Home Geology and Mineralogy Cultural landscape of the Gorica Hills in the nineteenth century: Franciscean land cadastre reports as the source for clarification of the classification of cultivable land types
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Cultural landscape of the Gorica Hills in the nineteenth century: Franciscean land cadastre reports as the source for clarification of the classification of cultivable land types

  • Tanja Gomiršek EMAIL logo
Published/Copyright: November 19, 2020
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Abstract

The Gorica Hills (Slovene Goriška brda and also Brda) represent a part of the hilly cultural landscapes in the northern Mediterranean. Because of the historical development of the states, the Gorica Hills are situated on the Slovenian western border. The Gorica Hills have been a synonym for a cultivated landscape since the Middle Ages. New studies have changed the pre-existing belief that the cultivation method and crop types have not changed through the centuries, except for the introduction of corn and potatoes. However, detailed descriptions of the cultivation methods and the types of predominant crops in the cadastre show that during the nineteenth century, and especially in the period after World War I, the cultivation method of the vine and the types of crops, in fact, changed significantly. At this point, the nineteenth century can be seen as the period of the final introduction of corn and potatoes. Thus, the cultural landscape of the Gorica Hills is the result of the responses to inside and outside economic and cultural pulses. The paper will point out the advantages of the land cadastre reports that were used in the reconstruction of the cultural landscape. It will also present the questions that have remained unanswered and are left open for further research.

1 Introduction

The European Landscape Convention states that a landscape is an area, as perceived by people, whose character is the result of the action and interaction of natural and/or human factors [1]. Cultural landscape, on the contrary, is the “result of human action into natural space in which nature is the medium and man represents culture.” Each generation or historical period leaves its own imprint on cultural landscape. In fact, cultural landscape is a dynamic formation in perpetual change [2]. The area indicates the realities of the society of the time, whose population arranges it in their own way. Therefore, cultural landscape mirrors the period in which it is being created. It enables us to study the challenges faced by past societies, as well as their capacity for solving them within their knowledge. According to British historian and geographer Hoskins, cultural landscape is the most important historical document, as long as one is able to read it [2]. Defining the concept of cultural landscape, of how to study and classify it, is the work of many disciplines, from history, geography, architecture to agronomy. UNESCO recognises that “cultural landscapes embrace a diversity of interactions between people and the ‘natural’ environment. Cultural landscapes often reflect specific techniques of sustainable land-use, considering the characteristics and limits of the natural environment they are established in, and a specific spiritual relation to nature” [3]. Each and every landscape is an interlacing of past and present. That is why the approach of today’s generation towards the past and our ancestors’ achievements is also very important. Many researchers, both historians [4,5,6,7,8,9,10,11,12,13,14] and geographers [15,16,17,18,19,20,21,22], have contributed important studies related to this topic. The aim of this paper is not to reduce the importance of all the research results, but to prove that historical evidence can help us upgrade our knowledge on cultural landscapes. Using the archival sources for gathering information about the past landscapes is familiar not only to geographers and historians but also to historical geographers and landscape ecologists. The surveys were largely based on the use of historical cadastral maps and accompanying classification of the land plots. With the development of new technologies, the researchers have the possibility to use a geographic information system (also written as historical GIS or HGIS) that may display, store and analyse the data of past geographies and track changes in time. According to the confirmed percentage of inaccuracies in the old cadastral maps, current research goes beyond their use in historical reconstruction of the use of the cultural landscape. This also affects currently valid reconstructions of cultural landscapes that were made with their use [23]. The present study aims to draw attention to another question which the researcher must pay attention to when studying the Franciscean map. The paper will show the differences between classifying the individual land plot and the cultivation methods in the past and today. We cannot find this type of data using only maps but using the archival sources describing the cultivation methods and cultivated plants. The accompanying material of the cadastral maps from the first half of the nineteenth century, the so-called Franciscean Cadastre reports that are detailed and comprehensive descriptions of the land plots, is analysed. The survey will show that in the first half of the nineteenth century compared to the twentieth century, there were significant differences between cultivation methods and crops on equally classified land plots. This is a question that any research that compares the cultural landscape in the past and nowadays must answer.

2 The region and the terraces of the Gorica Hills

The Gorica Hills region is predominantly situated in Slovenia with a smaller proportion lying in Italy (Figure 1). As early as the late Middle Ages, a border crossed its western part which divided it up to World War I (WWI) [24]. During the New Ages the Gorica Hills were a border area between the Habsburg Monarchy and the Venetian Republic [25]. The Gorica Hills region belongs to the cultural landscapes of the Mediterranean hills and consists of a soft flysch [26]. It is characterised by an intricate mosaic of forests, agricultural landscape patterns and built-up areas. The area’s dramatic terrain makes it even more diverse and different from the agricultural landscapes of the plains and the vast cultivated areas that result from intensive farming [25]. The Gorica Hills have been synonymous for a cultivated hilly landscape since the Middle Ages [26,27]. In fact, the region has been characterised by a mixed cultivation of vineyards, fruit trees and sowing land plots situated on terraces as well as fields. Because of a partially mechanised cultivation, nowadays the cultivated areas situated on hills and in plains are characterised by monoculture, i.e. vines, fruit trees, olive trees and less frequently crops. The mixed cultivational ratio that was typical before WWI is rare. The only plants that coexist alongside the vine, albeit with a certain distance, are olive trees and fruit trees, which are grown on the edges of plots, longer banks or in plantations.

Figure 1 Gorica hills position between the states of Slovenia and Italy (The map is made by the Italian scientific and technical committee (coordinator arch. Elisa Trani) for the WHL UNESCO “Brda Collio Cuei Paesaggio culturale Transfrontaliero terrazzato” project and approved by the Slovenian scientific and technical committee).
Figure 1

Gorica hills position between the states of Slovenia and Italy (The map is made by the Italian scientific and technical committee (coordinator arch. Elisa Trani) for the WHL UNESCO “Brda Collio Cuei Paesaggio culturale Transfrontaliero terrazzato” project and approved by the Slovenian scientific and technical committee).

