GEOLINGUISTICS AROUND the WORLD Chitsuko
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The Example of the Linguistic Atlas of Scotland John Kirk, Christian Hessle
Digitising Collections of Historical Linguistic Data: The Example of The Linguistic Atlas of Scotland John Kirk, Christian Hessle To cite this version: John Kirk, Christian Hessle. Digitising Collections of Historical Linguistic Data: The Example of The Linguistic Atlas of Scotland. Journal of Data Mining and Digital Humanities, Episciences.org, In press. hal-02166186v1 HAL Id: hal-02166186 https://hal.archives-ouvertes.fr/hal-02166186v1 Submitted on 26 Jun 2019 (v1), last revised 14 Dec 2020 (v2) HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. Distributed under a Creative Commons Attribution| 4.0 International License Digitising Collections of Historical Linguistic Data: The Example of The Linguistic Atlas of Scotland Christian Hessle & John Kirk University of Vienna Abstract The paper provides a preliminary exploration of the possibilities and prequisites for digitising the lexical material of the Linguistic Atlas of Scotland. The survey by written questionnaire on which the atlas is based and also the editing and cartography of the published maps are each introduced and critiqued. Three prototypical maps for the North mid-Scots dialect area are presented. Their lexical content is discussed, especially the issue of lexical categorisation and the representation of extra-linguistic information. -
Designs on Signs: Myth and Meaning in Maps
DESIGNS ON SIGNS / MYTH AND MEANING IN MAPS DENIS WOOD AND JOHN FELS School of Design / North Carolina State University / United States and School of Natural Resources / Sir Sandford Fleming College / Canada ABSTRACT Every map is at once a synthesis of signs and a sign in itself: an instrument of depiction - of objects, events, places - and an instrument of persuasion — about these, its makers and itself. Like any other sign, it is the product of codes: conventions that prescribe relations of content and expression in a given semiotic circumstance. The codes that underwrite the map are as numerous as its motives, and as thoroughly naturalized within the culture that generates and exploits them. Intrasignificant codes govern the formation of the cartographic icon, the deployment of visible lan• guage, and the scheme of their joint presentation. These operate across several levels of integration, activating a repertoire of representational conventions and syntactical procedures extending from the symbolic principles of individual marks to elaborate frameworks of cartographic discourse. Extrasignificant codes govern the appropriation of entire maps as sign vehicles for social and political expression — of values, goals, aesthetics and status - as the means of modern myth. Map signs, and maps as signs, depend fundamentally on conventions, signify only in relation to other signs, and are never free of their cultural context or the motives of their makers. Spread out on the table before us is the Official State Highway Map of North Carolina. It happens to be the 1978—79 edition. Not for any special reason: it just came to hand when we were casting about for an example. -
The History of Cartography, Volume 6: Cartography in the Twentieth Century
Entries Listed by Conceptual Cluster *Indicates a composite entry with subentries belonging Topographical Surveying (1.1.3) to more than one cluster. Atlas* Subscription Atlas Historiographic Context (0) Facilities Map Himalaya, Cartography of the Cartobibliography Landscape Architecture and Cartography Dictionary, Cartographic Orienteering Map Histories of Cartography Physiographic Diagram History of Cartography Project Plane Table Modes of Cartographic Practice Projections* Projections Used for Topographic Maps Surveying and Observation (1.1) Relief Depiction Relief Map Property Mapping (1.1.1) Relief Model Cadastral Map Relief Shading Cadastral Surveying Remote Sensing* Electromagnetic Distance Measurement Satellite Imagery and Map Revision Property Mapping Route Map Canada and the United States Terrain Analysis and Cartography Latin America Topographic Map Africa Topographic Mapping Europe Overview Russia and the Soviet Union Canada Australia and New Zealand United States Property Mapping Practices Latin America Professional Practice in Land Surveying Africa by the British Triangulation, Trilateration, and Traverse Africa by the French Monumentation and Recovery Africa by the Germans Global Positioning System and Property Surveying South Africa Western Europe Eastern Europe Boundary Surveying (1.1.2) Russia and the Soviet Union Boundary Disputes Middle East Boundary Surveying China Canada and the United States Japan Latin America Indonesia Africa Australia Europe Wayfi nding and Travel Maps* Middle East Campus Map East and Southeast -
