Steen Bo Frandsen: Danmark på langs og på tværs
I tre tableauer sammenlignes udviklingen af den danske stats infrastruktur med kartografiens fremstillinger og et mental map over helstaten, ...nationalstaten og den europæiske medlemsstat efter 1990. I udgangspunktet spillede den danske stat en traditionel rolle som del af en større nordeuropæisk kontekst, hvilket kom til udtryk i et kort med tilstødende lande og en infrastrukturpolitik, der sigtede på at forbinde rigets dele og sikre kontakten ud. I nationalstaten skete der en indsnævring. Med succes lykkedes det længe at holde konteksten ude, og korttegnerne leverede en kongenial fremstilling af et land stort set uden spor af naboer. Endelig kom der efter 1990 en ny dagsorden, der ser Danmark som et infrastrukturelt transitland. Både kartografiens fremstillinger og de omfattende bro- og tunnelbyggerier præsenterer igen landet som del af noget større. De store infrastrukturprojekter har nok haft til formål at styrke den indre sammenhæng, men samtidig har de virket i retning af at betone landets transit-karakter og dermed skabt nye indre ubalancer i den ellers så homogene nationalstat.
Rediscovered burial mounds in northern Jutland – a cartographical surveyIn 2005-07, archaeologists from the Historical Museum of Northern Jutland carried out an inspection of those burial mounds ...still visible and protected (scheduled) under Danish cultural heritage legislation. Scheduled burial mounds were the main focus, but new – or rather forgotten – mounds were also observed in the forests (fig. 1). These observations prompted a preliminary study of a small area, which revealed that a large number of burial mounds, hitherto unrecorded in the national archaeological database, Sites and Monuments – Fund og Fortidsminder, are marked on historical maps. This was especially true of the first cadastral maps, known as Original 1 maps, on which a large number of these monuments are marked. But the first edition topographical maps, known as Høje Målebordsblade, also show mounds that are not included in the national database. A major study was initiated in 2008 and the mounds marked on the earliest cadastral maps were recorded, leading to an increase of 33 % in the numbers mapped. This article is a source-critical examination of the use of these maps.The survey area corresponded to the archaeological area of responsibility of the Historical Museum of Northern Jutland and comprises 8% of the total land area of modern Denmark. Information on land-use in historical times can be obtained from the Danish Royal Academy of Sciences and Letters’ manuscript maps, i.e. Videnskabernes Selskabs konceptkort, which date back to the late 18th century. The survey area covered both coastal and inland regions and a great variety of vegetation types could be observed – including marshland, heathland and sand dunes (fig. 2).In the late 18th century, several agricultural reforms were initiated, leading to substantial changes in the cultural landscape. New fields were established and the implementation of the statutory instrument on road regulation of 1793 led to stones being robbed from nearby dolmens and burial mounds. This devastation of ancient burial monuments prompted the establishment of the Royal Commission for the Preservation of Antiquities, Oldsagskommissionen, in 1807, and shortly afterwards a total of 187 mounds and dolmens across the country became protected by law. To stem the continuing destruction, the chief curator of the Danish National Museum, J.J.A. Worsaae, launched systematic surveys of prehistoric monuments throughout the country in 1873. For many years, funding for these so-called “district surveys”, herredsberejsninger, was allocated in the Danish state budget. The surveys only came to an end in 1930, when all the ancient monuments in the country were considered to have been recorded. Most of the monuments in the northern parts of Jutland were recorded during the final decades of the 19th century (fig. 3). The surveys had two main aims: Firstly, to record all ancient monuments and sites still visible, as well as the locations of lost monuments still known to local communities; secondly, to locate the best preserved and most interesting monuments and persuade the landowners to protect these. The district surveys were carried out by the National Museum, and each parish was visited by an antiquarian and an illustrator. Due to the pressure of time, only one or two days were allocated to each of the smaller parishes and, given the contemporary infrastructure and modes of transport, it must be assumed that not all mounds were recorded. The burial mounds were marked on a map but, in a time before GPS, the location of many of them is far from precise. In 1937, a new act for the protection of ancient monuments was passed. The key issue in this legislation was that all visible monuments were now automatically protected by the law. Whether a monument was visible or not was to be decided by the Danish National Museum. In order to do this, all the monuments recorded in the district surveys had to be revisited. This took 20 years and resulted in a grand total of 23,774 monuments and sites across Denmark that were to be protected against future destruction.After some adjustments over the last 80 years, the ancient monuments database now lists a total of 6822 burial mounds in the survey area, of which 2970 are listed as protected monuments. The Sites and Monuments database thereby contains the accumulated records from archaeological surveys carried out over the last 200 years. The burial mounds could be listed under three categories: recorded mounds, unknown mounds and rediscovered mounds, obtained from the maps used in this survey (fig. 4).The first edition topographical maps published in 1842-99, the Høje Målebordsblade, are at a scale of 1:20.000 and the details available from these are both numerous and precise. The maps give a clear picture of the elevation of the terrain and the types of vegetation within a given area (heathland, marshland etc.). They also include most of