Centre for Institutional Performance
Democratizing Luxury and the Contentious ‘Invention of the Technological Chicken’ in Britain
University of Reading, UK
CIP Working Paper No. 2007-054
Democratizing Luxury and the Contentious ‘Invention of the Technological Chicken’ in Britain
In 1950 poultry was a rare luxury in Britain, only one per cent of the total meat consumption. But over the next thirty years chicken consumption grew at the remarkable (compound) rate of 10 per cent per annum, while the overall consumption of meat remained stagnant from the 1950s to the 1980s. By then poultry had become the single most important source of meat, with a quarter of the total share of the market, replacing former favourites like beef, mutton and bacon in the British diet. This transformation was made possible by the emergence of intensive rearing in poultry farming. This was a dramatic change in production, dependent on technological innovations across several otherwise unrelated sectors: in pharmaceuticals and feedstuffs production, in refrigeration, slaughtering and packaging. The widespread distribution of cheap chicken led to its mass adoption throughout the country. But such a transformation in meat eating habits was not without its controversies. Contemporary concerns emerged from the late 1950s over the possible long term dangers to human health from the technological transformation inherent in intensive rearing regimes. The paper emphasises that it was the leading retailers, in particular J. Sainsbury, who acted as a key intermediary in this contested market, reconciling consumer uncertainty by attaching their own reputation to product quality, and then furthermore by intervening in the quality standards employed in its supply chain. Word count: 10,527 (not including abstract).
1 The phrase is from Ross Talbot, The Chicken War: An International Trade Conflict between the United States and the EEC, 1961-1964
(Iowa State University Press, 1978), p. 3.
Democratizing Luxury and the Contentious ‘Invention of the Technological Chicken’ in Britain
The emergence of the global poultry industry in the second half of the twentieth century remains one of the most remarkable stories of modern agriculture, a revolution in the application of scientific knowledge to improve yields and transform diets around the world. Chicken, for long a byword for luxury, became a staple food, first in the U.S., then in Britain and Europe, and increasingly around the rest of the world. But the modern poultry industry has only been able to create a mass market for this former luxury by shackling the variation and fragility of a biological mechanism – a bird – to the routines and order of a highly capitalised modern flow of production. The contribution of intensive rearing regimes to human welfare must stand as one of the greatest achievements of modern business. This industry developed first in the U.S. during the late 1940s and 1950s, quickly followed by Britain. The diffusion of intensive rearing practices then slowed, with modern poultry industries emerging in western Europe and Australasia in the 1970s, and in the Far East and North Africa in the 1990s and 2000s.2 In Britain the population chickens raised for meat was only around 1 million in 1950. Yet in 2000 over 850m broiler chickens were reared there, meeting 90 percent of the domestic demand: a higher level of food self-sufficiency than for any other major food product apart from the heavily subsidised milk and cereals.3 Few nations in the world eat more chicken than Britain. Within the European Union in 2000, for example, only Spain, Portugal and Ireland consumed marginally more poultry per capita than the UK, and this group all enjoyed consumption levels substantially higher than the (generally pork-preferring) rest of the EU.4 At least two generations of Britons have grown up feasting on the delights of iconic national dishes like Kentucky Fried Chicken and Chicken Tikka Masala.5 The paper focuses on the emergence of intensive rearing in Britain because in addition to adopting innovative technologies and seeing prices fall, the British industry developed a very effective structure to intermediate with its consumers. The early 1960s saw a dramatic crisis of confidence erupt in Britain as the public questioned the probity of the new ‘technological chicken’ and there was a real
2 Talbot, Chicken
, covers early developments in West Europe. For Australasia see D. Burch, ‘Production, Consumption and Trade in Poultry: Corporate Linkages’ in Pritchard, Fold, eds, Cross-continental Food Chains
, Routledge, London (2005); D. Burch, and G. Lawrence, eds, Supermarkets and Agri-food Supply Chains: Transformations in the Production and Consumption of Foods
, Edward Elgar, London, (2007); Pavida Pananond and Carl Zeithaml, ‘The International Expansion Process of MNEs from developing countries: A case study of Thailand’s CP Group’, Asia Pacific journal of Management
15 (1998). 3 ‘Food Security and the UK: An Evidence and Analysis Paper’, Food Chain Analysis Group Defra December 2006, http://statistics.defra.gov.uk/esg/reports/foodsecurity/foodsecurity.doc (accessed May 2nd, 2006), p. 34, chart 6.2 on self-sufficiency rates. The British Poultry Council http://www.poultry.uk.com/ gives general information, including poultry’s unsubsidised status. 4 Consumption in Iberia, UK and Ireland was around 30kg per person per annum, compared with 22 kg per person year for the EU as a whole. See AVEC (Association of Poultry Processors and Poultry Trade in the EU Countries), Annual Report
2006, p. 34. http://avec.inforce.dk/graphics/archive/Annual_reports/2006/avec_2006.pdf [accessed May 16th, 2007]. 5 Derek Oddy, From Plain Fare to Fusion Food: British Diet from the 1890s to the 1990s
(Boydell Press, 2003) summarises a vast literature on modern food habits.
prospect of a collapse in the market. But the leading supermarkets, and J. Sainsbury Ltd in particular, became the key intermediaries between an increasingly questioning public and the poultry industry’s entrepreneurial producers, unsure of how (some even unwilling) to respond to the unintended consequences of such a pell-mell chase down the road of intensification. I. Entrepreneurial Origins
A 1954 survey, commissioned by the leading animal feedstuffs company British Oil and Cake Mills (hereafter BOCM) showed that well over one third of households never bought chicken, and another quarter only bought one each year at Christmas. Frozen chicken was virtually unheard of. The only staple demand came from London’s Jewish community. But this could never have had the same catalytic effect that the New York Jewish population did on the U.S. industry, it was only a tenth the size of its New York City equivalent.6 Demand therefore principally came from a minority of the British public, who saw chicken as a very occasional, expensive Sunday treat. This was no basis for a large industry to emerge. Earlier, in September 1953, Harold Temperton, Director of the renowned National Institute of Poultry Husbandry at Harper Adams Agricultural College, emphasized the importance of cutting prices in the trade journal, Poultry Farmer
. ‘The future prosperity of the table poultry industry in this country depends on the ability to produce a 5lb dressed chicken at 10s retail… Unless… chicken can be offered at a comparable and preferably lower price than butcher’s meat it will remain an occasional luxury for the majority.’7 The ‘Ten Shilling Family Chicken’ became something of an industry mantra in the following years; a target for the pioneering entrepreneurs to aim for. The only poultry farmer who had any real idea about how to get to the 10s chicken was Geoffrey Sykes. He was ‘the pioneer of scientific poultry farming’ in Britain and an evangelist for American methods.8 He had studied agriculture at Harper Adams and developed there an interest in commercial animal breeding. He visited the United States in 1946 as part of a study group sent to investigate the rapidly growing poultry industry, and then returned with a Nuffield Scholarship in 1952 to study at Harvard Business School.9 He was the first of the entrepreneurial British poultry farmers to witness American developments first-hand, and his contagious enthusiasm on his return was to act as a catalyst.
6 BOCM survey reported in Poultry Farmer
30.10.54, p.7. Frozen chickens represented only 1% of total sales. BOCM was the principal Unilever animal feeds subsidiary. See Charles Wilson, The History of Unilever
(London: Cassell, 1954) and idem, Unilever1945-1965
(London: Cassell, 1968). See Andrew C. Godley Jewish Immigrant Entrepreneurship in New York and London, 1880-1914
(Palgrave Macmillan, Basingstoke, 2001), chapter 4 on the London and New York Jewish populations. 7 Poultry Farmer
26.9.53. 8 The description is from Farmer’s Weekly
19.5.1961, a copy of which is in the Denby Wilkinson archive held at the Museum for English Rural Life, University of Reading (MERL DW). Denby Wilkinson was Secretary of the official British National Broiler Tests, on breed selection, from 1959 onwards. Elsewhere Sykes was described as the ‘High Priest’ of the industry, see JS Journal
March 1958, p. 6, for example (Sainsbury Archive). 9 Geoffrey Sykes, Poultry – A Modern Agribusiness
(London: Sykes, Crosby, Lockwood and Sons, 1963), his biographical information is on the jacket blurb. Also see Sykes’ letter to Agricultural History Review
18 (1970) 1, p. 51.
