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Published by: Institute of History, Research Centre for the Humanities, Hungarian Academy of Sciences

2020_2_Rózsa

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Evaluation of the Floodplain Farming of the Settlements of Nagykunság Based on the First Cadastral Survey*

Sándor Rózsa
Eszterházy Károly University
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Hungarian Historical Review Volume 9 Issue 2  (2020): 213-240 DOI:10.38145/2020.2.213

River control was perhaps the most significant form of anthropogenic environmental intervention in the Carpathian Basin, and in recent decades it has been the focus of considerable attention in the scientific community. However, in order to be able to evaluate this intervention, we need to know more about the floodplain management before the river regulations. In this essay, I provide data concerning the eighteenth-century floodplain management, on the basis of the first cadastral survey documents.
According to Klára Dóka and other researchers, the settlements of the region along the Tisza River were in crisis in the early nineteenth century because the floodplain farming system was not adequate to sustain the growing population. However, they based this conclusion on sources concerning population growth, and they did not substantiate their essential contention concerning overpopulation with accurate data on production and consumption. I have sought to determine whether there really was an overpopulation crisis in Nagykunság at the end of the eighteenth century. The main question concerns the relationship between production and needs. The next question is whether the farmers had excess grain which they could take to markets. In other words, was the floodplain farming system profitable? My research constitutes a contribution to the debate between Bertalan Andrásfalvy and Miklós Szilágyi on floodplain management.
The first cadastral survey documents contain detailed and reliable data on the management of the settlements, and I contend that they are more accurate and useful than the tax censuses which were compiled at the same time. The first step in the research was to establish the average annual consumption of the population.
According to the data of the cadastral survey, production exceeded the needs of the population in each settlement, and the value of the production surplus covered the tax burdens. Wheat had a marketable share of the yield, come to 30–40 percent of the total. Assuming that livestock breeding was even more advantageous, one could contend that the floodplain farming system was profitable. However, natural resources are distributed disproportionately as a result of property relations. In Nagykunság, this found its most dramatic embodiment in the redemptus-irredemptus contrast.
There were several events in the late eighteenth century, such as the construction of the Mirhó dam and migration to Bácska, on the basis of which researchers have inferred that the floodplain farming system was in crisis, but the cadastral survey suggests otherwise.

Keywords: floodplain farming system, carrying capacity, overpopulation, production statistics

My research seeks to determine whether (and to what extent) floodplain farming was differentiated in the eighteenth century, whether it was able to satisfy the needs of the settlements, and how much marketable produce surplus was available to sell. In my study, by Nagykunság I do not mean the geographical landscape delimited on the basis of natural geographical aspects. I refer more narrowly to the Nagykun District, a political-administrative entity of eighteenth-century Hungary which formed part of the present-day Jászkun-District. I examined the water management of the six settlements which constituted Nagykunság at the end of the eighteenth century: Karcag, Kisújszállás, Túrkeve, Kunhegyes, Kunmadaras and Kunszentmárton.

The study of floodplain farming in Nagykunság is mainly justified by the fact that the population of the area carried out the first significant water regulation works in the Central Tisza Region in Hungary (well before the great river regulations of the nineteenth century took place), the so-called Mirhó Dam. The scour channel (fok)1 was first closed in the middle of the eighteenth century, but the rudimentary rampart erected at that time could not withstand major floods, despite frequent repairs. In 1776, the owners of Heves County demolished the rampart. They claimed that due to a decrease in the floodplain reservoir capacity, they were experiencing higher levels of flooding on the right bank of the Tisza. The settlements of the Nagykun district submitted a complaint about this almost immediately, but the permission required to reconstruct the dam was obtained only in 1785, and the rampart was rebuilt only in 1787, and even the owners of Heves County helped with the works.2 The flood relief work carried out by the settlements of the Nagykun district is considered in the secondary literature, primarily works on water history, one of the antecedents of the periodic regulations of the nineteenth century, and it is mostly treated as an indicator of the crisis faced by the farming system.3 Klára Dóka strove to reveal the origins of the elimination of floodplain farming by examining the farming of the settlements along the Tisza at the beginning of the nineteenth century. In her view, extensive floodplain farming faced a crisis by the turn of eighteenth and nineteenth centuries, as it could no longer meet the needs of an increasing population, which prompted the communities to transform the previous system and intervene in the environment.4 However, based on my research carried out in recent years, I have considerable doubts about the need to eliminate floodplain farming behind the construction of the Mirhó Dam.5 The construction of the dam in 1786 alone cannot be considered evidence of overpopulation,6 it is necessary to assess the economic condition of the settlements, i.e. to carry out a production-need-based study.

An Outstanding Source: The First Cadastral Survey

During the period of enlightened absolutism, many valuable sources were created in connection with the economic, social, and environmental conditions of the country, of which, from the perspective of the questions at hand in this essay, the census and the military and cadastral survey should be highlighted. Of these, the cadastral survey is a lesser-known source, which is mainly due to the territorial mosaic character of the preservation of documents, as most of the documents created in preparation for the sharing of public burdens fell victim to the resistance of the estates after the emperor’s death.

The documents are valuable in part because they strove for completeness (i.e. they recorded all lands, regardless of whether the owner had tax exemption) and in part because they are based on cutting-edge statistical methods (homogeneous data structure, averaged data, etc.) and the survey was conducted professionally (through a well-established institutional system and by qualified engineers). We are well acquainted with the process according to which the survey was conducted, as the survey instructions7 survived and through the thorough exploratory work of statistician Zoltán Dávid.8 These are a great help in assessments of the reliability of the data.9

In the area under examination, a complete survey document survived only in connection with Kunszentmárton.10 As for the other five settlements, only the so-called summary sheets are available.11 However, such sheets also survived in the case of all the settlements in Kiskunság and Jászság, which thus make possible a comparative analysis. In the second half of the twentieth century, Dávid attempted to map the surviving documents of the cadastral survey, and he published some of the data (183 settlements) in a study, along with his analysis of the data.12 The data provided by Dávid provided an opportunity for me to compare the floodplain farming used by the settlements of Nagykunság with the farming used in the settlements in other regions.

Indicators of Agricultural Cultivation in Nagykunság at the End
of the Eighteenth Century

The settlements of Nagykunság were characterized by differentiated farming after repopulation in the eighteenth century. The leading sector was livestock farming, as livestock enjoyed better market sales opportunities and optimal environmental conditions. Grains were grown mainly for subsistence purposes, the sale of surpluses at the market was typical in the middle of the century. In the nineteenth century, as a result of the grain boom, the importance of arable crop production increased steadily, and self-sufficiency was replaced by commodity production. Tibor Bellon has thoroughly examined the farming in the settlements of Nagykunság in the eighteenth and nineteenth centuries.13 However, as an ethnographer, he ignored in-depth statistical analyses and did not explore the process of structural change in detail. If one examines floodplain farming, the relative weight of crop and livestock production compared to each other is by no means a marginal issue. Most researchers assume there was a grain boom at the focal point of water regulations. As grain production can be carried out only at high risk in a floodplain environment, it was necessary for the area to be free from floods.14

In the cadastral records, the data on meadows and pastures are the most uncertain, as the extents of utilization in floodplain environments varied depending on the intensity and duration of floods, which also provided a good opportunity for farmers to make the határ15 areas (the peasants’ individual plots along, with the buildings of the village and, often, areas of communal meadow, woodland, vineyards and/or pasture) used for grazing appear to be useless at certain times of the year. In terms of meadows and pastures, Karcag and Kisújszállás were in the worst situation. The average of 2.5 katasztrális hold16 per capita calculated here is particularly low compared to Túrkeve (5.13 katasztrális hold/capita) and Kunhegyes (4.84 katasztrális hold/capita). This is due to the hydro-geomorphological conditions, as the former two settlements lie deeper17 and they directly border the Berettyó River. The average in the settlements of Nagykunság (3.71 katasztrális hold/capita) is higher than the average in the settlements of Jászság (2.80 katasztrális hold/capita), but it lags far behind the average of nearly 10 katasztrális hold/capita of the settlements in Kiskunság, with a large határ area and typically low population density. However, it is worth drawing a comparison with the areas outside Jászkunság as well. Most settlements in Nagykunság had a lower average than the average of 4.22 katasztrális hold/capita in Heves County and Külső-Szolnok County, but they were in a better position than Győr County, which had an average of 2.23 katasztrális hold/capita, Moson County (2.5 katasztrális hold/capita), and Sopron County, with an average of 0.58 katasztrális hold/capita (except for Kisújszállás and Karcag).18 Although a land size/person similar to or worse than that of the control areas was observed in Nagykunság, and the highest yielding meadows and pastures were found here. In Nagykunság, the average hay yield was 10 quintals (1,000 kilograms) per katasztrális hold while in Jászság it was only 7.3 quintals (730 kilograms) and in Kiskunság it was 3.5 quintals (350 kilograms).

Much more reliable conclusions can be drawn on the basis of the data on ploughland than the aforementioned data. In the settlements of Nagykunság, the average ploughland per person was 1.55 katasztrális hold, which is significantly less than the average in the settlements of Jászság (2.94 katasztrális hold/capita) and Kiskunság (4.14 katasztrális hold/capita). The average in the settlements of Nagykunság lags behind the average in the settlements of Heves- and Külső-Szolnok (1.96 katasztrális hold/capita), Moson- (1.74 katasztrális hold/capita) and Győr County (1.68 katasztrális hold/capita), but it far exceeds the average in those of Sopron County (1.03 katasztrális hold/capita). However, if we subtract the demesne lands from all the ploughlands, it is 0.90 katasztrális hold per capita in Heves- and Külső-Szolnok County, 1 in Győr, 1.74 in Moson,
and 0.92 in Sopron County.

The 1.55 katasztrális hold per capita does not seem low compared to the data from the four counties, but it is depressingly low compared to Jászság and Kiskunság. Looking at the area size per capita in Nagykunság alone, we should assume a serious growth constraint or overpopulation, but it sheds a different light on the data if we also take into account the quality of the lands, i.e. their yield averages. The yield average in Nagykunság was 9.1 pozsonyi mérő (p. m.) (1 pozsonyi mérő = between 53.72 and 62.08 liters) per cadastral acre, which is well above the 3.83 p. m. per cadastral acre in Jászság and the 2.45 p. m. per cadastral acre in Kiskunság. In the 183 settlements surveyed by Dávid, the ploughlands produced an average grain yield of 7.7 p. m. Of course, I also had the suspicion that there might be some statistical error behind the exceptionally high yield averages or inaccurate or false yield data from Kiskunság and Jászság. There are no indications that the data on the settlements of Jászság and Kiskunság would be skewed downwards or the data on Nagykunság upwards. Only a comparison with the grain production potential19 can be considered a resource-critical tool. The average wheat production potential of the settlements of Nagykunság is four points better than that of Jászság and seven points better than the average in the settlements of Kiskunság. The average yield per settlement calculated on the basis of the cadastral survey shows a strong correlation with the wheat production potential, and thus the cadastral data seem reliable. The high yield average in the settlements of Nagykunság and the low ploughland area per capita suggest that, at the time, only the high-quality lands optimal for arable crop production were utilized on the határ of the settlements. Thus, low ploughland per capita should not itself be considered a sign of overpopulation. Rather, it may indicate a lower preponderance of crop production compared to livestock production.

Most researchers agree that in the eighteenth century, pastoral farming was the most important agricultural sector in Nagykunság, and arable crop production was carried out only for self-sufficiency.20 However, we have data on the market sales of grain from the middle of the eighteenth century as well. In 1750, palatine Miklós Pálffy ordered a survey of the economic strength of the settlements of Jászkunság to be conducted in order to levy taxes more proportionally. According to this census, the landholders of Nagykunság mostly sold their grain on the markets in Miskolc and Debrecen,21 but we have no data on the volume of the grain trade. For example, the landholders of Kunszentmárton mentioned that some landholders did not sell any mérő of grain in 10 years. Thus, the information concerning which markets the farmers s old their grains on does not suggest in itself that grain production was determined by production for marketing. Examining the cadastral data, we can clearly see that the ploughland per capita shows a small variance in the settlements of Nagykunság (1.1–2 cadastral acres per capita), i.e. the extent of ploughland was relatively closely related to the population, which indicates self-sufficiency in the sector. If we assume that crop production was under extensive compulsion to grow, whether due to market conditions or unsatisfied domestic need, the amount of ploughland would be determined not by the population but by the amount of potentially suitable areas. All this, of course, is only true if we rule out the possibility that the ploughland had already reached its maximum possible extent and the small standard deviation of the ploughland per capita was purely coincidental. We have already seen that the hydro-geomorphological features of the határs of the Nagykun settlements are different, and consequently their agricultural potential is also different. It therefore hardly seems likely that the ploughland reached its maximum extent, and thus the relationship between the extent of ploughland and the size of the population is not a statistical coincidence but an indication of self-sufficiency in crop production. Of course, this does not exclude the possibility that in years of high yields the surplus that was produced over the domestic consumption needs of the population was sold on the market. However, we can only venture conclusions concerning how much this amount may have been (and this is an important question of this study) if we also have estimates for consumption.

Calculation of Population Needs

Determining the grain needs of the peasant farms in Nagykunság is a very difficult task, as we have to take into account a number of variables (proportion of meat and cereal consumption, dietary habits, differences in nutrient requirements by gender and age groups, the impact of work activities, etc.) on which we have only sporadic data. However, as the relationship between production and consumption is a key issue in evaluating farming, despite these difficulties, we find a relatively large number of estimates in the literature and in contemporary statistical sources. In the present study, given the absence of adequate resources, I neither intend to estimate the contemporary needs of individuals, families, or peasant farms nor do I wish to contribute directly to the debates in this regard. I tried to bridge the problem of uncertainty by using estimates offered by several researchers and contemporary sources together, and since the sources so far provide little support, I assess their relevance to Nagykunság and the conditions of the relatively short period (the end of the eighteenth century) only to the extent needed.

The following estimates have been used for the annual grain need per person/family/household:

– Géza Perjés’ estimate for the eighteenth century: 3.5 q = 7.51 p. m./capita/year,22

– István Orosz’ estimate: 5 kila = 5 p. m./capita/year,23

– The average consumption used in the 1868 harvest statistics: 5 p. m./capita/year,24

– According to István N. Kiss’ estimate, a family’s minimum need for bread grain is: 6 q = 13 p. m./family/year,25

– In 1782, based on the aggregation of the Miskolc city council on grain need: 18 p. m./family/year,26

– Based on the censuses conducted in the Triple Districts during the Napoleonic Wars: 6 kila/capita/year,27

– Based on the 1816 Triple District Census: 1 kila barley/capita/year, 1 kila wheat/capita/year.28

Three of the data are estimates made after the fact and four were arrived at by contemporary public administrations. In order to make the calculations easier, I converted the needs to p. m., i.e. the unit of measurement that was also used in the cadastral survey. I did not consider the use of metric measurement units appropriate, because during conversion, pozsonyi mérő, which is one of the liquid measurement units, has to be converted to a weight measure, which can only be done with significant uncertainty.29

The lowest average need comes from the 1816 census, but these data are related to the “poverty census” and thus they should be interpreted as the minimum need of the population, and if the total grain production of any settlement did not reach the total population need calculated according to this, it indicates severe overpopulation. István N. Kiss’ estimate of 6 q/family, i.e. converted and rounded to 13 p. m./family/year, divided by the average family size of 5 people calculated on the basis of József’s census data, means an average consumption of 2.6 p. m./person/year. The consumption of 18 p. m./family/year, determined by the Miskolc City Council in 1782, corresponds to an average consumption of 3.6 p. m. per person, and thus, together with the former, it is one of the lower estimates. The average value is consumption used in the 1868 harvest statistics and the census made during the Napoleonic Wars, and István Orosz also assumed a similar annual need per person. The most well-founded estimate seems to be that of Géza Perjés, who estimated the main annual need at 3.5 quintals, (7.51 p. m.) based on calorie needs and taking into account a whole range of variables (work intensity, age and gender-related differences, the calorific value and milling characteristics of grains, etc.). In connection with his estimation, the biggest question is how livestock farming can be adapted to the population of the central settlements of the Great Plain; he himself drew attention to this uncertainty factor as well.30 However, in the communities of the Great Plain, which were mainly engaged in livestock farming, the proportion of grains in the average diet may have been lower, and this may have been especially true for floodplain settlements, where fish, game, and fruit (with regard to floodplain orchards) may have been been a proportionally larger part of the average diet. Another question is the extent to which the average daily consumption of 4,000 calories per an adult man, calculated by Perjés (and this seems high even seen from the perspective of today), can be generalized in the eighteenth century. In view of all this, Perjés’ data can be considered a kind of “upper” estimate.

The issue is further complicated by the question of what we exactly mean by food or bread grain in the era. During the cadastral survey, the yields of four cereals (wheat, rye, barley, and oats) were recorded. In peasant culture, of these, wheat and rye clearly appeared as food grains, while oats appeared essentially as fodder crops. However, barley can be classified in either category only with reservations. According to Miklós Szilágyi, little care was taken to store the barley in the eighteenth century, so it was probably considered a lower value grain.31 However, cereal porridge was the daily food of the people of Nagykunság, and according to sources, barley porridge, which was called gerslin, was also consumed.32 The population clearly sought mainly to consume bread grains, but after the depletion of these stocks, the consumption of barley as porridge could also have been considered. I tried to bridge the uncertainty about the general use of grains by comparing the needs with three basic categories, namely bread grains (wheat and rye), food grains in the broad sense (wheat, rye and barley), and the total grain yields (wheat + rye + barley + oat).

Need / Production

If we calculate using the lowest average consumption (2 p. m./person/year), we see that the settlements of Nagykunság addressed many of the food needs of the population with wheat, and if we take bread grain and food grain into account, 5–6 fold overproduction occurs. The total settlement need calculated in this way should clearly be considered a minimum need for survival, and if the yield per cadastre calculated on the basis of the averages over the course of several years were close to or below this value, it would indicate severe overpopulation. In the settlements of Nagykunság, however, even the wheat yield exceeded this multiple times, and there was no settlement in Jászkunság where the production would remain below this value. (Table 1).

 

Table 1. Production and need based on the highest and lowest average consumption.
Source: JNSZML IV. 2. 76.

Calculated with the estimate from the 1816 census (in p.m.)

 

Wheat

Barley

Net production1

Need2

Difference (percent)3

Net production

Need

Difference (percent)

Karcag

38,645

7,580

410

41,555

7,580

448

Kisújszállás

24,365

5,266

363

27,359

5,266

420

Kunhegyes

16,206

3,666

342

14,386

3,666

292

Kunmadaras

12,648

3,966

219

18,782

3,966

374

Kunszentmárton

20,169

2,985

576

20,355

2,985

582

Túrkeve

18,604

3,934

373

26,846

3,934

582

Calculated with a consumption of 5 p. m/person/year

 

 

Grain bread (wheat and rye)

Edible cereals

Net production

Need

Difference (percent)

Net production

Need

Difference (percent)

Karcag

48,192

37,900

27

89,747

37,900

137

Kisújszállás

29,965

26,330

14

57,324

26,330

118

Kunhegyes

20,187

18,330

10

34,573

18,330

89

Kunmadaras

24,493

19,830

24

43,275

19,830

118

Kunszentmárton

26,564

14,925

78

46,919

14,925

214

Túrkeve

31,558

19,670

60

58,404

19,670

197

Calculated with the estimate made by Perjés

 

Grain bread (wheat and rye)

Edible cereals

Net production

Need

Difference (percent)

Net production

Need

Difference (percent)

Karcag

48,192

56,980

-15

89,969

56,980

58

Kisújszállás

29,965

39,585

-24

57,924

39,585

46

Kunhegyes

20,187

27,558

-27

35,564

27,558

29

Kunmadaras

24,493

29,813

-18

45,436

29,813

52

Kunszentmárton

26,564

22,439

18

47,094

22,439

110

Túrkeve

31,558

29,573

7

58,737

29,573

99

 

1 Without the need for seeds. In the cadastral survey, seed was deducted from the crop and this net yield was also recorded. I used this in all my calculations.

2 Only in terms of human consumption.

3 As a percentage of need.

The mean value of the average consumption estimate is given by the 3–5 p. m./person/year calculations. The total population needs calculated on the basis of this were met by the wheat yield only in Karcag and Kunszentmárton, but in the latter, 35 percent of the wheat yield (a relatively high proportion) was overproduction. If we also add the rye yield to this, there is no longer any settlement in Nagykunság where there was underproduction, and in the case of Kunszentmárton and Túrkeve, there was even a surplus of 60–70 percent. If we add barley to this, a 100–200 percent overproduction arises in Nagykunság.

However, the situation is less favorable if we calculate with the average annual consumption of 6 and 7.51 p. m., which form the upper estimates. Wheat production alone does not meet the entire needs in any of the settlements, and an underproduction of 10–30 percent can be observed in terms of bread grain. Exceptions are Kunszentmárton and Túrkeve, where bread grain met the needs and there was even an overproduction of 6–18 percent. However, if we consider food grain, a more favorable picture emerges, as production exceeded the needs in all settlements and, moreover, Kunszentmárton and Túrkeve produced 100 percent more than they needed.

As we can see, due to the uncertainty on the consumption side, it is difficult to accurately assess the relationship between production and consumption; however, some important conclusions can be drawn from the data. Production exceeded the minimum need by several times in all settlements, which makes it clear that there was no serious overpopulation. However, according to Géza Perjés’ estimate, the production of the settlements only slightly exceeded consumption. It is, however, important to note that Perjés’ calculations assume an extremely ideal consumption even for later periods. Thus, in the years of average yields, the population could have had plenty of grain to sell, not to mention the years of good yields. As production exceeded 4–5 times the minimum need, the worse-than-average years could not have caused more serious disturbances; at most the complete crop yield might have been consumed. Of course, it would be misleading to assess the relationship of production and consumption solely on the basis of physiological needs, to which we must certainly add the various types of tax burdens as well.

In the case of the settlements of Nagykun, the tax books (Conscriptio facultatum) of four settlements, Karcag, Kisújszállás, Túrkeve and Kunszentmárton, remained for the years of 1780, but in the case of the latter two, the column of the paid amount remained unfilled. In the year of 1784/85 the population of Karcag paid a tax of RFT (Rhine Forint) 4,958,33 and that of Kisújszállás RFT 2,856.34 The amounts include both the war tax (contributio) and the habitation tax (domestica). The amount of taxes did not exceed 7 percent of the total cadastral income for a settlement. Taking into account the assumed highest grain need per capita in the two settlements of Nagykun (Perjés), we can calculate with 32,829 p. m. surpluses in Karcag and 18,339 p. m. in Kisújszállás, considering the whole grain crop together. Calculated on the basis of the average prices of wheat, rye, barley and oats (based on market prices reported in the cadastral survey), this is about 13,470 and 7,029 RFT.35 It follows that, in principle, the full amount of taxes could be paid merely from the sale of surplus grain. Considering the presumably higher benefits of livestock farming, the amount of war and habitation taxes alone did not impose an unbearably high burden on the population. This is, of course, a theoretical calculation as we do not know what proportion of the crop was actually marketable. Unfortunately, I did not find any summary data on the in-kind part of the war tax, but I assume that its burden might not have been greater than that of the part paid in money. I did not find any data on the exact distribution of the annual 12,600 RFT palatine census, either; however, based on the value calculations of the surplus crops in Karcag and Kisújszállás, it could hardly have been an unbearable burden. In 1837, Márton Bartsik, the archivist of Jászkunság, made a summary of the benefits in money and extraordinary in kind ones provided by the Jászkun District between 1735 and 1837.36 According to this, the largest produce delivery for military purposes for the period of 1750 and 1800 took place in 1760, when the three districts delivered 60,000 p. m. of grain. This was 5.91 percent of the total annual grain production of the districts. It is also a clear indication that a total of 573,471p. m. of grain collected on extraordinary occasions amounted to 56 percent of the annual average production of the district during hundred years.

In the above calculation of grain surplus only the physiological need and tax burdens were considered however, it is important to take into account feed requirements and and storage losses too. József Glósz examined the balance of grain production throughout the country, calculating with 9 p.m/capita/years of needs, of which 5 liters of physiological needs and 4 liters of other needs, which include tax burdens, animal feed and storage losses.37 Assuming an average consumption of 9 liters, there was an overproduction of 52 percent38 in Nagykun District, Túrkeve (103 percent) was in the best position and Kunhegyes (17 percent) was in the worst. It should be noted, however, that farmers in the Nagykun district did not pay the landlord’s tax, and compared to other landscapes, there was probably less grain used for fodder here, because grazing was typical and pastures were rich, so the average consumption of 9 p.m/capita/years seems a lot. However, indicated the good situation of cereal production is by the fact that even with this high average demand, a significant surplus of cereals can be observed.

According to Glósz’s calculations, there was a small underproduction in Nagykunság in the first half of the nineteenth century.39 However, according to the cadastral survey, with the same average demand that Glósz used, there was a 26 percent overproduction in the Jászkun District at the end of the eighteenth century. This can be explained by the fact that between 1780 and 1840 the population increased by 74 percent, but the arable land by only 29 percent. Given that the comprehensive river regulation that allowed for greater extensive development of crop production only began in the mid-nineteenth century, this does not seem unrealistic. This study confirms Glósz’s remark that county-level statistics may mask significant regional differences. The overproduction was 26 percent in the Jászkun District, but there were significant regional differences: the overproduction was 52 percent in the Nagykun District, 11 percent in the Jász District and 22 percent in the Kiskun District.

Distribution of Resources

The analysis of production and need presented so far is a highly theoretical calculation, as I have compared the total needs of the settlements with the total production, but relative overpopulation can also result from a large inequality in the distribution of resources. In principle, it can be assumed, for example, that the grain crop, which supplies the entire population of the settlement, is concentrated in the hands of a few landowners who constitute a small part of society, and thus the majority of the population faces food insecurity. The social division created by redemption40 (landowner redeemers/irredeemers displaced from land ownership) brought with it the possibility of such a situation. Fortunately, the individual sheets41 of the cadastral survey also provide an opportunity to examine the estate structure, but such a document has survived only in connection with Kunszentmárton. However, there is no indication that my findings regarding Kunszentmárton cannot be generalized to the other five settlements with due caution.

In Kunszentmárton, 473 landholders were registered during the cadastral survey, i.e. persons with at least an internal plot (with a house, a garden), 17 of whom did not have any ploughland, meadows, pastures, or vineyards. According to other sources, 269 redeemer landowners lived in the settlement, and thus it seems that even irredeemer landholders obtained access to land cultivated in the system of the land community during the cadastral survey period. In the landed estate structure of Kunszentmárton, however, the marked social response line formed by redemption emerges clearly. At first glance, the structure of the landed estate (Table 2) gives a strongly negative picture, as 26 landless and 183 (38 percent of all landholders) family heads with less than one cadastral acre was recorded. From the point of view of overpopulation, it can undoubtedly be considered negative that almost 46 percent of the population had little or no ploughland or meadow that could be cultivated, as this clearly resulted in a continuously intense demand for land. However, it is also important to point out that a favorable structure of landed estate emerges within the stratum of the redeemers (practically the landholders with land of more than 1 cadastral acre in the table). Among redeemers, especially in the case of ploughland, the landholders in each category and the total cultivated area in that category are relatively proportional.42 Accordingly, in this social stratum, i.e. in the actual landholders, land subdivision was not yet so widespread; this stratum could be less characterized by internal tension. Undoubtedly, the pressure of the stratum of irredeemers gradually became more severe on that of the redeemers, but the key question in judging overpopulation is how great this pressure could have been and whether it could be managed under the given conditions.

