Cotton Specters| Depleting the earth and its children
I passed the cotton still in bud
young girls guarding it from bugs
— Bayram al-Tunisi
When British economist David Ricardo put forward his theory of the international division of labor and specialization based on comparative advantage in the early nineteenth century, it was seen as a formula for raising global output. Each country would concentrate on the goods in which it held an advantage relative to others. But the environmental, social, and economic effects of this model had yet to appear.
Industrial capitalism, organized around global value chains, was only taking its first steps when Ricardo developed his ideas in 1817. The world had not yet felt the long-term consequences of converting entire economies to monoculture in service of the voracious, unprecedented growth of industrial capitalist production.
But as the capitalist mode of agriculture took hold in the second half of the nineteenth century, its destructive effects began to show clearly in country after country. Egyptian cotton is among the most prominent cases.
This pattern of farming degraded Egypt’s agricultural land, with several consequences, chief among them the spread of crop disease and pests, which is the focus of this second article in the series. Drawing on a range of archival sources, it examines how Egypt’s integration into the global capitalist economy as a specialized cotton producer created an increasingly fragile agricultural environment, and the economic, social, and political fallout that followed.
Early anxieties
Two centuries after Ricardo’s theory of comparative advantage, the American sociologist John Bellamy Foster developed the concept of the metabolic rift, building on the writings of Karl Marx.
In a 1999 study, Foster argued that capitalism’s effects are not confined to reorganizing production: they open a rift in the relationship between humanity and nature. Agriculturally, this rift takes the form of soil-fertility depletion: nutrients drawn continuously from the land without being replaced.
Egypt’s cotton boom was part of what Foster calls the second agricultural revolution, which, as it spread globally in the mid-nineteenth century, brought with it a period of violent contradiction: soil fertility declined sharply as the natural nutrient cycle broke down, feeding a growing anxiety about the future fertility of capitalist agriculture itself.
Concerns about the environmental effects of modern agriculture had surfaced well before Foster’s research. In the mid-nineteenth century, the American economist Henry Charles Carey(*) wrote in “Principles of Social Science” that when the whole energy of a country is directed toward extending the trader’s influence, it is no wonder to find its people everywhere absorbed in plundering the earth’s stock of natural wealth.
Karl Marx, while working on his theory of land rent, wrote to Friedrich Engels in 1866 that he had been forced to work through the latest German research in agricultural chemistry, above all the work of Justus von Liebig(**). “I had to plough through the new agricultural chemistry in Germany, in particular Liebig and Schönbein,” he told Engels, “which is more important than all the economists put together.”
Marx also praised Liebig in his magnum opus, “Capital”, crediting him with having “developed from the point of view of natural science the negative, i.e., destructive side of modern agriculture,” calling it “one of Liebig’s immortal merits.” From this, Marx concluded that capitalism does not merely exploit labor; it carries out a systematic plunder of the soil as well.
In the same book, Marx warned of the dangers then facing the land:
“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 [...] Capitalist production, therefore, develops technology, and the combining together of various processes into a social whole, only by sapping the original sources of all wealth — the soil and the laborer.”
Foster cites Marx’s warning that agriculture, left outside conscious control, would leave deserts in its wake. Over the past 150 years, the earth has lost roughly half its arable soil.
The blight of exhaustion
In Egypt’s case, the first signs of decline in the cotton harvest, driven by pests, appeared in the final decades of the nineteenth century, as production shifted rapidly toward intensive, export-oriented cultivation, creating an ideal environment for agricultural pests to multiply, chief among them the Egyptian cotton leafworm (Spodoptera littoralis).
The Finances of Egypt(***), a report submitted to the British House of Commons in 1890 at Queen Victoria’s request, records a British administration official’s assessment, from the Zifta district, of the worsening leafworm infestation: after two years of weak presence, “[the worm] had reappear[ed] in many places with renewed vigor, the number of eggs laid by the moth in some farms — particularly the most productive — being so enormous that all the available labor was insufficient to destroy them.”
The report lays the blame on the fellahin’s laziness and indifference, stating outright:
“However alarming this may be, it is more distressing still to witness the chronic indifference in which most of the fellahin—including the most intelligent among them—stood helplessly by, watching the worm destroy their hopes and their agricultural future; and because they cannot be roused from their indolent nature, it is useless to offer them advice. To make up for the losses the worm had already caused, they exhausted their land through still more intensive cultivation in hopes of larger harvests, but this only produced the opposite result. Meanwhile, the village usurers and land-grabbers were the true beneficiaries, while the more active and industrious fellahin were forced to bear the suffering caused by the foolish indolence of their neighbors.”
