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Can nuclear power extend the economic expansion?

Can nuclear power extend the economic expansion?

Richard Rhodes’ new book Energy: A Human History does an excellent job of describing the scientific and technological hurdles that had to be cleared in the development of, for example, an internal combustion engine which can convert refined petroleum into forward motion.

But he gives short shrift to the social and political forces that have been equally important in determining how technological advances shape our world. That internal combustion engine might be a wonder of ingenuity, but was there any scientific reason we should make multi-tonne vehicles the primary mode of transportation for single passengers in cities, drastically reconfiguring urban landscapes in the process? When assiduous research resulted in more efficient engines, did science also dictate that we should use those engines to drive bigger and heavier SUV’s, and then four-wheel-drive, four-door pick-up trucks, to our suburban grocery superstores?

Unfortunately, Rhodes presents the benefits of modern science as if they are all inextricably wrapped up in our current high-energy-consumption economy, implying that human prosperity must end unless we find ways to maintain this high-energy system.

In this second part of a look at Energy (first installment here), we’ll delve into these questions as they relate to Rhodes’ strident defense of nuclear power.

To set the context, Rhodes argues that the only realistic – and the most ethical – way forward is a gradual progression on the path we are already taking, and that means an “all energy sources except coal and oil” strategy:

“Every energy system has its advantages and disadvantages …. And given the scale of global warming and human development, we will need them all if we are to finish the centuries-long process of decarbonizing our energy supply – wind, solar, hydro, nuclear, natural gas.”1

Three key points here: First, Rhodes recognizes the severity and urgency of the climate problem.

…click on the above link to read the rest of the article…

Why do we need to think and act more systemically?

Why do we need to think and act more systemically?

The power and majesty of nature in all its aspects is lost on one who contemplates it merely in the detail of its parts and not as a whole.

— Pliny the Elder

An increasing number of people are beginning to understand that the world we participate in is too complex, magnificent and changeable for any single perspective to do justice to its diversity and complexity. There is more to life than a ‘theory of everything’ that reduces the awe-inspiring diversity, creativity and beauty surrounding us to a series of abstract mathematical equations.

We live in networks of relationships defined by qualities that make life worth living. Most qualities escape quantification and mathematical abstraction. We need to acknowledge and value multiple perspectives and find ways to integrate their different contributions into a framework of thinking that can inform wise action.

In order to achieve a collaborative way of acknowledging, integrating and evaluating multiple perspectives, we need to move beyond dualistic either-or logic which suggests that, if two perspectives seem to contradict each other, one of them must categorically be wrong in order for the other perspective to be right. Yet, at a time when our cultural belief in the ability of science and technology to fix all our problems is beginning to wane, we also need ways to evaluate and compare different perspectives.

Science might not offer us the ‘objective’ picture of reality we were taught in school, but it remains a powerful method of inter-subjective consensus-making and constitutes a fairly reliable basis upon which to act — more so, say, than the opinion, intuition or spontaneous insight of a single individual — in most but certainly not all cases. We should neither exclusively favour inter-subjective ‘rational’ reasoning nor only rely on individual insight and intuition, but let ourselves be informed by both, as and when appropriate.

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Do we Need a New Myth, or No Myth?

This is the true, biggest challenge I’m facing as a writer and thinker. Myth: Do we need a new one, or do we need to dispense with them altogether?

I used to direct theater. I left the theater because I got increasingly dissatisfied with its reliance on stories with clear beginnings, middles, and ends. Aristotle’s narrative arc with its rising tension, crisis, and catharsis wasn’t just predictable, but dangerously limiting. Things look bad, but as long as you accept the hero’s solution, everything gets solved and you can go back to sleep. Crisis, climax, and sleep – the much-too-male approach to everything from sex to religion, capitalism to communism.