In 1786, hundreds of mostly irredeemer families migrated to Bácska as part of the chamber’s efforts to relocate sectors of the population. Relocation is interpreted by most researchers as a symptom of a crisis in the community when internal tensions have reached a level so critical that they trigger emigration. In connection with this, however, I would like to mention my hypothesis that emigration was motivated more by the benefits of the chamber’s relocation efforts than by internal social tension. This seems to prove that the councils of the Nagykun settlements initially strove to impede43 the organization related to emigration, and the landlords of Külső-Szolnok County wanted to allow emigration from their villages only on condition that the families moving away find new landholders to take their place.44 This behavior seems illogical if we assume that the settlements were facing an overpopulation crisis.

As the statistics show, the relatively large number (38 percent) of Kunszentmárton’s heads of families were landless peasants or smallholders, and consequently landholders with lower levels of wealth and property. However, the stratum of irredeemers was also highly differentiated. On the one hand, there were landholders who had significant numbers of livestock, and on the other, there were herdsmen, horse herdsmen, shepherds, etc.,45 who played an important role in livestock farming and otherwise enjoyed relatively high social prestige. It is very important that smallholders in the land statistics who cultivated less than one cadastral acre not be clearly considered social outcasts living at the poverty line, as most of them were servants and laborers in the service of redeemer landowners who had an income above the subsistence level. In the eighteenth century, the lord-peasant relationship was strictly regulated centrally by district administrations and at the local level by settlement councils: they prevented lords from luring contracted peasants away, sanctioned unilateral breaches of contract by the lord or peasant, and also set wages.46 The initial impediment to the organization of emigration was clearly motivated by the fear of losing a labor force. At the agrotechnical level of the eighteenth century, the existence of this stratum providing a labor force was a normal condition for the operation of the farm, as the labor force of a family alone may mostly not have been sufficient to cultivate the estates of redeemer landlords with medium and large lands.47

According to the cadastral survey, 209 landless farm peasants or dwarf holders lived in Kunszentmárton, and they accounted for 38 percent of all landholders. It is worth comparing this ratio with regional and national averages, but this is difficult to do. Of the surrounding settlements, the individual sheets survived only in Tiszaszalók (it is a part of Abádszalók today). The settlements of Jászkunság cannot be compared with one another due to lack of sources. In Tiszaszalók, the ratio of cottars with less than one cadastral acre was quite high, 61 percent. Of course, the socage settlement can only be compared with the privileged Kunszentmárton with certain reservations, as the landholders classified as cottars in the former may have had access to the allodial land of the landlords. Accordingly, the data for Tiszaszalók are likely to be skewed upwards in terms of the ratio of landless peasants or dwarf holders. Furthermore, the question may arise whether the very high ratio of cottars can be attributed to some peculiarity of the settlement. However, the ratio of socage and allodial lands and the ploughland per person is close to the averages in the settlements of Heves and Külső-Szolnok Counties,48 and on the basis of its urbarium, it does not differ from the settlements along the river Tisza, either.49

According to the census in Nagykunság, the ratio of male cottars was 36 percent of all adult men. This ratio was 39 percent for the whole of Jászkunság, 48.5 in Heves and Külső-Szolnok Counties, 51 percent in Pest County, 32 percent in Győr County, and 51 percent for the whole of the Kingdom of Hungary.50 In Nagykunság, therefore, the ratio of the landless peasants does not seem striking. At the time of the socage settlement, 27.12 percent of the cottars in the Kingdom of Hungary belonged to the category of housed cottars and 6.23 percent to the category of houseless cottars. By 1791, this proportion rose to 29.64 and 9.25 percent, respectively. Also in 1791, the ratio of housed and houseless cottars was 33.16 percent and 11.66 percent respectively in the counties of the Great Plain.51 Based on these, on the other hand, the ratio of irredeemers of 38 percent with no land or little land but with a house in Kunszentmárton seems a bit high.

An important issue associated with overpopulation is the standard of living of the lower social strata. Fortunately, the individual sheets of the cadastral survey indicated not only the extent of the land cultivated by certain landholders, but also their yield. In Kunszentmárton, only 39 landholders (7 percent) were listed who did not produce any kind of grain, and 30 percent of them produced less than 5 p. m., which was the lower annual need of a person. 53 percent of landholders produced 13 p. m. meeting one family’s minimum annual need on their own land, and 46 percent of landholders harvested more than 37.5 p. m.52 regarded as the upper estimate (Perjés). Thus, in terms of the distribution of production (Table 3), and thus 30 percent of landholders produced below the subsistence level, roughly 7 percent of them produced 13–40 p. m. needed only to provide for the family, and 46 percent also produced a surplus. Thus, a significant part of families produced a marketable surplus. However, I have to nuance the picture that emerges from the survey data at two points. My calculations refer to food grain, which also includes barley, the consumption of which as porridge may have been a stop-gap solution. A further criticism of the calculation may be that it records the average yield. Landholders with an average production of roughly 40 p. m. may have been the ones who were able to ensure their own crop supply even in poorer crop years. This applies to 54 percent of all landholders.

 

Table 3. Distribution of cereal production among individual landholders in Kunszentmárton based on first cadastral survey

Distribution of cereal production*

(pozsonyi mérő)

Number of landholders

percent

All cereals produced in category

percent

Less than 1

66

13.95

48

0.03

1 – 4

78

16.49

1.076

0.6

5 – 9

70

14.80

1.626

0.91

10 – 19

17

3.59

852

0.48

20 – 39

23

4.86

2.363

1.33

40 – 79

36

7.61

7.945

4.46

80 – 159

65

13.74

29.654

16.65

160 – 319

81

17.12

65.559

36.81

320 – 639

32

6.77

51.309

28.81

640 –

5

1.06

17.646

9.91

 

* The cadastral data of Kunszentmárton coincide with the estimation of József Glósz of the average yield of the categories of serf plots. See: Glósz, “A birtokviszonyok hatása,” 206. The average yield of the estates belonging to the 40–50 Hungarian lunar category was 267 p. m. (According to Glósz, this category had a yield of 280 p. m.), 25–30 magyar hold – 176 p. m. (Ibid., 185), 20–21 magyar hold – 133 p. m. (Ibid., 140), 13–15 magyar hold – 90 p. m. (Ibid., 90), 5–10 magyar hold – 42 p. m. (Ibid., 46), 3–5 magyar hold – 22 p. m. (Ibid., 23). 1 magyar hold = 0,76 katasztrális hold.

Based on the above, it seems that at the end of the eighteenth century, the structure of landed estate in Kunszentmárton did not yet show significant fragmentation of the estate, which contradicts the hypothesis according to which the settlement was largely overpopulated. However, the optimal condition observed in the settlement cannot necessarily be considered valid for the whole of Nagykunság. In the other settlements of Nagykunság, the ratio of irredeemers was lower, which, however, does not only mean that there were fewer social tensions and, consequently, less hunger for land, but also that there may have been a less favorable structure of landed estate within the stratum of landowners, as all the cultivable land was shared between several owners. This could have been somewhat offset by the fact that the land available was proportionally larger, but this was not the case, as the utilized area per capita in Kunszentmárton (5.71 cadastral acres/person) exceeded the average in the settlements in Nagykunság (5.31 cadastral acres/person). However, these uncertainties are not greater than the uncertainties in the analyses that have been conducted by researchers so far. Based on the data of the cadastral survey, it can be stated that the amount of natural resources in relation to the population and the distribution of resources at the turn of the century were still relatively optimal, at least compared to other areas.

Assessment of the Economic Condition: Conclusions

The main question of the present study was whether the settlements of Nagykunság were afflicted by overpopulation due to failing to meet basic food needs and thus to what extent the anthropogenic interventions in the ecosystems (the construction of Mirhó Dam) could have been motivated by a kind of extensive growth compulsion. Due to the limited sources which were produced during and survive from the time, the question cannot be answered with certainty, but from the data of the first cadastral survey, which has been undeservedly neglected in environmental history research so far, many conclusions can be drawn which are new compared to assessments carried out by researchers previously.

According to the data of the cadastral survey, the grain production of the settlements of Nagykunság met the domestic consumption needs of the population, and taxes as well as the feed needs of animals too, and the population also had a surplus that could be sold on the market in normal and good crop years. The population of the settlements grew arable crops mainly for self-sufficiency, which is indicated by the relatively close relationship between the size of the ploughland and the population. The structure of the landed estate, i.e. the most important natural resource and the distribution of agricultural land, was still optimal at the end of the eighteenth century, both at national and regional levels.53 The overpopulation which, according to Klára Dóka, was an issue in the case of the settlements along the Tisza and the resulting growth compulsion can be detected only to a small extent in the case of the settlements of Nagykunság, along with the social tensions resulting mostly from redemption. The farming of the settlements of Nagykunság was characterized by the optimal utilization of environmental resources, and thus by high average yields (especially in the case of grain production).

The construction of the Mirhó Dam can undoubtedly be attributed to the confrontation between nature and man, but this is probably not due to the need to change the existing land use system, but to changes in the system due to external factors, in our case to the periodic changes in climatic conditions. This is indicated by the fact that the complaint letters written before the construction of the dam mention disturbances arising in the use of areas already under cultivation (flooded meadows all year round, ploughlands and vineyards protected by dykes, etc.) and do not formulate the need to involve new areas.54 The grain boom which emerged later and which forced the floodplain communities of the Carpathian Basin to change to dryland farming can’t have been behind the construction of the Mirhó Dam in chronological terms, either. If we accept the picture which emerges on the basis of the cadastral data, i.e. that the farming system at the end of the eighteenth century was relatively optimal, it is also unlikely that the goal of the farming communities involved in dam construction would have been to eliminate the farming system which had been in use until then. With regard to the construction, it is also worth noting that the dam was erected in the first half of the eighteenth century (i.e. in the initial period of reorganization), which suggests the possibility that the existence of the dam was a normal condition for floodplain farming. The intervention was rather the only active element of the basically passive floodplain farming carried out by the settlements of Nagykunság, similar to the way in which the settlements of Sárköz selected the scour channels (fok) that were unfavorable to them. Thus, the aim of building the Mirhó Dam could not have been to drain the area, but to create a more regulated water system. Based on the above, I agree with Zsolt Pinke, who suggests that water management work was caused by the environmental challenges caused by intermittent climate change, and I also agree that the conflict among settlements stems from differences in hydro-geomorphological conditions.55 However, given that floodplain management appears to have been statistically profitable and that significant quantities of marketable grain were available, in my opinion pressures from population growth may have played little role in dam construction in the eighteenth century.

My results are an adjunct to floodplain management debates too. The opinions of two significant researchers on the topic, Bertalan Andrásfalvy56 and Miklós Szilágyi,57 differed mainly on the question as to whether floodplain management was profitable and well-planned. My results are closer to Andrásfalvy’s opinion on efficiency, as floodplain farming was profitable even in terms of field crop production, despite the fact that in the Nagykun District this sector was secondary. The study I have done does not in itself provide an opportunity to assess the other side, the planning of floodplain management, so I cannot contribute to the discussion in this respect.

However, the validity of my findings is limited by certain source-critical considerations, three of which are worth highlighting. In the case of the cadastral data, despite the fact that they provide much more reliable and less indirect information compared to the dical tax censuses of the period, there are a number of uncertainties. The uncertainties are rooted, on the one hand, in the fundamental problems of statistics and, on the other, in the much-mentioned interests of farmers in data distortion. The basic statistical problems include, for example, how much variance we have to reckon with in the case of the average yield, and the extent to which the pressure system caused fluctuations in production. The second major uncertainty factor is the determination of need. We have very little information on contemporary consumption patterns, especially at a given time and place, and the relatively large standard deviation of the estimates can be attributed to this. Moreover, need, like overpopulation, must be regarded as a relative concept. The third factor of uncertainty is the livestock farming sector as the cadastral survey provides data only indirectly in this regard. The main point is, therefore, that there are uncertainties about both the need and the production side, but in my view, they do not exceed the uncertainties about the types of sources used by researchers so far (e.g. tax censuses). Moreover, the cadastral survey also allows analyses which were not feasible on the basis of these other sources.

One of the important aims of the present study was to shed light on the need to reevaluate the statements made about floodplain farming, as in the light of newer sources, some questions are approached from a different perspective. It is also worth reconsidering these questions in light of new source-critical findings related to the sources used so far. The synthesizing character of environmental history requires that the statements made so far be checked from time to time, taking into account new findings in different disciplines and reevaluating prevailing conclusions if necessary.

Archival Sources

Magyar Nemzeti Levéltár Jász-Nagykun-Szolnok Megyei Levéltára (JNSZML) [Jász-Nagykun-Szolnok County Archives]

V. 200. 1. a./a Kisújszállás város levéltára [Archives of the city of Kisújszállás]. Vegyes tanácsi iratok XVIII–XIX. sz. Mirhó-gát építésével kapcsolatos iratok.

V. 200. 1. a./b Kisújszállás város levéltára [Archives of Kisújszállás]. Conscriptio Facultatum [Census of goods] 1784/1785.

V. 100. 145. Karcag város levéltára [Archives of Karcag]. Conscriptio Facultatum Priv. oppidi Kardszag-Uj-Szállás [Census of goods in Karcag] 1784/1785.

V. 1900. 792. Kunszentmárton város levéltára [Archives of Kunszentmárton]. Conscriptio II. József-féle [Census in the era of Joseph II] 1789.

IV. 2. 76. A Jászkun Kerület II. József-féle közigazgatási iratai [Administrative documents of the Jászkun District of the reign of Joseph II]. Községek terméskimutatása [Crop statement by villages] 1789.

T 30. Térképgyűjtemény [Map collection]. Gyolcs-mocsár térképe [Map of Gyolcs swamp] 1777.

Magyar Nemzeti Levéltár Országos Levéltára (MNL OL) [The National Archives of Hungary]

P. 6. 1. 21. Családok, személyek, testületek és egyesületek iratai [Records of families, persons and associations]. Ányos család [Documents of the Ányos family], II. József kataszteri utasításának magyar nyelvű példánya [The Hungarian copy of József II’ cadastral directions] 1786.

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Szilágyi, Miklós: “Az ősi ártéri gazdálkodás elméletéhez” [On the theory of ancient floodplain farming]. In A Szekszárdi Béri Balogh Ádám Múzeum és a Wosinszky Mór Múzeum Évkönyve, vol. 10–11, edited by Miklós Szilágyi, 299–310. Szekszárd, 1982.

Szilágyi, Miklós. “Az árpa vermelése – Kunszentmárton, 1766” [Storage of barely in the ground in Kunszentmárton]. Honismeret 29, no. 6 (2001): 106–15.

Wellmann, Imre. A magyar mezőgazdaság a XVIII. században [History of Hungarian agriculture in the eighteenth century]. Agrártörténeti Tanulmányok 6. Budapest, 1979.

1 Fok: scour channel, stream bed, channelixing water flow from the river onto floodplain during floods and draining it back during the falling stage.

2 On the history of the construction, see: Sugár, A Közép-Tiszavidék két kéziratos térképe, 53–57; Szabó, “A ‘Mirhó-gáttyának’ építése.”

3 Károlyi, “A magyar vízi munkálatok rövid története,” 59; Fejér, A vízitársulatok 200 éve, 17.

4 Dóka, “Gazdálkodás a Tisza árterein.”

5 Rózsa, “A 18. századi árvízmentesítések vizsgálata.”

6 The needs of the population exceed production.

7 MNL OL P. 6. 1. 21.

8 Dávid, “Magyarország első kataszteri felmérése.”

9 For a source-critical analysis of the first military survey, see: Rózsa, “Az első kataszteri felmérés környezettörténeti forrásértéke.”

10 JNSZML V. 1900. 792.

11 JNSZML IV. 2. 76.

12 Dávid, “Adatok a mezőgazdasági termelés nagyságáról.”

13 Bellon, Karcag város gazdálkodása, 24; Bellon, Nagykunság, 90.

14 Károlyi, “A magyar vízi munkálatok rövid története,” 83–84, Somogyi, “A vízrajzi viszonyok szükségszerű átalakításának felismerése,” 150.

15 Outskirts, agrarian area around the settlement.

16 Hold was used as a unit of measurement in the cadastral survey. A katasztrális hold contained 1600 négyszögöl this was recorded in the survey documents. 1 katasztrális hold = 1600 négyszögöl, 1 négyszögöl = 3,5966 m2 (SI) so 1 katasztrális hold = 5755 m2

17 71 percent of the area of Kunhegyes is above 87 m B.a (B.a: Its height above the Baltic Sea), while 56 percent of the area of Túrkeve is below 85 m B.a.

18 For the data on which the calculation is based see, Dávid, “Adatok a mezőgazdasági termelés nagyságáról.”

19 Grain production potential is calculated by taking into account the parameters determining the crop production of the határ of the given settlement, i.e. climate, soil conditions, etc. The data are for the present, but the extent of soil and climate change is supposed not to reach the critical level which would prevent applying the data to the eighteenth century with some uncertainty. Many thanks to László Pásztor, an employee of the Institute for Soil Science and Agricultural Chemistry, Centre for Agricultural Research, the Hungarian Academy of Sciences for the data related to the wheat production potential of the settlements’ határs (outskirts, agrarian area around the settlement). See for details: Fodor and Pásztor, “The agro-ecological potential”; Fodor et al., “Coupling the 4M crop model.”

20 Györffy, Nagykunsági krónika; Bellon, Nagykunság.

21 Bagi, “A Jászkun Kerület,” 254–66.

22 Perjés, “Mezőgazdasági termelés,” 240–42.

23 Quote by: Bagi, “Adatok a növénytermesztés nagyságához,” 38.

24 Keleti, “Az 1868. évi aratás kenyérterményekben,” 160–61.

25 Quote by: Gyimesi, “Adalékok Miskolc gabonaellátáshoz,” 482.

26 Ibid.

27 Quote by: Bagi, “Adatok a növénytermesztés nagyságához,” 38.

28 Ibid., 41.

29 In the eighteenth-nineteenth centuries, liquid measures were used instead of weight measures to measure cereals. In the 18-nineteenth centuries, the size of pozsonyi mérő changed from 74 icces to 64 icces, i.e. between 62.08 and 53.72 liters. Pozsonyi mérő, therefore, corresponds to 46.5 or 40.29 kilograms of grain. This uncertainty can no longer be accepted in the order of tens of thousands of pozsonyi mérő. For conversions, see Bogdán, Magyarországi űr-, térfogat-, súly- és darabmértékek, 345.

30 Perjés, “Mezőgazdasági termelés,” 236–37.

31 Szilágyi, Az árpa vermelése.

32 Elek, “ ‘Értünk kunság mezején’,” 103.

33 JNSZML, V. 100. 145.

34 JNSZML, V. 200. 1. a./2

35 Rajnai forint, taxes were paid in that currency.

36 Papp, “A Jászkunok száz éves áldozatai.”

37 Glósz, “Területi hiány és felesleg,” 125.

38 In this calculation I have already taken into account oats, which I have omitted so far because they were feed.

39 Glósz, “Területi hiány és felesleg,” 126.

40 The population of Jászság and Nagy- and Kiskunság redeemed themselves for the landlord’s jurisdiction in 1745, and in exchange for the money paid at that time, the districts gained administrative, judicial, and economic autonomy, an event called redemption, which derives from the Latin word redemptio. The right of redemption, which came into force after 1745, divided society into two large groups, the full-fledged redeemers, who contributed to the costs of redemption, and the irredeemers, who were left out of it. Redeemers, in proportion to their contribution to redemption, acquired so-called capital land, which they freely possessed, and the holdings could be inherited and sold. Irredeemers were in principle not excluded from land ownership, but in practice the right of pre-emption of redeemers significantly limited their access to land. Even irredeemers could obtain access to pastures, meadows, and unallocated, so-called redistributed lands (melon, tobacco, and maize, etc.) at redemption in the eighteenth century, but at the end of the century, irredeemers began to be displaced from the common lands. See for details: Bánkiné, A Jászkun Kerület közigazgatása, 23–34.

41 A sheet listing all the owners of each settlement one by one, in which all the holdings cultivated by certain farmers were recorded.

42 This can be contrasted with the national situation at the end of the nineteenth century, when smallholders with less than 5 acres, representing 53.47 percent of the landholders owning 7.52 percent of the total, cultivated land. Katus, A modern Magyarország születése, 450.

43 Szabó, Kunhegyesi “földtelen emberek Feketitsre” költözése, 43.

44 Bagi, “Egy bácskai kirajzás,” 133.

45 See this for more details: Györffy, Nagykunság, 7–28.

46 On the wages of employees and the employment system, see: Szabó, “Megélhetőség Kisújszálláson.”

47 According to Imre Wellmann, a serf who had more land than half a serf plot had to hire or use a day-laborer. See: Wellmann, A magyar mezőgazdaság, 147. In Kunszentmárton, at the end of the eighteenth century, 18 percent of the owners had more land than 11 katasztrális hold (on a country average, this is half a serf plot).

48 The data on the settlements were published: Dávid, “Adatok a mezőgazdasági termelés nagyságáról,” 123–24.

49 The urbariums are bublished: Soós, A jobbágyföld helyzete, 25–42.

50 For the data based on the calculation see: Danyi and Dávid, Az első magyarországi népszámlálás.

51 Quotes the data: Wellmann, A magyar mezőgazdaság, 69–70.

52 The 37.5 p. m. presumably covered ample the needs of a family, if we calculate average consumption of 7.5 p. m./capita/year and a family size of 5 people.

53 Dóka, “Gazdálkodás a Tisza árterein.”

54 JNSZML V. 200. 1. a./a.

55 Pinke, “Alkalmazkodás és felemelkedés,” 258.

56 Bertalan Andrásfalvy examined farming before the river regulations in the settlements of Sárköz along the Danube and found planned and productive floodplain management, which he called fokgazdálkodás. See: Andrásfalvy, A Sárköz ősi ártéri gazdálkodása.

57 Examining the Tiszavidék, Miklós Szilágyi did not find any traces of active floodplain management similar to that observed in Sárköz, and he doubted that the farming system before the river regulations would have been planned or very productive. See: Szilágyi, “Az ősi ártéri gazdálkodás elméletéhez.”

* The author’s research was supported by the grant EFOP-3.6.1-16-2016-00001 (“Complex improvement of research capacities and services at Eszterhazy Karoly University”).

rozsa.jpg

Map 1. Hydrographic conditions of Grand Cumania (Nagykunság) at the end of the eighteenth century. Map drawn by the author using the following map: JNSZML T30.

rozsagraf.psd

Table 2. Structure of the landed estate in Kunszentmárton based on first cadastral survey

Distribution of ploughland

(cadastral acre
katasztrális hold)

Number of landowners in category

percent

Total area of the category

percent

No arable land

39

8

-

-

– 0.99

182

38

27

0.46

1 – 4.99

31

7

94

1.59

5 – 9.99

39

8

293

4.95

10 – 19.99

64

14

983

16.59

20 – 39.99

85

18

2,344

39.57

40 – 79.99

30

6

1,638

27.65

80 – 159.99

2

0

190

3.21

160 –

1

0

355

5.99

Distribution of meadow

No meadow

167

35

-

-

– 0.99

78

16

20

0.45

1 – 4.99

41

8

116

2.59

5 – 9.99

56

11

428

9.55

10 – 19.99

62

13

847

18.89

20 – 39.99

47

9

1,311

29.24

40 – 79.99

17

3

963

21.48

80 – 159.99

5

1

519

11.57

160 –

1

0.2

280

6.24

 

2020_2_Kázmér, Győri

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Millennial Record of Earthquakes in the Carpathian-Pannonian Region: Historical and Archaeoseismology

Miklós Kázmér and Erzsébet Győri
Eötvös Loránd University, MTA–ELTE Geological, Geophysical and Space Science Research Group; Kövesligethy Radó Seismological Observatory
This email address is being protected from spambots. You need JavaScript enabled to view it.

Hungarian Historical Review Volume 9 Issue 2  (2020): 284-301 DOI:10.38145/2020.2.284

This is a short essay on earthquakes in the Carpathian-Pannonian region and its surroundings. Earthquakes have been recorded using seismographs since 1902 in Hungary. The relatively small number of seismic events and the long return period of major earthquakes make it necessary to use historical data in order to assess seismic hazard. Historical earthquake catalogues aim for exhaustiveness both in time and space, but they are limited by the lack of documentary data. A simple arithmetical assessment is provided to estimate our lack of knowledge of past seismic events. All destructive earthquakes of the twentieth century (above magnitude 5) are included in the catalogue (100%). Of the seismic events which took place in the seventeenth, eighteenth, and nineteenth centuries, only 23% are on record, while this figure drops to 4.6 percent for the eleventh–sixteenth centuries and 0.2 percent for the first millennium AD. On average, we have no information about 90% of the destructive earthquakes which occurred in the Carpathian-Pannonian region over the course of the past two millennia.
According to both instrumental measurements and historical sources, there were relatively few earthquakes in the central era of the period of time in question. This era coincides roughly with the two centuries of Ottoman rule (the sixteenth and seventeenth centuries). Were there really few earthquakes over the course of these two centuries, or we do not have the relevant records? We contend that warfare resulted in the destruction of settlements and the annihilation of documents.
Fragile historical documents can be supplemented by the study of robust edifices, an approach to the study of the past which is known as archaeoseismology. Evidence of damage and destruction can be identified, and earthquake parameters can be assessed. One can find evidence corroborating other sources indicating an earthquake (e.g. Savaria), and one can also identify traces of previously unknown seismic events (Visegrád). One can also assign intensity values to the existing historical records. Damage observed to a Roman road in Savaria, to the medieval donjon of Nagyvázsony offers support for our fundamental contention. In order to understand the seismic hazard that was faced in the Carpathian-Pannonian region, renewed study of historical sources and new archaeoseismological investigations are needed.

Keywords: earthquakes, archaeoseismology, historical sources, Carpathian-Pannonian region

Introduction

Earthquakes cannot be predicted. There are abundant references on the internet and in the secondary literature concerning seismic events that allegedly were successfully forecast. Several natural anomalies were harbingers of the 1975 Haicheng event in China, and an evacuation order was issued by an exceptionally cautious civil protection leader, who was in a position of power at the time and who thus probably saved tens of thousands of lives. In contrast, there was no foreshock or any other kind of anomaly on the basis of which predictions might have been made concerning the 1976 Tangshan earthquake, which hit the city at night and caused at least 250,000 deaths. The few successful cases when an earthquake was predicted should be seen as lucky coincidences at most, not suitable for generalization.1 How can we reduce damage to people and property by earthquakes in the future? Anything that happened in the past can happen in the future. We therefore need to learn as much as we can about the past. This may help us prepare for events in the future.2 In the following, we provide a very short overview on the seismic history of the Carpathians and the Pannonian Basin.

