Ian Angus

Against Enclosure: The Commonwealth Men

[Pieter Bruegel the Elder : The Harvesters (oil painting from 1565)]

By Ian Angus

Republished from Climate & Capitalism.

“I must needs threaten everlasting damnation unto them, whether they be gentlemen or whatsoever they be, which never cease to join house to house, and land to land, as though they alone ought to purchase and inhabit the earth.”

—Thomas Cranmer, Archbishop of Canterbury, 1550[1]

“Accumulate, accumulate! That is Moses and the prophets!”

Karl Marx, 1867[2]

The privatization of land has been justly described as “perhaps the weirdest of all undertakings of our ancestors.”[3]

Enclosure — the transformation of common resources into private property — was a fundamental feature of the rise of capitalism in early modern England. It involved not only new ways of using the land, but also, as both cause and effect, new ways of thinking about it.

The idea that individuals could claim exclusive ownership of parts of nature on which all humans depend was very weird indeed. Contrary to the oft-expressed view that greed is inherent in human nature, the shift from commons-based to private-profit-based farming was not accepted easily — in fact, it was denounced and resisted as an assault of the laws of God and the needs of humanity.

Henry VIII died in 1547, succeeded as king by Edward VI, then only nine years old. For the next six years, actual political power rested with a regency council, headed by the Duke of Somerset until 1549, and by the Duke of Northumberland from late 1549 until Edward’s death in 1553.

Somerset and Northumberland were strong protestants who wanted the English church to move farther from catholic doctrine and practices than Henry had allowed. To promote that, the law outlawing heresy was repealed and censorship was relaxed, beginning a period that has been called “the first great era in the history of English public discussion.”[4]

Liberal protestants took advantage of that opening to campaign vigorously, not just for religious reform, but against sin and corruption in society at large, particularly the erosion of traditional economic values. Their powerful condemnations of greedy landlords and merchants circulated both as books and sermons addressed to the wealthy, and as inexpensive pamphlets and broadsides that were sold in city streets.

They don’t seem to have acted as an organized group, but their speeches and writings clearly reveal the presence of a strong current of anti-capitalist opinion in England in the mid-1500s. Because they focused on the common weal — common good — historians have labelled them the commonwealth men.

Cormorants and greedy gulls

R.H. Tawney’s 1926 book Religion and the Rise of Capitalism remains the best account of the complex connections between social and religious criticism in Tudor England.

“It was an age in which the popular hatred of the encloser and the engrosser found a natural ally in religious sentiment, schooled, as it was, in a tradition which had taught that the greed of gain was a deadly sin, and that the plea of economic self-interest did not mitigate the verdict, but aggravated the offence.

“In England, as on the Continent, doctrinal radicalism marched hand in hand with social conservatism. The most scathing attack on social disorders came, not from the partisans of the old religion, but from divines on the left wing of the Protestant party, who saw in economic individualism but another expression of the laxity and licence which had degraded the purity of religion, and who understood by reformation a return to the moral austerity of the primitive Church, no less than to its government and doctrine.”[5]

The great sin they condemned was covetousness — the desire to accumulate ever more wealth. Hugh Latimer, the most popular preacher of the day, condemned landlords’ greed in general, and enclosure in particular, in a sermon preached before the King and other worthies.

“You landlords, you rent-raisers, I may say you step-lords, you unnatural lords, you have for your possessions yearly too much. For what here before went for twenty or forty pound by year, (which is an honest portion to be had gratis in one lordship of another man’s sweat and labour) now is let for fifty or an hundred pound by year. … Too much, which these rich men have, causes such dearth, that poor men, which live of their labour, cannot with the sweat of their face have a living …

“These graziers, enclosers and rent-raisers, are hinderers of the King’s honour. For where as have been a great many householders and inhabitants there is now but a shepherd and his dog.”[6]

Those views found support in the country’s top ruling circles. The Book of Private Prayer, prepared by Archbishop Cranmer and other officials of the established church in 1553, included a prayer “For Landlords.”

“We heartily pray Thee to send Thy Holy Spirit into the hearts of those that possess the grounds and pastures of the earth, that they remembering themselves to be Thy tenants may not rack nor stretch out the rents of their lands, nor yet take unreasonable fines. … Give them grace also … that they … may be content with that which is sufficient and not join house to house and land to land, to the impoverishment of others, but so behave themselves in letting out their lands, tenements and pastures that after this life they may be received into everlasting dwelling places.”[7]

One of the most vehement critics of greed and exploitation was the London-based printer and poet Robert Crowley, who offered this explanation for the 1549 peasant rebellions.