I left theater for the net, which seemed to offer a more open-ended, connected form of sense-making. So I wrote about that, and the possibilities this opened for everything from economics to society. In my books, I usually tried crashing a set of myths – but then usually offer some alternative at the end. So in my religion book I smashed the myth of apocalypse and salvation, but offered an alternative path toward consensus, progressive collaboration. In another, I exposed the fallacy of hand-me-down truths, but then offered an alternative of collective reality creation. In a graphic novel, I undermined the authority of the storyteller (me) and then have a character hand a pencil to the reader as if through the page. In a book on Judaism, I smashed the idolatry that infected Judaism, but promote a new, provisional mythology of communal sense making. In my books on economics, I crash the cynically devised mythologies of capitalism and corporatism, but offer a new one of circular economics and sharing. In my Team Human podcast, I regularly crash the myth of the survival of the fittest individual, but offer a new evolutionary history of interspecies cooperation.

…click on the above link to read the rest of the article…

Energy: A Human History – a slim slice of history and science

Energy: A Human History – a slim slice of history and science

“The population of the earth has increased more than sevenfold since 1850 – from one billion to seven and a half billion – primarily because of science and technology,” Richard Rhodes concludes at the end of his new book Energy: A Human History. “Far from threatening civilization, science, technology, and the prosperity they create will sustain us as well in the centuries to come.”1

Rhodes tells an engaging tale of energy transitions over some 500 years. Yet the limitations in his field of view become critical in the book’s concluding chapter, when he reveals which particular axe he is especially eager to grind.

Both the title of the book and its timing invite comparison with Vaclav Smil’s 2017 work Energy and Civilization: A History (reviewed here). There is a significant overlap, most notably in both author’s views that major energy transitions – from wood to coal, from coal to petroleum – have been multi-generational processes.

…click on the above link to read the rest of the article…

Methane Leaks from Oil and Gas 60% Higher Than EPA Estimates, New Study Finds

Methane Leaks from Oil and Gas 60% Higher Than EPA Estimates, New Study Finds

Each year, oil and gas industry operations in the U.S. are leaking roughly 60 percent more methane, a powerful greenhouse gas, into our atmosphere than previous estimates from the U.S. Environmental Protection Agency, which relied heavily on self-reporting by the industry.

That’s the conclusion of a study published today in the peer-reviewed journal Science and conducted with funding from the Department of Energy, NASA, and private foundations. The two dozen researchers involved found that the U.S. oil and gas supply chain releases between 11 and 15 million metric tons of methane per year.

“This study confirms the growing body of peer-reviewed science indicating oil and gas extraction’s methane pollution makes it as harmful to climate as coal burning’s carbon dioxide pollution,” said Dr. Anthony Ingraffea, Cornell University professor emeritus of engineering and vice president of Earthwork’s board of directors.

“This confirms there is no ‘bridge fuel’,” Ingraffea said. “To stave off catastrophic climate change we need to immediately drop all fossil fuels in favor of conservation and renewables.”

A Leaky System

Methane is a powerful and fast-acting greenhouse gas. Each ton of methane causes over 80 times the amount of climate warming as an equal amount of carbon dioxide in the first two decades after it enters the atmosphere. It’s also the primary ingredient in the natural gas that’s used to heat homes and to generate electricity — and when it leaks from oil and gas wells, pipelines, and other equipment, it can cause the world’s climate to grow hotter faster.

Even when methane is burned, it still has a globe-warming effect because it releases carbon dioxide emissions of its own. A “new, efficient” natural gas power plant generates about 40 to 50 percent as much carbon dioxide as a “typical new coal plant” when that gas is burned, according to the Union of Concerned Scientists — but the methane leaks in the supply chain come on top of that carbon pollution.

…click on the above link to read the rest of the article…

Economics Is Not Rocket Science — It’s Even More Complicated

Economics Is Not Rocket Science — It’s Even More Complicated

rocket.JPG

Over the years, I have heard multiple different things described as “not rocket science.” The implication was always that rocket science was just about the hardest thing to do, making virtually everything else easy by comparison. As an economics professor over many of those years, I have increasingly come to object to that characterization. I think the questions of social coordination that economics addresses may not require “rocket science,” but are in many ways much more complex and difficult, especially when it comes to imposing control. After all, we have successfully sent rockets to many places in our planetary neighborhood, demonstrating a tolerable ability to solve enough of the relevant problems, yet economic policies remain known for causing more harm than help. As Peter Boettke once led off a post, “Political economy ain’t rocket science. But it is a discipline that forces one to focus on ideas and the implementation of ideas in public policies.” And the more one tries to control, the more those ideas and implementation issues stack up against the possibility, much less the probability, of effectiveness.