The cultural terraces of the Gorica Hills have been documented since the Roman times. In fact, archaeological excavations on the Mejnik hill in Gonjače have proven the existence of cultural terraces as early as in the third to fourth century AD [28]. In the year 238, the Roman writer Herodianus described the hills of our province as planted in unequal distances and with vines that swirl across the hills creating a joyful spectacle that makes the entire area seem to be decorated with crowns made of leaves [29,30]. The production of wine and olive oil during the Roman period is further proved by the archaeological site of Borg near Neblo, which dates back to the first century AD. The site was once a brickmaking facility that produced not only tegulae but also amphoras that were sold locally for storing wine and perhaps also oil [31]. Winegrowing, vines and cellars are mentioned in numerous medieval documents from the fourteenth and fifteenth centuries. One such document from the year 1321 states that Saint Martin’s monastery in Cividale had two vineyards on the hill of St Florian and one cellar nearby San Floriano del Collio – Števerjan [32]. Within the jurisdiction exchange between the Colloredo nobility and the della Torre family, an interesting map of the central Gorica Hills was created in 1604 [33]. The map’s author frequently wrote the term ronchi on the hills surrounding Dobrovo, Biljana and Vedrijan, which historically documents the fact that in the seventeenth century the hilly areas of the Gorica Hills were predominantly covered by terraces. Given the terrain’s surface (steep inclinations) and its morphological composition (flysch base), any other form of cultivated landscape on this hilly landscape is not possible. The term ronco is also used to describe the plots on the hills in the Theresian Cadastre that was created in 1751 and 1752. The feudal due that is always mentioned on these plots [34], the wine tent is already confirmed by the Gorizia manorial extent (urbarium) from the early 16th century [27]. A tangible source for the Gorica Hills’ terrace-building history is the reports featured in the Franciscean Cadastre made in 1824. These offer a detailed description of the cultivation methods of different plots, which are defined in the Cadastre’s surveys. The plan for the cadastral municipality of San Floriano del Collio – Števerjan [35] includes in its annex sketches that illustrate single terrace-building phases, whereas the process itself is thoroughly described at the beginning of the cadastre plan. The description illustrates the importance of the correct building process and the knowledge that was passed down from one generation to another among the population of the Gorica Hills. The material demonstrates that the sources that were written in the Italian language of the time and had a strong influence of Friulan used the expression ronco for the local expression brajda [36]. Therefore, the term ronco that is used in these sources describes a mixed cultivation of vines, fruit trees and crops on terraces. These have preserved as an element of cultural landscape in the Gorica Hills throughout the twentieth century to this day (Figure 2). Their specific nature has induced the field team of the Slovenian Ethnographic Museum (SEM) to carry out a thorough documentation after World War II (WWII). The material, known under the label SEM, by Orel’s team 1953, field 10 Brda, is composed of field notes, sketches and photographic material. As a result, the terraces of the Gorica Hills can be attributed a tradition of over 1,500 years that has been preserved despite the devastation caused by wars in the sixteenth, seventieth and twentieth centuries.

Figure 2 The landscape of Gorica hills today (photo collection ZTKMŠ, author Damijan Simčič).
Figure 2

The landscape of Gorica hills today (photo collection ZTKMŠ, author Damijan Simčič).

3 Methods

As demonstrated, the cultural terraces of the Gorica Hills have a centuries-old tradition. Nevertheless, the question arises whether the same plants grew on the plots and whether they were cultivated in the same way as it was known and considered to be traditional in the period following WWII. In fact, the studies that touched upon the cultivation methods and crop types featured a firm belief on what the cultural or, to be more precise, the agrarian landscape in the Gorica Hills was like in the past. On the hills (Figure 4), a system of terraces with one or two lines of vines positioned next to poles, the plain surface was sometimes used for crops, whereas the banks were used for fruit trees [37]. The fields were planted with vines, crops or fruit trees (Figure 3). Until more detailed studies have not been undertaken, there was a wide-spread belief that throughout the centuries the cultivation method and crops have not changed, apart from the introduction of corn and potatoes.

Figure 3 Fields featuring detached plots with vines, crops or fruit trees in 1956 (photo collection Goriški muzej).
Figure 3

Fields featuring detached plots with vines, crops or fruit trees in 1956 (photo collection Goriški muzej).

Figure 4 Brajdas featuring mixed cultivation in 1958 (photo collection Goriški muzej).
Figure 4

Brajdas featuring mixed cultivation in 1958 (photo collection Goriški muzej).

Based on the descriptions that are featured in the Franciscean Cadastre reports, the similarities and differences with regard to the above-mentioned belief will be illustrated. The survey is mostly relied on the description of the cultivation method of the two prevailing cultivated land plot types, the so-called brajda on the hills and the fields on the plains. Thus, the Cadastre reports represent an important source for studying cultural landscapes from the past. However, in spite of their very detailed descriptions, the cadastre reports do not provide an explanation to certain questions that remain unanswered.

The studies of the Franciscean cadastre reports pose to the researcher several problems: the linguistic one, as they are written in the Italian language, which was in use in Gorizia and its surroundings in the first half of the nineteenth century. Translating, the researcher encounters the obstacles, as many of the terms originate from the local dialect. The translation requires the use of special dictionaries and studies that have already researched the issue [5,6,8,73,78]. For example, zagotto means wooden two-wheeled cart with a wicker basket. The local and national historical length and weight measures units were also used, which need to be transformed into those we use today. Often used form “as customary” poses to the researcher the need for the use of additional archival material and search data. The researcher must ask to what extent the locals who collaborated with the officials in the census tried to show higher costs and lower incomes to reduce their tax payment. The latter is certainly evident in the references to the fruit trees. The problem of inaccurate information had already been noticed by the state officials, as they wrote: “Sembra, all’udire tutti I proprietarj nel Distretto di Quisca, insignificante il prodotto delle frutta, fra le quali si numera le Ceriegie, i Peri, gl’Armelini, i Susini, Fichi e le Castagne, e questa loro protesta deriva dal non percepire loro che al piú qualche cesto dei medesimi, ma é cosa certa, che se I coloni non ricavarebbero dai terreni tenuti in affitto un discretto profitto dalle frutta, essi giá mai potrebbero vivere colloro famiglie. When you listen to all the masters from the Kojsko district, the yield of fruit, including cherries, pears, apricots, plums, peaches, figs and chestnuts, it seems insignificant. They claim that they do not grow more than a basket of fruit, but it is certain that the tenants, without a certain fruit product, would not be able to survive.”

