administrator Lee Zeldin is reviewing that and saying, ” We don’t believe that greenhouse gases are a significant endangerment to the American public and they shouldn’t be regulated by the EPA. The EPA does not have authority to regulate them because Congress never passed such a law.

At the Department of Energy, sorry for the long answer, what we did was to reach out to five prestigious climate scientists that are real scientists in my mind; meaning they follow the data wherever it leads, not only if it aligns with their politics or their views otherwise. And we published a long critical overview of climate science and its impact on Americans. And that was released yesterday on the DOE website. I highly recommend everyone to give it a read in synopsis since it’s a big report obviously.

DOE Climate Team: Twelve Keys in Assessing Climate Change

Ben: What are the biggest findings from that report that you commissioned at the Department of Energy with regard to this stuff?

Chris: Maybe the single biggest one that everyone should be aware of is: The ceaseless repeating that climate change is making storms more frequent and more severe and more dangerous is just nonsense. That’s never been in the Intergovernmental Panel on Climate Change (IPCC) reports. It’s just not true. But media and politicians and activists just keep repeating it. And in fact, I saw The Hill had a piece right away when when our press release went out yesterday morning:

Despite decades of data and scientific consensus that climate change is increasing the frequency and intensity of storms, the EPA has reversed the endangerment finding.

Even the headlines are just wrong. One of my goals for 20 years, Ben, is for people to be just a little more knowledgeable of what is actually true with climate change, and what actually are the tradeoffs between trying to reduce greenhouse gas emissions by top- down government actions and what does that mean for the energy system?

We’ve driven up the price of energy, reduced choice to American consumers,
without meaningfully moving global greenhouse gas emissions at all.

And when I talk to activists or politicians about it, they’re not even that concerned about it. They don’t act as if their real goal is to incrementally reduce greenhouse gases in the atmosphere. Their real goal is for the government and them, you know, a small number of people to decide what’s appropriate behavior for all Americans.

Just creepy, top-down control sold in the name of protecting the future of the planet. If it was really about that, they’d know a little bit more about climate change, but they almost never do.

Ben: Well, this is the part that’s always astonishing to me. I get in a room with with climate scientists from places like MIT or Caltech, and we’ll discuss what exactly is going on. These are people who believe that there is anthropogenic climate change, that human activity is causing some sort of market impact on the climate. But when you discuss with them, okay, so what are the solutions? The solutions that that are proposed are never in line with the the kind of risk that they seek to prevent. I mean, the Nobel Prize winning economist William Nordhaus has made the point that there are certain things you could do economically that would totally destroy your economy and might save you an incremental amount of climate change on the other end. And then there are the things that we actually could do that are practical–things like building seawalls, things like hardening an infrastructure, moving toward nuclear energy would be a big one.

And to me, the litmus test of whether somebody is serious or not about climate change is what their feelings are about nuclear energy. If they’re anti-uclear energy, but somehow want to curb climate change, then you know, one of those things is false. It cannot be that you wish to oppose nuclear energy development, also your chief goal is to lower carbon emissions. That’s just a lie.

Chris: Exactly. I mean the biggest driver of reduced greenhouse gas emissions in the US by far has been natural gas displacing coal in the power sector. It’s about 60% of all the US reduction in emissions. But they hate natural gas, you know, because again they’re against hydrocarbons in order to move toward a society that somehow they think is better.

It is helping that more on the left become pro-nuclear. So, I’ll view that as one of the positive side effects of the climate movement and probably is going to help nuclear energy start going again. Of course, there are plenty that are anti-nuclear and climate crazies. So, there’s plenty of them still left. But, as you just mentioned, Nordhaus said in his lecture we should do the things where the benefits are greater than the cost. Sort of common sense. And in his proposed optimal scenario, you know, we reduce the warming through this century by about 20%. Not net zero, because that means you spend hundred trillion dollars and maybe you get $10 trillion of benefits. You know, that’s not good, and then people tell me, well, it’s an admirable goal. It’s aspirational. I’m saying, turning dollars into dimes is not aspirational. It’s human impoverishing.

