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8 - Going beyond Natural Local Ecosystems, II

Over the Horizon toward Abundance and ‘Tragedy’1

Published online by Cambridge University Press:  11 May 2023

Richard C. Hoffmann
Affiliation:
York University, Toronto

Summary

Late medieval Europeans extended exploitation of fish stocks to marine frontiers previously little affected by intense human predation. Driven by demand since the twelfth century and supported by waves of innovative capture and preservation methods, herring fisheries in the North Sea and Baltic fed millions of northern Europeans with the largest medieval catches known. Stockfish (naturally freeze-dried cod) from arctic Norway went from a regional subsistence product c.1100 to an export trade profiting fishers and merchants alike. Elsewhere entrepreneurs caught, preserved, and exported pike and other fish from the eastern Baltic, hake and conger from the Channel approaches and Bay of Biscay, and migratory bluefin tuna off Sicily and the Gulf of Cadiz, all for consumption a thousand and more kilometers away. Transforming local abundances for distant tables at unprecedented scale drove new capitalized forms of organization and market behaviour. Consumers, merchants, and fishers saw fish as economic objects disconnected from any familiar nature and free for competitive exploitation. Yet besides prospects of infinite abundance the new frontier fisheries posed risks, and not simply those of hazardous access or human conflict. Heavily fished local stocks of herring successively crashed to commercial insignificance when further stressed by environmental changes in the pulsating arrival of the Little Ice Age. But the almost accidental discovery of virgin cod stocks off Newfoundland in the 1490s confirmed the mythic belief that abundance always lay over the next horizon. Thoughts of limits vanished at the eve of modernity.

Information

Type
Chapter
Information
The Catch
An Environmental History of Medieval European Fisheries
, pp. 316 - 402
Publisher: Cambridge University Press
Print publication year: 2023

8 Going beyond Natural Local Ecosystems, II Over the Horizon toward Abundance and ‘Tragedy’Footnote 1

While medieval Europeans inland constructed new habitats and fisheries at home, coast dwellers were reaching out into new marine ecosystems and pulling new populations of fishes into the task of satisfying western Christendom’s hunger for fish. The internal frontier of intensification was more than matched by external frontiers of untapped resources found in distant waters. Like aquaculture, the new marine fisheries were powered by demand – but theirs was a less elite and potentially much larger demand. Like inland ponds, coastal fishing evolved from older traditions to innovations – but the coasts offered more than one promising opportunity and the changes were as often institutional as technological. Like interior farmers and consumers, fishers and eaters of sea fishes learned different expectations – but ‘over the horizon’ fewer lessons were in manipulating a familiar nature and more in beating out other humans to take a piece from a nature ever less connected to what fishers and consumers called home.

Once the elements were assembled carp culture made a single narrative. Marine ecosystems presented several distinct and unequal opportunities to increase output (Map 8.1). Passing significant representative regional cases in review will establish particulars for interpretation in ecological and cultural context.Footnote 2 Supported by greater investment in technology and marketing, coastal fishers extended their efforts offshore into untouched stocks, species, and ecosystems. They extracted products to preserve for distant consumer markets. Market-oriented expansion generated complex organizations, conflicts, and a view of limitless further frontiers over the horizon – even as the first such frontiers foreshadowed a narrowing future.

Map 8.1 Major European marine fisheries at the end of the Middle Ages.

8.1 Innovation on Marine Fisheries Frontiers

Of course Europeans were taking fish from salt waters before and since the early Middle Ages, even if fears for physical security limited coastal settlement and thus opportunities to use local marine habitats. Sixth- through eighth-century fishers and their salt-water catches have appeared in earlier chapters off Carthage; in the Venetian lagoon and salt ponds at the mouth of the Tiber; on Öland and Bornholm; and at the mouths of the Eider and the Charente. We have seen an Anglo-Saxon fishing boat blown across the Channel in the early 1060s and people eating herrings beside the same narrow seas then, too. The twelfth-century Venetian market was full of fishes from the sea, as were trash heaps at contemporary Ghent.

So a discovery of sea fishing is not at issue, but rather late medieval development of large-scale, heavily commercialized arrangements to catch fish from an area at some distance or formerly little exploited and to transport and sell those fish to consumers elsewhere. Some economic historians usefully distinguish this ‘second stage commercialization’Footnote 3 from what we have called artisanal fishing. Simultaneously fueling and driven by a stepwise spread of marine consumption from the coasts inland, certain regional fisheries achieved wide and distant markets. A prevalent historiographic focus on local and regional stories, however, can obscure interactions and competition among them. What follows looks not only at the narratives but would gauge the extraction of biomass from the oceans and its distribution over broader areas for socially shaped consumption. Transformation of herring fisheries and markets from regional to international scale may be the earliest and largest clear example. Others would follow on all Europe’s coasts.

8.1.1 Networks for Silver

As laid out in Chapter 5, by the twelfth century people all round the shores of northwestern Europe were exploiting herring schools to provide nearby townsfolk, notably ‘the poor’, with whole fish ‘powdered’ with salt or, less often, smoked or brined. Writing in the 1250s, well-traveled Dominican friar and scholastic natural philosopher, Albertus Magnus, voiced contemporary learned understandings:

The allech [Albert uses the classical Latin term for fish preserves] is extremely abundant in the ocean that touches parts of France, Britain, Germany, and Denmark. It is a fish about one palm long which, so long as it swims in a whole school, cannot be caught due to its great numbers. It is caught after the autumn equinox when the ranks split up. And even then, when the fish are enclosed in many large seines tied together, the lines of the nets must sometimes be cut because it is not possible to pull the nets in.

This is a scaly and tasty fish, having no intestines except the jujenum. Thus nothing is found in its stomach …Footnote 4

Small but remarkably abundant, the toothsome herring were for Albert especially associated with the North Sea. But why the limited and empty entrails? Had he seen not intact but gutted herring? If so, Albert becomes an unwitting witness for the future (pp. 324–326 below).

8.1.1.1 Early Export Centres

Expansion of the herring industry under way from around 1200 centred on large easily accessible nearshore spawning agglomerations, encouraging regional concentration of fishing, processing, and marketing activities. Two areas stood out, the southern North Sea region associated with Great Yarmouth in Norfolk, and the Danish straits, notably the Øresund along southwestern Scania.Footnote 5 In the North Sea large autumn schools of herring along the coast of East Anglia attracted fishers and buyers from England, Flanders, Germany, and France to an international fishery. Using mainly drift (gill) nets, the fishers took herring in hours of darkness as the fish followed their plankton prey toward the surface. After a century’s growth, peak years c. 1340 of the herring fair at Yarmouth drew some 500 ships, and fragmentary English customs accounts record annual exports of 700–1,800 lasts (at 12,000 herrings the last,Footnote 6 8.4–21.6 million fish), so perhaps 5,000 metric tonnes (mT). A large but uncounted share of the catch went to Flanders and surely still more to English domestic consumption. Written records suggest most of Yarmouth’s herring were dry salted (‘powdered’) but from around 1300 some proportion were smoked to become ‘red herrings’ and a growing number packed in barrels.Footnote 7 From schools in the same waters fishers of Calais smoked ten million herrings in 1321 and exported twenty million. More than thirty million a year traveled by barge up the Seine to Paris, feeding the massive increase in herring remains seen there and at all other well-excavated northern French sites.Footnote 8 Taking English and French exploitation together, it is not unreasonable to think that each year around 1340 they may have removed from the southern stock at least 15,000 mT of fish. Quantities taken and shipped by Yarmouth and other southern centers shrank after the 1360s.Footnote 9

Herring schools off Scania had much earlier attained mythic scale.Footnote 10 About 1215 Danish historiographer Saxo (c. 1160–c. 1220) prefaced his Gesta danorum:

An arm of the sea pushes through to part its [Sjaelland] eastern side from the west coast of Scania; this is accustomed to drive the largest amount of booty to the fishermen’s nets every year; the whole sound [Øresund] is so frequently packed full with fish that sometimes boats striking them have difficulty in rowing clear and no fishing gear but the hands is needed to take them.Footnote 11

Even as Saxo wrote, the historic local subsistence use of Scanian herring was undergoing quick commercialization under the growing influence of merchants from north Germany who, contemporary chronicler Arnold of Lübeck acknowledged, brought great wealth to Denmark in return for the god-given fish.Footnote 12 Amply provided with salt from Lüneburg and hungry buyers in central Europe, what would become the Hanse towns gained territorial concessions on the Skanör peninsula and elsewhere nearby and built up exclusive access to the fresh catch. During the run of August to October merchants on the beach bought herrings caught just offshore by what became five to seven thousand small open boats each initially crewed by five to eight Danish peasants. Their self-organized temporary boat associations made good use of a seasonal gap in the agricultural routine. Fishers set drift nets overnight and fixed nets on posts by day. A fee to the king, lord of the beach, licenced them to make temporary shelters, land their catch, and freely sell to the highest bidder. Each could salt but six barrels for family consumption. With the industry’s growth, by the fourteenth century the labour supply increasingly drew upon migrant workers from interior Denmark, and even Germans, Dutch, and English, some of them brought in by the Hansard merchants, who also hired Danish and German women to salt and pack the catch.Footnote 13 Each barrel was inspected for quality and branded with the merchant’s mark. After sales at the September Skanör herring fair, the product was shipped south to towns along the Baltic or around Jutland to those on the North Sea. Wider distribution by, for instance, 1252, had Øresund herrings entering Flanders assessed per thousand for tolls.Footnote 14

Tolls paid at Lübeck, chief of the Baltic Hansa towns, in later decades of the fourteenth century provide the only substantive grounds for estimates of this fishery’s scale: in 1368 the town received 76,000 standard Rostock barrels (117 kg legal weight, 100 kg of that wet fish, the rest salt; 900 herrings then, but up to 1,200 something more than a century later). Annual receipts during 1398–1400 ran from 81,172½ to 69,975½ barrels. At twelve barrels the last and the last calculated at 12,000 fish, a modest 70,000 barrels held 84,000,000 fish … or something over 7,000 metric tons of fish flesh. Yet, as economic and environmental historian Poul Holm calculated in 2016, Lübeck itself handled only about one-third of the deliveries to Hansa towns in the Baltic, implying at least 225,000 barrels sent in that direction. Holm then posits another 50,000 barrels sent westwards to the Hanse’s members in the North Sea and some further number directly to Flanders, to bring exports up to 300,000 barrels. If Danish domestic consumption came to another 100,000 barrels, the total processed each year was 400,000 barrels from an annual late fourteenth-century Scanian herring catch exceeding 40,000 mT live weight (or, considered another way, 400,000,000 fish).Footnote 15

Noble Burgundian councillor Philippe de Mézières toured the area in 1389 and marveled:

… the herring makes its passage through the strait from one sea to the other in marvellously great number… so great one could cut through them with a sword. … the bounty of God … furnishing an abundance of herrings by which all Germany, France, England and many other countries are fed in Lent, for poor Christians can have a herring who cannot afford a big fish.Footnote 16

Indeed in this very decade Dordrecht imported nearly 1.5 million fish a year and the Flemish staple at Damme taxed more than sixteen million in only the fall quarter of 1387, in both cases primarily carried by Hansards.Footnote 17

None would doubt that the Øresund yielded Denmark’s greatest medieval export and in all likelihood this fishery was the largest anywhere in medieval Europe. But the late 1300s were its apogee: by early decades of the following century the Scanian schools were in trouble, noted as failing in 1402, 1425, and years after 1436. In the 1490s Lübeck received from all Denmark barely 20 percent of the herring it had a century earlier from the Øresund alone. Despite a debased coinage Danish crown incomes from beach licences were down 30 percent. To replace lost royal incomes already in 1429 King Eric instituted tolls on shipping through the straits. Despite a brief revival around 1500 neither the fishery nor the trade ever fully recovered.Footnote 18

In retrospect by about 1300 effective mercantile organization had plausibly brought the herring industry of northwestern Europe near limits of its traditional techniques. Coastal concentrations of fish could be exploited effectively with a modicum of operating capital, much of it going for salt, and thus supply inexpensive Lenten protein to large regional concentrations of Europeans. Dependence on a few regional spawning stocks left the industry susceptible to ordinary environmental fluctuations affecting the year-to-year presence of the schools and possibly vulnerable to larger changes. As already mentioned, from the mid-thirteenth century continued pressures of demand drove herring prices rapidly upward, doubling at Calais, for instance, between 1268 and 1300 and doubling again by 1341.Footnote 19 Short-term changes in supply superimposed year-to-year price variations exceeding 25 percent (Figures 6.1 and 6.2). The critical bottleneck was time, the need for quick processing which anchored this fishery within sight of the beach, and the limited durability of its product, which hindered access to consumers well inland. Writing in the 1330s Francesco Pegolotti warned his fellow Italian merchant travelers to be sure they got only good-smelling herring from the most recent pack.Footnote 20 How did this change?

8.1.1.2 The Interplay of Technologies and Regional Success

Successive waves of economic and technical innovation lapped across the herring industry during late medieval centuries. A historically critical antecedent, of course, was thirteenth-century involvement of long-distance merchants, English and Flemish traders shipping out of Yarmouth to Bruges and to Bordeaux, the importers to Paris, and most famously those proto-Hansards in the Baltic. To different degrees each commercial interest could reach more customers with a more durable and portable product, but for much of the thirteenth century and beyond most herring continued to be salted whole and handled dry in bundles. The fish whose remains are recovered from sites on the twelfth–thirteenth-century Øresund are as whole as those from Haithabu 200 years earlier.Footnote 21 Traders from Köln, who distributed Scanian herrings into the Rhine basin and areas to its south and east, then dealt in korbherring, herring in baskets.Footnote 22 Consumers of the ‘powdered’ herring of Paris and its region left only skeletal remains of entire fish throughout the thirteenth and into the fourteenth century.Footnote 23 Managerial accounts for 1289–1291 from a herringry Durham priory possessed on the coast southeast of Newcastle detail a product salted, dried, and packed into baskets with straw. Archaeozoologist Alison Locker’s most widespread survey of medieval herring remains in England finds entire, not gutted, fish prior to c. 1300. The most recent study of massive numbers of bones dating 1360–early sixteenth century at York reports no evidence of gutting or use of barrels and infers fish of English origin, even if 1370 legislation called for Hanseatic methods. Historian Maryanne Kowaleski has wisely judged that ‘white’ herring were certainly salted, “but there is considerable difference of opinion about whether they were fresh, lightly salted, heavily salted or packed in brine …”Footnote 24

A first series of waves spread gutting, barrels, and packing in brine fitfully across regions of production. Deftly carving out the gill area of each fish (kehlen in Danish, kaaken in Dutch) extracted most of the entrails, directly exposed more flesh to the salt, and left for archaeozoologists distinct evidence of the practice on individual skeletons and the collective mass of herring remains at a site. (Particulars of processing fish little interested medieval writers, but not some sharp-eyed graphic artists as in Figure 8.1.)Footnote 25 Packing in watertight barrels kept air from dry- or wet-salted fish and eased their handling in bulk. Salt brine required a sealed container but ensured full and continual contact of the fish with the preserving agent.Footnote 26 The three techniques need not be applied together but came to be so in the late medieval industry.

Figure 8.1 Brined herring, kaaken and barreled.

“Salsus autem in vsum hominum vitra quoquis aliis pisces sanus durare potest” [When salted the herring remains suited for human use longer than any other fish]. Allec woodcut from Hortus sanitatis, cap. III, fol. 274r [p. 547]. Strassburg: Johann Prüss [not after 21 October 1497]. First used in a printing by Jacob Meydenbach at Mainz, 1491, this image appeared widely in multiple subsequent redactions of the Hortus by various Rhineland printers dating to and after the 1490s. Licence cc0 / Public domain.

Image reproduced with permission of Technische Universität Darmstadt, Universitäts- und Landesbibliothek Signature Inc IV 203.

Indubitably some people in the Baltic had known for a long time how prompt butchering of herring extended the usefulness of their product. Herring remains with many vertebrae but no diagnostic skeletal elements have been found at Truso, the Viking Age trading post on the Wisła delta, and at a Slavic stronghold of ninth–thirteenth-century date located beside present-day Kołobrzeg on the Pomeranian coast.Footnote 27 Adoption of the practice further west is evident at Selsø-Vestby, a production site radiocarbon-dated 1290/1380 on Roskildefjord, close to the Øresund,Footnote 28 so reinforcing the assumption that much of the Danish catch was so processed by the early fourteenth century. Köln merchants were handling barreled herring by the same time. Herring barrels of Baltic oak with tree rings from fourteenth-century timber harvests are well known in Flanders (recycled to line wells and latrines). The English industry adopted barrels – at least for the ungutted smoked Yarmouth ‘red herrings’ – in the 1300s but tried the full ‘Scanian cure’ only at their end. In Scotland herring barrels appear in records from 1360 and become normative in the 1400s.Footnote 29 Scholarly consensus now probably acknowledges that Hansards handled mostly gutted, brined, and barreled herring by the peak period of Scanian production in the late fourteenth century but adoption further west was delayed. Coupled with Hanseatic inspections and regulations to ensure a product of durable quality this difference helps explain the dominance of Øresund herring on contemporary international markets.

A further pulse of technical and economic innovation then transformed the herring fishery.Footnote 30 Flemish fishers, once leading foreigners off the English coast, followed by their northern country cousins from Zeeland and Holland, all squeezed out of the Øresund by the Wendish towns, most eagerly adopted the kaaken process to North Sea stocks,.Footnote 31

Flemish fishers further led the Netherlanders in a gradual transition from coastal to offshore (‘deep sea’) fishing for herring. This entailed two further interlocking technical changes. First, probably before the end of the fourteenth century they discovered that the fish kept and tasted better if they were gutted and salted down while still at sea, then reprocessed and packed on shore. Hauling salt required a larger ship, soon built for the purpose as a “herring buss,” but then a larger crew could stay at sea catching and packing herring for a week or more. The tether to shore undone, Netherlanders could depart contentious and perhaps failing English shores for unexploited spawning stocks in the central and northern North Sea waters they called Noordover, and eventually off Shetland and Iceland. Higher salinity fed these fish to larger size than in the Baltic. Ostend alone landed 2,400 tonnes in 1467.Footnote 32

Unlike the rowing skiffs or flat-bottomed vessels launched over the beach for day voyages after herring – still the norm in early fifteenth-century Holland and elsewhere – the buss was a keeled vessel of thirty to sixty tonnes capacity, requiring crew of a dozen and harbour facilities (Figure 8.2). The specialized ship design and infrastructure to support it were developed at the start of the fifteenth century in fishing ports along the coasts and Maas estuary of Flanders and Zeeland. By 1476 Flanders had 125 busses and Zeeland 150, but Holland only 100. Subsequently endangered by the Habsburg–Valois wars, the centre of the industry slid northwards, first to places around Brielle (Brill) on the Maas in south Holland and eventually to the more secure towns of the Zuider Zee. About 1520 the Dutch herring ports along the Maas were landing about 12,000 last (144,000 barrels) each year and those around Enkhuizen on the Zuider Zee still only about 1400 last (16,000 barrels).Footnote 33 The proverbial Dutch herring kings of the sixteenth and seventeenth centuries were but the last step in a century-long process.

Figure 8.2 A Flemish herring buss, c. 1480.

Thought to be the earliest image of this special-purpose ship design. Print of engraving by so-called Master W with the Key. Bruges, c. 1480. Now in Rijksmuseum, Amsterdam, RP-P-2014-30.

Reproduced with permission of Dr. Jeroen ter Brugge, curator, Maritime collections, Rijksmuseum.

At the start of the sixteenth century, then, just one of the Low Countries’ several herring-fishing regions was landing twice the fish of Lübeck at its peak (see p. 321 above). For some generations the Netherlanders had backed up their technical superiority with investments – salt, nets, ships, barrels – and with government policy – safe conducts, convoy defence.Footnote 34 But in the words of historian Richard Unger, “the greatest impetus to the use of all the superior methods was the presence of a market for the preserved herring and a market that had potential for growth.”Footnote 35 When the herring were unloaded, some went straight to nearby urban consumers. At Deventer, where next to no eating of herring is visible in food waste from the the ninth through fourteenth centuries, in the 1400s and 1500s herring contributed 15 percent of the recovered fish bones.Footnote 36 More of the catch was washed and layered in barrels with salt for an extremely durable product, edible for a year and more. Price advantages on the Antwerp market offered consumers good reason to substitute domestic for Hanseatic herrings, so by the mid-fifteenth century Flemings, Zeelanders, and Hollanders were supplying the shores of the North Sea, the Rhineland, and, after failure of the Scanian spawning stock, even the Baltic. By century’s end they provided most of the herring imported by the English.Footnote 37

8.1.1.3 An Evolving Consumer Base

So where were those late medieval consumers whose demand drove the fishing and the trade in herring? While thirteenth- and fourteenth-century evidence of eating herring in England, the Low Countries, and northern Germany scarcely needs further mention,Footnote 38 the course of distribution and demand in Europe’s interior and more southerly regions should be established by more than occasional trade agreements. Many diverse source materials trace the penetration and limits of eating this preserved fish far from its native seas.

Herring remains increase greatly in thirteenth-century contexts at all sites in northwestern France.Footnote 39 To the south both archaeological and written records thin out. Herring were on markets in Berry at Déols in 1235 and Vierzon in 1430.Footnote 40 In most years between 1306 and 1362 the papal household in Avignon spent heavily to transport large quantities by way of La Rochelle, Toulouse, and Bordeaux for Lent, but these fish were also ordinary fare for the chapter of Saint Trophime at Arles in 1352.Footnote 41 A century later the comital household of Angoulême ate herrings when in residence at Cognac during the cooler months. At Tours in 1480 municipal guards got these fish as a regular ration; notables, however, took only a symbolic ‘pittance’ to open a banquet.Footnote 42 Fourteenth-century references in Burgundy are merely occasional, but in 1406/7 the toll station at Chalons passed “306 milles & 26 tonetz(?) [sic] de harenz tant blans que sors.”Footnote 43

Hanse towns from Lübeck east to Reval (Tallin) handled distribution around the Baltic and its affluents, as far upstream as, for instance, Kraków and Novgorod.Footnote 44 In the Empire’s interior, however, Germany’s then largest city and an early but distant affiliate of the Hanse, Köln, claimed staple rights on goods moving along the Rhine. This enabled it to control trade in herring throughout that river basin and further to the east. Köln merchants handled Scanian herrings from the 1200s, but from about 1370 also a competitive product from the North Sea. At first the fish were designated as ‘basket herring’; barrels appeared in the trade shortly before 1300 and became the norm a generation or so later. From this node on the lower Rhine the herring, sometimes inspected, repacked, and resealed, went by water and overland to Frankfurt am Main, Strasbourg, Nürnberg, and beyond, even to the skirts of the Alps.Footnote 45 In the 1320s herring likely from this commercial network fed mercenary soldiers at Metz and inmates in the hospital at Klosterneuburg.Footnote 46 They were the only imported fish bought by members of the Tirolian noble Schlandersberg family between 1394 and 1401 and by their von Peucheim counterparts at Horn castle on the Danube for Advent and Lent in 1444–1446. At the very time herring appeared on dining tables and price-fixing lists for the Council at Constance (1414–1418) – where contemporary illustrations show open barrels of unmistakably gutted herring – a retail price series (herring sold by the piece) becomes available for transactions at Augsburg.Footnote 47 It is said that south German consumers preferred the unripe herrings Netherlanders caught in June and July, earlier than Hanse rules allowed. Smoked as bocking or dried as matzginshering (modern Matjes) they could arrive by way of Köln well before any fish from the Baltic.Footnote 48

Crossing the Alps or sailing into the Mediterranean with loads of northern fish was another story, so fourteenth-century penetration of those markets long remained modest. Stuck in Avignon a homesick Pavian cleric, Opicino de Canistris (1296–1336) missed the allecia desiccata and other fishes he’d known back in Ticino but contemporary Florentine market customs expected them only in small quantities.Footnote 49 As Pegolotti completed his mercantile handbook about 1340, he advised buying only those freshly processed salt herring taken in the North Sea between England and Flanders. His benchmark price at Antwerp was two denarii per small barrel (tinello).Footnote 50

Conditions changed after the Black Death. In 1384 Francesco Datini, merchant of Prato and trader in Florence and elsewhere, could import 643,000 herring from Southampton to Genoa and Pisa. The venture went so well that over the next twenty-five years he brought in thirty-nine shipments of 200–600 balle (‘bundles’, each of a thousand fish) from England or Flanders, always timed to hit the Lenten market.Footnote 51 A century after Datini, papal courtier Paolo Giovio was thoroughly familiar with their regular availability in Rome: “from Jutland’s shores are brought to us herrings, foot-long fishes in baskets [crates?] preserved with salt and smoke.”Footnote 52 Certainly by the fifteenth century Italian consumers and likely those elsewhere were aware that their salty little fishes could originate from various exotic northern waters.