3.1 Archival sources

The land cadastre is a land recording of the terrains, which is carried out by the state to determine a uniform tax assessment on land [38]; in other words, “an official register of the actual state of land” [25]. In the eighteenth and nineteenth centuries, several cadastres were made for the Slovene territory. The first cadastre to be created for the Gorica Hills, then under the County of Gorizia, was the Theresian Cadastre, named after the Empress Maria Theresa. It was made in the years 1751–54, whereas for the rest of the Slovene territory, already in 1747 [39]. The land plot survey, known as the Jospephine Cadastre, was ordered by Emperor Joseph II in 1785. Both cadastres have their own advantages but also their own flaws. Consequently, they were soon followed by the creation of a new cadastre. The first real land plot survey that was carried out on our territory was in the year 1800 during the French occupation. It included some cadastral municipalities surrounding Gorizia [39]. Later, based on a patent from 1817, the Franciscean Land Cadastre followed, which represented a uniform and stable cadastre [40]. The cadastre survey for the majority of the Slovene territory was completed in 1828. The material of the Franciscean Cadastre, which includes the majority of the Slovene territory, is preserved in good condition and kept by the Archives of the Republic of Slovenia. The material that includes the Gorica Hills, on the contrary, is kept by the State Archives of Gorizia and Trieste. Till the sixteenth century, the most part of the Gorica Hills was incorporated in the county of Goriška, which was a part of the Habsburg hereditary lands. Gorica (Italian Gorizia) and for some time also Trst (Italian Trieste) were the administrative centres of the county. In the post-WWII period, Gorizia and Trieste were incorporated in the republic of Italy. That is why the most of the archive sources for the Gorizia Hills nowadays are not in Slovenia but in Italy.

The Franciscean Cadastre as the source was already used by many researchers in landscape studies in regions and states of the former Habsburg Monarchy (Czech Republic, Slovakia, Slovenia, Austria, Croatia and so on), most often by geographers and historians. The studies of historians, except the study of Golec [41], are constructed on the examples of small rounded parts of Slovenian territory [5,42,43,44,45,46,47,48,49]. Among the geographical studies, the study of the social and geographical development of the Trieste hinterland by Andreas Moritsch [50] should be mentioned. An extensive volume researching Bukovina was published in 2015 [51]. In the last years, a large number of studies and articles related to the data provided by the cadastre material were published, among others, also a special issue of the Geographical Journal (published in 2018) [40,52,53,54,55,56,57,58,59,60,61,62]. The studies of historians explained the political and economic situation in which the cadastre was created. If Verbič in her study [42] is satisfied only with the publication of the content of the source, the authors of the further studies pointed out the disadvantages of the source, especially the inaccuracies of the data provided by farmers to reduce the tax [43,44,45,46,47,48,49]. Studies on changes in land use, based on cadastral maps of the Franciscean cadastre, show a similar methodological course. The first geographical studies in Slovenia have used the data from the maps of the Franciscean cadastre and compared them with today’s situation. Cadastral maps represent cultivable land plots according to the nineteenth century classification. Based on the maps, the previously mentioned comparative studies were created. The written part was first used at the national level by Czech geographers, who created a land-use database covering the period from the mid-nineteenth century to 2010 and used it to study the factors influencing land-use changes [61,62]. The new studies made by geographers [57,58,59] show that the quality of data of different components of the Franciscean cadastre for the same cadastral municipality differs because of different methods of work and different interests of data authors. The statements of the Franciscean land cadastre reports are not entirely accurate and comprehensive; however, the data from the agricultural questionnaire are generally even more biasedly pessimistic. Simultaneous comparison of the data from various components of the Franciscean cadastre material is required as well as its critical use. The latter means that we are necessarily aware of the ways and motives for the emergence of this resource.

The results regarding the change of the share of cultivable land are accurate. For the results researching the share of the types of cultivable land, at least as far as Goriška brda is concerned, a revision would be necessary. The question what an individual cultivable land plot meant in the nineteenth century can be in a great extent answered by the Franciscean land cadastre reports that list the cultivation methods, types of crops, costs and incomes on the individual land plot. The definitions of land plots can be found in work registers, whereas their detailed descriptions are featured in the cadastre reports. These were made separately for each cadastral municipality and they integrate significantly the image of the landscape [40], which shall be portrayed in greater detail. It is not possible to compare the previously mentioned studies with this one. In this study, the share of different crops on the cultivable land plots is investigated, whereas the already mentioned studies compare the changes in the share of cultivable and non-cultivable land plots. The present survey tries to solve the question about exact meaning of cultivable land plots in the Gorica Hills region. This is merely one of the starting points for further multidisciplinary studies of the cultural landscape history.