And we can look over to the United Kingdom. They very proudly announced that they have the largest percent reduction in greenhouse gas emissions, 40%. They don’t tell you they’ve had an almost 30% reduction in energy consumption in the United Kingdom. So their dominant mechanism to drive down their greenhouse gas emissions is simply to consume less energy in England. That comes from two factors. The biggest one is their energy intensive industry is shut down in the country and all those jobs have gone overseas.

That stuff is now made in China, loaded on a diesel-powered ship,
shipped back to the United Kingdom, and they call that green.

And the other mechanism is they made energy so expensive that people don’t heat their houses as warm in the winter. They don’t travel as much. They don’t cool their houses as much in the hot summer days. They’ve impoverished their people so they can’t afford needed energy. This isn’t victory and this isn’t changing the global future of the world. We just need back some common sense around energy and climate change.

That’s where the Trump administration is headed across the administration, not just administer Zeldin and myself, but everyone in the administration. We just want Americans to have a government that follows basic common sense.

Ben: Now, Secretary Wright, we were discussing a little bit earlier on in the show this this excellent second quarter GDP number, some of which is being driven certainly by mass investment in technologies like AI. If you talk to folks who are in the capital intensive arenas, pretty much all the money right now is going into AI. That’s a race the United States must win. And one of the huge components there is the energy that is going to be necessary in order to pursue the sorts of processing that AI is going to require. The gigantic data centers that are now being built are going to require inordinate amounts of energy. Everybody knows and acknowledges this. China is producing energy at a rate that far outstrips the United States at this point. So if we wish to actually win the AI race, we have to unleash an all of the above strategy with regard to energy production. That’s obviously something you’re very focused on. And if we don’t win the AI race, in all likelihood China becomes the dominant economic power on planet Earth. So how important is AI to this? And what does it mean for the energy sector?

Chris: It’s massively important. As you just said, it’s what I called it Manhattan Project 2.0. Because in the Manhattan project when we developed an atomic bomb in World War II, we could not have come in second. If Nazi Germany had developed an atomic weapon before us, we would live in a different world now. It’s a similar risk here if China gets a meaningful lead on the US in artificial intelligence.

Because it’s not just economics and science, it’s national defense, it’s the military. Now we are under serious threat from China and we go into a very different world. We must lead in this area. We have the leading scientists. We have businesses. We have the ability to invest these huge amounts of capital again from private markets and private businesses, which a free market capitalist like myself loves.

The biggest limiter as you set up is electricity. The highest form and most expensive type of energy there is turning primary energy into electricity. And as you just said, China’s been growing their electricity production massively. Ours has barely grown in the last 20 years. In fact, it grew like two or 3% in the Obama years, but then during the Biden years, they got prices up over 25%. You could say they helped elect President Trump by just doing everything wrong on energy. And they certainly weren’t into all of the above. They were all about wind, solar, and batteries. And congratulations, they got them to about 3% of total US energy at the end of the Biden years.

The graph shows that global Primary Energy (PE) consumption from all sources has grown continuously over nearly 6 decades. Since 1965 oil, gas and coal (FF, sometimes termed “Thermal”) averaged 88% of PE consumed, ranging from 93% in 1965 to 81% in 2024. Source: Energy Institute

Hydrocarbons went from 82% in 2019, when Biden promised and guaranteed he would end fossil fuels, to 82% his last year in office. Zero change in market share. So they just believe and cling to too many silly things about energy. So today in the United States, the biggest source of electricity by far is natural gas. That will be the dominant growth that will enable us to build all these tens of gigawatts of data centers. It’s abundant, it’s affordable, and it works all the time. I’ve never been an all of the above guy because subsidizing wind and solar is problematic. You know, globally, a few trillions of dollars have gone into it, and if you get high penetration, the main result is expensive electricity and a less stable grid.

