Cultural Evolution in the Anthropocene

Joe Brewer • Medium • April 19, 2017

Humanity is lost at sea in a world of unprecedented change.

Where humanity is going, there are no roadmaps. The terrain is unlike anything we’ve seen before. The changes sweeping the Earth right now are literally planetary in scale and so filled with complexity that few among us even have a semblance of knowing what is actually going on. This makes it very difficult to navigate the troubled waters of the 21st Century.

Here are a few examples of things our species has not known in the three million years we’ve existed as “tool using” hominids:

  • Emergence of a Globalized Economic System :: In the last 500 years, a vast web of intercontinental trade arose spanning several empires, evolving into nation-states, and now becoming a truly globalized meshwork of supply chains, trade agreements, human migration patterns, and so forth.
  • Extraction and Consumption of Fossil Fuels :: The last time a species gathered up the waste products of a prior era and consumed them to grow itself we had a mass extinction event. And that was more than two billion years ago! I am referring to the cyanobacteria who excreted oxygen and changed the biochemistry of the Earth. Humans are doing this again by disrupting natural carbon cycles with the combustion of fossil fuels.
  • Explosive Population Growth :: There are now more than 7.4 billion living human beings on Earth. Our population exploded in the last 150 years, well beyond anything in the history of our species. And now we are watching the rapid depletion of vital resources as this huge population gobbles them up — literally as food and metaphorically as the built environments of our globalized civilization.
  • Crossing of Critical Planetary Boundaries :: The Earth has maintained incredible amounts of stability for billions of years through a vastly complex meshwork of self-regulating feedbacks. Thresholds exist (called “planetary boundaries” by the earth scientists at the Stockholm Resilience Institute) that if crossed will remove this self-regulatory capacity. There is now ample evidence that human activities have pushed us beyond as many as four of these critical operating boundaries for a globalized economic system.
  • A New Pace and Scale of Complexity :: Most of our history was lived out in small tribal communities where each person might know as many as 150 people. Rapid changes, when they happened, were either catastrophic (volcano wipes out village) or disruptive (drought conditions cause the tribe to migrate into a new area). But they never happened at the pace and scale we live with today. As complexity scientists will be quick to tell you, scale matters a great deal! There are qualitative differences in the interdependencies, cascading patterns, and unexpected phase transitions for large, volatile dynamic systems — intuition about smaller systems misleads and confuses more than it helps.
  • Entering A New Geologic Era :: Humans have enjoyed an unusual period of climate stability in which to birth agriculture, build cities, weave trade networks, and grow economic empires. That 11,000 year period is known by geologists as the Holocene. The same geologists now agree that human activities brought the Holocene to an end in the 20th Century. We are now in the “age of humans” dubbed appropriately as the Anthropocene. Our footprints on the Earth will be visible in the very chemical makeup of the planet’s crust hundreds of millions of years from now. This is how unprecedented this time in history really is.

The list could go on from here. My point in creating it is to show that we cannot simply apply the tools and models of past eras to the present situation. Nor can we employ them to forecast our possible futures. Instead we must bring to bear the vast collective knowledge gained across the universities and research centers of the world to build newer, more complex models that make sense of our present and emerging realities. This is what I’ve called the predicament of knowledge as a key challenge for culture design in other writings.

I am going to make a bold claim now—that cultural evolution is THE MOST IMPORTANT body of science for dealing with the global crises arising from this unprecedented time in human history. The study of social behavior, emergent complexity in human systems, how political and economic systems change, the roles of language and technology for shaping human experience, what makes us uniquely human, how landscapes and ecosystems co-evolve across various spans of space and time, and so forth. These are the topics that matter most in the midst of an unprecedented planetary crisis unlike anything our species has seen before.

And yet, almost no one has even heard of cultural evolutionary studies! Even more problematic, many who have heard of it tend to think in out-dated theories from decades (or centuries) ago. They don’t know about the incredible advances that have been made in the last forty years.

My colleagues and I have been carefully going through a birthing process to create the Cultural Evolution Society in the last 18 months. We have already gathered together more than 1800 researchers and cultural change practitioners from around the world. Our first gathering is planned for September of this year at the Max Planck Institute for the Science of Human History in Jena, Germany. Seeds have been planted for mobilizing and synthesizing knowledge about cultural change and human systems unlike anything attempted before.

We are rising to the grand challenges of cultural evolution just as our field is needed most. This includes a process to clarify the language used by researchers in dozens of different fields; crafting research agendas around the study of technology evolution, spread of ideas and institutional practices, and social learning in general; merging the study of human and non-human social behavior to deeply understand how we relate to the rest of the natural world; and much more.

My hope is that our efforts will not be too little, too late as a convergence of crises bring our increasingly fragile global system closer to collapse. The levels of inequality have corroded trust in social institutions and brought gridlock to political systems around the world. An ominous threat of war now bubbles up from many places as authoritarian militants take the helm of many nations. A mass extinction event caused by human activities continues to unravel the biosphere of the Earth. And the inability to discern truth from fiction in our decentralized social media environments only increases the social fragmentation that accentuates these undesirable trends.

Humanity needs culture design. We must deeply learn about how cultures evolve and employ this knowledge in holistic, integrative design frameworks for the practical solutions that remain to be envisioned or are in current need of expanded deployment. We must also evolve and change the very structures and social norms of our dominant institutions — for it is the thinking of old that created our problems and that same thinking will not be able to solve them.

How will you be part of the evolution for humans and the Earth? What role or roles will you play in the great transitions now upon us individually and collectively in the 21st Century? Where will you stake your claims in the emergent future that promises to be very different from familiar pasts?

Now is the time to awaken and engage.

Culture Design Labs — Evolving the Future

Patterns always build on what came before. This is true for patterns of culture as well.

The world is getting to be pretty f*cked up now and something needs to be done about it. Humanity is heading toward a future that nobody wants because the cultural systems we are living within have become profoundly disconnected from ecological, political, and economic reality.

The current trajectory of our civilization is overshoot and collapse. We have already passed at least four of the nine “planetary boundaries” that define a safe operating range for the global economy. This truth is frightening. It induces deep-seated anxiety and fear, compelling many of us fully into denial — just when we most need to get our collective act together.

We see it in our political systems. Here in the United States, the two major political parties are so broken that each has elevated its most disliked candidate to run for president. Many factors give rise to this thoroughly inadequate outcome. I’ve written about a few of them here. Relevant for this discussion is the fact that our political systems at present all but guarantee collapse.

It is like being on Easter Island and watching the last tree cut down. Those of us who study ecological patterns can see the writing is already on the wall. Continue on the current path and kiss the amazing advances of technology and science goodbye. All the progress we’ve made in fields like medicine, energy, communications, and manufacturing can quickly come to a halt with the next wave of terrorist attacks and natural disasters, or worse if the speculative bubble in the financial system finally bursts.

I recently asked the provocative question Can we design the future we want? to frame the need for systemic design thinking capable of guiding cultural and institutional change. The key to tackling this convergence of crises is culture — the ideas, social norms, values, beliefs, tools and technologies, relationship patterns, and organizational forms that constitute human cultures around the world.

My collaborators at the Evolution Institute,, and Smart Ecologies are laying the groundwork for a design science of intentional social change to rapidly evolve our systems of government, the practices and structures of market economies, pathways through educational institutions, and journalism models in the media. In short, we are preparing the platforms for collaboration through which millions of people will be able to participate in the wholesale redesign of our civilization.

Nothing less will save us. There are no “silver bullets” here. It is going to be difficult. Many hardships are already unavoidable because it is so late in the game. Hundreds of millions of people will be caught up in the turmoil of cascading systemic collapse and transformation. It will be a very difficult transition and those of us who intend to lead as visionaries, healers, and builders will need a lot of training for what lies ahead.

This is where Culture Design Labs come into the picture.

The emerging field of culture design brings together the many scientific disciplines relevant to establishing an integrative science of social change. Imagine when every community that seeks to guide its own development is able to set up field sites for cultural evolution research. Bringing together researchers with change practitioners — orchestrated and funded by philanthropic institutions and government agencies that provide financial support for applied research and social programs — these field sites will gather data on the cultural patterns driving the evolutionary change process. This knowledge will be essential for practitioners as they guide the change process in their communities.

A few concepts may help you visualize what the Culture Design Labs can do:

  • Cultural “traits” that undergo selection. Every social niche has environmental factors that select for the spread of some ideas and practices, while creating barriers or resistance for others. Learning to analyze these traits will enable communities to become wise managers of their own evolutionary change process.
  • System “logics” seen by pattern analysis. Create an economy around the patterns of growth at all costs and you’ll see it begin to behave like a cancer that threatens its host. Every story has structure. So too with cultural systems. It is simply a matter of learning how to read them.
  • Forget theories of change, create scientific models instead! Few change practitioners treat social change with methodological rigor. They don’t study past behaviors to develop theoretical models about future change. Nor do they formulate questions and gather data to test their understandings. Great strides can be made by simply behaving like scientists.