The State of the Art in Linguistic Cartography 31 the State of the Art in Linguistic Cartography
The State of the Art in Linguistic Cartography 31 The State of the Art in Linguistic Cartography Stefan Rabanus, Università degli Studi di Verona 1. Introduction Linguistic cartography has a solid tradition which dates back to the first half of the nineteenth century, when the first maps of languages in the modern sense were produced, i.e., geographic maps showing the delimitations of languages (Sprachenkarten in German, e.g. the languages of Asia by Klaproth 1823, the Slavic languages by Šafařík 1842, the Romance languages of Europe by Fuchs 1849). In the second half of the nineteenth century, dialectology became the main field of application for linguistic cartography, inspired by national dialect atlas project like the Atlas linguistique de la France (ALF) and the Sprachatlas des Deutschen Reichs (Wenker 1889–1923). Figure 1 reproduces Ellis’ (1889) subdivision of English dialects into districts as an example of a Sprachenkarte, a map that synthesizes language areas from linguistic data. Figure 2 is a Sprachkarte, i.e., a linguistic map in the narrow sense (Atlas linguistique de la Wallonie [ALW], vol. 1, map 16): the pronunciation variants of the word cher ‘expensive, dear’ in the Belgo-Romance territory are shown using point sym- bols. Maps like these represent a well-established standard in dialectology and language typology. Classical dialect surveys focus on phonetic, morphological and lexical data and depict the results in point-symbol maps (e.g., ALW, Figure 2), point-text maps (e.g., ALF) or area-text maps (e.g., Wenker 1889– 1923, cf. Section 7). Typological representations of language situations use isoglosses, as in Figure 1, and/or colors in order to mark language areas (see the language maps of the Ethnologue for instance, <http://www.ethno- logue.com> [21.06.2011]). -
The Cartographic Representation of Language: Understanding Language Map Construction and Visualizing Language Diversity Candice
The Cartographic Representation of Language: Understanding language map construction and visualizing language diversity Candice Rae Luebbering Dissertation submitted to the faculty of the Virginia Polytechnic Institute and State University in partial fulfillment of the requirements for the degree of Doctor of Philosophy In Geospatial and Environmental Analysis Korine N. Kolivras (Co-chair) Stephen P. Prisley (Co-chair) Laurence W. Carstensen Jr. Lynn M. Resler March 23, 2011 Blacksburg, VA Keywords: cartography, GIS, language, linguistics, map design Copyright 2011, Candice R. Luebbering The Cartographic Presentation of Language: Understanding language map construction and visualizing language diversity Candice Rae Luebbering ABSTRACT Language maps provide illustrations of linguistic and cultural diversity and distribution, appearing in outlets ranging from textbooks and news articles to websites and wall maps. They are valuable visual aids that accompany discussions of our cultural climate. Despite the prevalent use of language maps as educational tools, little recent research addresses the difficult task of map construction for this fluid cultural characteristic. The display and analysis capabilities of current geographic information systems (GIS) provide a new opportunity for revisiting and challenging the issues of language mapping. In an effort to renew language mapping research and explore the potential of GIS, this dissertation is composed of three studies that collectively present a progressive work on language mapping. The first study summarizes the language mapping literature, addressing the difficulties and limitations of assigning language to space before describing contemporary language mapping projects as well as future research possibilities with current technology. In an effort to identify common language mapping practices, the second study is a map survey documenting the cartographic characteristics of existing language maps. -
Spatial-Temporal Modeling of Linguistic Regions and Processes with Combined Indeterminate and Crisp Boundaries
