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A Macro (Regional) Comparison of the Influences of Socio-Economic Changes on Family and Demographic Systems

In the early nineteenth century, the Land of Herve, the East Ardennes, and territories that are now parts of Germany belonged to a single industrial region, where ‘around 30,000 spinners and some thousands of weavers worked at home for

the merchant-clothiers of the Vesdre valley, (Helin 1993: 127).

However, the impact of industrial activity was different in our two study areas. Censuses of the French period indicate that 48% of the male and 66% of the female labour force in the Land of Herve identified themselves with the textile sector (Servais 1982a: 238), compared to only 5% of people working in Sart in 1811. These statistics do not reflect a simple reality because of the multiple economic activities in each region, but they do indicate quite different orientations. While communal lands were an important resource for inhabitants of the East Ardennes, they had already disappeared in the Land of Herve. Many spinners were landless and totally dependent on proto-industrial activity (Patriarca 1986: 15—23). Moreover, if dairy farming made small farms viable in the Land of Herve (Servais 1982r: 306), the additional income from proto-industry was decisive for many families.

The first spinning machines reached Verviers in 1798, and diffusion was very rapid until 1810/11. By 1831, rural domestic spinning production had disappeared. The population response was immediate: between 1805 and 1850 Charneux and Clermont lost respectively 26% and 16% of their inhabitants, with the most important losses between 1805 and 1831 (16% and 11%). Moreover, the proportion of agricultural land owned by peasants decreased sharply from about 70% in 1806 to only 30% in 1862. The work of generations, who struggled for three centuries to maintain landownership at a time when peasant property was declining all over western Europe, was destroyed in 50 years (Servais 1982^: 190—1).

The Land of Herve experienced a cruel introduction to the nineteenth century.

During the same period, Sart in the East Ardennes achieved an impressive growth from 1,800 to 2,400 inhabitants between 1812 and 1851/52, entirely due to a surplus of births over deaths. Table 15.1 below offers a synthesis of the demographic regimes in our two rural regions over the century. Between 1811 and 1845, the average crude death rate was 23.5 per thousand but it reached 41.5 in 1816 and approached 30 from 1815 to 1821. In addition to war and fevers in 1814—15, there were bad harvests and high prices in 1811—12 and 1816—17 and the second misfortune was followed by the appearance and diffusion of typhus (Desama 1985: 104). In East Belgium, this was the last major traditional crisis, the last time that the great killers of the Old Regime—war, hunger, and epidemic—acted together (Alter and Oris 2000: 339). The relatively high level of I (=0.44), an index of the proportion married, was perhaps compensation for marriages postponed during the Napoleonic wars and the bad years that followed it. Around 1820, I reached 0.49, the average age at first marriage declined from one to two years, and the proportion married in the age group 25—34 was above 60% among females, 55% among males (Alter and Oris 1999a: 137—40). With a total marital fertility rate (for ages 20+) of 8.7 children per woman, the relaxation of Malthus' prevent restraint (access to marriage) produced a crude birth rate of almost 32 births per thousand inhabitants, significantly above the level of mortality. Positive natural increase exceeded net out-migration, producing an average population growth of 0.5% per year.

In the outmoded agricultural system of the East Ardennes this resulted in population pressure, because resources did not expand. Apart from the practice of

Table 15.1 Demographic regimes and family systems in the Land of Herve and East Ardennes. A set of indicators, 1811-1900

1811-45 1846-72 1873-90 1891-1900 Total
Part 1: Land of Herve
Marriage
Mean age at 1st marriage, males 30.10 30.30 30.20
Mean age at 1st marriage, females 28.40 28.00 28.20
Mean age at 1st marriage, both sexes 29.00 28.90 29.00
Proportions marrying (4 ) 0.33 0.34 0.30 0.33
Age gap between spouses at 1st marriage 2.20 2.50 2.30
Proportion of wives oldeι than husbands 31.90 27.90 30.40
Proportion of widows remarrying 3.50 4.20 3.80
Hammel-typology
Proportion of solitaries 9.40 12.90 8.60 10.50
Proportion of no-family households 6.00 6.80 9.90 6.30
Proportion of simple­family households 72.20 73.00 74.80 72.40
Proportion of extended- family households 7.70 3.80 5.50 6.40
Proportion of multiple­family households 4.70 3.60 1.30 4.30
Socio-economy of the household
Addition to household of kin as workers 2.70 2.30 4.60 2.80
Addition to household of life-cycle servants 2.30 1.20 1.00 1.90
Married servants 0.20 0.10 0.10 0.20
Mean number of adults (15-54) per household 2.40 2.30 2.60 2.40
Proportion of households of typology
Proportion of solitaries 7.57 7.01 8.13 8.44 6.89
Proportion of no-family households 7.09 5.61 6.04 3.90 5.25
Proportion of simple­family households 74.47 80.76 76.46 78.79 75.69
Proportion of extended- family households 3.78 5.61 6.88 5.63 8.56
Proportion of multiple­family households 7.09 1.00 2.50 3.25 3.61
Socio-economy of the household
Addition to household of kin as workers 2.69
Addition to household of life-cycle servants 0.57
Married ser vants 0.10
Mean number of adults (15-54) per household 2.37
Proportion of households of and even dropped below 30 years during years of cholera or smallpox. A part of the explanation is that both the Land of Herve and the East Ardennes escaped the murderous cholera invasions of 1848—9 and 1866 and suffered much less than urban inhabitants from tuberculosis and digestive diseases in spite of increasing rural—urban migration (see Neven 1997 for an examination of the mortality crises and causes of death).