those burial mounds still visible and thereby provide a detailed source of information on the number of monuments extant in the late 19th century. The accuracy of the mapping of mounds has been evaluated in recent times by way of GPS and shows remarkable precision. Traditional surveying techniques gave positions differing by only a few metres from those determined by modern methods. Approximately 75% of the known preserved mounds were marked on the maps (fig. 5). The mapping was contemporary with the Danish National Museum’s district surveys, but only limited degree of coherence can be observed between the two data sets. This inconsistency can largely be explained by two factors: The archaeologists’ survey was restricted to a few days in each parish and the National Museum wanted to obtain information about monuments no longer discernible in the landscape. In the present study, detailed investigation of the topographical maps yielded a total of 4166 burial mounds. Of these, 326 are not recorded in the Sites and Monuments database and should therefore be regarded as rediscovered mounds. In many cases, the maps contain additional information on the locations of other burial mounds, but these could be anomalies in the terrain contours (fig. 6).Large parts of Denmark were surveyed and mapped following the agricultural reforms of the late 18th century. This resulted in the first cadastral maps, the Original 1 maps, which were drawn at a scale of 1:4000 and therefore contain a great number of details, including much useful information for archaeologists: place names, soil quality, burial mounds etc. (figs. 7 and 8). Each map covers one cadastral district (ejerlav), and the total survey area comprises 608 of these districts. Unfortunately, the mapping was not standardised and not every surveyor used the symbols for burial mounds. Of the 2975 monuments still visible today, only 53% were included on the cadastral district maps, even though these monuments must have been visible 200 years ago (fig. 9). This discrepancy can largely be explained by the lack of standardisation in the mapping, and in some cases the surveyors simply mapped small squares of non-arable area within the arable land (fig. 10). In the present study, only mounds marked with a specific signature were included. Attention should also be drawn to another possible source of bias when working with these maps: They are not static. They were in use for several decades and changes in land ownership, parish borders, field taxation etc. were added to them. Each map therefore contains several layers, each of which represents a historical event. A comparison of the two series of historical maps, the mounds recorded in the Sites and Monuments database and the true position of the scheduled mounds, reveals some variation (fig. 11). With a few exceptions, the positions of the mounds are marked on the cadastral maps with remarkable precision (fig. 12). The present review yielded the location of 4875 burial mounds, 1785 of which were unknown – or rather had been forgotten – prior to this study, i.e. a 26% increase relative to the data in Sites and Monuments. The mound signatures absent from many of the maps indicate that the number of mounds must be considered an absolute minimum.The Venn diagram (fig. 14) shows that 2320 mounds are marked on both historical maps and included in the Sites and Monuments database, while 1689 mounds are only marked on the cadastral maps. The rediscovered mounds and known mounds are not evenly distributed relative to the land-use indicated on the Royal Academy of Sciences and Letters’ manuscript maps (fig. 15). These maps date from the late 18th century and show that more than half of the dry-land areas were used for agricultural purposes, while approximately one third was covered with heath. According to the historical maps, the majority of the known mounds in the Sites and Monuments database are situated on heathland, while only 30.6% are evident in agricultural areas. The rediscovered mounds are spread evenly across agricultural land and heath. If we turn our attention to the total number of burial mounds, heath areas are still over-represented. The differences between the percentages of land-use and the percentages of known burial mounds have come closer to equalisation with this study. This shows that mounds located near the farms would be at greater threat than those located on the outer margin of the fields. This is illustrated by the distance from the burial mounds to the boundary of the nearest settlement (fig. 16). According to figure 18, the lack of mounds in old agricultural areas results from a combination of land-use and the distance to historical farmsteads. A large proportion of the rediscovered mounds were positioned in the fields around old villages and they had been destroyed prior to the district surveys of the late 19th century. All the sources reveal a low occurrence of mounds in historical forests. This can be explained to some degree by the ancient forest
Giants, cannibals and other monsters were a regular feature of Renaissance illustrated maps, inhabiting the Americas alongside other indigenous peoples. In a new approach to views of distant peoples, ...Surekha Davies analyzes this archive alongside prints, costume books and geographical writing. Using sources from Iberia, France, the German lands, the Low Countries, Italy and England, Davies argues that mapmakers and viewers saw these maps as careful syntheses that enabled viewers to compare different peoples. In an age when scholars, missionaries, native peoples and colonial officials debated whether New World inhabitants could – or should – be converted or enslaved, maps were uniquely suited for assessing the impact of environment on bodies and temperaments. Through innovative interdisciplinary methods connecting the European Renaissance to the Atlantic world, Davies uses new sources and questions to explore science as a visual pursuit, revealing how debates about the relationship between humans and monstrous peoples challenged colonial expansion.