Spatial-temporal Modeling of Linguistic Regions and Processes with Combined Indeterminate and Crisp Boundaries Johannes Scholz, Thomas J. Lampoltshammer, Norbert Bartelme and Eveline Wandl-Vogt Abstract The paper elaborates on the spatial-temporal modeling of linguistic and dialect phenomena. Language Geography—a branch of Human Geography—tries to enhance the visual exploration of linguistic data, and utilizes a number of methodologies from GIScience, whereas publications focusing on analyzing lin- guistic data in GIScience are hard to find. This research work highlights the rep- resentation of language and/or dialect regions with combined indeterminate and crisp boundaries—i.e. frontiers and borders. Both boundary “types” are necessary in order to model the spatial-temporal dynamics of language phenomena. The article analyzes the emerging, ending, moving and merging of linguistic/dialect regions and phenomena with respect to space and time and the boundary types. In order to represent frontiers or indeterminate boundaries, fuzzy logic is employed. Keywords Linguistic geography Á Fuzzy logic Á Geographic information science 1 Introduction The intention of Language Geography—a branch of classical Human Geography (Delgado de Carvalho 1962)—is to enhance the usability of digital language and dialect databases and to foster the visual exploration of linguistic data. Currently, J. Scholz (&) Á N. Bartelme Institute of Geodesy, RG Geoinformation, Graz University of Technology, Steyrergasse 30, 8010 Graz, Austria e-mail: [email protected] T.J. Lampoltshammer Department for E-Governance and Administration, Danube University Krems, Dr.-Karl-Dorrek-Straße 30, 3500 Krems, Austria E. Wandl-Vogt Austrian Centre for Digital Humanities, Austrian Academy of Sciences, Sonnenfelsgasse 19, 1010 Vienna, Austria © Springer International Publishing Switzerland 2016 133 G. -
The History of Cartography, Volume 6
reverse. Easier yet was autography, a lithographic tech- nique involving drawing right reading with greasy ink on transfer paper that could be placed face down on the stone and dampened, causing the water-soluble transfer coating to release the image onto the stone when pulled L through the press. Used for writing documents and even books, as well as for drawing maps (such as to illustrate Labeling of Maps. geographical journals), transfer paper sparked what has Labeling Techniques been called an autographic revival (that is, a revival of Typography and Map Design the manuscript tradition) in the mid-nineteenth cen- tury, enabling relatively unskilled persons to write their Labeling Techniques. When Erwin Raisz noted in his own text and draw their own graphic images for litho- ground-breaking 1938 textbook that adding place- graphic printing (Ashwin 1983, 16). With the advent names to maps was one of the cartographer’s most dif- of the photolithographic transfer process in 1860, fol- fi cult problems, he was voicing an opinion shared by lowed by other photomechanical processes, it became many mapmakers of the precomputer era. Map labels possible to draw maps on paper for photomechanical were necessary to identify features on maps, but it was re production. hard to place them without detracting from the map as During the mid-nineteenth century a number of meth- a picture of the earth (Raisz 1938, 156–57). Raisz also ods were developed for the systematic teaching of writ- noted the infl uence of the production technique em- ing in schools, an increasing need as education became ployed on the appearance of map lettering. -
Earth–Exploratory
Allies (France, England, Italy, and the United States) and the Paris Peace Conference transformed the map of Europe. The map of Eastern Europe was always subject to dip- lomatic alterations from afar, and borders in the region E were considered to exist only if accepted by Western powers. The new international borders after World War Earth, Size and Shape of the. See Figure of the Earth I marked the culmination of this standard practice. The fundamental imbalance in Paris was best demonstrated by the decisions of the Great Powers and by the exclu- Eastern Europe, Boundary Changes in. Eastern sion of the Soviet Union, a power in Eastern Europe. Europe is a loosely defi ned geographical region in the Nationality was a key concept for the peacemakers, al- eastern part of the continent. Western domination—po- though it was realized that different nations were based litical, military, and cultural—was not only refl ected on on different grounds. The historical nations were not the maps of the region, but cartography was also effec- like