Historical Seismology

Measurements of seismic activity using sophisticated instruments began in Hungary in 1902. For any moment before this date, we have data on seismicity based on historical documents only. Grossinger3 was the first to summarize these documents in a Latin catalogue published in 1783, immediately followed by a German translation of Sternberg,4 both of whom listed 150 events. A century later, Jeitteles5 described 220 earthquakes from the same period in great detail, noting felt features and damage. After a few short communications, Réthly6 published his monumental catalogue, listing events up to the end of 1917. Two hundred and thirty-five of these events are recorded from the same period as Grossinger. Réthly was the first to distinguish between main shock and aftershocks. He gave catalogue entries in the original language and added Hungarian translations with references to the original sources. His catalogue is an exemplary work in every sense.7

Zsíros8 prepared a computerized catalogue containing more than 20,000 events. Most of the information concerning these events came from instrumental measurements taken after 1970. Comparing his methods with previous studies, we found that he increased the data given by Grossinger more than fourfold (!) for the period which came to an end in 1783. References are provided for all of the data. This catalogue has been supplemented by new data compiled using instruments by researchers at the Seismological Observatory in Budapest. Figures 1 and 2, which illustrate the temporal and spatial distribution of earthquakes in the Carpathian-Pannonian Basin, are based on this database.

Historical earthquake catalogues are prepared with the intent of making a complete listing of known events for a given area. The best examples to follow are the catalogues compiled by Guidoboni and Comastri9 for the Mediterranean region, by Ambraseys10 for the Mediterranean and the Middle East, and, to cite a local example, by Hammerl and Lenhardt11 for Lower Austria.

Our ability to provide a complete account of catalogue of seismic events, however, depends, of course, on the availability of sources. Hungary is characterized by a lack rather than an abundance of sources, in part because of its stormy history.

Earthquakes of magnitude 5 or larger are plotted by decade in Figure 1. A magnitude 5 earthquake causes structural damage to buildings. Earthquakes and seismic events which took place after 1901 were measured using new instruments, so these measurements were used to plot them on the graph, while other sources, including narrative sources, were used to plot seismic events before this. The part of the graph which covers earthquakes of a magnitude of five or more in the twentieth century can be considered complete, as it is based on data provided by relatively sophisticated instruments. The graph offers the impression that, the further one goes back in time, the fewer earthquakes there were. Clearly, this is unlikely. This difference is a sign, rather, of the lack of sources.

 

Figure 1. Number of known earthquakes in the Carpathian-Pannonian region and surroundings in the past two millennia. Magnitude 5 and larger events are shown for each decade. See also Figure 2 for the investigated area.12

We assume that there were similar numbers of earthquakes in previous centuries. The locations and times of seismic activities are consequences of processes of plate tectonics, which hardly show significant variations over the course of centuries or even millennia.13 On average, there were 15 events every decade in the twentieth century, coming to a total of 205 earthquakes. The approximate parameters of these events are known. Between 1600 and 1900, sources indicate that there were on average five events per decade, coming to a total of 144 earthquakes, instead of the 615 ones if we assume that earthquakes occurred with the same frequency as in the twentieth century. This means that there are no records in the available sources of three fourths of the destructive earthquakes (which would mean 461 events). There are scattered records of earthquakes before 1600, including decades for which there are no indications that there were any earthquakes whatsoever. Between 1000 and 1600, the sources indicate only 57 earthquakes, which would be 4.6% of the 1,230 quakes which probably occurred. There are only three records of three earthquakes from the first millennium. In other words, if one were to rely entirely on these sources, one would conclude that 0.2% of all the earthquakes which occurred in the period of time covered in this discussion took place over the course of this period of 1,000 years (Fig. 1). If, in contrast, we were to make the logical assumption that earthquakes were as common in the first millennium as they were in the twentieth century, we can conclude that the sources make no mention of 99.8% of all earthquakes. Historical observations for 1 to 1900 AD indicate only 5.2 percent of the number of earthquakes which we can assume to have taken place. These are the earthquakes that are listed in the aforementioned catalogues. Calculations of seismic risks are based on these data, as are the hazard maps (Table 1).

 

Table 1. Known earthquakes and earthquakes assumed to have taken place in the Carpathian-Pannonian region and surroundings. For the area studied see Figure 2.

Interval

Duration

in years

Number of earthquakes assumed to have occurred

Number of earthquakes

recorded

Percentage

recorded/occurred

1900–2000

100

205

205

100%

1600–1900

300

615

144

23%

1000–1600

600

1,230

57

4.6%

1–1000

1000

2,050

3

0.15%

1–1900

1900

3,895

204

5.2%

1–2000

2000

4,100

409

10%

 

There are various mathematical methods available to assess the seismicity of any region, be it as large14 or small.15 The simple arithmetic used in the present study is intended to reveal major gaps in our knowledge and emphasize the importance of further study.

Why do we know so little about past earthquakes of the period before sophisticated instruments were available to detect and measure seismic activity? There are three major factors to be considered. (1) Were any records of earthquakes created at all? (2) Were the records preserved? (3) If a source was created, do we know of it, have we analyzed it, and was it included in the earthquake catalogue?

There are more than 4,000 Roman inscriptions in Pannonia dating to the period between the first and the fifth centuries AD.16 Most of them were unavailable to Réthly. Roman inscriptions rarely mention earthquakes. Rather, they note completion of construction or reconstruction of a building. Thorough historical and archaeological study of the sites is necessary if we wish to interpret these inscriptions accurately. People of the Early Middle Ages rarely left any written records in the region. Late medieval sources, especially sources found in the territory of the Kingdom of Hungary, are substantial, and many of them have either been published in print or are available online. There are about half a million medieval charters of a legal nature. They do not provide much information concerning seismicity. Travelogues, reports by envoys, and geographical and historical handbooks17 probably provide the most substantial amount of data, if one approaches them with an open mind. Private correspondence, frequent from the sixteenth century onwards, and reports published in foreign journals beginning in the seventeeth century provide a considerable amount of data. It is too easy to rely on the monumental catalogue compiled by Réthly and his successors. One must be aware that his data were gathered up until the late 1910s, and later amendments and additions were made.

Zsíros,18 who was aware of this deficiency, found a significant number of new sources and added the data he found in them to his catalogue. Additionally, he added geographic coordinates to the sites, assigning intensity and magnitude values to seismic events. His sources are precisely referenced. However, word-by-word citations and especially translations on this scale constitute a task beyond the capabilities of one person. The extent and precision of Zsíros’s work is shown by the fact that he identified three times the number of earthquakes (460) identified by Réthly, making note of 1,453 events during the period covered by Grossinger until 1783.

If there were historical records produced, did they survive tumultuous centuries of history in the Carpathian-Pannonian region? Figure 2 shows the maximum extent of Ottoman rule in the sixteenth and seventeenth centuries. This meant severe destruction of life and property due to incessant warfare and robbery. This part of the region also seems to be characterized by a low number of earthquakes (Fig. 2), while there were significantly more to the west and east. Recurring warfare in the sixteenth and seventeenth centuries resulted in the destruction of towns and cultural centers (especially monasteries) and depopulation in general. One third of medieval churches of Pest County are known from archaeological evidence only, because the relevant historical documents were lost.19 Written records were neither produced nor preserved during this period. No Gothic buildings, ecclesiastic or secular, survived in Buda, which was the medieval capital and royal seat of Hungary. The royal archives and library, the city archives, the royal registries and charters, records of city councils, financial records, and private correspondence were all lost due to the wars with the Ottomans.20 Particularly painful is the loss of historia domus records, which were dutifully written and preserved by monks in each monastery. These were major sources of Réthly’s studies in other regions. Turkish-language records, written in the Arabic alphabet, are certainly available, waiting to be studied.

When creating Figure 2, we asked whether the Carpathian-Pannonian region was really relatively free of major destructive earthquakes in its center or not. Is it true that there were many major earthquakes in the west and the east but almost none in the center? We cannot offer an answer based on the small number of surviving historical records. Given the methods on which it is based, archaeoseismology may yield a more nuanced understanding of seismic activity in the Carpathian-Pannonian region, and it may well provide significant quantities of new data, irrespective of the historical record. Two examples illustrate this point below.

Archaeoseismology

Archaeoseismology is the study of seismic activity in the past on the basis of archeological sites. It has not yet been used in Hungary. An archaeoseismologist studies archeological excavations and surviving edifices for deformations caused by earthquakes.21 If one can exclude other causes (foundation problems, damages caused by warfare, etc.),22 earthquake intensity is assessed, and attempts are made to establish, within a limited framework, the time of earthquake. The nature of the damage helps localize the fault responsible for the shocks(s). This method is a suitable approach to finding corroborating evidence of suspected historical earthquakes (e.g. Savaria)23 and identifying seismic events unrecorded in historical sources (Visegrád).24 Additionally, one can assign intensity values to earthquakes, independently from historical records (Buda,25 Kolozsvár26).

Archaeoseismology was essentially invented in Greece as way of explaining layers of collapsed edifices excavated in the palace of Knossos, Crete.27 The first handbook was published in Athens.28 Large-scale field surveys29 were followed by clear essays on methodology in Italy30 and Spain.31 Progress is being made in attempts to produce analogue models first and foremost in Portugal,32 and Germany is in the vanguard in computer analysis.33 There are examples of widespread use of archaeoseismology in Turkey34 and Israel35 and novel studies elsewhere in the Mediterranean region, including Algeria,36 Tunisia,37 Libya,38 Egypt,39 Jordan,40 Lebanon,41 and Syria,42 to name a few.

The Mediterranean region lies along the collision zone between the European and the African plates, in a so-called plate margin environment, where seismicity is high. Additionally, there are rare but major earthquakes in intraplate environments, far from any plate margin. Archaeoseismology is eminently suitable as an approach to the study of past earthquakes in this region. However, the findings are often met by skepticism. The Lower Rhine Graben, centered around Cologne, was recently identified as possibly the seismically most active region of intraplate Europe, as proven by two millennia of archaeological documentation of past earthquakes.43 In the Carpathian-Pannonian region, Manfred Kandler, an Austrian archaeologist, was the first to suggest that collapsed walls in the Roman city of Carnuntum near Vienna were destroyed by an earthquake or earthquakes. His ideas were initially rejected, and this prompted him to publish his findings in Hungary.44 As other studies began to be published supporting45 and throwing into question his contentions,46 his views gained some acceptance. Recently, an international conference was organized dedicated to the Carnuntum earthquake of the 4th century AD.47

There are a few promising initiatives elsewhere in the Carpathian-Pannonian region. A large portion of the Roman city wall in Siscia (modern Sisak in Croatia) lies, collapsed, several meters from the foundation.48 Damage observed to St. Michael’s Church in Cluj-Napoca (in Transylvania, Romania) indicates an earthquake of intensity IX, far larger than anything suspected before.49 Major subsidence in the floor of the Franciscan monastery at Visegrád indicates that there was a major earthquake, causing liquefaction, at some point between 1513 and 1540. Both the monastery and the adjacent church were ruined.50 Using numerical techniques to model the process of deformation and damage, we arrive at data on the energy released,51 and we can draw conclusions as to whether the damage was caused by a sudden, seismic shock or continuous loading.52

Preliminary information is given on two sites to show that archaeoseismological research is possible and desirable in Hungary. A Roman road in Savaria (modern Szombathely) shows asymmetric subsidence which may be attributable to seismic activity (Fig. 3): a person or a horse-drawn cart could not move or stand on the 1.5-meter wide tilted edge of the road. This kind of deformation seems a prime example of uneven subsidence caused by seismic-generated liquefaction. A minor trench or a hand boring might reveal sandy subsoil to corroborate the presence of liquefiable sand. Stairs of the spiral staircase from the fifteenth-century donjon in Nagyvázsony were displaced by roughly 4 cm, obviously caused by lateral loading, possibly due to an earthquake (Fig. 4).

Historical seismology is like a large-resolution snapshot: a single event is documented in great detail. An earthquake which took place in 1202 AD in the Middle East, which was the largest earthquake known to have taken place there, offers an example of a dramatic seismic event which has been thoroughly studied. It was recorded at more than hundred sites within a circle with a radius of 500 km.53 Later, the fault responsible was identified in Mount Lebanon.54 The more snapshots we have, the more accurate our hazard assessment.

Archaeoseismology is like a deep borehole: a single site might record successive construction-destruction-reconstruction events over the course of centuries. Although recurrent episodes of damage to the same edifice are not easy to recognize and date, a few promising results are available. For instance, the crusader fortress of Al-Marqab on the coast of Syria,55 the Roman theater in Capitolias (modern Beit-Ras in Jordan),56 and the Byzantine dead city of Umm al-Jimal (also in Jordan) each offer evidence of at least two successive seismic events. While dating is still ambiguous at the Jordanian sites, we find evidence for reconstruction after the first earthquake and abandonment after the second event. Usually, historical sources and archaeoseismology work hand-in-hand, especially when dating is considered.

Summary

Earthquake hazard can be reliably assessed only if we are aware of past seismicity. The relatively small number of seismic events and long return period of major earthquakes make it necessary to use historical data in seismic hazard assessment. However, the lack of documentary data in the central region of the Carpathian-Pannonian region makes this a challenging task. This area practically coincides with the maximum extent of two centuries of Ottoman rule in the sixteenth and seventeenth centuries. An arithmetic assessment suggests that we have no record of 90 percent of the destructive earthquakes which, in all likelihood, occurred in the Carpathian-Pannonian region over the course of the past two millennia.

We suggest that, by using archaeoseismology, we can contribute previously unknown data to this discussion. Damage caused by earthquakes can be recognized, and earthquake parameters can be assessed. Preliminary studies identified previously unknown seismic events (Visegrád) and assigned intensity values to historical records. The damage observed on a Roman road in Savaria and in the medieval donjon of Nagyvázsony offer two examples of the potentials of archaeoseismology. Renewed extensive study of historical sources and the further use of archaeoseismological investigation are needed if we seek to arrive at a nuanced understanding of seismic hazard in the Carpathian-Pannonian region.

Acknowledgements

András Grynaeus called our attention to earthquake damage in the donjon at Nagyvázsony. Two anonymous referees suggested useful improvements. Thomas Cooper improved English. We are also grateful for their assistance.

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Meghraoui, M., F. Gomez, R. Sbeinati, J. Van der Woerd, M. Mouty, A. N. Darkal, R. Darawcheh, F. Hijazi, R. Al-Ghazzi, and M. Barazangi. “Evidence for 830 years of seismic quiescence from palaeoseismology, archaeoseismology, and historical seismicity along the Dead Sea fault in Syria.” Earth and Planetary Science Letters 210 (2003): 35–52.

Morais, Eduardo, László Gergely Vigh, and János Krähling. “Preliminary estimation of the probable magnitude of Komárom 1763 earthquake using fragility functions.” In 16th World Conference on Earthquake (16WCEE 2017), 9–13 January 2017, Santiago, Chile. Paper No. 4454, 11.

Morais, Eduardo, László Gergely Vigh, and János Krähling. “Cyclic behaviour, dynamic analysis and seismic vulnerability of historical building archetypes in Hungary.” International Journal of Architectural Heritage, 2019. doi:10.1080/15583058.2019.1690074.

Nasir, Asma, Wolfgang A. Lenhardt, Esther Hintersberger, and Kurt Decker. “Assessing the completeness of historical and instrumental earthquake data in Austria and the surrounding areas.” Austrian Journal of Earth Sciences 106 (2013): 90–102.

Nikonov, A. “On the methodology of archaeoseismic research into historical monuments.” In The Engineering Geology of Ancient Works, Monuments and Historical Sites, Preservation and Protection, edited by I. Marinos, G. Koukis, Rotterdam, 1988, 1315–20.

Reicherter, Klaus, Andreas Schaub, Tomas Fernández-Steeger, Christoph Grützner, and Tanja Kohlberger-Schaub. “Aquisgrani terrae motus factus est (part 2): Evidence for medieval earthquake damage in the Aachen Cathedral (Germany).” Quaternary International 242 (2011): 149–57. doi.org/10.1016/j.quaint.2011.05.006.

Réthly, Antal. A Kárpátmedencék földrengései, 455–1918 [Earthquakes in the Carpathian Basin, 455–1918]. Budapest: Akadémiai Kiadó, 1952.

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F. Romhányi, Beatrix. “A középkori egyházi épületek kutatása – eredmények és feladatok” [Research into medieval ecclesiastical buildings – findings and tasks.] In A középkor és a kora újkor régészete Magyarországon, edited by Elek Benkő, and Gyöngyi Kovács, 255–70. Budapest: MTA Régészeti Intézet, 2010.

Roumane, Kahina, and Abdelhakim Ayadi. “Archaeoseismology in Algeria: Observed damages related to probable past earthquakes on archaeological remains of Roman sites (Tel Atlas of Algeria).” In The Geology of the Arab World: An Overview, edited by A. Bendaoud et al., 319–39. Bern: Springer Nature, 2019. doi:10.1007/978-3-319-96794-3_8.

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Zsíros, Tibor. A Kárpát-medence szeizmicitása és földrengés veszélyessége: Magyar földrengés katalógus (456–1995) [Sesmisicity and earthquake hazard of the Carpathian Basin: Hungarian Earthquake catalogue, 456–1995]. Budapest: MTA Földtudományi
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1 Hough, Predicting the Unpredictable.

2 Ambraseys, “Archaeoseismology.”

3 Grossinger, Dissertatio.

4 Sternberg, Geschichte.

5 Jeitteles, “Geschichte der Erdbeben.”

6 Réthly, Kárpátmedencék.

7 Ambraseys, Earthquakes, 6.

8 Zsíros, “Earthquake activity.”

9 Guidoboni and Comastri, Catalogue.

10 Ambraseys, Earthquakes, 6.

11 Hammerl and Lenhardt, “Erdbeben.”

12 Earthquake Catalogue.

13 Bada et al., “Present-day stress field.”

14 For the Pannonian Basin, see Tóth et al., “Seismic hazard.”

15 For the Vienna Basin, see Nasir, “Assessing the completeness.”

16 Kovács, “Römische Inschriften.”

17 Csukovits, “Források.”

18 Zsíros, A Kárpát–medence.

19 Tari, Pest megye, 210–14; F. Romhányi, “Medieval ecclesiastical buildings,” 259.

20 Zolnay, “A történeti forrásanyag,” 30–34.

21 Marco, “Recognition”; Kázmér, “Damage.”

22 Ambraseys, Earthquakes.

23 Varga, “Magnitude.”

24 Kázmér et al., “Tizenhatodik századi.”

25 Ibid.

26 Kázmér, “Evidence.”

27 Evans, Minos; Jones and Stiros, “Advent of archeoseismology”; Jusseret, “Contextualising.”

28 Stiros and Jones, Archaeoseismology.

29 Karcz and Kafri, “Evaluation”; Nikonov, “Methodology”; Korjenkov and Mazor, “Seismogenic origin.”

30 Galadini et al., “Archaeoseismology.”

31 Silva et al., “Archaeoseismic record.”

32 Vasconcelos et al., “Experimental investigations.”

33 Hinzen et al., “Quantitative methods” for monumental buildings. We appreciate the role of Morais and others “Cyclic behaviour” on using computer models to describe the behavior of vernacular buildings.

34 Akyüz and Altunel, “Geological”; Benjelloun et al., “Construction.”

35 Ellenblum et al., “Crusader castle”; Marco, “Earthquake-related damage.”

36 Roumane and Ayadi, “Archaeoseismology.”

37 Bahrouni et al., “Historical”; Kázmér, “Why seismic hazard.”

38 Bacchielli, “Cyrenaica earthquake.”

39 Karakhanian et al., “Archaeoseimological studies.”

40 Al-Tawalbeh et al., “Archaeoseismic analysis.”

41 Lewis, “Baalbek.”

42 Meghraoui et al., “Evidence”; Kázmér and Major, “Distinguishing damages”; Kázmér and Major, “Safita castle.”

43 Reicherter et al., “Aquisgrani terrae”; Hinzen et al., “Archeoseismic study.”

44 Kandler, “Erdbebenkatastrophe.”

45 Decker et al., “Earthquake of Carnuntum.”

46 E.g. Hammerl et al., “Carnuntum case.”

47 Konecny et al., Carnuntiner Erdbeben.

48 Skrgulja and Kázmér, “Deformed Roman monuments.”

49 Kázmér, “Evidence for earthquake.”

50 Kázmér et al., “Tizenhatodik századi.”

51 Morais et al., “Preliminary estimation.”

52 Besharatinezhad et al., “Modelling.”

53 Ambraseys and Melville, “Analysis.”

54 Daeron et al., “Sources.”

55 Kázmér and Major, “Distinguishing damages.”

56 Al-Tawalbeh et al., „Two inferred Antique earthquakes.”

85565.png
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Figure 2. Earthquakes measured using instruments and earthquakes to which there are references in historical sources larger than magnitude 4 in the Carpathian-Pannonian region and surroundings.* One notes the low number of earthquakes in the central part. Is it due to a lack of seismic activity or a lack of historical records? A dotted line marks the largest northern extent of Ottoman rule in the sixteenth and seventeenth centuries.** Recently discovered earthquakes are indicated by capital letters: Nagyvázsony (N), Visegrád (V), and Cluj-Napoca (K). S – Savaria.
* Source: Earthquake Catalogue. ** Szalay, A magyar nemzet.

Figure 3. Uneven subsidence of a Roman road in Savaria. This kind of deformation is often caused by seismically induced liquefaction of the subsoil. Szombathely, Roman garden. #2156

3_IMG_2156.JPG

Figure 4. Displaced steps of the spiral staircase in Nagyvázsony donjon.
A coin with a diameter of 24 mm for scale. #0376

4_IMG_0376.JPG

2020_2_Kiss

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Transformations of Metal Supply during the Bronze Age in the Carpathian Basin

Viktória Kiss*
Research Centre for the Humanities
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 Hungarian Historical Review Volume 9 Issue 2  (2020): 315-330 DOI:10.38145/2020.2.315

This paper presents recent research questions which have been raised and methods which have been used in the study of Bronze Age metallurgy in connection with available natural resources (ores) in and around the Carpathian Basin. This topic fits in the most current trends in the research on European prehistoric archaeology. Given the lack of written sources, copper and bronze artifacts discovered in settlement and cemetery excavations and prehistoric mining sites provide the primary sources on which the studies in question are based. The aim of compositional and isotope analysis of copper and tin ores, metal tools, ornaments, and weapons is to determine the provenience of the raw materials and further an understanding of the chaine operatiore of prehistoric metal production. The Momentum Mobility Research Group of the Institute of Archaeology, Research Centre for the Humanities studies these metal artifacts using archaeological and scientific methods. It has focused on the first thousand years of the Bronze Age (2500–1500 BC). Multidisciplinary research include non-destructive XRF, PGAA (promptgamma activation), TOF-ND (time-of-flight neutron diffraction) analyses and neutron radiography, as well as destructive methods, e.g. metal sampling for compositional and lead isotope testing, alongside archaeological analysis. Microstructure studies are also efficient methods for determining the raw material and production techniques. The results suggest the use of regional ore sources and interregional connections, as well as several transformations in the exchange network of the prehistoric communities living in the Carpathian Basin.

Keywords: Copper Age, Bronze Age, metallurgy, scientific analysis, exchange networks

Introduction

Given the lack of written sources from the period in question, an important research question is simply where did the raw materials, used by prehistoric communities come from. If we determine the provenance of stone and metal raw materials, we can venture hypotheses regarding the connections among prehistoric groups. Over the course of the past decade, montan-archeological research (Montanarchäologie; archeology of raw material mining) and archeometallurgy have proven the existence of several prehistoric copper ore mining sites in various European regions. As a result, most current research trends in the archaeological study of the Copper and Bronze Ages are connected to scientific analyses of metal artifacts discovered in settlement and cemetery excavations, as well as ores found at prehistoric mining sites.1

Figure 1. Map of social interactions based on the archaeometallurgical analyses of the first copper artifacts in the Carpathian Basin2

In the central areas of the Carpathian Basin metal, ores were not available, or in a very small amount.3 Compositional analysis of the first small items of copper jewelry, which appeared in the late Neolithic period (the fifth millennium BC), revealed that they were made of high-purity copper. Thanks to recent lead isotope analyses, the conclusion has been reached that these artifacts came to the Carpathian Basin from communities living in the vicinity of mines in Serbia and Bulgaria (Fig. 1).4 The very few lead isotope data so far indicate that they are objects that were imported from the Balkans even in the Copper Age, possibly with the use of mines in the Slovak Ore Mountains and the eastern Alpine region.5 We can suppose that the development of local metallurgy began in the Copper Age.6

Analysis of Bronze Age Artifacts in Central Europe

The metalwork of the Bell Beaker culture (around 2500 BC), which began to emerge at the dawn of the European Bronze Age, is an important research topic, mainly because artifacts used by these communities were the first metal objects in the western part of Europe. On the basis of the available data, scholars outlined a uniform metal type, the so-called Bell Beaker metal, which consisted of 98% copper with arsenic, antimony, and nickel impurities.7 A selection of 1,943 trace element analyses of copper finds from the material of Central European communities (southern and central Germany, Bohemia, Moravia, and the Carpathian Basin) used between 4500 and 2000 BC resulted in a picture which differed from the western European Bell Beaker metal: the artifacts were categorized into 13 different groups. According to the compositional analyses, 65 of the 80 eastern Bell Beaker objects were made of tin-rich or fahlore coppers with varying impurities (antimony, arsenic, silver) and a small (less than 4%) amount of tin. The various dominant elements suggest that there was no uniform Bell Beaker metal in this region.8

Elemental composition data of the next period prove that the most widespread raw material of the Central European Early Bronze Age (from 2100 BC; contemporaneous with the 3rd phase of the Early Bronze Age and the Middle Bronze Age in Hungary)9 was the so-called Ösenring metal, the characteristic fahlore type of the neck rings.10 The latter copper, which contained silver, arsenic, and antimony impurities, has been associated with ore occurrences in the triangle of the Eastern Alps, Slovakia, and the Czech-Saxon Ore Mountain range based on the distribution area of the mentioned neck rings (Fig. 2).11 Lead isotope tests which were used to arrive at more accurate determinations of provenance indicate that the raw material of these artifacts derived from the Slovak region.12

Figure 2. Prehistoric copper mining regions associated with Ösenring metal type13

Figure 3. Abundance of copper with fahlore and chalcopyrite signatures produced
in the eastern Alps from the beginning of the Bronze Age to the Hallstatt period based
on the compositions of approximately 1200 prehistoric metal artifacts from Tyrol, Salzburg, and southern Bavaria14

In the 1960s and 1970s, the transformation of the raw material used at the beginning of the Central European Middle Bronze Age (contemporaneously with the transition from the Middle to the Late Bronze Age in Hungary) was detected by the Stuttgart metallurgy project (Studien zu den Anfängen der Metallurgie or SAM project).15 This metal type, which contained arsenic and nickel, spread in a wide region of Europe, also called Einheitskupfer or eastern Alpine copper. The new unified metal type, based on lead isotope data, was associated with chalcopyrite ores (Fig. 3) of the Mitterberg region, situating to the south of Salzburg.16 According to the most recent radiocarbon dates, these ore sources were exploited from the 16th to the 14th centuries BC.17

Analysis of Bronze Age Artifacts in Hungary: State-of-the Art and New Perspectives

As we have seen, research on Eurasian copper raw material has provided important data, although questions still remain regarding the origin of copper ores used by Bronze Age metalworkers in the Carpathian Basin.