Exploratory data analysis (EDA) is about detecting and describing patterns, trends, and relations in data, motivated by certain purposes of investigation. As something relevant is detected in data, ...new questions arise, causing specific parts to be viewed in more detail. So EDA has a significant appeal: it involves hypothesis generation rather than mere hypothesis testing. The authors describe in detail and systemize approaches, techniques, and methods for exploring spatial and temporal data in particular. They start by developing a general view of data structures and characteristics and then build on top of this a general task typology, distinguishing between elementary and synoptic tasks. This typology is then applied to the description of existing approaches and technologies, resulting not just in recommendations for choosing methods but in a set of generic procedures for data exploration. Professionals practicing analysis will profit from tested solutions - illustrated in many examples - for reuse in the catalogue of techniques presented. Students and researchers will appreciate the detailed description and classification of exploration techniques, which are not limited to spatial data only. In addition, the general principles and approaches described will be useful for designers of new methods for EDA.
Sammendrag Den norske trommeslageren Jon Christensen (1943–2020) var en av de mest innflytelsesrike musikerne i samtidas jazz og bidro til over 70 innspillinger for plateselskapet ECM. Med ...utgangspunkt i Deleuze og Guattaris begreper om «territorialisering» og «deterritorialisering», samt M. M. Bakhtins «kronotop»-begrep, søker artikkelen å kartlegge Christensens musikalske erfaringer på 1960-tallet. Spesielt vektlegges interaksjonen mellom Christensen og andre innflytelsesrike musikere, blant dem Dexter Gordon, Bud Powell, George Russell, Don Cherry, Jan Garbarek, Zbigniew Namysłowski, Steve Kuhn, Stan Getz, Sonny Rollins og andre. Ved en dialogisk-metodisk tilnærming er målet å belyse Christensens egne musikalske perspektiver og synspunkter, sett i relasjon til aktuelle jazzhistoriografiske begreper. Tilnærmingen er derfor både biografisk og antropologisk. Sentralt i Christensens egne refleksjoner stod begreper om «lyd» og «lytting». Mens mye akademisk og journalistisk litteratur synes å fokusere på «nasjonaliteter» og europeiske og/eller amerikanske «identiteter», viser mangfoldet av forbindelser Christensen inngikk i på 1960-tallet et langt mer sammensatt og detaljert (vei)kart, enn om utgangspunktet var reifiserte kategorier som «nordisk jazz» eller den «nordiske tonen».
Perkembangan teknologi komputer dan perangkat lunak grafis memberi banyak kerugian dalam pembuatan serta penyajian informasi spasial berbentuk peta. Adobe Flash™ menjadi salah satu aplikasi yang ...digunakan oleh untuk membuat peta interaktif, seoerti yang dilakukan oleh Badan Informasi Geospasial (BIG) dengan programnya Atlas Elektronik Bakosurtanal. Adobe Flash™ perlu dikaji ulang tentang kemampuannya membuat sebuah peta apakah sudah memenuhi aturan yang ada atau belum, karena dengan adanya perkembangan teknologi komputer dan fitur yang ada memungkinkan setiap orang berkreasi pada visualisasinya, sedang disisi lain, peta yang dihasilkan kehilangan kaidah kartografinya.
Terdapat beberapa tahapan dalam proses pembuatan peta digital ITS ini yaitu, digitasi peta untuk memetakan bangunan bangunan baru untuk mendapatkan peta digital ITS Sukolilo terbaru berdasarkan Citra Worldview menggunakan Autocad Land Desktop 2009, kemudian pemberiaan beberapa aspek kartografis seperti pewarnaan peta, desain simbol, menggunakan Coreldraw X5, dan tahapan terakhir adalah desain tata letak dan pemberian koordinat agar peta yang dibuat sesuai dengan aturan kartografi menggunakan Adobe Flash™ CS5.
Dari penelitian pembuatan peta digital ITS ini diperoleh hasil bahwa telah dibuat sebuah Peta Digital ITS 2014 dengan aplikasi pemetaan Adobe Flash™. Peta yang disajikan menggunakan Adobe Flash™ dibuat melalui beberapa proses dan software, dimulai dari penggambaran peta menggunakan Autocad Land Desktop 2009, pewarnaan dan simbolisasi menggunakan Coreldraw X5, dan tata letak serta desain peta sesuai aturan kartografis. Dari aturan yang ada desain tata letak peta digital ini sudah memenuhi keseimbangan simetris dengan judul di atas muka peta sedangkan informasi tepi terletak dibawah muka petadan dari kriteria kartografis dapat disimpulkan bahwa aplikasi Adobe Flash™ mampu membuat sebuah peta sesuai dengan aturan kartografi dengan memenuhi lima dari enam aspek penilaian kriteria karografi.
The relational complexity of urban and rural landscapes in space and in time. The development of historical geographical information systems (HGIS) and other methods from the digital humanities have ...revolutionised historical research on cultural landscapes. Additionally, the opening up of increasingly diverse collections of source material, often incomplete and difficult to interpret, has led to methodologically innovative experiments. One of today’s major challenges, however, concerns the concepts and tools to be deployed for mapping processes of transformation—that is, interpreting and imagining the relational complexity of urban and rural landscapes, both in space and in time, at micro- and macro-scale. Mapping Landscapes in Transformation gathers experts from different disciplines, active in the fields of historical geography, urban and landscape history, archaeology and heritage conservation. They are specialised in a wide variety of space-time contexts, including regions within Europe, Asia, and the Americas, and periods from antiquity to the 21st century.
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