That’s not good. The crazy amount of money the United States government spent on wind and solar hasn’t grown our electricity production because they’re not there at peak demand time. Texas has the biggest penetration of wind and second biggest penetration of solar, 35% of the capacity on the Texas grid. But at peak demand with these cold or warm high-pressure systems the wind is gone. Peak demand time is after the sun goes down and you get almost nothing from wind and solar.

Parasites is what they really are. Just in the middle of the day when demand is low, and all the power
plants that are needed to supply at peak demand just all have to turn down. And then the sun goes behind a cloud and they got to turn up again. And then when peak demand comes, when it’s very cold at in the evening, all the existing thermal capacity and nuclear capacity has to run and drive the grid.

So if you don’t add to reliable production at peak demand time,
you’re not adding to the capacity of the grid. You’re
just adding to the complexity and cost of the grid.

I mean, if Harris had won the election, we would not only have no chance to win the AI race against China. We would have increasing blackouts and brownouts today, let alone with the the extra demand, some extra demand that would have come from AI, even if they had won the race. But because President Trump won, common sense came back in spades, and we’re allowing American businesses to invest and lead in AI, we’re in a very different trajectory.

Ben: A very different trajectory. Well, that’s US Energy Secretary Chris Wright doing a fantastic job over there. One of the big reasons that the Trump economy continues to churn along. Secretary Wright, really appreciate the time and the insight. Thanks so much for having me, Ben. Appreciate all you do.

Tide Running Out on Climatism

Gary Abernathy explains how momentum is shifting away from climatists in his Empowering America article The climate change cult is encountering more resistance these days.  Excerpts in italics with my bolds and added images.

The devastating Texas flooding over the July 4 weekend was a natural disaster of immense proportions. The lives lost brought unthinkable heartache for families. Especially difficult to fathom is that so many victims were young children.

Adding to the grief was the irresponsible blame game that almost immediately arose in the wake of the tragedy. Many on the left couldn’t wait to point fingers at Republicans, from President Donald Trump to Texas Gov. Greg Abbott.

Of course, the climate cult again demonized fossil fuels, global warming and other predictable villains from the days of yore (or Gore). The group Climate Central could only contain itself until July 8 before rushing out to hold a press briefing to reiterate its dogma that “climate change drives more extreme weather,” and that the Texas storms were “made more likely and powerful in a warmer climate.”

Leftwing climate groups often accuse anyone who disagrees as being a “climate denier.” But few actually deny that the climate indeed changes, often dramatically. The archeological record makes clear that the earth has warmed, cooled, experienced flooding and undergone a number of other climate-related upheavals through the centuries, long before human activity could be faulted. But groups like Climate Central identify the manmade practice of burning fossil fuels as the modern culprit.

Any brave soul who dares to challenge the extent to which carbon emissions and greenhouse gases impact climate change is shouted down by the cult and buried under an avalanche of “scholarly” papers produced by “the overwhelming majority of the scientific community.”

The good news is that the same day that Climate Central was regurgitating its tried-and-true rhetoric, the New York Times reported (in what it likely considered an expose), “The Energy Department has hired at least three scientists who are well-known for their rejection of the overwhelming scientific consensus on climate change, according to records reviewed by The New York Times.”

What seemed frightening to the Times and the indoctrinated left comes as welcome relief for millions of other Americans who believe that the war on affordable and reliable energy sources is based more on politics than science.

The extent to which fewer Americans are being successfully propagandized is made clear by recent polling. On July 11, CNN data analyst Harry Enten told viewers that as early as 1989, 35 percent of Americans were “greatly worried” about climate change, a number that jumped to 46 percent by 2020. But, as Enten admitted with some astonishment, only 40 percent of Americans currently feel “greatly worried” about climate change. The reason for growing public skepticism on climate change is probably because most Americans have wised up to how data can be easily manipulated for political ends.

We know from experience it’s not hard to convince “experts” to sign on to a “consensus” opinion to add gravitas to the cause de jour. Back in 2020, more than 50 former intelligence officials famously signed onto a letter claiming that emails found on Hunter Biden’s laptop had “all the classic earmarks of a Russian information operation.” That was not true, and it was later discovered that former CIA Acting Director Michael Morell had drafted the letter to help Joe Biden’s campaign. Everyone else just signed on, their devotion to a particular election outcome apparently outweighing the lack of evidence backing their claim.