Research on metal finds has intensified over the course of the past two decades in Hungary as well. Re-dating of the earliest axes from the 3rd millennium to the end of the 4th millennium provided important data concerning raw materials. Based on an evaluation of the Stuttgart database, 21 axes of the Bányabükk hoard prove that Copper Age and the earliest Bronze Age axes were made of pure copper. The raw material of later Fajsz-, Corbasca-, and Kömlőd-Kozarac-type axes18 show a more varied picture, with fahlores containing impurities at 1–2%, namely arsenic, antimony, and silver. Occasional low nickel content suggests a mixture of ores.19 This indicates that the raw materials the natural impurities of which made it possible to produce harder tools were sought and were not the result of intentional alloying.20

Analyses of metal finds from Bell Beaker burials (2500–2200 BC) were also begun. According to the findings, the raw materials out of which the daggers and pins were made usually consisted of pure copper (98–99%) with antimony, silver, lead, and tin impurities.21

Based on several metal analyses, neck rings, hair rings, spiral arm rings, pins, and daggers from the end of the Early Bronze Age (Fig. 4) which were excavated in western Hungary (2100–1900 BC)22 were manufactured from fahlore copper rich in trace elements, such as antimony, arsenic, and silver.23 Copper artifacts containing arsenic and nickel, beside fahlore copper ornaments and tools are known from cemeteries of the same period which were discovered in eastern Hungary.24

Figure 4. Typochronology of metal finds from the dawn of the Early Bronze Age until the first period of the Middle Bronze Age in Hungary25

At the beginning of the Middle Bronze Age (2000/1900 BC), tin bronzes appeared with 4–10% tin, which is a clear indication of intentional alloying
(Fig. 5).26

Optical emission spectroscopy analyses of the aforementioned Stuttgart metallurgical project provided 116 data for Middle Bronze Age metallurgy of Western Hungary based on samplings of five hoards of Transdanubian Encrusted Pottery (1800–1600 BC; the so-called Tolnanémedi horizon) and artifacts of a burial from the same period. The findings indicate that 80% of the local ornament types were made of the characteristic fahlore type Ösenring copper alloyed with tin.27 Compositional analyses of the Zalaszabar hoard from the same period suggest that tools and jewelry, which were found together in hoards, were manufactured with the use of several casting procedures.28

Testing of the Koszider type hoards and several ornaments and tools from the end of the Middle Bronze Age in Hungary demonstrates a transformation in the use of raw materials similar to contemporaneous Central European Middle Bronze Age, with the dominance of so-called Einheitskupfer or containing arsenic and nickel.29 In connection with the research on the find assemblage of the famous Nebra Sky Disc, dating to the 16th and 15th centuries BC and discovered in the region of Halle (northeastern Germany), elemental analyses of the axes of the Hajdúsamson hoard, axes and a sword from Vámospércs and Téglás were performed. As in the case of the material of the Nebra finds, the compositional data all match the mentioned eastern Alpine copper (with two exceptions from Téglás). This research yielded the first lead isotope data from Hungary confirming the association of the mentioned raw material with the chalcopyrite ore mines of the eastern Alpine region. Investigations of the Apa hoard, which has close typological relations to the weapons from Hajdúsámson, and other contemporaneous find assemblages suggest that, in addition to Alpine and Slovak raw materials, ores from other regions of the Carpathians (in the area of Baia Mare and the Apuşeni Mountains) were also processed (Fig. 6).30

Figure 6. Lead isotope ratios of the objects from Apa and Hajdúsámson and of copper ores from Mitterberg, the Slovak Ore Mountains and lead ores from Baia Mare31

We have seen that data concerning elemental compositions suggest large trends, but the exact provenance of raw materials and the chaine operatiore of production need further confirmation.

The project of the Momentum Mobility Research Group of the Institute of Archaeology, Research Centre for the Humanities aims to study metal artifacts of the abovementioned period during the first thousand years of the Bronze Age in Hungary (2500–1500 BC). We analyzed ornaments, weapons, and tools from precisely dated inhumation and cremation burial assemblages of the Bell Beaker period (2500–2200 BC) and the Early and the Middle Bronze Ages in eastern and western Hungary (Fig. 7–8).

Multidisciplinary analyses of chemical composition are provided by non-destructive XRF, PGAA (prompt-gamma activation), and TOF-ND (time-of-flight neutron diffraction) analyses in cooperation with the Budapest Neutron Centre (Centre for Energy Research). XRF results can only be interpreted for the surface, while bulk area was analyzed by PGAA.32 Neutron radiography and TOF-ND are

33 

applied in order to determine production techniques (see summary of research facilities and relevant technologies available for the archaeometallurgical testing in Hungary).34 It is important to note that while post-casting elaboration was formerly identifed by destructive microstructure analysis we could detect the hardening of the edge of flanged axes without any destruction of the artefacts (Fig. 8).35

Figure 9. Dendritic structure of an as-cast pendant from Zalaszabar36

We perform destructive metallographic examinations on some objects, selected on the basis of non-destructive analyzes, in cooperation with the specialists of the Department of Materials Science of the University of Miskolc and the Department of Solid State Physics of the University of Debrecen (Fig. 9). We also study the effect of cremation to the microstructure of the bronze jewelry found in cremation burials.37

Figure 10. Multidisciplinary analyses of Bronze Age finds from Hungarian Early and Middle Bronze Age sites (Balatonakali, Budakalász, Nagyrév, Polgár, Sárrétudvari, Zalaszabar, Zsennye) with Central European prehistoric copper mining sites38

There are 42 ongoing lead isotope measurements (Fig. 10) performed in collaboration with the Curt-Engelhorn Archaeometry Center in Mannheim. The significance of these lead isotope analyses is emphasized by the fact that, with the exception of the above mentioned nine objects from the region of Debrecen, no additional lead isotope data were available from the inner areas of the Carpathian Basin.

Our results complement the research performed in the 1960s and 1970s and over the course of the past two decades. Changes in raw material use over time show similar tendencies to those in Austria and other parts of Central Europe. Though compositional data are still matter of discussion,39 results suggest that, in the Early Bronze Age, copper ores which were mined in the territory of present-day Slovakia were used.40 Based on some artifact types dating between 2800 and 1500 BC we can suppose networks of relationships which stretched over long distances. In the case of these artifacts, the question has arisen as to whether they were manufactured at and exported from the same workshop or they are locally made copies that indicate long-distance connections among Bronze Age communities.41 E.g. lead isotope data concerning the weapons from the Hajdúsámson treasure and other swords and axes found near Debrecen suggest that the raw materials with which they were made originated from the Eastern Alpine region. The decoration motifs on these weapons, however, indicate that they were made locally in the Tisza region.42 The findings summarized here indicate interregional connections, as well as several transformations in the exchange network of the prehistoric communities living in the Carpathian Basin.

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1 Stöllner, “Montan-Archaeology”; Pernicka et al., “Lead Isotope Analyses.”

2 Siklósi et al., “New Data on the Provenance,” Figure 34.

3 Ecsedy, “On the early development,” 218–20; Szabó, “A késő bronzkori,” 24; Szabó, A dunántúli urnamezős, 69; Czajlik, A Kárpát-medence; Czajlik, “Lokaler, regionaler.”

4 Siklósi et al., “New Data on the Provenance.”

5 Schreiner, Erzlagerstätten im Hrontal; Csányi, “Das kupferzeitliche Gräberfeld”; Siklósi et al., “The spread of the products”; Siklósi, Szilágyi, “New data on the provenance.”

6 Bondár, A késő rézkori fémművesség.

7 Needham, “Analytical implications”; Needham, “Copper dagger.”

8 Merkl, “Bell Beaker.”

9 P. Fischl et al., “Old and new narratives,” Figure 1.

10 Schubert and Schubert, “Spektralanalytische Untersuchungen”; Pernicka et al., “Lead Isotope Analyses.”

11 Junk et al., “Ösenringbarren”; Höppner et al., “Prehistoric copper production”; Radivojević et al., “The Provenance, Use, and Circulation.”

12 Duberow et al., “Eastern Alps”; Radivojević et al., “The Provenance, Use, and Circulation,” Figure 7.

13 Höppner et al., “Prehistoric copper production,” Figure 7.

14 Radivojević et al., “The Provenance, Use, and Circulation,” Figure 10.

15 Schubert and Schubert, “Spektralanalytische Untersuchungen.”

16 Duberow et al., “Eastern Alps”; Pernicka, “Analyses of Early Bronze Age”; Radivojević et al., “The Provenance, Use, and Circulation.”

17 Pernicka et al., “Bronze Age Copper,” Figure 5–6.

18 Junghans et al., Kupfer und Bronze; Hansen, “Metal in South-Eastern”; Dani, “The Significance of Metallurgy”; Szeverényi, “The Earliest Copper Shaft-Hole Axes.”

19 Junghans et al., Kupfer und Bronze, vol. 1–3; Junghans et al., Kupfer und Bronze, vol. 4; Krause, Studien zur kupfer- und frühbronzezeitlichen, Datenbank, Anr. 8952–8971, 8987, 10937, 10939, 12501–02, 12504, 12515, 13402–13409, 14419, 48801, 48807, 48841.

20 Shalev et al., “Investigation of early copper-based alloys,” Table 2.

21 Endrődi et al., “Technological study.”

22 Mithay, Bronzkori kultúrák, III.t.1–7; Junghans et al., Kupfer und Bronze; Költő, “Megjegyzések az Ordacsehi-Csereföld”; Somogyi, “A kisapostagi kultúra”; Kiss, Middle Bronze Age,176.

23 E.g. Ösenring and Singen copper; Krause, Studien zur kupfer- und frühbronzezeitlichen, Datenbank, 39.

24 Krause, Studien zur kupfer- und frühbronzezeitlichen, Datenbank; P. Fischl and Kulcsár, “Tiszán innen Dunán túl,” Table 2.

25 P. Fischl et al., “Old and new narratives,” Figure 9.

26 Shalev et al., “Investigation of early copper-based alloys,” Figure 4; Kiss, “Arany, réz és bronztárgyak,” Figure 1.

27 Kiss, “The Life Cycle”; Kiss, Middle Bronze Age, 141–42, Fig. 39.

28 Kiss, “Arany, réz és bronztárgyak,” Figure 3.

29 Schubert and Schubert, “Spektralanalytische Untersuchungen”; Liversage, “Interpreting composition patterns”; Krause, Studien zur kupfer- und frühbronzezeitlichen; Duberow et al., “Eastern Alps”; Pernicka, “Analyses of Early Bronze Age”; Pernicka et al., “Lead Isotope Analyses”; Radivojević et al., “The Provenance, Use, and Circulation.”

30 Pernicka et al., “Lead Isotope Analyses.”

31 Ibid., Figure 20.

32 Maróti et al., “Non-destructive analysis.”

33 Kovács et al., “Auf Mitteleuropa,” Figure 2.

34 Szabó et al., “The possibilities and limitations.”

35 Kiss et al., “From inhumation to cremation.”

36 Kiss et al., “A zalaszabari bronzkincs.”

37 Kiss et al. “A zalaszabari bronzkincs”; Kovács et al., “Technológiai megfigyelések.”

38 Map after Pernicka et al., “Lead Isotope Analyses.”

39 Radivojević et al., “The Provenance, Use, and Circulation”; Szabó et al., “The possibilities and limitations.”

40 Kiss et al. “People and interactions.”

41 Kovács, “Auf Mitteleuropa”; David, “Eine mit Spiralhakenranken”; Stockhammer, “The Dawn of the Copy”; Kiss, “The Bronze Age burial.”

42 Dani et al., “The Hajdúsámson hoard – revisited.”

* The author is the PI of the „Lendület” (Momentum) Mobility Research Group at the Research Centre for the Humanities, Hungarian Academy of Sciences (LP 2015-3/2015)

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Figure 5. Tin–arsenic chart based on artifacts of the Zalaszabar hoard, Western Hungary

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Figure 8. Texture results of the TOF-ND analysis of the flanged axe from Zalaszabar at the neck, and at the edge of the axe

 

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Figure 7. Metal ornaments from inhumation and cremation burials of the Middle Bronze Age cemetery excavated at Bonyhád

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2020_2_Grynaeus

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Dendrochronology and Environmental History: The Difficulties of Interpretation

András Grynaeus
Hungarian Dendrochronological Laboratory
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Hungarian Historical Review Volume 9 Issue 2  (2020): 302-314 DOI:10.38145/2020.2.302

The study provides insights into questions concerning forest management and timber use by drawing on case studies in the dendrochronological research which has been underway over the course of the past couple of decades in Hungary. The essay refers to natural resource-use and historical and demographic questions which arose in analyses of the wooden materials. The study questions some of the topoi of historical research, such as the immense forest loss traditionally associated with the Ottoman wars.

Keywords: dendrochronology, Hungary, forest resources, Ottoman wars, environmental history

The dendrochronological research which has been underway in Hungary for more than two decades now has brought to light a number of environmental history (related) data which goes beyond the use of the method in dating. If one takes a closer look at these data, several questions arise many of which remain unresolved. This study discusses some (if not all) of these questions.

In 2017, Gergely Rákóczi, associate of the Dobó István Castle Museum of Eger, excavated a wooden sluice bridge structure in Eger in the bed of the Eger Stream.1 Based on the four samples, the earliest year in which the oak trees which were used for the construction could have been cut was 1798. Analyses of the beams showed that the trees were considerably older than what is considered the ideal age for cutting (90 to 120 years), as the samples had 242, 257, 117, and 168 consecutive rings. Thus, these four samples offered a dataset which spanned a long period and could be used for dating and other investigations.

A relatively new and increasingly used method in dendrochronology which has yielded important insights is dendro-provenancing. By using many regional chronologies, researchers try to identify the original habitats of the trees used for timber and thus offer a spatial comparison.2 As Fig. 2 shows,3 the tree rings in the samples from Eger fit best with the chronology from trees in present-day Slovakia, which means that their original habitat was probably there.

This conclusion seems logical, as the Archbishopric of Eger had significant land holdings in this region. Furthermore, it harmonizes with the familiar topoi concerning the Ottoman Empire’s use of Hungary for its timber and the destructive impact on forests of the war to liberate the country from Ottoman occupation, as it suggests that there was a dearth of suitable trees in the Great Hungarian Plain and timber had brought in from the north. However, data referred to by Eszter Magyar concerning the valley of the Hron (Garam) River (a river in Slovakia was a tributary of the Danube) are frequently cited in support of the contention that the region of present-day Slovakia was not used for timber mining.4 In Magyar’s words, “as is clear from a lawsuit in 1544, […] the dynasties of charcoal burners who had been working in the easily accessible forests of the area since the death of King Matthias I [1490] cut down and charred the forests for the second or third time in little more than 50 years.”5 The finds from Eger, however, shed light on this conclusion, as the trees felled in the late 1700s at the age of 200 to 250 were already about 100 to 150 years old at the end of the Ottoman period. This suggests that during the period of the Ottoman presence in the Carpathian Basin, the forests in present-day Slovakia were never completely timbered or burned.

In 2012, during the construction of the new gym of the Saint Elisabeth High School in Esztergom, Edit Tari, an associate of the Balassi Bálint Museum, excavated a number of timber-framed Ottoman-period wells.6 The most “beautiful” and elaborate structure was no. 60, the timber of which was cut during the winter of 1584–1585.7 The builders used trunks cleaved in two, so in each case it was possible to measure the full series of the tree rings, while in most of the samples, both the bark and the sapwood were removed. Fortunately, in eight cases, they were not accurate enough, and in three cases not even the bark was removed decently. If one looks at the relative age of the timber used for the well, it is clear that very young trees were used. Thus, the well supports the conclusion concerning timber mining by the Ottomans in the forests of the Carpathian Basin.

However, when applied in these cases, dendro-provenancing yields surprising conclusions. The timber of the well can be best dated according to the chronology valid for the Vienna Basin. In other words, the timber used in Esztergom came from the Danube River valley or the surroundings of Vienna.8 This means that the timber mining was not “Ottoman” but rather “Ottoman period.” In other words, it was done on the other side of the border.9 One is also confronted with the rather surprising fact that, among the three (hostile) polities that shared the territory of the medieval Kingdom of Hungary, there was considerable trade. This somewhat contradicts the traditional view.10

In 2015, Gábor Wilhelm and Máté Varga, archaeologists from the Katona József Museum, excavated two “barrel wells” in the center of the town of Kecskemét (Nagykörösi Street 7–9), i.e. two well structures in which, within the timber frame, there barrels, one in each (objects 19 and 26).11

Similar structures are familiar from the Roman period (e.g. from Ménfőcsanak) but are unique in late medieval contexts.12 The timber material is well suited for analysis, and it turned out they were cut at the earliest in 1486 and 1484.13 As there was no way to provide a more precise dating for the samples, it cannot be determined whether they made their way to Kecskemét in the late Middle Ages and the barrels, which were considered useless, were re-used in this manner or whether they were brought to the town in the period of the Ottoman occupation and were recycled as “rolls.” Unfortunately, there is no way to resolve this question, which is regrettable, as the timber originates from Transylvania. More precisely, they best match the chronologies of Biertan (Berethalom) and Târgu Mureş (Marosvásárhely).14 This means that they made their way Kecskemét by trade. The question of what was originally stored in them is fascinating, if still unanswered, and it would be similar interesting to know whether the barrels also testify to trading activities across the borders in the Ottoman period similar to the practices observed in the context of the site at Esztergom. The uncertainty lies in the fact that, because of the post quem dating of the barrels, it cannot be determined whether they were brought to the town in the last years of the unified Kingdom of Hungary or only after the tripartition.

In Budapest, at Kacsa Street 15–23 (in the second district of the city), Katalin Éder and Tibor Hable (both of whom were associates of the Budapest History Museum at the time) found wooden wells the trees for which were felled around 1584–1585. These Ottoman-period objects also testify to “transborder” trade (certainly present towards the Kingdom of Hungary and presumably towards the Principality of Transylvania) in the life of the country after the fall of the medieval kingdom, as the material of the well can be best dated according to the Viennese chronology.15

As a method, dendrochronology bears surprises for scholars of significantly earlier periods as well. In 2011,16 Katalin Sebők and Gábor V. Szabó (Institute of Archaeology, Eötvös Loránd University) unearthed a well that be dated to the Late Bronze Age (Urnfield culture) at Pusztataksony–Ledence.17 Most of the timber in the well (twenty of the twenty-two pieces) was of ash (Fraxinus sp.). The difficulty of interpreting the finds lies in the fact that one cannot draw a distinction among the three species of ash that are indigenous to the Carpathian Basin, the European ash (Fraxinus excelsior L.), the flowering ash (Fraxinus ornus L.), and the narrow-leaved ash (Fraxinus angustifolia subsp. pannonica) on the basis of the image of their tissues.

The habitats of the three species, however, differ. The first two species are mountainous, while the Hungarian subspecies of the narrow-leaved ash prefers flood plains.18 This provides us with an opportunity for further interpretation. One could assume that the trees were transported, in which case one gains valuable data concerning the economic life of a community very far away from Hungary today, both in space and time. However, one can interpret the data from an environmental history perspective. In that case, the data tells of the significantly different composition of species in the flood plain forests back then. Which reading of the data would be correct?19 The site provides us with one more surprise: young (only 40- to 50-year old) trees were used here again. Why? This question, i.e. the age of the felled trees, is difficult for specialists even at sites on which they have more information.

In the cases of a number of excavation sites, information can be acquired on the ages of the trees used to craft different objects. A telling example is the case of the two Neolithic wells (nos. 629 and 583) that were unearthed at Szalkszentmárton–Táborállás in 2017 by Bernadett Kovacsóczy (an associate of the Katona József Museum).20 The wells were built of trees felled with an eleven-year gap. For the older well, they used trees which were 200 years old, while for the younger, the trees were roughly 150 years old.21 This indicates two things: when building wells, there were trees of those ages at the disposal of the community within a reasonable distance, which means that the forests in the territory had been left intact for at least 200 years. However, it also became clear that the newly settled population started to use the forests, so after a decade, they had to “fall back on” the less suitable timber, which was “only” 150 years old.

The use of old trees can be observed at many sites throughout Hungary, such as in the case of a Celtic-period well22 unearthed at site no. 212 (Center for Heritage Protection, Hungarian National Museum, 2010) by the M3 highway at Pócspetri–Bikarét, where trees which were 100 to 160 years old were built into the well’s structure. But the same could be observed at the Sarmatian-period wells found at Püspökladány–Sárréti Csali-tanya (2013)23 and at site no. 14 at Tiszagyenda–Lakhatom.24 One tends to conclude that the use of old trees indicates an undisturbed environment, while uninhabited territories and the use of younger trees shows a disturbed environment and densely inhabited areas. However, if one has some background knowledge of these periods, one may call into question the accuracy of this reading of the data.

Site no. 45 by the M6 highway close to Szekszárd, which was excavated by János Ódor (Wosinsky Mór Museum) in 2010, prompts one to call into question the above conclusion.25 Two Avar-period wells (nos. 53 and 70) were also made of timber from trees felled within a gap of eleven years. This is just a coincidence with respect to the aforementioned example, of course, but the interpretation is more problematic, as in this case, the structure of the older well was made of trees felled at about 100 years of age, while in the case of the younger well, the trees used were over 200 years old when felled.26

Is it reasonable consistently to associate the use of older trees with demographic tendencies? Do we really have to assume that there were long periods during which areas were uninhabited and/or periods without forest clearance? Or would it be more realistic to set aside the notion of forests going untouched for generations and consider the possibility that forests were consciously used and cultivated? Could one reasonably make this assumption in the case of the Avars, the Sarmatians, and the Celtic-period populations? Or can one communities inhabited a certain area? The question is clear: should the features make this assumption with regard to periods in which different peoples/of the wood be understood as demographic data or as cultivation data? Do they yield conclusions concerning demographic processes or farming knowledge and practices?

At this point, one must consider methods of forest clearance in historical times. A number of questions and many possible answers arose in the course of an excavation led by Gábor Váczi (an associate of the Institute of Archaeology, Eötvös Loránd University) at site no. 5 at Tiszabura–Bónis-hát. The most important “source” was an Avar-period well. The eight beams studied included trees younger than 100 when felled and older than 200, but only one in between those ages.27 Why?

Was this the result of clear cutting? This would explain the mixed ages of the trees. However, this may also have been the result of selective cutting, as based on the sizes and the shapes of the beams, they may have been carefully selected. Or could their placement in the structure of the well be related to their age? There is no substantive data that could support or dismiss this possibility. Do we have so many unanswered questions simply because the low number of samples distort the results? Is this problem aggravated by the fact that parts of the samples have been destroyed (some of the beams and planks), so some parts of the dataset are missing, and some of the external tree rings may be rotten? Of course, one can also interpret the feature as a consequence of a particular method used to shape the beams, because assuming that the wood was cut from a suitably mature tree which was cleaved in half to create two 100 year-old beams, we may have only found one of them. This can also be understood as a special feature of the excavation, which can be traced back to the fact that only the bottom beams survived. The ones above them were destroyed over the centuries.

Can we assume that different methods of wood-cutting were used? I.e., is it possible that people at certain periods could not fell trees of any size? This may seem plausible, but it is unlikely that, if they were able to fell the old trees, they could not deal with the younger ones. Is it possible that the trees preserved traces of demographic processes? Or are both true? Did one of the peoples arriving in the region not know how to or did not want to fell larger trees, and so the trees survived only to be felled and used by later groups? Environmental reasons can also be considered, as for instance younger trees stands could have fallen victim to an ice-flood, while older trees may have proved to be more resilient. And in that case, we have not considered explanations concerning possible rituals or beliefs, such as “sacred oaks” left standing by previous peoples who had lived there.

Which interpretation is correct? How far can an archaeologist/scholar go in interpreting such data? These questions are difficult to answer, but similar features can be observed at late medieval (Vácszentlászló–Hajta-patak28) and Árpád Era (Hódmezővásárhely–Kingéc29) sites, and these similarities limit the interpretive possibilities to some extent, certainly in connection with ritual practices.

What explanations are the most convincing in such cases? And what methods should researchers use when positing explanations? Should they brainstorm, or should they patiently wait until, at some point in the future, enough data have been gathered to yield definite answers? Should one consider stick to observations of features or should one build theories, which of course involves the risk of error? These questions are not simple to answer.

Bibliography

Ágoston, Gábor. “Where Environmental and Frontier Studies Meet: Rivers, Forests, Marshes and Forts along the Ottoman–Hapsburg Frontier in Hungary.” Proceedings of the British Academy 156 (2009): 57–79.

Babos, Károly. Fafajmeghatározás restaurátorok számára [Specifying tree species for conservation specialists]. Budapest, 1994.

Benda, Judit, Katalin Éder. “Budapest, II. ker., Kacsa utca 15–23. és Ganz utca 16.” [Budapest 2nd District Kacsa Street 15–23, and Ganz Street 16]. Aquincumi Füzetek 14 (2008): 193–96.

Bridge, Martin. “Locating the origins of wood resources: a review of dendroprovenancing.” Journal of Archaeological Science 39, no. 8 (2012): 2828–34. doi: 10.1016/j.jas.2012.04.028.

Csányi, Viktor. Beszámoló a 2009-ben és 2010-ben Hódmezővásárhely–Kingécen végzett régészeti munkálatokról [On the archaeological excavations carried out at Hódmezővásárhely–Kingé in 2009 and 2010]. Múzeumi Műhely 8. Hódmezővásárhely: Tornyai János Múzeum, forthcoming.

Éder, Katalin. “Hódoltságkori gödör a Víziváros területéről: Egy szemeskályha maradványai és kísérőleletei” [Ottoman-period pit from the Víziváros: Remains of a tiled stove]. Budapest Régiségei 47 (2014): 283–311.

Fülöp, Kristóf. “The Birth of Wells: A Late Bronze Age Well from Pusztataskony–Ledence.” In State of the Hungarian bronze age research. Proceedings of the conference held between 17th and 18th of December 2014, edited by Gabriella Kulcsár, and Gábor V. Szabó, 309–36. Budapest: ELTE BTK Régészettudományi Intézet, MTA BTK Régészeti Intézet, Ősrégészeti Társaság, 2017.

Grynaeus, András. “A 164. számú kút deszkáinak dendrokronológiai vizsgálata” [Dendrochoronological investigation of planks of well no. 164]. Múzeumi Műhely 8. Hódmezővásárhely: Tornyai János Múzeum, forthcoming.

Grynaeus, András, János Gábor Ódor. “Dendrokronológia: Avar kori kutak Szekszárd, Varga Peti-dűlő, 1. lelőhely” [Dendrochronology: Avar period wells at Szekszárd Varga Peti-dűlő site no. 1]. In Nem térkép e táj: Régészeti kutatások eredményei Szekszárd területén 2006–2015 [The landscape is not a map: Results of the archaeological investigations at Szeszárd, 2006–2015], edited by András K. Németh, 31. Szekszárd, 2016.

Hajnal, Zsuzsanna. “Migration period settlement at Tiszagyenda with Hun period destruction horizon.” Poster presentation at the Attila Európája [Attila’s Europe] conference Budapest, June 6–7, 2019.

Kondé, Zsófia. “Egy kút élete: Avar kori településrészlet Tiszabura–Bónishát lelőhelyről” [The life of a well: Avar-period settlement fragment from Tiszabura–Bónishát]. In Beatus homo qui invenit sapientiam: Ünnepi kötet Tomka Péter 75. születésnapjára [Volume in honor of the 75th birthday of Péter Tomka], edited by Teréz Csécs, and Miklós Takács, 337–51. Győr, 2016.