So unlike Thomas Aquinas, who had needed a miracle to get a herring in late thirteenth-century Lazio, over the following 200 years consumers on markets across Latin Christendom could likely obtain a herring if they wanted it enough. People at greater distance from the North Sea or Baltic found their opportunities later, more dispersed, and more expensive. They may also have appreciated them more. Popes paid heavily to get herring to Avignon. In the1390s Margherita Datini in Prato and the brothers Kaspar and Sigmund von Schlandersberg in the Vischgau (Val Venosta, Alto Adige) waited impatiently for the herrings’ arrival.Footnote 53 However French courtier, diplomat, and poet Eustache Deschamps (1346–1406/7), envisaged “those spoilt herrings, pickled and smoked, yellow, black, and stinking,” and monks at Eynsham in Oxfordshire consumed in the fifteenth century only a fraction of the herrings that they had in the thirteenth.Footnote 54 Was the reluctance in later medieval England, France, and the Rhineland a matter of taste and fashion (see Chapter 2, pp. 83–84 above) or of having more options? Did greater abundance drive the wealthy away from the ‘fish of the poor’? Did more widespread distribution and deeper markets balance less demand from elite consumers? Alison Locker has shown that, taking into account the relative size and weight of food per individual fish and thus numbers of fish remains, the trend since the fourteenth century was for herring to yield to cod as the largest single source of fish flesh in English diets.Footnote 55

To recapitulate before turning to those codfishes, European herring fisheries went from broad use of local coastal stocks in the twelfth century through dependence on southern North Sea and Øresund schools to exploitation of distant-water populations by the end of the Middle Ages. Over several hundred years, at each successive stage of expansion of the industry merchant entrepreneurs supplied ever more distant eager consumers with larger production from stocks further offshore. The evolution was closely linked to a market which called forth technical improvements, greater commercial complexity, and higher investment.

8.1.2 The Stockfishsaga and other Tales of Codfishes

The tale of the Atlantic cod, third of this book’s introductory fish tales (pp. 14–17), bound an expanding web of human relationships around a central strand, the story of the dried cod of the north, stockfish, called by its Norse producers stokfisk or skreið. But like medieval Norse literary narratives, the expanded tale now needs also consider subsidiary encounters between coastal communities and regionally important fish varieties. Most such interactions between people and the cod family lay somewhere along a spectrum between local use of local marine ecosystems and more specialized and commercialized handling of certain fishes for consumers at greater distance. All entail incidents or phases of people intensifying exploitation and transforming fishes into objects of cultural desire.

The collective weight of medieval codfishes and their biological or culinary associates possibly approached that of herring and certainly covered comparably broad spaces. Atlantic (northern) cod is a common demersal predator in cold waters of the continental shelf (Map 8.2). The species has many breeding populations (races) with behavioural adaptations to particular environments. Local stocks are ubiquitous in nearshore habitats, but the largest fish – to 1.5 meters and 40 kg – remain in deeper waters of the shelf down to 600 meters.

Map 8.2 The range of cod.

Two salient features of cod in the European far north are less immediately apparent:Footnote 56 (1) adult members of the large arctic population migrate each winter in a southwesterly direction along northern Norway into spawning areas south of the Lofoten archipelago;Footnote 57 and (2) no salt is there needed to preserve cod. Decapitated, gutted, split, and hung on racks in the arctic wind and sun, the cod’s oil-free white flesh “becomes as dry as wood”, as a Venetian castaway on Lofoten in 1432 described the all but imperishable “stocfisi.”Footnote 58 The process discarded heads and forward vertebrae and shipped off to the consumer a bundle of dried slabs still holding the rear part of the backbone (Figure 8.3a) Hence, as with herring, different patterns of cod remains distinguish production and consumption sites and only places where fish were consumed fresh will have full representation of skeletal elements.

a. Norwegian stockfish: codfishes decapitated and bundled whole. Detail from Carta marina 1539.

Reproduced with licence for public use/publication courtesy of Per Cullhed, Uppsala University Library, Uppsala, Sweden.

b. Swedish Bothnia: fish air-dried on the rocks. Illustration from Historia, 1555, lib. 2, cap. 6, p. 65.

Reproduced with licence for public use/publication courtesy of Per Cullhed, Uppsala University Library, Uppsala, Sweden.

Figure 8.3 Drying fish in medieval Scandinavia, images from Olaus Magnus:

In conditions more humid than in the far north but still cold, cod dried under cover with some salt (‘dry-salting’) becomes a product resembling stockfish. While this ‘salt cod’ became the standard shipped from early modern Newfoundland, medieval Norwegians did not produce what they call klippfisk. Ling, torsk (cusk), haddock, and saithe are often taken with cod and handled the same way. Other important gadids such as whiting or hake prefer different, often shallower or more southerly, habitats.Footnote 59

8.1.2.1 Norse Fisheries and Trades

Long familiar in the north, stockfish came south when Viking Age northerners trading to Danish Haithabu brought some as ship’s rations.Footnote 60 However nothing before the eleventh century indicates northern Norwegians placed any special priority on cod fishing or carried on any trade in this product. When available, local cod, fresh, dry-salted, or salted, was also eaten along European coasts further south.Footnote 61 So not all cod eating is stockfish nor marks long-distance trade.

Development of Norse society and the cultural integration of elites into Europe during the eleventh and twelfth centuries – a process symbolized after the 1030s by official Christianity – modified demand for northern goods in, at first, the Norwegian west (Bergen) and south (Oslofjord).Footnote 62 To the furs and hides of marine mammals which the Vikings had sought in the far north, their descendants added fish, of which traces occur around Trondheim and Bergen before 1100. In 1103/7 King Eystein, brother of a crusader to Jerusalem, imposed a tax in kind on northern fishing and soon thereafter signs appear of English and north German demand for Norwegian cod.Footnote 63 A settlement at Vågan on the main Lofoten land mass became the only quasi-urban centre in the north. It served for tax collection, fish processing, and trade with merchants from the south.Footnote 64 Norwegians themselves carried stockfish to England well into the thirteenth century, but Hansards came to Bergen for it. Irrelevant here is the process whereby the Hanse established economic hegemony in later medieval Norway, save to observe that the Germans more than once violently drove English rivals from Bergen and had their return outlawed. But Norwegian monarchs did normally sustain sullen German and English acquiescence in the Bergen staple, the rule barring foreigners from trading beyond that city to Lofoten a thousand kilometers north or, into the fifteenth century, to Iceland a thousand kilometers west. Norse stockfish went to European tables through Bergen.Footnote 65

Stockfish delivered to Bergen in summertime had dried in the subfreezing overnight temperatures of an arctic spring. Men who were otherwise peasants fished through the late arctic night and brief dawn of February and March.Footnote 66 The inshore stock of smaller cods which had served the original subsistence fishery could not sustain commercial demand. Fishing zones shifted from coasts near the farms to offshore of southeastern Lofoten, where the big migratory cod arrived to spawn.

Structural constants and shifts in the fishery fill in the broader picture.Footnote 67 Early trips by northerners to Bergen gave way in the 1200s to Bergen merchants dealing in north-country harbours. Only after Norway’s mid-fourteenth-century loss of economic and political strength could Hansard merchants successfully evade Norwegian protectionism and deal directly with northern processors of the fish. Most business still occurred in Bergen, whence men of Lofoten sailed each May, but late fourteenth- and fifteenth-century sources document numbers of illicit ventures to the far north, too. In both venues merchants advanced to northerners goods on credit for future delivery of fish, a good indicator of the Hansards’ drive to lock down future supply.Footnote 68

When it comes to counting stockfish production and thus gauging the scale of the Norwegian fishery, medieval records are obscure. Knowing that the value of stockfish entering late fourteenth-century Lübeck each year was one-quarter that of the herringFootnote 69 simply omits too much. Extrapolations by Norwegian scholars make something in the order of 3,000–4,000 tonnes of skreið out to provide half the value of Norway’s exports about 1300, with half or more of that weight going to England. Output likely peaked then: a century later Europe’s demographic crash and competition from other fisheries are thought to have cut the volume by a third to a half. The next grounded estimates for 1518–1521 come to annual exports of about 1,500 mT and about 2,800 mT in the 1560s–70s. Nevertheless economic historian Arnved Nedkvitne describes 1350–1550 as the ‘Golden Age’ of Norwegian stockfish.Footnote 70 The assertion rests not on the size of the catch but on changing values in late medieval European markets.

Northern regions better survived Norway’s fierce late medieval economic and demographic crisis than did the country’s south. Deteriorating climatic and economic conditions for northern agriculture and for a mixed subsistence strategy highlighted the continued relative strength of demand for fish. The grain which a fixed weight of stockfish could obtain in Bergen rose rapidly after 1350. Relying on what are sparse price references from Bergen, Nedkvitne found a kilogram of stockfish worth only 2.1 kg of rye flour before the Black Death but averaged 7.3 kg in the following century (1351–1440) and slid only slightly to 6.3 kg of rye by 1500.Footnote 71 Even exports only half those of around 1300 thus earned around 1400 half again more of the essential cereal little grown in the north. Settlements in the far north moved toward the coast. Some places and men came to specialize in fishing. Land rents, hitherto calculated in weights of butter, became – the first evidence is from 1432 – expressed in weights of skreið.Footnote 72

Icelanders, mid-Atlantic cousins to Norwegians, increased their fishing for subsistence but not for export up to 1264, when their independent Commonwealth acquiesced to Norwegian suzerainty. Local chiefs sponsored seasonal fishing for this purpose. Overseas markets were attracting effort by 1300, when first isolated cryptic references then direct evidence establish Icelandic skreið as strong competition to the Norwegian product.Footnote 73 With dried fish supplanting coarse woollen textiles as the island’s principal export commodity, a trend considered ‘recent’ in a Bergen charter from 1340, the fishery challenged pastoralism as an axis of Icelandic culture. At least for trading purposes Icelanders also abandoned their traditional standard of value, a unit of native cloth, in favour of a quantity of fish. The price of skreið relative to cloth in Iceland rose by 34 percent during the first half of the fourteenth century and, after a plateau, by another 70 percent during the fifteenth. Lucrative prospects help explain why four of five animal remains in Icelandic archaeological sites from the fifteenth and sixteenth centuries are of fish, mostly heads and anterior skeletal elements of cods, the waste from stockfish production.Footnote 74

Distant resources were pulled into the service of European demand for fish and so distant societies were pulled in as well. Norwegian and Icelandic scholars advance stockfish exports as the chief economic element integrating these peripheries into the developed and expanded Europe of the later Middle Ages.

Recognition that Europe was reaching out has equal validity and wider resonance. King Håkon V acknowledged the driving force of European demand in the famine year 1316, when he required any merchant seeking dried fish or other goods in Norway to arrive with grain.Footnote 75 Just after 1400 English traders, their search for stockfish at Bergen thwarted by German competition, turned to Iceland. So did English fishers, who in 1416 explained that failure of fisheries in home waters had sent them (illegally) to the abundant resources off Iceland.Footnote 76 In tacit, sometimes open, defiance of the Bergen staple and the express commands of Danish and English monarchs alike, both trade and fishery grew. English buyers bid twice what skreið directed to Bergen might get and eventually offered Icelandic fishers goods in advance for future delivery. English fishers worked deeper water with longer lines and more hooks than did the natives. They arrived in late spring and stayed to midsummer, often using salt to cure their catch on board and ashore. After 1420 some wintered over. By the 1430s an anonymous English political poet could assert “Of Yseland to wryte is lytill nede / Save of stokfische.”Footnote 77 Risky business tantalized with rich rewards: individual ships returned to Hull in 1460/1 laden with 60,000–90,000 stockfish.

Not all welcomed the English. Icelandic annals and Danish diplomatic correspondence indict English mariners for stealing fish, looting, violence, and even murder of the Danish governor in 1467. Landowners fearing loss of labour banned full-time fishing as well as the overwintering foreigners who might offer such work. Meanwhile Hanseatic merchants and seamen also wanted what Icelandic waters offered and they boasted better official relations. A naval war ensued in the 1470s and 1480s, with armed fleets from Hamburg facing English escort vessels. Icelandic sources record eight armed clashes among Germans and English between 1486 and 1532. English traders, many from Bristol, reduced operations. English fishers, many from the east coast, hung on through the 1520s, even though in 1500 Iceland declared English long-liners outlaw, freely open to attack.Footnote 78 As observed in Chapters 4 and 6, medieval fishing communities in England and Germany had customs protecting and allocating the resources of home waters. Wealth over the horizon belonged to the one who could take it.

8.1.2.2 Who Ate Which Medieval Codfishes?

For all that stockfish production and trade contributed to medieval development of northern resource-based economies and inspired tenacious ambition among Hansards and English, stockfish consumption lagged well behind that of herring. Smaller volumes reached more limited markets. Widespread local stocks of gadids and possibilities for salt cures elsewhere competed with the northern product. Ambiguous, even erroneous, nomenclature and incautious use of zooarchaeology blur distinct use of different ecosystems.

Stockfish abundantly filled a major dietary role in the north: Scandinavia, the Baltic, north Germany, and England. Even there, however, local gadid fisheries could often provide rival fresh and salted alternatives. In southern Norway, Sweden, and the east Baltic the initial large headless imports of the eleventh–thirteenth centuries were later replaced by smaller locally caught cods.Footnote 79 In England the first surge of gadid remains during the eleventh and twelfth centuries identifiably came from the southern North Sea. Overall the big specimens of Norwegian origin became numerous only during the 1200s, earlier in London than in York. While this dominance may have faded some at York, headless long-distance imports remained strong in London contexts until the early 1400s. Recovery a human generation thereafter was likely associated with Icelandic supplies and then, after 1500, with a rising supply of salt cod (not stockfish) from both Iceland and Newfoundland. These were the fish challenging herring for primacy on English tables.Footnote 80

Even before 1200, kitchen middens in northern Germany and the Rhineland were filling with bones from big headless cods,Footnote 81 but southwards of roughly the river Main physical remains are lacking and the written record (cookbooks, kitchen accounts, etc.) is thin or negative past 1400.Footnote 82 As earlier observed, the chef for the pope chosen by the Council of Constance found even his recipe for stockfish appealed mainly to people from western and central Germany.Footnote 83

The Flemish menu of seafoods lacked gadids before the eleventh century. Throughout the ensuing 400 years recovered remains of the most common representatives of the family, haddock and whiting from the southern North Sea, still rank well behind those from herring and flatfishes. Cod numbers grew but slowly, with isotope and skeletal evidence indicating none but local cods until the very end of the Middle Ages and only thereafter the appearance of fishes originating in the North Atlantic. Yet kitchen accounts for 1428/9 at the duke of Guelders’ border post on the Rhine at Lobith show consistent purchases and inventory of stockvisch .Footnote 84

Writing in the 1390s the Parisian Menagier articulated the potential ambiguities of combining medieval names and bones of codfishes. Morue, says he,

If it is not salted, it is never called ‘morue’ in Tournai, since the fresh item is called ‘cabeleaux’, and is eaten and is cooked as will be said here below about ‘morue’. Item, when that ‘morue’ is taken from the frontiers of the sea, and meant to be kept ten or twelve years, it is gutted, and the head removed, and it is dried in the air and sun, and not put in the fire or smoked; and, that done, it is called stofix.Footnote 85

The householder was well informed about both preparing stockfish and their origin. His knowledge anticipates a shift in the archaeological evidence across northwestern France, where up to his time cod in any form is conspicuously ill-represented at all kinds of sites while other gadids, notably whiting, are often quite common. Only in the course of the fifteenth century do some contexts in Paris acquire large numbers of cod remains in the headless state indicating a preserved product.Footnote 86 Cod were by no means absent from Norman and northern Breton coastal fisheries and the fish markets and tables of that region, but further south all along the French Atlantic front hake and whiting were the gadids which mattered.Footnote 87

The same was true of medieval Spain and Italy. Though stockfish were likely known to some, not until the sixteenth century did preserved cods from distant waters there join hake (merluza, pixota) and other regional catches, whether fresh or preserved, as significant dietary elements.Footnote 88 Castaway Querini in 1432 assumed his fellow Venetians were unfamiliar with the “stockfish dried in the wind” (stocfisi seccano al vente) he encountered on Lofoten and as late as 1516 exploration chronicler Peter Martyr d’Anghiera thought it necessary to tell his initially Spanish and Italian readers that cod resembled tuna (!).Footnote 89 Subsequent early modern references to bacalao are vague as to whether these fish were air-dried and so ‘genuine’ stockfish from arctic waters or the then proliferating salt fish of English, Dutch, Icelandic, or New World provenance.Footnote 90 As earlier quoted, Paolo Giovio conflated hake and stockfish, but did associate the board-like objects with Scandinavian marine frontiers and northern European tastes. Southern European demand for bacalá drove no medieval program. That is an early modern fish tale, the sequel to the medieval one of commercializing cods for northern European consumers.

8.1.3 Diverse Opportunities for Innovative Competitors

Neither stockfish and other preserved codfishes nor herring swam as late medieval commercial fishers’ sole quarry nor lay alone on fishmongers’ or householders’ tables. Under appropriate natural and market conditions innovators along several coasts found other fishes to take in quantity and process into forms which consumers far away found worth eating.

8.1.3.1 In Eastern Atlantic Waters

Enterprising fourteenth-century fishers found offshore opportunities south and west of the British Isles. They were less tied than the northern commercial fisheries to a single speciesFootnote 91 – though the close cod relative, hake, and the sardine or pilchard, kin and ecological counterpart to the northern herring, played major roles.Footnote 92 These and other regional fishes engaged the attentions of coastal communities around the Channel approaches and Bay of Biscay. All participants need not be surveyed here, nor are all so far thoroughly studied by historians. The new fisheries built on prior experience with inshore and estuarine resources.

Along the English south coast increased landings of hake and cod appear in fourteenth-century written and archaeological records from Exeter to Southampton. Hake especially was here an offshore species caught during March–June in the western approaches to the Channel (the Celtic Sea) south and west of Cornwall. Already by the 1350s hake of Cornish origin were reaching Avignon by way of Bordeaux.Footnote 93 This was but one part of a new marine fishery in southwestern England which exploited diversified ecosystems along the continental shelf. Each spring and summer sharp-eyed spotters posted on shoreline cliffs in Devon and Cornwall signaled boats with seines to surround schools of migratory pelagic pilchards (adult sardines). Workers on shore, many of them women, dry-salted the fish for a month, then washed and pressed them under weights for ten days before barreling for export, as well documented by 1450. A byproduct, ‘train oil’, was valued as fuel for lamps and a lubricant. Other crews went off with salt in their holds to spend long summer weeks on the west coast of Ireland fishing herring, flatfishes, and more hake and using landing sites like those of English in Iceland to salt them down. Conger offered another option. Such multi-species fisheries in seasonal succession could support full-time professional fishers and more capital-intensive infrastructure.Footnote 94 Fishing families began to cluster into new harbour- and seaside communities. The fisheries participated in the synergy among multiple marine and terrestrial sectors which pushed the southwest from a backwater to a leading region in the sixteenth-century English economy.

Breton fishers, who began only in the 1300s to leave sight of land, targeted much the same waters and species.Footnote 95 From March to June they sailed for a day or more, fished night and day for hake, then returned. Papal purchasing agents shipped thousands of Breton hake to Avignon in the 1370s–80s, and a generation later the royal household of Navarre was buying “merluz seco de Bretagne.”Footnote 96 Those fish came from coastal villages on both sides of the peninsula where men were said to have no employment other than at sea and the fishery was helping to drive the maritime economy. In 1427 papal permission for Sunday departures legitimized boats making two voyages a week. Using the product of local brine springs and of more southerly French coasts, the salting season for hake and conger lasted from Easter to Michaelmas. All around the coast dozens of sites with sheds and racks for drying hake and conger were a lucrative seigneurial monopoly. Heavy fines coerced fishers to deliver those species for a set price. The duke leased his drying facilities to consortia of merchants in 1279 from Bayonne and later from Nantes, where his inspector also checked the mesh in fishing nets. The fishers themselves salted or brined mackerel and sardines on board ship, so evading this seigneurial impost. Only toward the end of the fifteenth century did Bretons along the northern coast start to sail farther toward Cornwall or elsewhere to catch cod, a variety absent until then from the markets up the Loire which they supplied. By 1515, however, English authorities in Ireland were blaming Breton fishermen for depleting stocks of salmon, herring, ling, and hake to the disadvantage of English ships.Footnote 97

On another western extremity of the European mainland, Spanish Galicia, an abrupt coastal topography and narrow (20–30 km) continental shelf put deep water unusually near shore. What had earlier been inshore subsistence fisheries grew rapidly after Spanish Christians gained control of the south and opened regular sea routes to the Mediterranean. Large-scale fishing in the late thirteenth century established a base for new or re-established coastal towns – La Coruña, Pontevedra, etc. – to integrate economic activities in each Galician estuary.Footnote 98 Many aspects – not least the target species and ways of preservation – are reminiscent of stockfish and herring industries in the north. Hake (pixota) were taken offshore on baited lines from small boats. One royal charter made very plain that these were to be dried, not salted, for commerce. During summer and autumn, sardines (juvenile ‘pilchards’) frequent plankton-rich western Iberian estuaries and inshore waters. Skilled crews hired by town-based companies caught them in costly encirclement nets and delivered the catch to processing plants on land, where women removed the heads and viscera before stacking the fish for dry salting (sardina de pila) or racking them to smoke before brining (sardina arencada). Full-time sardine workers for half the year might in the other season fish hake or conger but also tend fields and vineyards. Exports to other Iberian regions began to grow in the late fourteenth century, achieved market dominance after 1400, and expanded still more after 1450. In the 1490s annual shipments of Galician sardines unloaded at Valencia alone held twice the fish in Dieppe’s best fifteenth-century herring catch; at least comparable quantities were then also going to Portugal (itself a sardine producer and exporter), to Sevilla, and to Barcelona. Quantities of larger fishes, hake and conger, were commensurate.Footnote 99

8.1.3.2 From Local Abundance to Distant Tables

Subsistence or artisanal fisheries with potential for commercial expansion in the high and later Middle Ages were not necessarily all that far ‘offshore’, at least from the fishers’ point of view. Besides herring off Danish beaches and pilchards in Cornish coves, consider briefly two more products then reaching far-off consumers from what Parisians or Londoners surely would have thought northern ‘frontiers of the sea’.

What clerks and officials from Stockholm to Kraków called strekfusz (alias stracfuss, strakus, etc.) and clearly distinguished from stockfish draws attention to the importance of fish-drying in the northern maritime interior as well as ocean shores.Footnote 100 Prussian chronicler Simon Grünau, who treated seventy-two fish varieties in a 1526 description of his province, identified strekfusz as dried eel, sturgeon, salmon, herring, whitefish, and bream, saying the name came “from the places where one first dries them in the air.” Grünau mentioned Prussian exports to German, Polish, and Czech lands from the Elbe to the Carpathians.Footnote 101 Sources going back to the 1320s from Prussia and Poland reveal “dried fish called strekfuss” (sicci pisces strekfussy dicti ) everywhere from royal households to local marketplaces and more often identified as pike than any other named fish.Footnote 102 Oil-free as cod, pike were common in the many lakes of Prussia and Finland as well as the Gulf of Bothnia, the nearly fresh northern arm of the Baltic. In excavations at medieval Uppsala the big Norwegian stockfish bones from thirteenth-century layers give way after about 1325 to fewer small Baltic cods and many large pike, typically cut for hanging to dry.Footnote 103 When Swedish internal customs records begin in the mid-sixteenth century, salmon and dried pike make up 80–90 percent of shipments to Stockholm from Bothnia. Contemporary northern historian Olaus Magnus observed the lucrative profits gained in this export trade and how from the acres of fish spread out to dry at one Bothnian processing site, Bjuröklubb, “there rises such a stench of fish that far out to sea sailors as they approach are aware of it flying out to meet them” (see Figure 8.3b).Footnote 104 So also brackish or freshwater frontiers could support fisheries of near mythic scale.