“If I should demand of the poor man of the country what thing he thinks to be the cause of Sedition, I know his answer. He would tell me that the great farmers, the graziers, the rich butchers, the men of law, the merchants, the gentlemen, the knights, the lords, and I can not tell who; men that have no name because they are doers of all things that any gain hangs upon. Men without conscience. Men utterly devoid of God’s fear. Yea, men that live as though there were no God at all! Men that would have all in their own hands; men that would leave nothing for others; men that would be alone on the earth; men that be never satisfied.

“Cormorants, greedy gulls; yea, men that would eat up men, women, & children, are the causes of Sedition! They take our houses over our heads, they buy our lands out of our hands, they raise our rents, they levy great (yea unreasonable) fines, they enclose our commons! No custom, no law or statute can keep them from oppressing us in such sort, that we know not which way to turn so as to live.”[8]

Condemning “lease mongers that cancel leases on land in order to lease it again for double or triple the rent,” Crowley argued that landlords should “consider themselves to be but stewards, and not Lords over their possessions.”

“But so long as this persuasion sticks in their minds — ‘It is my own; who shall stop me from doing as I like with my own as I wish?’ — it shall not be possible to have any redress at all. For if I may do with my own as I wish, then I may suffer my brother, his wife, and his children toil in the street, unless he will give me more rent for my house than he shall ever be able to pay. Then may I take his goods for that he owes me, and keep his body in prison, turning out his wife and children to perish, if God will not move some man’s heart to pity them, and yet keep my coffers full of gold and silver.”[9]

Back to the feudal

While no one can doubt the sincerity of their criticism of the rich, the commonwealth men were also “united in denouncing the rebels, whose sin could never be justified even if their grievances could.”[10]

The Archbishop of Canterbury, whose denunciation of wealth accumulation is quoted at the beginning of this article, also, in the same sermon, condemned “unlawful assemblies and tumults,” and people who “confound all things upsy down with seditious uproars and unquietness.” “God in his scriptures expressly forbids all private revenging, and had made this order in commonwealths, that there should be kings and governors to whom he has willed all men to be subject and obedient.”[11]

Speaking of the 1549 rebellions, Latimer declared that “all ireful, rebellious persons, all quarrelers and wranglers, all blood-shedders, do the will of the devil, and not God’s will.” Disobedience to one’s superiors was a major sin, even if the superiors were themselves violating God’s laws. “What laws soever they make as concerning outward things we ought to obey, and in no wise to rebel, although they be never so hard, noisome and hurtful.”[12]

Immediately after condemning landlords as cormorants and greedy gulls, Crowley told the 1549 rebels that they had been misled by the devil: “to revenge wrongs is, in a subject, to take an usurp the office of a king, and, consequently, the office of God.” The poor should suffer in silence, awaiting royal or divine intervention.

Like the nineteenth century “feudal socialists” who Marx and Engels criticized three centuries later, the commonwealth men were literally reactionary — they wanted “to roll back the wheel of history.” “From the ills of present-day society this group draws the conclusion that feudal and patriarchal society should be restored because it was free from these ills.”[13]

As historian Michael Bush says, the commonwealth men “showed concern for the poor, but accepted the need for poverty.”

“Without exception they subscribed to the traditional ideal of the state as a body politic in which every social group had its place, function and desert. … They pleaded with rulers to reform society, and proposed various means, but not by changing its structure. Their thinking was paternalistic and conservative. Although they censured the nobility, it was for malpractices, not for being ruling class.”[14]

English protestant reformers in the mid-1500s “inherited the social idea of medieval Christianity pretty much in its entirety,” so their views were “especially antithetical to the acquisitive spirit that animated the emerging society of capitalism.”[15]

In the 1500s, Tawney wrote, “the new economic realities came into sharp collision with the social theory inherited from the Middle Ages.”[16] What shocked and frightened the commonwealth men was not just poverty, but the growth of a worldview that repudiated “the principles by which alone, as it seemed, human society is distinguished from a pack of wolves.”