4 Results

Descriptions of cultivated land plots, created in 1953 by a team of ethnologists, tell us that the prevailing surfaces on the hills were the so-called brajdas, apart from small and intensively cultivated gardens [63]. The brajda (D. Zuljan, The agricultural lexis of the village of Medana [the Goriška Brda region, Slovenia] from the point of view of the Slavic-Romance language contact, submitted for publication) can be defined as a terraced land plot with a mixed cultivation of vines, fruit trees and crops [64]. Mixed cultivation (cultura mista), which means areas where several crops are grown together, was in the past typical for several Mediterranean areas [55]. For the terraced areas in Slovene Istria, namely Krkavče and Merče, this mainly includes various crops mixed with grapevines or olive groves [55]. The Gorica Hills’ mixed culture on brajda surface, on the contrary, mostly included vines and to lesser extent fruit trees and crops. Gardens were small and intensively cultivated surfaces dedicated to growing vegetables for home consumption. Fields were stretching on smaller and plain surfaces located at the foot of the hills. The fields were planted with vines, crops or fruit trees. By looking into the Theresian Cadastre and also the Josephine and Franciscean Cadastres, one is surprised by the definition of the cultivated fields as fields with vines – arativo avidato – that prevail in plain areas. In the cadastral municipalities of SE Gorica Hills, which are nowadays in Italy and comprehend the municipalities of San Mauro – Štmaver, Piuma – Pevma, Oslavia – Oslavje and San Floriano del Collio – Števerjan, all fields are labelled as fields with vines. In SW Gorica Hills, to be more precise, in the cadastral municipality of Medana, there is only one land plot located in the plain which is defined as a field; every other is defined as a field with vines. A similar situation can be found in the Franciscean Cadastre. The classification of land plots that are situated in plains as fields with vines raises the question of its exact meaning. Were all levelled surfaces located in the plains of the previously mentioned cadastral municipalities entirely planted with vines? Furthermore, what was consequently the cultural landscape of the Gorica Hills like in the nineteenth century? Was it actually a cultural landscape, as it was registered and recorded in 1953 by the ethnologists of the Slovene Ethnographic Museum? This is partly answered by the previously mentioned relevant studies that were carried out by geographers. They considered the Franciscean Cadastre’s definitions of the cultivated land types and compared them to present-day images, thus establishing the changing percentage of the cultivated part of a landscape. I am referring to Franci Petek’s study on the changes in land use in the northern Gorica Hills [65]. Petek classified the nineteenth-century fields – arativo – as fields and the fields with vines – arativo avidato – as vineyards [65]. The reason for such classification probably lies within the label arativo avidato. Did the expression field with vines actually refer to a vineyard situated in a plain area? The questions are also partly answered by the reports featured in the Franciscean Cadastre. To obtain the most accurate tax assessment possible, the appointed commissioners, together with the representatives of the communities, carefully catalogued the crop types, cultivation methods, the necessary material and labour. The Franciscan cadastre reports describe all the incomes and costs related to the cultivation of a land. The description includes what grew and how they cultivated the fields with vines and the so called brajdas, which are defined by the reports and cadastres with the Friulian term ronc [66].

The cadastre reports describe the plain areas of the Gorica Hills as very wet and swampy. The lack of arable land, like the system of the terraces on the hills, led to the construction of drainage canals between the individual land plots. The fields – arativo – were planted with crops on the surfaces between the canals based on the rotation that was in use. The fields with vines – arativo avidato – on the contrary, had a different ratio between each cultivated culture. Singular lines of vines were planted on both sides of these canals, with some lines also on the fields. The vines were planted to the support of the trees in irregular groups, meaning on average (as was the usual number) five for each tree. One of the most common living supports was the willow tree, which also provided material for binding the vines and the necessary poles for support (Figure 5). There is also mention of the mulberry tree but to a much lesser extent. The canals were registered with an average width of 2½ ft or 0.78 m [67]. On one joch or 0.57 ha [67] of field there were 334 m of canals and vines. Thus, one third of the surface on one joch was covered by vines and canals, whereas two third of the surface was used for cereal and legumes, i.e. for crops. The fields were planted with barley, turnip, corn, beans and broomcorn. All fields were also planted with fruit trees positioned in the lines between the vines, or where the lines concluded. On average, the fruit trees that grew on one joch were 1 mature and 3 young cherry trees, 14 peach trees, 2 plum trees and 5 fig trees [68].

Figure 5 Field with vines, fruit trees and crops (source: Die österreichisch–ungarische Monarchie in Wort und Bild).
Figure 5

Field with vines, fruit trees and crops (source: Die österreichisch–ungarische Monarchie in Wort und Bild).

Apart from the canals, the fields were crossed by trenches also during the trunk renewal of the vines. Most of the vines were renewed with cuttings. A trench that measured 2½ ft in depth and 3 ft in width was dug next to the exhausted line of vines. The cuttings were then planted in such trenches, and after 4 years, they were tied to a pole or a tree. While cleaning the canals (every 10 years), the exhausted soil around the vines was also replenished by digging it up and scattering it across the field. The fresh soil from the canals was scattered around the vines. This method was also useful for solving the problem of fertilisation. In fact, the orientation towards wine growing caused a shortage of surfaces for feeding cattle and, consequently, a shortage of suitable fertilisers.

Let us now focus on what a surface with planted crops looked like. Barley, turnips and broomcorn were planted by spreading the seeds manually. Corn was planted in a uniform distance. Beans were planted in groups and with the support of poles [68]. Therefore, the description of the fields enables a more detailed classification of the surfaces; at the same time, it also presents a difficult task. This kind of a field cannot be classified as a vineyard or a field, and especially not as an orchard. The fact remains that three different types of cultivated cultures coexisted on such fields, which, within our classification, can only be defined as a mixed culture. However, when we begin to study how the brajda was cultivated, even this kind of classification proves to be flawed.

How was the brajda that prevailed on the hills cultivated? Vines were planted in double lines, with single vines positioned 3 m from each other. The two lines of vines with shoots covered 3 m of terrace’s surface. Thus, 1.6 m was available for growing cereal. The following trees were planted to support the vines: wild cherries, maple trees, field maple trees or elm trees. Here, the trees were planted next to the vines and not between two vines (Figure 6). That is why it was necessary to remove any shoots from the trees. The inner group of vines was attached to the tree, whereas the outer line was slightly leaning towards the slope. The lower shoots were supported by poles, whereas the upper ones were stretching up the tree. Brajdas were used for growing barley, beans (next to poles) and broomcorn. Crops were planted based on the rotation in use (Appendix 1). Fruit trees that grew between the vines did not have their excess branches pruned or cut off. The brajda on average featured on 1 joch: 3 mature and 6 semi-mature cherry trees, 2 mature and 3 young pear trees, 1 mature and 2 young apricot trees, 3 peach trees, 6 plum trees and 13 fig trees. A mature cherry, pear or apricot tree is considered to be one, whose trunk is equal to or larger than 1 ft (31 cm) in diameter. For a chestnut, the diameter is 1½ ft or more [68].

Figure 6 Reconstruction of the nineteenth-century system of terraces with the position of vines (author Nataša Gregorič MFA – Master Fine Arts).
Figure 6

Reconstruction of the nineteenth-century system of terraces with the position of vines (author Nataša Gregorič MFA – Master Fine Arts).