Already we can begin to see a way forward. Treat culture as a complex system that can be rigorously studied and conscientiously guided using the tools of social science where they are needed most.

There is now so much abundance of knowledge in the world — just pick any field of study and think about how far it has advanced in the last 3o years. Sociology has become married to data science, helping us see ourselves as part of larger social systems. History now archives digital data to track patterns across great spans of time. Urban planning uses high-performance computing to simulate and model changes in ebbs and flows.

In every field (including hundreds more I could mention) we now have very sophisticated tools, advanced communities of practice, and mature institutions. This is true across the social and behavioral sciences, engineering and management, data analytics and technology, and more. What we lack is the vision for how all the pieces fit together.

This is where the Cultural Evolution Society comes in. We have been carefully mapping out the grand challenges for cultural evolution among more than 1500 founding members of this fledgling society — people who engage in education and research initiatives at more than 400 universities in 54 countries. With seed funding from the John Templeton Foundation, we are preparing to launch its first conference in 2017, along with an ambitious agenda to synthesize the biological and social sciences with the humanities so these grand challenges can be tackled in the turbulent decades ahead.

A mission like this will take many years to complete. Humanity doesn’t have that long. Which brings us back to the Culture Design Labs… this is the timeline we are developing for full-scale launch of them around the world.

Launch timeline for Culture Design Labs to assist with the great transition of humanity.

Our foundational assumption is that the planet must be brought back within safe operating range by the end of this century. According to the best science available today, we are already beyond the tipping point for at least four of the Earth’s planetary boundaries (see link above).

This means we need to transition every social institution on Earth from deterioration to regeneration — taking guidance and inspiration from nature by using the principles of biomimicry. Simply stated, it will take at least three to four decades to fully transition the infrastructure for transportation, urban buildings, supply chains, and business models for revenue that provide the financial life blood of transformation.

Making a butterfly from the body of caterpillars takes a few weeks. Doing the same thing for planetary civilization will take much longer.

So we have to start now.

The plan is to launch a series of Culture Design Labs between now and 2020. These projects will become demonstration projects for case studies and best practices — which will need to spread across every conceivable field of knowledge for advanced training in the decade culminating in 2030. This means integration of teaching, research, and practice across academic institutions worldwide.

Why 2030? Because it is widely known that large-scale infrastructure projects can take twenty years from start to finish. If we want to have all infrastructure built for ecological and social regeneration by 2050, we’ll need the designers, planners, and builders to be trained sufficiently that all new projects started in 2030 fit the bill.

And this is why time is precious now. We cannot wait for elected leaders to do the job. They are too busy swindling their constituencies in desperate attempts to remain in power. This is a call-to-action for the rest of us. We are going to need an educated workforce numbering in the tens to hundreds of millions doing this work for their entire lives.

Let’s get started.

For our part, my partners and I are in the process of formulating the research agenda for the first Culture Design Labs — the launch series to be run in the next few years as demonstration projects. Each will target a strategic challenge that has local dimensions yet global implications. A backbone will be needed in the form of a research foundation that maintains the open access databases for social analytics and visualization. A network of funders is being cultivated to provide the endowment for this foundational work. The research community is being organized around platforms for collaboration that can be self-organized by their members.

What you can do is spread the word, then get involved yourself. This means doing the soul searching to find your calling to service in this epic time of need. How will you be part of the Great Transition Beyond Empires that brings an end to global poverty, wealth inequality, and ecological destruction? What will you do to help dismantle the global architecture of wealth extraction?

Sit deeply with these questions. Then prepare yourself for action. Because you will be needed as humanity navigates itself through an endless wave of crises in the next several decades


Three important new books

The Shock of the Anthropocene

By Christophe Bonneuil and Jean-Baptiste Fressoz

Verso Books • February 2017 • ISBN:1784785032

The Earth has entered a new epoch: the Anthropocene. What we are facing is not only an environmental crisis, but a geological revolution of human origin. In two centuries, our planet has tipped into a state unknown for millions of years.

How did we get to this point? Refuting the convenient view of a “human species” that upset the Earth system, unaware of what it was doing, this book proposes the first critical history of the Anthropocene, shaking up many accepted ideas: about our supposedly recent “environmental awareness,” about previous challenges to industrialism, about the manufacture of ignorance and consumerism, about so-called energy transitions, as well as about the role of the military in environmental destruction. In a dialogue between science and history, The Shock of the Anthropocene dissects a new theoretical buzzword and explores paths for living and acting politically in this rapidly developing geological epoch.

Anthropocene Feminism

Edited by Richard Grusin

University of Minnesota Press • March 2017 • ISBN:1517900611

What does feminism have to say to the Anthropocene? How does the concept of the Anthropocene impact feminism? This book is a daring and provocative response to the masculinist and techno-normative approach to the Anthropocene so often taken by technoscientists, artists, humanists, and social scientists. By coining and, for the first time, fully exploring the concept of “anthropocene feminism,” it highlights the alternatives feminism and queer theory can offer for thinking about the Anthropocene.

Feminist theory has long been concerned with the anthropogenic impact of humans, particularly men, on nature. Consequently, the contributors to this volume explore not only what current interest in the Anthropocene might mean for feminism but also what it is that feminist theory can contribute to technoscientific understandings of the Anthropocene. With essays from prominent environmental and feminist scholars on topics ranging from Hawaiian poetry to Foucault to shelled creatures to hypomodernity to posthuman feminism, this book highlights both why we need an anthropocene feminism and why thinking about the Anthropocene must come from feminism.

Defiant Earth: The fate of humans in the Anthropocene

By Clive Hamilton
Allen & Unwin •  April 2017 • ISBN:1760295965

Defiant Earth A&UClive Hamilton’s book Defiant Earth – the fate of humans in the Anthropocene is not for the faint-hearted. Basically, its thesis is that the Earth – and us along with it – is going down the tubes.

Our rampant, irrational use of the planet and its resources, including our exploitation of climate-changing fossil fuels, means we are interfering and upsetting the functioning of the Earth system that sustains us.

“This bizarre situation, in which we have become potent enough to change the course of the Earth yet seem unable to regulate ourselves contradicts every modern belief about the kind of creature a human being is,” says Clive Hamilton, professor of public ethics at Charles Sturt University in Australia.

Dramatic destruction

We – the post World War Two generations – have a lot to answer for. Yes, the trouble can be traced back to the 18th century when the Industrial Revolution began in Britain and factories started spewing carbon emissions into the atmosphere.

But the pace of change and the destruction of much of the Earth system has dramatically speeded up over the last 70 or so years – a period referred to as the Great Acceleration.

A dizzying surge in global economic growth, along with resource exploitation, loss of diversity, including the extinction of numerous species and ever-increasing waste volumes, have brought about a profound transformation of the human relationship with the natural world, says Hamilton.

The Holocene period in the Earth’s history – the 10,000-year epoch of mild and constant climate that has permitted civilisation to flourish – is at an end.

“Experts are already suggesting that the changes caused by humans in recent decades are so profound and long-lasting that we have entered not a new epoch but a new era – the Anthropozoic era – on a par with the break in Earth history brought by the arrival of multicellular life,” Hamilton says.

“Even now, cognisant of the dire consequences,
decisions are still being made to privilege
carbon-intensive energy sources”

The idea of the Anthropocene was first put forward by the Nobel prize-winning atmospheric chemist Paul Crutzen in 2000, in order to capture what was felt to be an entirely new time in the geological scale that segments the Earth’s history.

Anthropocene, says Hamilton, is a term describing a rupture in the functioning of the Earth system as a whole.

There are those who welcome this new era: if humanity is capable of altering the Earth system in such a profound way, it can surely control the climate and regulate the Earth through geoengineering and other methods.

Hamilton dismisses the concepts of what he terms the ecomodernists. We are entering uncharted territory. The forces of nature have been roused from their Holocene slumber, the climate system is becoming ever more energetic.

“Humans have never been more potent and have never exercised more domination over nature,” Hamilton says, “yet we are now vulnerable to the power of nature in a way we have not known for at least 10,000 years, since the last great ice-sheets finally retreated

Unpredictable era

In this new, unstable and unpredictable geological era, says Hamilton, we must face the brutal reality that, as a result of our actions, we are contemplating our own extinction.

The Great Acceleration continues, pushed forward by the pursuit of economic growth above all else.

“Even now, cognisant of the dire consequences, decisions are still being made to privilege carbon-intensive energy sources,” says Hamilton.

“Vast new coalfields are being developed, along with new sources of carbon pollution like Canada’s tar sands.”

Hamilton struggles to find a silver lining. He applauds the 2015 Paris climate conference, when 195 nations came together to forge an agreement – an event he describes as unprecedented in the history of diplomacy.

Can humankind be redeemed? Hamilton does not answer his own question. 