In one important sense, rocket science is simply vector addition of the relevant forces. And the relevant relationships for generating rockets’ thrust are governed by physical laws and relationships that are stable and mathematically expressible. That is why one website deviated from rocket science orthodoxy, under the title “Rocket science is easy; rocket engineering is hard.” The problem is one of accurately measuring the needed information and controlling the relevant forces—that is, engineering things (often with millions of parts) so that they work as intended.

…click on the above link to read the rest of the article…

At the Intersection of Permaculture and Degrowth

Permaculture and degrowth are both movements whose foundational ideas were developed the 70’s, just as the evidence was amassing in the science world to be able to explain the consequences of unchecked growth and human-induced environmental degradation. As such, both movements are reactionary and propose a radical, ethics-based paradigm shift away from the globally dominant culture of over-consumption, towards a systems-based approach to sustainability and regeneration of both the social and ecological spheres.

Though both movements were cultivated firstly within academic contexts, the body of knowledge around degrowth has generally prioritized the social sphere, including politics, economics, work-life balance and social structures, whereas permaculture has traditionally focused more on the ecological – specifically, on human habitats and food systems. In this article, I would like to propose some ways that an exchange of knowledge and knowledge-sharing strategies between permaculture and degrowth would be beneficial for both movements. This argument is based on the idea that the most interesting and diverse areas of any system are located at the edge, where one system, community, or way of thinking intersects with another.

As someone who has been educated, both academically and experientially in permaculture and in degrowth, I have found that these two movements, founded on opposite corners of the planet but now diffused somewhat globally, are very much complementary. Overall, I feel that there are undeniable benefits to be had when these movements interact, share knowledge and resources.

Below, I give a brief overview of the development of each movement in its respective context and then move on to discuss how degrowth can help permaculture and vice versa, finishing with a brief discussion on what such collaborations might look like.

A Short Background on Both Movements

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The Science Of Community

smallbusinessbc.ca

The Science Of Community

The 4 key success factors for bringing people together

The Peak Prosperity tribe is gathering.

Members from all over the country (including a few from Europe and Asia) are arriving in northern California today for our annual weekend seminar.

Chris and I are really looking forward to this. We’re introducing a host of upgrades this year: a better location, a better venue, new content and exercises, and guest appearances by many of the experts who appear on PeakProsperity.com (including Charles Hugh Smith, Richard Heinberg, Axel Merk, Wolf Richter, David Pare, Mark Rees, the New Harbor team, the folks from Farmland LP, as well as several others).

But as anyone who has attended one of our past seminars (or city Summits) knows, it’s the PP members themselves who are the heart of the experience. Having so many like-minded folks in one place at the same time is a refreshing and energizing rarity.

The community that has developed here at Peak Prosperity is truly special. It attracts members who are smart, curious, open-minded, open-hearted — and share a drive to create a better future for themselves, their loved ones, and the world around them.

Of all the elements of the movement Chris and I have worked hard to build over the years, connecting such amazing individuals together into this community is our proudest achievement. Given our mission of “Creating a World Worth Inheriting”, we know that the path to success depends on the collective action of many than on the efforts of just we two.

Which is why we take community-building so seriously.

As we write about often, Social Capital is very important for each of us to build in order to live a resilient life. And whether you’re building it on an individual level in your local neighborhood, or on a global scale as PeakProsperity.com does, there are several science-based factors that are key to success.

…click on the above link to read the rest of the article…

Storm warnings

Image: Tom Gill, CC BY-NC-ND 2.0

“The test of science is its ability to predict”
— Richard Feynman

As if governed by some deterministic law, the current debates between economists and critics follow a predictable path. Critics begin by mentioning the failure of economists to predict or warn of the crisis. Howard Reed for example recently wrote in Prospect that ‘When the great crash hit a decade ago, the public realised that the economics profession was clueless.’