Kovacsóczy, Bernadett. “Előkelő avar férfi sírja Szalkszentmárton határából” [Burial of a member of the Avar elite from the borders of Szalkszentmárton]. In Hatalmi központok az Avar Kaganátusban [Power centers in the Avar Khaganate], edited by Csilla Balogh, József Szentpéteri, and Erika Wicker, 69–96. Kecskemét 2019.

Larsson, Nicklas, Vera Majerik. “Pócspetri határa” [The borders of Pócspetri]. In Régészeti kutatások Magyarországon 2011 [Archaeological investigations in Hungary, 2011], edited by Júlia Kisfaludi, Judit Kvassay, and Attila Kreiter, 146–47. Budapest: Magyar Nemzeti Múzeum, 2018.

Magyar, Eszter. A feudalizmus kori erdőgazdálkodás az alsó-magyarországi bányavárosokban (1255–1747) [Forest management in the Lower-Hungarian mining towns in the age of feudalism, 1255–1747]. Budapest, 1983.

Molnár, Karola. “Kecskemét–Nagykőrösi utca 7–9. lelőhely kútjainak vizsgálata: Adatok a késő középkori-kora újkori kutak vizsgálatához” [Analysis of the wells of Kecskemét–Nagykörösi Street 7–9 site. Data to the study of late medieval – Early Modern wells]. In Acta iuvenum: Sectio archaeologica. Tomus III. Acta Universitatis Szegediensis, edited by László Révész, 129–51. Szeged: Szegedi Tudományegyetem, Régészeti Tanszék, 2017.

Ódor, János. “Avar szőlő, avar kút: Szekszárd, Varga Peti-dűlő, 1. lelőhely – M6 To 045 lelőhely 2008” [Avar vineyard, Avar well: Szekszárd, Varga Peti-dűlő, site no. 1 – M/ To 045 site, 2008]. In Nem térkép e táj: Régészeti kutatások eredményei Szekszárd területén 2006–2015 [The landscape is not a map: Results of the archaeological investigations at Szeszárd, 2006–2015], edited by András K. Németh, 22–23. Szekszárd, 2016.

Rákóczi, Gergely. “Zsiliphíd az Eger patak medrében” [Sluice bridge in the bed of Eger Stream]. Agria, forthcoming.

Schweingruber, Fritz Hans. Der Jahrring: Standort, Methodik, Zeit und Klima in der Dendrochronologie. Bern–Stuttgart: P. Haupt, 1983.

Szabó, Péter. “Erdők a kora újkorban: történelem, régészet, ökológia” [Woodland in the early modern period: History, archaeology, ecology]. In Környezettörténet: Az utóbbi 500 év környezeti eseményei történeti és természettudományi források tükrében, edited by Miklós Kázmér, 137–56. Budapest: Hantken, 2009.

Szolnoki, László. “Püspökladány, Sárréti Csali-tanya” [Püspökladány, Csali farm in Sárrét]. Déri Múzeum Évkönyve 89 (2018): 41.

Tari, Edit. “Az Esztergom-vízivárosi oszmán fajanszedény-kincslelet” [The Ottoman faience-treasure hoard at Esztergom–Víziváros]. Archaeológiai Értesítő 141 (2016): 195–210.

Váczi, Gábor. “Tiszabura, Bónishát” [Tiszabura–Bónishát]. In Régészeti kutatások Magyarországon 2009 [Archaeological investigation in Hungary, 2009], edited by Júlia Kisfaludi, 366–67. Budapest: Magyar Nemzeti Múzeum, 2010.

Vadas, András, Péter Szabó. “Not Seeing the Forest for the Trees? Ottoman-Hungarian Wars and Forest Resources.” Hungarian Historical Review 7, no. 3 (2018): 477–509.

Várkonyi, Gábor. Ünnepek és hétköznapok: Művelődés és mentalitás a török kori Magyarországon [Feasts and weekdays: Education and mentality in Hungary in the Ottoman Era]. Budapest: General Press, 2009.

 

 

1 Rákóczi, “Zsiliphíd.”

2 Bridge, “Locating the origins.”

3 From the statistical data marked on the map, “t” is the result of the t-test. This text, which is frequently used in archaeology, demonstrates the extent to which the values in two datasets could be said to match each other. TVNP is the Baillie-Pilcher’s t-value and GW is Gleichlaufigkeitswert (correlation), which indicates the correlation in the running of two curves. The fourth data (ol) marks the number of overlapping tree rings. On the statistical methods used in dendrochronology, see Schweingruber, Der Jahrring.

4 Magyar, A feudalizmus kori erdőgazdálkodás.

5 Ibid., 82.

6 The official name of the site was Esztergom-Szent Erzsébet iskola udvara (Víziváros) [Esztergom–Saint Elisabeth High School Yard (Víziváros)]. Only a preliminary report of the excavation has been published so far: Tari, “Az Esztergom-vízivárosi,” 195–210.

7 The reference chronology is the Viennese dataset gathered by Michael Grabner and his colleagues. The statistical values of the comparison: t=5,62; TVBP=5,2; GW=71,4/99,9%; overlap: 64 tree rings. The values of the Hungarian dataset: t=3,87; TVBP=4,9; GW=69,8/99,0%; overlap: 64 tree rings.

8 Other reference chronologies used in the comparison were oak chronologies from Slovakia and the central part of Hungary.

9 See Vadas and Szabó, “Not Seeing the Forest”; Ágoston, “Where Environmental”; Szabó, “Erdők a kora újkorban.”

10 See Várkonyi, Ünnepek és hétköznapok.

11 Molnár, “Kecskemét–Nagykőrösi utca 7–9,” 129–55.

12 I know of only one other example from the Middle Ages, from ca. 1380 from the market town of Mohi/Muhi.

13 The reference chronologies were gathered by the Anno Domini Laboratory in Miercurea Ciuc (Harghita county, Romania, by Boglárka Tóth and István Botár). Statistical values of comparison: t=4,67; GW=64.7/95%; overlap: 119 tree rings, and: t=5,28; GW=68.5/99,9%); overlap: 130 tree rings.

14 There was no observable potentially relevant correlation with other chronologies (Vienna Basin, central territory of Hungary, Maramureş region, present-day Slovakia).

15 The reference chronology is the Viennese dataset gathered by Michael Grabner and his colleagues. Statistical values of the comparison: t=5,15; TVBP=4,5; GW=74,0/99,0%; overlap: 51 tree rings. See Várkonyi, Ünnepek és hétköznapok.

16 Fülöp, “The Birth of Wells.”

17 NKT-01. o:637/s:869.

18 Babos, Fafajmeghatározás, 58.

19 The two other beams were made of sessile oak (Quercus petraea (Mattuschka) Lieblein). This indicates a mountainous origin if one assumes that all the timber came from the same area.

20 Kovacsóczy, “Előkelő avar férfi,” 69–96.

21 In most of the samples, the sapwood was preserved and, in some cases, even the bark could be observed. As the planks were carved out radiately from the trunks, the datasets could be set to the center of the tree, allowing us to measure the width of (almost) every tree ring.

22 The excavation was led by Vera Majerik and Eszter Istvánovics. For a short overview of the excavation, see Larsson and Majerik, “Pócspetri határa,” 146–47.

23 Szolnoki, “Püspökladány,” 41.

24 Hajnal, “Migration period.”

25 Ódor, “Avar szőlő,” 22–23, and Grynaeus and Ódor, “Dendrokronológia,” 31

26 The planks for the wells were carved out radiately from the trunks in both cases, so we could measure the trees to their centers, and the bark was consistently removed as well. In the case of well no. 53, however, the sapwood was not removed, and in many cases, all of the sapwood was preserved. At well no. 70, from the sixteen plank samples, fragmentary or full sapwood was preserved in six pieces.

27 The planks were carved out from the trunks radiately, so we managed to include the tree rings to the center, but the sapwood had consistently been removed. As the datasets end at (almost) identical dates, it is likely that only the sapwoods were removed.

28 Excavation led by Zoltán Farkas (Museums of Pest County) in 2011, where a water mill and the related wooden structures of a water mill that can be dated to the seventeenth and eighteenth centuries were unearthed.

29 Well no. 209. Excavation led by Viktor Csányi (Tornyai János Museum) in 2010. See Csányi, Beszámoló, Grynaeus, “A 164. számú kút.”

Figure 1. Structure of the sluice bridge in the bed of the Eger Stream
(Photograph by Gergely Rákóczi)

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Figure 2. The relationship between the data from Eger and chronologies of different areas

 

Figure 3. Well 60 (image by Edit Tari). Relative age of the beams (the light fields on the diagram mark the hardwood, while the dark fields indicate the sapwood of the tree rings)

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Figure 4. Structure of well no. 19. Photograph by Máté Varga

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Figure 5. Image of the tissue of one of the ash beams (at a magnification of 20).
Photograph by András Grynaeus

 

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Figure 6. The relative ages of the beams of the wells of Szekszárd (the light fields on the diagram mark the hardwood, while the dark fields indicate the sapwood of the tree rings)

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06-abra.jpg

Figure 7. Tiszabura–Bónis-hát, site no. 5, relative ages of the beams of object no. 43
(the light fields on the diagram mark the hardwood, while the dark fields indicate the sapwood of the tree rings)

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Figure 8. The relative ages of the beams found at Vácszentlászló–Hajta-patak
(the light fields on the diagram mark the hardwood, while the dark fields indicate the sapwood of the tree rings)

 

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2020_2_Czajlik

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Along the Danube and at the Foothills of the North-Eastern Hungarian Mountains: Some Data on the Distribution of Stone Raw Materials in the Late Iron Age

Zoltán Czajlik
Eötvös Loránd University
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Hungarian Historical Review Volume 9 Issue 2  (2020): 331-342 DOI:10.38145/2020.2.331 

Stones as raw materials are important environmental resources often found at prehistoric sites. Since their various types essentially retained their original geological features, it is generally relatively easy to identify their origin. Nevertheless, there is hardly any systematic research on late prehistoric stone raw materials. Furthermore, these materials are mentioned very inconsistently and the geological terms, definitions and analyzes are absent from the discussions. The general picture that we can sketch based on secondary literature is therefore mosaic-like. However, it is by no means impossible to identify extraction sites. Based on on-site experience and using modern analyzes, it is possible, for example, to differentiate between individual types of sandstone and andesite. From the perspective of future research, analyzes of late Iron Age stone materials from well-studied archaeological contexts could contribute to understand better how stones as raw materials were used in late prehistoric periods.

Keywords: natural resources, stone raw materials, Carpathian Basin, Iron Age

Introduction

Stone raw materials are important environmental resources. They offer a good topic for research, since they are usually frequently present among the finds of both prehistoric settlements and cemeteries. An additional advantage of this material is that the various ways in which they were modified and put to use did not change them significantly, unlike in the case of many other raw materials, such as clay ceramics or in various ores. Given that their original geological conditions are essentially preserved, it is usually comparatively easy to identify their provenance. Regrettably, in spite of the suitability of this resource as a useful tool on the basis of which to pursue study of a given period, there is very little systematic research regarding stone raw materials from the Late Iron Age, in contrast with the secondary literature on earlier periods of prehistory. These materials are mentioned only inconsistently in the scholarship, and the geological terms, definitions, and analyses are missing from these discussions. The general image we can outline concerning the secondary literature is mosaic-like, and this reflects the lack of research.

The most important figures in the history of the Carpathian Basin in the Late Iron Age were the Celts. Their arrival and presence in the area can be reconstructed in comparative detail on the basis of historical sources and archaeological evidence. Regarding the latter, attention should be drawn to the several waves of western immigration which began in 450 BC and to the changing settlement areas of the different periods.1 Furthermore, the remarkable changes observed from the third century BC should be mentioned, which are associated with the formation of many larger and more structured settlements and with the more intensive utilization of natural resources. This process is well documented in the Western Celtic territories and especially in Czech lands and Moravia,2 further important study has been published from the Scordiscan region,3 but it cannot yet be outlined in the whole Eastern Celtic area. Similarly, the development of the next economic-technological stage, the establishment of the oppida (fortified Iron Age settlements representing the pre-industrial level), is not common here, and these settlements existed much shorter period in the region east from the Danube than in the west.

Taking into account the archaeological-historical circumstances, we would list the most important available data about the use of the raw materials needed for stone tools. Despite the obvious difficulties and the lack of data, due the increasingly intense archaeometric research which has been underway over the course of the past few decades, certain raw material sites and the networks in which they were involved are slowly being outlined, as are their positions in the regional resource supply chains.

Stone Tools

Although various stone tools were often found in the archaeological material of Celtic settlements, they were only rarely studied in detail, with clear discussions of their geological provenance. Two main tool categories should be given primary consideration in the research: the sharpening stones and the grinding/mill stones. For these different functions, stones with different characteristics were needed, as the first tool was used for sharpening metals, while the second was mainly used for grinding grain. While in the first case stones which contained quartz (e.g. sandstone) are especially favorable, hard rock types (e.g. extrusive igneous volcanic rocks: andesite, dacite, etc.) are suitable for grinding.

 

1. Sharpening stones

Most of the known sharpening stones were discovered used and fragmented, buried in buildings within settlement areas. In the Eastern Celtic territories, however, most of the large cemeteries also had some finds in the tombs, and sharpening stones were unearthed among the personal belongings of
the deceased.

The excavated whetstones of the Pottenbrunn cemetery (Austria, representing the Early Celtic Period) are made from flysch (sandstone; tomb no. 520, no. 1005) and quartzite originating from greywacke strata.4 According to the authors, with regards to the provenance of the raw material, the gravelly alluvia of the Traisen River should be primarily taken into account. i.e. these objects seem to be made of local secondarily deposited raw materials.

The evaluation of the material from the Celtic site at Süttő - Sáncföldek is still in progress, but based on the excavated features, it can be dated to the period between the second half of the fourth century BC and the beginning or middle of the third century BC.5 The whetstones of the site were studied by Dóra Kürthy, and most of them can be linked to the Lábatlan Sandstone Formation, located 8–10 km to the east of the Süttő plateau.

The sharpening stones from the third-century BC settlement of Sajópetri Hosszú-dűlő were mostly made of hard, fine-grained sandstone.6 The exact geographical provenance has not been identified, but there are several different types of sandstone nearby among the sedimentary rocks in the valley of the Sajó River, i.e. within a distance of 15–20 km. It also should be noted that 50–60 km away from this microregion, connected to the valley from the West are the Ózd-Pétervására Hills, which include a sandstone zone significant in the regional context.7 It would definitely be worth dedicating a more detailed geoarchaeological study to it. In the contemporary cemetery of Sajópetri–Homoki szőlőskert (grave nr. 62/136, 1 km to the south of the settlement) and in the pit 03.46A.194 of the settlement, whetstones from rhyolitic tuff were also excavated. This material originates from the east, from the Tokaj Mountains.8 Similarly to the case of the Ózd-Pétervására Hills, the distance between the Sajópetri microregion, the southern part of the Sajó Valley and this raw material source is 40–50 km.

The Celtic settlement of Nitra-Šindolka is from the same period, and it has also been thoroughly studied. The majority (13) of the 17 geologically determined sharpening stones proved to be sandstone. Their provenance is unknown.9

The whetstone found in one of the pits of the oppidum at Gellérthegy, which is from the Late Celtic period (end of the end century BC and beginning of the first), was made of a fine variant of the Hárshegy sandstone, which was identified by Péter Bohn as a type known from the Ezüst-hegy in Budakalász.10 This area can be reached along the Danube River on a 13–14 km long road, so it can be considered, from point of view of Gellérthegy, a microregional natural resource. The whetstones and polishing tools of the Bratislava-Devín oppidum were published by Karol Pieta as finds belonging to a workshop. Most of them are sandstone, but there is one tool made of rock crystal, which suggests goldsmithing.11 As a possible provenance area for rock crystals within the Carpathian Basin, we can mention the Eastern Alps, specifically the High Tauern. This hypothesis is indirectly confirmed by the rock crystals unearthed at Magdalensberg,12 and also by the Neolithic rock crystal mining site discovered at Riepenkar. Although the latter site is far from Devín, which is thought to be the western gateway to the Carpathian Basin, a number of rock crystal finds indicate the important route connecting the Riepenkar zone with the Inn and Danube valleys.13

 

2. Grinding stones, millstones

At the Celtic site of Süttő–Sáncföldek, we also excavated broken pieces of grinding stones deposited in a pit. Their material is andesite, and according to the research of Dóra Kürthy, they originate from the Börzsöny or the Visegrád Mountains.14 Although further geological studies are necessary to determine their provenance accurately, it is certainly noteworthy that on the western edge of the source area of the andesite, on both banks of the Danube, very important, partly contemporary Celtic sites are located. The Celtic cemetery of Szob-Kőzúzó was found at the mouth of the Ipoly River.15 The settlement presumably belonging to the cemetery16 was discovered by the riverside approximately 500 m higher. Farther, 3 km away, on Csák Hill an andesite quarry that is still in use is located. On the right side of the Danube, in Pilismarót-Basaharc, another Celtic cemetery was excavated which is also significant in the supra-regional context.17 The contemporary settlement18 was identified ca. 1–1.5 km east of the graves, on the riverbank. The best-known locality of andesite in the region is 4–5 km southeast of the Celtic sites of Pilismarót, on Szekrény Hill. For exact identification, further research is needed, but we know that the raw material of the grinding stones of Süttő originates from a distance of at least 40 km downstream.

The Late Iron Age third-century BC settlement of Sajópetri Hosszú-dűlő was excavated on an area covering more than 40,000 m2, and it provided a huge amount of stone material, including larger, mostly fragmented tool stones. The only intact grinding stone was unearthed in the votive ensemble 02.A.93. The best-preserved rotary quern fragment was in the building 03.B.32. Most of these stone tools belong to semi subterranean buildings, and they are made of porous/compact andesite. To identify the provenance area of the andesite, we took into account the probable origin of the rhyolite tuff (Mád/Tállya/Szerencs) which was also discovered in the settlement, and in 2007, we suggested that it comes from the Tokaj Mountains, which are 40–45 km away, but we did not exclude the possibility that they came from the Mátra Mountains.19

Millstone and grinding stone exploitation sites (in total exceeding an area of 10km2) were discovered at the foothills of the Mátra Mountains in the Domoszló microregion.20 At the Pipis-hegy, Középső-hegy, Hosszú-hegy, Hegyes-hegy (etc.) a unique rock type of the Nagyhársas Andesite Formation was utilized. The size and the shape of the andesite bombs and boulders made it easier to produce the tool stones.21 Based on geological analyses of excavated archaeological stone tools, the andesite from Domoszló was used as early as the Middle Bronze Age (Füzesabony culture) and until the seventeenth century (Szendrő-Vár), i.e. this raw material may have been known to the Celts as well. The most significant Celtic site in the surroundings is discussed in a 2012 monograph22 on the cemetery of the Ludas–Varjú-dűlő, 10–12 km south-southwest of the raw material extraction site. The necropolis was established in the same period as the Sajópetri site, in the third century BC, but a settlement with a similar scale has not been discovered around it yet. Before the expansion of a lignite mine, there were rescue excavations on an area of 30 hectares,23 and field surveys were done along the Bene Valley,24 In the course of both, remains of smaller farmsteads were found in the vicinity. Nothing has been published on the stone material of the excavated settlement remains in Ludas, and there were no andesite tool stones in the burial sites of the Varjú-dűlő. However, there may still have been a connection between the site and the Mátra Mountains, as the graves are oriented to the main peaks.25

Based on the above-mentioned facts, we can assume that in the Late Iron Age, andesite was in use in the Börzsöny/Visegrád Mountains, the Tokaj Mountains, and the Mátra Mountains. In addition, previous studies suggest that the extraction of andesite in northern Hungary began in the Cserhát Mountain range relatively early, as the basaltic andesite millstones of the Sarmatian settlement of Üllő (third and fourth centuries AD) suggest.26

Péter Bohn examined two millstones from the Late Celtic oppidum at Budapest-Gellérthegy.27 He identified the provenance area as laying either in the Börzsöny Mountains or the Visegrád Mountains, but no further research was conducted. In this case, assuming waterborne transport, we can calculate a distance of 50–60 km. Other oppida on the banks of the Danube (Devín and Bratislava) draw attention to a different important raw material source, namely the basalt of Pauliberg at Oberpullendorf (Austria).28 During the Late Celtic period, this basalt was transported not only to the Danube Valley but also to areas lying more to the north, to the Moravian territories.29

The millstone found in a subterranean building at the excavation site of the fortified settlement of Nitriansky Hrádok belongs to the same period, and it is also made of andesite.30 Although in the Northern Carpathians (e.g. Liptovská Mara), earlier Tatra granite and rhyolite were also used for stone tools, a remarkable quarry and production area for andesite grinding stones with semi-finished and waste products is known from Rakša, where there is a Late Celtic settlement nearby.31 The site is located far from Nitriansky Hrádok (130 km), but probably most of the route (85–90 km) could have been made on the River Nitra.

One can also mention several relevant studies done outside the Carpathian Basin, in neighboring territories, such as northern Italy and Bohemia. The fourth-century and third-century BC grinding stones from the material of Monte Bibele originate from the volcanits located around Orvieto, which was at least 300 km away from the site across the Apennines and much farther if using sea lanes.32 The era of the oppida is represented in Bohemia by specialized centers like Lovosice and the Kunětická Mountains. They supplied the entire northern part of the region and often even more distant areas with their products.33

Concluding Remarks

We examined three regions from the period of the Celtic expansion to the Carpathian Basin: the Traisental; the section of the Danube between Devín and Budapest; and the border zone of the Hungarian Plain and the mountains in northern Hungary, the region from the Mátraalja to the Tokaj Mountains. In the Pottenbrunn, Süttő, and Sajópetri microregions, the evidence suggests that the sandstone for sharpening stones was supplied mostly from local/microregional sources of raw materials. Nevertheless, in the case of Sajópetri, we should bear in mind the use of two different regional sources for raw materials, the Pétervására Hills for sandstone and the Tokaj Mountains for rhyolites. Based on the available data, in the oppidum at Budapest-Gellérthegy, we can observe the use of microregional sandstone raw materials, while the rock crystal artefacts in the Devín oppidum indicate an economic background that made it possible to procure special raw materials for these urban settlements.

The distribution of grinding stones suggests a regional network system. Andesite, the most commonly identified raw material in our region, is clearly linked to its geographical source sites within the Börzsöny/Visegrád Mountains and the Tokaj Mountains, and in the more distant Mátra Mountains we can even determine a very significant extraction site for it (the Domoszló region). The number of grinding stones from the fourth and third centuries BC with known provenance is still small, but in the case of Süttő and Sajópetri, we see that these heavy tools were transported over a relatively long distance.

The exploitation of andesite from the Börzsöny/Visegrád Mountains did not stop during the period of oppida, as the findings at Budapest-Gellérthegy suggest, although this cannot be confirmed by a contemporary settlement discovered on the Danube Bend. We do not even have indirect data on the utilization of the andesite of the Domoszló region and Tokaj Mountains from this period, but we know of a mining site in the northern Carpathians (Rakša). The tools of several Late Celtic settlements in Moravia and millstones from the oppidum in Devín and Bratislava were made of basalt, and in their case, provenance can be determined precisely (Oberpullendorf–Pauliberg, Austria).

The studies listed above show that, in the case of the grinding/mill stones, the quality of the raw material was of primary importance, and despite their large size and weight, they were transported over considerable distances. At the same time, this also means that high-quality raw material may have significantly increased the value of the resource supply of a given micro-region.

We have seen that it is far from impossible to identify extraction sites. Based on field experience and with the use of modern analyzes, individual types of sandstone and andesite can be distinguished from one another. From the perspective of future research, we need analyses of Late Iron Age stone materials from well-studied archaeological contexts. Such analyses may lead us to a better understanding of the late prehistoric role of this natural resource, which has been somewhat neglected in the secondary literature.

 

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Renzulli, Alberto, Patrizia Santi, Giovanni Nappi, Mario Luni, and Daniele Vitali. “Provenance and trade of volcanic rock millstones from Etruscan-Celtic and Roman archaeological sites in Central Italy.” European Journal of Mineralogy 14 (2002): 175–83. doi: 10.1127/0935-1221/2002/0014-0175.

Szabó, Miklós. “Les Celtes orientaux.” In Le bassin des Carpates avant l’arrivée des Hongrois : Celtes, Romains, peuples barbares du haut Moyen Âge dans le bassin du Danube 400 av. J.-C. – 895 apr. J.-C., edited by Miklós Szabó, László Borhy, Therese Olajos, Noël-Yves Tonnerre, and István Zimonyi, 17–146. Rennes: PUR, 2019.

Szabó, Miklós, and Károly Tankó. “La nécropole celtique à Ludas – Varjú-dűlő.” In La nécropole celtique à Ludas – Varjú-dűlő, edited by Miklós Szabó, Károly Tankó, and Zoltán Czajlik, 9–152. Budapest: l’Harmattan, 2012.

Szabó, Miklós, Károly Tankó, and Zoltán Czajlik, eds. La nécropole celtique à Ludas – Varjú-dűlő. Budapest: l’Harmattan, 2012.

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Waldhauser, Jiři. “Keltské rotační mlýny v Čechách / Keltische Drehmühlen in Böhmen” [Celtic rotary mills in Bohemia]. Památky archeologické 72 (1981): 153–221.

Wefers, Stephanie. Latènezeitliche Mühlen aus dem Gebiet zwischen den Steinbruchrevieren Mayen und Lovosice. Monographien RGZM 95. Vulkanpark-Forschungen 9. Mainz: RGZM, 2012.

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1 Szabó, “Les Celtes orientaux.”

2 Čist’akova et al., “Craft production,” cf. Waldhauser, “Keltské rotační mlýny,” and Wefers, Latènezeitliche Mühlen.

3 Ljuština, “Rotary querns.”

4 Ramsl and Draganits, “Steinartefakte aus Pottenbrunn.”

5 Czajlik et al., “Traces of prehistoric land use,” 208.

6 Czajlik et al., “Matériel lithique,” 279.

7 Horváth et al. “The Vajdavár Hills.”

8 Czajlik and Mohai, “Pierres à aiguiser,” 240.

9 Illášová, “Steinartefakte,” 337.

10 Bohn, “Tabáni kelta leletanyag,” 243.

11 Pieta, Die keltische Besiedlung, 174–75.

12 Niedermayr, “Die Mineralvergesellschaftungen,” 55.

13 Leitner et al., “Die Ostalpen als Abbaugebiet,” 66–68.

14 Czajlik et al., “Traces of prehistoric land use,” 211.

15 Tankó, “The Graves of Szob.”

16 Dinnyés et al., Magyarország régészeti topográfiája, 324–25.

17 Jerem, “Pilismarót – Basaharc, Ungarn.”

18 Horváth et al., Magyarország régészeti topográfiája, 291.

19 Czajlik et al., “Matériel lithique,” 283.

20 Péterdi et al., “Domoszló: Grinding Stone.”

21 Péterdi et al., “Domoszló: őrlő- és malomkő.”

22 Szabó et al., La nécropole celtique.

23 Domboróczki, “Recherches archéologiques,” 168.

24 Czajlik et al., “Recherches microrégionales.”

25 Szabó and Tankó, “La nécropole celtique,” 88.

26 Péterdi et al., “Bazaltos andezit.”

27 Bohn, “Tabáni kelta leletanyag.”

28 Zirkl, “Zur Herkunft der Rohstoffe.”

29 Čižmář and Leichmann, “Pozdně laténské žernovy,” 126.