“That creed was that the individual is absolute master of his own, and, within the limits set by positive law, may exploit it with a single eye to his pecuniary advantage, unrestrained by any obligation to postpone his own profit to the well-being of his neighbours, or to give account of his actions to a higher authority.”

The wolf-pack creed they were fighting, Tawney commented ironically, was “the theory of property which was later to be accepted by all civilized communities.”[17]

A Losing Battle

The commonwealth men were eloquent and persuasive, but they were fighting a losing battle. The aristocrats who owned most of England’s farmland and controlled the government could tolerate public criticism and ineffective laws, but not anything that actually threatened their wealth and power. They blamed the 1549 rebellions on the critics, and quickly ousted the Duke of Somerset, the only member of the regency council who seemed to favor enforcing the anti-enclosure laws.

What remained of the commonwealth campaign collapsed after 1553, when the catholic Mary Tudor became queen and launched a vicious reign  of terror against protestants. Some 300 “heretics,” including Hugh Latimer and Thomas Cranmer, were burned at the stake, and hundreds more fled to protestant countries on the continent.

Capitalist practices already had a strong foothold in the countryside in the 1540s, and they spread rapidly in the rest of the century, without regard to what Christian preachers might say. “Forms of economic behavior which had appeared novel and aberrant in the 1540s were becoming normalized virtually to the point of being taken for granted.”[18]

For landowners who wanted to preserve their estates, that shift wasn’t a choice. It was forced on them by changes beyond their control.

“Between the beginning of the sixteenth century and 1640 prices, particularly of foodstuffs, rose approximately sixfold. … [This] put an unusual premium on energy and adaptability and turned conservatism from a force making for stability into a quick way to economic disaster. Landed families which stuck to the old ways, left rents as they were, and continued to grant long leases soon found themselves trapped between static incomes and rising prices.”[19]

As a result, the trends that Latimer and his co-thinkers opposed actually accelerated, and their vision of a reborn feudal paternalism was replaced in ruling class thought by what historian C.B. MacPherson calls “possessive individualism” — the view that society is a collection of market relations between people who have an absolute right to do as they wish with their property.[20] That view has remained central to all variants of capitalist ideology, down to the present.

Parliament never passed another anti-enclosure bill after 1597, and the Stuart kings who succeeded the Tudors in 1603 only gave lip-service to protecting the poor from enclosure. “Commissions were issued from time to time for the discovery of offenders, but their crimes were pardoned on payment of a money fine. The punishment of enclosers had degenerated into a revenue-raising device and little else.”[21]

As Christopher Hill writes, in the century before the English Revolution, ruling class attitudes toward the land changed radically. “No government after 1640 seriously tried either to prevent enclosures, or even to make money by fining enclosers.”[22]

But only the rich had decided that land privatization was a good idea. The poor continued to resist that weird undertaking, and for some, the objective now was communism.

To be continued …

Notes

I have modernized spelling, and occasionally grammar and vocabulary, in quotations from 16th and 17th century authors.

[1] Thomas Cranmer, “A Sermon on Rebellion,” The Works of Thomas Cranmer, ed. John Edmund Cox (Cambridge University Press, 1846), 196. The date 1550 is approximate.

[2] Karl Marx, Capital, vol. 1, (Penguin Books, 1976), 742.

[3] Karl Polanyi, The Great Transformation (Beacon Press, 2001), 178.

[4] Arthur B. Ferguson, The Articulate Citizen and the English Renaissance (Duke University Press, 1965), xiii.

[5] Richard H. Tawney, Religion and the Rise of Capitalism: A Historical Study (Angelico Press, 2021 [1926]), 140-41.

[6] Hugh Latimer, “The First Sermon Preached before King Edward, March 8, 1549,” Sermons by Hugh Latimer, (Christian Classics Ethereal Library)

[7] Quoted in Thomas Edward Scruton, Commons and Common Fields (Batoche Books, 2003 [1887]), 81-2.

[8] Robert Crowley, “The Way to Wealth,” The Select Works of Robert Crowley, ed. J.M. Cowper, (Kegan Paul Trench Trubner & Co., 1872), 132-3.

[9] Robert Crowley, “An information and petition against the oppressors of the poor commons of this realm,” The Select Works of Robert Crowley, ed. J.M. Cowper, (Kegan Paul Trench Trubner & Co., 1872), 162, 157.