This naive portrayal was not the only explanation for the pests’ spread. Other British correspondence from the same period spoke plainly of the structural causes of the crisis, and of the role that intensive, repeated cotton cultivation played in exhausting the land. An official British telegram from Cairo, covering the French financial adviser’s annual review dated 31 July 1889, attributed the weak cotton harvest to “over-cultivation.”
In any case, the consequences of this pattern of farming were no surprise. As noted in the previous article in this series, the well-known British official and diplomat Edgar Vincent had already warned in 1884 that the accelerating pace of cotton cultivation was exhausting the soil, since traditional crop rotation had limited cotton to once every three years; while the landowners’ greed and pursuit of export profits pushed cultivation to once every two years at most.
The productivity crisis deepens
In 1902, an even bigger problem appeared in Egypt: Fusarium wilt, the result of planting cotton in the same fields year after year, which allowed fungal spores to build up in the soil. The pathogen is known for surviving in soil for decades and for infecting seeds themselves, so that it reinfects the crop as soon as it is replanted.
The declining genetic diversity that came from relying on a narrow set of long-staple cotton varieties, chosen for their exportability, not their disease resistance, also left vast stretches of land exposed to mass infection. It was precisely for this reason that Egypt’s agricultural research unit was founded at the turn of the twentieth century, to develop disease-resistant varieties.
The disease emerged in the United States in 1892, then in Egypt a decade later, then in India by 1908, striking the three largest cotton producers of the era and revealing the global nature of the agricultural crisis that accompanied the expansion of capitalist agriculture in the late nineteenth century. In each case, the disease’s spread was tied to cotton’s transformation into a leading cash crop serving global industry, and to the intensified production, abandoned crop rotation, and expanding monoculture that came with it.
Environmental fragility was not confined to fungal soil diseases. New soil-borne pests spread with every expansion of the monoculture model. The French agricultural expert Victor Mosseri, in his 1919 report, traced how declining productivity in Egyptian cotton compounded a decline in its quality: pests, chiefly the pink bollworm and the Egyptian cotton leafworm, had become an enormous, direct pressure on the crop, with the pink bollworm in particular multiplying and spreading sharply across Egyptian fields from 1912 onward.
Mosseri pointed out that this large-scale spread of pests exposed a further gap deepened by the pattern of agricultural intensification: newer varieties matured late, leaving cotton bolls exposed at the end of the season and vulnerable to pink bollworm attack. As a result, economic and environmental pressures pushed agricultural research toward strict selection and screening programs aimed at breeding strains capable of early, rapid fruiting.
A later agricultural analysis, published in 1949 by the US National Cotton Council, attributed the decline in Egyptian cotton yields from 500 to 350 pounds per feddan between 1900 and 1920 to two main factors: the expansion of cotton cultivation onto lower-quality marginal land, and the deteriorating condition of the soil.
The same report notes that the founding of the Cotton Research Institute marked a turning point in Egyptian cotton breeding programs: researchers succeeded in developing wilt-resistant varieties, most notably the Giza series, followed in turn by varieties such as Ashmouni, Menoufi, Sakha, and Amoun, until the Mit Afifi variety had nearly disappeared. As these programs advanced, breeders managed, to varying degrees, to combine disease resistance with improved fiber quality and length and higher yield, until yield per feddan recovered to between 500 and 600 pounds during the 1940s.
Looking at land productivity over this period, cotton yield per feddan rose markedly through the second half of the nineteenth century, climbing from 3.29 qintars per feddan in 1879 to 5.47 qintars per feddan in 1895–1899. This was the result of the initial push into monoculture and intensification that followed the American Civil War and the resulting collapse in American cotton supplies to Lancashire’s mills in Britain.
But none of the earlier efforts to combat disease succeeded in sustaining these productivity levels. Yields declined in the early twentieth century under the pressure of new diseases and the land’s diminishing capacity, falling to 4.67 qintars per feddan in 1900–1904, then to 4.03 qintars in 1905–1909, before stabilizing somewhat at 4.27 qintars in 1910–1914.
After that, cotton yields entered a sharper decline, dropping to 3.58 qintars per feddan in 1915–1919, then reaching their lowest point at 3.67 qintars in 1920–1924. With the development of disease-resistant varieties, yields gradually recovered in later years, approaching, but never quite reaching, end-of-century levels.