Terrace building was carried out manually and according to a specific process [37,68]. Brajdas cannot be classified as vineyards, even though the cadastre reports state that the vines are the prevailing cultivated crop. This cultivated plot could also be classified as a mixed culture; however, a problem then arises with regard to the field with vines. In fact, on both land plots the ratio between crops and vines was different, with a significant percentage of the two cultivated cultures on both land plots. We also cannot underestimate the percentage of fruit trees. I would therefore suggest the definitions as “field mixed cultivation” and “hill mixed cultivation.”

5 Discussion

Based on what has been said, we can ascertain the importance of the cadastre reports as a source for the reconstruction of the cultural landscape. Based on the nineteenth-century descriptions, we can also clearly define what remains hidden and unanswered from the observer. The cultivated land plots are in part named differently from the post-WWII period, whereas the ones on the hills were called the same way: gardens and especially numerous brajdas; the plains were either named fields with vines or fields. Fields with vines as well as brajdas were cultivated land plots featuring varied plants that included vines, fruit trees and crops. These in modern times were converted into a vineyard, an orchard or a field. Nonetheless, it is necessary to point out that this is only true for the plains. In fact, nowadays the hills can feature a vineyard and an orchard. In some rare cases, crops can also be found. For this purpose, we suggest that the expressions be modified. These could be as suggested by us or by other expressions that should be adequate to the new situation.

5.1 The advantages of reports data use

The same denomination does not equal to the same method of growing fruit and especially growing vines. The crops being grown are partly the same and partly different (broomcorn). The cadastre reports also tell us that depending on the individual cadastral municipality different rotational crops existed, which were adapted to the circumstances. Even though the introduction of corn in the Gorica Hills happened early (seventieth century), it is still ongoing. According to the surveyors, the farmers of the cadastral municipality of Podsabotin planted corn also in brajdas, although unsuccessfully [69].

One may conclude that potato had not yet been grown in the Gorica Hills. However, the inventory registers record it as a supply that was kept in homes [70]. It was slowly being accepted and grown in small proportions in the gardens. We find out that the area was oriented towards wine growing, while fruit was slowly gaining importance, which is evident from the number of young trees. The farmers in the Gorica Hills were efficiently adapting to the new economic impulses, especially the growing number of the urban population, which increased the demand for fruit. Furthermore, this increased at the end of the nineteenth century after the construction of the railway line that connected the County of Gorizia with the Duchy of Carinthia, Lower Austria and Vienna [71]. We can thus follow since the end of the nineteenth century a marked increase in the plantation of fruit trees and, consequently, a growing number and introduction of specialised orchards.

The orientation towards wine growing meant a reduction in the surfaces for feeding cattle. Indoor livestock farming had not yet been introduced. The shortage of sufficient quantities of manure in the Gorica Hills and other parts of the Slovene territory [72] can thus be seen by the crop rotation with fallow land, as well as the planting of legumes and broomcorn. Researchers from the neighbouring Friuli plain have made similar observations [6]. As a comparison, we cite the crop rotation registered by the cadastre reports in the municipalities of Vipolže and San Floriano del Collio – Števerjan (INTEGRATION 1). In fact, all farmers were facing the challenge of maintaining the fertility of the soil, especially with a quantity of nitrogen that is sufficient for growing plants. In some neighbouring cadastral municipalities, farmers left out crop rotation but always kept one of the cultivated plots in fallow land [6]. Apart from leaving fallow land, when the bacteria in the soil converted the atmospheric nitrogen into the nitrogen in the soil, the legumes were also one of the plants that were able to convert atmospheric nitrogen into soil nitrogen. The plain areas in the brajdas, where legumes prevailed, represented a natural regulation system of nitrogen, which was also absorbed by vines. Modest mentioning of mulberry trees being used as living support in plains confirm that sericulture did not have a significant role in the Gorica Hills, as opposed to other areas of the County of Gorizia [71,73].

Before the manifestation of vine diseases: powdery mildew, downy mildew and phylloxera [74], the vine cultivation methods were different from what we know today and from what was known after WWI. Agrarian historians have become increasingly aware that phylloxera represents an important factor in the economic activity of the wine-growing regions [72]. The occurrence of these diseases required grafting of American rootstock, protective spraying and sprinkling [75], resulting in a reduced vine training system. Furthermore, the vines were no longer supported by trees (Figure 7) but were given smaller and larger supporting poles. Before the introduction of machinery after WWII, the plain terrace surfaces were still being used for growing several crops [26]. Once machinery started being used, this space was no longer suitable for this purpose. Fruit trees also hindered the cultivation of vines with machines. As a result, monoculture was introduced, which we define as a vineyard, orchard or olive grove. Nevertheless, despite numerous modern machines, a large proportion of work (pruning, tying, harvesting and fruit picking) is still manual.

Figure 7 Reconstruction of vine training system in the Gorica Hills in the nineteenth century (author Nataša Gregorič MFA – Master Fine Arts).
Figure 7

Reconstruction of vine training system in the Gorica Hills in the nineteenth century (author Nataša Gregorič MFA – Master Fine Arts).

5.2 The reports’ flaws

The cadastre reports do not give us any information on the depths of the canals, probably because they varied. It would also be interesting to know how they crossed one land plot. What is also missing is how high the vines stretched up the trees, how tall the fruit trees were and what the distance was between them and the vines. Furthermore, how high the vines grew, how many were actually tied to the living support and where exactly were the fruit trees planted between the vines. The descriptions of the sizes of the terraced surface, as well as the surface dedicated to cultivating vines and growing crops, certainly do not apply to the entire area, as then, even more so than today, farmers had to adjust to the inclination of the hill. We can assume that the descriptions apply as an average value to the described cadastral municipality; how high the terraced banks were and to what extent was it attempted to reduce the number of vines and other trees for the surveyors to create a lower yield for tax purposes. Which varieties of vines and fruit trees were being grown? Catalogues from the late nineteenth century cite numerous varieties, albeit linking them to a wider not a narrow area [76].