[10] Catharine Davies, A Religion of the Word: The Defence of the Reformation in the Reign of Edward VI (Manchester Univ. Press, 2002), 159.

[11] Thomas Cranmer, “A Sermon on Rebellion,” The Works of Thomas Cranmer, ed. John Edmund Cox (Cambridge University Press, 1846), 192, 193

[12] Hugh Latimer, “The Fourth Sermon upon the Lord’s Prayer (1552)” Sermons by Hugh Latimer, (Christian Classics Ethereal Library) https://ccel.org/ccel/latimer/sermons/

[13] Karl Marx & Frederick Engels, Collected Works, vol. 6, (International Publishers, 1976) 494, 355.

[14] M. L. Bush, The Government Policy of Protector Somerset (Edward Arnold, 1975), 61.

[15] Arthur B. Ferguson, The Articulate Citizen and the English Renaissance (Duke University Press, 1965), 248.

[16] Tawney, Religion and the Rise of Capitalism, 135.

[17] Tawney, Religion and the Rise of Capitalism, 146-7.

[18] Keith Wrightson, Earthly Necessities: Economic Lives in Early Modern Britain (Yale University Press, 2000), 202.

[19] Lawrence Stone, The Crisis of the Aristocracy, 1558-1641 (Oxford University Press, 1965), 188, 189-90.

[20] C. B. Macpherson, The Political Theory of Possessive Individualism: Hobbes to Locke (Oxford University Press, 1962).

[21] Joan Thirsk, “Enclosing and Engrossing, 1500-1640,” in Agricultural Change: Policy and Practice 1500-1750, ed. Joan Thirsk (Cambridge University Press, 1990), 67.

[22] Christopher Hill, Reformation to Industrial Revolution (Weidenfeld & Nicolson, 1968), 51.

Triple Crisis in the Anthropocene Ocean

By Ian Angus

Republished from Climate & Capitalism, via Monthly Review.

It is impossible to overstate the importance of the ocean to life on Earth. Covering 71% of the planet’s surface, it contains 97% of the world’s surface water and is central to the great biogeochemical cycles that define the biosphere and make life possible. Marine plants generate half of the world’s breathable oxygen.

Millions of species of animals live in the ocean. Seafood is a primary source of protein for three billion people, and hundreds of millions work in the fishing industry.

The ocean’s metabolism–the constant flows and exchanges of energy and matter that have continued for hundreds of millions of years–is a vital part of the Earth System. As famed oceanographer Sylvia Earle writes, our fate and the ocean’s are inextricably intertwined.

Our lives depend on the living ocean–not just the rocks and water, but stable, resilient, diverse living systems that hold the world on a steady course favorable to humankind.(1)

The living ocean drives planetary chemistry, governs climate and weather, and otherwise provides the cornerstone of the life-support system for all creatures on our planet, from deep-sea starfish to desert sagebrush.… If the sea is sick, we’ll feel it. If it dies, we die. Our future and the state of the oceans are one.(2)

The living ocean is now being disrupted on a massive scale. It has changed before, but never, since an asteroid killed the dinosaurs, as rapidly as today. The changes are major elements of the planetary transition out of the conditions that have prevailed since the last ice age ended, towards a profoundly different biosphere–from the Holocene to the Anthropocene.

We are entering an unknown territory of marine ecosystem change… the implications for the ocean, and thus for all humans, are huge.(3)

Most popular accounts of the relationship between the ocean and climate change focus on melting ice and rising sea levels, and indeed those are critical issues. Greenland alone loses over 280 billion metric tons of ice a year, enough to cause measurable changes in the strength of the island’s gravity. At present rates, by 2100 the combination of global glacial melting and thermal water expansion will flood coastal areas where over 630 million people live today. Well over a billion people live in areas that will be hit by storm surges made bigger and more destructive by warmer seawater. Rapid action to slash greenhouse gas emissions would be fully justified even if rising seas were the only expected result of global warming.

Devastating as sea level rise will be, however, more serious long-term damage to the Earth System is being driven by what biogeochemist Nicolas Gruber calls a “triple whammy” of stresses on the oceans, caused by the growing rift in Earth’s carbon metabolism.