Anthropocene and Planetary Boundaries

Noel Castree, University of Manchester, UK

Published Online: 23 FEB 2016 • The International Encyclopedia of Geography



“The Anthropocene” was scientific neologism in 2000 but is now something of a buzzword in the earth and environmental sciences, with the prospect of becoming part of the lingua franca of the social sciences and humanities too. It is closely related to the younger scientific neologism “planetary boundaries.” Both terms describe human impacts on the face of the Earth that are wider and deeper than previously recognized. Both also have an epochal meaning, suggesting as they do the end of the Holocene epoch (the period of Earth history during which Homo sapiens have flourished). This entry details the origins of the Anthropocene concept, and its collateral term, planetary boundaries. It then discusses antecedent concepts that failed to catch on in the world of science or the wider world. Contemporary attempts to formally designate the Anthropocene as a new geological epoch are then considered. Despite being so far inconclusive, these attempts have not prevented the Anthropocene being visible in the broader environmental sciences courtesy of the planetary boundaries hypothesis. The entry considers how social scientists and humanities scholars are responding to the claim that humanity is leaving its “safe operating space,” concluding with a discussion of how the broader academic discussions of the Anthropocene are being registered in geography. Though so far fairly marginal to debates about both ideas, geographers have a clear stake in determining their future significance for science and society.

Download the full article in PDF format


  • earth observation;
  • human–environment interaction;
  • interdisciplinary research;
  • nature;
  • society;
  • sustainable development;
  • uncertainty;
  • wicked problems

The Capitalocene

Benjamin Kunkel  •  London Review of Books  •  Vol. 39 No. 5 · 2 March 2017
  • The Birth of the Anthropocene by Jeremy Davies
    California, 240 pp, £24.95, June 2016, ISBN 978 0 520 28997 0
  • Capitalism in the Web of Life: Ecology and the Accumulation of Capital by Jason Moore
    Verso, 336 pp, £19.99, August 2015, ISBN 978 1 78168 902 8
  • Fossil Capital: The Rise of Steam-Power and the Roots of Global Warming by Andreas Malm
    Verso, 496 pp, £20.00, October 2015, ISBN 978 1 78478 129 3
Coalbrookdale at night
Philip James de Loutherbourg, Coalbrookdale at Night, 1801, London, Science Museum

How is the ecological predicament of the 21st century to be conceived of? Politically, how is it to be confronted, and by whom? The basic features of the problem are plain enough, when you can stand to look. Universal carbon pollution, known by the mild term ‘climate change’, is already distempering the seasons with bounding extremes of heat and cold, and magnifying storms and droughts; increasingly, it will spoil harvests, spread tropical diseases, and drown coastlines. (Less well known is the threat of more frequent earthquakes and volcanic eruptions.[1]) Excess carbon dioxide in the air, partly absorbed by the waters below, turns the oceans more acid, corroding coral reefs as well as the shells of clams, oysters and other calcifying organisms. Ocean acidification, a chief cause of the Great Permian Extinction some 250 million years ago, may come to factor in the ‘mass extinction event’ – a planetary culling of life-forms with few rivals in the earth’s history – currently taking place. For now, fatal habitat loss, both underwater and on land, has more to do with local conditions becoming abruptly warmer or dryer; the arrival of unfamiliar species travelling in the entourage of globally mobile humans; and encroachment by farmland and roads. Farmland itself may be faring better than wilder and more biodiverse terrain, but here too there are grounds for concern: topsoil acreage is dwindling, as are glaciers and aquifers vital to irrigation, on a planet that must feed seven and, soon, nine or ten billion people. Most of this population is poor by European or North American standards and doesn’t constitute any automatic constituency for ecological restraint. Governments and corporations, for their part, have little incentive to slow, much less stop the general destruction. The collective activity of humanity is sapping the ecological basis of civilisation – and no collective agency capable of reckoning with the fact can yet be discerned.

In recent years, discussions of the dilemma have more and more often invoked ‘the Anthropocene’. The term, first hazarded in the 1980s by an American biologist, was rarely pronounced even among scientists before 2008 (a year also notable for a world economic crisis that caused global carbon emissions to fall for the first time since the dissolution of the USSR), when the Stratigraphy Commission of the Geological Society of London met to consider whether a new chapter in the history of the earth had opened, deserving a new heading. Geologists use the suffix –cene, from the Greek for ‘new’, to designate recent geological eras, such as the frigid Pleistocene and its more hospitable successor the Holocene, which began almost 12,000 years ago, and – if we have indeed entered the Anthropocene – ended, geologically speaking, just the other day. The Anthropocene would be defined by the novel preponderance of humans in the balance of earthly life and our unprecedented if, until lately, unwitting experiments in the chemistry of the planet’s atmosphere and oceans. The stably warmer temperatures of the Holocene invited the emergence of agriculture, and no one who consults the rapidly growing literature of the Anthropocene can help wondering how the destabilised climate of the present era will scramble the prevailing pattern of human life.

For some scholars, the earth’s human age began as many as ten thousand years ago, with the nearly universal extinction of megafauna such as giant sloths, woolly rhinos and sabre-toothed cats at the hands of Neolithic hunters (which would make the Anthropocene and Holocene virtually overlap). The more common view is that the Anthropocene started in modern times. One frequently cited study proposes the year 1610: depopulation of the Americas, after European conquest, had by then led to the reforestation of the New World, and the newly abundant trees of the Western Hemisphere withdrew so much CO2 from the air that the thinner atmosphere, along with diminished sunspot activity, brought on the so-called Little Ice Age of the 17th century. Two centuries later, around 1800, a more familiar climate dynamic was at work: ever greater quantities of fossil fuels were burned each year, releasing ever more CO2, resulting in an ever warmer climate. Accordingly, in one popular view, it’s the Industrial Revolution that installed the Anthropocene. For others it dawned punctually on 6 August 1945, when the US air force exploded an atomic bomb over Hiroshima and demonstrated the destructive power now wielded by humanity. By the 1960s at the latest the new times were upon us, with the postwar ‘green revolution’ (the name may sound ironic today) well underway. Scientific farming encouraged galloping growth in human numbers, through higher crop yields; the breakneck urbanisation of the global South, as redundant farmworkers swelled the cities; and widespread deforestation and pesticide contamination. Disputes over dates aside, the idea of the Anthropocene is the same. Human beings now largely determine the make-up of the biosphere as well as the chemistry of the atmosphere and oceans, and this episode of the species’ dominion will one day be as legible in the fossil record as the advancing ice sheets, asteroid impacts or proliferation of new life-forms that distinguished other epochs.

That day may soon come. For geologists, the Anthropocene is a technical question of stratigraphy: the evidence of planetary change in lakebed sediments, coral skeletons, layers of polar ice and so on. Last August, at the International Geological Congress in Cape Town, a group of 35 scientists overwhelmingly voted to recommend a course of investigation which, granted the expected results, will cause the Anthropocene to be officially ‘adopted as an Epoch’ within a few years. (For the Anthropocene Working Group, the epoch began in ‘the mid-20th century’, which ‘coincides with the clearest and most distinctive array’ of stratigraphic signals.) Writers outside the field have been less hesitant to declare the Anthropocene. A few book titles from the last two years alone: Adventures in the Anthropocene; Art in the Anthropocene; Wildlife in the Anthropocene; Amazonia in the Anthropocene. The word appears in the titles of hundreds of scholarly papers and three academic journals, not to mention art exhibits, heavy metal albums (The Anthropocene Extinction by Cattle Decapitation) and volumes of poetry (The Misanthropocene). It has already ‘picked up a variety of incompatible meanings’, as Jeremy Davies, a professor of English at Leeds, observes in The Birth of the Anthropocene, perhaps the best guide so far to the different senses and timeframes attached to the term. Even so, a common intellectual function seems to unite the various usages and, often, a shared polemical purpose too.

The political implications of the term are more ambiguous than its totalising allure. In the optimistic estimation of Davies and others, the Anthropocene holds great promise as, in his words, ‘a conceptual basis for environmental politics’. In After Nature: A Politics for the Anthropocene, the progressive American writer and professor of law Jedediah Purdy puts it this way: ‘The Anthropocene has to be named before people can try to take responsibility for it’.[2] The ecological reality, once acknowledged, can become a political imperative, leading to collective environmental decision-making where for now there is only collective vulnerability to ecological change as a consequence of collective inertia. Purdy contemplates ‘the ideal of Anthropocene democracy’: ‘Self-aware, collective engagement with the question of what kinds of landscapes, what kind of atmosphere and climate, and what kind of world-shaping habitation to pursue would all be parts of the repertoire of self-governance.’ Like most writers on the theme, Davies and Purdy recognise that not everyone is equally implicated in environmental degradation; as a rule, the poor are least to blame and suffer most. The Anthropocene is therefore for both authors a summons not only to ecological self-consciousness but to the radical redistribution of political power. In different, if equally vague, terms they each propose what sounds like democracy on a world scale: one anthropos, one vote.