In 1873—4 the massive arrival of cheap American cereals started a long agricultural depression in northwest European markets. The price of 100 kg of rye fell from 24.55 francs in 1874 to 13.25 in 1889 (Oris 1998). The rural population suffered almost everywhere from a drastic decline in their incomes. Within about twenty years, the crisis forced the transition from subsistence to commercial agriculture serving the urban markets. The East Ardennes endured this transition, and by 1890—1900 the slopes of the Hautes-Fagnes had fully adopted the Hervian model of livestock breeding. A community like Sart also relied upon the sale of products from its extensive forests, which became more valuable in the nineteenth century because the coal-mines required timber. The Land of Herve is one of the rare places that did not suffer so much from the depression of 1873-1890; it had become ‘modern' a century earlier. Continued high prices of butter, milk, and cheese supported its rural economy (Neven 2000: 81-7).

However, cattle breeding and agro-forestry required a smaller workforce than traditional agriculture or the proto­industry-agriculture combination, and the arrival of mechanization in the countryside in the late nineteenth century reinforced this tendency. Pressure from marital fertility remained high and neo-Malthusianism had still not replaced the traditional Malthusian check of late marriage and high proportions never-married. This form of control was particularly impressive in the Land of Herve where I stayed around 0.33/0.34 between 1846 and 1890 before it fell to 0.30 between 1890 and 1900; 0.05 to 0.09 lower than in Sart. The demographic health of the ‘stayers', a mixture of modern mortality and traditional fertility and nuptiality, was paid for by the many ‘leavers' who went to the towns. The Industrial Revolution and the consequent urbanization offered an escape for excess population and prevented the countryside from becoming rural slums. In spite of their differences, the experiences of both the Land of Herve and East Ardennes appear very similar to that of Ireland after the Great Famine.

The Irish population survived and even improved its living standards thanks to massive out-migration to England and North America (O Grada 1993; Guinanne 1997: 4-6 and passim). However, in eastern Belgium the outlet was a few dozen and not hundreds or thousands of kilometres away.

This demographic regime was both determined by the family system and determinant of it. Low values of the proportions married (I) reflect difficulties in getting married. The average age at first marriage was around 30 for men, 28 for the Hervian women, and 26-27 for women in Sart. The difference between women in

Herve and Sart are related to the sex composition of the marriage market. Among unmarried people aged 18—44 the number of males per hundred females was below 100 from 1852 to 1891 in the Land of Herve and above 130 in East Ardennes after the 1840s (Alter and Oris 1999a: 139; Neven 2000: 457). Selective migration by gender is the explanation. Factories in Verviers recruited married men from the proto-industrial workers in the Land of Herve. Moreover, dairying was traditionally a female task. Economic change in Sart left less and less opportunity for employment of women, especially after the disappearance of spinning. Instead, they found positions in Verviers, not in the textile factories as often assumed, but in domestic and commercial services (Desama 1985; Alter 1988).

It was very difficult to establish a household in a nuclear family system where neolocalism was the rule. The old Walloon adage is ‘marriage requires a household'. Moreover, as in some French regions studied by Martine Segalen (1987) and unlike the English or Swedish experiences, lifecycle servant-hood was marginal among the rural populations of East Belgium (see Table 15.1, Section 3). Children stayed at home and often did not leave before age 29 or 30. These are among the highest ages at leaving home ever observed in historical populations, not only because marriage was late but also because an important group never left (Capron and Oris 2000; Neven 2000: 428—35).3 George Alter (1996) has stressed the importance of the European pattern of late marriage and high proportions of never married as a source of support for the elderly.

The timing of marriage and fertility meant that married people aged 60—65 normally lived with one of their younger children. Those ‘stayers' who remained when parents reached age 70 had passed the normal age for marriage, and in the Land of Herve more than 80% of them never married. Staying at home to take care of old parents was an additional cause of a permanent celibacy for 20—25% of children. The extent of their ‘sacrifice' was not clear until they reached old age themselves. Between ages 55 and 90 less than 1% of the married lived alone, compared to 15% of widowers, 19% of widows, and 22% of the never-married (Neven 2000: 547). The difference is large but even among the unmarried 78% avoided isolation, sometimes moving to escape it.

These results modify the nuclear-hardship hypothesis. Fallinginto isolation was not the normal destiny of old people in the nuclear family system of nineteenth-century East Belgium. The massive migratory flows affected the number of kin available to help, but distance did not break family ties, although gender selection existed (see Alter 1999). The situation was a bit different in the East Ardennes because peasant ownership held families on the land. In Sart one- third of the old men or women lived with a married child.

Although their starting points were different and the roads that they followed during the nineteenth century diverged, the Ardennes and the Land of Herve both demonstrate continuity in family systems and demographic regimes. Economic modernization was not followed by clear changes in marriage and fertility. Until the end of the century, people from the Ardennes and Herve continued to marry and leave home late (or never). Out-migration to the booming industrial towns did increase dramatically, but migration helped to relax tensions in the countryside.

These were clearly societies under pressure and on the defensive, but their high and rising life expectancies indicate success on that important demographic dimension.

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