30 Pieta, Die keltische Besiedlung, 173.

31 Ibid.

32 Renzulli et al., “Provenance and trade.”

33 Čist’akova et al., “Craft production,” 234.

7_Czajnik_abra.jpg

Figure 1. Archaeological sites from the Celtic period in the Carpathian Basin and in the Eastern Alps mentioned in the paper (black dots): a. 5th–3rd centuries BC, 1. Pottenbrunn – Steinfeld, 2. Nitra – Šindolka, 3. Süttő – Sáncföldek, 4. Szob – Kőzúzó, 5. Pilismarót – Basaharc, 6. Ludas – Varjú-dűlő, 7. Sajópetri – Hosszú-dűlő/Homoki-szőlőskert, b. 2nd–1st centuries BC, 8. Magdalensberg, 9. Bratislava – Devín, 10. Nitriansky Hrádok, 11. Liptovská Mara, 12. Budapest – Gellérthegy

Lithic raw material sources in the Carpathian Basin and in the Eastern Alps mentioned in the paper (black triangles): a. Identified, 13. Riepenkar, 14. Oberpullendorf – Pauliberg, 15. Lábatlan, 16. Rakša, 17. Budakalász – Ezüst-hegy, 18. Tatra Mountains, 19. Domoszló, 20. Tokaj Mountains, b. Assumed, 21. High Tauern, 22. Szob – Csák-hegy, 23. Pilismarót – Szekrény-hegy, 24. Ózd – Pétervására Hills.

Map edited by Zoltán Czajlik and Balázs Holl.

2020_1_Kosi

pdfVolume 9 Issue 1 CONTENTS

Summer of 1919: A Radical, Irreversible, Liberating Break in Prekmurje/Muravidék?*

Jernej Kosi
University of Ljubljana
This email address is being protected from spambots. You need JavaScript enabled to view it.

In this article, I examine political, cultural and social circumstances in Prekmurje/Muravidék after its occupation by Yugoslav forces in August 1919. Since the mid-19th century, Slovene national activists in Cislanthania had considered this part of the Kingdom of Hungary as a territory densely populated by Slovene compatriots and therefore as an integral part of Slovene national space. Drawing on this belief, in 1919 Slovene officials, politicians, and journalists celebrated the act of occupation of Hungarian territory as an event that brought to the end of Hungarian oppression to the locals and with it a radical, irreversible and liberating break with the past. By examining archival sources and secondary literature, I confront the victorious Slovene discourse with the reality on the ground. In addition, I also assess how a set of administrative ruptures and legislative changes imposed by the Yugoslav government in the immediate post-1919 period influenced the everyday lives and experiences of the local population.

Keywords: Prekmurje, Muravidék, Treaty of Trianon, transition, transformation, imperial legacies

On August 12, 1919, military units of the Kingdom of Serbs, Croats and Slovenes crossed the border with the Kingdom of Hungary and occupied segments of two counties, Vas (Železna in Slovenian) and Zala. Several weeks before that, the occupation had been sanctioned at the Peace Conference in Paris. To be more precise, in early July 1919, the Council of Heads of the four great powers’ included this small fragment of land in the very west of Hungary in the package of territorial compensations promised to Yugoslavia in exchange for Yugoslav participation in the military overthrow of the Hungarian Soviet Republic.1 The Yugoslav territorial acquisition of Prekmurje was confirmed a year later with the signing of the Treaty of Trianon. With the exception of a short interruption during World War II, Prekmurje, as the region is officially known in Slovenian (Muravidék in Hungarian), has been under Slovenian administrative control ever since.

The sudden July decision to hand over the territory of soon-to-become Prekmurje to the Kingdom of Serbs, Croats and Slovenes came as a surprise, even though the Yugoslav Peace Delegation had laid claim to Prekmurje soon after the diplomats started to convene in Paris at the beginning of the year. According to the statements made by Slovenian members of the Yugoslav delegation, the linguistic and ethnographic facts unambiguously confirmed the region’s Slovenian character. To build a political strategy on language and cultural markers was a common practice among Central European diplomats competing for contested areas at the Paris Peace Conference.2 Yet in contrast to many territorial disputes that broke out after the collapse of Central European empires, the claim for Prekmurje did not require the Yugoslav diplomats and experts to engage in creative reasoning based on hastily compiled ethnographic and linguistic “facts.” On the contrary, in this particular case, Yugoslav diplomats could base their request for territorial rearrangement on “solid” evidence which had already been gathered. Since the late nineteenth century, Slovenian national activists, ethnographers, linguists, and writers living in the Austrian part of the Dual Monarchy had been accumulating extensive knowledge about the Slavophone community densely inhabiting western Hungary.3 In their interpretation, framed and thoroughly impregnated by the ethnolinguistically defined notion of Slovenian national belonging and adherence, these Slavophones were members of the Slovenian nation inhabiting the territory between the upper Adriatic to the west and the outskirts of Pannonian Basin to the east.4 In 1919, Matija Slavič, the Yugoslav delegation’s Slovenian expert responsible for Prekmurje, thus only additionally elaborated and refined previously published and widely disseminated findings.5 The culmination of his efforts was an ethnographic map of Prekmurje which meticolosuly depicted the area densely inhabited by Slovenian compatriots who had, according to the established Slovenian ethnolinguistic national narrative, been living under oppressive Hungarian rule for centuries.6

Despite the seemingly convincing case (convincing at least according to contemporary standards) substantiated with the strong evidence, the great powers were at best lukewarm about the Yugoslav territorial expectations regarding Prekmurje. The situation changed only as a result of the establishment of the Soviet Republic in Hungary. After the French delegation began propagating the need to suppress the Communist regime in Budapest, a window of opportunity opened for the additional readjustment along the northernmost part of the Yugoslav-Hungarian border.7

The legitimacy of the Yugoslav occupation of Prekmurje was grounded on the idea of the right of the self-determination, despite ultimately being only a consequence of strategic considerations. In reality, however, the decision could hardly be described as the implementation of the Wilsonian principles. There was no plebiscite in Prekmurje, and the locals were not given the right to choose which state they wished to join. They also had no say in the decision-making process at the Paris Peace Conference, despite different political initiatives formulated and propagated by members of local elites in the period between autumn 1918 and August 1919. It is true that the “Yugoslav option” was not without supporters in Prekmurje. In the months after the collapse of Austria–Hungary, many Slavophone catholic clergymen (though not all) who were in close contacts with Slovenian national activists in former Cisleithanian lands agitated among Slavophone parishioners for the annexation of the territory to Yugoslavia. Yet much more vocal were those members of the local elite who propagated an administrative reorganization within the borders of Hungary that would recognize the linguistic and ethnic peculiarity of the local population and grant the region some sort of autonomy. While these initiatives were seriously discussed on various levels of the Hungarian administration, the most radical application of the principle of self-determination was doomed to fail from the outset. The so-called Republic of Prekmurje, which was proclaimed on May 29, 1919 by Vilmos Tkálec, a low-level official of the Hungarian Soviet Republic, lasted for only slightly more than a week, as it was suppressed by the Hungarian army on June 6.8

In the days after the occupation of Prekmurje in 1919, Slovenian politicians, national activists, and journalists employed a common post-1918 interpretation to rationalize and substantiate the territorial gain. The contemporary Slovenian press described the territorial acquisition as “a moment of liberation” for the Slovenian compatriots and “a radical and irreversible break” of the region with its Hungarian past. “Nothing will ever be the same,” the Civil Commissioner Srečko Lajnšic promised the locals in August 1919. Lajnšic was the first head of the new Yugoslav administration in Prekmurje. According to him, the Yugoslav occupation of Prekmurje brought freedom after 1,000 years of struggle under the Hungarian yoke; it gave Prekmurje’s Slovenes a chance to unite with brothers in blood to form a single polity. This kind of post-imperial narrative was not uncommon among members of Central European national elites who happened to find themselves on the winning side of history in autumn 1918.9 Still, to what extend did the narrative correspond with the realities on the ground? Did the 1919 annexation truly play a role in the groundbreaking rupture with the past for people living in Prekmurje? What do administrative sources, historical accounts, and scholarly works reveal about the nature of this supposedly “radical and irreversible break”? In what follows, I will focus on a set of administrative ruptures and legislative changes imposed by the Yugoslav government after it acquired the region, and I will examine how these changes influenced the everyday lives and experiences of the local population.

 

As one would expect, for locals living in Prekmurje, the single most important break with the past was the change of the state regime, embodied in the incoming representatives of the Kingdom of Serbs, Croats and Slovenes. Despite the fact that the local inhabitants and Hungarian officials who were present in the region offered no resistance to the newly arrived Yugoslav officials, the process of the administrative incorporation of Prekmurje initially did not go smoothly. The first weeks following the annexation were marked by internal strife between the Slovenian and Croat mid-level administrative bodies. Slovenian and Croat politicians and administrators could not agree on the question of which geographic and administrative jurisdiction Prekmurje should be associated with. As a consequence of this, both the Slovenian and Croatian provincial governments sent officials to the region seeking to put the territory of Prekmurje under their own administrative control. Moreover, the provincial government in Ljubljana also proclaimed Srečko Lajnšič, the district captain in the neighboring Styrian town of Maribor, the new Civil Commissioner in charge of the organization of temporary administration in Prekmurje. Unsurprisingly, Slovenian politicians saw the attachment of Prekmurje to the provincial government in Ljubljana as the only possible outcome of the occupation. In their eyes, it logically harmonized with the predominant reasoning of the Slovenian political and cultural elites from the former Cisleithanian lands, who regarded the formerly Hungarian territory as an integral part of the Slovenian national space. To their chagrin and exasperation, however, Croatian politicians and civil servants in Zagreb did not share their views. Instead, they immediately sent their own officials to take over several government and security posts in areas of Prekmurje that bordered Međimurje on the south, an area which had already been under the control of the Croatian administrative bodies since the winter of 1918.10

The fragmentation of the civil administration in Prekmurje led to conflicts and misunderstandings, as there was no clear demarcation line between the overlapping jurisdictions of Croat and Slovenian administrative bodies. The dispute was put to an end only after the intervention of a higher authority. On September 2, the Yugoslav minister of internal affairs Svetozar Pribičević finally interfered and provided a conclusive decision concerning the issue of administrative competences in Prekmurje. Pribičević ordered the provincial government in Ljubljana to mitigate the conflict, which was creating internal strife between Slovenian and Croat branches of administration and could also put Yugoslav control of the occupied territory in jeopardy. He thus decided that until the new constitution was written and ratified, Prekmurje should remain a single administrative entity under the auspices of the Civil Commissioner. The Slovenian provincial government should then, he insisted, provide the necessary officials and, in case of need, ask the provincial government in Zagreb for help. In any case, Pribičević reiterated once again, the territory of Prekmurje should remain a single unit with the Civil Commissioner in charge of the administration.11 The next day, the president of the Slovenian provincial government, Janko Brejc, ordered the subordinated departments and offices immediately to provide the requested personnel to the Civil commissioner.12 The Civil commissioner then moved the seat of his office from Radgona/Radkersburg in Styria to Murska Sobota in Prekmurje.13 With that, the first phase of the consolidation of the new administration in the occupied territory was completed.

The Yugoslav occupation of Prekmurje in August 1919 thus marked the end of Hungarian administration and of Hungarian as the official language of the state administration. From the outset, the incoming state representatives did not tolerate the existing Hungarian administrative structures. The newly arrived Slovenian administrators regarded the presence of Hungarian officials in Prekmurje as a security risk. “The state within the state cannot exist,” Lajnšic insisted. He added, “law won’t be restored as long as the administration remains in the hands of those who constitute a threat to the new order.” Given the fact that “a proper administration must be established,” the Civil Commissioner continued, “authorization should be given to take over or at least to suspend the work of the existing administrative bodies, for the Hungarian authorities only work against the establishment of public order.”14 Many Hungarian officials thus voluntarily left the region soon after the occupation, while others were encouraged, by different means, to hand over their official responsibilities to the Yugoslav representatives, pack their belongings, and leave for Hungary. The replacement was quick and clinical. Several weeks after the Yugoslav forces started entering Prekmurje, the Slovenian officials had taken over all the public offices and administrative posts in Prekmurje, from the courts and the gendarmerie to post offices and railway stations, and they had subordinated them in the process to the administrative bodies in Ljubljana.

Another important case indicating a clear rupture with the past involves the new categories introduced for the population. A series of decrees and laws enacted in the weeks and months after World War I had ended revealed that in the newly constituted nation state of South Slavs, citizenship would be “nationalised.” The national belonging ascribed to each citizen would play a crucial role in determining a given citizen’s rights and the extent to which these rights were respected and protected by the authorities. In other words, national belonging would influence the way in which the authorities treated a particular citizen. Since the establishment of the Kingdom of Serbs, Croats and Slovenes in December 1918, the newfound Yugoslav official ideology propagated the state as a nation state. Serbs, Croats and Slovenes were regarded as constitutive tribes of the so-called three-named nation (troimeni narod), or the Yugoslav nation. In this sense, the new state was understood as a culmination and embodiment of the principle of the national self-determination of one sovereign Yugoslav nation.15 However, alongside Serbs, Croats, and Slovenes, many people lived within the borders of the kingdom who identified themselves or were identified by the state administration as members of other national and religious minority communities, for instance Montenegrins, Macedonians, Jews, Germans, Hungarians, Muslims, etc. Following the postwar international agreements on the protection of national minorities, the state granted the members of several of the abovementioned communities a set of specific minority rights. In this sense, the new state officially recognized the existence of several other national groups, the members of which were normatively bestowed equal citizenship rights and, in some cases, also specific minorities rights.16

After acquiring Prekmurje, the new Yugoslav administration began applying the new categories to the local population. Locals who were granted citizenship (the majority of people living in Prekmurje) were divided into two distinct categories. The first one consisted of locals who spoke Slovenian dialects. This part of Prekmurje’s population was regarded as an integral part of the Slovenian tribe and thus as members of the Yugoslav nation. The second category, however, was reserved for members of the local population who were identified by the state administration as belonging either to the German or to the Hungarian minority. According to the peace treaty, the Kingdom of Serbs, Croats and Slovenes was not allowed to discriminate against citizens who belonged to minorities. But the state bureaucracy nonetheless treated citizens in Prekmurje differently with respect to their presumed national affiliation. Many documents reveal that the level of citizenship rights depended on the ascribed national belonging, as only citizens who were regarded as members of a dominant nation were granted full citizenship rights.17

In addition to the replacement of the state administration and the introduction of the distinction between majority and minority groups, inhabitants of Prekmurje experienced another major shift in the years following the occupation, namely the land reform. In 1919, Prekmurje was a predominantly agricultural region. The majority of the population consisted of peasants who owned no land and farmers who had small holdings. The division of large estates into parcels gave the peasant population of Prekmurje access to a means of basic survival, i.e. land. The decision of the state to introduce the land reform and hence intervene in the existing property relations was thus perhaps the most important rupture affecting the everyday lives of the local population.

The land reform in Prekmurje was part of the broader strategy of rural pacification adopted by the government soon after the proclamation of the Kingdom of Serbs, Croats and Slovenes in December 1918. In the precarious first postwar weeks and months following the proclamation of the new state, the Yugoslav countryside was plagued by a wave of discontent and a series of more or less violent outbreaks.18 The uprisings of the rural population were influenced by a revolutionary movement in Russia and enabled by a fragile state apparatus, massive social deterioration, and a weak or non-existent monopoly of the state on violence. Since the economic recovery was at best gradual, the government decided to use the promise of land reform as a tool to quell rural social movements. As part of this strategy, in February 1919, regent Alexander confirmed a provisional bill that dissolved all large estates in exchange for financial compensation.19

In the years that followed, in Prekmurje as in the rest of the kingdom thousands of hectares of farmland changed the ownership. In truth, the transfer of property (the ownership of arable land) came into effect sluggishly because of the many conflicting interests and the complexity of the process of land division itself. The constant shifting of people in government also slowed down the procedures, as did the complaints concerning the measures, the revisions that were made to the decrees, the annulment of some decrees, and the involvement of political parties. Nonetheless, the change of ownership of arable land transformed the economic and social conditions in the region. Before the beginning of the agricultural reform in Prekmurje, one could cross the whole region from one end to the other (approximately 90 kilometers) without leaving the estates of only twelve large landowners. A good decade after the introduction of the first decrees, almost ten thousand land seekers held legal property rights to 56 percent of the farmland that had formerly been part of large estates. Much of the land was thus still part of large estates, but the land reform enabled many farmers to get their own plots.20

 

The three post-1919 changes described above significantly influenced the everyday lives and routines of locals living in Prekmurje. In many ways, at least at first glance, the 1919 rhetoric thus indeed did describe actual changes which had taken place in Prekmurje in the years that followed the Yugoslav occupation and the subsequent annexation. Still, did these changes retrospectively substantiate the narrative of a “liberating,” “radical,” and “irreversible” break with the past in the summer of 1919?

To begin with, in post-1919 Prekmurje various institutional practices, administrative procedures and norms, and also everyday habits survived the collapse of the Dual Monarchy. Many sections of Hungarian civil law and other decrees from the Hungarian era were simply translated into Slovenian and remained in force in Prekmurje throughout the interwar period, despite the inclination of the Slovenian provincial government to replace the existing Hungarian body of law with the normative framework that was in use in other territories under its control. In the late 1920s, the “Provisions of Vas County Regarding Buildings and Public Cleanliness” from 1909, for instance, still regulated the urban spatial restructuring of Murska Sobota, the administrative center and commercial hub of Prekmurje, while the unique combination of former Hungarian laws specified the rights of citizens regarding fishing and hunting in Prekmurje.21

The aspirations of Slovenian state actors completely to reorganize everything in Prekmurje were not inhibited solely by pragmatic reasoning and the lack of state resources. Their ability to address and their willingness, ultimately, to tolerate the reality on the ground and the continued attachment to customs and practices were often influenced by conflicts with the expectations of locals. Through dynamic negotiations, locals on many occasions managed to convince the representatives of the Yugoslav state to show some consideration for established practices and existing institutions. When in 1920 the Slovenian administration tried to put the existing network of elementary schools run by the local clergy under the control of the state, the local Catholic and Protestant dignitaries viciously opposed the proposals. As a consequence, until the early 1930s, the network of confessional semi-independent schools remained intact in Prekmurje.22

The occasional willingness of Slovenian judges sent to Prekmurje from Ljubljana to include in their rulings specifics of Hungarian law and practice that did not exist in the existing body of law of the former Cisleithanian lands is also telling. For instance, after the death of Štefan Kerčmar, his wife Fani Kerčmar asserted the right of survivorship (widow’s right), which gave her the right to use her husband’s property until her death or marriage. Though since 1914 the imperial Austrian Civil Code had not acknowledges this right, a Slovenian judge who followed imperial Austrian procedure regarding the inheritance recognized the legality of the widow’s request in the concluding verdict.23

Furthermore, despite the intention of the Slovenian government to purge the administrative bodies in Prekmurje of any Hungarian influence entirely, several Hungarian lower officials retained their positions. Soon after the occupation, the new Slovenian civil servants came to the conclusion that they would not be able to govern without the help of experienced and literate officials fluent in Hungarian. These individuals were familiar with the circumstances on the ground and as such an important source of reliable information about the expectations and needs of local communities, and they could also function as intermediaries between the state institutions, where predominantly Slovenian was used, and locals who spoke only Hungarian.

The example of a dispute which erupted in November 1920 between the two highest representatives of the state authority in Prekmurje concerning the employment of a municipal clerk who had dubious political views illustrates how the pragmatic aspects on many occasions prevailed over political and nationalistic ones. On November 2, the Civil Commissioner wrote to the head of the regional State Police Department, Gustav Puš. He expressed his dissatisfaction with what he saw as the inappropriate prerogatives given to one of Puš’s subordinates. Puš was the highest state law enforcement official, and he also held the position of provisional unelected mayor (gerent) of the Murska Sobota municipality. In the complaint, the Civil Commissioner thus revealed his astonishment at the fact that he had received an official certificate issued by a municipal clerk named Györy. He could not understand how it was possible that Györy was still employed at the municipal office and had the right “to sign documents in the name of municipality and even use the municipal seal,” given that he had recently been convicted by the Civil Commissioner and even served a sentence for having committed anti-state acts. Györy was not loyal to the state, he continued, hence it was “absolutely unacceptable” to grant him authority to issue certificates and handle the official municipal seal. For this reason, the Civil Commissioner instructed the head of the state police and the provisional mayor of Murska Sobota to sort out the scandalous situation. In short, he asked him to replace Györy as a municipal clerk with someone who would be seen as trustworthy by the Slovenian population of Murska Sobota.24

Gustav Puš’s response was surprising. He explained to the Civil Commissioner that Györy was in charge of issuing certificates on the conditions of families and properties so that grain could be distributed to the poor population as had been demanded by the Civil Commissioner in the instructions Puš had recently received. Györy had been entrusted with this task for a good reason, as he knew the conditions of the local population well, Puš asserted. He continued: “I am well aware that Györy was punished, for I was the one who led the investigation in question. At the municipal council meeting on July 23, 1920, Györy was nominated and accepted unanimously to serve as the municipal secretary. The transcript of the municipal meeting in question was sent to the Civilian Commissariat. If today, as the order demands, the district government wants to dismiss him, this would create many difficulties. […] I must point out that Györi has done a good job so far. His specific task has been to compile various lists, such as a list of recruits, a census of livestock, and other things that would be difficult for someone else who does not know the situation, people, and language.” In short, in his role of provisional mayor of Murska Sobota, the head of state police defended diligent work of his subordinate clerk, whom he had previously persecuted. On this occasion, the smooth functioning of the administration took precedence over the more abstract interests of the state.25

These cases suggest that the consequences of the transfer in 1919 of power over the territory were far from radical and irreversible. But neither was the annexation liberating, at least not for many locals living in the region. As mentioned above, the newly founded Kingdom of Serbs, Croats and Slovenes promised to respect the citizenship rights of all citizens regardless of their nationality and to recognize minority rights of several national communities. In spite of these promises, after the war, Prekmurje’s Hungarian speaking population encountered many obstacles. The majority of the educated Hungarian speaking inhabitants of Prekmurje left the region after the occupation and annexation and settled in the new state of Hungary. Others, especially Hungarian administrative employees and teachers, were fired soon after the occupation because they allegedly did not speak the official language of the Kingdom of Serbs, Croats and Slovenes.26 Their departure was a major reason why it was difficult to set up a network of schools for the Hungarian minority. The interwar circumstances were precarious from the perspective of elementary schooling in Hungarian. This eventually led to a decrease in the number of pupils and, later, to the almost complete abolishment of minority schools in the region.27

In addition to disrespecting the rights of the Hungarian minority to their own educational institutions, the new authorities discriminated against members of the Hungarian minority, especially its rural segment, in another way. Hungarian speaking peasants, who densely inhabited the area around Lendava along the new border with Hungary, were also excluded from the land reform. Though the local Hungarian speaking farmers and rural communities were initially allowed to rent out arable land of the sequestered and dissolved large estates, they were forbidden in the second stage from buying it, and hence they were prevented from becoming proper owners. This opportunity was given to locals and newcomers considered Slovenians instead of to Prekmurje’s Hungarian speaking population. In contrast with what took place in some other parts of Yugoslavia, the exclusion was not about citizenship, but about the presumed nationality of the locals. At the beginning of the reform, the Yugoslav administration allowed peasants and farmers in Prekmurje who either spoke Hungarian or identified as Hungarians to lease the land, even though they still held the right to opt for Hungarian citizenship. Yet, in 1924, when these locals had become citizens of the Kingdom of Serbs, Croats and Slovenes, their contracts were revoked on the basis of their presumed nationality, which was determined by using the 1921 census. The officials of the district state agency responsible for the land reform in Prekmurje analyzed records of the census taken in villages along the Yugoslav-Hungarian border and postulated that the declaration of a local citizen’s mother tongue should be regarded as an objective marker of his or her national identity. In this sense, the state officials classified inhabitants of villages who declared Hungarian as their mother tongue as being of Hungarian nationality and, as such, potentially unreliable citizens, whose ownership of the land along the border could cause potential problems for the integrity of the Yugoslav state.28

The integration of Prekmurje’s Slavophone speakers of the region into the new Yugoslav frame was not exactly smooth either. The incoming administration perceived the Slavophone population of Prekmurje as their Slovenian brothers who had finally been liberated from one thousand years of Hungarian domination. The local Slavophones, however, looked on the newcomers with suspicion. Many of them were in fact patriotic Hungarians who expressed particular notions of self-belonging as Slovenes that did not correspond with the understanding of “Slovene-ness” cultivated in the former Cisleithania. As a result, after the Yugoslav occupation and annexation, two separate notions of “Slovene-ness” began to intersect in the region of Prekmurje. The sentiments of ethnic belonging held by the local Slovenian speakers were very different from the idea of “Slovene-ness” developed and widely disseminated in the course of the nineteenth century on the other side of the former border between the Austrian and Hungarian parts of the Dual Monarchy. The officials who came to the region after the war were for that reason identifying Prekmurje’s Slovenian speakers as a part of their own Slovenian nation, which supposedly stretched from the coasts of the Adriatic to the westernmost parts of Hungary. In contrast, the local inhabitants, with the exception of a few catholic priests, continued to nurture their own local and regional identifications. As a result, in 1919, members of Prekmurje’s Slovenian speaking population predominantly identified themselves as “Sloveni” or “Slovenci,” yet they regarded the incoming Slovenian officials sent to the region as representatives of the new Yugoslav state as Carniolans, Slavs, or simply “newcomers.” Prekmurje’s Slovenes hence did not think of the incoming Slovenes as belonging to the same ethnic group as them.29

The two abovementioned Slovenian groups commonly fought about the role of Prekmurje’s regional literary language, particularly in the educational and church setting. These disagreements were passionate because Prekmurje’s Slovenian was both a symbol of the region’s ethnical particularity and, above all, the language of the local evangelic and Catholic Church. The incoming Slovenian officials, especially teachers, nonetheless treated Prekmurje’s literary tradition in a patronizing and occasionally even contemptuous manner. In their eyes, the Slovenian spoken in Prekmurje was not a language but merely one of the dialects of “proper Slovenian,” and for that reason, it should be eliminated. After all, according to them, a true nation could only have one national literary standard.30 Misunderstandings between the locals and the newcomers were further exacerbated by a particular group of newcomers, the Slovenian teaching staff who fostered and spread liberal views which differed from the view of the local clergy.31

Many archival documents from the months following the annexation reveal the animosity between the local Slovenian speakers and the newly arrived Slovenian administrators. For instance, in April 1922, the commander of Murska Sobota’s gendarmerie reported on the positive responses of the local Slovenian “nationally unconscious intelligentsia” to Hungarian propaganda in support of border revisions and the return of Prekmurje to Hungary. According to the sources, along with the local Hungarians, some Slovenes also supported the return of the region to Hungary, more specifically “all the Lutherans, including Lutheran innkeepers, pastors, and teachers.” The writer of this report continued with the following claim: “Prekmurje’s people hate us—Serbs especially—and are convinced that they form a particular, not Slovenian nation.”32 Furthermore, under these tense circumstances, Jožef Klekl, a priest, a member of the national assembly, and one of the very few people in Prekmurje who had supported the Slovenian national movement in the prewar times, was declared a threat to the state because of his autonomist viewpoints.33

 

In conclusion, after August 1919, the inhabitants of Prekmurje had to confront the reality of living in a state in which the institutional framework and the political culture differed considerably from what they had experienced in the Kingdom of Hungary. The new Yugoslav state actors who came to the region replaced the Hungarian officials, but that was certainly not all they did. Almost immediately after the region’s incorporation into the new state, they started to introduce new administrative practices and state institutions, together with a new normative framework that legally divided the body of citizens into separate communities along the lines of presumed or expressed nationality. Generally speaking, the administrative apparatus treated the Slavophone majority of Prekmurje as a constitutive part of the “three-named nation,” and it classified local German-speaking and Hungarian-speaking communities as parts of two recognized minority groups. Last not least, the Yugoslav state enacted the land reform and radically intervened in the existing ownership relations. Thousands of local Slavophone farmers were given an opportunity to become owners of the land they cultivated.