Salmon from Scotland, another resource as locally traditional as pike in eastern Baltic lands, emerged as an important export industry during the fifteenth century, in part by replacing sales by count with packaging in salt and standard barrels. While runs elsewhere dwindled, Scotland’s less intensive agrarian regime and regulatory protection sustained local stocks. Royal grants had given lay and ecclesiastical magnates rights over specific estuarine and riverine locations to deploy nets and traps and take adult fish returning from the sea to spawn. Rights holders employed obligated peasants or let the fishing out to consortia of free commoners for shares of the catch, but churchmen also claimed one fish in ten as tithe. Export agents at Aberdeen and Leith consolidated local surpluses.Footnote 105

Principal export markets for Scotland’s salmon developed where local stocks had been depleted all around the southern shores of the North Sea. Scots first shipped salmon to the Low Countries in the fourteenth century, then expanded sales to eastern England and, especially after 1450 to France. Fragmentary surviving customs accounts show Aberdeen alone exporting 200–500 barrels a year in the late 1420s–early 30s and the national total going over 2,000 barrels by the 1470s and 3,000 in the 1530s–40s. Receipts for import tolls on the principal shipping channel to Antwerp corroborate such numbers. Prices rose almost continually from the 1420s into 1580s and profits from this trade helped underwrite Scots’ overseas credit operations.Footnote 106 But the gustatory appeal of those salmon which each year passed through the northern entrepôt faded on the long further journey to Rome: Paolo Giovio consigned this import to consumption by commoners, “for the salted ones lose their original nobility.”Footnote 107

8.1.3.3 On the Southern Frontier

Distinctive environmental structures of Mediterranean waters held maritime opportunities and challenges different from those of northern seas. Diverse local fisheries have already been examined, but the region offered few of the large-scale single-species commercial possibilities which so excited the north. A major exception was the marine migration of pelagic bluefin tuna, a top oceanic predator. Mobile schools of 50- to 200-kilogram parcels of rich and oily flesh gathered annually off southwestern Spain before entering the western Mediterranean to spawn and to forage on mackerel and sardine in a counterclockwise gyre past the northern coast of Sicily, along Sardinia, and then westwards off Provençal and Catalan shores. Other populations occur in the Adriatic and eastern reaches of the sea.Footnote 108 Owing in part to their being an unusual homeothermic (‘warm-blooded’) fish, bluefin move too fast for effective trawling with wind-powered vessels or more than incidental capture by hook and line, but if the schools can be stopped or contained, hard and bloody work with harpoons and gaffs yields a huge return.

Principal late medieval and early modern fisheries for bluefin arose along the north coast of Sicily and the southwestern corner of Castile (coastal Andalusia). Both production centres emerged during the thirteenth century, with the Sicilian industry likely leading growth in the 1300s and Andalusian output playing a larger role by the late 1400s. Capture techniques revived or improved upon ancient forms of barrier fishing. Spanish almadrabas were permanent locations where, as well known in the classical Mediterranean, upon sight of the tuna, boats directed by signals from shore-based observation towers moved out to deploy a massive vertical net in front of the school. Stopped and then surrounded by a wall of mesh the fish were hauled to shore behind teams of oxen and there butchered. Early modern descriptions and images depict immense beach seines (Figure 8.4a).Footnote 109 Sicilian tonnara were semi-permanent installations of a type first recorded in tenth-century Byzantium but also known to contemporary Arabs. At chosen coastal sites a long leader fence was anchored perpendicular to the shoreline to divert migrating schools into successive impounding chambers, ending in the ‘death chamber’ (camera della morte) where men raised the net floor and took the fish with barbed harpoons (Figure 8.4b). Documented enterprises multiplied from perhaps a dozen in the thirteenth century to about thirty in the fifteenth, when the fishery expanded westwards from Palermo to Trapani.Footnote 110

a. Sixteenth-century representation of the almadraba in Bay of Cádiz.

Almadraba depicted in Georg Braun and Franz Hogenberg, Civitates orbis terrrarum 1572–1618, vol. 5, image 19. Original engraving attributed to Georgius Houfnaglius. Original is Public Domain.

Reproduction thanks to the Geography and Map Division, Library of Congress.

b. Tonnara trap (modern schematic).

Schematic of tonnara after Brandt, Fish Catching Methods, fig. 274, and similar published images elsewhere, redrawn by D. Bilak for R. Hoffmann.

Figure 8.4 To catch the bluefin tuna.

Whether taking the fish by seine or trap, each of these enterprises employed 200 or more workers, seamen, butchers, cookers, coopers, packers, spotters on cliffs or towers, and armed guards, for neither coast was without danger from North African corsairs or Christian rivals, local or dynastic.Footnote 111 Both generated significant demand for salt and fuel supplies and otherwise stimulated local economic activity, but did so from distinctive positions in political economy. The Sicilian crown retained tuna trapping rights but leased individual sites to entrepreneurs who selected a knowledgeable, quasi-hereditary labour chief, the rais, to assemble and operate the catching crew. This team formed a share association for the duration of the tuna season, mid-April to late June. Shoreward of each tonnara salaried and wage labourers butchered the tunas, then cooked, brined, and barreled the flesh. Investors from Palermo’s civic nobility, from Genoa, and from other towns in Sicily itself, financed the enterprise by advance purchase of its catch or its product, tonnina, the processed and packaged tuna meat of various grades. In post-Reconquista Andalusia great landed families (grandees) early gained control of almadrabas, along the Bay of Cádiz. But between 1299 and 1444 successive Castilian monarchs rewarded the loyalty of the Guzmán family, counts of Niebla and since 1445 dukes of Medina Sidonia, with what became a claim to exclusive private rights over all tuna fishing along the entire shore from the Portuguese border to Gibraltar. Struggles for control – even to private naval bombardment of a rival’s working almadraba – suggest the value these magnates placed on the fishery, whether for its material product or as a sign of power and prestige. From the 1520s or so and into the eighteenth century the house of Medina Sidonia and its servants actively and effectively enforced their monopoly, assembling the capital, hiring the specialized workers, employing numbers of slaves, and marketing the product.

Managerial accounts for medieval tonnara are not known to survive. Fragmentary fifteenth-century financial returns let historian Henri Bresc estimate each killed one or two thousand fish a year and packed roughly the same number of standardized barrels, so forty to eighty tonnes of marketable tonnina. If so, the thirty Sicilian traps operating in the fifteenth century annually turned thirty to sixty thousand bluefin into 1,200 to 2,400 tonnes of product.Footnote 112 Individual Spanish almadrabas seem to have taken more and larger fish than did their Sicilian counterparts. When the Cádiz enterprise was temporarily in royal hands during the 1510s, the five years of full accounts averaged annual capture of 6,000 tunas yielding seventy-eight tonnes of processed meat and marketable byproducts. That may have been an unusually low return. Subsequently the two almadrabas run by the ducal house –which kept precise records – together averaged 29,487 fish a year during the 1520s–30s; if those enterprises handled their catch as had their rivals in Cádiz, this meant an annual output of about 400 tonnes. But when the same Medina Sidonia tuna fishery peaked out in the 1540s–60s it caught more than 100,000 fish and preserved for sale some 10,000 tonnes of mostly salted and brined product;Footnote 113 at that rate the smaller catches of the 1520s–30s would have come to almost 3,000 tonnes per annum. Processing and marketing destroyed or dispersed the skeletal material, so tuna bones are rare in archaeological contexts and can neither directly verify nor quantify the written references to these fisheries.

Besides extensive regional distribution to coastal cities and their hinterlands, preserved tuna from Sicily and Andalusia was marketed and eaten around the western Mediterranean. In peacetime from the early fourteenth century on, Palermo annually shipped thousands of barrels to Naples and Tuscany – where Pegolotti knew them in the 1330s – to Liguria and Rome – where Paolo Giovio found brined tonnina in all the taverns in 1524 – and in the fifteenth century, even ‘Spanish style’ to Sevilla.Footnote 114 Andalusian exports to Catalonia, insignificant until a 1374 break in dynastic wars, grew strongly from the first half of the fifteenth century, when the traps also proliferated along the Catalan coast.Footnote 115 Though the capture sites were more removed than Sicily from Italian urban markets, by the early sixteenth century Castilian, Genoese, Florentine, and Catalan merchants were handling large volumes of Andalusian tuna to Cagliari, Naples, Livorno, and Genoa. No quantitative assessments of this trade have been proposed.

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If modern estimates are to be believed, even just as approximate orders of magnitude, a minimal late fifteenth-century year’s catch of Atlanto-Mediterranean tunas, now also including those from Provence, Catalonia, and the Adriatic,Footnote 116 may have yielded in the range of 3,000 tonnes of processed fish. Higher Spanish yields would have put the total over 5,000 tonnes. This was more than three times the contemporary Norwegian output of stockfish and about equal to the latter’s peak two centuries before. But brined tuna in barrels begins to approach the weight of the live animal, while a given kilogram of dried and mostly deboned stockfish had been at least 4.5 kilograms of live cod. In the latter terms, then, the wild biomass of cod and tuna taken around 1500 were roughly equivalent (5,000–7,000 mT) while about 1300 the Norwegian take of cod had been two or three times larger (13,000–18,000 mT). Yet both paled by comparison to herring where processed and live weights more closely aligned. As earlier remarked, North Sea herring catches of the early fourteenth century reached or exceeded 15,000 mT and at the end of that century the Øresund take at 40,000 mT was three times greater still, so two to five times larger than probable maxima taken in the great medieval single species fisheries elsewhere.Footnote 117 Sadly, though wisely, historians have attempted no similar calculations for the herring catch in the fifteenth-century North Sea nor that of sardines and pilchards across the waters between Cornwall and Portugal. Surely, however, from before 1300 to beyond 1500 aggressive expansion of European fishing into hitherto little-used stocks and waters on all of Christendom’s maritime frontiers brought large new marine biomass into European diets and enlivened many regional economies.

8.2 Markets and Ecosystems, Expectations and Experiences

New frontier fisheries of the later Middle Ages established distinctive relations between markets and ecosystems. Unlike traditional local catches, fish from ‘over the horizon’ seldom reached the consumer fresh.Footnote 118 Most output from the new marine fisheries was preserved for consumers distant in time and place from the animals and ecosystems on which those people now fed. Separation of fish eaters from the environments which produced fish coincided with evolving rearrangements in the fisheries themselves. In a natural world subject to both autonomous and anthropogenic stresses, the consequences could multiply, some of them neither wholly intended nor easily anticipated.

8.2.1 Distinctive Market Features

Overview of major and representative new fisheries repeatedly observed three characteristic features: preserved fish, mass markets, and consumers elsewhere. Each had implications for fisheries, merchants, and ultimate purchasers. More can also be learned from a (modest) proliferation of price series for late medieval fish.

8.2.1.1 Preserved Fish

The big commercial fisheries increased the durability of their products with two major technologies, conceivable as ‘wet’ and ‘dry’.Footnote 119 The former method mostly applied to fishes with oily flesh – herring, sardines, tuna, salmon – and the latter to gadids, flatfishes, and pike, species which store energy-rich fats and oils elsewhere. Wet brining processes sealed the oils away from the air or induced chemical changes to more stable compounds. Most effective on large scale, these methods required economical access to copious supplies of salt. About 1400 it took a tonne of salt to pack every five tonnes of Scanian herring and more for the Dutch method; 500 barrels of tonnina required 15.5 cubic meters of salt.Footnote 120 In some southern fisheries olive oil could replace salt brine. Drying fish had climatic preconditions, freezing cold or blazing hot, so long as the humidity was low, but the process was cheap and the product kept well in dry conditions. A combined procedure, dry salting, put the processor back into dependence on the salt trade and, to judge from the history of herring and cod, gave a less durable but often cheaper product.

In medieval towns of appreciable size, salt, dried, and pickled fishes were the stock-in-trade of ‘salt-fishmongers’ or ‘herringers’ (harengier, allecistae, ślędzowniki), retail merchants distinct from purveyors of fresh, preferably live, local fish.Footnote 121 Manuscripts of the health manual Tacuinum sanitatis illuminated in Lombardy in the late fourteenth century depict shops retailing different fishes as pisces saliti (Figure 8.5).Footnote 122 While herring or sardine might be eaten straight from the container or simply warmed, other preserved varieties demanded special culinary preparation as well. Eberhard, chef to Duke Henry ‘the Rich’ of Bavaria–Landshut (1404–1450) asked “Would you like to make a good stockfish?” Soak it for half a week and then cook in lard with ginger and saffron. The Parisian compiler of the Menagier alternated soaking the stockfish and beating it with a mallet. Tonnina from the cask had to be elaborately washed in fresh water and so, too, the most strongly brined or dry-salted herring.Footnote 123 Then recall (Chapter 2) that a chorus of physicians and dietitians – Eberhard among them – condemned all preserved fish on medical grounds. No wonder elites uniformly sneered and thought consumption an act of penance. Bishop Matthias von Rammung of Speyer left no doubt in his 1470 kitchen ordinance: “Herring shall not be considered a fish dish, [for] one can in no way make them acceptable.”Footnote 124 To varying degrees and as compared to freshwater fishes if available, this was no high-status food. Its purveyors rather sought much larger markets.

Figure 8.5 The saltfish monger.

As represented in a manuscript of Tacuinum sanitatis illuminated in Lombardy c. 1370. ONB cod vind. ser. nova 2644, fol 82v ‘pisces saliti’.

Reproduced with permission of the Austrian National Library.
8.2.1.2 At Unprecedented Scale

Mass markets for preserved fish were served by shipments and sales in bulk, “by the last and by the hundred” as some English accounts put it. Indeed the standard measure for Galician sardines was the ‘thousand’ by count and actual shipments of sardines and herrings alike were, as previously observed, in many, many thousands. As early as 1321 an estimated thirty million herrings entered Paris; with time and freshness no constraint, most were sailed or hauled slowly but cheaply up the Seine. A century later Portuguese and Galician shipmasters each year delivered sardines in the millions and hake in the tens of thousands to Barcelona and other Catalan ports. Merchants come to Kraków from elsewhere could offer salt fish at retail for just three days – though they could await a fish day – and thereafter sell only by the cask or keg.Footnote 125

Bulk packaging dominated. At customs frontiers of landlocked Aragon in 1447–1448 sardines arrived in baskets, dried and smoked herring in crates (pirotas), and brined tuna in barrels. While stockfish and some other dried products traveled in bundles or bales, barrels of diverse but often closely regulated sizes became the standard unit for preserved fish. In the north Hansards likely set a pattern which Netherlanders, English, and Scots emulated. Hanseatic legislation set the ‘Rostock barrel’ at 117 kilograms. Scottish parliamentarians repeatedly legislated use of the ‘Hamburg barrel’ of 14 gallons (c. 60 liters?) for salmon and a smaller size for herring. On the outer estuary of Rhine and Scheldt late fifteenth-century officials tolled herring, salmon, and other fish arriving in barrels on most vessels making for Antwerp. Standard Sicilian barrels for tonnina held 45 and 60 kilograms and in Andalusia barriletes measured one quintal (c. 46 kg) and barriles four (184 kg).Footnote 126 By any measure that was a lot of food.

The mass market had social substance, too, with herrings acknowledged a fish of ‘the poor’ by Alan of Lille in the mid-twelfth century and Philippe de Mèzieres at the end of the fourteenth. Portuguese King João II had the same view of sardines.Footnote 127 Actual rations suggest these observers were correct, or at least came to be. Up to the thirteenth century in northern France and Flanders alike herring remains are found among all social ranks near the coast but inland only at high-status sites (castles, monasteries); thereafter from around 1300 herring become a general feature even of poor urban households throughout the area. In 1390 the almoner to the king of France bought 78,000 herrings on the Paris market and distributed them to hospices and poor households.Footnote 128 Further south sardines were the one fish commonly eaten by late medieval Portuguese workers and peasants. Recipients of charity dinners in Valladolid chewed hake and sardines.Footnote 129 The spread of preserved marine fishes to more modest consumers ever further inland was associated with improvements in durability and with general advances in transport infrastructure, both of which would cut the cost of fish actually eaten (not spoiled in transit).

Distribution costs along the supply chain certainly affected monetary values of preserved marine fish compared to other foods. At Constance during the Council herring sold for 14 pfennig the quarter-pound when in good supply and 36–48 pfennig more normally, while similar-sized local ganckvisch went for 4 pfennig the quarter or 12 pfennig the pound.Footnote 130 There close to the head of Rhine navigation and some 500–600 kilometers from the nearest herring fishery, herring cost four to ten times more than its local freshwater counterpart. Stockfish, however, at 2 schilling for a small and 3 schilling for a large (1.0–1.5 kg?) may have more closely matched the local pike, carp, or tench at 18–20 pfennig the pound – still way over the price of meat. Nevertheless, by calculation of historian Arnved Nedkvitne, about the time of the Council the markup inland consumers paid over Bergen prices for stockfish had dropped by half from that of a century before (down to 250 percent from almost 500).Footnote 131

Few medieval consumers could live beside a large, fish-rich lake. For the majority north of the Alps preserved herring offered more for the money than did most other fish. Fiscal assessments and tolls bore this out, asking less from herring shipments.Footnote 132 But widespread consumption and a clear price advantage for herring followed noticeably upon better preserving techniques. In seasons of abstinence during 1444–1446, the kitchen at castle Horn on the Lower Austrian Danube repeatedly purchased dozens of herring at 1.5 or 2 pennies per fish, a price one-third or less than paid for any of the local fishes that also came to the table.Footnote 133 Other northern marine taxa sold at different price points than herring yet still gained against competing fish or other protein sources. When the bishop of Coventry bought food in 1461, herrings at four to the penny compared favourably to 12d for an eel; a stockfish at 3d gave more for the money than a fresh tench at 6d or a pike at 8–12d. Frankfurt’s market regulations in 1487 priced a pound of herrings the same as ⅔ pound of salt cod, ⅓ pound of (local?) salmon, and a pound of beef.Footnote 134 Sardines were the cheapest and most common on markets in Piedmont and Madrid, at the latter priced some 10–20 percent less than equal weight of other preserved fishes.Footnote 135 To reiterate, no fish on medieval markets provided cheap calories, but much anecdotal and incidental evidence confirms that some preserved varieties did offer the least costly meat alternative people could buy.

8.2.1.3 To Be Eaten Far Away

Although marine fishers could work near or far from home and preserved fish were relatively bulky low-cost commodities, all the frontier fisheries supplied consumers at great distance from sites of their catches. Cartloads of Baltic herring paid tolls 200 kilometers inland at Poznań and Gnieżno by the 1240s and so likewise a generation later did river boats with them at stations on the middle Elbe. On the market in Kraków herring from at nearest Pomerania (600 km) and by 1300 more normally Scania or the North Sea were always the most common, even stereotypical, fish. As already seen further west, traders from Köln passed herrings on to centres up the Rhine and its tributaries. Merchants from Nürnberg had other options, too: in 1429 the Volkmeier brothers imported 36½ barrels directly from Szczecin. Some of that herring Nürnbergers re-exported to Salzburg, but men from Ulm and Linz also themselves obtained it in the Low Countries.Footnote 136 The one marine fish bought by Austrian gentry at the start of the fifteenth century, preserved herring first occur in deposits of Viennese latrines only at the century’s end.Footnote 137

Recipe collections rarely mention herring but stockfish were the one marine product named in the oldest known German-language cookbook, compiled in Würzburg before 1350.Footnote 138 Those slabs of dried Lofoten cod had been carried more than 2,000 kilometers by sea via Bergen to Lübeck, and likely by circuitous water routes again well more than the 600 straight-line kilometers from the Hanse town to their destination. The Parisian menagier knew well that “stofix” had come from “frontiers of the sea” and been dried to keep a very long time.Footnote 139

Generations earlier, Gascon traders had ranked among the best customers at Yarmouth’s herring fair.Footnote 140 Thanks in part to their successors, buyers for fourteenth-century popes at Avignon could find herrings and hake at La Rochelle, Bordeaux, and Toulouse. Merchants in Burgundy supplied more herrings, too. More customers than just the papal curia kept the latter trade going, witness the quantities of those fish tolled at Chalons in 1406.Footnote 141

Traders in the English West Country contracted to ship many tons of their salted hake and other fishes into Castile.Footnote 142 Smoked and dried herrings arrived at Basque ports from northern Europe, and so did 2½ tonnes of them on a Flemish ship at Lisbon in 1402. Among imports to Aragon in 1413–1414, marine fish comprised 10 percent by value: conger, hake, herring, sardine, eel, and miscellaneous dried varieties, some having been carried about 200 kilometers over rugged Pyrenean or Cantabrian mountain passes and the rest a greater distance up the Ebro valley from the Mediterranean. People nearer Iberia’s Mediterranean coast in Murcia and Valencia ate brined herrings from the North Atlantic, too, and also dried hake and salt sardines from Galicia and the Gulf of Cádiz.Footnote 143 Aringhe imported from Bruges were the first salt fish mentioned for Barcelona in the merchant manual a resident Florentine trader compiled in 1396.Footnote 144 But the earliest known consignment of Atlantic fishes to southern Italy in 1426 – sixty dozen dried hake and 3,550 sardinesFootnote 145 – pointed straight back to Galicia. The very term southern Europeans applied since the fifteenth century to dried or salt-dried gadids, bacalao/bacalà, derived from a lowland Germanic (Flemish/Dutch, Low German) name for a cod. Humanist Paolo Giovio avoided the vulgar vernacular, but well knew the distant origins of both the herrings and the dried cods he could buy at Rome’s market.Footnote 146 Though become elements of local cuisines from Poland to Provence to Portugal, these fishes never swam in local waters nor bore indigenous names.Footnote 147

As emblematic of the new frontier fisheries as the stench of a Bothnian fish camp or the fish and salteries in Dieppe which assaulted noses of a Czech embassy, then, must be those headless cod skeletons in Paris or London, while the heaps of their heads moldered beside the Norwegian Sea (Figure 8.6). Quite without modern technologies the medieval fish trades separated the lives and death of these animals from their ultimate consumption and disposal.Footnote 148 How alien to a European landsman or -woman were the board-like stockfish and strekfusz, named not as familiar beasts but for the poles and racks on which they had dried, or the slippery kaakharing and tonnina, swimming in barrels of brine? None in Kraków, Nürnberg, Lyon, Madrid, or Florence had otherwise laid eyes on their like. How did a late medieval Parisian imagine those distant seas whence he drew his food? Long before the industrial age, medieval frontier fisheries, pressed by mass demand for the least expensive fish, distanced consumers from the animal and the producing ecosystem. At the same time, requirements for bulk preservation and marketing pushed the largest offshore fisheries to rely on abundant stocks of single species. This standardization enables more extensive series of fish prices, while, as seen below, exposing certain targeted fish stocks to risks from both depletion and environmental fluctuations.

Figure 8.6 Headless codfish as commodity.

“‘Colfish’ of the English, whose head we do not show you here because not even among the English (among whom it is clearly foreign) has it anywhere [i.e., in any scientific work] been ascertained for us.” Pierre Belon (Petrus Bellonius), De aquatilibus, libri duo. Cum eiconibus ad vivam ipsorum effigem, quoad eius fiere potuit, expressis (Parisis: apud Carolum Stephanum, 1553), p. 134. Note precise representation of fins and body structure of Gadus morhua. But Pollachius virens, called in England ‘saithe’ or, from its darkish flesh, ‘coalfish’, is a gadid of very similar outward appearance often taken together with cod.

8.2.1.4 Fluctuating Prices

Previous chapters looked at prices to show fish as generally expensive sources of calories and of protein, with herring (and sardine) ‘for the poor’ a partial exception. Relative values of individual species differed some from market to market but even the earliest records show high short-run variability. Anecdotal impressions of longer-term rising price levels appear by around 1100. Serial or quasi-serial records from the mid-thirteenth century up to and beyond 1400 confirm this trend for herring, cod, salmon, and Navarre sardines (Section 6.1.1 in Chapter 6 above). What now follows attempts a closer look at prices for preserved products of the growing frontier fisheries, especially in the almost two centuries between the Black Death and the so-called Price Revolution of the 1500s. As was seen for farmed carp, species with individuals of fairly uniform size and standardized packaging make for more consistent series. While improved scholarly access to late medieval prices remains limited to products as common as salted or brined herring, stockfish, and rarely other preserved fishes, evident long- and short-term variations had implications for fishers, consumers, and regional stocks of some fishes.

Late medieval fish prices must be understood against a general post-plague pattern of shrunken European populations and reduced demand for basic subsistence goods, notably grain, accompanied by the survivors’ rising per capita wealth and effective demand for ‘better’ goods, notably animal protein, on the part of a larger proportion of those fewer consumers. Prices for grain fell everywhere and those for meat, dairy, and fish rose. The resultant ‘price scissors’ meant gains for protein producers and losses for those dependent on cereal sales. Hence consuming and producing perspectives differ.