The American broiler chicken industry had pre-war origins, but the creation of a mass market for chicken meat was a by-product of the Second World War. U.S. poultry farmers in the Delmarva Peninsula pioneered the rearing of poultry in large flocks inside ever larger sheds, enabling farmers to exploit economies of scale. There were a host of related innovations, but productivity gains would have all been squandered without the ability to better control the growth of large numbers of chickens.10 Back in Britain, Sykes was the first to experiment with such large scale rearing facilities at his 90 acre (former army camp) farm near Salisbury in 1953. This experimental venture attracted a good deal of publicity. His flocks, each 4,000 to 5,000 birds strong, were raised in 100 by 30 feet Nissen huts, but able to scratch outside on fields within long fenced runs, and reared on a special compound feed to grow to 4½ to 5lb weight at 12 weeks.11 Sykes wasn’t the only pioneer. Poultry had been omitted from the postwar meat ration in Britain and so several entrepreneurial farmers saw an opportunity. But there were no established protocols for the best methods for its production and distribution, however, and so the early poultry farmers all became engaged in a series of experiments. They began with what they knew. Like elsewhere in Europe, the table poultry industry had prewar origins in Britain, but only as a by-product of the much larger egg-laying industry. Egg production was widely diffused, they were sent to market from almost every farm in the land. Eggs were collected by one of over 600 packing stations, regulated by the official Egg Marketing Board. The drivers would also bring back the redundant chickens as a service to farmers. The birds would be slaughtered, bled and plucked at the packing station before being sent on to market, the spent layers as boiling fowl and the surplus young cockerels for the small roasters trade. Outside Christmas, the numbers bred for meat remained very small. Lloyd Maunder, Devon’s largest egg packer in the 1930s, processed only 20 to 30 chickens a day at its Tiverton packing station – a trivial trade compared with the volume of its egg and pork business. With wartime restrictions on animal feeds, the table poultry industry died out.12 After 1945, restrictions on feed remained in place until August 1953,
10 Roger Horowitz, Putting Meat on the American Table: Taste, Technology, Transformation
(Baltimore, Johns Hopkins University Press, 2006), chapter 5. Denby Wilkinson’s correspondence contains copious notes on the origins of the American industry (MERL DW/ AD8/4). Andrew Godley and Bridget Williams, ‘The Chicken, the Factory Farm, and the Supermarket: The Industrialization of Poultry Farming in Britain and the United States, 1950-1980’, in Roger Horowitz and Warren Belasco eds, Food Chains
University of Pennsylvania Press, 2008, forthcoming, compare developments in Britain and the US, building on the contemporaneous accounts in Sykes, Poultry
and Talbot, Chicken
. 11 See the Farmer’s Weekly
photographic archive, held at the MERL, for several photographs (used by the journal) of Sykes’ experiments. Also see Poultry Farmer
, 3.5.1953 and 13.6.53 for a description of Sykes’ farm. Shortly after he became one of Poultry Farmer’s
regular correspondents. 12 Paul Brassley, ‘British Farming Between the Wars’, in Paul Brassley, Jeremy Burchardt and Lynne Thompson eds, The Engllish Countryside between the wars
(Boydell Press, 2006). National Farmer’s Union, ‘Report on Marketing’, 6.2.1957, (NFU Archive, Ref. 6340 P.63: 381, at the Museum of English Rural Life), p. 6. Henry Clarke and Hilary Binding, The History of Lloyd Maunder, 1898-1998, a West Country Family Business
(Halsgrove, Tiverton, 1998), pp. 39-40, 43-4, 46, 49, 52, 64, 78-80, 85-7; Bridget Williams, The Best Butter in the World: A History of Sainsbury’s
(Ebury Press, London, 1994); and John Maunder interview with Andrew Godley and Bridget Williams, August 30th, 2006. On earlier European developments see Stuart Thompstone, ‘“Bab’ye Khozyaystvo”: Poultry-Keeping and its Contribution to Peasant Income in pre-1914 Russia’, Agricultural History Review
40 (1992), and
privileging supply lines to producers of beef, pork and lamb. While the poultry industry pioneers therefore at least had the possibility of trying to create a market, they remained heavily handicapped until after the complete decontrol of feedstuffs and the end of the red meat subsidy under rationing.13 Among those pioneers, the Somerset farmer Col. C. D. Roe was in the vanguard of trying to expand the traditional combined trade, rearing both the egg-laying pullets and cockerels for the table poultry trade from the same stock.14 But the best breeds for laying were different from the best for meat. And, moreover, trials at the University of Reading showed that rearing layers on a high protein diet for fast growth actually reduced hatchability. It quickly became apparent that ‘dual purpose birds are finished’.15 A feverish hunt went on to identify the best strain for the table poultry trade.16 Other farmers in Sussex, Kent and throughout the south of England experimented with more intensive rearing regimes to improve efficiency. Further north Major G.M. Bowlby, founder of Peak Poultry in Derbyshire, even tried to rear flocks in underground cellars.17 But after Sykes, the outstanding entrepreneur was Antony Fisher, a Cambridge-educated gentleman farmer and former Air Force Squadron-Leader, who had been converted to poultry farming by Sykes’ enthusiasm after foot and mouth had devastated his dairy herd in August 1952. Aware of American practice, Sykes had built up his capacity to 30,000 broilers within weeks of the decontrol of feedstuffs in 1953.18 Fisher, however, went further, quickly expanding chicken production at his New Place Farm, at Framfield, Sussex, to two 10,000 bird houses, and then a new 20,000 bird unit was added, taking capacity to 42,000 broilers in the summer of 1955.19 The young John Maunder became interested in poultry and prompted Maunder’s to re-enter the poultry trade in 1954, after they were allowed to resume their trading links with Sainsbury. In Lincoln, George W. Padley also began to experiment, as did Marshall’s in Scotland. Outside Fisher, Bowlby, Maunder, Sykes and the other early experimenters, poultry rearing in Britain remained very small scale.20 But as the burden of controls eased in 1953 and 1954, these early experimenters were able to isolate what were the
Brian Short, ‘“The Art and Craft of Chicken Cramming” Poultry in the Weald of Sussex 1850-1950’, Agricultural History Review
30 (1982). 13 Poultry Farmer
, 14.3. 1953, p. 1. 14 Roe was the Chairman of Suprema, a Somerset poultry producing co-operative. It also opened shops in Bristol. 15 Citation Poultry Farmer
26.11.55. On these developments generally see Poultry Farmer
14.3.53, 21.3.53, 1.8.53, 20.10.54 (Suprema’s shops), 28.3.53 on laying hens for meat, and 16.5.53 on Reading trials. 16 Covered in the H.D. Barley papers, held at the Museum of English Rural Life, University of Reading (MERL D 84/7/313). 17 Poultry Farmer
10.9.55, pp. 1 & 5; and 16.10.54, with vitamin D supplements. 18 Poultry Farmer
3.5.1953 and 13.6.53.