“In the coming decades and centuries, the ocean’s biogeochemical cycles and ecosystems will become increasingly stressed by at least three independent factors. Rising temperatures, ocean acidification and ocean deoxygenation will cause substantial changes in the physical, chemical and biological environment, which will then affect the ocean’s biogeochemical cycles and ecosystems in ways that we are only beginning to fathom.…

Ocean warming, acidification and deoxygenation are virtually irreversible on the human time scale. This is because the primary driver for all three stressors, i.e. the emission of CO2 into the atmosphere, will cause global changes that will be with us for many hundreds, if not thousands, of years.(4)

Other marine ecologists have described ocean warming, acidification and oxygen loss as a “deadly trio,” because when they have occurred together in the past, mass extinctions of animal and plant life have followed.(5)

We will consider the elements of the deadly trio separately, but it is important to bear in mind that they are closely related, have the same causes, and frequently reinforce each other.

Part One: CORROSIVE SEAS

“Ocean acidification … is a slow but accelerating impact that will overshadow all the oil spills that have ever occurred put together.” —Sylvia Earle(6)

Ocean acidification has been called global warming’s equally evil twin. Both are caused by the radical increase in atmospheric CO2, and both are undermining Earth’s life support systems.

There is always a constant interchange of gas molecules across the air-sea interface, between atmosphere and ocean. CO2 from the air dissolves in the water; CO2 from the water bubbles into the air. Until recently, the two flows were roughly balanced: the amount of carbon dioxide in each element has not changed much for hundreds of thousands of years. But now, when atmospheric CO2 has risen 50%, the flow is out of balance. More carbon dioxide is entering the sea than leaving it.

That’s been good news for the climate. The ocean has absorbed about 25% of anthropogenic CO2 emissions and over 90% of the additional solar heat, half of that since 1997. If it hadn’t done so, global warming would already have reached catastrophic levels. As Rachel Carson wrote years ago, “for the globe as a whole, the ocean is the great regulator, the great stabilizer of temperatures…. Without the ocean, our world would be visited by unthinkably harsh extremes of temperature.”(7)

But there is a price to be paid for that service. Adding CO2 is changing the ocean’s chemistry. The formula is very simple:

H2O + CO2 → H2CO3Water plus carbon dioxide makes carbonic acid.

Adding CO2 makes seawater more acidic.

Over the past century, the ocean’s pH level has fallen from 8.2 to 8.1. That doesn’t sound like much, but the pH scale is logarithmic, so a drop of 0.1 means that the oceans are now about 30% more acidic than they used to be.(8) That’s a global average–the top 250 meters or so are generally more acidic than the deeps, and acidification is more severe in high latitudes, because CO2 dissolves more easily in colder water.

The present rate of acidification is a hundred times faster than any natural change in at least 55 million years. If it continues, ocean acidity will reach three times the pre-industrial level by the end of this century.

Impact

Surprisingly, given that scientific concern about CO2 emissions started in the 1950s, little attention was paid to ocean acidification until recently. It was first named and described in a brief article in Nature in September 2003, and first discussed in detail in a 2005 Royal Society report that concluded acidification would soon go “beyond the range of current natural variability and probably to a level not experienced for at least hundreds of thousands of years and possibly much longer.”(9)

Those wake-up calls triggered the launch of hundreds of research projects seeking to quantify acidification more precisely, and to determine its effects. While there are still big gaps in scientific knowledge, there is now no doubt that ocean acidification is a major threat to the stability of the Earth System, one that is pushing towards a sixth mass extinction of life on our planet.(10)

Though formally correct, the word “acidification” is misleading, since the oceans are actually slightly alkaline, and the shift now underway only makes them a little less so. Even in the most extreme scenario, a thousand liters of seawater would still contain less carbonic acid than a small glass of cola.

However, just as raising the atmospheric concentration of carbon dioxide to 0.041 percent is causing global climate change, so a small increase in the amount of CO2 in seawater poses major threats to the organisms that live in that water. Reduced pH has already significantly changed the habitats that marine plants and animals depend on: a further reduction could be deadly for many of them.

The most-studied casualties of ocean acidification are calcifiers, the many organisms that take carbonate from the surrounding water to build their shells and skeletons. In seawater, carbonic acid quickly combines with available carbonate, making it unavailable for shell and skeleton building. Water with less than a certain concentration of carbonate becomes corrosive, and existing shells and skeletons start to dissolve.

As marine conservation biologist Callum Roberts writes, lower pH is already weakening coral reefs, and the problem will get much worse if CO2 emissions aren’t radically reduced soon.