Figure 8.7AD indexes annual values from those published data sets worth calling herring price series which begin appreciably prior to 1500.Footnote 149 Separate charts for two series, England and Utrecht (Figures 8.8 and 8.9), have been extracted better to illustrate general trends. This quantified material can be augmented with shorter or less serial but seemingly well-grounded observations elsewhere. These data sets collectively tell similar stories about late medieval herring. Nominal and silver prices in England (Figure 6.1) had slowly doubled between the 1210s and 1340s, then doubled again briefly in the economic chaos of the 1350s, which provoked short-lived 1357 legislation to regulate prices at the Yarmouth herring fair.Footnote 150 After falling back they rose again from the 1360s to attain early fifteenth-century levels twice those of a century before (Figure 8.8). In the following two or three generations English consumers found herring prices little changed, but from the 1470s these fell by as much as 20 percent. New increases after 1500 were balanced by loss of silver value and the start of the general inflation of the sixteenth century.

Figure 8.7A Britain.

Figure 8.7B North Sea ports and inland.

Figure 8.7C Northern Low Countries, coast and inland.

Figure 8.7D Central Europe, Baltic, and interior.

Figure 8.7 Annual herring prices (indexed), 1360–1550.

Figure 8.8 English herring prices, 1400–1540, indexed.

Figure 8.9 Quinquennial index of herring price at Utrecht, 1460/5–1535/9.

None but anecdotal pre-1350 herring prices elsewhere leave only the observation of general parallels between England and the continent from the post-plague decades to the mid-1500s (Figures 8.7 and 8.9). Most curves peak during the first quarter or third of the fifteenth century and flatten or decline during its second half. The telling exceptions, given what is now known about shifting production zones, are from the Low Countries (Ghent, Utrecht, Leiden, Antwerp), where a positive price trend lasted into the late 1400s (Figure 8.9 provides a clear example). Although late medieval elites turned away from herring, that market deepened as improved packaging for greater durability maintained the geographic and social breadth of this still relatively cheap protein. Herring which had been one-fourth the price of an equal weight of stockfish around 1300 came to half that level in 1550.Footnote 151

That same ‘Price Revolution’ of the sixteenth century marked nominal prices for preserved cod as well, but exiguous published data obscures earlier developments in both producing and consuming regions. The likely best data set, that for Bergen stockfish published by Arnved Nedkvitne, aggregates values along the supply chain at more than generational scale. Figure 8.10 graphs these as silver per hundred fish. Consumers in inland England thus paid in coined silver an average of 30 percent more for stockfish in 1400 than they had before 1350, and sellers in Bergen received 2½ times what they had in 1300. Reflecting the reciprocal movement of two commodities, if the fishers selling in Bergen converted that silver to rye flour, they got 3½ times what their predecessors had a century before.Footnote 152 This more than compensated for lower export volumes and enabled purchases of textiles, German beer, and other enhancements to living standards in Lofoten. It was a bonanza for Norwegians in the north. Although the premium shrank in the course of Europe’s fifteenth-century demographic recovery, as late as 1500 sellers of stockfish still got twice the return of their forebears two centuries earlier. As so described the late medieval situation more reflected cereal prices responding to decline in human numbers than it did the price of the fish, which moved in an opposite direction, to the benefit of late medieval Norwegian producers. When new demographic and market patterns reversed those relationships and pushed Norse product to ever lower exchange values, Nedkvitne’s ‘Golden Age’ of Norwegian stockfish came to an end.Footnote 153

Figure 8.10 Stockfish prices along the supply chain, c. 1280–1550.

Published stockfish prices for Iceland reveal similar clear trends in thin but consistent data.Footnote 154 During early fourteenth-century decades when Icelandic exports were taking off, the price of skreiđ rose by a third, but then held steady through the century’s second half. Strong European demand in the 1400s almost doubled the price again. Medieval Icelandic culture and political leadership privileged a farm-centred economy where fishing provided only extra subsistence or income. Elites discouraged independence and growth of the fishing sector, so preferred stable prices.Footnote 155 Consequences for organization and labour in fisheries are observed below (pp. 377–379).

From continental consumption markets for stockfish and other preserved gadids, good price series become available only with the fifteenth century, so cast no light on pre- and post-plague market fluctuations. In England after the 1420s a downward trend of stockfish prices is counterbalanced by a rise for ‘cod’. This fits anecdotal evidence that mid- to up-market English consumers were then abandoning preserved fish for fresher forms and for meat.Footnote 156 At Rostock, however, prices for several cod products moved in reasonable unison upwards during the first half of the century and then flattened until after 1500.Footnote 157

Prices for salted and barreled salmon rose slowly in late fourteenth-century Scotland and, from 1411, England as well. A sudden trough around 1450 is attributed in both countries to currency manipulation, followed by further rise to and beyond the 1520s.Footnote 158

Fully conceding the fragmentary, questionable, and incommensurate quality of much available data, in the long term late medieval prices for preserved herring, cod, and salmon look driven by interplay of fluctuating human numbers with the greater per capita wealth and discretionary incomes of the post-plague period. The cheaper product, herring, responded more positively early on, while larger and more costly cods performed better during the fifteenth century. For many late medieval Europeans even the new mass-marketed fish from marine frontiers remained a commodity at the margin between subsistence necessity and an affordable luxury … or else the cheapest way to gain animal protein without flouting religious constraints. When the cost of cereals fell, as after 1350, larger discretionary incomes allowed a greater share of Europe’s population to eat more fish, even at greater cost, but still, for those consumers, at the lowest price points. The Christoffels Jans household whom we visited in the 1490s (pp. ***–*** above), contemporaries of Zuan Caboto, personified this situation.

Stronger prices in the Low Countries could help sustain local fishers and merchants investing in more productive new technologies and market strategies which let them undercut competitors and capture more stagnant markets elsewhere. Overall, and acknowledging such important regional anomalies as the slipping English market for preserved herrings, late medieval price trends suggest a strong large-scale demand for preserved fish products both widened and deepened in most regions north of the Alps. But as to be observed more closely below, at shorter temporal scale natural fluctuations as well as political conflicts could also affect herring prices.

Did similar conditions prevail in southern Europe before the sixteenth-century surge of preserved Atlantic and New World fish into the Mediterranean sustained a new long-term rise in effective demand and prices?Footnote 159 Useable serial data from southern Europe remains confined to two Iberian regions, nearly landlocked Navarre in the northwest (Figure 6.2) and Mediterranean coastal Valencia (Figure 8.11), where published prices begin only after 1410 and end by 1490. Both data sets, however, include key regional marine products (sardine, hake, conger) and, as already observed in fourteenth-century Navarre, moved roughly parallel to those for herring in the north. After the 1410s what had been rising prices for brined sardine and dried hake in Navarre went flat. A coincident early fifteenth-century plateau initiated the series from Valencia, followed, amidst much interannual variation, by slightly lower post-1460 values resembling those then seen for much northern herring.Footnote 160 In both instances, sardines, close ecological and dietary counterparts to northern herring, also showed the most extreme year-to-year fluctuations.

Figure 8.11 Fish prices in late medieval Spain: Valencia.

Data from E. Hamilton, Money, Prices, and Wages in Valencia, Aragon, and Navarre, 1351–1500, appendix III, pp. 215–221. Indexed and graphed by R. Hoffmann and K. Hoffmann. © R. Hoffmann.

Dare we infer some medium-run late fifteenth-century balance between effective demand and normal supply up and down coastal western Europe, while only inland markets for stockfish and the North Sea herring remained buoyant? The call for Scottish salmon in domestic, English, and Low Countries markets seems to have held strong. What lack of clues leaves a mystery are price relations for tuna and for those diverse products from dynamic new regional fisheries exemplified by Bretons and men of the English West Country.Footnote 161 But as indicative as long-term trends are for understanding ecological and social developments in the marine fisheries, also notable are the great volatility of prices in all the annual series and the changing fates of some regional herring fisheries still to be investigated below. Long and short run price fluctuations reflect different aspects of interactions between medieval people and the fish of the sea.

8.2.2 New Structures in the Fisheries

Not just consumers and fishes, but fishers, too, could be transformed by constraints and possibilities on the medieval maritime frontier. Market-driven expansion propelled offshore fisheries into new structures, some material, others more institutional or mental. Considered as economic activities, the rising marine fisheries shared elements grouped collectively under ‘second stage commercialization’.Footnote 162 So long as cultural norms endorsed eating fish, improved methods for preservation and widening markets drove increased scale of production, longer voyages, and larger vessels. Both new techniques and further diffusion of older ones required new capabilities and an increased level of investment (capitalization) throughout the fishing sector. It took the sturdier but more expensive ‘dogger’ design, for instance, to project English fishing activity out of eastern coastal waters first to Dogger Bank and then as as far as IcelandFootnote 163 and the Dutch buss to exploit herring out in the North Sea. Investors and entrepreneurs included town-based merchants from Lübeck, Bruges, Exeter, and Palermo but also regional seigneurial elites ranging from dukes of Brittany and Medina Sidonia to manorial lords in DevonFootnote 164 and eastern Denmark. Large-scale commercial fishing was an economic dynamo with strong backward linkages. Achieving prerequisite regional mobilization of labour, skill, and capital had further strong positive feedbacks for economic growth and development. Processing herring, salmon, pilchards, and tuna called up greater production of raw materials (salt), of equipment (ships, nets), and of packaging (barrels).Footnote 165 Czech envoys nauseated by herring-rich Dieppe in 1460 simply failed to recognize the scent of money.Footnote 166

Capital requirements changed the balance of power in many fisheries. While traditional labour relations long survived in some areas, both capitalist organization and seigneurial initiative supplanted artisan guilds and household enterprises with other arrangements. By providing resources for greater output, mercantile investment tied many producers more closely to fishing as an occupation, whether year-round or seasonal. In northern Norway and in Denmark specialized full-time fishers first appeared under Hanseatic influence in the fourteenth century.Footnote 167 Diverse fisheries on the English southwest, probably also Brittany, could offer year-round maritime work, alternating fishing seasons with voyages in the carrying trade. Ventures to Ireland or Iceland meant steady work but long and hazardous absences. Ordinary hands were often village youth, taking a fishing job while awaiting an agricultural tenure.Footnote 168 To reduce precisely that competition for farm workers Icelandic authorities prohibited the landless from owning a boat, employing others at sea, or taking jobs with foreign visitors.Footnote 169 Elsewhere professionals operated the tonnara, while almadrabas drew more on unskilled labourers to haul the big nets. The latter’s seasonal contracts provided food and lodging, all framed, of course, by the dukes’ local power.Footnote 170

Contract work for wages or salary began to replace hitherto customary allocation of shares in the catch or profit of a voyage or a year. Tradition prevailed at the tonnara and into the fifteenth century in the Flemish–Dutch herring fishery, but eventually first crewmen, then even captains became waged and salaried employees of land-based ship owners.Footnote 171 Money wages occurred occasionally in the older Yarmouth fishery and later became a norm in English voyages to Iceland. Otherwise most fishers out of Devon and Cornwall received them only as supplement to their shares. Yet a slick shipowner could exploit this arrangement, too: Devon merchant John Gundy hired men for his ships on shares, but then claimed a preemptive right to purchase the men’s take of fish at a price favourable to himself.Footnote 172

An older and more common mechanism for changed relationships was advance purchase of the catch, which capitalized a fisher’s seasonal venture at some risk of debt bondage. Hansards used this arrangement in both the Øresund herring and northern Norwegian cod fisheries. To obtain more herring than Danish labour could supply, early fourteenth-century German merchants outfitted migrant German fishers, lending to them a certain value of goods to be repaid from a specific and larger value of fish. To ensure returns, the lender had exclusive claim on the fisher’s entire catch, then was to return to him the value in excess of the repayment due.Footnote 173 Likewise Sicilian and foreign merchants working out of Palermo or Trapani bought in March the tunas to be caught in June.Footnote 174

The situation in northern Norway looks more ambiguous. While Hansards confined to Bergen might offer payment for the coming year’s catch, they lacked enforcement power in Lofoten. Once the Germans gained direct access to the Norwegian north, they advanced grain and other goods to the fishers on credit and took their catches in payment. Nevertheless Arnved Netkvitne makes a convincing case that fishers held the stronger hand because their family subsistence rested on economic activities other than fishing for export, which yielded a discretionary income. He thus notes the considerable financial and material success of northern Norwegians during late medieval times.Footnote 175 In any case fishers were increasingly tied to distant markets and market values. At the same time advance purchase again confirms the eagerness of frontier traders – at Yarmouth, on Lofoten, in Aberdeen or Palermo – to obtain fish for sale to consumers across Europe.

While most marine expansion was urban-based, arising within the occupational structures of coastal towns like Exeter, Brill, or La Coruña, under certain conditions increased commercial opportunities encouraged new settlement patterns for full-time fishers. Whole communities centred on fishing differed from a handful of families in a village of peasant farmers and from one of several occupational groups in a larger town. Specific well-documented cases vary.

Storm floods and sand drift in 1394 destroyed a hamlet of poor local multi-tasking fishers, farmers, peat-cutters, and salt-burners who had long eked out a living on the beach beside a Flemish inlet called Walraversijde. Within five years however the hamlet was replaced inside the protective dune line by a different kind of community, professional full-time fishers (and occasional privateers). A generation later, 100 dwellings housed up to 500 people, most of them somehow engaged in the fishery or such ancillary enterprises as making rope or processing the catch. Ship captains or owners each signed on up to twenty independent crewmen to work for shares of the local catch, herring in season, otherwise mostly flatfish and haddock. By the mid-1400s their area of operations shifted to the North Sea proper, what Flemings called Noordover, where the boats principally targeted herring and cod. Workers in the community processed catches into commercial commodities and shipped the best to towns; resident households ate less preferred bycatch. Longer voyages and larger vessels called for more investment by ship owners, local or urban-based, who hired crew, even perhaps captains, for wages. Local elites with good regional connections might endow and embellish the village chapel but Walraversijde still lacked an actual market and its largest homes were but twice the size of smaller ones. Yet all were built in brick and contained a wide range of material goods, suggesting even crewmen’s families gained from fisheries work and maritime connections. The small harbour, however, could hold no more than a landing stage, not enough to berth a buss and thus fully to benefit from the industry’s growth. Habsburg–Valois wars after 1480 turned local waters into a combat zone. With sand again on the move, over the next century or so the village, too, drifted into oblivion.Footnote 176 Had Walraversijde endured, its potential for archaeological reconstruction five centuries later would be much less.

On the Devon coast people at fifteenth-century Stokenham exploited their potential for year-round multi-species fishing by means not unlike Walraversijde. Having outgrown earlier subsistence or even part-time artisanal work in the fishery, large tenant farmers housed and employed subtenants as full-time fishing crews through an annual round of mullet, hake, pilchard, and herring seasons in coastal waters and voyages as far as Ireland or the North Sea. Onetime seasonal encampments and out-of-season storage facilities on southwestern English beaches gradually became permanent communities who even petitioned ecclesiastical authorities for religious services more convenient than the old manorial parish some distance inland. Social separation between land- and sea-based cultures slowly ensued.Footnote 177 Numbers of these late medieval creations would become centres for the modern fishing industry.

In far northern Norway peasants on marginal farms began about 1250 to relocate to coastal sites beside the best fishing, even where conditions were inimical to growing grain. Among the first evidence of this shift is an episcopal grant in 1307 of parish status for Vardø, which fronts on the Barents Sea, and erection of a royal castle for tax collection soon thereafter. Immigrants arrived from the south as other parts of the country suffered post-plague depression. On northern farms women cultivated non-cereal crops for subsistence while their men worked full-time in the lucrative cod fishery for export. To livestock they fed seasonal grass, seaweed, and the fish heads left over from preparing stockfish. Symbolic of this economic transformation was the 1432 adoption of fish as a standard of value instead of assessing rents in butter. The north and coast remained Norway’s most prosperous regions into the sixteenth century.Footnote 178

Where, however, even highly productive fisheries failed to provide year-round employment, hundreds, even thousands, of workers assembled only seasonally and, the fishing over, dispersed to their permanent homes and other activities. Danish peasants and temporary migrants from Germany and the Low Countries gathered along Scanian beaches every August. During late-spring months men from hereditary dynasties of experts ran Sicilian tonnara, bringing in their own teams and hiring local boatmen for work on the water.Footnote 179 In 1528 the duke of Medina Sidonia recruited 225 wage workers and assigned some number of slaves to work his almadraba.Footnote 180 So even where the big commercial fisheries did not induce late medieval shifts in settlement structures, they shaped work, social interactions, and spatial relations between work and home for thousands of ordinary Europeans.

At a larger scale the binding to markets of the large marine fisheries which lay at the core of ‘second stage commercialization’ is called economic integration. This the Middle Ages experienced not as ‘globalization’ but as ‘Europeanization’. A central role for the fishery is especially posited for North Atlantic communities – Norway, Iceland, other island societies – which did join western Christendom during this period and whose economic connection entailed exchange of staple resources for European cereals and manufactures.Footnote 181 Fishing helped propel England’s southwest into a leading role in the national economy. Perhaps the clearest mark of economic integration is when it worked to disadvantage, as when better and cheaper Netherlands herring around 1400 helped push the Hanse’s Scanian product off the Flemish market or when Norwegian cod prices collapsed after 1567 under competition from cheaper barreled salt fish from America.Footnote 182 Dutch herring are, of course, a tale of seizing the mercantile centre, not joining the periphery. Galician and Sicilian fisheries also deserve consideration in this larger perspective, and not merely as engines of local enterprise. If Gallegos saw their dried hake driven from Mediterranean export markets by New World salt cod, they and other Iberian or French fishers could, unlike the Norwegians, respond by themselves going to the latest frontier waters.Footnote 183

Another side of the story is competition among user groups over rights and access to frontier resources. In struggles among market-driven fishers and merchants the ‘tragedy of the commons’ was scripted offshore. At the domestic scale, fisheries along the west Baltic shore, including the fixed weirs that trapped estuarine herrings for local consumption, had guilds and regulations; those fishing for distant markets did not. New offshore fisheries in southwestern England likewise knew far less regulation than had those in North Sea ports.Footnote 184 Still fewer holds were barred between rival communities. Maritime conflicts among Norman, Breton, Gascon, Galician, and Portuguese fishers formed part of the prelude to Anglo-French wars of the 1290s. Violent confrontations in the Øresund that famously broke out between Danish and German fishers in 1463 probably went back before 1389.Footnote 185 The North Sea became an arena for struggles between Norman, Picard, Flemish, Dutch, and English herring boats.Footnote 186 Anglo-Hansard antagonisms appear especially intense, first in Norway and later in waters around Iceland, where native fishers also became engaged.Footnote 187 By modern analogy this might be called ‘Cod War I’.

Nor was the Mediterranean a zone of peace, even among Christian fishers. Mainlanders and those from Lerins long contested the intervening strait, while in 1469 men of Antibes even waged a miniature naval battle with their rivals from Cannes.Footnote 188 Violent confrontations punctuated establishment of Medina Sidonia’s dominion over Andalusian tuna. In contrast, for all the capitalist quality of the tonnara, Sicilian participants in that still land-linked fishery undertook to limit their take by using some locations only in alternate years.Footnote 189 Introduction of that technology from Languedoc to Catalonia at the end of the fourteenth century provoked a generation of conflict over its alleged damage to juvenile fish and traditional fishing methods. Then during 1410–1430 communities from Rosas to Tarragona reached mutual or juridical resolutions integrating these techniques into local practice.Footnote 190 Insofar as the latter arrangements resemble the collaborative trends seen on Lake Constance, this sharpens the contrast with the competitive courses taken beyond the marine horizon.

8.3 Unanticipated Concomitants, Unintended Consequences

The late medieval turn to offshore resources appeared to escape the limits of deteriorating traditional freshwater fish stocks and sociocultural constraints on exploitation so as to meet insatiable European demand for fish. Yet distant retrospect sees the lurking paradox. New marine frontiers did open new stocks to feed European demand but the paradigm of frontier expansion there set loose also contained its own vulnerabilities. Even in medieval times human hubris and natural forces alike could betray the claim to human control over ‘infinite fish’. There is always a catch.

8.3.1 Risky Business

Marine fishing concentrated men and material where fish were seasonally abundant: herring sites in the Baltic, Øresund, and North Sea; around Iceland, the Channel approaches and certain Irish bays; and along the Gulf of Cádiz and Sicilian shores. Beyond competition among the fishers, larger political rivalries and the chance of illicit plunder and profit put fishers’ installations, fleets, and lives at risk. Threats lurked over western Mediterranean horizons. Mutual hostilities of Guelfs and Ghibellines merged into dynastic conflict between the houses of Anjou (Provence, Naples) and Aragon (Catalonia, Sardinia, Sicily), keeping Provençal fishers close to home and leaving openings for North African corsairs. Naval insecurity (along with ravages of malaria near coastal lagoons) drove Sicilians from the island’s southern and western shores by about 1400 and forced fortification of tonnara even on the safer north coast. On both sides of the Tyrrhenian, fishing villages were unknown and fishers sheltered behind town walls.Footnote 191 As French Valois and Spanish Habsburg monarchs each inherited multiple geopolitical rivalries, coastal fishers in the north at Walraversijde and elsewhere paid the price.Footnote 192 Even the Andalusian grandee’s well-guarded almadrabas got shut down in, for instance, 1531, 1534, 1537–1538, and 1540, as the crown recruited labour for the navy.Footnote 193 Herring fishers in the Baltic and North Sea suffered through Danish–Hansard wars of 1361–1370 and 1426–1435, while during the intervening 1390s Vitalienbrüder pirates plundered ships and coastal warehouses alike.Footnote 194 Fisheries offered soft and potentially lucrative targets, yes, but in these situations they were mere collateral damage and fish stocks themselves little affected.

Chapter 5 has already identified high medieval changes to local and regional fish populations and some of their likely natural and anthropogenic drivers. Comparable material and written evidence also signals late medieval problems for local marine stocks. Recalling that fish grow throughout their lives, absent other influences, shrinking average size through repeated exposure and loss of older and larger specimens is a common sign of overexploitation. Among the abundant bones of plaice recovered from kitchen waste in dozens of northern French sites, those from fish longer than 45 cm, 10 percent in the twelfth century, left but a trace in the thirteenth, while those of smaller fish rose from about 80 to over 90 percent and remained so in early fourteenth-century deposits. After 1350, however, large plaice reappeared in French catches, reaching almost 20 percent of remains, while small ones fell back to 75 percent. Archaeozoologists attribute this to reduced human predation. Late fifteenth-century demographic and economic recovery then restored pressure against the life expectancy of plaice: bigger age classes fell again by the early 1500s to the 5 percent range and almost zero by 1600.Footnote 195 Signs of overfishing and decline in haddock stocks of the southern North Sea also accompanied Flemish fishers’ shift to the cod and herring of Noordover.Footnote 196

Vulnerabilities in the large-scale herring industry are manifest in two salient features, the successive crises and collapses of local fisheries and the extreme short-term volatility of herring catches and prices. Well-recorded failure of Danish herring after 1420 has already been mentioned. A Lübeck chronicler in the 1430s lamented the previous decade in the Øresund:

… there came no herring to the Sound so that the fishers could not take any all the time that they were there … and so the absence of the herring from the Sound remained long years … and they came not again. [The herring] split in the sea and a part came to Flanders and a part to Heligoland and many such places where they were caught. Nowhere, however, had they the form and goodness which they had at Scania.Footnote 197

A few kilometers inland from the beaches, Orja farm, which had during the 1300s become a large-scale fish processing site, ceased operation in the mid-1400s and the farmstead was abandoned.Footnote 198 For perhaps two human generations Scanian catches failed repeatedly, so despite a strong post-1480 revival the take in 1494 came to less than a third that of a century before. With the 1530s the decline was permanent.

Before and after the breakdown in the Øresund, equally unexpected and unintended sequels to episodes in the rolling medieval herring boom include tales already told of commercial and ecological collapse of other localized stocks. Early medieval estuarine and inshore fisheries soon vanished from Picardy. During the thirteenth century once abundant Pomeranian herrings, followed a human generation later by those off Rügen, dwindled to mere local significance.Footnote 199 After the 1360s East Anglian stocks failed. The Scottish fishery in the northwestern North Sea, which developed after the 1360s, itself suffered a deep trough in the 1430s–70s, before reviving a decade or so later.Footnote 200 Each crash followed long years of peak production.