Similarly, individual treatises on climate science aren’t authored by hundreds of scientists. Each one is written by, at most, a handful of researchers who then circulate their work and ask others to sign on – giving activists the fodder they need to claim that “the overwhelming majority” of the scientific community is in agreement. In fact, scientific papers being published as authoritative when, in fact, they are not is a growing problem.

“Last year the annual number of papers retracted by research journals topped 10,000 for the first time. Most analysts believe the figure is only the tip of an iceberg of scientific fraud,” according to a 2024 report in The Guardian.

Fortunately, there has always been a segment of the scientific community willing to stand up to the mob and interpret climate data independently. The three scientists hired by the Energy Department and targeted by the Times for expressing skepticism on manmade climate change – physicist Steven E. Koonin, atmospheric scientist John Christy, and meteorologist Roy Spencer – are among the brave.

In decades past, a key tenet of science was to question everything, on the theory that raising doubts and concerns was the best path to the truth. As Dr. Koonin wrote in a Wall Street Journal essay, “Any serious discussion of the changing climate must begin by acknowledging not only the scientific certainties but also the uncertainties, especially in projecting the future.”

Instead of natural disasters serving as excuses to launch attacks and place blame using the same tired, lockstep rhetoric, here’s hoping for a new age of climate enlightenment, led by scientists, journalists and others with the curiosity – and courage – to question everything.

That’s light at the end of the tunnel, hopefully not an oncoming train.

Energy Facts, No Hype, from Vaclav Smil

At Real Clear Energy, Ross Pomeroy writes insights from Vaclav Smil An Interview With Vaclav Smil on Small Nuclear Reactors, a Fertility ‘Crisis’, and More.  Excerpts in italics with my bolds.

There is perhaps no scholar more qualified to dissect the world’s energy systems on a macro scale – from food and agriculture to electricity and fuel – than Vaclav Smil. The 81-year-old Distinguished Professor Emeritus in the Faculty of Environment at the University of Manitoba has been researching how humanity has developed, transformed, and used energy for over a half-century. And to our collective benefit, he doesn’t keep what he’s learned to himself. Smil has written fifty books. (His latest was just released in April.)

Smil’s up-to-date and encyclopedic knowledge on humanity’s energy use, coupled with his longevity in the field, make him uniquely positioned to render learned prognostications on the future of Earth’s ever-changing energy, material, and environmental systems. He graciously took the time to answer a few questions for RealClearScience on topics ranging from small nuclear reactors, to climate adaptation, to humanity’s much-debated fertility “crisis.”

RP: Market valuations for small modular reactor companies such as Oklo and Nuscale have ballooned over the past year to roughly $10 billion for each despite the fact that these firms have never built a commercial nuclear reactor. Do you think hype has gotten ahead of reality here? How likely do you think it is that small modular reactors will be deployed in the next decade? What are some open challenges?

VS: This is just the latest (and perhaps the craziest) chapter in an old tale. I heard first about small nuclear reactors more than 40 years ago from Alvin Weinberg (a Manhattan project participant, co-inventor of pressurized water reactor and a director of the Oak Ridge National Laboratory (ORNL)). When Congress ended the funding of a liquid metal fast breeder reactor in 1983 (in the wake of the Three Mile Island accident and huge cost overruns for large nuclear plants), ORNL began to promote the idea of small, inherently safe reactors now known as SMRs (small modular reactors).

When asked about their future I have had a simple answer ever since the 1980s. First, I used to say, “give me a call,” then I changed that to “send me an e-mail” once you see such wonders built on schedule, on budget, and in aggregate capacities large enough to make a real difference to a country’s electricity supply (say at least 10% of the total).

US installed power capacity is now about 1.3 TW. Ten percent of that is 130 GW. Hence, even if SMRs were to average 100 MW, the US would need 1,300 of them to matter. If they averaged just 50 MW, then the country would need 2,600 of them. And that’s before we even consider rising electricity use.