19 Poultry Farmer
10.9.55, p.1; Gerald Frost, Sir Antony Fisher: Champion of Liberty
(London: Profile Books, 2002).Norman McCord, ‘Fisher, Sir Antony George Anson (1915–1988)’, Oxford Dictionary of National Biography
, Oxford University Press, 2004 [http://www.oxforddnb.com/view/article/59542, accessed
20 Sykes, Poultry
, pp.1-2, on the state of the British industry in 1953. Padley and Marshall along with Lloyd Maunder and Fisher’s firm, Buxted, dominated British poultry production for decades.
industry’s key problems. There remained very considerable technical hurdles to overcome: for hatcheries in identifying and gaining access to the best breeds; and for farmers in developing the optimal accommodation and management systems for the ever larger flocks, as well as combating the inevitable frailties when a bird population was removed from its natural habitat. Nevertheless in the December 1953 issue of Poultry Farmer
Sykes was very optimistic, anticipating a dramatic improvement in 1954.21 But two years later the commercial broiler population had barely changed, and the journal’s assessment in December 1955 was far more sober, warning that ‘our poultry industry was at a crossroads.’ The editorial went on, ‘The next few years may well determine whether this country was to have an increased consumption… and… a corresponding large-scale table poultry industry, or whether the. industry is to remain relatively small.’22 II. Science, Management and Intensive Rearing
In the event the leading entrepreneurs opted for the right path during 1956, and from 1957 onwards the combination of falling prices and increasing sales generated the industry’s considerable momentum. It was still a period of great experimentation, but between 1956 and 1959 the key developments in hatcheries, rearing, and processing emerged. Hatcheries
During the early 1950s the pioneer entrepreneurs struggled to find the right strain of bird, one that would mature quickly and produce a high meat-to-bone ratio. British chickens were far scrawnier compared with the leading American breeds, but import restrictions thwarted attempts to augment the genetic stock of the British poultry population. Antony Fisher resorted to smuggling in twenty-four fertilized White Rock eggs disguised as Easter Eggs in 1953. But by 1956 restrictions were relaxed and a wave of breeding experiments began, aided by significant improvements to techniques for artificial insemination. Sykes became more involved in commercial breeding, specialising in hybrid British-American strains, along with and the British subsidiary of the leading U.S. breeder Cobb.23 Intensive Rearing
Specialisation in stock stimulated specialisation in rearing, with the leading farmers pushing the boundaries in flock size and management. The earlier experimental phase gave way in second half of the 1950s to the rapid introduction of intensive rearing regimes in the British poultry industry, and nowhere more so than at Antony Fisher’s farm. Fisher was unlike any of the other pioneering chicken entrepreneurs. He began, like the other enthusiasts, experimenting on an almost absurdly small scale. But his character as an individualist and his business background gave him an entrepreneurial
21 Poultry Farmer
19.12. 1953. 22 Poultry Farmer
10.12.1955, p. 1. Sykes earlier stated that there were ‘well over 1m broilers’ in 1955, Poultry Farmer
29.10.55, p. 20. The total table poultry population was probably around 4-5m during the year as others would have reached market via the traditional route. 23 Frost, Fisher
pp. 48-9. Poultry Farmer
6.8.55, p. 13 on artificial insemination. Sykes in Poultry Farmer
27.10.56, p. 16 on crossing White Rocks, Rhode Island Reds and New Hampshires (all US strains) with Light Sussex’s, and Sykes, Poultry
, p. 142 on breed requirements. (Sykes left production and moved into commercial breeding.) Sterling Poultry Products, in collaboration with Marshall’s, produced highly productive strains according to John Maunder (Maunder interview). It continues (as Ross) today, a subsidiary of the German corporation, Aviagen, the world’s largest poultry breeding group.
edge over his peers. He created what may have been Britain’s first car rental business in the 1930s, apparently getting the idea ‘from reading about successful car-rental firms in the US’.24 His experiments in chicken farming also drew on American ideas, first indirectly through Sykes, then through his own visits. At home ‘[e]veryone just laughed’ at his ideas for intensive rearing in chicken farming, recalled his elder son. His local chicken slaughterer dismissed him, asking ‘Who is going to eat 200 chickens?’ But at Cornell University’s scientific broiler farm, Fisher had already seen for himself 15,000 birds in a single building.25 Intensive rearing was predicated on being able to control the chickens’ environment more exactly, to produce more uniform size, greater palatability and, through ever larger flock sizes and mechanisation, to exploit economies of scale and so see unit price fall. Flock sizes grew enormously. The typical flock in the 1950s was less than 500 birds, raised as a low cost adjunct to the main farm business. But in October 1956 Dr Rupert Coles, Chief Poultry Officer at the British Government’s National Agricultural Advisory Service, was clear that ‘poultry keeping has reached the point of being a serious business’. Specialization had already led to an increase in scale, but this meant that the practice of raising flocks on farmyard scraps using mostly family labour was no longer feasible. ‘Feed has to be bought in and the cost has, in many instances, brought the sharp realisation that moderate production levels are not good enough to cover higher food outlay’, so that there was ‘an obvious tendency for farm units of 500 to 1,000 birds either to enlarge or decline’.26 In 1957 almost 90 percent of all poultry were still in flocks below 1,000 (fully 40 percent in flocks of less than 200 birds). But by 1960 only 75 percent were in these smaller flocks and over twenty percent were in flocks between 1,000 and 5,000. For the protected egg-laying market such small flocks continued to remain feasible, but broiler flocks quickly moved to a different order of magnitude. By 1966, as Chart 1 shows, the most common flock size among all chickens (meat birds and layers) was still below 1,000, but broilers were more likely to be in much larger flocks, 48 percent were in flocks fifty thousand or larger, a third in flocks greater than 100,000.
24 Frost, Fisher
, citation p. 21, pp. 6-21 on his early years. He was a devout Christian Scientist, life-long teetotal and a man of high principles. He established the Institute of Economic Affairs, after Hayek convinced him of the superior gains from investing his profits in intellectual rather than political capital to promote the free market agenda. 25 Citation from Frost, Fisher
, p. 46, and pp. 46-48 on US visits.
26 Poultry Farmer
27.10.1956, p. 10.
Chart 1. The Distribution of Poultry by Flock Size in Britain, 1957-1966
Sources: 1957: Sykes Poultry
, Table 9, p. 24. 1966 K.E. Hunt and K.R. Clark, Poultry and Eggs in Britain, 1966-67
(Agricultural Economics Research Institute: Oxford, 1967), pp. 36-7. N.b. 1966 data did not disaggregate for flock sizes less than 1,000. We have assumed that all 1966 flocks were greater than 200. Such a transformation in the typical size of broiler flocks necessarily meant that their accommodation altered, moving from the early experiments with ex-military Nissen huts, cellars and barns to dedicated poultry huts able to accommodate flocks of ten thousand or more. The space allowed per bird also changed. The early experiments in indoor flock management were generous, chickens had plenty of room to roam and scratch. The early poultry huts allowed between three to four square feet per bird, but already in 1957 the standard of one square foot per bird was becoming widely adopted, and by 1963 Sykes was recommending 0.85 square feet per bird.27 Dedicated sheds brought further economies from the mechanisation of feeding.28 But the reduced space per bird introduced problems in flock management and disease control. Chickens responded to the stress of crowding with more aggressive behaviour. Despite routine de-beaking at the hatcheries, bullying by the stronger birds influenced the growth rates of the weaker and so detracted from the uniformity of sizing at culling. The American industry was more advanced in pursuing the limits of intensive rearing. Their experience showed that chickens were far more prone to disease as well as bullying when overcrowded.29 And while British farmers tended to be more conservative, American producers’ retort to the ever increasing prevalence of disease among intensively reared flocks was to increase the pharmaceutical content of the chicks’ diets, supplementing their feed with medication. By the early 1950s American pharmaceutical companies had long collaborated with the industry in supplementing feedstuffs with synthetic vitamins, minerals and chemical antioxidants. But several U.S. pharmaceutical companies were also meeting with considerable success in developing animal therapies. 27 Sykes, Poultry
, p. 104. 28 Sykes in Poultry Farmer
27.10.56, p. 15 on John Ogier design of shed and mechanical feeding. 29 Sykes, Poultry
, pp. 103-4.