In the absence of any plausible path to a green global democracy, however, Anthropocene thinking just as easily licenses more or less apolitical fatalism. In The Sixth Extinction (2014), Elizabeth Kolbert of the New Yorker concludes a book that for the most part consists of scrupulous reporting on collapsing ecosystems with a foray into speculative anthropology. In the Leipzig bar to which Mephistopheles invites Faust in Goethe’s play, Kolbert interviews a Swedish evolutionary geneticist who muses that some as yet undiscovered ‘madness gene’ accounts for humanity’s singular ecological career. Should the gene one day be identified, he says, ‘it will be amazing to think that it … changed the whole ecosystem of the planet and made us dominate everything.’ Kolbert appears to credit or at least entertain the idea that the die was cast as soon as Homo sapiens emerged as a distinct hominid species; inherent human destructiveness only awaited technological progress to be realised. Roy Scranton, in Learning to Die in the Anthropocene (2015), is less deterministic than Kolbert’s Faustian scientist but no less gloomy. Whether or not humanity might once have elected a different course, by now it’s too late: ‘The greatest challenge we face is a philosophical one: understanding that this civilisation is already dead.’ Typically intended as a rallying cry, the Anthropocene can also be a watchword of despair.


Waterloo Bridge- Fog Effect
Claude Monet, Waterloo Bridge: Fog Effect, 1903, St. Petersburg, Hermitage Museum

Two of the most formidable contributions so far to the literature of the Anthropocene come from authors who reject the term. Jason Moore in Capitalism in the Web of Life and Andreas Malm in Fossil Capital have overlapping criticisms of what Moore calls ‘the Anthropocene argument’. Its defect, as Moore sees it, is to present humanity as a ‘homogeneous acting unit’, when in fact human beings are never to be found in a generic state. They exist only in particular historical forms of society, defined by distinct regimes of social property relations that imply different dispositions towards ‘extra-human nature’. An Anthropocene that begins ten thousand years ago sheds no light on the ecological dynamic of recent centuries; modern Anthropocenes – usually conceived as more or less coeval with mercantile, industrial or postwar capitalism – either ignore the specific origins of the period or, at best, acknowledge but fail to analyse them. A concept attractive in the first place for its periodising potential thereby forfeits meaningful historical content. Moore proposes that the Anthropocene be renamed the ‘Capitalocene’, since ‘the rise of capitalism after 1450 marked a turning point in the history of humanity’s relation with the rest of nature, greater than any watershed since the rise of agriculture.’

Malm, a professor of ecology in Sweden, locates the headwaters of the present ecological crisis several centuries later, in the global warming set off by coal-burning industrialisation. He complains that in ‘the Anthropocene narrative’, climate change is relocated from the sphere of natural causes to that of human activities’ only to be ‘renaturalised’ a moment later as the excrescence of ‘an innate human trait’. Anthropological invariables like ‘tool use, language, co-operative labour’ and so on may furnish preconditions for accelerating climate change, but do nothing to establish it as a predestined episode in the history of the species: ‘Capitalists in a small corner of the Western world invested in steam, laying the foundation of the fossil economy; at no moment did the species … exercise any sort of shared authority over its own destiny and that of the earth system.’ Nor in the time since has the species en bloc become ecologically sovereign: ‘In the early 21st century, the poorest 45 per cent of humanity generated 7 per cent of CO2 emissions, while the richest 7 per cent produced 50 per cent.’ For both Malm and Moore, capitalism must be recognised as the overriding determinant of humanity’s recent ecological career if the present era of natural history is to become a useful object of analysis, not merely of handwringing.

The terminological dispute – Anthropocene or Capitalocene? – may not be so important. What does matter is which sense of our present straits prevails. Human beings have fundamentally shaped life on earth for thousands of years, a fact that the term Anthropocene alludes to. The unprecedented scope and pace of such change over the past half millennium is better evoked by the term Capitalocene. Yet the outsized role of human societies in determining the complexion of earthly existence will persist long after the capitalist mode of production – on even its partisans’ most optimistic assumptions – has expired. Ecologically, you might say, the Anthropocene is here to stay, but just how it unfolds over coming generations will be decided by whether, politically, it remains the Capitalocene (‘privileging the endless accumulation of capital’, as Moore puts it) or becomes for the first time a properly political Anthropocene, in which the interests of humanity as a whole chart our ecological course. Framing the matter like this isn’t to accept as proven the ‘impossibility theorem’ of John Bellamy Foster, according to which there can be no ecologically sound capitalism. Nor is it to take it for granted that the next mode of production (and pollution) will necessarily be greener than that of the Soviet bloc, where the USSR drained away the Aral Sea and let the Chernobyl reactor melt down, the GDR emitted the most sulphur dioxide per capita of any country, and Polish authorities classified environmental information as state secrets. But it is to insist that the question of modern humanity’s past and future ecological trajectory can’t be intelligently posed except as a question about capitalism.

In a sense, ecomarxism began with Marx and Engels themselves. In Capital, Marx predicts that private property in land will one day seem as absurd as chattel slavery, and complains that meanwhile ‘all progress in capitalistic agriculture is a progress in the art, not only of robbing the labourer, but of robbing the soil; all progress in increasing the fertility of the soil for a given time, is a progress towards ruining the lasting sources of that fertility.’ Like much in Marx, this seems both prescient and premature. So-called guano imperialism – in which European capitalists employed Chinese labourers to mine centuries of accumulated bird droppings off the coast of Peru, then sold the fertiliser to farmers back home – maintained agricultural productivity in the capitalist heartland until the invention, after Marx’s death, of artificial or petroleum-derived fertilisers. (The durability of that triumph no longer seems assured: thanks largely to the excessive use of artificial fertiliser – erosion and global warming are other culprits – arable land per person will be, come mid-century, only a quarter of what it was in 1960, in the estimate of the UN’s Food and Agricultural Organisation.) Marx floated other ecological propositions, too, suggesting that every social formation has a particular demographic regime that modulates the rate of population growth, and Engels later generalised Marx’s concern with soil exhaustion into something like a law of environmental blowback:

Let us not … flatter ourselves overmuch on account of our human victories over nature. For each such victory nature takes its revenge on us. Each victory, it is true, in the first place brings about the results we expected, but in the second and third places, it has quite different, unforeseen effects which only too often cancel the first … Thus at every step we’re reminded that we by no means rule over nature like a conqueror over a foreign people, but that we, with flesh, blood and brain, belong to nature, and exist in its midst, and that all our mastery of it consists in the fact that we have the advantage over all other creatures of being able to learn its laws and apply them correctly.

It’s also possible to pick out stray instances of proto-ecological thinking in prominent inheritors of Marx’s thought. Rosa Luxemburg in The Accumulation of Capital (1913) argued that capitalism couldn’t expand without dragging into the orbit of ‘the commodity economy’ ever more of ‘the natural economy’ outside capitalist exchange, and Horkheimer and Adorno in The Dialectic of Enlightenment (1944) lamented the instrumental reason that sought to control and quantify nature to no purpose beyond the automatic pursuit of profit: ‘What human beings seek to learn from nature is how to use it to dominate wholly both it and human beings.’ But ecological awareness never became systematic either in so-called classical Marxism, which persisted into the 1920s, or the Western Marxism that came after.

Ecomarxism, as a developed perspective rather than a thwarted intuition, is a recent phenomenon. In 1988, James O’Connor, founding editor of the American journal Capital Nature Socialism, proposed that the ‘capital-nature relation’ is no less fundamental than the capital-labour relation in analysing how capitalism reproduces and, ultimately, undermines itself. Another landmark was Marx’s Ecology (2000), easily the best of Bellamy Foster’s books. Prompted by Marx’s critique of the unsustainable metabolism (Stoffwechsel) by which capitalist agriculture extracts from the soil more nutrients than it replaces, Bellamy Foster offered the all-purpose concept of a ‘metabolic rift’ between capitalist humanity and nature: the compulsion to accumulate ever more capital rules out the metabolic equilibrium that would allow a society to maintain indefinitely the environment from which it indefinitely takes its livelihood. In a more technical work, Marxism and Ecological Economics (2006), the American Paul Burkett showed how a Marxian account of political economy could be reconciled with elements of ecological economics such as natural capital (natural resources considered as a capital asset, alternatively depleted or preserved); entropy (the depletion of energy-dense raw materials as an ultimate check on economic growth); and the possibility of a zero-growth or steady-state economy.

The intellectual achievement of ecomarxism was to adumbrate a holistic account of the way human beings simultaneously make natural history and their own social history; the political promise was to assert the ideal of a future society that would both abolish social class and preserve the environment. Yet Burkett could have been speaking for O’Connor and Bellamy Foster in the US, as well as for European figures like Elmar Altvater in Germany and Michael Löwy and the late André Gorz in France, when he admitted that his work dwelt on ‘the reconstruction of Marx’s approach rather than its application’. Ecomarxism spent its first decades in methodological throat-clearing, outlining but not yet undertaking a new kind of historical research. This is the background against which Capitalism in the Web of Life appears as a major contribution to both Marxist and general ecological thinking. A somewhat erratically organised work marred by a hyperactive will-to-neologism (‘the Capitalocene’ is one of many coinages), Moore’s book nevertheless represents the closest thing yet to a complete theory of capital accumulation as an ecological process unfolding across past centuries up to the brink of tomorrow.