Economic historians and archaeologists faced with hoary local and scholarly myths blaming failed fisheries on departure of herring schools insulted by some human behaviour (symbolicFootnote 201 or material) or on random natural phenomena, have been quick to dismiss both human and environmental impacts on marine life during the Middle Ages. They collectively portray the frontier fisheries as essentially participants and pawns in economic and political contests among human communities. By that account the Øresund held a commercial location superior to supplanted Rügen and the Flemish and Dutch simply outcompeted English, Hanseatic, and Danish rivals. While others failed, the simultaneous growth of the Dutch herring fishery or the late fifteenth-century boom in pilchards off Cornwall are offered as evidence the natural world of the sea continued with its productive capacity unimpinged.Footnote 202

8.3.2 Herring, People, Climate, and Weather, c. 1350–1540

Because most fifteenth-century fisheries remain poorly documented and little explored from any environmental perspective, it is the herring industry on which discussion of marine fishes entangled simultaneously with human predation and environmental fluctuation necessarily centres. Received historical opinion could not take fully into account the historical and ecological particulars of the fading medieval fisheries, the behaviour of their pelagic prey, nor what is becoming known about environmental changes during Europe’s late medieval centuries. While the previous high medieval period and coincident medieval climate anomaly did not lack environmental variation affecting fisheries in several ways (recall Chapter 5), the late medieval flowering of marine fisheries coincided with sometimes dramatic instability in transition to (or the first phases of) the Little Ice Age.Footnote 203 Both medium- to long-term trends and newly typical events could affect fish stocks already stressed by human predation. Put another way, both climate and weather patterns are known to influence the availability of the animal late medieval fishers sought. Ecologists’ consensus is voiced by fisheries analyst Keith Brander, “Reductions in stock productivity mean that levels of fishing to which a stock was previously resilient, become unsustainable.”Footnote 204 What follows thus views late medieval herring fisheries as hybrid colonized socio-natural systems, wherein synergy between human activities and environmental variation acted upon the animal’s life cycle to shift dynamics of the most heavily exploited stocks and the human arrangements exploiting them

Both the successive demise of fisheries dependent upon specific local/regional herring stocks and occasional general short-term fluctuations in catches and prices were heavily affected by herring biology and fishing practices at times of environmental change. This assertion rests first upon a closer look at herrings and the conditions under which medieval Europeans pursued them. Like related small pelagic (open-water) plankton-eating fishes, herrings comprise a very large biomass near the consuming base of aquatic food webs.Footnote 205 All around the world such animals and their food are subject to great and long-term cycles, as well as short-run swings, of abundance. The biomass changes relate closely to changes in oceanic temperature and nutrient levels (water chemistry). Clupea harengus is especially adapted to cold temperate waters. The southern boundary of its European range – and the northern limit of its warm-temperate cousin and ecological counterpart, the pilchard or sardine – lies just southerly of the British Isles. Multi-decade oscillations in the climate of the North Atlantic (the NAO) push that boundary southwards during cold periods, so herring become abundant off southern England and into the Bay of Biscay. Warm phases shift the boundary northwards and then pilchards replace herring as the dominant plankton feeder there.

Medieval Europeans fished primarily Baltic and North Sea herring populations.Footnote 206 Each large population migrates through a seasonal cycle, those of the North Sea, for instance, following a great counterclockwise gyre that takes them southwards along the British coast in summer and fall months and back north and west off the continent in winter and spring (Map 8.3). From that whole population come numerous local spawning groups. These segregate themselves into genetically distinct reproductive concentrations at particular places and seasons and, their business completed, rejoin the larger gyre.Footnote 207 Some of these groups once penetrated deeply into open bays and estuaries like the lower Somme, and in the Baltic another still enters the Schlei. Others gathered to spawn along beaches or at offshore locations. As observed above (p. 201), all the early European herring fisheries intentionally (and wisely) targeted such seasonal concentrations of inshore spawning fish. Toward the end of the Middle Ages, however, Flemish and Dutch fleets pioneered fishing offshore, where the herring schools were less closely sorted by their reproductive activity.

Map 8.3 Herring in the North Sea.

In late winter and spring months after the spawn, newly hatched larval and juvenile herring drift and swim into eastern parts of the North Sea, the German Bight off Dutch and German Friesland and along the Jutland coast. This is their nursery habitat. The shallow southern shore of the Baltic similarly serves that stock. Using nineteenth- and twentieth-century catch and climate data, modern research has shown that these early stages of the herring life cycle are especially sensitive to varied sea temperature and food supply. Weak year classes – which will bring low adult populations and poor fishing some two to five years later – occur in years when spring comes cold and late and the summer remains cool.Footnote 208

Historical, biological, and climatological findings together give good reason to suspect that several spawning populations of herring (in other terms, regional fisheries) were successively under pressure (as evidenced by historically peak catches) just before their commercial collapse, which may then have been triggered by extreme environmental fluctuations of diverse sorts. When the 400- year-old Pomeranian fishery, once an object of wonder for its abundance, petered out in the late thirteenth century and that off Rügen followed only a generation later, the ecosystem of the south Baltic was no longer what it had once been. For a century and more, human agricultural development in eastern German and Polish hinterlands had been stripping the forest cover and opening the soils of the Odra and Wisła watersheds which feed this part of the sea. Massive erosion and flooding followed.Footnote 209 Combined with shifts in Atlantic circulation, these events should have affected water chemistry and nutrient levels in the estuarine and nearshore areas frequented by juvenile herring. Palaeoenvironmental research has not yet fully reconstructed these conditions, but associated changes detrimental to herring have already been remarked in Chapter 5. The south Baltic shoreline was transformed as bays filled with sediment – the Wisła estuary became a great delta – and offshore barrier islands formed and consolidated into long sand spits.Footnote 210 And once the Pomeranian herrings had dwindled, despite ongoing demand even into the twentieth century none but a local fishery ever revived.

Lacking applicable sea surface temperature records, prevailing conditions in the North Sea and Baltic during the last medieval centuries must be assessed from reconstructions of preferably decade-scale seasonal fluctuations in the Low Countries, Germany, and England. This calls for climate history more fine-grained than earlier shown in Figure 5.4. Indices of winter severity for key continental regions are now available on an annual basis and ecologically critical spring conditions in multi-proxy reconstructions at close to decade scale (Figures 8.12 and 8.13).Footnote 211 English presentations remain less systematic.Footnote 212 New work on Sweden helps cover the western Baltic, where pertinent studies of the sea itself begin only in 1501.Footnote 213

Figure 8.12 Low Countries: winters and springs. Multiproxy reconstructions of average deviations in seasonal temperatures, 1150–1599.

Figure 8.13 Seasonal temperature indices for Germany, annual balance by decade of cold (−) and warm (+) seasons, 1350–1600.

Climates of crisis stand out reasonably well. Historical climatologists now attribute ferociously unstable weather to Europe’s transition into the LIA. A cooling pattern with intense storminess set in at Europe’s northwestern fringe already early in the fourteenth century and by the 1390s extended eastward into central Europe, where mean annual temperatures fell until the 1520s. Affected seasons included the springs most critical for survival of young herrings.Footnote 214

When the heavily fished herring stocks in the southern North Sea broke down after 1360, climate scholars on all documented coasts concur that the 1360s–70s were distinctly cold, especially during the most studied winter season. German and Low Countries records indicate frequent remarkably cold springs throughout this period.Footnote 215

The half-century breakdown of catches seen in the Øresund (and nadir of those off Scotland) coincided with repeated bouts of difficult weather conditions. During the second and third decades of the fifteenth century, the Netherlands experienced many notably cold winters and a cooling trend in spring, while German accounts highlight especially cold springtimes.Footnote 216 Seasonal temperatures of early fifteenth-century England may lack scholarly consensus,Footnote 217 but English, Dutch, German, and Swedish climate historians subsequently agree on cold mid-century conditions, including summers.Footnote 218 The latter three regions then experienced their coldest winters and springs of the entire 1400s.

Revived catches off Scotland and Scania after 1480 coincided with the start of a warmer interlude along Europe’s western shores. At this time a pilchard fishery materialized along the coast of Cornwall, a good sign of warming waters there.Footnote 219

Decline of the Øresund fishery had resumed by the 1520s. During and shortly after that decade northern European weather patterns showed some inconsistencies, suggesting a possible lag in the response of herring stocks and fisheries. While seasons during the 1520s were relatively mild, they followed repeatedly severe winters and chilly springs in the previous decade and cold conditions returned shortly after 1530. Research on the Baltic identifies remarkably severe cold and sea ice persisting deep into springtime for five winters during the 1510s and four more between 1525 and 1534.Footnote 220 Not good conditions for the planktonic prey of larval herring.

At some longer temporal scale total numbers and biomass of adult herring feeding in the North Sea may not have much changed. As observed with salmon, loss of recruits from damaged local spawning populations could be replaced by better survival of others bred elsewhere. The rising Dutch fishery at the end of the Middle Ages targeted previously unimpacted offshore populations, perhaps also less confined gene pools, and in a marine habitat less vulnerable to weather or local runoff. But, also as seen with medieval salmon, certain once heavily fished local herring stocks had become insignificant. Modern research no longer finds the schools which concentrated to spawn off East Anglian beaches. The species was not extirpated from the Baltic but commercial fishing in the main basin shifted to supply more sprats (a different small plankton-eating Clupeid, more tolerant of low salinity) and on eastern coasts to take a dwarf inshore subspecies (C. harengus membras, “Strömling” or “Stremling”) for mainly local consumption.Footnote 221 Note, too, that adult Baltic herring in the twentieth century averaged 20 percent smaller than those consumed a millennium before.Footnote 222 Certainly something changed.

A common scenario was thus reenacted several times in the medieval herring fishery which fed European need for a relatively cheap, long-lasting, and portable fish food. A synergy of fishing and climate fluctuations acted upon genetically distinct local stocks. Under pressure from commercial export demand, long-fished local reproductive concentrations of these animals successively came under more intense exploitation, then crashed to commercial insignificance. Each collapse coincided with independently established environmental variation, whether of plausibly human cause, as the changing runoff regime from south Baltic watersheds, or of plausibly natural origin, as the climatic changes which pulsated eastward from the North Atlantic. Each new success tapped untouched stocks at greater distance from favoured markets. Medieval herring stories call to mind typical present-day fisheries crises with their market-driven technical innovations, intensification of capital, and continual move outward from commercially depleted to less accessible ‘virgin’ stocks. Yet even as the outward expansion of marine fisheries shaped a model for following centuries, it foreshadowed how things might go awry.

Quite apart from long-term shifts in regional sources of supply, European herring markets exhibit great short-term volatility in price (Figure 8.7AD). Surely much local fluctuation did arise from political, monetary, or other perturbations in local supply, but a wider perspective gives reason to think that at decade scale the violent fluctuations characteristic of the herring market bore some relationship to short-term weather patterns, notably late winter and spring temperatures.

A possibly unique record of annual landings at fifteenth-century Dieppe (Figure 8.14) confirms extreme short-term fluctuations before the fish reached any market.Footnote 223 Dieppe was a relatively minor player, landing well less than half the herrings of any number of contemporary Netherlandish ports, but its late medieval catches supported an active processing industry and supplied extensively to Normandy, Paris, and further inland. Annual landings averaged about 400 tonnes but peak years went five times higher than low ones and even the unbroken run of returns during the 1470s–80s often varied over 50 percent year to year. Dieppe is near the southern margin of normal herring range; its fishers worked so close to home in peak herring season they managed two trips a day. Landings there crested in the first quarter of the century and again in its last fifteen years. (Isolated mid-century numbers are hard to interpret.)

Figure 8.14 Herring landed at Dieppe, 1405–1490.

Elsewhere prices must stand surrogate for supply.Footnote 224 Reviewing Figures 8.78.9, the long-term price trends reflective of larger movements in the European economy are no longer the issue here. As total demand appeared relatively stable after the 1350s, short-run changes must arise primarily from supply. Thus bringing together price series from different markets illuminates a more fine-grained aspect of this fishery, namely its short-term volatility everywhere. Taken one by one and especially if presented only as a numerical table, individual data sets appear meaningless or at most merely reflective of local circumstances, political or otherwise.

But viewed collectively the data series in Figure 8.7 show at least four coincident price peaks, relatively short periods when four and more locations experienced prices significantly higher than in preceding and following decades. Such events may indicate more general problems with the fishery itself. They occurred in 1418–1427 (at Antwerp, Leiden, Brussels, Rostock, England, Kraków); 1444–1460 (Antwerp, Leiden, Utrecht, Brussels, Hamburg, England, Rostock, and likely also Klosterneuburg); 1479–1491 and therein especially 1487–1489 (Antwerp, Leiden, Utrecht, Brussels, England, Rostock, Augsburg); and 1520–1536 (Antwerp, Leiden, Utrecht, Brussels, Hamburg, Scotland, England, Rostock, Augsburg).Footnote 225 If the price data does so identify likely times of regional or larger shortfalls of supply between 1400 and 1540, what conditions may have preceded or accompanied these bio-social events? Always keeping in mind the potentially lagged or dampened response of ecosystems to external stimuli, how might the herring fishery fit what is now known of weather conditions?

Noteworthy first are the coincidences of three widespread price peaks (1418–1427, 1444–1460, and 1520–1536) with the narratives of regional failures in fifteenth-century Scotland and Øresund, followed by further decline of the latter after 1520. An intervening general peak in herring prices is manifest during 1474–1491, especially 1487–1489. German records show unusually frequent cold springs from the mid-1470s to the end of the 1480s and then in the 1480s cool summers as well.Footnote 226 Dutch conditions were similar, though marginally warmer than at mid-century, a trend which continued past 1500.

So some price peaks coincide with regional failures and another does not. Taken collectively, the best reconstructions of seasonal temperatures do consistently show colder, even coldest, conditions shortly before and/or during times of high prices and weak catches in the herring industries of the North Sea and western Baltic. Of the seven decades with the most cold springs in Germany (1370s, 1410s, 1440s–1460s, 1490s, and 1510s, only the 1490s failed to precede difficulties in the fishery. Every period in which records from the Low Countries and Swedish BalticFootnote 227 report frequent severe winters – the 1350s–60s, 1430s–early 40s, 1460s–early 80s, 1510s, and after the mid-1530s – is associated with regional breakdowns and high prices for herring. These situations correspond to what occurred in the same region during the nineteenth and twentieth centuries when scientists had data to establish a close relationship between winter–spring temperatures, survival of juveniles, and subsequent catches from those year classes.Footnote 228

Lest this appear a simple matter of climatic determinism, several caveats are in order. Documented difficulties and collapses are especially evident in traditional regional inshore herring fisheries which should be recognized as exploiting local reproductive communities of fish. Such heavily fished stocks would, as Brander and others assert, be those most sensitive to general climatic stresses. The developing Dutch fishery, however, targeted the mixed herring stocks offshore and, at least by the seventeenth century, moved along with the main feeding schools, not the local spawners.Footnote 229 Human practices and decisions affected, if unknowingly, the vulnerabilities of fishes. But so, too, in several ways did the behaviour of the herring influence human situations. Larval mortalities had no immediate effect on catches of adults the following summer and fall, but rather curtailed recruitment of fish catchable some years later. Colder conditions pushed the range of herring to the south enough that catches at normally marginal Dieppe twice peaked (in 1405–1425 and 1485–1492) when northern catches were weak (this is not visible in the broken record of the mid-1400s). But under those very conditions of cold and crisis elsewhere, post-spawn adult herrings unusually concentrated in late autumn and winter in the northeasternmost North Sea. For some mid-fifteenth-century decades these fish in the Skagerrak off Bohuslan supported a large fishery.Footnote 230 Likewise the growth of a herring fishery at Heligoland is traditionally dated to the 1420s and associated by contemporaries with the collapse of stocks in the Øresund although the ‘new’ fish had not in fact come from the Baltic.Footnote 231 From the perspective of fisheries and wider environmental history, much still remains inexplicable.

If herring are any indicator, going over the horizon for fish did not guarantee unbroken or sustainable success, but new offshore opportunities did often enough find stocks free of previous commercial exploitation. Tales of herring highlight the broader demand-driven, incremental, and uncontrolled extension of late medieval fisheries ever farther into the sea. When any given local population went from virgin to shrinking, another was brought on line. The pattern can hardly be construed as planned; each new move by fishers or by merchants must have been more or less speculative. Venturers had learned to expect wealth, or at least the good returns seen elsewhere. Failures were unanticipated, in part because each new advance went into somehow unfamiliar situations where environmental norms had still to be learned and as yet could hardly be seen as subject to change, much less to human influence.

8.4 Infinite Fish?

Might one link some of the difference between inland and inshore attitudes and those emerging offshore to a separation of participants in the distant-water fisheries from the producing ecosystems they exploited? The expectation is born offshore: the resource is superabundant, it needs only to be taken. Historian Arnved Nedkvitne remarks on the care with which Norwegian peasants managed their farms; “Sea fish, in contrast,” he writes, “would have been regarded as a resource without limits and from a medieval perspective this was correct.”Footnote 232 Such was plainly the view of the English petitioners of 1416 who explained they had left depleted home waters to find “a great plenty of fish” off Iceland’s shores.Footnote 233 Insofar as the long lines of baited hooks they and other newcomers set out penetrated depths beyond reach of less well-equipped Icelanders, they could have found something like pristine stocks. For a while English merchants and fishers did capture Icelandic supplies for their own market but when their position deteriorated these, too, came largely under Hanseatic influence. Where then to go? Further offshore. It has been thought that the rejected English looked further west and, with Caboto’s voyage of 1497, found North America with its own potentially lucrative and “infinite” cod stocks.Footnote 234 A Milanese agent in London passed on what the returnees said they had found:

They assert that the sea there is swarming with fish, which can be taken not only with the net, but in baskets let down with a stone, so that it sinks in the water. I have heard this Messer Zoane state so much.

These same English, his companions, say that they could bring so many fish that this kingdom would have no further need of Iceland, from which place there comes a very great quantity of the fish called stockfish.Footnote 235

There again was the unlimited abundance Philippe de Mézières and before him Saxo had seen at the peak of the Scanian herring fishery and in its earliest days. In 1502 the Gabriel out of Bristol brought home thirty-six tons of salt fish, the first recorded cargo of North American cod.Footnote 236 Over the horizon the frontier still abounded with what was needed to satisfy European demand.

But the tale is not quite so tidy. New perspectives on Caboto, his backers, and his voyages are emerging from not yet fully published research under way in the Cabot Project at the University of Bristol.Footnote 237 The Venetian seemingly had more experience in Mediterranean and eastern trades than formerly thought. So, too, his Bristol investors, who had by 1490 abandoned Icelandic ventures for more promising dealings in Portuguese and Biscayan ports. English trade, more than actual fishing, in Iceland remained worth the risk especially for vessels from east coast ports. Those who financed Caboto – Bristolmen, heads in England of Italian branch banks, and the English crown – placed greater hope in a potential route to Asia as promised, some thought almost achieved, by Columbus’s first two voyages. Baskets full of cod were an unintended consequence, at best a consolation prize,Footnote 238 while Bristol interests continued for another decade to pursue the main chance. Still, reliance on Iceland and threat of Hansard rivals surely remained an irritant, so “no further need for Iceland” did pose a positive prospect.

Nevertheless tepid Bristol and English interest in the abundance Caboto had found sustained only a second partial load of salt fish delivered by the Gabriel in 1504. With accession of Henry VIII in 1509 English activity ceased for decades. Others displayed no such reluctance. By 1515 Portuguese, Biscayan, Breton, and Norman vessels had already spent more than one summer catching and drying Newfoundland cod.Footnote 239 Then a reported failure in 1517 of southern coastal cod all along the European littoral triggered a large and general turn to what were already being called los Baccalaos, the isles of codfish, far away, with their “infinite fish.”Footnote 240 Amidst rapidly changing economic and climatic conditions, massive growth of a fishery soon followed.

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New fisheries, inland and frontier, artificial and offshore, formed a double response to a widening gap between medieval European demand for fish and the supply traditional artisans could pull from natural local fish populations and habitats. Satisfying consumers thrust fishing beyond old bounds. The response to elite inland demand for fresh fish was aquaculture, where Europeans learned to manipulate and humanize aquatic ecosystems and animals. The response to mass demand for inexpensive fish was frontier fisheries, where Europeans learned to push further, to invest more, and to fight other users for the biggest piece of a distant inexhaustible abundance. Development left natural and cultural limits behind. Or did it?

Footnotes

1 A premature discussion of this material appeared in Hoffmann, “Carp, cods, connections,” 20–55.

2 Because economically significant fisheries are often assumed to be marine and national in character, aspects of their past have long drawn attention from historians and others. Some of this is careful scholarship well versed in medieval Europe; some is not. Much of the best marine environmental history falls into the latter group. Ojaveer and MacKenzie, “Historical development of fisheries in northern Europe,” introduced a special 2007 issue of Fisheries Research filled with excellent papers. Yet except for a paper treating 7000–3900 BCE all begin well into the LIA. The intervening 5,000 years, including the medieval millennium, remain unexplored. So, too, the 2016 collection by Engelhard et al. in ICES Journal of Marine Science, billed as “ICES meets marine historical ecology,” lacks genuine premodern studies, providing an almost stereotypical case of shifting baseline syndrome. Even more than elsewhere in this book this section aims to ground knowledge and interpretation, historical and ecological, on critically credible scholarship and selected primary evidence, not to cover every known marine fishery. Unlike fisheries histories that get underway at the end of the Middle Ages, an intent here is to recognize the maritime frontier as pushing out from long-accumulated medieval experience.

3 Gardiner, “Character of commercial fishing,” 80–81 and 88–89, credits the core concept to Kowaleski, “Commercialization,” 220–227, and Unger, “Netherlands herring,” 345–349. Note that the three authors respectively treat Iceland, England, and Dutch cases to be examined below.

4 De animalibus, lib 24, §2. For greater precision I have mildly emended the English of Kitchell & Resnick, tr. p. 1660, from the Stadler ed., p. 1518, which appears in the Supplement.

5 What is now southernmost Sweden was part of Denmark until the seventeenth century.

6 Defined in Fleta, 2:12, ed., Richardson and Sayles, 119. Childs, “Eastern fisheries,” 243 n. 11, indicates local and temporal deviations from this norm.

7 Saul, “Herring industry,” where the Yarmouth product is described as dry salted; Saul, “Yarmouth and the Hundred Years War”; Locker, Role of Stored Fish, 55–56 and 77–78; Kowaleski, “Commercialization,” 181–189; Hybel, “Sildehandel og sildefisker.” Locker, Role of Stored Fish, 167, could not investigate evidence of gutted herring in the English remains, but brining in barrels is said to extend to ten months the shelf life of even ungutted herrings, so markedly longer than the dry-salted form.

8 Hocquet, “Pêcheries médiévales,” 48, 53–56, and 79–86; Bourlet, “L’Approvisionnement de Paris” ; Maillard, “Tarifs”; Clavel, L’Animal, 159–162. Boussard, Nouvelle Histoire, 302–303, finds shipments up the Seine by the late twelfth century.

9 Kowaleski, “Commercialization,” 191–192; Childs, “Eastern fisheries,” 21. If actual English exports of some 20 million herrings weighed some 5,000 mT, Calais exports were similar and surely contributed to supplying Paris with about 7,500 mT. Now add counted English domestic consumption. For arguable causes of this and other declines in catches, see p. 392 below.

10 Unless otherwise noted, what follows is based on Jahnke, Silber, 39–226; Hybel and Poulsen, Danish Resources, 374–376; Jahnke, “Medieval herring,” 161–167; and Holm, “Commercial sea fisheries,” 15–17.

11 Saxo, Gesta danorum, preface, 2:4 (ed. Friis-Jensen, vol. 1, pp. 10–11). For a more literal rendition I have mildly emended the English of Fisher’s translation provided there. Supplement 8.1.1.1 has the Latin original.

12 Arnold, Cronica, lib. 3, cap. 5 (Lappenberg and Pertz ed, p. 77; tr. Loud, Chronicle, p. 99). Note that, contrary to some references, Arnold here neither refers to the fish as ʽsilver of the sea’ nor to catching them by hand.

13 Jahnke, Silber, 189–190, and on this point expanded in Jahnke, “Medieval herring,” 164–165. Jahnke’s discussions of processing (Silber, 218–222; “Medieval herring,” 165) depend primarily on the Danish code of 1389, without exploring earlier development of key practices.

14 Lampen, Fischerei, 186 (citing Hanschisches Urkundenbuch, vol. 1, nr. 432). Merchants from the Hanse towns were peddling herring in eastern English ports before the end of the thirteenth century (Jahnke, Silber, 251–253).