Then think of dealing 1,300 or 3,000+ times with public acceptance, siting selections, NIMBY controversies and lawsuits, regulatory requirements, constructions schedules and major cost overruns (all major projects are notoriously prone to that fate). Obviously, that e-mail announcing SMRs making discernible difference, nationally or globally, is not coming during this decade . . . or the next one.

RP: Transitioning power generation to renewables garners most of the attention when it comes to addressing climate change, but you’ve pointed out that there are other major processes besides power generation that are extremely important and even more difficult to decarbonize. What are a few of these? 

VS: Decarbonizing electricity generation is technically straightforward, with known conversions (now dominated by wind turbines and PV cells) and system arrangements (substantial storage and transmission). And there are other effective choices: the world still has a huge untapped hydro capacity and a new generation of fission reactors could supply base demand. In contrast, decarbonizing what I have called the four pillars of modern civilization -– ammonia, steel, cement, and plastics -– is hard as there are no readily available technical fixes combining the needed output scale with affordability. Basic calculations reveal the extent of these global challenges. 

Without Haber-Bosch synthesis of ammonia we could not, even with assiduous recycling of organic wastes, feed more than about half of humanity. This synthesis is now responsible for less than 2% of global CO₂ emissions, mostly from the production of hydrogen by natural gas reforming. Steel and cement are the two largest, indispensable infrastructural materials. Primary steel production is responsible for 7-9% of global CO₂ emissions, above all from blast furnaces fuelled by metallurgical coke. Cement production (calcination process) generates 7-8% of global CO₂ emissions. And now ubiquitous plastics add 4-6% of global CO₂ emissions from the energy-intensive production of petrochemicals used as feedstocks and energy sources. Together, these industries contribute 20-25% of total global CO₂ emissions. And then there are non-energy uses of fossil fuels as feedstocks required for plastics production as feedstocks and for lubricants (5-6% of total global primary energy use). 

Synthesis of ammonia as well as the smelting of iron can rely on green hydrogen generated by electrolysis of water energized by renewably generated electricity. If you do your own stoichiometric calculations of hydrogen mass needed to produce annually about 180 million tons of ammonia and 1.35 billion tons of primary steel (by the reduction of iron oxides) you will end up with some 32 million tons of green hydrogen for ammonia and 75 million tons of green hydrogen for steel, 107 million tons in total. 

In 2025, the global production of green ammonia will not surpass 5 million tons, less than 5% of today’s replacement demand -– but by 2050 that demand for rising ammonia and steel production might surpass 150 million tons of green hydrogen a year, requiring about 30-fold increase of electrolysis capacity in 25 years. This is technically doable but enormously challenging with total costs (most notably, building entirely new iron pellet reduction plants because the existing blast furnaces cannot work by burning green hydrogen instead of metallurgical coke) that remain to be determined. Meanwhile, 75 new blast furnaces began to work (mostly in China and India) since 2020 and dozens more are under development. Once lit, new furnaces produce hot metal in uninterrupted campaigns lasting 15-20 years. Moreover, in 2024 Nature Energy found a huge gap between the promise and the reality of new green hydrogen capacities: after tracking 190 projects over three years they found only 7% of announced projects finished on schedule.

RP: Humanity, at this time, appears to be largely fixed within its current systems and resistant to the large-scale change and immense spending – estimated to be comparable to WWII yearly expenditures – that would be required to complete a global energy transition by 2050. Do you foresee anything steering humanity off of its current planet-heating course? 

VS: Contrary to common impressions, there has been no absolute worldwide decarbonization. In fact, the very opposite is the case. The world has become much more reliant on fossil carbon. Global fossil fuel consumption rose by 62% between 1997 and 2025 while the share of fossil fuels in global energy consumption has decreased only marginally and it remains above 80 percent. Moreover, the first global energy transition, from traditional biomass fuels to fossil fuels, which started more than two centuries ago, remains incomplete, as about two billion people still rely on traditional biomass energies – mostly on fuelwood and crop residues in the countryside but also on inefficiently and destructively produced charcoal in cities. Replacing these energies will require even greater increases of renewably generated electricity.  