Moore’s initial purpose is to reject the ‘green arithmetic’ that merely adds environmental considerations to social analysis as a pious afterthought. In the suggestive fact that the words ‘economy’ and ‘ecology’ share a root in oikeios – Greek for ‘household’ or ‘place’ – he finds the prospect of a new ontology, beyond nature/society dualism. To see that societies and natural environments continually ‘co-produce’ each other in the same spot is to understand our problem synthetically as one of ‘humanity-in-nature’ and ‘nature-in-humanity’ rather than merely additively as one of humanity and nature. From the first, human societies have decisively shaped the extrahuman natures that shape them in turn, so that the natural world is never a thing apart: ‘Nature is, above all, historical.’ (It is especially so in the case of capitalism, given that it encounters few landscapes that aren’t already substantially the handiwork of prior social formations.) Placing nature and society in separate compartments is a peculiar mental artefact of capitalism, whose ‘governing conceit’ is that nature exists outside society and may therefore ‘be coded, quantified and rationalised to serve economic growth’. An old-fashioned Marxist at least in his somewhat hectoring use of italics, Moore declares capitalism ‘not an economic system’ but ‘a way of organising nature’.

Some of Moore’s terminological novelties name useful conceptual innovations. The first of these is a capitalist law of Cheap Nature, analogous to the quest for cheap labour. In a standard reading of Marx’s law of value, capital strives to get ever more commodity production from an hour’s labour while paying the labourer ever less for that hour as a share of its costs. Without dissenting from this, Moore sees the effort to boost labour productivity in the workplace as united with another imperative. Capital ‘must ceaselessly search for, and find ways to produce, Cheap Natures’ as inputs to commodity production. These belong to four basic categories: food, labour power itself, energy and raw materials. Staple foods must become cheaper because household expenditure on them accounts for much of the base cost of hiring workers. Labour power – considered here not as something expended on the job, but reproduced in the worker’s home – must become or remain cheap by foisting as much as possible of the burden of maintaining the labourer onto unwaged workers, especially, historically, their wives. (In a modest but central way, Moore’s book is a feminist work.) As for energy, improvements in the design of windmills, ships and watermills made propulsion by wind and water cheaper; the novelty of more recent centuries is that energy from fossil fuels first enabled motorised transport and drove industrial production, and then tended constantly to lower their costs. Finally, raw materials too must become cheaper, since the construction of a building or the manufacture of a metal device will be less expensive the more economically timber can be logged or ore mined.

Naturally, the ‘Four Cheaps’ can’t be expected invariably to fall in cost at the same time. If need be, one kind of cheapness can compensate for difficulties in obtaining another. Moore supplies an example from the 16th century, when rising agricultural wages in Western Europe and, consequently, more expensive food promoted the expansion of commodified agriculture to the Baltic, where grain could be grown for less. Indeed, the secular trend over recent centuries has been for labour power to become more expensive while the price of energy and raw materials has tended to fall. Ideally, however, the availability of any one of the Four Cheaps promotes that of the others, in a continuous campaign to open multiple new ‘commodity frontiers’: ‘The Dutch Republic was the 17th century’s “model capitalist nation”’ – in Marx’s phrase – ‘because it organised and led a world-ecological regime that delivered Cheap grain (from Poland), Cheap energy (from domestic peat), and Cheap timber (from Norway and the Baltic) to the northern Netherlands.’ To the degree that the Four Cheaps can be secured, both the efforts of labourers and the cruder components of the labour process can be more cheaply had. The productivity of an hour’s labour will therefore rise, and the opportunity for profit expand.

Altogether, according to the logic of Cheap Nature, ‘more and more extra-human nature attaches to every quantum of socially necessary labour-time,’ while the cost of securing this increasing biophysical throughput decreases as a proportion of capital’s total outlays. Capitalism’s ecological project, in other words, is to enlarge the quotient of ‘unpaid nature’, like that of unpaid labour, in the total value of saleable commodities. (It may sound strange to speak of unpaid nature when nature accepts no cash, but workers must be paid to deliver many of its so-called free goods, and rent is usually paid for access to resource-rich land.) The insight that commodity production will cost least where both work and materials cost least may appear obvious. But it’s not too obvious to have escaped most writers on Marx’s value theory, who typically concentrate on machines and other infrastructure (‘fixed capital’) in the means of production to the neglect of energy and raw materials (‘circulating capital’). As Moore points out, ‘circulating capital is the forgotten moment in Marx’s model.’ Later adherents of the labour theory of value perhaps felt abashed to admit the full import of non-human energy and raw materials, when these are obviously not products of human labour. But as Marx himself insisted, ‘labour is not the source of all wealth. Nature is just as much the source of use values … as labour, which itself is only the manifestation of a force of nature.’

Can capitalism come by Cheap Nature indefinitely? Moore identifies a counter-tendency, which he calls ‘the tendency of the ecological surplus to fall’. The ecological surplus refers to the contribution that the flood of non-human ‘work/energy’ into the economy makes to capital accumulation over and above the monetary cost of procuring it. The ecological surplus will fall whenever capital can’t maintain or boost the quotient of ‘unpaid nature’ in the sum of commodity values.

Moore lays out four reasons why this might – and, finally, must – take place across the system. First, the law of entropy stipulates that using compact and versatile energy-dense materials (say, precious metals or fossil fuels) yields less serviceable and energy-dense materials (cans in the recycling bin) if not outright waste (discarded batteries) and pollution (power plant emissions). Over the long run, transforming useful resources into useless waste rules out economic growth. (Moore denies that entropy ultimately threatens civilisation tout court, as opposed to ‘specific civilisational logics’, but he doesn’t say why, and how could he? One suspects a concession to the anti-Malthusian etiquette of socialists, according to which no ultimate limits to growth should be conceded lest final scarcity justify interim poverty. But the Second Law of Thermodynamics doomed civilisation on earth to a mortal career from the start; the only question – as with a human life – is how brief and blundering the career proves.)

A second and more immediate risk is that the capitalisation or money-cost of the Four Cheaps rises faster than their contribution to labour productivity, as might happen should increased demand for unfinished commodities like wood, copper or wheat – or co-operation among the countries that export them – drive up prices. A third hazard is that natural resources may, for technical reasons, become harder rather than easier to come by; after plucking the lowest-hanging fruit, capital will need to make and climb a ladder, as it were, to gather the remainder. (Petroleum production furnishes perhaps the most important example of declining ‘energy returned on energy invested’: a century ago, it took far less effort to extract a barrel of oil from the great Texas oilfields than it does now to get, through fracking, another barrel from what the first procedure left behind.)

Moore’s fourth and last barrier to a perpetually increasing ecological surplus – and ‘arguably the most cumulatively significant’ – is degradation of the biosphere through carbon emissions, soil degradation, biodiversity loss, chemical toxicity and so on. A sufficiently tattered web of life will yield ‘negative value’ rather than any positive plenty: no application of capital or labour, in any amount, will be able to produce anything but goods of generally inferior quality and quantity. Capitalism would then have finally destroyed the natural preconditions for continually rising labour productivity and endless capital accumulation, never mind the welfare of noncapitalist humans and other bystander organisms.


Campbell's Soup Cans
Andy Warhol, Campbell’s Soup Cans, New York, Museum of Modern Art, 1962

At the heart of Capitalism in the Web of Life lies a bravura sketch of historical capitalism unfolding across five centuries. In this picture of things, capitalists deploy waged workers to produce commodities from a natural world tendentially reduced, over time, to a uniform field of ‘abstract social nature’, in which the value of any item of earthly life is reckoned according to its service to capital. It’s with the advent of abstract social nature that ecological modernity begins, and Moore’s Capitalocene therefore gets properly underway with the Dutch Republic of the 16th and 17th centuries, the first capitalist polity. By legal institution and imperial enlargement of a unified capitalist market, the Dutch launched a process of increasingly intensive and extensive commodification that would one day seize virtually the whole world.

Abstract social nature entails global capitalism in nuce. Cheap energy means food, produced where it is cheapest, that can be shipped across the world, while cheap raw materials, together with the same cheap transport, mean that factories and offices can be operated wherever labour is cheapest, regardless of any stingy local resource base or inhospitable climate. Moore illustrates the thesis with a partial résumé of ‘early capitalism’s transformations of land and labour, from the 1450s to the eve of the Industrial Revolution’. Among some two dozen examples, he cites the agricultural revolution that began in the Low Countries, displacing Dutch labourers from farmwork into manufacturing and maritime enterprises; the 16th-century emergence of Potosí, in Bolivia, ‘as the world’s leading silver producer … on the heels of the exhaustion of Saxon and Bohemian silver mining, itself conditioned by deforestation, declining ore quality, and labour unrest’; the contemporary relocation of Iberian shipbuilding to Cuba and Brazil, as Mediterranean forests were exhausted; and so on. His review of industrial capitalism is similarly panoramic.