15 Holm, “Commercial sea fishing,” 15–17, reworks calculations from his “Catches and manpower,” 177–180. But compare the perspectives of Nedkvitne, “Fishing, whaling, and seal hunting”; and MacKenzie et al., “Ecological hypotheses,” 175–176; and even Jahnke, Silber, pp. 421 (table VII), and 431 (appendix XIV). Additional early production centres are described in the Supplement. As already hinted in Chapter 6 and as will further emerge below, the ecology and economy of medieval European herring fisheries were more complex than can so far easily be untangled or summarized.

16 Philippe de Mézières, Songe du viel pèlerin, ed.Blanchard, vol. 1, pp. 228–229; tr. Coopland, vol. 1, pp. 129–130.

17 Uytven, “L’Approvisionnement,” p. XI:103 [sic].

18 Holm, “Catches and manpower,” 179–180; Jahnke, Silber, 90–119; Jahnke, “Medieval herring,” 177–178; Holm, “Commercial sea fisheries,” 16–17. Sound Toll registers survive only since 1497.

19 Hocquet, “Pêcheries médiévales,” 53–56. For movement of herring prices in changed post–Black Death conditions see pp. 365–367 below.

20 Pegolotti, Pratica della Mercatura, 380.

21 Enghoff, “Fishing in the Baltic region,” 60, refers to finds at Simrishamn on the Baltic coast of Scania and at Helsingborg on Øresund shore.

22 Kuske, “Kölner Fischhandel,” 230–235.

23 Clavel, L’animal, 159–161.

24 Kowaleski, “Early documentary evidence,” 35. Locker, Role of Preserved Fish, 56; Harland et al., “Fishing and fish trade,” 187–192; Cutting, Fish Saving, 73; Saul, “Herring industry,” 35.

25 Notably the gutting process removed a bone called the cleithra from what zoologists call the shoulder area and laypeople might think rather the throat or neck of the fish, leaving this element massively present in processing sites and absent from places where the processed fish were consumed. In visual representations such a fish has a notch removed from the ventral area immediately behind the head, clearly visible in Figure 8.1.

26 Absorption of brine by the fish and leakage and evaporation from barrels made customary their repacking at intermediate stages of distribution such as Flanders and Köln.

27 Makowiecki, “Cod and herring,” 121–122, and “Badania archeoichtiologiczne.”

28 Enghoff, “Medieval herring industry,” described the site in detail, noting that Viking Age herring were whole, but later ones gutted. Enghoff, “Fishing in the Baltic region,” 50–51, subsequently redated the later context as thirteenth century, and then Enghoff, “Herring and cod,” 142–143, provides the radiocarbon dates here cited.

29 Saul, “Herring industry,” 35; Gemmill and Mayhew, Changing Values, 317–323.

30 What follows uses essentials from Unger’s important economic analysis in “Netherlands herring” and “Dutch herring,” plus later refinements by Munro, “Patterns of trade,” 161–163, and in de Vries and van der Woude, First Modern Economy, 243–254. It takes further into account more recent understandings of technical issues related above and southern antecedents to early modern preeminence of the Hollanders in particular. Schubert, Essen und Trinken, 145–146, would more emphasize changing German tastes, for which see below. Laget, “Géographie du hareng,” provides a more Francocentric interpretation of late medieval and early modern herring.

31 Sicking, Neptune, 132–142; Sicking and van Vliet, “Our triumph of Holland,” 337–351.

32 Ervynck, Van Neer, and Pieters, “How the North was won,” 234–236; Van Neer and Ervynck, “Zooarchaeological reconstruction,” 98–99; Mollat, Commerce maritime Normand, 314n.

33 Bruijn, “Dutch fisheries,” 105–120; de Boer, “Roerend van de vischeryen,” 115–118 and 139–140; van Bochove, “Hollandse Haringvisserij.”

34 Sicking, Neptune, 142–201; Sicking and van Vliet, “Our triumph of Holland,” 339–351.

35 Unger, “Dutch herring,” 256; de Vries and van der Woude, First Modern Economy, 235–237, continue to stress urban demand as the engine driving development of the Dutch fishery.

36 IJzereef and Laarman, “Animal remains from Deventer,” 435–436, analyze 10,028 fish vertebrae recovered by sieving. In the inland southern Low Countries, bone samples from a poor neighbourhood in Namur contained but 1% herring (the only marine fish!) in the twelfth century and 25 percent herring around 1500 (Lentacker et al., “Historical and archaeozoological data,” 90–94).

37 Herring barrels of Baltic oak stop being available for recycling in Flanders by the mid-fifteenth century. Some others than Netherlanders who learned the technology and exploited northern schools are noted in Supplement 8.1.1.2.

38 Locker, Role of Stored Fish, 166–191 and 223–247; Van Neer and Ervynck, “Rise of sea-fish,” 162–167 (and see Figure 2.2 in Chapter 2 above); Ayers, German Ocean, 85–89; Schubert, Essen und Trinken, 131–136. Riddler and Trzaska-Nartowski, “From Dover to New Romney,” report fish remains from Dover, 1150–1300, as 80% herring; Lampen, Fischerei, 32–80, identifies (p. 50) herring in alms given to the poor by the abbey in Halle in 1310 and 1314. Uytven, Zinnelijke Middeleeuwen, 186–187, has anecdotal evidence of socially stratified herring consumption in the Low Countries. Jahnke, Silber, 227–262, traces Danish exports through trade treaties, not consumption.

39 Clavel, L’animal, 163; Clavel and Cloquier, “Contribution,” 208.

40 Querrien, “Pêche,” 429.

41 Weiss, Versorgung des päpstlichen Hofes, 392–402 and 531–532; Stouff, Ravitaillement, 231.

42 Maillard, “Les Despenses,” 122–123; Chevalier, “Alimentation,” 145.

43 Beck, “L’Approvisionnement,” 175–176.

44 Herring arrived in thirteenth-century Kraków via Szczecin and subsequently through Gdańsk (Carter, Trade and Urban Development, 134–139); trade in herring was common enough to start a price series in 1389 (Pelc, Ceny w Krakowie, table 22, pp. 38–39). More generally see Lampen, Fischerei und Fischhandel, 180–188, and Jahnke, Silber, 230–243.

45 Kuske, “Kölner Fischhandel,” 230–260.

46 Collin, “Ressources alimentaires,” 63–64; Holubar, “Spital,” 42–43; Zeibig, ed., Urkundenbuch, 282–292. Around Basel Heide Hüster Plogmann and her team found traces of herring remains in late eleventh–thirteenth-century latrines at elite castle and lay urban sites (Hüster Plogmann, “Der Mensch lebt nicht von Brot allein,” 193–197; Hüster Plogmann and Rehazek, “Historical record versus archaeological data”; Ervynck et al., “Beyond affluence,” 432).

47 Ottenthal, “Ältesten Rechnungsbücher,” 603; Archiv Horn-Rosenburg, Hs. Horn 44; Richental. Konstanzer Konzilschronik, fol. 25b (Loomis, tr., p. 101); Elsas, Umriss, I: 394–395 and 615–616 (as shown in Figure 8.7). Kunst, “Medieval urban animal bone,” 11–12, reports the so-far earliest herring bones at Vienna from late fifteenth-century latrines.

48 Schubert, Essen und Trinken, 145–146, refers to local studies published around 1900.

49 Anonymi Ticinensis Liber, 24; Nigro, “Mangiare,” 120–121.

50Aringhe insalate che si pigliano nel Mare Miano intra Inghilterra e Fiandra …” Pegolotti, Pratica della mercatura, 253 and 380.

51 Datini’s records of the herring business as reported in Origo, Merchant of Prato, 285, and Nigro, “Mangiare,” 121 and 133–135, are amplified by references in his wife’s letters (Datini, Letters to Francesco, 56, 113, and 115). For Italian contemporaries of Datini also trading in herring, see Supplement 8.1.1.3.

52 Giovio, De romanis piscibus, cap. 42 (p. 60): “Ex Cymbricis quoque litoribus aringhae, pedales pisces, in cratibus sale et fumo inveterati nobis afferuntur …

53 Weiss, Versorgung des päpstlichen Hofes, 392–393; Datini, Letters to Francesco, 56 and 113; and Ottenthal, “Äältesten Rechnungsbücher,” 587 and 603. Ervynck et al., “Beyond affluence,” 432, and Van Neer and Ervynck, “Remains of traded fish,” 210–211, point out that herring on the table in Switzerland meant something other than it did in Flanders.

54ces mauvais harens, caqués et sors, jaunes, noirs et puens” (Uytven, De Zinnelijke Middeleeuwen, 187); Hardy et al., Ælfric’s abbey, 396.

55 Locker, Role of Stored Fish, 277–282.

56 Much of what follows was first summarized by Urbańczyk, Medieval Arctic Norway, 29–34, and Christensen and Nielssen, “Norwegian fisheries,” 146–149, who synthesized material and debates from scattered Norse-language books and papers, many of them unpublished, and more recently deepened and nuanced in studies assembled by Barrett and Orton, eds., Cod and Herring, as cited below. To be read with caution for the medieval period are the credulous popularization in Kurlansky, Cod, 17–45, and the more careful Fagan, Fish on Friday, 59–90 and 175–192.

57 Like movements occur along Iceland, Greenland, and Newfoundland.

58 Bullo, Il viaggio Querini, 68–69: “Stocfisi seccano al vento et al sole senza sale, et, perche sono pesci di poca humidità grassa, diventano duri come legno.” Norse prepared stockfish two ways: rundfisk were gutted and the heads removed but retained most vertebrae and two fish were tied together by the tails and hung to dry; råskjær (Hanseatic rotscher) were split more deeply and most of the vertebrae removed, then hung individually by the tail so they dried more quickly and thoroughly. The generic name refers to the racks and posts on which the fish were dried. Lampen, Fischerei und Fischhandel, 142–144, provides more detail on the Hansards’ specialized trading and marketing vocabulary as does a mid-fifteenth-century English merchant’s handbook, “The Noumbre of Weyghtys” (Jenks, “Werkzeug,” 304) .

59 Hufthammer, “Fish trade,” 223–224; Wubs-Mrozewicz, “Fish, stock, and barrel,” 191–192; Cutting, Fish Keeping, 118–122.

60 Perdikaris, “From chiefly provisioning”; Nielssen, “Early commercial fisheries,” 43–44 and 47–48; Hufthammer, “Fish trade,” 221–222 and 225–229. While the DNA of five cod bones from the harbour at Haithabu (datable only to c. 800–1066) with a genome of Lofoten origin does confirm contact between the far north and the Danish realm (Star et al, “Ancient DNA”), the small representation of all gadids and cod in particular among the fish remains from that site (7.5% of 16,749 identified remains from the harbour – Schmölke and Heinrich, “Tierknochen aus dem Hafen,” 220–233 – and 109 bones among the 13,842 from terrestrial contexts – Lepiksaar and Heinrich, Untersuchungen aus Haithabu, pp. 17 and 119) makes any serious trade improbable.

61 Stable isotope identification of regions of origin for cod remains from England and Flanders dating before 1000 indicates only local catches and up to 1200 still only traces of arctic cod (Barrett et al., “Medieval isotopes,” 1521–1522). For differential use of local cod populations see Harland et al., “Fishing and fish trade,” 196–198; Orton, “Fish for London,” 20–211; Heinrich, “Kabeljau,” abridged as “Fishing and consumption of cod,” and Heinrich, “Fischreste als archäologische Quellengattung,” 174–175.

62 Much here highlights key features of an interpretation developed in Bertelsen, “North-east Atlantic perspective,” 22–26; Urbanczyk, Medieval Arctic Norway, 42–78 et passim; Nedkvitne, “Fishing,” “Trade,” and “Development”; Ebel, “Fischerei und Fischereimethoden”; Perdikaris, “Scaly heads and tales” and “Chiefly provisioning”; Christensen and Nielssen, “Norwegian fisheries,” 147–149; Perdikaris and McGovern, “Codfish and kings”; Nielssen “Early commercial fishing,” 45–46; and summarized in Barrett, “Medieval sea fishing,” 257–262.

63 Still unsettled is what share of the cod remains found in late eleventh-century England, for example, are already Norse exports or if overseas trade developed only in the twelfth. See Barrett et al., “Dark Age economics” and “Origins of intensive marine fishing”; Nedkvitne, “Early commercial fishing,” 50–53; and Harland et al., “Fishing and fish trade,” 191–196 with tables 15.2–15.3.

64 Urbańczyk, Medieval Arctic Norway, 121–163; Nielssen, “Early commercial fisheries,” 46–48.

65 Perdikaris and McGovern, “Viking Age economy”; Wubs-Mrozewicz, “Fish, stock, and barrel”; Øye, ed., Bergen and the German Hansa; Nedkvitne, Hansa and Bergen, 277–496.

66 Venetian castaways on Lofoten in 1431–1432 provide the earliest known description of the actual fishery (Bullo, Il viaggio Querini, 68–69).

67 Notably developed in Urbańczyk, Medieval Arctic Norway, 132–147, and summarized in Christensen and Nielssen, “Norwegian fisheries,” 149–150.

68 Nedkvitne, Hansa and Bergen, 535–568.

69 Dollinger, German Hansa, 242.

70 Nedkvitne, “Development,” 53–57, and Hansa and Bergen, 91–95, 240–249, and 265. While some Norwegian researchers debate the precise numbers (see Christensen and Nielssen, “Norwegian fisheries,” 145–146), their order of magnitude would make the weight of Norwegian cod to England about the same as Silesian carp to Kraków (see p. 306 above), though dried fish offer more concentrated food than do live ones. On the other hand, the proposed peak medieval output is but 10% of Holm’s estimate (p. 332 above) for the Scania catch of herring.

71 Nedkvitne, “Development,” 53–56, repeats ratios he published in 1983 (in Norwegian) and barely revised in Hansa and Bergen, 496–511. The initial version was reported by Urbańczyk in Medieval Arctic Norway, 253–260, and further discussed by Christensen and Nielssen, “Norwegian fisheries,” 150–151. Falling post-plague cereal prices drove the change, so by the mid-sixteenth century cod–grain price ratios again resembled those of the thirteenth century.

72 Urbańczyk, Medieval Arctic Norway, 240–261; Christensen and Nielssen, “Norwegian fisheries,” 150–152. For a precise local exemplar of sociocultural effects from changing opportunities in the Norwegian stockfish industry, see Sørheim, “Birth of commercial fisheries,” which treats the Borgundfjord, the southernmost area suitable for stockfish production, closer to Bergen than to Lofoten.

73 Perdikaris and McGovern, “Codfish and kings,” 204–207, and “Viking Age economics”; Vésteinsson, “Commercial fishing.” Ebel, “Fischerei und Fischereimethoden,” 140–143, provides an overview. Dufeu, Fish Trade, would argue that some signs of distinct processing and consumption sites and movement of preserved fish within Iceland show ‘commerce’ in dried cod well before 1250. Indirect subsistence seems more likely. Harrison et al., “Gásir in Eyjafjörður,” do, however, provide fourteenth-century evidence of extensive inland trade based at a seasonal market in northern Iceland.

74 Gelsinger, Icelandic Enterprise, especially 181–194, and Hastrup, Nature and Policy in Iceland, especially 66–75 and 235–275, respectively provide classic economic and cultural approaches, while Amorosi, “Icelandic Archaeofauna,” 276–281, details the dramatic shift in animal remains. Note that Gelsinger’s table of prices uses the year 1200 as the base index. Ogilvie and McGovern, “Sagas and science,” suggest climate change as another agent in the shifting balance between pastoralism and fishery, and Ólafsdóttir et al., “Historical DNA,” offers genetic evidence supportive of such changes to the cod stock.

75 Urbanczyk, Medieval Arctic Norway, 141.

76 Rotuli Parliamentorum., vol. 4, pp. 79–80, now Given-Wilson et al., PROME, Henry V, 1416 March, Membrane 5, 33; Marcus, Conquest of the North Atlantic, 131. The classic Carus-Wilson, “Iceland trade,” is updated in Childs, “England’s Icelandic trade,” and “Fishing and fisheries,” 22–23; and Gardiner, “Character of commercial fishing.”

77 Warner, ed., Libelle of Englyshe Polycye, ll. 798–799.

78 Magnússon, Northern Sphinx, 106–107; Marcus, Conquest of the North Atlantic, 125–154; Hastrup, Nature and Policy in Iceland, 73; Kowaleski, “Commercialization,” 196–201; Jones, “England’s Icelandic fishery”; Gardiner, “Character of commercial fishing.” Further in Supplement 8.1.2.1.

79 Enghoff, “Southern North Sea,” 55–56, and “Baltic region,” 58–61; Makowiecki, “Cod and herring,” 125–129; Lõugas, “Fishing and fish trade,” 115. Orton et al., “Stable isotope evidence,” reports a Norwegian origin up to the fourteenth century for cod remains in Eastern Baltic sites, and local catches thereafter.

80 Harland et al., “Fish and fish trade,” 191–196 and tables 15.2–15.3; Orton et al. “Fish for the city”; Orton et al., “Fish for London”; Locker, Role of Stored Fish, 282.

81 Heinrich, “Kabeljau” and “Fishing and consumption of cod”; Lampen, Fischerei und Fischhandel, 51, 65–67; Enghoff, “Southern North Sea,” 65–79; Paul, “Knochenfunde”; Pudek, “Untersuchungen”; Galik and Küchelmann, “Fischreste.” But contexts dated c. 1180–1210 at both Bremen and Lübeck yield no cod (Galik and Küchelmann, “Fischreste”; Lynch and Paap, “Untersuchungen”). Later inland finds are reported in, for example, Lampen, Fischerei und Fischhandel, 174–175; Heinrich, “Fischreste … Bodenteich” and “Fish remains … castles.”

82 This lacuna might partly stem from the sparse zooarchaeological research carried out in central and southern regions of the medieval German empire, but the absence of cod and paucity of other marine fish remains at well-managed excavations in Switzerland, Bavaria, and Austria is surely telling. Likewise the discussion of ‘interior trade’ in Lampen, Fischerei und Fischhandel, 88–202, though replete with records of herring, mentions no stockfish anywhere south of Köln or Hildesheim. Unlike herring, no form of cod appears in kitchen accounts of the 1320s from Klosterneuburg (Fritsch, Refektorium, 46–47). Galik et al., “Fish remains,” 343, 348, and table 1, does record post-medieval gadid and other marine remains from latrines in Salzburg, St. Pölten, and the Vienna Stallburg.

83 Laurioux, “Le ‘Registre de cuisine’,” pp. 741–742 (recipe nr. 69). On the market for stockfish at Constance see Richental, Konzilschronik, Feger ed., fol. 25b (tr. Loomis, p. 101), where Loomis inattentively translates stockvisch as ‘salt cod’.

84 Van Neer and Ervynck, “Rise of sea fish,” 162–167; Bosscha Erdbrink, ed., Het ‘Keuckenboeck’, 1–38; Van Winter, “Nahrung,” 341–343.

85 Author’s translation from Menagier, II:v, §194 (Brereton and Ferrier, eds., p. 237); the translation by Greco and Rose, p. 305, omits the original writer’s knowledge of where stockfish came from. But why Tournai? For further records and thoughts on medieval taxonomy of cod, see Supplement 8.1.2.2.

86 Clavel, L’Animal, 162–163, based on site reports pp. 11–56. A Paris fishmonger was prosecuted in 1393 for mixing cod and whiting in the baskets he set out for sale (Auzary-Schmaltz, “Les Contentieux,” 64–67).

87 Hocquet, “Pêcheries médiévales,” 46–47, 54–56, 86–88, 109. Fishers from Dieppe pursued cod in the Channel for much of the fifteenth century but then the stock reportedly disappeared (Mollat, Pêche a Dieppe, 12–13). Touchard, Commerce maritime Breton, 58–61, emphasizes the absence of cod from Breton fishing and from the markets up the Loire which Brittany supplied throughout the fourteenth and fifteenth centuries. Only in generations after the 1490s do cod remains appear in a latrine deposit at Orleans (Marinval-Vigne, “Consommation d’animaux sauvages,” 478–482). But see further on Breton markets below.

88 No preserved gadids are mentioned in monastic kitchen accounts from Benevento or Naples (Fritsch, Refektorium, 46–47). For Spanish Atlantic fisheries see pp. 345–346 below, including Ferreira Priegue, Galicia, 142–144 and 667–672; Childs, Anglo-Castilian Trade, 99; Serrano Larráyoz, La mesa del rey, 203–206; Morales et al., “Sobre la presencia.” Grafe, Distant tyranny, 52–61, establishes the mid-1500s as the earliest significant appearance of (salt) cod on Iberian markets.

89 Bullo, Il viaggio Querini, 68–69; Peter Martyr of Anghiera, De Orbe Novo Decades (Alacalá, 1516), Dec. III, lib. vi, f. 52, as cited in Williamson, Cabot Voyages, 266–268. Cod like tuna? Did Martyr mean to convey cod were not small fish, even though half or less the size of a bluefin?

90 Lange, “Når kom norsk tørrfisk til Italia?” covers the debate.

91 More species, each with less biomass, distinguish warm southern from cold nutrient-rich northern waters, and transitional regions like the outer Channel and Bay of Biscay are commonly even more diverse (see Chapter 1).

92 Modern fisheries scientists rate cod at a trophic level of 4.1 ± 0.2 and hake at 4.4 ± 0.0, but cod prefer waters in the range of 0.5–10.3°C and hake enjoy 6.9–15.4°C. Sardine like about the same temperature (7.1–17.4°C) as hake but eat much lower on the trophic scale, 3.1 ± 0.1, while herring at 3.4 ± 1.0 prefer water of 0.5–11.2°C, just about the same temperature as the cod. See www.fishbase.org/search.php (visited 12 February 2018). Learned Nürnberger humanist traveler Hieronymus Münzer, who encountered sardines in Portugal in the 1490s, thought them simply herring under a different name (Tavares, “Estancia e imagen de Portugal,” 478–479).

93 Weiss, Versorgung des päpstlichen Hofes, 399–401. As early as 1269/70 the Hampshire abbey of Beaulieu was receiving conger, hake, and “little fish from a seine” (minutis piscibus … provenientibus de sagena, so pilchards or herring?) as tithe payments from Cornwall (Hockey, Account-Book of Beaulieu, 103).

94 Publications by Maryanne Kowaleski are authoritative: Local Markets and Regional Trade, 307–312; “Expansion,” 429–436 and 440–448; “Commercialization,” 204–227; “Fishing and fisheries,” 24–28; “Peasants and the sea,” 365–369; “Seasonality,” 128, all usefully correct Robinson and Starkey, “Sea fisheries,” 128–130. See also Gray, “Inshore and local fisheries,” 82–83. For material evidence of this fishing see Wilkinson, “Fish remains”; Coy, “Medieval records versus excavation results”; and Serjeantson and Woolgar, “Fish consumption,” 115–116. From Irish perspectives see Breen, “Marine fisheries and society,” 94–97, and McAlister, “Castles and connectivity,” 639–40 and 653–7.

95 Touchard, Commerce maritime breton, 58–61; Hocquet, “Pêcheries médiévales,” 86–87, 96–98, and 11–112; Kerhervé, L’État breton, 686–692.

96 Serrano Larróyoz, La mesa del rey, 203. The importance of hake, commonly salted and/or dried, and absence of cod from medieval southwestern French coasts convinces me that the large purchases of merlucii in La Rochelle, Toulouse, and Bordeaux made during 1316–1362 by agents for the papal household at Avignon were not stockfish, as assumed by Weiss, Versorgung des päpstlichen Hofes, 399–401, also referred to as ‘salt fish’ (531) and ‘dried fish’ (538), but the dominant regional catch, hake.

97 Breen, “Marine fisheries and society,” 95.

98 Though appearing fjord-like on a map, the rias are drowned rivers, not glacial formations.

99 Ferreira Priegue, Galicia, 130–156, 345–346, 661–664, 667–672, and 728–739; Gautier Dalché, “La Galice”; Ferreira Priegue, “Pesca y economia.” Already in the mid-thirteenth century dried Galician hake were appearing on markets in northern Castile (Martinez and Carbajo, “L’alimentation des paysans castillans,” 345). Fifteenth-century shipmasters from Galicia and Portugal delivering sardines by the millions and hake by the thousands to Barcelona and other Catalan ports are documented by Salicru i Llunch, “En torna al comercia,” 167–170, while Rodrigo, “Fresco, frescal, salado, seco, remojado,” 558–563, has commensurate customs accounts for their import in Aragon. For the archaeozoological record of hake see Morales-Muñiz et al., “Hindcasting to forecast.” Capture of cod by Galician fishers is most unlikely and no shipments of that species to the Mediterranean are recorded before 1500 (Morales et al., “Sobre la presencia de bacalao,” 21–23). Recent archaeozoological research reported in Rosello Izquierdo et al., “Iberian medieval fisheries,” suggests coastal settlements consumed a great variety of species while those inland ate mainly sardines. High seas cod fishing and bases in Newfoundland would therefore be a new departure for Gallegos, who arrived in the New World in 1518, a decade after more experienced Portuguese, Normans, and Bretons.