In large-scale affairs, scale always rules. Wishful thinking may set the dates (usually years ending in zero or five) for specific national, regional or global decarbonizations (EU: no new internal combustion engines in 2035; world: net zero in 2050) but after increasing our reliance on fossil fuels by more than 60% during the past quarter century the chances of completely eliminating this dependence during the next 25 years appear extraordinarily unlikely.

RP: Is there a point that climate adaptation becomes a wiser strategy than climate mitigation? 

VS: Let us stick to facts. Since the year 2000 more than 20 countries have reduced their CO2 or even their overall (CO2, CH4, N2O) emissions. But global emissions –- the only metric that matters because it is the total mass of greenhouses gases resident in the Earth’s atmosphere that determines the degree of warming — keep on rising. CO2 emissions from energy uses are the most reliably quantifiable flows. In 2024 they set yet another record, 1.3% above 2023 and they now approach 41 billion tons of CO2 equivalent a year, nearly 9% higher than a decade ago. Clearly, there has not been any mitigation (“the act of reducing a severity”) on the global level. 

As for adaptation, wide-body jetliners bring record numbers of people to places already choked with other people. As you read this, cargo flights are bringing fresh blueberries from Peru to New York and just-caught tuna from the Indian Ocean around the Maldives to Tokyo. Go ahead and calculate the carbon costs and benefit ratios of such ventures (blueberries are 85% water and not even high in vitamin C). There is no “wiser strategy” –- there is no strategy (“a plan to achieve a major gain”). The greatest global success has been the rising share of renewably generated electricity (about 13% of the total in 2025) -– but the world now also generates more electricity from coal and natural gas than ever and hence the carbon emissions from this sector also keep on rising.  

RP: You’ve previously touted efficiency as an unheralded yet highly effective method of reducing our impact on Earth’s systems, noting leaky water distribution, inefficient indoor heating, and nitrogen waste from fertilizers as problems ripe for innovation. Why don’t you think there’s been more of a widespread effort to boost efficiency in these arenas? 

VS: Eventually, efficiencies always make the greatest difference. Here are just two prominent examples. The first gas turbine (1939) generated electricity with 17% efficiency, now Siemens will sell you one that is 64% efficient. Boeing 787 uses 69% less jet fuel per revenue passenger kilometer than did the first commercial Boeing 707 in 1958. But these gains are usually incremental, spanning decades. Light emitting diodes (LEDs) have been a notable exception.

Energy losses taking place in hundreds of millions of homes (heated in winter and air conditioned in summer), at billions of sites (leaking pipes), or over enormous areas (as denitrification bacteria in soils convert fertilizer nitrates into nitrogen gas) are an entirely different challenge to manage. Still, none of this can excuse the modern preference of throwing away billions on quests for dubious breakthroughs over-hyped by instant (and often instantly forgettable) start-ups rather than spending millions on good sensors to avoid excessive fertilizer applications and to seal leaking pipes or restrict excessive heating.  

RP: Elon Musk and others have sounded the alarm about a looming fertility crisis resulting from humanity’s gradually declining fertility rate, which has fallen from almost five children per woman in 1965 to just over two today. What do you think about the declining fertility rate? Is it a “crisis”, something to be celebrated, or neither? 

VS: Who is the arbiter of this global total? Who defines what is “desirable?” Who decides what constitutes a “crisis?” Elon Musk? In 1950, when I was a young boy, the global population was about 3 billion. Then the panic about endless growth set in and in 1960 Science (!) published a paper claiming that on Friday, 13 November, A.D. 2026 the Earth will have an infinite population! No wonder, by the late 1960s there were apocalyptic fears of massive famines. Yet then the death rates declined, life expectancies rose, mass famines ended, and today we have about 8.3 billion people. Who is omniscient to say that 9 or 6 or 3 billion is the right number for the human future. Elon Musk?

See Also

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