The existence and size of the so-called ecological niches, which are present in the Gorica Hills to this day, are graining importance, thanks to biodiversity [36]. They are borders that are overgrown by shrubs and trees as well as less accessible parts situated at the edges of land plots. We can learn about this fact from the war damage material, which describes a singular land plot as a combination of a cultivated field and a plot overgrown by shrubs and trees. An example from Kojsko: a vineyard planted in one piece with local vines and poles for bending the shoots, south-eastern direction with fruit trees 15 minutes of an hour from home near the main road, at the edge some oak trees and shrubs in good condition [78].

6 Conclusion

Despite a few imperfections, the Franciscean Cadastre reports represent a good source for studying and researching cultural landscape. By using and interpreting the available information and making comparisons with the situation after WWI [77], we can identify the changes in cultural landscape as well as the reasons for them. The cultural landscape of the Gorica Hills is the result of adaptations to economic and cultural impulses from inside and outside. During the research period, it is going through one of the development phases. Both cultivated land types, field with vines – arativo avidato – and brajda – ronco – feature a mixed cultivation of vines, fruit trees and crops in respectively different measures and with different training systems of the vine. Therefore, researchers define cultural landscape as an intensive form of agriculture, as it strives to fully exploit the cultivated plots [4]. It is cited by researchers from Slavia Friulana [78], the Karst (Panjek) and the wider outskirts of Gorizia [73,79]. Cultivated terraces are a prominent feature of the Mediterranean agricultural landscape [80]. Bibliography connected with the research on land use changes is already represented in detail in the article “Land-use changes in Slovenian terraced landscapes” [55].

Petek explained that the Gorica Hills have a distinctly dual appearance. In their southern part, agricultural land surface has remained almost the same since the first half of the nineteenth century. In contrast, the northern part of Gorica Hills has experienced intensive overgrowth. The proportion of forest today is more than 80%, whereas during the period of the greatest extent of farmland it only covered 30% [65]. The results can be compared with the research of the Italian regions. In Lamole, there is a 40% reduction in the conservation of the terraces, but nevertheless the specialised vineyards have progressively expanded since 1954. The situation in the southern Gorica Hills area is more like the situation in Valdobbiadene, where the principal characteristics of the traditional landscape have remained almost intact over the last 50 years, even if there have been changes to land use and the structure of the landscape mosaic [81]. Reduction is also notable in the case of steep slopes, remote areas and uninhabited islets in the Adriatic Croatia region [82]. Therefore, we can argue that labour-intensive terrace construction and maintenance are possible under specific socioeconomic conditions. In the cases of big labour input and very low incomes, the terraces were abandoned as stressed on The Serra de Rodes catchment [83] or Lesvos [84] cases.

Nowadays, the Gorica Hills are a terraced landscape with the predominant culture of vines but also with fruit trees, among which recently also olives grow. Consequently, the nineteenth century can be considered as the period of the definite introduction of corn and potatoes. The area of the Gorica Hills is primarily oriented towards wine growing and to a lesser extent also fruits. Other crops serve only to support the existence of the farmer’s family. Because of the occurrence of new vine diseases, the late nineteenth century represents the search to find new solutions for cultivating the vine and increasing the cultural terraces in the light of a favourable economic situation. However, we cannot compare our study with studies that dealt with changes to agricultural land based on categories in the Franciscean Cadastre, as the land category itself defined in the Franciscean Cadastre is not always consistent with today’s categories. However, the results are important to what extent the once cultivated land has been overgrown or to what extent the uncultivated land has changed to the cultivated one and why is this so. To get the most accurate results, the best possibility is developing interdisciplinary research combining various historical materials with modern possibilities of analysing geographical space changes (GIS).

Appendix

INTEGRATION 1

Vipolže crop rotation on a field with vines, classes 1–3:

  • 1st year: barley (manure), then turnip on manure

  • 2nd year: corn, then beans

  • 3rd to 6th year: corn, then beans

    Vipolže crop rotation on brajda, classes 1 and 2:

  • 1st year: beans (dug, ploughed and fertilised)

  • 2nd year: barley (dug, ploughed and fertilised)

  • 3rd to 15th year: broomcorn and beans

    Vipolže crop rotation on brajda, class 3:

  • 1st year: beans (dug, ploughed and fertilised)

  • 2nd year: barley (dug, ploughed and fertilised)

  • 3rd to 6th year: broomcorn and beans

  • 7th to 15th year: beans

    Vipolže crop rotation on brajda, class 4:

  • 1st year: beans (dug, ploughed and fertilised)

  • 2nd year: barley (dug, ploughed and fertilised)

  • 3rd to 6th year: broomcorn and beans

  • 7th to 10th year: beans

  • 11th to 15th year: fallow land

    Števerjan crop rotation on a field with vines, class 1:

  • 1st year: barley (manure), then turnip on manure

  • 2nd to 4th year: corn, then beans

    Števerjan crop rotation on a field with vines, class 2:

  • 1st year: barley (manure), then turnip on manure

  • 2nd and 3rd year: corn, then beans

  • 4th year: broomcorn, then beans

    Števerjan crop rotation on brajda, classes 1 and 2:

  • 1st year: beans (dug, ploughed and fertilised)

  • 2nd year: barley (dug, ploughed and fertilised)

  • 3rd to 9th year: broomcorn and beans

    Števerjan crop rotation on brajda, classes 3 and 4:

  • 1st year: beans (dug, ploughed and fertilised)

  • 2nd year: barley (dug, ploughed and fertilised)

  • 3rd and 4th year: broomcorn and beans

  • 5th to 10th year: beans

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Received: 2019-12-30
Revised: 2020-09-04
Accepted: 2020-09-05
Published Online: 2020-11-19

© 2020 Tanja Gomiršek, published by De Gruyter

This work is licensed under the Creative Commons Attribution 4.0 International License.