While it is discomfiting to omit Portugal from this tour of commercialized distant water fishing off late medieval southwestern Europe, a decision to do so rested on more than a need to limit this chapter’s length. Portuguese whalers and fishers did take early advantage of New World opportunities but the prior process remains clouded. While I may sadly have missed some historical research with economic and ecological perspectives, works that have come to my attention describe marine resources and activities much like those in Galicia, if less oriented to exports. Most recently (2021) de Costa Dominguez, “Harvesting in holy waters,” 161–163, while lamenting recent decades with little new research, concludes that Portuguese fisheries began major development only after the oceanic discoveries. For more detail please see Supplement 8.1.3.1.

Absent from the late medieval record of long-distance fishing are the Basques, and so too consumption of distant-water fishes in their market hinterland of Navarre. While Basque whaling and local fisheries are well in evidence, including rare references to voyages as far as the North Sea for hake and herring (see, for example, Hocquet, “Pêcheries médiévales,” 114), trips far offshore or to the New World lie in the realm of myth. For references and discussion see Supplement 8.1.3.1.

100 What follows is a precis from Hoffmann, “Strekfusz.

101 Grünau, Preussische Chronik, ed. Perlbach, 46–47.

102 Seligo, “Zur Geschichte.” 27; Sarnowsky, Wirtschaftsführung des Deutschen Ordens, 130–131, 625–626, and 814–825; Piekosiński and Szujski, eds., Najstarsze księgi Krakowa, 235–241; Piekosiński, ed., Rachunki dworu, 22, 310 et passim.

103 Enghoff, “Fishing in the Baltic,” 58–61; Jonsson, “Finska gäddor och Bergenfisk.” Sten, “Trading with fish,” 65–66, reports a similar pattern of finds from a hospice in Stockholm.

104 As translated in Magnus, Historia … Description, vol. 1, pp. 99–100, from original Latin in Magnus, Historia, bk. 2, ch. 6, pp. 65–66. Bjuröklubb is about 700 km north of Stockholm. In a separate systematic discussion of northern fishes, Magnus stressed the importance of the pike fishery and told how these fish were dried for storage and shipped in bundles or “stacked like great piles of logs” (Footnote ibid., bk. 20, chs. 1–2 and 8–9, pp. 697–699 and 704–705). Friberg, Stockhom i bottniska farvatten, 196–199, has the official customs returns.

105 See in general Hoffmann, “Salmo salar.” Hoffmann and Ross, “This belongs to us!,” relates conflicts between the royal borough of Stirling and neighbouring Cambuskenneth abbey over salmon in the river Forth, while Hodgson, “To the abbottis profeit,” delineates the rising role of salmon from the Tay system on the estate of Cistercians at Coupar Angus. Since the 1420s cleaned and salted salmon in ‘Hamburg barrels’ (calculated at twelve to the last, so fourteen gallons or fifty-four liters each) were a standard commodity.

106 Rorke, “Scottish overseas trade, 1275/86–1597,” vol. II, pp. 564–571 and 662–669; and compare Unger, De tol van Iersekeroord, 294–299 and 504–516. If the numbers even approximate a lower limit, 3,000 barrels came to exports in the range of 150 mT. Innes, ed., Ledger of Andrew Halyburton, illustrates the dealings of just one Scottish merchant in the Low Countries. Gemmill and Mayhew, Changing Values, 303–317. If, as I suspect, salmon of Irish origin also entered interregional trade, I have failed to find evidence for it.

107 Giovio, De romanis piscibus, cap. xliii (p. 60): “Salmones etiam Gallia belgica quotannis mittit, sed in plebis usum, quum saliti pristinam nobilitatem amittant.”

108 Zambernardi, “Dernier ‘paysans de la mer’,” 86–93, and Felici, Thynnos, 39–62, provide biological and pre-medieval details.

109 Ladero Quesada, “Las almadrabas”; Phillips, “Who owns the fish,” 80–87; García Vargas and Florido del Corral, “Origin and development.”

110 Zambernardi, “Derniers ‘paysans de la mer’,” 93–96, uses the technically ambiguous French term madrague. Bresc, “Pêche et les madragues” and Un monde méditerranéen, 264–272, thoroughly cover the Sicilian tonnara. García Vargas and Florido del Corral, “Origin and development,” 212–213, find no classical Greco-Roman reference to such fixed structures but nevertheless persist in applying the Spanish term almadraba to what elsewhere were distinctly traps not seines. Arabic terms applied in tonnara fishing indicate presence of this technique before the eleventh-century Norman conquest of the island (see also Felici, Thynnos, 103–112).

111 Secure Castilian control of Gibraltar came only in 1340, which may help explain earlier relative obscurity of the Andalusian fishery. Dynastic conflict between Aragonese Sicily and Angevin-ruled Provence and Naples was a constant of late medieval Mediterranean politics.

112 Bresc, Un monde méditerranéen, 271–272, also suggests fifteenth-century Sicilian production was (like that of Norwegian cod) smaller but more valuable than in pre-plague times; Ladero Quesada, “Las almadrabas,” 353–354.

113 Phillips, “Long-term profitability,” table 1 and figure 1; and Phillips, “Who owns the fish,” 84–87. The marked discrepancy between Sicilian and Andalusian yields of fish and of product remains puzzling. Is something omitted from Bresc’s Sicilian records? Of course neither set of modern scholars has been attentive to the other.

114 Bresc, “La pêche et les madragues”; Bresc, Un monde méditerranéen, 264–272. Epstein, Island for Itself, 294–295, doubts that the tuna industry relied principally on extra-Sicilian markets, but does concede (pp. 284 and 346) its rapid growth, capital intensity, and profitability. Pegolotti, Practica della mercatura, 181, 205, and 380; Giovio, De romanis piscibus, cap. xlii (on pickled fishes), p. 60. Salt and fresh tuna appeared seasonally on monastic Lenten menus in fourteenth-century Naples (Fritsch, Refektorium, 48). Supplement 8.1.3.3 has more on Italian consumption.

115 Diago Hernando, “Relaciones comerciales,” 31–34, 44–45, and 50–51; Garrido i Escobar and Pujol i Hamelink, “Changements techniques,” 26–27. Sánchez Quiñones, “Los precios,” 182–183, reports a retailer of tuna in Guadalajara in 1485. Further on the tuna fishery in Provence and Catalonia, which took less desirable spawned out fish, is in Supplement 8.1.3.3.

116 Also from the fifteenth century Dalmatian fishers exploited a distinctive stock of bluefin in the Adriatic, replacing seines with traps only in the late sixteenth century. Venice, followed by other eastern Italian ports, provided their principal market. One estimate suggests an annual late fifteenth-century catch in the range of 30,000 Venetian pounds (15 tonnes?). The tuna probably lagged behind total Dalmatian output of sardines, mackerel, and diverse inshore species, the latter mainly serving local consumers. Fabijanec, “Fishing and the fish trade,” 369–375.

117 Recall the calculations of Holm, “Commercial sea fisheries,” 15–20, as discussed pp. 321–322 above. Peak Dutch catches of North Sea herring in the early seventeenth century went to or slightly above 75,000 mT (Holm et al., “Marine animal populations,” 9; Poulsen, Dutch Herring, 43–45), which Nedkvitne, “Development,” 55–57, approximates as between 800,000 and 1,200,000 barrels. By comparison, might we guesstimate annual carp production in early sixteenth-century Bohemia and Poland (see Chapter 7) in the range of 3,000 mT?

118 One possible exception was England, small enough for pack horse trains from the coast to reach the interior with still-edible seafood, especially in cooler seasons (Dyer, “Régimes alimentaires”; Dyer, “Consumption,” 30; Serjeantson and Woolgar, “Fish consumption,” 105, have adequate examples). But Locker, Role of Stored Fish, 93–96, rightly points out how the cost and unreliability of fresh supplies encouraged consumption of the preserved. The remarkable effort it took to supply rich Parisians with fresh marine fish (Chapter 4) sets the 150 km distance overland as a practical maximum for any fresh fish, whatever the source. Ordinary consumers either ate from a much narrower radius or they ate preserved fishes.

119 Cutting, Fish Saving, 2–3; Cutting, “Historical aspects of fish,” 8–16; Mollat, Europe and the Sea, 63–65; Hundsbichler, “Nahrung,” 203; Locker, Role of Stored Fish, 51–67.

120 Bresc, Un monde méditerranéen, 269. To assess commercial quality Pegolotti, La practica della mercatura, 380, applied similar criteria to the pickled herring of the north as he did to Mediterranean tonnina.

121 Géraud, Paris sous Philippe le Bel, 516; Lespinasse and Bonnardot, eds., Les métiers et corporations, 218–222 ; Laurière et al., eds., Ordonnances, vol. II, 575–582 (cf. Delamare, Traité de la police, as discussed in Chapter 4, p. 167, note 137, above); Lespinasse, ed., Les métiers et corporations, Tom. 1, 13–19 and 409–426; Lentacker et al., “Historical and archaeozoological data”; Piekosiński, ed., Kodeks dyplomatyczne miasta Krakowa, #262 and 299; Ptaśnik, Cracovia artificum, #201–2, 218, and 230.

122 Hoeniger, “Illuminated Tacuinum sanitatis,” p. 61; Schlosser, “Ein veronesisches Bilderbuch”; or De Battisti, ed., Il libro di casa Cerruti. Compare Kightly et al., 1465 Walraversijde, p. 78 (from the Liege ms), with a different iconography done in Milan, not, sadly, the Low Countries. Shops and barrels contrast with the open market and baskets for fresh fish in Figure 4.3.

123 Feyl, “Kochbuch des Eberhard,” recipe #23; Ménagier, ed. Brereton and Ferrier, 237 (§194). The ménagier’s technique may descend from that Pliny reported (Hist. nat., lib. IX, xxxii) from Ibiza for handling dried gadids, in all likelihood hake, “which cannot be cooked unless beaten with a stick” (qui nusquam percoqui possit nisi ferula verberatus). Johannes von Bockenheim just soaked and boiled his stockfish (Laurioux, “Registre de cuisine,” 741–742), but contemporary Flemish cooks also beat it first (Braekman, ed., Een nieuw zuidnederlands Kookboek, recipes 206–208). On the elaborate handling of tonnina, see Platina, Il piacere, cap. 353 (ed. Faccioli, 216–217). Lampen, Fischerei und Fischhandel, 191–193, discusses the craft of lotor allecium or herinchweschere.

124Heringe sollen nit fur vische geachtet werden, man mochte es dan nit mol gebessern” (Fouquet, “Wie die kuchenspise sin solle,” 27). A satirical Nürnberg poem from the 1490s, “Kunz Haß,” railed against the hazard of consuming any preserved fish (Schmauderer, Lebensmittelwissenschaft, 260–261). Cutting, Fish Saving, 4, 27, and 30–32, reiterates the general point. Locker, Role of Stored Fish, 277–282, argues that English elites sharply cut back their consumption of herring in the last medieval centuries, preferring ever more strongly stockfish or other less durable but more palatable preparations and varieties.

125 Given-Wilson, “Purveyance for the royal household,” 147–150, and more generally Locker, Role of Stored Fish, 74–82; Ferreira Priegue, Galicia, 147; Bourlet, “L’Approvisionnement de Paris,” 6; Salicru i Llunch, “En torna al comercia,” 167–170; Piekosiński, ed., Kodeks dyplomatyczne miasta Krakowa, #336, p. 459. Herring priced by the barrel were the norm in Kraków from the late fourteenth through mid-sixteenth century (Pelc, Ceny, 38–39).

126 Rodrigo Estevan, “Fresco, frescal, salado, seco,” 560–563; Wubs-Mrozewicz, “Fish, stock, and barrel,” 190–192; Holm, “Commercial sea fishing,” 15–17; Brown et al., eds., RPS, for instance, 1478/6/87, 1487/10/20, or 1493/5/24; Gemmill and Mayhew, Changing Values, 303–323; Rorke, “Scottish overseas trade,” 192–198; Unger, De tol, 294–316 and 504–516 passim; Bresc, Un monde méditerranéen, 269; Ladero Quesada, “Las almadrabas,” 351–356. Interdisciplinary and comparative study of medieval coopers and their wares would benefit many kinds of researchers.

127 Alan, “De planctu naturae” tr. Sheridan, 95; Philippe, Le Songe, 129–130; da Cruz Coelho, “Apontamentos sobre a comida e a bebida,” 95.

128 Clavel, L’Animal, 176–187; Van Neer and Ervynck, “Remains of traded fish,” 209–211; Douët-d’Arcq, Comptes de l’Hotel des rois, 266 (as cited by Coopland in Philippe, La Songe, 130n.). Other respectable poor in France eat herring in Endrès, “Alimentation d’assistance à l’Hôtel-Dieu de Meaux” and Hohl, “Alimentation et consommation à l’Hôtel-Dieu de Paris.” English villeins doing compulsory harvest work were fed herrings in the thirteenth century, as were later recipients of charity (Serjeantson and Woolgar, “Fish consumption,” 122; Dyer, “Régimes alimentaires,” 209; Locker, Role of Stored Fish, 95–96).

129 Oliveira Marques and Ferro, “L’alimentation au Portugal,” 286; Rucquoi, “Alimentation,” 302; Catarino, “Abastecimento,” 19–27.

130 Ulrich, Konzilschronik, fols. 23b–25b. Here and below I follow reasoning of Van Neer and Ervynck, “Remains of traded fish,” 210.

131 Nedkvitne, Hansa and Bergen, table VIII: 14. Further at Figure 8.10 below.

132 Delatouche, “Importance relative,” 30; Hocquet, “Pêcheries médiévales,” 53–56; Maillard, “‘Coutumes’ pour la vente du poisson.”

133 Archiv Horn-Rosenberg, Hs. Horn 44.

134 Dyer, “Consumption,” 31; Hitzbleck, Bedeutung des Fisches, 106. At Cheb (Eger) on the border between upper Franconia and Bohemia in 1465 only dried bleak came cheaper than herring and only small cyprinids could be bought fresh for less than the cost of a stockfish (Footnote ibid., 107).

135 Nada Patrone, Il cibo, 333–339; Puñal Fernández, Mercado en Madrid, 195–196 and 201–202. Sardines also fell into the cheapest price class at Tortosa in 1342 (Curto Homedes, “El consum de peix,” 153), but, mostly sold by count elsewhere, their values are incommensurate with fishes sold by weight (see Hamilton, American Treasure, 319–334). Grafe, Distant Tyranny, 69–79, found similar advantages for salt cod in early modern Spain.

136 Jahnke, Silber, 227–262 (focuses on the export trade, not actual consumers); Carter, Trade and Urban Development, 134–139. Hemmerle, Deutschordens-Ballei Böhmen, 110, 114–116, 155 et passim has many herrings in Bohemia. As also noted below in interior France, the heartlands of aquaculture never lacked for preserved fish, but different people ate fresh carp than ate herring.

137 Ottenthal, ed., “Die ältesten Rechnungsbücher,” 603; Kunst, “Medieval urban animal bones,” 11–12.

138 Adamson, ed., Daz buoch von guoter spise, #20, p. 96.

139 Ménagier, ed. Brereton and Ferrier, 327 (§194).

140 Saul, “Herring industry,” 36.

141 Stouff, Ravitaillement, 212, and details in Weiss, Versorgung des päpstlichen Hofes, 392–394 and 401–402; Beck, “L’Approvisionnement,” 175.

142 Childs, Anglo-Castilian Trade, 99.

143 Arizaga Bolumburu, “Alimentacion en el pais vasco,” 204; Oliveira Marques, Hanse e Portugal, 75; Rodrigo, “Fresco, frescal, salado, seco,” 558; Menjot, “Marché de l’alimentation,” 202–203; Aparisi, “Fishing in Valencia,” 235–240. Barceló Crespí and Mas Forners, “Fishing in Majorca,” 145–147, describe imported tuna and sardine as replacing local catches from the mid-fourteenth and especially fifteenth centuries. Nada Patrone, Il cibo, 335, found imported herrings and sardines on dining tables in Piedmonte, too.

144 Borlandi, ed., Il manuale di mercatura, 129. For the same northern imports at Tortosa see Curto Homedes, “El consum de peix,” 152. These extra-Mediterranean animals were less likely some generations earlier at Barcelona, when market regulations and royal household accounts mention only native fishes (Mutgé i Vives, La ciudad de Barcelona 19–20 and Mutgé i Vives, “L’abastament de peix,” 112) and the cathedral’s almoner was buying only fresh fish to feed the deserving poor (Echeniz Sans, “Alimentación de los pobres,” 181–182).

145 Bresc, “Pêche et les madragues,” 169 n. 7: merluza, sardina roia [smoked sardines], and sardina arrencada.

146 De romanis piscibus, cap. xlii, p. 60. For medieval names for cod see Supplement 8.1.2.2.

147 Even within the Romance-speaking western Mediterranean, tonnina from Palermo was shipped 400 km across the Tyrrhenian to Rome and that from Cádiz well more than twice that distance.

148 Kowaleski, “Seasonality,” 139–143, demonstrates separation in time as well as space.

149 Figure 8.7 indexes annual values from those thirteen published data sets at ten locations which are worth calling herring price series and begin appreciably prior to 1500. Areas of both consumption and production are represented. The purpose is to compare patterns of change over time in each series, not relative prices at different places. The following are included (in chronological order):

England, 1260–1914 – annual series in the Allen–Unger Database, European Commodity Prices, from data provided by Gregory Clark (http://www.gcpdb.info/index.html, last visited 30 November 2020) supersedes decadal averages, 1250/9–1391/1400 and 1401–1582 given in Rogers, History of Agriculture and Prices, vol. 1, p. 641, and vol. 4, p. 545.

Scotland, 1263–1541 – Gemmill and Mayhew, Changing Values, 317–373 with tables 56 and 57. Different measures and packaging break even the regular record after 1364 into two series.

Rostock, 1353–1530 – Hauschild, Studien zu Löhnen und Preisen, 51–59, 99–102, and 160–163, with tables 67, 68, and 97, and Anlage [graph] 12. Here shown is Hauschild’s composite of accounts from three municipal accounting offices.

Brussels, 1386–after 1550 – published in the Allen–Unger Database, European Commodity Prices 1260–1914, (www.gcpdb.info/index.html last visited 30 November 2020), from Van der Wee, Growth of the Antwerp Market, vol. I, appendix 22, pp. 279–286).

Antwerp, 1386–1540s – Verlinden, Dokumenten voor de Geschiedenis von Prijzen, vol. 2, pp. 731–737, graph 19; and Van der Wee Growth of the Antwerp Market, vol. 1, pp. 277–286 (table 22), and vol. 3, 42–43 (graph 15 and published in the Allen–Unger Database, European Commodity Prices 1260–1914, www.gcpdb.info/index.html, last visited 1 December 2020).

Kraków, 1389–1585 – Pelc, Ceny w Krakowie, table 22, pp. 127–131, and diagram IV, p. 162.

Leiden, 1414–1540 – Posthumus, Inquiry into the History of Prices, vol. 2, pp. 493–494, 498, 592–596, and table 208.

Utrecht, 1419–1530 – Posthumus, Inquiry into the History of Prices, vol. 2, pp. 127–131, 272–274, 368–370, and LXXIV table A.

Augsburg, 1418–1538 – Elsas, Umriss einer Geschichte der Preise, vol. 1, pp. 384–385 and 615–616.

Hamburg, 1443–1475 and 1500–1545 – Gerhard and Engel, eds., Preisgeschichte der vorindustriellen Zeit, table 03.01 (pp. 134–135).

Prices from Ghent, 1361–1398 (Verlinden, Dokumenten voor de Geschiedenis von Prijzen, vol. 4, p. 296) and from Klosterneuburg, 1440/50–1490/1500 (Hitzbleck, Bedeutung des Fisches, table 23, p. 23, as from Pribram, Materialien zur Geschichte der Preise, vol. 1, 627), while confirming some patterns, are too short and/or broken to graph in Figure 8.7. Sadly, herring in Jahnke, Silber, are priceless.

Fish price series from Navarre (Figure 6.2) as compiled by Hamilton, Money, Prices, and Wages, appendix V, run only 1358–1450 and contain several lacunae. The price for imported herring seems, however, to reach its maximum in the late 1420s–early 1440s, when prices of domestic species were relatively low.

150 Seabourne, Royal Regulation, 77 and 88.

151 Nedkvitne, Hansa and Bergen, 508–511.

152 Christensen and Nielssen, “Norwegian fisheries,” 150–151; Nedkvitne, “Development,” 53–56; Nedkvitne, Hansa and Bergen, table VIII, pp. 714–715.

153 Nedkvitne, Hansa and Bergen, 92–95 and 496–504. Record high exports after 1550 to low-price Mediterranean and African markets could not stop regional economic depression.

154 Gelsinger, Icelandic Enterprise, 185–190.

155 Hastrup, Nature and Policy, 66–75; Gardiner, “Character of commercial fishing,” 87–89.

156 Rogers, History, vol. 4, p. 545; price data from Clark is tabulated in the Allen–Unger Database, England, salt cod, 1371+ (www.gcpdb.info/index.html, last accessed 1 December 2020); Locker, Role of Stored Fish, 273; Serjeantson and Woolgar, “Fish consumption,” 126–130.

157 Hauschild, Löhnen und Preisen in Rostock, 149, re “Dorsch,” “Kabeljau,” and “Stockfisch,” with discussion passim.

158 Gemmill and Mayhew, Changing Values, 303–317; Allen–Unger Database, England, salt salmon (www.gcpdb.info/index.html, last accessed 1 December 2020) provides data from Clark. Given the small samples and different formats, it remains unclear whether brief episodes of variability differ in the two series.

159 Vickers, “The price of fish,” and for wider context, Richards, Unending Frontier, 547–573, and Grafe, Distant Tyranny.

160 A dozen or so price quotations for each of sardines and sea bream provided in Toledo’s cathedral accounts show higher nominal values in the 1460s than in the 1410s, but intervening debasement meant a loss of silver value. All fish prices in Toledo went up after 1470 (Izqierdo Benito, Precios y salarios, 127–130).

161 Kowaleski, “Expansion” and “Commercialization.” Bresc, Un monde méditerranéen, 271–272, speculates that Sicilian tuna followed the pattern seen for Norwegian stockfish, with lower output more than compensated by greater exchange value.

162 See Footnote note 3 above. Bresc, “Pêche et les madragues,” 174–175, writes of Sicilian tuna traps as ‘precocious capitalism’ comparable to that in the island’s sugar cane industry.

163 Heath, “North Sea fishing,” 59–60.

164 Kowaleski, “Expansion,” 445.

165 Unger, “Netherlands herring” and “Dutch herring”; Mollat, Commerce maritime, 313–318; Bresc, Un monde méditerranéen; and García Vargas and Florido del Corral, “Origin and development,” 217–218 and 223–224, all consider these backward linkages of their fisheries. So do Ferreira Priegue, Galicia, 132–139; Kowaleski, “Expansion,” 445–447, and “Commercialization,” 204–206 and 229–230; and Zambernardi, “Deniers ‘paysans de la mer’,” 95–96.

166 Jaroslav, Diary of an Embassy, 45.

167 Ebel, “Fischerei und Fischermethoden,” 143–145; Christensen and Nielssen, “Norwegian fisheries,” 150.

168 Kowaleski, “Working at sea”; Fox, Evolution of the Fishing Village, 165–168.

169 Hastrup, Nature and Policy, 66–75 and 137–139.

170 Phillips, “Long-term profitability.”

171 de Vries and van der Woude, First Modern Economy, 244–245.

172 Kowaleski, “Working at sea” and “Expansion,” 446.

173 Jahnke, Silber, 183–189.

174 Bresc, “La pêche et les madragues,” 174–178.

175 Christensen and Nielssen, “Norwegian fisheries,” 149–150; Nedkvitne, Hansa and Bergen, 535–558 and 572–575.

176 Tys and Pieters, “Understanding,” 100–117; Pieters, “Archaeology of fishery,” 44–55.

177 Fox, Fishing Village, 122–129; Kowaleski, “Expansion,” 429–430 and 442–444, and “Commercialization,” 203–204. Fox, “Fishermen and mariners,” 77–78, documents responses from the bishop of Exeter and the pope in 1415 and 1430 to groups seeking new churches. While scholars of several maritime regions cogently suggest that women likely gained a greater and more independent role in communities where men were often absent or even lost at sea, all concede a lack of medieval evidence for findings like those from later periods (Kowaleski, “Seasonality,” 129–130; Pieters, “Archaeology of fishery,” 54–55; Franco, “Dynamiques familiales”).