Overcoming coccidiosis was a great triumph – perhaps the biggest single contribution of animal pharmaceuticals to the modern poultry industry. Earlier attempts to house large flocks of chickens in the U.S. had all been undermined by the increase in mortality rates from this endemic and terminal infection arising from parasitic invasion of the poultry gut. Merck’s acclaimed research director, Max Tishler, had first discovered the properties of its patented nitrofurazone while experimenting with sulfas in the late 1940s. In 1956 its second generation coccidiostat was marketed into Britain (under the Amprol brand), after having proved to be even more effective in the U.S., so that, as a result, G. F. Combs, Professor of Poultry Nutrition at the University of Maryland, confirmed coccidiosis ‘is seldom a problem today’.30 Combs also went on to describe the most recent pharmaceutical breakthrough in the U.S. poultry industry. ‘Perhaps the most dramatic achievement of all has been the discovery that the use of antibiotics and arsenicals… may be used to influence the microflora of the intestinal tract so that the health and well-being of the animal is improved.’ Mortality rates in the early experiments were sometimes ruinously high, over ten percent was not uncommon, but fell to around four percent by the early 1960s with widespread use of coccidiostats and antibiotics.31 Then it quickly became apparent that not only were mortality rates reduced, but that antibiotics were also acting as growth-promoters. It was widely known by the early 1950s that high doses of antibiotics in the first five to ten days of the chick’s life significantly reduced mortality. And so it was a small step in laboratory conditions to observe how those fed continued rations of antibiotics reached their target weights more quickly. British farmers followed the American developments closely. Sykes often summarised the results of U.S. trials in his Poultry Farmer
articles. In October 1956, for example, he reported that the ‘use of antibiotics at low levels in broiler rations [in the U.S.] is universal’.32 Pfizer had pioneered the mass production of penicillin in the late 1940s and developed a range of patented antibiotics, including its branded broad-spectrum oxytetracycline, Terramycin.33 Sykes was already experimenting with its combined properties in 1955. ‘When I see a slight development of coccidiosis in my broilers I put them on to high-level terramycin, which appears to knock the secondary infections [and] make the chicks really hungry’.34 Exactly what the physiological mechanism was remained unclear, but faster weight gain meant increased profitability for poultry farmers. The animal antibiotic revolution was by no means restricted to poultry. Fortune
magazine summarized the general case under its 1952 headline: ‘Antibiotics provide more meat for less feed’.35 By the end of the 1950s at least a quarter of all antibiotics made were given to animals, increasing milk yields among dairy cows and promoting 5-10 percent faster growth among beef cows, pigs and poultry on 10 percent less 30 Lou Galambos, Networks of Innovation: Vaccine Development at Merck, Sharp & Dohme, and Mulford, 1895-1995
(Cambridge University Press, 1999), p. 127, n. 7. Combs’ speech was reported in, ‘Feed Revolution took 25 Years’, Poultry Farmer
3.9.55, p. 10. 31 Poultry Farmer
10.9.55; Sykes, Poultry
, p. 85. 32 Poultry Farmer
27.10.56. 33 Jeffrey Rodengen, The Legend of Pfizer
(New York: 1999); and Robert Bud, Penicillin: Triumph and Tragedy
(Oxford University Press, 2007), pp. 108-9. 34 Poultry Farmer
29.10.1959. 35 Fortune
March 1952, pp. 118-40, and cited by Bud, Penicillin
, p. 169.
feed.36 This was the heyday of growth in animal health divisions in the rapidly growing ethical pharmaceuticals industry. Indeed both Pfizer and Merck significantly extended their new British plants to supply the market among farmers. With the widespread addition to feeds of pharmaceuticals for their therapeutic and growth-promoting usages, animal feedstuffs evolved into a component of disease control as well as straightforward nutrition. As with animal pharmaceuticals, American feed producers were far in advance of British producers like BOCM, Silcocks (another Unilever subsidiary, which later merged with BOCM) and Spillers, producing specialist poultry feeds at a fraction of the price. To some extent this was because the British feed industry was lumbered with a relatively inefficient structure. With its sunk costs in giant mills producing general feedstuffs for all animals that then required costly additional compounding with supplements, the British industry contrasted unfavourably with the smaller, more specialist American mills.37 But with animal feedstuffs prices fixed at below market levels under postwar controls, there had been little incentive for British producers to innovate in the early 1950s. By contrast, developments in research in poultry nutrition in the United States triggered changes there. Combs, for example, highlighted the ‘remarkable’ contribution of understanding the roles of specific amino acids in aiding poultry digestion of different proteins. A high protein diet led to high growth, and with amino acid supplements, proteins could be converted by broilers from ever cheaper sources: soya bean, cotton seed, feather meal and industry waste-products. The length of each cycle from hatching to slaughter was cut from twelve weeks to nine weeks, partly through reducing the target weight of each bird, but mostly through faster growth.38 Hormones, especially oestrogen, were increasingly also added in the U.S. from the late 1950s because of their role in increasing the fattening and tenderness of the meat.39 The net effect of the growing pharmaceutical content of the poultry feedstuffs was, in other words, to increase the productivity of chicken rearing through reducing mortality, increasing the speed of their growth and reducing the cost of feed. Because feedstuffs were the dominant cost of production, the industry’s leading indicator was the feed-conversion rate, the number of pounds of feedstuffs required to produce each pound of meat. This was the technological frontier of chicken rearing. Before the war the American producers were obtaining a feed conversion rate of 4.2, which was also the standard attained among British producers before the decontrol of feedstuffs. But the efficiency gains from improved feeds, better breed selection, and improved flock management saw the feed conversion rate quickly fall to around 3.5 in Britain by 1954-1955. It was this achievement that prompted Sykes to claim that the industry was the most efficient branch of British agriculture.40 But he was being premature. In fact, as Chart 2 shows, the late 1950s saw further and more rapid 36 Bud, Penicillin
, pp. 163,169. 37 Sykes, Poultry
, p. 177 and pp. 86-7; and in Poultry Farmer
21.10.59, on his contention that UK feedstuffs producers were ‘inefficient’ and the ‘laggard’ in the poultry business. 38 Sykes in Poultry Farmer
10.4.54 on 3 cycles per annum in 1954. Poultry Farmer & Packer
17.7.63. Sykes Poultry
, pp. 102-5 on increasing the speed of cycles to 5 per annum by 1964. 39 ‘Feed Revolution took 25 Years’, Poultry Farmer
3.9.55, p. 10; and Sykes in Poultry Farmer
27.10.56. 40 Sykes in Poultry Farmer
29.10.55. Pigs typically required 4 lbs of feed per 1lb of meat gain, for example. JS Journal
, March 1958, p. 9.
productivity gains, accentuated by the convergence of British feed conversion rates with American levels at 2.7 by 1958, and then to match the further gains among U.S. poultry farmers to reach the feed conversion rate of 2.4 by 1960; a 40 percent gain in efficiency in less than a decade. It was a remarkable achievement, and one that was subsequently copied by western European and Australasian producers in the 1970s, and in the Far East and North Africa since the 1990s.41 Without contravening the laws of physics, further improvements were likely to be muted - ‘a plateau had been reached’, putting a brake on further productivity gains in intensive rearing and any potential price falls. In consequence intensive poultry rearing has broadly followed that of mature manufacturing, diffusing to cheaper and cheaper locations since the 1970s.42 For the British industry efficiency gains after the late 1950s no longer came from rearing, but instead from another source: the transformation of chicken processing.