The skeletons of corals on Australia’s Great Barrier Reef have weakened measurably in the last twenty-five years and now contain 14 percent less carbonate by volume than they did before…. Ocean acidification has been dubbed ‘osteoporosis for reefs’ because of this skeletal weakening.…

If carbon dioxide in the atmosphere doubles from its current level, all of the world’s coral reefs will shift from a state of construction to erosion. They will literally begin to crumble and dissolve, as erosion and dissolution of carbonates outpaces deposition. What is most worrying is that this level of carbon dioxide will be reached by 2100 under a low-emission scenario of the Intergovernmental Panel on Climate Change.(11)

About 25% of all fish depend on coral reefs for food and shelter from predators, so the shift that Roberts describes would be disastrous for marine biodiversity.

Other calcifiers weakened by ocean acidification include oysters, mussels, crabs, and starfish. Of particular concern are tiny shelled animals near the bottom of the food chain: if their numbers decline, many fish and marine mammals will starve. In particular:

  • Single-celled Foraminifera are abundant in all parts of the ocean, and are directly or indirectly consumed by a wide variety of animals. A recent study compared present day foraminifera with samples collected 150 years ago in the Pacific by the famous Challenger expedition. The researchers found that “without exception, all modern foraminifera specimens had measurably thinner shells than their historical counterparts.” In some types of foraminifera, shell thickness is now 76% less than in the 1800s.(12)

  • Pea-sized Pteropods, sometimes called sea butterflies, live mainly in cold water. An article in the journal Nature Geoscience reports “severe levels of shell dissolution” in live pteropods captured in the ocean near Antarctica, resulting in “increased vulnerability to predation and infection.”(13) Since pteropods are food for just about every larger marine animal from krill to whales, “their loss would have tremendous consequences for polar marine ecosystems.”(14)

Interference with shell and skeleton formation may not be the most deadly effect of ocean acidification. The metabolic systems of all organisms function best when the pH level of their internal fluids stays within a narrow range. This is particularly problematic for marine animals, including fish, whose blood pH tends to match the surrounding water. For some species, even a small reduction in blood pH can cause severe health and reproduction problems, even death.(15) A growing body of research suggests that ocean acidification alone will decimate some species of fish in this century, causing the collapse of major fisheries.(16)

Only long-term studies can determine exactly how acidification will affect global fish populations, but waiting for certainty is dangerous, because once acidification occurs, we are stuck with it. A recent study confirmed that “once the ocean is severely affected by high CO2, it is virtually impossible to undo these alterations on a human-generation timescale.” Even if some unknown (and probably impossible) geoengineering system rapidly returns atmospheric CO2 to the pre-industrial level, “a substantial legacy of anthropogenic CO2 emissions would persist in the oceans far into the future.”(17)

Warnings ignored

In 2008, 155 scientists from 26 countries signed a declaration “based on irrefutable scientific findings” about “recent, rapid changes in ocean chemistry and their potential, within decades, to severely affect marine organisms, food webs, biodiversity, and fisheries.”

To avoid severe and widespread damages, all of which are ultimately driven by increasing concentrations of atmospheric carbon dioxide (CO2), we call for policymakers to act quickly to incorporate these concerns into plans to stabilize atmospheric CO2 at a safe level to avoid not only dangerous climate change but also dangerous ocean acidification.…

Policymakers need to realize that ocean acidification is not a peripheral issue. It is the other CO2 problem that must be grappled with alongside climate change. Reining in this double threat, caused by our dependence on fossil fuels, is the challenge of the century.…(18)

In 2009, twenty-nine leading Earth System scientists identified the level of ocean acidification as one of nine Planetary Boundaries–“non-negotiable planetary preconditions that humanity needs to respect in order to avoid the risk of deleterious or even catastrophic environmental change at continental to global scales.”(19)

In 2013, the always-cautious Intergovernmental Panel on Climate Change (IPCC) expressed high confidence that absorption of carbon dioxide is “fundamentally changing ocean carbonate chemistry in all ocean sub-regions, particularly at high latitudes.”