Thus provoked, economists then reply by pointing out that macroeconomic forecasting is only a small part of what economists do, that their models are based on mathematics and logical consistency, and that it is critics who don’t know what they are talking about – as in the riposte by Diane Coyle, which describes Reed’s piece as ‘lamentable’, a ‘caricature’ and an ‘ill-informed diatribe’ that furthermore ignores existing guidelines on what criticism is ‘good’ and ‘bad’ (the former includes ‘The criticism is by an economist’ which doesn’t seem in the multidisciplinary spirit, and would rule out this piece since I am an applied mathematician).

In a similar debate last year in Times Higher Education, Steve Keen wrote that the global financial crisis caught ‘leading economists and policy bodies completely by surprise. A decade later, economics is a divided and lost discipline.’ Christopher Auld responded that ‘Criticism of economics that relegates the field to … failed “weather” forecasting is not just misguided, it is anti-intellectual and dangerous.’

Over in the Guardian, Larry Elliott wrote that ‘Neoclassical economics has become an unquestioned belief system and treats those challenging the creed as dangerous’. A group of economists from the Institute for Fiscal Studies (IFS) appeared to confirm the latter when they called the article ‘dangerous’ and ‘ill-informed expert bashing … Like most economists, we do not try to forecast the date of the next financial crisis, or any other such event. We are not astrologers, nor priests to the market gods. We analyse data.’

…click on the above link to read the rest of the article…

Estonia Expands Massive DNA Grab Of 100,000 Citizens

Alarm bells are ringing in Northern Europe, over the Estonian government’s latest attempt to take a massive number of genetic samples from its citizens.

Science, technology, and a government have usually been the perfect trifecta in every dystopian sci-fi thriller, as elected/unelected officials tend to gravitate towards all-seeing, all-knowing and all-powerful — over the mindless masses who unknowingly surrender their freedoms for comfort.

This seems to already be the case in the tiny former Soviet nation of Estonia, as its leaders have pushed for all things digital. The government has made it a top priority to embrace blockchain technology, provide internet access to all, and embark on the complete digitization of its citizens on one large platform — all owned by the government. So, it comes as no surprise, when the Estonian government has been quick to move in the creation of a biological database that collects DNA sequences of its citizen. Through mass surveillance programs, Estonian government will not only know what their citizens are searching on the internet, but will also have the knowledge of personal genetic information: ancestry charts, genetic composition, health history, and anything else that can be extracted from an Estonian’s double helix. So much knowledge in one organization is absolutely terrifying.

Starting immediately, the Estonian government will publicly launch the program to recruit and genotype 100,000 residents of the country as part of its National Personalized Medicine campaign. In the first run, the government projects an eight percent DNA grab of its total population. If successful, all indications are pointing to more massive grabs, as government officials are racing to construct its national DNA database.

The genetic testing initiative is a joint development program of the Ministry of Social Affairs, the National Institute for Health Development and the Estonian Genome Center of the University of Tartu, which currently maintains the nation’s DNA database of around 50,000 citizens.

…click on the above link to read the rest of the article…

The Science of a Vanishing Planet


Dorothea Lange Gravestone St. George, Utah 1953
There are numerous ways to define the Precautionary Principle. It’s something we can all intuitively understand, but which many parties seek ways to confuse since it has the potential to stand in the way of profits. Still, in the end it should all be about proof, not profits. That is exactly what the Principle addresses. Because if you first need to deliver scientific proof that some action or product can be harmful to mankind and/or the natural world, you run the risk of inflicting irreversible damage before that proof can be delivered.

In one of many definitions, the 1998 Wingspread Statement on the Precautionary Principle says: “When an activity raises threats of harm to human health or the environment, precautionary measures should be taken even if some cause and effect relationships are not fully established scientifically.”