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  2. The simulation approach to the interpretation of archival aerial photographs
  3. The application of137Cs and210Pbexmethods in soil erosion research of Titel loess plateau, Vojvodina, Northern Serbia
  4. Provenance and tectonic significance of the Zhongwunongshan Group from the Zhongwunongshan Structural Belt in China: insights from zircon geochronology
  5. Analysis, Assessment and Early Warning of Mudflow Disasters along the Shigatse Section of the China–Nepal Highway
  6. Sedimentary succession and recognition marks of lacustrine gravel beach-bars, a case study from the Qinghai Lake, China
  7. Predicting small water courses’ physico-chemical status from watershed characteristics with two multivariate statistical methods
  8. An Overview of the Carbonatites from the Indian Subcontinent
  9. A new statistical approach to the geochemical systematics of Italian alkaline igneous rocks
  10. The significance of karst areas in European national parks and geoparks
  11. Geochronology, trace elements and Hf isotopic geochemistry of zircons from Swat orthogneisses, Northern Pakistan
  12. Regional-scale drought monitor using synthesized index based on remote sensing in northeast China
  13. Application of combined electrical resistivity tomography and seismic reflection method to explore hidden active faults in Pingwu, Sichuan, China
  14. Impact of interpolation techniques on the accuracy of large-scale digital elevation model
  15. Natural and human-induced factors controlling the phreatic groundwater geochemistry of the Longgang River basin, South China
  16. Land use/land cover assessment as related to soil and irrigation water salinity over an oasis in arid environment
  17. Effect of tillage, slope, and rainfall on soil surface microtopography quantified by geostatistical and fractal indices during sheet erosion
  18. Validation of the number of tie vectors in post-processing using the method of frequency in a centric cube
  19. An integrated petrophysical-based wedge modeling and thin bed AVO analysis for improved reservoir characterization of Zhujiang Formation, Huizhou sub-basin, China: A case study
  20. A grain size auto-classification of Baikouquan Formation, Mahu Depression, Junggar Basin, China
  21. Dynamics of mid-channel bars in the Middle Vistula River in response to ferry crossing abutment construction
  22. Estimation of permeability and saturation based on imaginary component of complex resistivity spectra: A laboratory study
  23. Distribution characteristics of typical geological relics in the Western Sichuan Plateau
  24. Inconsistency distribution patterns of different remote sensing land-cover data from the perspective of ecological zoning
  25. A new methodological approach (QEMSCAN®) in the mineralogical study of Polish loess: Guidelines for further research
  26. Displacement and deformation study of engineering structures with the use of modern laser technologies
  27. Virtual resolution enhancement: A new enhancement tool for seismic data
  28. Aeromagnetic mapping of fault architecture along Lagos–Ore axis, southwestern Nigeria
  29. Deformation and failure mechanism of full seam chamber with extra-large section and its control technology
  30. Plastic failure zone characteristics and stability control technology of roadway in the fault area under non-uniformly high geostress: A case study from Yuandian Coal Mine in Northern Anhui Province, China
  31. Comparison of swarm intelligence algorithms for optimized band selection of hyperspectral remote sensing image
  32. Soil carbon stock and nutrient characteristics of Senna siamea grove in the semi-deciduous forest zone of Ghana
  33. Carbonatites from the Southern Brazilian platform: I
  34. Seismicity, focal mechanism, and stress tensor analysis of the Simav region, western Turkey
  35. Application of simulated annealing algorithm for 3D coordinate transformation problem solution
  36. Application of the terrestrial laser scanner in the monitoring of earth structures
  37. The Cretaceous igneous rocks in southeastern Guangxi and their implication for tectonic environment in southwestern South China Block
  38. Pore-scale gas–water flow in rock: Visualization experiment and simulation
  39. Assessment of surface parameters of VDW foundation piles using geodetic measurement techniques
  40. Spatial distribution and risk assessment of toxic metals in agricultural soils from endemic nasopharyngeal carcinoma region in South China
  41. An ABC-optimized fuzzy ELECTRE approach for assessing petroleum potential at the petroleum system level
  42. Microscopic mechanism of sandstone hydration in Yungang Grottoes, China
  43. Importance of traditional landscapes in Slovenia for conservation of endangered butterfly
  44. Landscape pattern and economic factors’ effect on prediction accuracy of cellular automata-Markov chain model on county scale
  45. The influence of river training on the location of erosion and accumulation zones (Kłodzko County, South West Poland)
  46. Multi-temporal survey of diaphragm wall with terrestrial laser scanning method
  47. Functionality and reliability of horizontal control net (Poland)
  48. Strata behavior and control strategy of backfilling collaborate with caving fully-mechanized mining
  49. The use of classical methods and neural networks in deformation studies of hydrotechnical objects
  50. Ice-crevasse sedimentation in the eastern part of the Głubczyce Plateau (S Poland) during the final stage of the Drenthian Glaciation
  51. Structure of end moraines and dynamics of the recession phase of the Warta Stadial ice sheet, Kłodawa Upland, Central Poland
  52. Mineralogy, mineral chemistry and thermobarometry of post-mineralization dykes of the Sungun Cu–Mo porphyry deposit (Northwest Iran)
  53. Main problems of the research on the Palaeolithic of Halych-Dnister region (Ukraine)
  54. Application of isometric transformation and robust estimation to compare the measurement results of steel pipe spools
  55. Hybrid machine learning hydrological model for flood forecast purpose
  56. Rainfall thresholds of shallow landslides in Wuyuan County of Jiangxi Province, China
  57. Dynamic simulation for the process of mining subsidence based on cellular automata model
  58. Developing large-scale international ecological networks based on least-cost path analysis – a case study of Altai mountains
  59. Seismic characteristics of polygonal fault systems in the Great South Basin, New Zealand
  60. New approach of clustering of late Pleni-Weichselian loess deposits (L1LL1) in Poland
  61. Implementation of virtual reference points in registering scanning images of tall structures
  62. Constraints of nonseismic geophysical data on the deep geological structure of the Benxi iron-ore district, Liaoning, China
  63. Mechanical analysis of basic roof fracture mechanism and feature in coal mining with partial gangue backfilling
  64. The violent ground motion before the Jiuzhaigou earthquake Ms7.0