“Warming temperatures, and declining pH and carbonate ion concentrations, represent risks to the productivity of fisheries and aquaculture, and the security of regional livelihoods given the direct and indirect effects of these variables on physiological processes (e.g., skeleton formation, gas exchange, reproduction, growth, and neural function) and ecosystem processes (e.g., primary productivity, reef building and erosion).”(20)

The IPCC’s Special Report on the Ocean and Cryosphere, published in 2019, concludes that “the ocean is continuing to acidify in response to ongoing ocean carbon uptake,” that “it is very likely that over 95% of the near surface open ocean has already been affected,” and that “the survival of some keystone ecosystems (e.g., coral reefs) are at risk.”(21)

Despite overwhelming scientific evidence that acidification is a major threat to the world’s largest ecosystem, the governments of the world’s richest countries remain silent. The word oceans only appeared once in their Paris Agreement and acidification wasn’t mentioned at all. It remains to be seen whether the next UN Climate Change Conference, which has been postponed to December 2021, will respond appropriately–if it responds at all.

Part Two of “Triple Crisis in the Anthropocene Ocean, will be published in mid-September.

This article continues my series on metabolic rifts. As always, I welcome your comments, corrections and constructive criticism.—IA

Notes:

  1. Sylvia A. Earle, The World Is Blue: How Our Fate and the Oceans Are One (Washington, DC: National Geographic, 2010), 20.

  2. Sylvia A. Earle, Sea Change: A Message of the Oceans (New York: Ballantine Books, 1995), xii.

  3. Jelle Bijma et al., “Summary of ‘Climate Change and the Oceans.’”

  4. Nicolas Gruber, “Warming Up, Turning Sour, Losing Breath: Ocean Biogeochemistry Under Global Change,” Philosophical Transactions of the Royal Society A, May 2011, 1980, 1992.

  5. Jelle D. Bijma et al., “Climate Change and the Oceans–What Does the Future Hold?” Marine Pollution Bulletin Sept., 2013.

  6. Interviewed in John Collins Rudolf, “Q. and A.: For Oceans, Another Big Headache.” New York Times, May 5, 2010.

  7. Rachel L. Carson, The Sea Around Us (New York: Oxford University Press, 2018 [1950]), 163-4.

  8. More precisely, there are 30% more hydrogen (H+) ions.

  9. Ken Caldeira and Michael E. Wickett, “Anthropogenic Carbon and Ocean pH,” Nature, Sept. 25, 2003, 365; Royal Society, Ocean Acidification Due to Increasing Atmospheric Carbon Dioxide (London: Royal Society, 2005), 39.

  10. Some argue that a mass extinction has already begun.

  11. Callum Roberts, The Ocean of Life: The Fate of Man and the Sea (New York: Penguin, 2013), 108,110.

  12. Lyndsey Fox et al., “Quantifying the Effect of Anthropogenic Climate Change on Calcifying Plankton,” Scientific Reports, January 31, 2020.

  13. N. Bednaršek et al., “Extensive Dissolution of Live Pteropods in the Southern Ocean,” Nature Geoscience, (December 2012) 881, 883.

  14. Matthias Hofmann and Hans Joachim Schellnhuber, “Ocean Acidification: A Millennial Challenge,” Energy & Environmental Science (September 2010), 1888-89

  15. This is also true of humans. Our normal blood pH is 7.4: a drop of 0.2 can be fatal.

  16. See, for example, Martin C. Hänsel et al., “Ocean Warming and Acidification May Drag down the Commercial Arctic Cod Fishery by 2100,” PLOS ONE, April 22, 2020. For a summary of research on biological and other effects of ocean acidification, see An Updated Synthesis of the Impacts of Ocean Acidification on Marine Biodiversity, published by the Secretariat of the Convention on Biological Diversity.

  17. Sabine Mathesius et al., “Long-term Response of Oceans to CO2 Removal from the Atmosphere,” Nature Climate Change, December 03, 2015, 1107-14.

  18. Monaco Declaration,” proceedings of Second International Symposium on the Ocean in a High-CO2 World (Unesco, 2008).

  19. Johan Rockström et al., “Planetary Boundaries: Exploring the Safe Operating Space for Humanity,” Ecology and Society 14, no. 2 (2009)

  20. Ove Hoegh-Guldberg et al., “The Ocean,” in Climate Change 2014: Impacts, Adaptation, and Vulnerability. (Cambridge University Press, 2014), 1658.

  21. IPCC, Special Report on the Ocean and Cryosphere in a Changing Climate (2019), 59, 66.