However, a closer examination of several aspects of the local circumstances in Prekmurje in the decade after the incorporation of the region into the Kingdom of Serbs, Croats and Slovenes offers a much more nuanced interpretation of the changes which took place. Instead of supporting the characterization of the annexation as a moment of radical rupture, the events which took place on the ground suggest that the changes occurring in the summer of 1919 in Prekmurje instigated a process of pragmatic adaptations and gradual transformations framed by many aspects of the imperial past. In this sense, the documents which survive speak for themselves, and they also cast a shadow of doubt on the prevailing Slovenian national narrative, according to which the summer of 1919 was the moment of the unification of the Slovenes of Prekmurje with the mother nation.

Archival Sources

Arhiv Republike Slovenije [Archives of the Republic of Slovenia] (ARS)

Pokrajinska in študijska knjižnica Murska Sobota [Regional Library Murska Sobota] (PIŠK)

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Službene novine Kraljestva Srba, Hrvata i Slovenaca. http://sluzbenenovine.rs

 

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Komac, Miran. “Narodne manjšine v Sloveniji, 1920–1941” [Ethnic minorities in Slovenia, 1920–1941]. Razprave in gradivo: revija za narodnostna vprašanja 75 (2015): 49–81.

Kosi, Jernej. “The Imagined Slovene Nation and Local Categories of Identification: ‘Slovenes’ in the Kingdom of Hungary and Postwar Prekmurje.” Austrian History Yearbook 49 (2018): 87–102.

Kosi, Jernej. “Slovenski nacionalni prostor na Ogrskem: Ustvarjanje zamisli o slovensko-hrvaški meji v dolgem srednjeevropskem 19. stoletju” [Slovenian national space in Hungary: Cunstructing the notion of Slovene-Croatian border in the long 19th century]. In Ustvarjanje Slovensko-Hrvaške Meje, edited by Marko Zajc, 29–46. Zbirka Vpogledi. Ljubljana: Inštitut za novejšo zgodovino, 2018.

Kosi, Jernej. “Slovene Ethnolinguistic Nationalism as Rhetoric and Practice in Post-imperial School Administration in Prekmurje.” Spiegelungen: Zeitschrift für deutsche Kultur und Geschichte Südosteuropas (München: IKGS, forthcoming, 2019).

Kosnica, Ivan. “Odnos državljanstva i nacionalne pripadnosti u Kraljevini SHS/Jugoslaviji” [Relation between citizenship and nationality in the Kingdom of Serbs, Croats and Slovenes/Yugoslavia]. Zbornik Pravnog Fakulteta u Zagrebu 68, no. 1 (2018): 61–83.

Kovács, Attila. “Agrarna reforma in kolonizacija na območju Dolnje Lendave med obema vojnama” [Land reform and colonization in the area of Dolnja Lendava in the interwar period]. Razprave in gradivo, no. 53/54 (2007): 68–97.

Kyovsky, Rudy. “Trianonska pogodba in slovensko-ogrska meja” [The Treaty of Trianon and the Slovene-Hungarian border]. In Revolucionarno vrenje v Pomurju v letih 1918–1920, edited by Janko Liška, 236–59. Pomurska založba, 1981.

Lipovšek, Gašpar. Lovski in ribiški zakon: (zak. člen XX. 1883 in XIX. 1888) veljaven v Prekmurju [Hunting and fishing laws: (law XX of 1883 and XIX of 1888) valid in the territory of Prekmurje]. Gornja Radgona: Tiskarna Panonija, 1927.

Milić, Ivo. Pregled madžarskog privatnog prava: u poredjenju sa austrijskim gradjanskim zakonikom [An overview of the Hungarian civil law: In comparison to the Austrian Civil Code]. Subotica: autor, 1921.

Nemec, Janez. “Pravo v Prekmurju po 12. avgustu 1919” [Body of law in Prekmurje after August 12, 1919]. Časopis za zgodovino in narodopisje 60, no. 1 (1989): 54–64.

Newman, John Paul. “Post-Imperial and Post-War Violence in the South Slav Lands, 1917–1923.” Contemporary European History 19, no. 3 (2010): 249–65.

Prott, Volker. The Politics of Self-Determination: Remaking Territories and National Identities in Europe, 1917–1923. Oxford: Oxford University Press, 2016.

Slavič, Matija. “Prekmurske meje v diplomaciji” [ Diplomacy and borders of Prekmurje]. In Slovenska krajina: Zbornik ob petnajstletnici osvobojenja, edited by Vilko Novak, 83–107. Beltinci: Konzorcij, 1935.

Slavič, Matija. Carte etnographique de Prekomurje: D’après la statistique officielle hongroise de 1890. Paris: Courtier & Cie, 1919.

Troch, Pieter. “Yugoslavism between the World Wars: Indecisive Nation Building.” Nationalities Papers 38, no. 2 (March 2010): 227–44.

1* The research for and writing of this article were funded by the ERC Nepostrans Consolidator Grant under the contract 772264.

In this text, I use the shorter term “Yugoslavia” to describe the polity that was officially known as the Kingdom of Serbs, Croats and Slovenes.

2 On the border-drawing practices employed at the Conference, see Prott, The Politics, 113–47; Crampton, “The Cartographic.”

3 Kosi, “The Imagined,” 90–94; Kosi, “Slovenski nacionalni.”

4 On ethno-linguistic nationalism, see Kamusella, “The History”; much more broadly Kamusella, The politics.

5 On Slavič’s contribution to the “Slovene cause,” see his personal account: Slavič, “Prekmurske meje,” 83–92.

6 Slavič, “Carte ethnographique.”

7 Kyovsky, “Trianonska pogodba,” 236–59; Hornyák, Hungarian-Yugoslav, 46–49.

8 For an overview, see Feiszt, “Revolucionarni pokret,” 345–52; Kokolj, “Prekmurje v prevratnih,” 53–205.

9 On the Czech example, see Bugge, “Czech democracy,” 24.

10 Kokolj, Prekmurski Slovenci, 21–22.

11 Arhiv Republike Slovenije (ARS). Pokrajinska uprava za Slovenijo – predsedstvo (AS 60), Prekmurje IV, V. 10417, 2.9.1919.

12 ARS. AS 60, Prekmurje IV, V. 10417/1919. Upravna ureditev v Prekmurju, 2.9.1919.

13 ARS. AS 60, Prekmurje IV, V. 10595/1919, 6.9.1919.

14 ARS. AS 60, Prekmurje IV, V. 10092, Položaj v Prekmurju, 26.8.1919.

15 On the nature of citizenship in interwar Yugoslavia, see Kosnica, “Odnos državljanstva,” 61–83; Štiks, Nations and citizens, 32–34. On the idea of “troimeni narod,” see Troch, “Yugoslavism between,” 229–32.

16 For more detailed information on the minority and religious rights in Yugoslavia, see Greble, “The Uncertain,” para. 9–17.

17 Kovács, “Agrarna reforma,” 68–97. Komac, “Narodne manjšine,” 59–66.

18 Banac, “Emperor Karl,” 284–305; Newman, “Post-imperial and post-war,” 249–65; Beneš, “The Green Cadre,” 207–41.

19 Službene novine Kraljestva Srba, Hrvata i Slovenaca, February 27, 1919, no. 11.

20 Kokolj, Prekmurski Slovenci, 483–591.

21 On regulations concerning the outlook of public space in Murska Sobota, see Brumen, “Panonskost Murske Sobote,” 91–102. The fishing and hunting rights in Prekmurje were regulated with the official translation of fragments of Hungarian laws combined with administrative procedures that were used in the former Cisleithanian lands; see Lipovšek, Lovski in ribiški.

22 Kokolj, Horvat, Prekmursko šolstvo, 318–24.

23 Nemec, “Pravo v Prekmurju,” 54–64. On differences between the Hungarian and Austrian inheritance law, see Milić, Pregled, 58–76.

24 Pokrajinska in študijska knjižnica Murska Sobota (PIŠK). SI_PIŠK/0001/001/001/00027. Dopis Civilnega komisarja, predstojniku oddelka državne policije o potrebni zamenjavi občinskega tajnika v občini Murska Sobota, 11.2.1920.

25 Ibid.

26 Kosi, “Slovene ethnolinguistic,” (forthcoming).

27 Göncz, “Madžarska manjšina,” 81.

28 Kovács, “Agrarna reforma,” 68–97.

29 Kosi, “The Imagined,” 95–102.

30 Kosi, “Slovene ethnolinguistic,” (forthcoming).

31 Kokolj, Horvat, Prekmursko šolstvo, 307–9.

32 ARS. AS 60, Prekmurje IV, V.Pov 1890/IV. Madžarska propaganda v Prekmurju, 15.4.1922.

33 ARS. AS 60, Prekmurje IV, V. Pov. 6573/IV. Klekl Jožef, upokojeni župnik in narodni poslanec v Prekmurju, informacija, 8.6.1921.

2020_1_Cornwall

pdfVolume 9 Issue 1 CONTENTS

The Flickering Lighthouse: Rethinking the British Judgement on Trianon*

Mark Cornwall
University of Southampton
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This article reassesses the official British discourse around the Treaty of Trianon between 1919 and 1921. It studies a range of colorful opinions for and against the treaty, why they emerged at particular times, and why some could prevail over others. Especially it focuses on the rationale of those British parliamentarians or officials who spoke out against Trianon as being unjust to Hungary. These leading voices had varied backgrounds and prejudices, but they all had personal knowledge of Hungary either before or after World War I. The article is divided into three time-periods, thereby highlighting the main shifts in British opinion that were often caused by geo-political changes in Hungary itself. While the key British decisions were taken in 1919 at the time of the Paris Peace Conference, the vibrant and public British debate of 1920–21 also had a long-term impact: it sustained Hungarian hopes and illusions about a future revision of Trianon and about potential British sympathy. In fact, despite the strident voices heard during the British debate, the evidence suggests that there was more agreement among the British elite than some historians have suggested. By 1921, both opponents and supporters of Trianon had reached a certain pragmatic consensus; they recognized both the faults and the fairness of the peace settlement, but most now considered there could be no return to greater Hungary.

Keywords: Trianon, Great Britain, Paris Peace Settlement, revisionism

In one of the compelling spy thrillers which the novelist Eric Ambler wrote in the late 1930s, his stateless hero, Josef Vadassy, is a Hungarian living in France whose life has been dramatically changed thanks to the Treaty of Trianon. It was typical of Ambler to bring East-Central Europe into his thrillers, portraying the region for an English readership as somewhere both exotic and dangerous, where spies competed in the ideological battle of fascism against communism. However, at the start of Epitaph for a Spy, his Magyar protagonist makes a gross error. Explaining to the French police that he is from Szabadka, he gives the date of the Treaty of Trianon not as 1920 but as 1919.1 The reason for the mistake is perhaps simple. Ambler had never been to Hungary, and for him the detail was irrelevant: it might well be jarring to a professional historian or any Hungarian reader, but few among his English audience in the 1930s would care, for “Trianon” was unknown to them. On the other hand, if we wish to be generous to Ambler, we might suggest that Vadassy’s Magyar credentials were intact when he assumed that the Treaty of Trianon was in place by 1919. Arguably, the crucial decisions about Hungary’s future borders were made in that year. What was left, in 1920, was a flood of Hungarian protests, with some outspoken British voices of support, but these voices had little effect on the signing and ratification of the peace treaty.

Since 1920, many historians have suggested that Great Britain played a key role (perhaps the most vital among the Great Powers) in drawing up the treaty which shaped Hungary’s new borders and in stabilizing interwar Hungary. In the early 1920s, there was certainly much wishful thinking on the Hungarian side about Britain’s major influence, as well as Britain’s alleged historic sympathy for the Hungarian cause. Gyula Andrássy, for example, spoke in 1921 of “how deeply disappointed he and others had been that England had deserted her old principles […] It was not the England that Hungary used to know that had made the peace.”2 This illusion of special British sentiments towards Hungary always found some echoes in London too. In one British parliamentary debate in March 1920, for example, a garrulous politician who had recently visited Budapest pressed in exaggerated language for his country to intervene and help the Magyars: “It is Britain that is serving as a lighthouse for the whole world, and if it flickers and goes out through our cowardice, half the world will sink in the storm for lack of guidance which this country alone can give.”3

Yet the extent to which Great Britain really shaped the Hungarian settlement remains debatable. Even at the time, some establishment figures could not understand why the severe Trianon Treaty emerged as it did and why it had British approval. In April 1921, the treaty was debated in the House of Lords, and Lord James Bryce commented, “No-one has carried any lamp into these dark corners in which the fate of Hungary was decided.” A few months later, Lord Sydenham agreed. The Supreme Council’s decision concerning Hungary, he said, was “one of the most extraordinary things of which I know. Someday it may be explained, and we shall know what was behind this determination, but at present it is unintelligible.”4

Over the course of the past forty years, several British and American historians have tried to answer these questions. One conclusion has been the predominant influence on the British Foreign Office of “New Europe” adherents, especially the diplomats or “expert advisers” in Paris who shared the liberal-national outlook of publicists like R. W. Seton-Watson. Seeking to carve out a territorial settlement on the basis (mainly) of national ethnicity, these advisers’ role in 1919 was crucial in fixing Hungary’s borders to the advantage of neighboring states like Czechoslovakia and Romania.5 Other historians have approached the British impact on Trianon more broadly, highlighting how and why the Anglo-Hungarian relationship dramatically improved between 1918 and 1922 as Britain aspired to the restoration of political and economic stability. According to Gábor Bátonyi, these years were a unique chapter in British interest in the region. From a position of hostility or at least passivity towards Hungary in the first half of 1919, there was then a “positive shift,” as the influence of the “New Europe” group declined and the stabilization of Budapest became London’s predominant approach. Certainly, Britain was motivated by the desire to penetrate the Carpathian Basin economically, but perhaps as important was the sense that any long-term stability needed to be based on a just or fair settlement too. To some key British observers, the evidence increasingly suggested that the settlement was neither just nor fair to Hungary.6

The following discussion, in the centenary year of Trianon, seeks to rethink this shift in British official attitudes. It is primarily a study of the conflicting British discourse about Hungary and Hungary’s borders, with a particular focus on when and why certain voices emerged and why some gained ascendency. The article is divided into three time periods of the “Trianon settlement.” It also proceeds in reverse chronological order, working from 1921 back to 1918, in order to challenge a rather well-worn historical narrative and to highlight more clearly the trajectory of opinion-formation. Through this approach to the sources, I reassess the continuities or breaks in British perceptions. I also show that the shifting Hungarian geo-political framework itself determined how British observers responded in a positive or negative fashion. Indeed, to a large extent, London was always reacting to events on the ground in the Carpathian Basin, faits accomplis which could not be controlled and were usually only of modest concern to British official interests.

A Certain Consensus

The first period to consider, as an introduction, is spring 1921. After Hungary had ratified the peace treaty in November 1920, the focus in London was on British ratification in order to finish the peace process and allow reconstruction across Central Europe. This ratification occurred on May 5, 1921. The British parliamentary debates before this in the House of Lords and the House of Commons reveal well the underlying perceptions and prejudices for and against the treaty. However, we should not simply note the individuals who took a stand as supporters or opponents of Trianon, but also consider the ways in which the ideas of both camps overlapped and converged. Ignác Romsics contends that by 1921, there was still no rapprochement between the “Foreign Office faction” and the “pro-Hungarian faction.”7 Yet as we shall see, this is only partially true. This notion, furthermore, implies a strict division in opinion when by 1921 the divide was actually rather artificial.

Certainly, there were basic disagreements in the parliamentary debates from March to May 1921, and these very much echoed the views expressed a year earlier (by many of the same speakers). On the one hand, the British Coalition government in 1921 was pressing for treaty ratification. It claimed that the terms of the treaty could not now be reopened for negotiation, as that would mean another peace conference. Instead, the famous “Millerand note” (sponsored by the British) suggested a way forward for some Hungarian border adjustments in the future.8 Fundamentally, however, speakers like Robert Cecil in the Commons and the Foreign Secretary, Lord Curzon, in the Lords justified the dismemberment of historic Hungary as a process that was legitimate because of the ways in which the Magyar rulers had behaved before 1918. They had “grossly misgoverned the subject races.” Moreover, as Curzon put it, the Habsburg Monarchy had been “an artificial system” which had already begun to totter before 1914: the war, which Budapest had helped cause, had simply given the system its coup de grâce.9 Following this line of argument about Magyar misrule, the speakers also stressed that neither Britain nor the Paris Peace Conference had broken up Hungary. Rather, the peacemakers in 1919 had been faced with a fait accompli: at the end of the war, Hungary’s “hostile races” had taken matters into their own hands and Hungary had “fallen into its component parts.”10 Great Britain’s role, with the other Powers, had been, according to Curzon, to find a compromise when settling the borders. This had been done as far as possible according to the Wilsonian principle of self-determination. He maintained that the Magyar arguments had been given a fair hearing, and it was now time for Hungarians to put the past behind them: “the war may before long become no more than a painful dream.”11

Against this optimistic stance, the parliamentarians who spoke out against Trianon also appealed to the lessons of history and then, especially, attacked the way in which the principle of national self-determination had been adjudicated for Hungary. In both areas, however (history and self-determination), many “anti-Trianon” speakers were prepared to accept some of the government arguments: it was not a clear-cut division of views, notwithstanding the contrary contentions of later historians. Among the critics of Trianon, two main loose groups can be identified. One represented new, younger politicians of the parliamentary intake in the immediate wake of the war. A second small group of individuals stand out because of their experience of pre-1914 Europe, including having born personal witness to the relative stability of the old Habsburg Empire. Let us turn to them first.

Most notable in this regard were Lord Bryce and Lord Newton (Thomas Legh). James Bryce had visited Transylvania as early as 1866. He had met József Eötvös in Budapest, and had come to the conclusion that Hungarians were “a courteous graceful people.”12 In a speech in the House of Lords in May 1921, he disputed Magyar responsibility for the war and consistently stressed the sympathetic ties between Hungary and England, which included their alleged mutual crusade for “liberty.” Nevertheless, even Bryce was prepared to admit that “old Hungary” now had to bow before the “principle of nationality.” Indeed, when travelling in northern Hungary in 1878, he himself had seen how most of the rural population was Slovak (he described them as “a less advanced and less politically active race” than the Magyars with whom they lived together as friends).13 Forty years later, he seems to have acknowledged reluctantly that much of Slovakia wished to escape Magyar tutelage; he also conceded that the half of Transylvania with predominantly Romanian speakers might justifiably fall to Romania. What he disputed was the caricature of pre-war Hungary that had made the country seem as bad as Prussia or czarist rule in Poland. In other words, he claimed Hungary was being treated with disproportionate vindictiveness – most glaringly in the unjust way that the borders had been decided in Paris. Bryce therefore conceded the relevance of the “principle of nationality” to some extent, but he stressed that this principle had been violated, notably in the case of Bratislava (Pozsony) and the Székely communities of Transylvania.14 His parliamentary performance was noticed by Budapest, and it cemented Bryce’s reputation as a champion of the Magyars.15

Others who opposed the Treaty of Trianon were less compromising than Bryce. Lord Newton questioned whether Slovaks or Croats really wanted to leave old Hungary; he concluded that the country should be treated with “humanity and justice,” as it was “the least guilty of our ex-enemy powers.” A speedy ratification of Trianon would at least allow the resumption of correct Anglo-Hungarian relations.16 Newton’s forays on behalf of Hungary after the war were well known to the British Foreign Office, where one official thought him simply a dupe of Magyar propaganda, completely ignorant of Hungarian history and policy. But how true was this? His growing connections with Central Europe are intriguing, for alongside Bryce, he was one of Hungary’s most persistent supporters.17 Before the war, Newton had been a professional diplomat, traveling widely and acquiring his own understanding of the Habsburg “civilizing” mission in the Balkans. Apart from having seen Vienna and Budapest briefly in 1887, a visit to Bosnia three years later, mainly for trout fishing, left him singularly impressed: “I got the impression that [Bosnia] was well administered and that there was little to complain of in Austrian rule.”18

If Newton’s Habsburg links before 1914 were always tentative, by the end of the war, he was well-acquainted with several fellow-countrymen who were sympathetic to Hungary, including the future British High Commissioner Thomas Hohler, but also his own cousin, Admiral Ernest Troubridge, the British (Allied) commander on the Danube.19 Most significant was Newton’s underlying conservative stance against any radical peace settlement. He wished that the wartime belligerents had negotiated earlier for a stable peace and thereby prevented the destruction of the old order. In this regard, his scorn for Hungary’s neighbors was quite clear, mirroring perhaps his contempt for what he termed the “ill-mannered” Irish politicians, who before 1914 had constantly made trouble for Great Britain. In short, at Trianon, Magyars had been handed over “like so many animals, to alien races of an inferior civilization, in flat defiance of the sacred principle of Self-Determination.”20

Bryce and Newton viewed Trianon partly through a pre-war lens, in other words a certain nostalgia for what they had observed of the old Hungary, and this colored much of their criticism of the New Europe. However, while one historian has recently suggested that the critics’ “inveterate predilection for the old social and political order” was their sole common denominator, it was not in fact the only motivating force.21 A second group of critics was formed by some younger politicians, newly elected to the House of Commons, who had experienced the horrors of a European war first hand and did not want hostilities to break out again. For them, the troubling aspect of Trianon was not so much what was being lost (old Hungary, Anglo-Hungarian friendship), but rather the new nationalist instability which was already so evident. One speaker in the House of Commons, a former naval officer, attacked the whole “disease of nationality”; with an eye on other running nationalist sores, he claimed that little Ulsters or Alsace-Lorraines were now being created in Slovakia and Transylvania.22

Among those who attacked Trianon, a Scottish Conservative, Captain Walter Elliott, was the most vociferous of this new parliamentary intake. According to one witness, as a former wartime doctor and wounded soldier, Elliott had “a wide erudition and a fascinating capacity for conversation.” But in debate, “he was too diffuse with an argument insufficiently concentrated, often a fault in those who delight others and themselves delight in conversation.”23 Nevertheless, the new parliamentarian immediately made a stir with his oratory, and his many qualities led him to a seat in the British cabinet in the 1930s. His stance on Trianon in 1921 can be explained in a number of ways. As a maverick who tended to shirk from any party label, he felt mistrustful of the politicians who had produced the postwar chaos. He himself, with one eye on the Irish and Scottish problems, inclined towards a “national” style for British politics, where in his perception unity should predominate over fragmentation.24

He approached Hungary with the same pragmatism, and here two personal experiences of unabashed nationalism shaped his outlook. First, in the summer of 1919, he had decided to explore the territory of the fallen Habsburg Monarchy. He had motored along the Dalmatian coast (presumably encountering Italian-Croatian nationalist rivalry) and had then visited Budapest, observing the chaotic scenes there precisely in the wake of the regime of Béla Kun. While his biographer lightly dismisses these “trivial tales of excursions,”25 for Walter Elliott they were crucial in clarifying his abhorrence of the nationalist forces which, he felt, had caused the war and then decimated Hungary and the Monarchy. Secondly, this experience reinforced the views he had long held from his native Scotland. Before the war, the liberal commentator “Scotus Viator” (R. W. Seton-Watson) had proposed Scotland-in-Britain as the ideal federal model for national autonomy in Hungary.26 Elliott, though greatly loyal to Scotland, was equally averse to what he viewed as the whining criticisms of Scottish nationalists, and he drew his own lessons from that in the interwar world. In April 1921, in the parliamentary debate on Trianon Hungary, he savaged the “wicked policy of self-determination,” which had swept away a thousand-year-old entity. He then suggested a vivid comparison. If the Serb “immigrants” into southern Hungary could now leave the country and take territory with them, it would be like Belgian wartime refugees suddenly annexing the English coastal town of Bournemouth: what ingratitude that would signify to their host nation!27

Elliott took the most radical stance in this parliament, but in the long debates of 1921 there was actually some consensus that Trianon should now be ratified to achieve stability and perhaps also to further British influence in the region. The government side was conceding that the Hungarian settlement had been a most difficult subject: it was already criticizing the reparations imposed on Hungary as unrealistic and implying that small border corrections might be possible. In turn, the “anti-Trianon camp” was composed of men who professed to know about Hungary from personal experience, and they shared a common abhorrence of the nationalist New Europe which had replaced pre-war “stability.” But even here, there were some surprising concessions and some readiness to accept a break with the old Hungary. They agreed that previous Magyar rule over greater Hungary had indeed caused unrest and dissatisfaction; they also felt that it might be justifiable to implement the principle of national self-determination across the region. The big question for them was whether that principle had been carried out fairly, or whether Trianon contained fresh grievances which might be the seeds of a future European war. Behind the parliamentary vote in favor of treaty ratification on May 5, 1921, there was therefore a latent consensus that some future adjustments to Trianon could be necessary, while at the same time, the basic Hungarian settlement should be accepted.

The Debate at Its Height

The second phase to consider is from October 1919 until the signature of the Trianon Treaty in June 1920. These were critical months, when British interest in Hungary was at its height for many reasons. It was a time when, with the rise of the Horthy regime, there were many new British representatives in Hungary, including a High Commissioner, Thomas Hohler, and a special emissary from the Peace Conference, George Clerk (arriving in October 1919). Meanwhile, in Paris, Hungary’s treaty was finally being properly scrutinized. Count Albert Apponyi was able to submit the Hungarian arguments and objections, and in February–March 1920, the “Big Three” of Britain, France, and Italy disputed at least the viability of the proposed Hungarian borders.28 The winter of 1919–20 produced a heightened cacophony of British voices for and against the peace terms. In the end, it was the Foreign Office loudspeaker which would triumph, because its “experts,” like Allen Leeper, were deferred to as the key policymakers. They were already insisting that Hungary’s frontiers had been permanently fixed, all the more so, as precisely that message had been sent to the surrounding states in June 1919.