Chart 2. The Feed Conversion Rate in the British Poultry Industry, 1945-1968
Sources: 1945 is actually Talbot's estimate for US farms in 1940, Chicken
p. 9 (Talbot also discusses conversion rates obtained in the 1920s, p.5). 1951, Sykes, Poultry
, p. 149. 1953, Sykes in Poultry Farmer
, 19.12.53, p. 9. 1955, is the upper end of Bowlby's results in Derbyshire, Poultry Farmer
10.9.55, p.5. 1956, is actually Fisher's results for 1955 in Sussex, ibid.,
10/9/55, p. 1. 1958, is Coles reporting US and UK trials results in Poultry Farmer
25.10.58. 1959 is the average result from Britain’s First National Broiler Tests (MERL DW/ AD2/6); 1960, 1964 and 1968 is Talbot, Chicken,
pp. 5 & 9. 1965 is Sykes, Poultry
, p. 149. 41 Sykes, Poultry
, p.149 on convergence. Coles in Poultry Farmer
25.10.58 claimed parity with American farmers’ conversion rates by then. 42 Citation from Talbot, Chicken War
, p. 9. When animals convert their food into heat, activity and excreta as well as muscle growth, the first law of thermodynamics (that the total amount of energy in a system remains constant) implies that the feed conversion rate can never be 1:1. By 2000 after a further forty years of nutritional advance, the feed conversion rate has fallen only to 1.9. Andrew Sheppard, ‘The Structure and Economics of Broiler Production in England’, Centre for Rural Research, University of Exeter, 2004. For the global developments see sources in note 2 above, and the web-site of the Food and Agricultural Organization of the United Nations, for example, http://www.fao.org/newsroom/en/news/2006/1000240/index.html and http://www.fao.org/docs/eims/upload//211940/Poultry_trade_jeopardised_ai.pdf [accessed September 5th, 2007].
Transforming live chickens into carcasses suitable for human consumption was a labour intensive activity. Because of the industry’s origins in egg-production, the preparation of chickens was done at around half of the packing stations around the country. Like Lloyd Maunder in Devon, many had already invested in primitive automatic plucking devices before 1950, but packing stations were mostly small and inefficient.43 The difficulty was partly that the automation of plucking was incomplete (the rubber fingers removed most feathers, but the stubs had to be removed by hand). John Maunder began his career dipping chicken carcases into hot water, to soften their flesh and so to remove the stubs.44 Irregularities in the supply line also meant that the packing stations lay idle for long periods. Once again Sykes pointed out the need to adopt American techniques, highlighting in 1955 how processing costs might be cut from 1 shilling to 1 penny a bird with improved mechanization and organisation.45 Antony Fisher and his business partner, Tony Pendry, along with John Maunder and George Padley were the pivotal figures in transforming processing. Fisher set up Buxted Chickens with Tony Pendry in 1954, originally a collaboration between several Sussex poultry farmers, all recognising that processing could be significantly improved. With greater throughput investment in additional mechanisation became viable, and the first automatic conveyor systems were introduced in 1958. Initial throughput speeds of 100 birds an hour (with three operators) in these improved plucking machines soon gave way to 250 birds an hour (with just one operative) in 1959, and then to 6,000 an hour by 1963. By the early 1960s continuous flow technology was adopted for all aspects of processing. While Buxted’s initial capital was a mere £1,000, with a £5,000 bank loan, such was its rate of growth in its balance sheet that it was valued at £7 million when it was floated in 1962.46 But the requirements for such rapid growth in capitalisation came not in response to the improvements in automatic plucking and conveyor belt machinery, but rather the demands of self-service retailers. For the new supermarkets, with their priority on space for display rather than preparation, were requiring their chicken suppliers to perform the evisceration and packaging functions at the processing stage rather than in the stores. The drawing and trussing of chickens was mostly done on-site in the traditional counter service stores, but Sykes had perceptively noted during 1956 how ‘much interest is being taken in evisceration of the bird at the poultry plant as the industry fully realises that there is unlikely to be a large broiler industry in Britain unless the birds leave the packing station ready for the oven.’47 As self-service spread, so the impetus grew to perform these functions at the processing plant.
43 The number of stations able to process birds was ‘about 300’ but they were mostly inefficient, Poultry Farmer
30.7.55, p. 1. Frost, Fisher
, says processing costs as high as 1s per lb of dead weight bird in 1954-5, p. 50. Clarke and Binding, Lloyd Maunder
, purchased a plucking machine in 1933, p. 64. 44 Maunder interview. 45 Most packers had to drive 20 to 30 miles to pick up just a few dozen birds. Poultry Farmer
10.12.55, and 26.2.55. 46 Frost, Fisher
, pp. 45-58. 47 Poultry Farmer
27.10.56, p. 15.
In March 1958 Max Justice, the Manager of Sainsbury’s Meat and Poultry Department, noted that ‘the quantities now being distributed could never have been handled at the branches but for the co-operation we have received from packing stations up and down the country, who have been producing birds for us in a ready-to-cook form and thus removing from our branches the bottleneck of preparation.’48 This shift of one activity up the supply chain in 1958 and 1959 was to have a dramatic impact on the organisation of the industry because chicken, unlike other animals reared for meat, degrades very quickly after evisceration. The underlying problem was that as well as being suitable for human consumption, chicken meat was a near ideal culture for bacterial reproduction. After death the chicken’s own auto-immune system was unable to combat bacterial infection, and the process of evisceration inevitably led to the spread of some micro-organisms from the bird’s lower bowel to the muscle fibres. Poultry meat degraded more quickly than other meat even before evisceration. But after evisceration at 20°C chicken becomes inedible within twenty four hours.49 No method of distribution existed to get newly slaughtered birds from packing stations to consumers within such a short time. Processors had to develop techniques of delaying the rapid onset of bacteriological reproduction until the bird reached the oven. The only solution for the emerging chicken industry to the insistence of retailers pressing the new self-service format for fully prepared and packaged birds was for an enormous investment in freezing. Hygiene at the processing plant became critical. Polythene wrapping was introduced to protect the carcases from contamination, damage during handling and to prevent freezer burn. Those packing stations able to supply rapidly growing supermarket demand for pre-packed, eviscerated, frozen chicken from 1958 onwards had to completely refigure their production methods in order to minimize the rate of perishability. It was refrigeration, not processing machinery, that prompted such a rapid growth in new investment among processors. Alternative methods for handling chilled birds were more contentious. American experiments in lacing the chicken carcasses with high levels of antibiotics as they were transported were carefully noted. The official Fatstock Marketing Corporation ‘decided to copy the American pattern, and distribute eviscerated poultry in a fresh condition, chilled merely with iceflakes’. It commissioned a Cambridge University study into which penicillin had the best preservative effects.50 Pfizer’s Terramycin once again demonstrated superiority over competing products, this time giving chilled chicken meat an additional ten-day storage life before it spoiled. But the mechanism remained unclear, and chemical residues in chicken meat soared as a result.51 While
48 Max Justice, ‘Chickens Cheep’, JS Journal
(March, 1958), p. 8. Tony Pendry wrote in October 1959 that it was ‘only a year or two ago since the majority of retailers preferred to buy uneviscerated birds,’ in Poultry Farmer
31.10.59, p. 30. 49 D.H. Shrimpton, Quality Control in Marketing Fresh Poultry
(Department of Scientific and Industrial Research, Food Investigation: London, Technical Paper No. 7, 1959); also see Shrimpton in Poultry Farmer
25.11.59. 50 Shrimpton, Quality Control
, pp. 9-11 on the trial comparing the effectiveness of the major antibiotics on delaying bacterial degradation, American Cyanamid’s Aureomycin and Pfizer’s Terramycin. Poultry Farmer
31.10.1959. 51 Poultry Farmer
23.7.55, reporting original US experiments. Shrimpton, Quality Control
, ‘The details of the mode of action of the antibiotics in delaying greening are not yet known’, p. 10 and pp. 9-11 on the impact of high dosage Aureomycin and Terramycin and other antibiotics on rates of degradation and subsequent high residue levels.
the demand for fresh chicken was minimal in Britain – in 1959 90 percent of all sales were for frozen, oven-ready birds – the pharmaceutical and feedstuffs architecture for the industry’s next phase of development were all in place by 1960. III. Intensive Rearing and Prices
When Harold Temperton held out the prospect of a mass market for a 10s chicken in 1953, he was proposing a hugely ambitious cost-cutting agenda. It took at least three or four years of experimentation by farmers before the resulting price falls began to shape consumer purchasing behaviour. Chart 3 shows the price trends of the main meat products during the decade after the decontrol of animal feedstuffs and the ending of food rationing.