  65. Landslide site delineation from geometric signatures derived with the Hilbert–Huang transform for cases in Southern Taiwan
  66. Hydrological process simulation in Manas River Basin using CMADS
  67. LA-ICP-MS U–Pb ages of detrital zircons from Middle Jurassic sedimentary rocks in southwestern Fujian: Sedimentary provenance and its geological significance
  68. Analysis of pore throat characteristics of tight sandstone reservoirs
  69. Effects of igneous intrusions on source rock in the early diagenetic stage: A case study on Beipiao Formation in Jinyang Basin, Northeast China
  70. Applying floodplain geomorphology to flood management (The Lower Vistula River upstream from Plock, Poland)
  71. Effect of photogrammetric RPAS flight parameters on plani-altimetric accuracy of DTM
  72. Morphodynamic conditions of heavy metal concentration in deposits of the Vistula River valley near Kępa Gostecka (central Poland)
  73. Accuracy and functional assessment of an original low-cost fibre-based inclinometer designed for structural monitoring
  74. The impacts of diagenetic facies on reservoir quality in tight sandstones
  75. Application of electrical resistivity imaging to detection of hidden geological structures in a single roadway
  76. Comparison between electrical resistivity tomography and tunnel seismic prediction 303 methods for detecting the water zone ahead of the tunnel face: A case study
  77. The genesis model of carbonate cementation in the tight oil reservoir: A case of Chang 6 oil layers of the Upper Triassic Yanchang Formation in the western Jiyuan area, Ordos Basin, China
  78. Disintegration characteristics in granite residual soil and their relationship with the collapsing gully in South China
  79. Analysis of surface deformation and driving forces in Lanzhou
  80. Geochemical characteristics of produced water from coalbed methane wells and its influence on productivity in Laochang Coalfield, China
  81. A combination of genetic inversion and seismic frequency attributes to delineate reservoir targets in offshore northern Orange Basin, South Africa
  82. Explore the application of high-resolution nighttime light remote sensing images in nighttime marine ship detection: A case study of LJ1-01 data
  83. DTM-based analysis of the spatial distribution of topolineaments
  84. Spatiotemporal variation and climatic response of water level of major lakes in China, Mongolia, and Russia
  85. The Cretaceous stratigraphy, Songliao Basin, Northeast China: Constrains from drillings and geophysics
  86. Canal of St. Bartholomew in Seča/Sezza: Social construction of the seascape
  87. A modelling resin material and its application in rock-failure study: Samples with two 3D internal fracture surfaces
  88. Utilization of marble piece wastes as base materials
  89. Slope stability evaluation using backpropagation neural networks and multivariate adaptive regression splines
  90. Rigidity of “Warsaw clay” from the Poznań Formation determined by in situ tests
  91. Numerical simulation for the effects of waves and grain size on deltaic processes and morphologies
  92. Impact of tourism activities on water pollution in the West Lake Basin (Hangzhou, China)
  93. Fracture characteristics from outcrops and its meaning to gas accumulation in the Jiyuan Basin, Henan Province, China
  94. Impact evaluation and driving type identification of human factors on rural human settlement environment: Taking Gansu Province, China as an example
  95. Identification of the spatial distributions, pollution levels, sources, and health risk of heavy metals in surface dusts from Korla, NW China
  96. Petrography and geochemistry of clastic sedimentary rocks as evidence for the provenance of the Jurassic stratum in the Daqingshan area
  97. Super-resolution reconstruction of a digital elevation model based on a deep residual network
  98. Seismic prediction of lithofacies heterogeneity in paleogene hetaoyuan shale play, Biyang depression, China
  99. Cultural landscape of the Gorica Hills in the nineteenth century: Franciscean land cadastre reports as the source for clarification of the classification of cultivable land types
  100. Analysis and prediction of LUCC change in Huang-Huai-Hai river basin
  101. Hydrochemical differences between river water and groundwater in Suzhou, Northern Anhui Province, China
  102. The relationship between heat flow and seismicity in global tectonically active zones
  103. Modeling of Landslide susceptibility in a part of Abay Basin, northwestern Ethiopia
  104. M-GAM method in function of tourism potential assessment: Case study of the Sokobanja basin in eastern Serbia
  105. Dehydration and stabilization of unconsolidated laminated lake sediments using gypsum for the preparation of thin sections
  106. Agriculture and land use in the North of Russia: Case study of Karelia and Yakutia
  107. Textural characteristics, mode of transportation and depositional environment of the Cretaceous sandstone in the Bredasdorp Basin, off the south coast of South Africa: Evidence from grain size analysis
  108. One-dimensional constrained inversion study of TEM and application in coal goafs’ detection
  109. The spatial distribution of retail outlets in Urumqi: The application of points of interest
  110. Aptian–Albian deposits of the Ait Ourir basin (High Atlas, Morocco): New additional data on their paleoenvironment, sedimentology, and palaeogeography
  111. Traditional agricultural landscapes in Uskopaljska valley (Bosnia and Herzegovina)
  112. A detection method for reservoir waterbodies vector data based on EGADS
  113. Modelling and mapping of the COVID-19 trajectory and pandemic paths at global scale: A geographer’s perspective
  114. Effect of organic maturity on shale gas genesis and pores development: A case study on marine shale in the upper Yangtze region, South China
  115. Gravel roundness quantitative analysis for sedimentary microfacies of fan delta deposition, Baikouquan Formation, Mahu Depression, Northwestern China
  116. Features of terraces and the incision rate along the lower reaches of the Yarlung Zangbo River east of Namche Barwa: Constraints on tectonic uplift
  117. Application of laser scanning technology for structure gauge measurement
  118. Calibration of the depth invariant algorithm to monitor the tidal action of Rabigh City at the Red Sea Coast, Saudi Arabia
  119. Evolution of the Bystrzyca River valley during Middle Pleistocene Interglacial (Sudetic Foreland, south-western Poland)
  120. A 3D numerical analysis of the compaction effects on the behavior of panel-type MSE walls
  121. Landscape dynamics at borderlands: analysing land use changes from Southern Slovenia
  122. Effects of oil viscosity on waterflooding: A case study of high water-cut sandstone oilfield in Kazakhstan
  123. Special Issue: Alkaline-Carbonatitic magmatism
  124. Carbonatites from the southern Brazilian Platform: A review. II: Isotopic evidences
  125. Review Article
  126. Technology and innovation: Changing concept of rural tourism – A systematic review
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