Capitalism in the Web of Life isn’t the detailed ecological history of capitalism that Moore has promised for a later work. For now, he traces a tentative outline over the late Giovanni Arrighi’s sequence of systemic cycles of accumulation. ‘Dutch hegemony emerged through a world-ecological revolution that stretched from Canada to the spice islands of Southeast Asia; British hegemony, through the coal/steam power and plantation revolutions; American hegemony, through oil frontiers and the industrialisation of agriculture.’ Each of these ways of organising nature in pursuit of a rising ecological surplus is founded on combusting a particular fossil fuel (respectively, peat, coal and petroleum) to a historically new degree. And each ‘ecological regime’ falters before its successor for the same fundamental reason: ‘The ecological surplus falls as the capitalisation of nature rises.’ Simply put, British capital, by comparison with Dutch, could get more out of the natural world for less, just as American capitalism could later do by comparison with the British. The old regime then gives way to restored and enlarged reign of Cheap Nature, enthroned in a new imperium, until the line comes to an end.

Such forecasts inevitably give hostages to fortune, and Moore’s book, in which he writes of a ‘seemingly endless commodity boom’, was published in the midst of a collapse in commodity prices. The price of a barrel of oil, which approached $140 in early 2008, now hovers above $50. And yet such price swings are only historical noise: the trick is to make out the long-term signal they mask. So long as capitalism persists, will it tend to recover the ability to appropriate a rising ecological surplus as, on Moore’s account, it has always done in the past? Or is Cheap Nature at last at an end, as he also argues? It is difficult to see how the global economy’s annual drain on the earth can go on increasing, at whatever price in dollars, for many decades longer. Even if an overhauled energy infrastructure sets sunlight and wind to powering vehicles and machines at no greater cost than today – no very certain event – what internal mechanism will restrain capital’s headlong degradation of the planet’s biological fertility and depletion of its mineral endowment? Moore is persuasive that capital will before long find itself unable to commandeer an ecological bounty of growing abundance.

When he asks in the final sentence of his book how much longer capitalism can survive, he may nevertheless be succumbing to socialist hopefulness. Suppose a racking crisis caused the capitalist economy to contract in size. Far from finishing off the system, partial collapse might give it a new lease of life by enabling a proportionally rising ecological surplus to be derived from an absolutely smaller material throughput. A smaller body of labourers could then be employed to furnish a growing mass of commodities to a reduced company of consumers, realising an acceptable rate of profit in the process. Any number of people might thereby lose the capacity to sell their labour and purchase other commodities in return, without in principle threatening the system; they would merely swell a surplus population, redundant to the needs of capital. In his short book Four Futures, Peter Frase lays out a quartet of political schemata for the 21st century.[3] ‘Exterminism’ is his name for a combination of ecological scarcity with aggravated class society: guarded enclaves for the rich in an ocean of the superfluous poor. Political organisation among the dispossessed would do more to block such a path than the humane standards of the possessing classes. Nothing in the nature of capital accumulation, anyway, forecloses it.

Was a less destructive ecological regime ever possible in modern times? Is there a prospect of one today? Andreas Malm’s Fossil Capital approaches these questions through a contrarian inquiry into the Industrial Revolution. Industrial capitalism effected for the first time the transition from an ‘organic’ or solar economy (in which plant life supplies power, in the direct form of firewood, or the indirect form of fodder for animals and food for human workers) to a fossil economy, defined by Malm as one predicated on ‘the growing consumption of fossil fuels, and therefore generating a sustained growth in emissions of carbon dioxide’. In this shift, the British cotton industry played a leading role. Britain dwarfed the rest of the world in CO2 emissions from fossil fuels up to the middle of the 19th century, accounting for some 80 per cent in 1825 and more than 60 per cent a quarter of a century later. During this period, which wags have called ‘the Anglocene’, the steam engine formed the largest single consumer of coal. It was the cotton industry that first used steam as a prime mover, and as late as 1870 textile manufacturers operated more steam engines than any other sector of the economy.

The common assumption is that mill owners chose steam power over power from running water because it was more cost-effective, but Malm convincingly argues that ‘steam gained supremacy in spite of water being abundant, cheaper and at least as powerful.’ Coal must of course be laboriously mined and often transported by rail to reach factories; flowing water is available for free to any mill owner whose property abuts a stream. Steam power might nevertheless offer the better bargain if competition for access to riverine land raised rents. But in rainy Britain rivers were never used at anything like full capacity. Water remained cheaper than coal, per unit of horsepower, decades after the cotton industry switched from water mills strung along rivers to urban factories housing steam engines. Nor was steam mechanically superior at the time of the transition, which Malm places in the 1840s. Water wheels were at least twenty times more efficient at transmitting the energy of falling water to spinning jennies and looms than steam engines were at transforming the energy in coal into mechanical motion. What’s more, water power was smooth, and scalable. During the decisive decades ‘the largest cotton mills remained water-powered, often with tremendous wheels placed in pairs, triplets or even greater sets.’

Malm allows that the steam engine ultimately enabled the textile industry to turn out yards of cloth faster, and on a greater scale, than if mill owners had stuck with water power. But effects of the transition can’t double as its causes. What explains the preference for steam, in Malm’s view, is that the changing relations of production between mill owners and their employees occasioned changes in the forces of production. As the cotton industry expanded in the first half of the 19th century, the workforce of the water mills, at first drawn from local rural populations, came to consist of indentured apprentices. Young runaways or recruits from poorhouses were housed in barracks-like ‘colonies’ and compelled to work past the limits of physical endurance when the river ran full enough to drive a mill’s entire complement of machines. The arrangement imposed on capitalists the costs of housing and feeding a workforce of relatively inflexible size; mill-hands couldn’t be dismissed when looms sat idle without risking a labour shortfall later on. Too scarce locally for owners to sack and replace them casually, workers were prone to wildcat strikes, attempts at unionisation and acts of vandalism when they didn’t flee altogether. As an agent of the Poor Law Commission observed in 1836, ‘the incentive to industry and good conduct is lost, where the young person feels himself in state of bondage.’

The advantage of steam-powered factories over geographically isolated water mills was simply that they could be set up in towns. Unlike the captive and dependent workers of the water mills, the free urban proletariat bore the cost of its own upkeep. And because its numbers exceeded the requirements of capital, labourers liable to shiftlessness or militancy could be dismissed without endangering the supply of ready hands. Even the political gains of the labour movement favoured urban factories over rural colonies. The Ten Hours Bill fixed a new limit to the working day in 1847. Because rivers don’t run on command as steam engines can, ‘the more working hours were restricted – and the more such restrictions were anticipated – the larger the premium on an energy source unperturbed by the rhythm of the weather, or conversely: the shorter the working day, the more painful the cost of a wheel slowing or coming to a stop.’ A system of reservoir management like the one proposed for the River Irwell in the early 1830s might have ensured a steady flow of hydro-power to mill owners, but such schemes require a degree of co-ordination that typically eludes the mutually antagonistic capitalists in a given industry.

According to Malm’s general theory of ‘fossil capital’, industrial capitalism gave us the steam mill because flowing water’s fixity in space deprived capitalists of the crucial ability to locate production wherever labour was most plentiful and tractable. Steam ‘was adopted in spite of its massive drawbacks because of its mobility in space’, with the ‘spatiotemporal profile’ of coal – a compact and portable source of energy – allowing factory owners to operate wherever and whenever they pleased. Yet this very mobility in space is derived from the ‘immobile strata of concentrated energy’ that are fossil fuel deposits. Fossil fuels now persist, in the face of renewable alternatives, because of massive investments of capital in the fixed infrastructure of their production, refining and transportation. The transition to a post-carbon energy system that every rational person sees must be undertaken with all deliberate speed can’t occur without devaluing the assets, natural and built alike, of private and state-owned energy companies. Meanwhile, fossil energy is publicly subsidised at six times the rate of renewables. This subsidy to suicide is reason alone to doubt the possibility of any ecological capitalism. Malm’s remarkable book concludes with the heartening observation that ‘a global climate movement is gathering momentum’, but also the anxious question of whether it can ‘amass a social power larger than the enemy’s in the little time that is left’.


Tower of Babel
Pieter Bruegel the Elder, Tower of Babel, c. 1563, Vienna, Kunsthistorisches Museum


After the election of the climate change denier Donald Trump, ‘enemy’ is not too strong a word. Trump has pledged to withdraw from the Paris Agreement of last year, which rhetorically committed the nations of the world to preventing a rise in mean global temperature greater than 1.5ºC. A rise of 2ºC is generally considered dangerous, but may already be a lost cause. In November, a paper in the journal Science Advances projected that average temperatures will increase between 4.78ºC and 7.36ºC by 2100 under what is tellingly called a ‘business-as-usual’ scenario.