Chart 3. Meat Prices, 1954-64, pence per lb.
Source: National Food Survey
1955-1965. Under rationing until July 1954, beef, lamb and pork prices had been kept under an artificially low ceiling. Chicken, outside the rationing regime, therefore was initially at a relative price disadvantage. But while red meat prices adjusted upwards in 1955 and 1956, Temperton’s anticipated price falls failed to materialise in the nascent poultry trade. It was only after 1956 that chicken prices fell, from 60 pence per lb to just over 40 pence per pound in 1963. Red meat prices meanwhile continued to rise.
Chart 4. Total meat consumption in Britain, 1950-1990 (oz per
Source: National Food Survey
, 1955-1991. Chart 4 captures how postwar rationing had kept consumption levels of all meat products down to around 30 ounces per person per week in the early 1950s. After 1954 consumption rose quickly to around 35 oz per person week, from when overall meat consumption remained fairly stable (as the trend line for 1955 to 1990 indicates), oscillating between 35 and 40 oz per person week. Given how large the increases in living standards were in Britain over the same period, such stability in total meat consumption since 1955 is striking. Within the different meat products there was, however, a very marked substitution from red to white meat, as Chart 5 shows.
Chart 5. Meat consumption in Britain, 1950-1990 (oz per person
Source: as for Chart 4. In the early days of experimentation up to 1956 poultry’s share of total meat consumption was only one to two percent. Per capita poultry consumption in 1956 was no greater than in 1951. The ambitions of Temperton and Sykes were evidently far from being realised by then. But from 1957 onwards, as Chart 5 indicates, chicken
consumption rose quickly, doubling between 1956 and 1958, doubling again to 1961, and almost doubling again by 1965. Processors began promoting their own branded chickens: ‘Golden Produce, Pol Pak, Buxted and Peak Poultry, to name but a few’, as well as the early attempts by the large frozen food companies like Unilever (through its subsidiaries Birdseye and Walls) and Ross. Personal consumption of chicken rose from less than 1lb per person per year in 1953 to over 9lb in 1960. Nevertheless, Max Justice repeatedly flagged the importance of understanding the consumer’s perspective in successive speeches to poultry industry forums. It was, he suggested, essential never to underestimate the psychology of purchasing. Families were, Sainsbury continued to believe as late as 1958, ‘not ready’ to switch from traditional red meat to chicken, so any changes were risky, surprises in pricing or presentation might easily ‘upset’ and ‘embarrass’ the housewife, and so ‘it might be a long time before she ventured to buy poultry again.’52 Despite this apparent lack of confidence in its reception, Sainsbury was in fact investing enormously in persuading the public to cast off the impression of poultry as a luxury in their noted ‘Chicken is Cheap’ window campaign from 1958.53 As the market began to mature, new products were launched. In 1961 ‘frying chicken’ (portions) represented one-third of total chicken sales at Sainsbury’s.54 Roasters’ relative popularity diminished as refrigerator ownership diffused, only 70 percent of chickens sold nationwide were oven-ready in 1963.55 By 1964 chicken accounted for one-tenth of total meat consumed and was well on the way to parity with the country’s traditional staple meats of beef, mutton and bacon. Just ten years after the sobering BOCM-commissioned survey, chicken had become established. But such a newly acquired prominence in the national diet was vulnerable to change. There was undoubtedly a genuine match between consumer desires and the self-service format that encouraged the modern chicken industry to grow.56 The collaboration between the leading self-service retailers and the pioneering farming entrepreneurs transformed the product through a combination of genetic selection, pharmaceutical and feedstuffs innovation, and then rigorously efficient techniques in managing the intensive rearing, slaughtering, processing, packaging and distribution processes. It was a model that was also followed in some European countries and in Thailand as the industry emerged there.57 But as British consumers increasingly ingested this new ‘technological chicken’, there first emerged concerns about whether there might be any long term consequences to human health from the chemical residues in broiler chickens, and then increasingly there emerged wider concerns about whether the emerging poultry industry with its vast flocks, may even represent a public health hazard.
52 Max Justice cited in Poultry Farmer
1.11.58, p.11. Also see 25.10.58 discussion on Sainsbury advertising strategy. Speech reported in Poultry Farmer
10.9.55, p. 5. 53 Max Justice, ‘Chickens Cheep’. This led to a ‘dramatic’ increase in demand, according to Sykes, Poultry
, p. 44. Also see Giles Emerson, Sainsbury’s: The Record Years, 1950-1992
(Haggerston Press, London, 2006), pp. 49-50, and letter from Jim Woods to Anthony Tennant of Mather & Crowther advertising agency, 20th January, 1960, Sainsbury Archive. 54 Pendry in Poultry Farmer & Packer,
31.10.59, p. 23. Sainsbury’s Financial Report, 1961 (Sainsbury Archive). 55 Sykes, Poultry
, p.197. 56 Sykes, Poultry
, p. 198. 57 Pananond and Zeithaml, ‘Thailand’s CP Group’, show links between poultry production and the introduction of self-service there.
IV. Entrepreneurship and Consumer Welfare in the Intensive Rearing Revolution
The 1962 publication of Rachel Carson’s, Silent Spring
, became a landmark for the early consumerist movement, condemning the widespread use of DDT as a pesticide in U.S. agriculture. This inspired Ruth Harrison to write Animal Machines
(1964) which touched a chord with the British public’s concern for animal welfare in the new factory farming.58 The controversy about the implications of modern food farming to human health reached a level not seen since the adulteration crises of the 1870s.59 The application of scientific techniques to what were biological agents (animals and crops) produced for human consumption meant that public concerns would inevitably be heightened. Understanding the consequences of the human consumption of chemicals in meat represented a far more complex problem than, say, developing new fibres, or novel machinery, and necessitated a far greater level of scientific investigation before public concerns could be allayed. Despite this expenditure in the poultry industry on research was very low.60 Sykes claimed that British universities didn’t take the poultry industry seriously, contrasting how around 3 percent of total industry revenues were spent on research in the United States with the British figure of only 0.1 percent.61 But before answers could become known, the arena of modern food production suddenly became highly contentious. Concerns were increasingly voiced from the mid-1950s, which ultimately led to legislative change in Britain. Yet, compared with other similar arenas for public protest - like nuclear power, the MMR vaccine, and genetically modified crops, for instance - the controversy was largely assuaged in Britain in advance of either scientific discovery or Government regulation. In an environment where the loss of public trust in the food industry was palpable, it was a small group of food retailers, J. Sainsbury in particular, that took on the roles of informed intermediaries, and so bridged the considerable potential for market failure in the modern food industry.62 From the industry’s earliest days informed scientists had broadcast their concerns about the headlong rush to intensive rearing practices. The transition from rearing chicks on a semi-commercial basis in mixed farms to the intensively reared broiler flocks of some 100,000 strong by the mid-1960s was only feasible because of their forced ingestion of large quantities of hormones, anti-oxidants, coccidiostats and antibiotics, in addition to vitamins and mineral supplements. In contrast to the earlier adoption of mass production techniques in various engineering sectors, the combination of the perishability of chicken and its ultimate human destination meant that mass production in the modern poultry industry was both far more complex to implement, and carried implications that were far from obvious to participants.