Land productivity rises, labor productivity falls
Even once yields improved with the development of more pest-resistant varieties, the growing spread of infestation drove a sharp rise in labor burdens. A study of cotton production in Minya during the 1947–1948 season found that collecting pests alone required 50 workdays per feddan: a little over a fifth of the total labor required to cultivate cotton (242 workdays per feddan) and of total labor costs.
A contemporary description of pest control notes that from early July through mid-August, cotton fields had to be inspected every three days for leafworm egg masses on the undersides of leaves. In cases of severe infestation, every leaf on every plant in every field had to be checked, with the egg masses collected by hand and crushed.
This work usually fell to children: young girls and boys ran the inspections for five to seven piastres a day, about 25 cents at the time, or roughly $3.50 in today’s money.
Clot Bey’s(****) calculations of the labor required for cotton cultivation reflect just how harsh working conditions were in Egypt during the early period of intensive agriculture, as recorded in his 1840 book “Aperçu général sur l’Égypte” (A General Overview of Egypt).
By those calculations, producing raw seed cotton, not counting ginning labor, required a relatively modest 3,750 hours of labor per ton in 1838; a figure that had, remarkably, risen to about 6,613 hours per ton by 1948, according to the study cited above.
Despite this heavy toll on Egypt’s agricultural workforce, net output per worker was in fact declining, as Alan Richards, the academic specialist in Egyptian cotton economics, has shown. This drop in output per worker resulted from a convergence of factors tied to the biological exhaustion of the fields. Rural labor was burdened doubly and punishingly: first by the intensive spread of chemical fertilizer meant to offset the land’s deteriorating productivity, and second by the endless draining of workers’ and children’s energy in the raging battle against pests.
This depleting pattern of agricultural labor has persisted to the present day, despite technical advances in pest management. A Human Rights Watch report notes that even after the introduction of integrated pest management programs in 1991, the Ministry of Agriculture kept the practice of collecting leafworm egg masses by hand. Work assigned, in most cases, to children.
A Ministry of Agriculture official estimated in 1980 that some two million children took part in this work each year, while the same report cites a 1999 estimate by the Land Center for Human Rights putting the number of child cotton workers at around 1.2 million.
Field investigations by the Land Center in the governorates of Dakahliya and Gharbiya found that these children worked daily from six in the morning until sunset in conditions of severe heat, faced beatings from supervisors, and were often denied medical care when they suffered heat exhaustion, on top of exposure to pesticides during spraying.
The problems of monoculture and the spread of soil disease and pests intersected with the cycles of capital, adding further layers of uncertainty, fragility, and crisis: every slump was followed by a wave of foreign banks seizing distressed land, as crop prices collapsed, or crops were destroyed by pests, or in the worst cases, both at once.
This produced considerable social, political, and economic turmoil, driven by Egyptian landowners’ anger at these seizures, by foreign banks’ frequent inability to make use of the land they had taken, and by the resistance of many owners, who refused outright to hand their land over to the banks and became locked in endless attempts to negotiate their way out of doing so.
This gave rise to new economic thinking centered on establishing national banks to curb foreign banks’ seizure of land, alongside an economic philosophy favoring economic diversification and an end to dependency, drawing on a nationalist, independence-minded discourse whose most famous expression was Talaat Harb’s project.
In the next article in this series, we turn in detail to the role played by the financial sector and foreign intermediaries, a second layer that, alongside the natural limits discussed here, blocked the formation of national capital accumulation despite Egypt’s full, unconditional integration into the global capitalist system, in both its commercial and financial dimensions.
Notes
(*) Henry Charles Carey (1793–1879): an American economist and economic nationalist, a critic of free trade and Ricardian economics, known for his defense of protectionism and of an expanded state role in the early stages of development. In Principles of Social Science (1858–1859), he addressed the relationship between production and the depletion of natural resources.
(**) Justus von Liebig (1803–1873): a German chemist regarded as one of the principal founders of modern agricultural chemistry, and credited with identifying nitrogen as a key plant nutrient; a discovery that helped drive the development of the modern fertilizer industry. His research focused on plant mineral nutrition and soil fertility, and he is especially known for the law of the minimum, which links plant growth to whichever nutrient is scarcest. His writing on the depletion and restoration of soil minerals shaped nineteenth-century agricultural thought, and left a deep mark on Marx’s later work.
(***) The National Archives (UK), FO 407/273, Egypt: Finances of Egypt, 1889–1891, 31 December 1888 – 28 December 1891.
(****) Clot Bey (1793–1868): a French physician who served in Egypt from 1825, founded the medical school at Abu Zaabal on the orders of Muhammad Ali, and headed Qasr Al-Aini hospital.