Neither Capitalism in the Web of Life nor Fossil Capital is a work of political strategy, and Moore and Malm both refrain from arguing what each assumes: namely, that a new and better ecological regime can come about in the 21st century. The signal traits of contemporary capitalism are fantastic economic inequality and ecological devastation, with the latter perversity accepted as the price of the former. A contrary project of ecosocialism, to call it that, would seek to reverse both developments by simultaneously elevating living standards for the bulk of the world’s people and reducing to a sustainable level humanity’s use of the planet’s resources. It is natural to wonder, however, whether the universal provision of a good standard of living on a sound ecological basis exists even as a technical possibility, let alone a political prospect. With each year that the global population increases while the conditions of its livelihood deteriorate, we presumably near the point at which any rough equality of global incomes must either commit us to environmental ruin fully as much as capitalism has done, or impose a grim uniform poverty.

We don’t seem yet to be at such a pass. Vaclav Smil’s Energy in Nature and Society (2007) is a largely apolitical effort to outline a ‘general energetics of complex systems’ capable, among other things, of describing different forms of human social organisation according to a common measure of energy supply, calculable in joules of electricity. Because all human activities, along with all natural and manufactured objects, represent quantities of energy, a society’s per capita energy supply, taking into account the efficiency with which it’s used, is the best proxy for that society’s standard of life. Smil doesn’t consider reducing global per capita energy consumption to be either politically realistic or ecologically necessary: a ‘solar-based society’ could furnish the same energy that ‘fossil-fuelled civilisation’ does today. But neither does he think that average energy supply – on his estimate, 58 gigajoules per person per year – must increase for poverty to be abolished. Thanks to ongoing improvements in efficiency, 58 gigajoules can be expected by the middle of the next decade to yield the same services for which 75 are required today, permitting a global per capita energy supply equivalent to that of France or Japan fifty years ago: ‘Billions of today’s poor people would be happy to experience by 2025 the quality of life that was enjoyed by people in Lyon or Kyoto during the 1960s.’ Smil’s choice of these two cities conjures a modest but stylish utopia.

If a sustainable universal prosperity is technically feasible, what political constituency might bring about ecosocialism or basic solar communism or whatever you want to call it? Classical Marxism had a plausible if ultimately mistaken theory of how capitalism cultivated the collective actor that would one day replace it. A constantly more numerous and better-organised working class, its identity cohering as proletarian experience became more uniform across industries, regions and countries, would need only to perceive its shared strength in order to wield it, and the workers as a body would seize the world they’d made. The hypothesis retains its elegance, but has lost its persuasiveness so far as the working class remains nationalist in perspective and its organised component has dwindled in proportion to the rest.

The discussion or discourse of the Anthropocene often promotes a new universal subject: not the class-conscious international proletariat, but a species-conscious planetary humanity. This is a nice idea amid a runaway ecological crisis with no deliberate agent behind it; even corporate directors and high officials can sincerely protest that they may do nothing beyond what shareholders or voters will accept. But no collective actor can be conjured from a name, and the literature of the Anthropocene so far fails to identify any historical process that might combine with moral exhortation to produce a borderless social movement in which human beings throughout the world effect their ecological solidarity as a political force. The ecomarxists who contend that capitalism can’t become an ecological civilisation meanwhile maintain a judicious silence on the question.

But the time when popular majorities confront an ecocidal capitalism as the enemy may not be far off. Suppose that for environmental and perhaps other reasons (such as capital’s abstention from productive investment in favour of financial shell-games) per capita economic growth comes to an end, as over the last decade it has done in the Eurozone. If, historically, capitalism has derived its legitimacy as a social order from being a positive-sum game that delivered rising incomes for the larger part of society, no populace can be expected to bestow the same legitimacy on a zero-sum game in which any capitalist gains would be everyone else’s loss. Capital is also badly equipped to face post-growth conditions because the challenge of obtaining a profit from any department of an economy that no longer grows will encourage the rich to sit on cash holdings rather than venture them in durable investment. Such a heightened liquidity preference, in Keynes’s term, could only exacerbate the stagnation to which it was a response. Socialised investment, exempt from the requirement of immediate profit, would, on the other hand, be more easily committed to projects liable to raise or at least maintain the income of the community. In short, where economies cease to grow, efforts to aggrandise private wealth threaten to shrink and discredit the capitalist class along with the economy as a whole; socialism stands a better chance at the full utilisation of economic capacity, not to mention a fair distribution of the proceeds. The constituency for establishing such a new order would simply be the growing numbers with reason to believe they would be better off that way.

Only, why should any future socialism be an ecosocialism, committed to the criterion of sustainability (a tarnished word, with no apparent substitute) that capitalism merely flatters and betrays? It’s easy enough to imagine socialists availing themselves of an over-large biophysical throughput or excessive exploitation of the natural world for the sake of prosperity today in spite of desolation tomorrow; no modern politics has yet been devised to represent that eternal majority, the unborn. The feeble but honest thing to say is simply that ecosocialism seems possible, as ecocapitalism does not. Socialism may not necessitate, but it at least permits, that collectively assumed and administered usufruct of the earth that the slogan of the Anthropocene urges but can’t induce. Any such political approximation to enlightened species-being would likely emerge in a handful of embattled and, with luck, allied countries long before attaining anything like the universality it intended. An international movement to redistribute ecological harm and plenty along lines of equality, within living generations as well as between them and their descendants, would, in other words, face a drawn-out battle against a capitalism dead-set against any such thing. This means, tragically, that by the time the Capitalocene concludes, capitalism will only have a more or less badly despoiled world to bequeath to its successor, whether – updating Rosa Luxemburg – that turns out to be ecosocialism or ethnobarbarism. In the political sense of the term, then, the question about the Anthropocene isn’t when it began but whether it ever will, and, if so, where first. Godspeed!

[1] The case for ‘how a changing climate triggers earthquakes, tsunamis and volcanoes’ is forcefully made in Waking the Giant (2012) by the English geophysicist Bill McGuire. The enormous weight of water that rising seas will deposit on landmasses, destabilising geological faults and thereby setting off earthquakes, is one cause of the tectonic disarray McGuire foresees; another is the disappearance of glaciers that elsewhere hold such faults in place.

[2] Harvard, 336 pp., £23.95, September 2015, 978 0 674 36822 4.

[3] Verso, 160 pp., £8.99, November 2016, 978 178168 813 7.

Democracy needs more trees and less Trump

John Dryzek, University of Canberra

This article is part of the Democracy Futures series, a joint global initiative with the Sydney Democracy Network. The project aims to stimulate fresh thinking about the many challenges facing democracies in the 21st century. The Conversation


For almost all of its more than 2,500-year history, democracy has been thought of as an attribute of purely human societies. For most of that history democracy was generally reviled and excoriated; only in the late 20th century did it come to be widely celebrated, and indeed widely practised.

But now democracy seems to be on the skids. No countries are transitioning from authoritarianism to democracy anymore. Quite the reverse seems to be taking place, in countries as diverse as Russia, Turkey, the US, Poland, the Philippines and Hungary. The people once thought to be committed to democratic citizenship now all too often reveal themselves in a far less flattering light.

Today many people will happily vote for demagogues. They do not seem to care that these demagogues have no interest in the truth. Voters vent their prejudices, even if it will make them worse off – poor white Trump voters will be the first to suffer and perhaps die if Obamacare is abolished, while Brexit voters will be hurt by decline in the UK economy.

The quality of political communication is on a downward spiral as people retreat into their social media echo chambers. Truth gives way to truthiness, to use the word coined by American comedian Stephen Colbert. And, as Colbert pointed out last year, truthiness then gave way to Trumpiness, when even feeling something is true no longer matters – all that matters is the feeling.

The democratic virtues of trees

If people are starting to look much worse in democratic terms, trees are starting to look much better.

In The Hidden Life of Trees, Peter Wohleben explores the subtle ways in which trees communicate with each other to their mutual advantage. Acacia trees, for example, give off ethylene if giraffes start eating them, as a warning to other trees to start pumping toxins into their leaves to deter the giraffes.

Both plant and animal societies feature meaningful communication, as do ecosystems of multiple species. Underground fungal networks transmit chemical signals even between trees of different species.

Trees do not lie. They do not disseminate or believe fake news. Neither do they believe things that are manifestly false, or try to undermine and destabilise science with well-funded misinformation campaigns.

We can further explore the relative democratic virtues of trees and Trump by examining recent interest in sortition, or random selection of panels of citizens as an alternative to voting for political representatives. This is the way juries in criminal cases have long been selected, and we entrust them with some very important decisions.

We do this because we know that juries are good at listening, reflecting and weighing evidence. Which is precisely what elected politicians are bad at – even when they are good at making arguments. The solution is surely that we need more and better listening and reflection in government, perhaps through a randomly selected upper house to replace the Senate.