58 Rachel Carson, Silent Spring
; Ruth Harrison, Animal Machines: The New Factory Farming Industry
(London, Vincent Stuart, 1964). 59 Michael French and Jim Phillips, Cheated not Poisoned?: Food Regulation in the United Kingdom, 1875-1938
(Manchester University Press, 2000). 60 Poultry Farmer
27.10.56 p. 10. 61 Sykes, Poultry
, p. 8. 62 The concept of the informed intermediary overcoming market failure where markets are characterised by information asymmetries is borrowed from the understanding of one of the roles of banks in credit rationing theory. Andrew Godley and Duncan Ross, ‘Banks, Networks and Venture Capital’, Business History
38 (1996), discuss how the theory applies to business history.
Already in 1953, for instance, W. T. Price, Principal of Harper Adams Agricultural College, voiced concerns that increasing flock size might herald more epidemic diseases.63 A far more eloquent plea for a more considered expansion of the industry came from Dr R.F. Gordon, from the Houghton Poultry Research Station, in a specially commissioned article for Poultry Farmer
in October 1955.
‘Intensivism can lead to a potential increase in hazards not only from infectious diseases but from nutritional deficiencies… we are in an era of food additives, vitamins, amino acids, prophylactics and therapeutics, antibiotics, oestrogens and growth stimulants; in fact, as one writer has said, “the food in the sack sometimes serves up no more useful purpose than to act as a premix for the drugs”…. Poultry farmers have never been slow in applying scientific knowledge to the economics of their industry. Occasionally there may even be a danger of “beating the gun” in attempting to put into practice, without a proper understanding of the possible side effects and long term repercussions of techniques still in the experimental stage…. Are we going too fast in our efforts to apply industrial methods to stock farming? That in itself is not a matter for condemnation and in fact, may well be the key to prosperity. It could become a danger, however, if the industry, as a result of the momentum of its own expansion, the application of half-digested theories, glib advertisements and high pressure salesmanship, allows its progress to outstrip science.’64
Of course with growth as rampant as experienced by the broiler chicken industry, a full scientific understanding of the impact of intensive farming practices was always likely to lag behind entrepreneurial innovations. But Harrison’s, Animal Machines
articulated the fears of many consumers that there might be a price to pay for such dramatic technological progress. It was not just poultry. The first genuine concern about chemical residues in animal products came with the realisation that milk was contaminated with penicillin in the late 1950s. By the early 1960s, milk in Britain ‘was turning into a poison’. Furthermore, in early 1961 the Shropshire Federation of Women’s Institutes passed a petition to Parliament expressing deep concerns about the presence of chemicals in meat.65 There was a growing public debate about animals’ status in intensive rearing regimes as well. ‘In Britain, concern about the unnatural feeding of animals was widespread and deep rooted.’66 And the poultry industry had already attracted the ire of the influential Royal Society for the Prevention of Cruelty to Animals, which was vigorously campaigning against battery-farming in egg-laying flocks in the late 1950s.67 The broiler producers, wary of the potential consumer response to intensive farming, commissioned an advertising agency in 1959 to conduct a public relations campaign.68
63 Poultry Farmer
14.11.1953. 64 Poultry Farmer
27.10.56. 65 Bud, Penicillin
, p. 171, and pp. 173-4, note 25. 66 Ibid
., p. 174. 67 Sykes, Poultry
, pp. 102-5, and Farmers Weekly
19.5.61 on the RSPCA’s lesser concern with ‘deep-litter’ rearing practices (MERL DW/AD8/4). 68 The campaign is reported in Poultry Farmer & Packer
12.9.59, p. 17
But in fact the far greater concern by the early 1960s was not the ambiguous ethics of animal welfare, nor any worry about what chemical residues may or may not result from consuming hormones and antibiotics in factory-farmed milk and meat, but rather how the consumption of low-levels of antibiotics might lead to greater resistance among bacteria. Already in 1959 Shrimpton raised concerns about how the indiscriminate use of antibiotics in the cooling process might promote biological resistance. During the 1960s this grim prospect was becoming a reality as it became increasingly clear that resistant strains of salmonella bacteria, for example, were becoming a threat. Whereas poultry consumption ‘had been responsible for an insignificant proportion of human infection in Britain during the early 1950s, by the end of the 1960s it caused more than half the increasingly frequent outbreaks of salmonellosis in humans’.69 The modern food industry in general, and poultry in particular, increasingly seemed to pose a genuine hazard to public health in the early 1960s. The threat to the nascent poultry industry had suddenly become very grave. That these threats were first perceived in Britain and not the United States might well be because of the British notoriety for privileging animals’ status. Agriculture was pursuing intensification more there than anywhere else outside North America and Australasia, but farming carried much less economic significance in Britain than in these other agricultural heartlands. So any countervailing force to urbanite romanticism of animal life had far less impact in Britain. As Robert Bud has recently documented, the public furore arising from the antibiotics scandal led to several official enquiries, and, following the recommendation of the Swann Committee (1968-1970), the British Government prohibited the use of antibiotics as growth promoters in animals in 1970. This was the first legislative control of the feedstuffs industry in the world. Much of the rest of Europe followed with similar laws in the 1980s, but agricultural lobbyists ensured that similar controls remained off the statute book in North America and Australasia for many years after.70 Despite being such a pioneer in introducing legislative control of the pharmaceutical content of feedstuffs, long before 1970, the poultry industry in Britain had already modified its practices. This was not because of any anticipation of future controls but rather because of the active interventionism of one key intermediary in the British poultry market, the retailer, J. Sainsbury. As already noted, Sainsbury was the retailer most closely involved with the poultry industry in its earliest days. Others, like MacFisheries, the Co-op and a few regional grocers, were also important, but none were able to match the Sainsbury buying power. As the industry was grappling with the problems of increasing scale and cutting costs in 1955, Sainsbury was selling one million birds a year, twice the scale of its closest rival.71 As noted above, it was Sainsbury that were most closely involved with the leading processors’ moves to invest in refrigeration and expand capacity. Sainsbury was driven by a broader agenda than just increasing poultry sales. It was their commitment to rolling out the new self-service format that drove their decision to become more involved in their supply chains. And in no other food sector did
69 Bud, Penicillin
, pp. 175-7, citation, p. 163. Bud reports a survey of scientific papers from 1970, showing that ten times as many papers were directed the problem of antibiotic resistance to human health compared with chemical residues from antibiotics, p. 173. 70 Bud, Penicillin
, pp. 182 ff. 71 Inferred from Poultry Farmer
30.7.55, ‘leading seller 1 million, a number of others half a million a year’.
Sainsbury intervene more than in poultry, ‘they were very influential in the early stages because the level at which you could influence [suppliers] was very much more basic.’72 As early as 1956 Sainsbury’s Max Justice had realised how ‘there was this incredible opportunity to get into a whole new sphere of meat production, and that it could be affordable,’ recalled John Maunder, ‘And more-or-less at the same time I remember being told, “there is this new idea, which we think is going to catch on, called ‘Supermarket selling’”, and the two, actually, drove each other, because one couldn’t virtually survive without the other, in the sort of volume terms that we were talking about.’ Soon, recalled Maunder, he was summoned along with Fisher, Padley, Marshall and Western Chicken to Sainsbury’s Blackfriars corporate headquarters. ‘Max Justice said, “We’ve done our research, we’ve talked to people like Geoffrey Sykes, we believe this to be a real must for Sainsbury’s. And we’re going to organise the country into sectors.”’ Each of the processors was given a regional monopoly by the firm. With the supply chain thus organised, Sainsbury were able to meet a rapidly growing demand. Its sales rose very quickly to almost 5 million birds in 1958, then to almost 12 million in 1959, and then 13½ million in 1960.73 Because of its disproportionate focus on own-brand goods compared with other retailers, much of Sainsbury’s credibility with its consumers was based on the quality of its produce. It followed that much of the risk associated with introducing such a novel food product, like intensively reared chicken, was also borne by them, as well as the suppliers. But with poultry sales and profits underpinning Sainsbury’s ambitious expansion and refitting programme, it was Sainsbury that had the stronger incentive to act.74 ‘They [Sainsbury] dictated this one. They were the ones who said ‘look our reputation goes with this,’ recalled John Maunder, ‘And I remember very clearly being told one day “If you mess up on this, it isn’t just you that goes down, it is going to seriously
damage our profitability if consumers lose confidence in chicken and we can’t sell ‘em”… They realised how important… a slice of that business was in chicken, and not just in volume terms, but in profit terms as well. And… if there was to be a major consumer loss of confidence in the chicken industry, it would crucify us, but it would do them an awful lot of harm as well. We knew it and they knew it, and they were the ones with the influence. They were the ones who could actually say “you must not let this happen.” They were the driving force not just in marketing terms but in morality terms, if you like, as well.’