Needless to say, that doesn’t easily fly in our age of science and money. Cigarette makers, car manufacturers and oil companies, just to name a few among a huge number of industries, are all literally making a killing while the Precautionary Principle is being ignored. Even as it is being cited in many international treaties. Lip service “R” us. Are these industries to blame when they sell us our products, or are we for buying them? That’s where governments must come in to educate us about risks. Which they obviously do not.

Nassim Nicholas Taleb -of Black Swan and Antifragile fame- has made the case, in his usual strong fashion, for applying the Precautionary Principle when it comes to GMOs. His argument is that allowing genetically modified organisms in our eco- and foodsystems carries unknown risks that we have no way of overseeing, and that these risks may cause irreversible damage to the very systems mankind relies on for survival.

Taleb is not popular among GMO producers. Who all insist there is no evidence that their products cause harm. But that is not the point. The Precautionary Principle, if it is to be applied, must turn the burden of proof on its head. The absence of evidence is not evidence of absence. Monsanto et al must prove that their products do no harm. They can not. Which is why they have, and need, huge lobbying, PR and legal departments.

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To Believe in Science, You Have to Know How It’s Done

To Believe in Science, You Have to Know How It’s Done

I met a climate crisis denier today. It came out of nowhere. I was getting my camera repaired, and I was chatting with the repairman afterward.

Just before I left, he dropped into our conversation that he didn’t believe in manmade climate change. After all, the earth managed to produce an Ice Age all by itself. Volcanoes can mess up the climate. Humans can’t.

I can imagine for people like him, people like me are infuriating. We want to make up a bunch of regulations to fix what he believes is an imaginary problem.

For me, by denying a very real problem, people like him are causing suffering — and even death — for millions, if not billions, of people.

One of the reasons I haven’t had kids — and I want kids — is because I’m terrified of what kind of world I would bring them into as the climate gets more extreme and unstable.

In the moment, I simply said I thought that just because the earth’s climate can change on its own, that doesn’t mean that people can’t also harm the planet. We’ve certainly wiped out entire species of animals all by ourselves.

Yes, he conceded. People can do major damage to wildlife. He just didn’t think we were powerful enough to mess up the entire climate.

That’s his hunch. But it’s certainly not what the science says.

One thing I’ve noticed as I’ve become trained in science myself (in sociology, a social science) and gone on to teach it to college students is how little people actually believe in science.

Take Donald Trump and his latest idea to handle the opioid epidemic with the death penalty. My own instinct would be to deal with by providing services to addicts. But which one is more effective?

Until we look at scientific evidence, we don’t know. Each of us has an idea of what feels true, but who knows? That’s what studies are for.

In this case, studies have shown that the link between severe penalties and crime deterrence is quite weak, while evidence-based treatment programs for addiction can be much more effective.

For whatever reason, scientific studies simply aren’t convincing to an awful lot of people. I got into it with a Facebook troll the other day about whether or not racism still exists. (Spoiler alert: It does.)

I cited research and evidence. He dismissed it. He told me to “Look outside.” Obama was president once, he said, so racism is gone.

He was, in essence, telling me that he doesn’t find scientific studies credible. He believes what he sees with his own eyes (in this case, one single black president on TV).

It’s hard to see climate change with your own eyes. I feel a vague sense that our weather has gotten warmer and weirder in recent years, but I cannot say for sure. I mean, I saw Al Gore’s movie, but what do real scientists say?

97 percent of them agree that humans are causing climate change, according to a 2013 survey of over 10,300 of them.

While I haven’t examined their data myself, I understand enough about how science is done that I believe in scientists. If the experts who have devoted their careers to understanding climate science conclude that there is a manmade climate crisis, I believe them.

More Americans need a solid understanding of and belief in science. Otherwise we end up bickering over our gut hunches without any way to be certain who’s right and who’s wrong.