I used to think that sortition would be a bad way to select prime ministers or presidents. Now I am not so sure. There is probably about a 90% chance that a randomly selected US citizen would make a better president than Donald Trump. There is about a 40-50% chance that person would actually make a good president.

I would argue further that there is a 100% chance a randomly selected tree would make a better president than Trump.

Now, one might think that there is zero chance this tree would actually make a good president. But that is to take a human-centred, anthropocentric view of the matter. Things might look different from the point of view of trees, which work on a much longer time scale.

Pay heed to nature’s screams of pain

A post-truth political world yields the unexpected benefit of enabling re-assessment of the relative merits of human and non-human communication. And if we attend to the latter, we might find that nature is screaming in pain at what we humans are doing to it – and ultimately to ourselves, for we are ecologically embedded creatures.

The screams might be from local extinctions, crashes in species diversity, drastic changes in the nitrogen cycle, climbing concentrations of greenhouse gases, acidic oceans, or the death of once-healthy waters. We do not hear because (with the exception of some indigenous societies) we are such bad listeners.


We’d better start listening to the Earth, and responding to its screams.
Duncan Hull/flickr

Earth scientists now think we are entering a new epoch of the Anthropocene – an epoch of human-induced instability in the Earth system – which replaces the past 11,000 years or so of the unusually stable Holocene. As my colleague Will Steffen puts it, the Holocene is the only state of the Earth system we know for sure can support human civilisation.

We can no longer assume that the Earth system is fixed and forgiving. Climate change is just a foretaste of the catastrophes in store if we do not find a way to better listen to its screams, and act in response.

If we can listen better and reflect upon non-human communication, we might also do better in listening and reflecting upon communication with other humans.

In 1927, American philosopher John Dewey famously wrote that “the cure for the ailments of democracy is more democracy”. Today, we can see that one cure for the ailments of democracy is a more ecological democracy. Democracy now needs more trees and less Trump.

This article comes from a talk given at the Sydney Environment Institute’s Ecological Democracy: Looking Back, Looking Forward event on February 20. The event was co-sponsored by the University of Canberra and Stockholm University.

John Dryzek, Centenary Professor, ARC Laureate Fellow, Institute for Governance and Policy Analysis, University of Canberra

This article was originally published on The Conversation. Read the original article.

The Energy Crisis

This article developed from a comment on an article by Jessica Irvine in the Sydney Morning Herald “Energy crisis: The 9 questions you were too embarrassed to ask”.

Point 1: There may be no energy crisis but there is an ecological crisis – which is growing. It is vital to keep the ecological crisis in focus as other crises flow on from that. In the Anthropocene everything is connected.

Point 2: The worse the ecological crisis gets, the more the energy crisis mounts, and the more people will suffer or die as a result. The economy and food supply will be hurt as well.

Point 3: There is currently a problem with gas supply, but that results from gas companies deciding not to supply gas to local consumers, and from gas power stations failing in the heat (from the ecological crisis). We probably need to get out of the attempted control of the gas companies.

Point 4: A point of agreement. Coal is stupid, expensive and poisonous to people and the environment.

Point 5: One significant problem is that the Coalition has become obsessed with defending fossil fuel companies, and has actively worked to prevent alternate energy supplies from increasing. Labor was not much better, but it was better.

Point 6: Prices will continue to increase in the market as it exists, as companies continue to manipulate that market to increase profit. That is what companies do. That is why the prices have increased after the Carbon tax was repealed. We have a situation in which various companies are profiteering from the destruction of both our environment and Australia’s energy systems. This, is the main story, so let’s not forget it.

Point 7: South Australia is going it alone because the Federal government has done little but attack them (mostly using false information) in order to defend fossil fuel companies, and has provided no help, or even moral support. Essentially more states will have to go it alone if we want a solution under this Federal Government.

Point 8: Battery storage is still in development and will get better. They are still cheaper than the alternatives. We might think about a contract in which batteries get replaced with newer models as time passes. But that would not be supporting fossil fuel companies, so there is little chance of that.

Point 9: The Coalition government is in the business of picking losers that won’t challenge fossil fuel companies. The new Snowy scheme will be overpriced, depend on water and snow we may not have, and be powered by coal if possible. It is a massive waste of money, as you might expect.

Souls, Cyborgs and Symbiotes

I’ve been reading Donna Haraway again and that leads to certain reflections.
The three terms – ‘souls’, ‘cyborgs’ and ‘symbiotes’ seem to summarise different approaches towards the body and the world, and I suggest that the idea of ‘symbiotes’ suggests a fruitful way of acting towards the ourselves and the world, which could provide a better framework for problem solving and general understanding.
‘Soul’, as the term is usually used, implies that everything important (or eternal) about the human is separated from, and independent of, the material world. Usually with this theory the world and the body are obstacles to the perfection of the soul, distractions at best, to be dominated or despised in any case. The body and nature tend to be seen in terms of ‘their’ unholy demands and needs, even as inherently hostile. They must be shut up, shut down or disciplined. Death opens the way to freedom, as the world is a prison and punishment.
In this theory, the soul seems usually to be assumed to be what I’ll call ‘the ego’, clear conscious thought untroubled by the world, independent of all physics. The “I am”. Things that disrupt the imagined perfection and singularity of the soul are usually held to stem from the flesh… sex, hunger, pain, disease and so on.
Oddly, there is plenty of Christian theology which suggests that humans are trinities (soul, spirit and flesh) not binaries. However these variants easily get lost despite the importance of their writers (St Paul, Augustine etc). Furthermore, the idea of the resurrection of the dead implies that the Christian God wants us to be a body, so bodies could be holy. Other religions are equally flesh despising: some forms of Hinduism and Buddhism for example. Christianity is not altogether to blame for this situation.
Some post Jungians (Hillman, Moore etc) use the term ‘soul’ to emphasise the mystery of the psyche, its messiness, and the importance of image and feeling; but it is probably never a good idea to use a familiar term for an unfamiliar meaning, as the old meanings can come through implicitly. I’d prefer to stay with Jung’s ‘psyche’, as that is much now a rarer word and can be given precisely these connotations and does not have to make claims to immortality or purity of some sort or other.
The cyborg idea seems to derive from soul tradition. In it, the human, is independent of any particular body. It can be downloaded into machinic immortality. The body becomes a tool to be engineered or altered to have new capacities, subject to the demands of the ego. Nature has no independent rights. “Pave the earth” seems a cyborg slogan.
Cyborg theory like soul theory, implies that intelligence can be disembodied (‘light’) or unaffected by embodiment. Yet, it seems reasonably obvious (assuming evolutionary theory) that all intelligence must have developed to deal with ‘real world situations’, and these include the exploratory capacities of bodies, interaction between bodies, and the range of sensory inputs available.
This does not mean that intelligence is transparent and accurately perceives the world, just that it has been good enough to solve the problems of previous evolutionary paths (not necessarily the problems of future or current paths).
Haraway, as I’ve argued elsewhere, used the cyborg manifesto to argue against a ‘goddess feminism’ that stripped women of technology and idealised nature, but she got caught in the soul trap of cyborgism. She has over the last 10 or so years, revised her metaphor to talk of companion species, or of symbiotes.
Her point is, that in a ‘natural’ world people depend on other creatures and ecologies, they exist along with other beings/events. We have relationships with pets and other animals. Sometimes deep relationships, relationships of unknown complexity and mutuality, even with predators. Bodily, we are composed of cellular and sub cellular life forms existing in colonies. Our mind is multiple, composed of many functions acting together and apart. There is no clear point of ego; mind exists in the circumstances, or contexts, of its existence; it is not separate but dependent. We are part of greater social intelligences as well. Everything is diffuse with strange boundaries. This does not mean that we, and others, cannot try and enforce boundaries to protect ourselves, that too is natural, but it is hard, sometimes self-destructive, and not always necessary.
This realisation is important for the way we relate to our bodies and nature. In soul theory bodies are slaves, obstructions, or illusions. The normal mode of response in this framework, is to despise them, and drive them to labour under the dominance of someone’s ego.
In cyborg theory, nature, the self and the body is a tool to be exploited, and abandoned when it fails the utilitarian demands of the ego – again labour is the metaphor and relationship.
In symbiote theory, we depend on our body and the world. That body and world has its own multiple intelligences and imperatives. It does not always do what we want (what we want may be incorrect, we may need to talk with and learn from our obstacles. ‘The body’ may have its own paths to healing, it may rebel intelligently against our slave-driving or our enforced refusal of relationship).
At worst our body is like a pet; we can love it and pet it, relate to it, look after it (as it looks after us). We can treat it with respect as a symbiote, a fellow creature, and we open ourselves to relationships of many kinds, not just labour.
Most pet owners will probably treat their pets better than they treat their bodies. Perhaps they should extend that affection, love and care to ‘their’ bodies and the world, and see what happens?
It will be hard and will take time, but this might be an idea which transforms everything.