72 Maunder interview, and in subsequent quotations. 73 Godley and Williams, ‘The Chicken, the Factory Farm, and the Supermarket’, covers this in more detail. 74 There is a very great deal in the company’s official histories about the commitment to quality, Williams, Best Butter
, pp. 104-5; and Emerson, Sainsbury
, p. 32, for example. But it permeates the internal testimonial evidence and documentation too. See, for example, J.D. Sainsbury, ‘Merchandising of Home Grown Produce’, a paper for the ‘British Growers Look Ahead’ conference, April 2nd, 1968, pp. 11-14, or, the article in Management Today
(April 1967), based on extensive interviews with senior executives, which summarised the firm’s position as, ‘What attracts the customers is the Sainsbury reputation for freshness and quality, combined with keen prices.’
The result was that Sainsbury, supremely vigilant for their reputation, urged suppliers to be far more proactive than they would normally have been. They said to Maunder, ‘“go back and look at everything you do and say. Are you happy that the consumers should know about this? And if not, what are you going to do about it?” And… that has driven us, we’ve been driven by being much closer to the retailer – it has its down-sides, I might say…. But the up- side is the discipline that they…, by virtue of their realization of all the implications of their public reputation…, drove us into a position of really scrutinizing what we were doing in a serious way, and saying “are we happy with this? Are we prepared to justify what we’re doing in a public arena? Because sure as eggs is eggs it’s going to get into the public arena if we’re not happy with it [and] we’re going to have to take the consequences.”’ As public concern rose with the chemical content of poultry production, so it was Sainsbury that intervened with its suppliers. For example, they ‘wouldn’t allow us’ to use any form of penicillin or antibiotic in the chilling process, ‘it was emphatic “you must not do it”’. Sainsbury’s intervention forced Maunder and its other leading suppliers to conform to far higher standards of quality control in all their procedures than the legal minimum. This in turn made processors more proactive in their own relations with their suppliers. Maunders integrated backwards into feed production so that they could control the inputs and guarantee the quality of feed, for example. Buxted moved into breeding. Maunders developed a contract system with farmers, which ensured that their suppliers had to conform to a range of pre-specified standards, standards which were derived with Sainsbury’s demands in mind.75 V. Conclusion.
Within ten years the British poultry industry was transformed from an agricultural backwater to one of the most dynamic sectors of the British economy. This transformation was dependent upon a series of critical innovations: in poultry breed selection and reproduction techniques at commercial hatcheries; in nutrition, growth management and disease control, especially through exploiting developments in pharmaceutical technologies; in the accommodation of ever larger flocks, their feeding, ventilating, and in the control of their behaviour; in their slaughtering and processing, with the enormous investments in refrigeration throughout the distribution channels, and the ever more widespread use of antibiotics to minimise the degradation process; in retailing, where the emergence of supermarkets and the self-service format prompted so many of these changes in the supply chain; and finally in cooking, where families by the million took first to roasting chickens with greater regularity, and then frying, baking, and grilling in their experimentation with new culinary tastes. Yet the wider costs of embracing scientific advance in intensive rearing head-on were that consumers were often left behind, concerned about any possible wider implications to human health from such a rush to intensify. Several of these concerns were indeed warranted, and were subsequently prohibited in Britain in 1970. But in those crucial years before then, as the market for chicken matured, the intermediary
75 Maunder interview. The US contract system, described by Fisher in Sykes, Poultry
, pp. 33-5, appears to have been more focused at securing supply in quantitative, rather than qualitative, terms.
that both represented consumer interests and intervened with the industry was not a scientist nor a Government advisor, but a retailer.76 In a market where legitimate consumer uncertainty might have prompted a loss of trust in the product, it was Sainsbury that took on the role of the key intermediary, bridging the asymmetries of information between consumer and producer. In the absence of other sources of information, this role was critical to the market’s continued growth. The producers’ responses to the growing questions would obviously have been open to doubt among sceptical consumers. And while the official response was relatively swift in Britain, it nevertheless lagged consumer concerns by several years. Scientific research also, as seen above, tended to lag substantially behind public opinion.77 Without Sainsbury there was no alternative credible intermediary, and the risk of market failure would have been significantly increased. But Sainsbury recognised that its own reputation was attached to the quality of the new chicken. Moreover, it was becoming increasingly dependent on the financial contribution of the rapidly growing poultry sales to its ambitious plans for moving into self-service. So Sainsbury forced its suppliers to meet quality standards far higher than any legal minimum thresholds, standards based upon what were defensible in the court of public opinion. And the consuming British public responded by eating ever larger amounts of chicken. This British model, with a highly interventionist retailer at its core, thus deviated very significantly from the U.S. pioneer industry, where feedstuffs producers emerged as the dominant players. As the intensive rearing of poultry has diffused around the world, some regions, like Latin America for example, have adopted the U.S. model, whereas some, like Thailand and some parts of the Australasian industries for example, have adopted the British model. Furthermore some industries, in western Europe for example, have pursued a different model again. This is not the place to explore these differences in industry structure, but it ought perhaps to be noted that the British model continues to provide a proportionately higher grade product than alternatives, with a higher share of free-range and organic meat produced by the British poultry industry than by any other equivalent poultry industry in the world.78
76 Alain Chatriot, Marie-Emmanuelle Chessel and Matthew Hilton (eds), The Expert Consumer: Associations and Professionals in Consumer Society
(Aldershot, Ashgate, 2006) focus on various agents representing consumer interests, but not on businesses. 77 Farming circles typically tended not to take consumer concerns very seriously. Coles pejoratively dismissed critics as ‘“Back to Nature” folk’, Poultry Farmer & Packer
25.10.58. Geoffrey Sykes was critical of poor thinking in farming circles, Poultry
, pp. 32 and 88 78 Godley and Williams, ‘The Chicken, the Factory Farm, and the Supermarket’; Pananond and Zeithaml, ‘Thailand’s CP Group’; Burch and Lawrence, Supermarkets and Agri-food Supply Chain
; and Sheppard, ‘Structure and Economics of Broiler Production in England’.
DISABILITY SOLUTIONS July/August, 1997 - Volume 2, Issue 2 "Self-Talk" in Adults with Down Syndrome by Dennis McGuire, Ph.D., Brian A. Chicoine, MD.,and Elaine Greenbaum, Ph.D. Do you talk to yourself? We all do at different times and in various situations. Inexamining and evaluating over 500 patients at the Adult Down Syndrome Center ofLutheran General Hospital, we have heard repe
chemical peel before & after treatment instructions Please follow the instructions below to prepare for your treatment. Your compliance with your pre- and post-peel instructions will greatly affect the outcome of your treatment. Before treatment: 1. Refrain from these activities for 7 days prior to your treatment: Do not have another treatment, unless recommended. Avoid