The authority of a contrary set of British opinions owed much to the fact that they came from new men on the spot, located on Hungarian territory from the summer of 1919 due to London’s concern about Romanian military excesses. Notable were those responsible to the Admiralty or the War Office: particularly Admiral Troubridge, who in August moved the headquarters of the Allied Danube Command to Budapest, and Reginald Gorton, who was sent as the British representative on an Inter-Allied Military Commission.29 These critical voices were then echoed in the British parliament by Bryce and others. The question arises whether, if this disparate Magyarophile camp had been more coordinated, it could have challenged the “Foreign Office” clique at this crucial stage. Rumors circulated at the time that support for Hungary was mounting. But as Seton-Watson (correctly) reassured the Czechoslovak President Tomáš Masaryk in March 1920, people like Troubridge and Newton did not really represent British policy:

 

They are individuals who have been caught up in certain currents and are busily engaged in urging a policy of their own upon our government, but not with success […] I can find no evidence of a serious nature to suggest that the Magyar intrigues have got any hold here in London.30

 

Indeed, the challenge for any champions of Hungary’s cause was tremendous, because of the Foreign Office “insider advantage” and the prejudices still circulating about Hungary as a German or Bolshevik ally, not to mention the concerted hostile stance of Romania, Czechoslovakia, and Yugoslavia.

Nevertheless, in late 1919, British officials in Budapest began to request a sympathetic hearing for Hungary in London. They did so partly because the new Horthy regime seemed accommodating, even moderate, and it thus offered a contrast with continued stories of Romanian “atrocities” in occupied Transylvania or the Yugoslav refusal to withdraw from the region around the city of Pécs. The British were also faced for the first time with an onslaught of Magyar petitions against the treaty, coupled with the widespread expectation that England at least would give Hungary a “fair hearing.” Most striking were the reports sent to Paris by Sir George Clerk and members of his mission, for they, after all, were Allied delegates whose designated role was to bring stability to Hungary (ensuring that a stable government was established and Romanian troops were evacuated from the country). One member of Clerk’s mission, for instance, reported to London about a tour of the truncated country: “The universal feeling throughout is that the old boundaries must be restored by some means or other and Roumania made to disgorge what she has taken.”31 Another, Percy Loraine, agreed after receiving a mass of petitions that there was widespread opposition to many of the suggested amputations. The loss of Croatia was accepted, but not Slovakia (where it was felt the conference had been duped by the Czechs) and especially not Transylvania.32

On the subject of Transylvania, Clerk himself felt that, because of the harshness of the Romanian invaders, a special Inter-Allied commission should be sent there. During the war, Clerk had been strongly influenced by the “nationality principle” in the British Foreign Office. But after arriving in Budapest, he quickly agreed with his Magyar hosts, who stressed that the “new rulers” in occupied Hungarian territory were “learners in the art of government” and of a “lower civilization.” One petition submitted to Clerk by the Hungarian Technical University pressed for territorial integrity, arguing that “Hungary has raised culture to a high level on its natural geographical territory […] On mutilated territory Hungary would be unable to further fulfil this vocation!”33 Clerk concluded that, while the new states needed firm supervision and guidance from the West, Hungary itself, on the basis of what he had observed, could be expected to be sensible: “They realize, I think, the broad justice of the inclusion of peoples of one common stock in one State, but they feel that the Allies have […] only heard one side of the case and have naturally given the benefit to those who fought on their side.” He warned against the Allies sowing the seeds of future conflicts.34

These reports usually found an unsympathetic ear at the Foreign Office, as they were sent first to Allen Leeper or Eyre Crowe (permanent secretary), key figures on the territorial committees of the Peace Conference, and they could easily be deflected.35 Both Leeper and Crowe were now irritated at Romania’s refusal to withdraw to the demarcation lines and were even prepared to send an Allied commission to investigate. But they did not want to reopen au fond the nationality questions, which their committees had settled in May 1919. Thus, when in November they were sent a memorandum from the Hungarian government about injustices in Slovakia, both responded negatively. Leeper noted that the memorandum was exaggerated and not worth passing on to the Supreme Council. Crowe remarked simply, “Better leave it alone. These controversies lead to no practical results.”36

Despite this, there is good evidence to suggest that by early 1920, the mood in the Foreign Office was indeed slowly shifting away from the Leeper-Crowe perspective towards a more positive engagement with Hungary’s complaints. One reason was the replacement as foreign secretary of Arthur Balfour, who fully supported Trianon and had been a member of the Peace Conference, by Lord Curzon, who seemed to have less blatant sympathy for Hungary’s neighbors.37 Curzon’s introduction to the Central European situation also coincided with the Clerk mission to Budapest, which, as Gábor Bátonyi suggests, started something of a special Anglo-Hungarian relationship in the winter of 1919–20. In addition to a Hungarian Delegation now being invited to Paris, another result of Clerk’s mission was the appointment of a British High Commissioner to Hungary. From January 1920, Sir Thomas Hohler was to be an “extraordinarily sympathetic and totally uncritical minister” in Budapest, partly due to his friendship with Regent Miklós Horthy in prewar Constantinople.38

Precisely at the time when the Hungarian delegation under Apponyi was putting its case in Paris in early 1920, Hohler sent several reports to the Foreign Office expounding the Hungarian case. He passed on the views of Horthy and Apponyi that, whatever treaty was signed, the state would eventually be restored “to its old historic limits.” Here, there was strong evidence that the Magyar leadership hoped especially for British support, all the more so after January 16, when both Curzon and Prime Minister David Lloyd George had shown interest in Apponyi’s ethnic map of Hungary.39 Hohler strongly promoted the idea that Britain should support Hungary as a “friendly buffer state” in the region, and he asked Curzon to consider a fresh presentation by Apponyi in Paris. “The present arrangements,” he concluded on February 1, “appear to be faulty and incapable of standing the test of time.” The treaty was contrary to Wilson’s principle of national self-determination and therefore constituted “an immediate menace to the peace of Europe.”40

It is of course tempting to suggest that Hohler was simply hoodwinked by Magyar propaganda, but like Clerk, he was at least reporting the protests and mood he observed on the spot. These critical winter months require more research to illuminate in detail the close interaction and even confluence of Anglo-Hungarian arguments and networking. Britain was keenly aware at this time that the French too were vying for influence over Hungary; this has been well documented by historians.41 Budapest in turn was taking new initiatives to highlight in London the benefits of Britain securing influence in the region. For it was precisely now that Miklós Bánffy was sent by the Hungarian government to London to make contact with politicians, including Curzon and Asquith. According to his memoirs, Bánffy had some success after “endless hard work, attention to detail and, above all, tact.”42 He found willing ears in Bryce, Cecil, and Newton, but also among church leaders, particularly Unitarians and Presbyterians alarmed at Romanian treatment of Transylvanian Protestants, and Jewish leaders like Lucien Wolf, who were anxious about minority rights.43

Bánffy’s path into the corridors of power was also considerably eased through the “invaluable help” of the Hungarian-born Rozsika Wertheimstein, the wife of Charles Rothschild. Having met the Rothschild heir, a serious conservationist, in 1906 when he was exploring the Carpathian mountains, the flamboyant Rozsika had moved to England, but she always kept firm ties with her family in Hungary. There, in December 1918, she had led a campaign publicizing the miserable plight of Hungarian children; in interwar Britain, she knew Magyarophiles like Lord Newton, and she actively promoted financial aid to Hungary from Rothschild resources.44 “In her house,” wrote Bánffy, “I almost felt I was breathing the air of my own home; and the lion’s share in any success I may have achieved in my mission was thanks to her advice and help and to her mediation on my behalf.”45

In the spring of 1920, indirectly through Rozsika Rothschild and other social contacts nurtured by Bánffy, vigorous debates began in the British parliament. Bryce, Newton, and others, having urged the Hungarians to delay finalizing the treaty as long as possible, echoed the language of Budapest when they spoke in the House of Lords: namely, that Hungary was pro-British and had been against the war, and that “civilised human beings” were now being handed over like cattle to the successor states.46 According to Newton, Hungary was like a man “who has had a paralytic stroke and is being constantly kicked and cuffed by his former associates and dependents.”47 Another Bánffy target, Lord John Montagu of Beaulieu, agreed, contending that the treaty was simply “insane and unworkable.” If Montagu’s own passion for motoring and modern transport perhaps naturally inclined him to criticize the new fragmented communications network in the Carpathian Basin, he had also just visited Budapest. There, he had honed some pro-Hungarian views when staying with his friend, Admiral Troubridge. He concluded that “that country had suffered unfairly in the breaking up of the old Austro-Hungarian Empire after the war.”48

Yet this fresh British political momentum of early 1920 also owed much to news reaching London about Romanian misrule in Transylvania and rumors about a White Terror (which a delegation from the Labour Party and the British trade unions would soon investigate). Some eccentric Conservative politicians were encouraged to support the Horthy regime precisely because of Labour opposition to it. Thus, in one House of Commons debate, Walter Elliott pointed out the prejudices of the left-wing press as he went on to condemn the treaty. Describing the new Slovakia as a “banana-shaped country,” he ridiculed the proposed borders: “The Peace Conference is full of very great and important gentlemen, but they cannot make rivers run sideways across mountains, because they run downhill and not across.” In his view, the iron rules of geography could not be changed.49

The Government responded to these criticisms in March 1920 by noting that the expert territorial committees had worked very diligently in 1919, that there was no bias, and that Hungary in January 1920 had had ample time to put its case to the Peace Conference. The critics rightly found this line of defense disingenuous. In fact, it did obscure the differences of opinion that had begun to appear at the Foreign Office. On February 10 in response to Hohler’s reports, Curzon noted that he did not really know why the conference had decided on the proposed borders for Hungary. Allen Leeper, however, quickly jumped in to reject Hohler’s arguments. He stressed that the territorial committees had followed the ethnic principle as far as possible (except in Slovakia and Transylvania, where transport links were necessary). And since the new countries had been told by Britain that this was the final settlement (and in the meantime had signed their peace treaties), future stability was in danger if everything were to be reconsidered. This would simply encourage Hungary to resist, and would constitute a betrayal of the recognition which Britain had given to Czechoslovakia and the other neighboring states.50

Curzon’s behavior a few weeks later suggests that he was not wholly convinced by this argument, or he felt at least that the Hungarian question still needed to be revisited. Lloyd George similarly was urging France and Italy that Europe would have no peace if the Hungarian case were not fully scrutinized. A key reason for this governmental shift was that, in early 1920, new opinions had surfaced at the Foreign Office, stemming either directly from British supporters or indirectly from Magyar campaigners in Britain. The Hungarian settlement was suddenly (for the first time) a real focus of public attention.

Nevertheless, Curzon continued to listen to the “expert” Allen Leeper, who stridently expounded his opposition to Hungary’s “anachronistic” arguments. The result was that, during a meeting of Allied foreign ministers in London on March 8, the idea of making any changes to the treaty was rejected.51 The overriding argument, as detailed in writing by Leeper, was that Hungary’s borders must be settled quickly and short-term stability must be prioritized over any long-term dangers. Thus, in 1920, the very idea of reopening the treaty was construed as a major obstacle. But there was a small “carrot” which the Powers (especially Britain) still seemed to be offering Budapest and which the Hungarians seemed grudgingly to accept when they signed the Treaty of Trianon (June 6). This was the so-called Millerand note, which was sent to Hungary on May 6 under the signature of the new French premier, Alexandre Millerand. While rejecting the Hungarian Delegation’s demand for plebiscites in contested areas, the note suggested that if Hungary had objections to the treaty, it might eventually appeal to the League of Nations over specific border rectifications. It was a glimmer of light that would sustain Hungarian revisionist hopes thereafter, just as the Anglo-Hungarian flirtation of winter 1920 had substantially prepared the ground.

Fixing the Trianon Framework

As we have seen, by 1921 there was growing British official consensus over Hungary, a realization that the new normality of Trianon should be accepted. In 1920, however, the clash of opinions was only too evident, for in the struggle for stability in the region, fresh voices had challenged the official line favoring Czechoslovakia and Romania and had questioned what the new Hungarian frontiers might mean for Central Europe. If we now turn briefly to 1918–1919, the third and best documented phase, this was of course the period when the Trianon framework, which later proved so hard to dismantle, was firmly set in place. First, in the faits accomplis of late 1918, the Allies had allowed the successor states to invade greater Hungary and stay there. Second, the Peace Conference’s territorial committees, guided by the principle of national self-determination, scrutinized the Hungarian frontiers and had them approved without debate by the Council of Ten on May 12, 1919.

Historians have examined much of this period in depth, showing that Lloyd George was an occasional spokesman for Magyar interests (for example in his Fontainebleau Memorandum of March 25, in which he warned about a draconian peace which could ferment Hungarian irredentism). On April 30, he proposed to the Council of Four that Hungary should be invited to Paris to discuss the peace terms. However, generally he was not interested or engaged enough to push his concerns in the face of the Foreign Office, which dominated in Paris and consistently favored the Czechoslovak and Romanian states.52 It is usually noted that Harold Nicolson, Crowe, and Leeper played key roles on the territorial committees, siding with France and defining Hungary’s ethnic borders in the narrowest sense possible; in addition, they focused on making the surrounding states economically viable. What is often ignored is the historic continuity in official British thinking: namely, Hungary was consistently seen as a destabilizing element in Central Europe. As I have shown elsewhere, the Foreign Office before World War I had summed up the “chauvinistic” Magyar regime as a key source of instability and had anticipated, even before Seton-Watson began to gain more influence in 1917, that Hungary would have to be restructured in some way.53 In the wartime British press, diverse opinions were ventilated for and against Hungary, but in Whitehall, a viewpoint sharply critical of Budapest was long established.54

During the Paris Peace Conference in 1919, this trend persisted. The Foreign Office believed that the old Magyar regime had fought to the bitter end and therefore deserved punishment, while the country’s new rulers (or were they really so new?) seemed in their petitions to the West far too obsessed with Hungary’s territorial integrity. Moreover, any small sympathy for Hungary’s aspirations was weakened by the reign of Béla Kun, which caused major headaches for the peacemakers. As Crowe noted on one occasion, the Allied plan in Central Europe was “to set up free and independent states as a counterbalance to a German-Bolshevik combination.”55 Hungary, having been Germany’s staunch wartime ally, could now for four months be portrayed as a virulent Bolshevik threat. In both cases (whether Hungary was a German ally or a hotbed of Bolshevism), it was natural to them in the regional danger by affirming tighter frontiers. During the key months of the Peace Conference, these concerns formed a steady backdrop to British official thinking, especially when Leeper and others suggested that Magyar nationalism and Bolshevism went hand in hand as a combined threat to Central Europe.56

Only a few British observers (apart from Lloyd George) started to become concerned about the future of Hungary. Ironically, Seton-Watson was one of them. In May 1919, having witnessed the chaos there, he wrote, “Little as I love the Magyars or regret the fate they have brought on themselves, I do not wish to see them destroyed altogether.”57 Despite this, like most British officials in Paris or London, Seton-Watson was not questioning the notion that greater Hungary needed to be dismembered. What was vital was to ensure stability and security for the New Europe; the new successor states were the allies who needed to keep order (since Britain itself could not contribute any troops). Only in the last months of 1919 was a new Hungarian regime established which tried to present itself to Britain as a respectable force for regional stability and order. As we have seen, this prompted new forms of support for the Hungarian cause and a new British questioning of the peace settlement.

Conclusion

Of course, the British debate on Trianon did not end in 1921. Fresh controversy was stirred through the press campaign of Viscount Rothermere six years later.58 During the three phases of the creation of Trianon, it is clear that the Hungarian treaty really became a subject for public discourse in Britain only from late 1919. Until then, the British officials who debated it were working in private on the territorial committees of the Paris Peace Conference. They were chained above all closely to the “nationality policy,” which Britain in mid-1918 had semi-officially adopted towards the Habsburg Monarchy.59

In its essence, that vision of a New Europe always had an anti-Hungarian streak based on the firm conviction that the Magyar regime in the old Monarchy had been oppressive and that similar nationalistic chauvinists were still in control of Hungary. It was only in 1920 that the idealistic crusade began to weaken, when the reality of the New Europe became clearer, and when new British voices sprang up to counter Leeper or Seton-Watson. Particularly, some new Magyarophiles emerged in the British parliament to paint a different version of modern Hungarian history and even to question the ideal of self-determination. Among these critics, there was a strong sense that an alternative moral dimension to the ongoing Hungarian crisis existed, one which any “fair-minded person” would surely support.60

Indeed, this early British debate over the morality of Trianon had some parallels with a later moral contestation over Central European grievances during the Sudeten crisis of 1938. In the early interwar years, the matter of Czechoslovakia’s German minority had received little British attention, or at least justice and morality were mainly felt to be on the Czech side against anything German. By 1936, however, many British observers were inclining towards a moral stance in favor of Sudeten German complaints about discrimination. They did so on the basis of the belief that firm evidence existed to support those grievances; that notion was strengthened by their own personal observations in Czechoslovakia and by the avid campaigning in Britain of Sudeten German political activists.61 In both cases (the Hungarian in 1920 and the Sudeten in 1938), there was a moral underpinning to the cause that strengthened the arguments of Britons who primarily feared regional chaos or even a new war if the respective grievances were not addressed. The difference in 1938 was that the British government was now prepared to back a (Sudeten) cause, which would reverse the peace settlement of 1919. It viewed that course as both moral and practical for British interests. This, in turn, raised again the matter of territorial revisionism more broadly. Recent research has shown how, parallel to the Sudeten crisis, British equivocation about Trianon naturally resurfaced; in the late 1930s, Anglo-Hungarian relations began to matter again, since key pillars of the New Europe were starting to crumble.62

Yet early 1920, when the Hungarians had first put their case to the Allies in Paris, was the key time when they had looked to the British lighthouse for guidance and aid. New feelers were then sent out from Budapest to sympathetic supporters in Britain. In response, the lighthouse sent back some reassuring messages, but it remained flickering and was never consistent. On the one hand, the British establishment was naturally conservative, wishing to conclude the Hungarian treaty as quickly as possible, gain economic advantages, and ensure regional stability. On the other, many British politicians who were now studying the subject for the first time began to feel uneasy about what had occurred. At most, they could suggest to Budapest that the Trianon borders might be adjusted in the future, if only Hungary would behave responsibly and peacefully on the European stage. By 1921, a certain consensus prevailed across the British political spectrum that the basics of Trianon were now permanent. It is worth emphasizing, especially in this centenary year of Trianon, that even friends of Hungary like Lord Bryce or Walter Elliott were not advocating a crusade to overturn the new frontiers. Theirs was a pragmatic approach: to complain about Trianon Hungary, but largely to accept it despite its imperfections: there could be no restoration of greater Hungary.

The next twenty years saw the Trianon grievance occasionally surfacing in Britain and stirring public awareness. Among those who harped on the subject were mavericks like Rothermere or idealists like Lord Newton. For Newton, Hungary had become a lasting passion, a new chapter in his life, and one that brought him into the company of the “most charming” Rozsika Rothschild. He continued to visit the region (for instance Transylvania in late 1921) and advised the Hungarians to be patient: they should “strive to create a homogeneous state, which will serve as an enviable model to their neighbors and do more towards recovering Hungarian Irredenta than anything else.”63

For others who heard the word “Trianon” in the late 1930s, it surely sparked anxious thoughts. Thus, for the novelist Eric Ambler in 1938, Trianon was above all useful as a small device to enhance the drama and credibility of his espionage thriller. His Magyar protagonist, Vadassy, might well personify one of the sad injustices of Trianon for those who were well-informed. But for most British readers, he probably evoked hazy ideas of chaos in nationalist Eastern Europe in the aftermath of a cataclysmic war. In their minds, the old Hungarian grievances were just some of the many that seemed to be resurfacing in 1938, edging Britain and Europe towards a new period of war and mass death.

 

Archival Sources

The National Archives, London (TNA)

Foreign Office files (FO)

Bibliography

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1 Ambler, Epitaph for a Spy, 9.

2 Repington, After the War: A Diary, 163.

3 Captain Walter Elliott, quoted in The Hungarian Problem in the British Parliament, 50.

4 Ibid., 214, 239.

5 See especially Sakmyster, “Great Britain and the Making of the Treaty of Trianon,” and Hugh and Christopher Seton-Watson, The Making of a New Europe.

6 Bátonyi, Britain and Central Europe, 4, 104. See also Sakmyster, “Great Britain and the Establishment of the Horthy Regime”; and for a study emphasising Britain’s economic agenda in the region: Lojkó, Meddling in Middle Europe.

7 Romsics, The Dismantling of Historic Hungary, 160.

8 See the speech of Cecil Harmsworth (Under-Secretary of Foreign Affairs) in the Commons on 20 April 1921: The Hungarian Problem in the British Parliament, 113.

9 Ibid., 193ff: speech by Curzon.

10 Ibid., 108ff: Harmsworth speech.

11 Ibid., 198–99, 206. Also Bátonyi, Britain and Central Europe, 117.

12 Fisher, James Bryce, vol. 1, 119–26.

13 Bryce, Memories of Travel, 102ff.

14 Bryce’s speech: The Hungarian Problem in the British Parliament, 213ff.

15 See the pamphlet commemorating the anniversary of Bryce’s birth: Balogh, A magyar revízió angol előharcosa.

16 Newton’s speech: The Hungarian Problem, 209, 212.

17 Sakmyster, “Great Britain and the Making of the Treaty of Trianon,” 122. See also for Newton’s extra-parliamentary agitation: Barta, “Oxfordi Magyar Liga,” 370–76.

18 Lord Newton, Retrospection, 44, 56–57.

19 Ibid., 130, 235. For Troubridge, see Bátonyi, Britain and Central Europe, 104. While pro-Serbian, Troubridge clearly approached Hungary with concerns about Romanian aggression in the region; for the background to his stance, see Šarenac, The Forgotten Admiral.

20 Buday, Dismembered Hungary, vii (introduction by Newton). See also Retrospection, 262–63, and Newton’s view of “ill-educated and ill-mannered” Irish MPs, ibid., 99.

21 Bakić, Britain and Interwar Danubian Europe, 10.

22 Speech of Lieutenant-Commander Joseph Kenworthy: The Hungarian Problem, 130–31.

23 Mosley, My Life, 273. According to Cuthbert Headlam, another Conservative politician, Elliott was “extremely able and has the gift of making people believe that he is even more able than he actually is.” Ball, Parliament and Politics in the Age of Baldwin and Macdonald, 272.

24 Coote, A Companion of Honour, 43, 48, 71; Searle, Country before Party, 118.

25 Coote, A Companion of Honour, 53–57.

26 On Seton-Watson, see Cornwall, “Robert William Seton-Watson és a kései Habsburg Birodalom,” 327–49. Also, for a personal view: Seton-Watson, “R. W. Seton-Watson and the Trianon Settlement,” 43–53.

27 Coote, A Companion of Honour, 77; and The Hungarian Problem, 156ff.

28 For a still useful older history of this subject, see Deák, Hungary at the Peace Conference.

29 Bátonyi, Britain and Central Europe, 103–6; Lojkó, Meddling in Middle Europe, 15: Troubridge “retained more leverage over the military situation than any other Allied commander.”

30 Bakić, Britain and Interwar Danubian Europe, 18.

31 TNA, FO 371/3518, D.C. Campbell to Leeper (private letter), 29 December 1919.

32 TNA, FO 608/17, Percy Loraine to Leeper, 22 November 1919 enclosing ten petitions.

33 TNA, FO 608/17/20922, Clerk to FO sending petition, 2 December 1919.

34 Ibid., Clerk report to Supreme Council, 29 November 1919.

35 For the impact of Crowe and Leeper on these committees (which effectively delimited the Hungarian borders), see Romsics, The Dismantling of Historic Hungary, 76–85.

36 TNA, FO 608/17, Clerk to Crowe, 6 November 1919, with minutes by Leeper and Crowe.

37 For alarming rumours that Curzon might be pro-Magyar, see Seton-Watsons, The Making of a New Europe, 401–2.

38 Steiner, The Lights that Failed, 289; Bátonyi, Britain and Central Europe, 114 (for the Clerk mission, 107–14).

39 Deák, Hungary and the Peace Conference, 207–11; Romsics, The Dismantling of Historic Hungary, 125–28.

40 TNA, FO 371/3518, Hohler to Curzon, 1 February 1920; and Hohler to Curzon, 28 January 1920 (quoting Apponyi).

41 See for example, Bátonyi, Britain and Central Europe, 120ff; and the detailed study of Mária Ormos, From Padua to the Trianon.

42 Bánffy, The Phoenix Land, 199–201; Romsics, The Dismantling of Historic Hungary, 129–30. Something of Bánffy’s network in Britain is also clear from the diary of the Hungarian peace delegation kept by Count István Csáky: see Deák, Ujváry, Pièces et documents relatifs aux rapports internationaux, Appendix 1.

43 For a discussion of Presbyterian links to Magyar Protestant churches, see Zsuppán, “Hungarian Treaty Revision,” 153–60.

44 Rothschild, Dear Lord Rothschild, 94–97, 244. Rozsika notably was also a life-long friend of Count Pál Teleki.

45 Bánffy, The Phoenix Land, 201.

46 Speech of Newton, 30 March 1920: The Hungarian Problem, 54.

47 Ibid., 57.

48 Speech of Montagu: ibid., 66. See also Troubridge, Marshall, John Lord Montagu of Beaulieu, 215, 256. In 1900 Montagu had been the first MP to drive a car into the British Houses of Parliament.

49 The Hungarian Problem, 47. Elliott would repeat this in April 1921: ibid., 161.

50 TNA, FO 371/3518, Hohler to Curzon, 1 February 1920: minutes by Curzon and Leeper (11 February 1920).

51 Romsics, The Dismantling of Historic Hungary, 134–37. Romsics suggests that Curzon persuaded Lloyd George to accept the resolution of 8 March 1920.

52 See for example ibid., 76–102. An older narrative covering Anglo-Hungarian relations in 1918–19 is Ardaj, Térkép, csata után.

53 Cornwall, “Great Britain and the Splintering.” See also the seminal work of Géza Jeszenszky, Az elveszett presztízs.

54 For a clash over Hungary in the British press, see Hanak, Great Britain and Austria-Hungary during the First World War.

55 TNA, FO 608/13, Seton-Watson to Balfour (telegram), 9 June 1919: minute by Crowe, 11 June 1919.

56 For instance, TNA, FO 608/13/13266, Leeper’s minute, 23 June 1919: “Magyar Bolsheviks and Nationalists have been accomplices on many occasions lately.”

57 TNA, FO 608/12, Seton-Watson to Headlam-Morley (private letter), 26 May 1919; also reproduced in Lojkó, British Policy on Hungary, 202–5.

58 As an introduction to this, see Romsics, “Hungary’s Place in the Sun.”

59 For the shift in British policy towards Austria-Hungary, see Cornwall, The Undermining of Austria-Hungary, chapter 6; and Calder, Britain and the Origins of the New Europe 1914–1918.

60 See The Hungarian Problem, 9.

61 For a new take on the Sudeten problem in British thinking, see Cornwall, The Devil’s Wall, chapters 8–9; for the diplomacy, see Novotný, The British Legation in Prague.

62 See the recent revisionist work of András Becker: “The Dynamics of British Official Policy towards Hungarian Revisionism, 1938–39; “British Diplomacy, Propaganda and War Strategy and the Hungarian-Romanian Dispute over Transylvania in 1939-40.” These stem from Becker’s PhD thesis: The Problem of Hungarian Borders and Minorities in British Foreign Political Thought 1936–1941 (University of Southampton, 2014).

63 Newton, in Buday, Dismembered Hungary, xiv. See also Rothschild, Dear Lord Rothschild, 18; Zsuppán, “Hungarian Treaty Revision,” 155.

* I would like to thank Catherine Horel and Balázs Ablonczy for their help and advice in the original commissioning of this article.

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