 

Ignorance and Greed: Trump’s War on the Environment

Ignorance and Greed: Trump’s War on the Environment

Under Donald Trump, the environment has been the hardest hit of any sector of society, carried out by executive actions, the overturning of Obama-era regulations, and the enactment of new rules via cabinet review. This assault is occurring just as NASA reports that we’ve just had another near-record year of global warming. It’s insanity, and a classic example of willful ignorance. Trump, EPA director Scott Pruitt, and other officials simply choose not to inform themselves lest their position on climate change, which is based entirely on self-interest, be undermined.  Since these people only know what Fox News and the fossil fuel industry tell them, they probably are unfazed about portents such as the three-year drought that has brought Cape Town, South Africa, to “Day Zero” when the water pipes will be shut off and water strictly rationed.

Behind the rules changes lies a telling fact: Trump does not have a science adviser—a director of the Office of Science and Technology Policy in the White House.  But since he has no interest in science, he evidently sees no reason to learn from or defer to anyone who does. The president’s science adviser typically advises on everything from outbreaks of disease to global warming and nuclear weapons.  By leaving empty a position all previous presidents have filled, Trump is sending a message that he is not merely a climate-change denier but also a science denier.  Only one person sits in the OSTP office: a Silicon Valley financier.

As has been widely reported, the resignations, retirements, and constraints placed upon government scientists crimp the executive branch’s preparedness for what is to come.  As just one example, geologists in the interior department are being systematically constrained from presenting their research at major conferences.

…click on the above link to read the rest of the article…

Islands Not sinking: Climate Change Demonstrated to Be a Hoax

Islands Not sinking: Climate Change Demonstrated to Be a Hoax

Have you ever wondered how it is possible that coral islands lie flat just a little above the sea level? It is not a coincidence, the coral reef that forms the islands is alive and it can adapt to variations of the sea level. According to some people, that demonstrates that climate change is a hoax (??).

Do you remember when there was a “debate” about climate change? Yes, there was such a thing. Someone would set up a panel where there would be a scientist arguing for the current interpretation of anthropogenic global warming and someone who at least pretended to be a scientist who would argue for the opposite interpretation. It was supposed to be a civil debate, all based on science.

I don’t have to tell you that such debates have disappeared, you don’t see them anymore just as you don’t see quiet and civilized debates between Trump supporters and members of the Antifa movement. In recent times, the closest thing to a public debate on climate was the proposal by Scott Pruitt, EPA’s chief, of a “Red Team” and a “Blue Team” of scientists who should discuss climate matters. The fact that Pruitt chose terms commonly used in military exercises says a lot about what kind of “debate” this was supposed to be. Perhaps it is a good thing that the idea seems to have died out.

Today, we have no debate anymore. We only have two sides shooting slogans against each other. Each side is ready to exploit every perceived weakness in the other to discharge a volley of posts and tweets aimed at gaining a few political points. A snowstorm demonstrates that AGW doesn’t exist while a hurricane that we are all going to die soon. The latest example of this attitude is the news arriving from the Tuvalu Islands.
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Closing the Gap between the Science and Politics of Progress

Global politics is based on an outmoded and increasingly destructive model of human progress and development. Can science change a dire situation?

‘My view of human progress has stayed surprisingly constant throughout my presidency. The world today, with all its pain and all its sorrow, is more just, more democratic, more free, more tolerant, healthier, wealthier, better educated, more connected, more empathetic than ever before. If you didn’t know ahead of time what your social status would be, what your race was, what your gender was, or your sexual orientation was, what country you were living in, and you asked what moment in human history you would like to be born, you’d choose right now.’ Barack Obama, President of the United States 2009-2017

It is unusual for a national leader to articulate his worldview in this way. Nonetheless, Obama’s view of progress is one that is, broadly speaking, shared by politicians and governments throughout the developed world and beyond (partly framed here by the ‘identity politics’ that characterises political debate today). The view reflects the dominant or orthodox model of development.

However, this model is increasingly at odds with what science tells us about the world. It is not that the specific achievements are wrong, but that they are incomplete, and so present a false picture of progress. The growing gap between the conventional view and the realities of people’s lives helps to explain the widespread public disquiet in many countries and its political consequences, evident in growing political volatility and extremism.

…click on the above link to read the rest of the article…

Olduvai IV: Courage
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Olduvai II: Exodus
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