178 Urbańczyk, Medieval Arctic Norway, 233–261; Nedkvitne, Hansa and Bergen, 535–538; Amundsen, “Coupled systems”; Nielssen, “Early commercial fishing,” 46–48. Similar cases appear in Supplement 8.2.2.

179 Bresc, “La pêche et les madragues,” 170–178, and Un monde méditerranéen, 264–270.

180 Phillips, “Long-term profitability”; Ladero Quesada, “Las almadrabas.”

181 Bertelsen, “North-east Atlantic perspective”; Urbanczyk, Medieval Arctic Norway; Barrett, “Fish trade in Norse Orkney”; Barrett et al., “Archaeo-ichthyological evidence,” 370–374; Barrett et al., “What was the Viking Age”; Barrett, “Medieval sea fishing,” 266.

182 Holm, “Catches and manpower,” 179–191; Urbanczyk, Medieval Arctic Norway, 261; Nedkvitne, Hansa and Bergen, 529 and 558–562.

183 Richards, Unending Frontier, 552–559 and 564; Ferreira-Priegue, Galicia, 147–148. Tranchant, “Pêches et pêcheurs,” 13, sees similar for small French ports along the Bay of Biscay.

184 Jahnke, Silber, 39–48; Kowaleski, “Commercialization,” 204–206.

185 Jahnke, Silber, 190.

186 Saul, “Herring industry,” 38–40; Mollat, Europe and the Sea, 76 and 148–142; Sicking, Neptune, 142–201. Fishers’ truces, though well known, do not a regulated fishery make.

187 Besides works mentioned in note 78 above, see Dollinger, German Hansa, 243 and 429–430; Lloyd, England and the German Hanse, 137–140, 190, 238–239, and 260; Fudge, Cargoes, Embargoes and Emissaries, 25–72, 90–91, 118–119, and 164–170.

188 Aubenas, Le droit de pêche, especially 8–9, with more in Stouff, Ravitaillement, 201–202.

189 Bresc, Un monde méditerranéen, 264–270.

190 Garrido i Escobar and Aleret, “Evoluzione,” 120; Garrido i Escobar and Pujol i Hamelink. “Changements techniques e conflits,” 25–26.

191 Bresc, “Pêche et coraillage,” 107–109; “Pêche et les madragues,” 174–175; Un monde méditerranéen, 271–272; and “Pêche dans l’espace économique,” 532–538.

192 Sicking and van Vliet, “Our triumph of Holland,” 339–349, detail losses and costs of protection for Flemish herring fishers during Anglo-French wars in the fifteenth century and for all Low Countries fishing fleets in subsequent sixteenth-century Habsburg–Valois wars.

193 Phillips, “Long-term profitability.”

194 Hauschild, Studien, 168–172.

195 Clavel, L’animal, 146–49, 164–74, and summarized p. 189: “Le réapparition momentanée, dans la deuxième moitié du XIVe siècle, des grans poissons dans le commerce indique alors un reconstitution partielle de la population de pleuronectidés, en réponse à une baisse de la prédation.” Dam, “Feestvissen en vastenvissen,” 491–492, treats Dutch overfishing of plaice.

196 Ervynck et al., “How the North was won,” 234–237. Northern cod (Norway, Iceland), show no signs of reduced population or size ranges, although limited nearshore stocks are said to have motivated fishers migrating to outer island settlement sites.

197 Koppmann, ed., “Rufus-Chronik,” 226–227 (see original in Supplement 8.3.1). Editorial notes there provide similar statements from other local reporters. Modern research indicates that neither the Heligoland nor Flemish catches were of the Baltic herring stock taken in the Øresund.

198 Lagerås, Environment, Society and the Black Death, 94–95.

199 Zbierski, “Ichthyological studies”; Leciejewicz, “Zum frühmittelalterlichen Heringshandel”; and Makowiecki, Historia ryb i rybołówstwa, document the schools’ disappearance from the area of Kołobrzeg.

200 Gemmill and Mayhew, Changing Values, 319–320.

201 Heinrich, “Information about fish from tales and myths,” 18–19; Jagow, “Heringfischerei,” 19–23, and “Hering im Volksglaube,” 220–223, identify folk explanations known since the late Middle Ages from both the Baltic and Scotland. Further in Supplement 8.3.1.

202 Jahnke, Silber, 11–13, 25–26, and 38, even attributes complaints about overfishing solely to competition, not to any possible change in the stock. Also working from a Danish perspective, MacKenzie et al., “Ecological hypotheses,” 174–176, recognize the general importance of climate for Baltic ecosystems and also a periodic Bohuslan fishery for spent North Sea, not Baltic, herring. Still they ignore or politicize medieval failures in the Baltic fishery and imagine eutrophication a purely modern phenomenon. Holm, “Catches and manpower,” 177–180 and 186–187, and Holm and Bager, “Danish fisheries,” 107–111 and 120–122, offer more complete historical data, even for the Middle Ages, and more openness to how these might relate to climate. Locker, Role of Stored Fish, 35–45, acknowledges long-term late medieval cooling as possibly affecting the predator–prey relationship of cod and herring, but misconstrues how cooler water might affect herring directly and dismisses overfishing as peculiar to highly capitalized modern fisheries. Kowaleski, “Expansion,” 448–449, and “Commercialization,” 192–193, emphasizes Dutch and other competition, while also eliding the different phases and effects of climatic variability during the transition to and early centuries of the LIA. Bo Poulsen’s magisterial Dutch Herring describes little human or natural impact on seventeenth–nineteenth-century schools, having been published just as LIA climate/weather conditions at small temporal scale were beginning to be deciphered, much less considered as triggers for biological or cultural adaptation.

203 As considered by Büntgen and Hellmann, “Little Ice Age in scientific perspective.”

204 Brander, “Impacts of climate change,” 398. As Alheit and Hagen, “Effect of climatic variation,” 247, put it: “The dynamics of exploited fish populations are affected by both environmental variability and man-made activities (fishing, habitat alteration) …” And from an intersecting perspective ichthyologist Myron Peck finds “Small pelagics … are particularly sensitive to overfishing at low stock levels” (Peck et al., “Life cycle ecophysiology of small pelagic fish and climate-driven changes,” 234). See also Auber et al., “Regime shift in exploited communities.”

205 For what follows see Checkley et al., “Habitat”; Field et al., “Variability,” notably 46; Alheit, Roy, and Kifani, “Decadal scale variability”; and other papers in Checkley et al., eds. Climate Change and Small Pelagic Fish, as well as Bailey and Steele, “North sea herring fluctuations” (and compare other papers in Glantz, Climate Variability, Climate Change, and FIsheries); Alheit and Hagen, “Effects of climatic variation”; and Alheit and Hagen, “Long-term climate forcing.” Corten, Climate and Herring, 203–206, and “Northern distribution of North Sea herring,” finds movement in the twentieth century (so post-LIA) of both adult and juvenile North Sea herring at their northern boundary in response to decade-scale climatic variability.

206 Distinct territories mean the large populations interact little with one another. A third population, North Atlantic herring, was little engaged by major medieval fisheries.

207 For homing of herring populations in both the North and Baltic seas to traditional grounds where each group spawns at a different time and place see Barange et al., “Current trends,” 208–210; www.fishbase.de/summary/Clupea-harengus.html (last consulted 15 September 2018); and van der Lingen et al., “Trophic dynamics,” 135–137, with references there provided.

208 Krovnin and Radionov, “Atlanto-Scandian herring,” 243–247; Nash and Dickey-Collas, “Influence of life history dynamics and environment,” and Casini et al., “Food-web and climate-related dynamics in the Baltic,” 19–20. Hufnagl et al., “Unravelling the Gordian knot!” tease out mechanisms for this, notably the cold-induced failure of plankton production.

Some years of intermittent study early this century provided initial grounds to infer an association between variations in late medieval climate and those in recorded catches and prices of herring. At the time, however, both relevant data sets (herring and weather) lacked decade-scale precision and a clearly articulated link between them. During 2008–2014 I began to test some ideas on collegial audiences of medievalists, archaeozoologists, and environmental historians, before alluding to the relationship in my 2014 Environmental History of Medieval Europe, 332–333. Only thereafter however, did expanding awareness of an ever more detailed regional climate record; evidence of a consistent inverse correlation of preindustrial catches and prices for another well-documented north European fish, salmon; and a deep dive into new science on herring ecology together produce a plausible, I think probable, mechanism for documented historical phenomena. Meanwhile the relatively obscure essay by Philipp Gabriel, “Die Hansestadt Lübeck, der Hering und das Klima” (2016) independently proposed in particular that extensive LIA late winter–spring ice cover along south shore Baltic spawning and nursery areas generally inhibited fifteenth-century recruitment, resulting in long-term decline of those herring stocks. I had not myself grasped the role of the ice, so appreciate the opportunity to incorporate Gabriel’s suggestion into the discussion which follows.

209 Dunin-Wąsowicz, “Natural environment and human settlement,” 94–96; Bork et al., Landschaftsentwicklung, 221–249; Brázdil and Kotyza, History of Weather, 60 and 166.

210 Filuk, “Biologiczno-rybacka charakterystyka ichtiofauny zalewu wiślanego,” 146–147.

211 Buisman and van Engelen, Duizend jaar wind, vol. 4, p. 707, and Glaser, Klimageschichte, 2d ed., Abb. 23.

212 Lamb, Weather, Climate, and Human Affairs, 50–71 and fig. 4.3; Ogilvie and Farmer, “Documenting the medieval climate,” fig. 6.4; Pribyl, Farming, Famine, and Plague, 77–136, examines mainly eastern English growing seasons from the early thirteenth century to 1431.

213 Retsö and Söderberg, “Winter severity,” 33–37 and table 2.2, cover 1305–1496; Koslowski and Glaser, “Variations in reconstructed ice winter severity,” fig. 2. As displayed in Campbell, Great Transition, fig. 3.22, 207, the index of sea ice in the Atlantic north of Iceland shows extensive ice cover during the 1310s–40s, 1360s, and more or less continually from 1480 on. Reconstructed sea surface temperatures in the oceanic northeast Atlantic are discussed in Supplement 8.3.2. While these do accord with nearshore evidence and arguments here presented I remain reluctant to extrapolate from the outer ocean to confined Baltic and North Sea waters.

214 Bailey, “Per impetum maris”; Grove, “Initiation of the Little Ice Age”; Pfister, Schwarz-Zanetti, and Wegmann, “Winter severity”; Glaser, Klimageschichte Mitteleuropas, 2d ed. rev, Abb. 23, pp. 57, 64–66, 76–78, 84–85, and 88–90; Campbell, Great Transition, fig. 3.20, p. 203; Luterbacher et al., “European summer,” fig. 3.

215 Glaser, Klimageschichte, 88–90, provides a narrative. Luterbacher et al., “European summer,” fig. 3; Glaser and Riemann, “Thousand year record of temperatures”; and Moreno Chamarro et al., “Winter amplification,” confirm that cold decade. Swedish data shows a pronounced and long spell of cold winters from the 1340s to 1363 but then goes silent until 1390 (Retsö and Söderberg, “Winter severity,” 32–37). East Anglia experienced notable cold from the mid-1360s to mid-1370s, then again during the 1380s (Pribyl, Farming, Famine, and Plague, 68–70, 74, 83 and 113–116).

216 Glaser, Klimageschichte, 90–91, documents cold winters and springs past the century’s midpoint, as do Buisman and Van Engelen, Duizend jaar wind, vol. 4, 707, and Retsö and Söderberg, “Winter severity.” Camenisch et al., “1430s,” 2110–2112, emphasizes a period of extraordinary variability although cold did not extend into summer. For a general and graphic overview of what has been called the definitive shift by the 1450s to a typical LIA climate with a weak and negative NAO see Campbell, Great Transition, 339–345 and fig. 5.2.

217 While Ogilvie and Farmer, “Documenting the medieval climate,” fig. 6.3, thought English winters of 1390–1410 relatively mild, Pribyl, Farming, Famine, and Plague, 115–117 and 227, finds a cold East Anglia in 1399–1411, 1421–1423, and 1428 as well as the 1430s.

218 Osborn and Briffa, “Spatial extent”; Camenisch et al., “1430s,” acknowledges the 1450s as initiating three decades of cold in interior western Europe, a diagnosis supported in Luterbacher et al., “European summer,” fig. 3; Moreno-Chamarro et al., “Winter amplification,” fig. 2; Retsö and Söderberg, “Winter severity,” 33–34, who note the negative NAO of 1445–1460; Litzenburger, Un ville face au climat, 95–116; Esper et al., “Northern Hemisphere temperature anomalies”; and Cook et al., “A Euro-Mediterranean tree-ring reconstruction of the winter NAO Index.” Meanwhile the North and Baltic seas were further impacted by diminished flow of tributary rivers during the megadrought of 1437–1473 visible in a wide sample of tree rings (Cook et al., “Old World megadroughts”).

219 Checkley et al., “Habitats,” 30–31; Barange et al., “Current trends,” 206–207. The warmer decades stand out in Retsö and Söderberg, “Winter severity,” 36–37.

220 Glaser, Klimageschichte, 99–109; Koslowski and Glaser, “Variations in reconstructed ice winter severity,” fig. 2; Moreno-Chamarro et al., “Winter amplification,” fig. 2; Camenisch et al., fig. 2. Cunningham et al., “Reconstructions of surface ocean conditions,” figure 4, find the coldest North Atlantic since 1000 CE in the first half of the sixteenth century.

221 On the biology of sprat see www.fishbase.de/summary/Sprattus sprattus (last consulted 21 September 2018). Population trends of Baltic herring and sprat tend to be reciprocal, with one rising as the other declines (van der Lingen et al., “Trophic dynamics,” 135–136 and 145; Barange et al., “Current trends,” 212–213), while both interact with cod (Rijnsdorp et al., “Resolving the effect of climate change”; Hammer et al., “Fish stock development,” 558–562; and Alheit and Pörtner, “Sensitivity of marine ecosystems,” 168). For historical perspectives see Pöltsam, “Essen und Trinken,” 120–121; Mand, “Festive food,” 49–50 and 73; Sidrys, “Fish names in the Eastern Baltic,” table 1; Hodgson, The Herring, 14–15.

222 Jahnke, Silber, 13.

223 Mollat, La pêche à Dieppe, table 1, pp. 38–39, repeated and more generally discussed in Mollat, Commerce maritime, 313–318; Hocquet, “Pêcheries médiévales,” 102–103. In contrast, Jahnke, “Medieval herring fishery,” 178–179, and “European fishmonger,” 40–42, can still quantify only Danish exports of herring, so he will infer neither the total catch nor the biomass of the fourteenth-century Øresund. Although Jahnke’s latest work notes “abundant” evidence for large fluctuations and the eventual decline of these stocks, he explores no biological and environmental grounds for them. Holm, “Commercial sea fisheries,” 16–17, generally acknowledges climate to affect food supply and numbers of herring without relating this to any historical events or trends in Danish catches.

224 In a forthcoming contribution (“Salmon variability related to phases of the Little Ice Age: consilience from Arctic Russia to Scotland?”) to a collective volume in memory of our late colleague Alasdair Ross, I demonstrate the close inverse relationship between early modern salmon catches and prices to be expected under conditions without evident changes in demand or capture techniques (as well as the relation of that species to decade-scale changes in weather/climate). Such coincident data sets for salmon are not available from the Middle Ages.

225 The price peaks occur both in places close to production zones (Antwerp, Leiden, Rostock) and at what can only be consuming centres (Kraków, Augsburg). At decadal scale the price series for England peaks in the first third of the fifteenth century and again around mid-century; the latter maximum also occurs at Klosterneuburg (Pribram, Materialien, 627). I do not now know what, if anything, to make of convergent low herring prices at Rostock and Low Countries cities during the 1430s, 60s, and 90s. Hamilton’s broken series of herring prices from Navarre (Figure 6.3) seems, like those further north (the probable origin of the fish themselves), to peak in the 1420s and again in the early 1440s. Note that periods of political insecurity in the Baltic during the 1390s and 1426–1435 do not coincide with high prices elsewhere.

226 Glaser, Klimageschichte, 92–93. Swedish winters in the 1470s and 80s, however, were mild.

227 Retsö and Söderberg, “Winter severity,” table 2.2, with sixteenth-century ice and winter reconstructions from Koslowski and Glaser, “Variations in reconstructed ice winter,” and Hansson and Omstedt, “Modeling the Baltic,” figs. 6 and 9.

228 Overland et al., “Climate controls on marine ecosystems,” emphasizes the role of decadal events. Alheit et al., “Atlantic Multi-Decadal Oscillation,” indicates how such short term variations buffer the effects of climate change on small pelagic fishes in the northeastern Atlantic.

229 Poulsen, “Variability of fisheries,” 329–331, as shown in Poulsen, Dutch Herring, 160–213.

230 Jahnke, Silber, 281–319, provides the medieval evidence and Holm, “Commercial sea fisheries,” 17–18, the later story, plainly now recognized as related to cold phases of the LIA (negative NAO). Background on Bohuslan appears in the Supplement under 8.1.1.1 and 8.1.2.2.

231 Herring fishing at Heligoland may go back to the late fourteenth century but its traditional growth is dated to the 1420s. This late fall fishery for North Sea fish peaked after 1500 with annual yields barely 10% of the Øresund’s late fourteenth-century maxima. Catch per unit effort there was in full and permanent decline by the 1550s. See Poulsen, “Late medieval and early modern peasants,” 47–50; Poulsen, “Herring fisheries off Heligoland”; Holm, “Catches and manpower,” 181–182; Jahnke, Silber, 319–346; Holm and Bager, “Danish fisheries,” 102–105; Holm, “Human impacts,” 43.

232 Nedkvitne, “Development,” 57.

233 Rotuli Parliamentorum, vol. 4, p. 79, now Given-Wilson et al., PROME, Henry V, March 1416, Membrane 5, 33.: “ils ount trovez lieux, l’ou graunt plentie de tiel maner pesson est prise sur les costes de Island …

234 Mollat, Europe and the Sea, 104 and 146–147, emphasizes both the particular (compare Marcus, Conquest of the North Atlantic, 164–173) and a general connection between European offshore fishing and its extension to Newfoundland. For an oddly cynical yet credulous view see Kurlansky, Cod, 24–29, and a multi-stranded narrative, Fagan, Fish on Friday, 205–223.

235 Translation as Williamson, Cabot Voyages, document 24, from Biggar, ed. and tr., Precursors of Jacques Cartier, 17–19 (see Supplement 8.4).

236 Quinn, North America, 353–357.

237 Jones and Condon, Cabot and Bristol’s Age of Discovery, 21–48. Jones, “The Matthew and the financiers” provides more detail on Cabot’s sponsors, superseding the now obsolete Sacks, The Widening Gate, 34–36. A more journalistic account is Hunter, The Race to the New World. The newly evolving tale of Cabot arises from long-time researcher Alwyn Ruddock ordering her unpublished findings destroyed after her 2006 death; for particulars see Jones, “Alwyn Ruddock.”

238 Did Cabot anticipate encountering cod? A crew resorting to nets and baskets seems unprepared to catch cod with the usual hooks and long lines.

239 Pope, “Transformation of the maritime cultural landscape,” 124–132, provides a chronology for European group arrivals. Leading elements came from regions long worried about inadequate local supply (see Chapter 6, pp. 265–266 above).

240 Mollat, Pêche à Dieppe, 12–13; Ferreira Priegue, Galicia, 149; Williamson, Cabot Voyages, 266–268, from Peter Martyr d’Anghiera, De Orbe Novo Decades, Dec. III, lib. vi, f. 52. Note the similarity between this report of local failures in 1517 and that alleged by English cod fishers in 1416 (Footnote note 75 above). On the sudden shift in origin of cod on European tables see Supplement 8.1.3.1.

Figure 0

Map 8.1 Major European marine fisheries at the end of the Middle Ages.

Figure 1

Figure 8.1 Brined herring, kaaken and barreled.“Salsus autem in vsum hominum vitra quoquis aliis pisces sanus durare potest” [When salted the herring remains suited for human use longer than any other fish]. Allec woodcut from Hortus sanitatis, cap. III, fol. 274r [p. 547]. Strassburg: Johann Prüss [not after 21 October 1497]. First used in a printing by Jacob Meydenbach at Mainz, 1491, this image appeared widely in multiple subsequent redactions of the Hortus by various Rhineland printers dating to and after the 1490s. Licence cc0 / Public domain.

Image reproduced with permission of Technische Universität Darmstadt, Universitäts- und Landesbibliothek Signature Inc IV 203.
Figure 2

Figure 8.2 A Flemish herring buss, c. 1480.Thought to be the earliest image of this special-purpose ship design. Print of engraving by so-called Master W with the Key. Bruges, c. 1480. Now in Rijksmuseum, Amsterdam, RP-P-2014-30.

Reproduced with permission of Dr. Jeroen ter Brugge, curator, Maritime collections, Rijksmuseum.
Figure 3

Map 8.2 The range of cod.

Figure 4

Figure 8.3a. Norwegian stockfish: codfishes decapitated and bundled whole. Detail from Carta marina 1539.

Reproduced with licence for public use/publication courtesy of Per Cullhed, Uppsala University Library, Uppsala, Sweden.
Figure 5

Figure 8.3b. Swedish Bothnia: fish air-dried on the rocks. Illustration from Historia, 1555, lib. 2, cap. 6, p. 65.

Reproduced with licence for public use/publication courtesy of Per Cullhed, Uppsala University Library, Uppsala, Sweden.
Figure 6

Figure 8.4a. Sixteenth-century representation of the almadraba in Bay of Cádiz.Almadraba depicted in Georg Braun and Franz Hogenberg, Civitates orbis terrrarum 1572–1618, vol. 5, image 19. Original engraving attributed to Georgius Houfnaglius. Original is Public Domain.

Reproduction thanks to the Geography and Map Division, Library of Congress.
Figure 7

Figure 8.4b. Tonnara trap (modern schematic).Schematic of tonnara after Brandt, Fish Catching Methods, fig. 274, and similar published images elsewhere, redrawn by D. Bilak for R. Hoffmann.

Figure 8

Figure 8.5 The saltfish monger.As represented in a manuscript of Tacuinum sanitatis illuminated in Lombardy c. 1370. ONB cod vind. ser. nova 2644, fol 82v ‘pisces saliti’.

Reproduced with permission of the Austrian National Library.
Figure 9

Figure 8.6 Headless codfish as commodity.“‘Colfish’ of the English, whose head we do not show you here because not even among the English (among whom it is clearly foreign) has it anywhere [i.e., in any scientific work] been ascertained for us.” Pierre Belon (Petrus Bellonius), De aquatilibus, libri duo. Cum eiconibus ad vivam ipsorum effigem, quoad eius fiere potuit, expressis (Parisis: apud Carolum Stephanum, 1553), p. 134. Note precise representation of fins and body structure of Gadus morhua. But Pollachius virens, called in England ‘saithe’ or, from its darkish flesh, ‘coalfish’, is a gadid of very similar outward appearance often taken together with cod.

Figure 10

Figure 8.7Figure 8.7A Britain.

Figure 11

Figure 8.7Figure 8.7B North Sea ports and inland.

Figure 12

Figure 8.7Figure 8.7C Northern Low Countries, coast and inland.

Figure 13

Figure 8.7Figure 8.7D Central Europe, Baltic, and interior.

Figure 14

Figure 8.8 English herring prices, 1400–1540, indexed.

Figure 15

Figure 8.9 Quinquennial index of herring price at Utrecht, 1460/5–1535/9.

Figure 16

Figure 8.10 Stockfish prices along the supply chain, c. 1280–1550.

Figure 17

Figure 8.11 Fish prices in late medieval Spain: Valencia.

Data from E. Hamilton, Money, Prices, and Wages in Valencia, Aragon, and Navarre, 1351–1500, appendix III, pp. 215–221. Indexed and graphed by R. Hoffmann and K. Hoffmann. © R. Hoffmann.
Figure 18

Map 8.3 Herring in the North Sea.

Figure 19

Figure 8.12 Low Countries: winters and springs. Multiproxy reconstructions of average deviations in seasonal temperatures, 1150–1599.

Figure 20

Figure 8.13 Seasonal temperature indices for Germany, annual balance by decade of cold (−) and warm (+) seasons, 1350–1600.

Figure 21

Figure 8.14 Herring landed at Dieppe, 1405–1490.

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