the nations based on common language or political tive in creating imperial ideologies and distributing the interest. In this respect, early maps were extensively used geographical labels for the divided Europe. as national propaganda and as evidence for territorial At the end of the century, Eastern Europe included claims. different groups of countries: Eastern, Central-Eastern, The activities of earlier historians of cartography and Southern European states, geographically covering (e.g., Joachim Lelewel and Manuel Francisco de Barros the region west from the Urals, the mountain range that e Sousa, Visconde de Santarém) were related to the con- separates Europe from Asia. -
The Cartographic Representation of Linguistic Data. Discussion Papers in Geolinguistics Nos
DOCUMENT RESUME ED 356 670 FL 021 180 AUTHOR Peeters, Yvo J. D., Ed.; Williams, Colin H., Ed. TITLE The Cartographic Representation of Linguistic Data. Discussion Papers in Geolinguistics Nos. 19-21. Selected Papers from a Geolinguistic Seminar (Le Pailly, France, September 10-13, 1992). INSTITUTION Staffordshire Polytechnic, Stoke-on-Trent (England). Dept. of Geography and Recreation Studies. REPORT NO ISSN-0262-9291 PUB DATE 93 NOTE 128p. PUB TYPE Collected Works Conference Proceedings (021) EDRS PRICE MF01/PC06 Plus Postage. DESCRIPTORS *Cartography; Foreign Countries; Geographic Distribution; *Language Patterns; *Language Research; *Language Role; *Linguistic Theory; *Regional Characteristics; Research Methodology IDENTIFIERS European Centre for Ethnolinguistic Cartography; *Geolinguistics; Hungary; South Africa ABSTRACT Papers from a conference on cartography in geolinguistics include: "The Political Importance of Visualisation of Language Contact" (Yvo J. D. Peeters); "Some Considerations on People and Boundaries" (Guy Heraud); "Geolinguistic Developments and Cartographic Problems" (Colin H. Williams, John E. Ambrose); "A Conceptual Home for Geolinguistics: Implications for Language Mapping in South Africa" (I. J. van der Merwe); "Methods and Possibilities for Mapping by Onomasticians" (Ferjan Ormeling); "'Easy Geolinguists' and Cartographers" (Roland Breton); "Regionalism and Ethnic Distribution in Today's Hungary" (Jozsef Toth); and "Putting Regional Identity on the Language Map: Some Reflections on Recent Developments in South Africa" (Karel Prinsloo). A number of maps and data tables are included. Information about the European Centre for Ethnolinguistic Cartography (Brussels, Belgium) is also included. (MS E) *********************************************************************** Reproductions supplied by EDRS are the best that can be made from the original document. *********************************************************************** THE CARTOGRAPHIC REPRESENTATION OF LINGUISTIC DATA. Edited by Yvo J.D. -
The Example of the Linguistic Atlas of Scotland Christian Hessle, John Kirk
Digitising Collections of Historical Linguistic Data: The Example of The Linguistic Atlas of Scotland Christian Hessle, John Kirk To cite this version: Christian Hessle, John Kirk. Digitising Collections of Historical Linguistic Data: The Example of The Linguistic Atlas of Scotland. Journal of Data Mining and Digital Humanities, Episciences.org, 2020, Special Issue on Visualisations in Historical Linguistics, Special issue on Visualisations in Historical Linguistics, pp.1-17. hal-02166186v2 HAL Id: hal-02166186 https://hal.archives-ouvertes.fr/hal-02166186v2 Submitted on 14 Dec 2020 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. Digitising Collections of Historical Linguistic Data: The Example of The Linguistic Atlas of Scotland Christian Hessle, John Kirk* University of Vienna, Austria *Corresponding author: John Kirk [email protected] Abstract This article addresses the issue of variation in the lexicon – specifically the hyponymy (or synonymy) among onomasiological responses for the same concept or referent – and how the range of responses -
Mapping the Geolinguistic Spaces of the Brain 121
Language and Space An International Handbook o Linguistic Variation Volume 2: Language Mapping Edited by Alred Lameli Roland Kehrein Stean Rabanus Oprint De Gruyter Mouton 6. Mapping the geolinguistic spaces of the brain 121 Veith, Werner H. 1978 Textlinguistik für Dialektologen? Zeitschrift für Dialektologie und Linguistik 45: 192Ϫ 204. Veith, Werner H. 1994 Quantitative Dialektologie. Computerkartographie. In: Mattheier and Wiesinger (eds.), 193Ϫ244. Veith, Werner H. 2006 Dialect atlases. In: Brown (ed.), 517Ϫ528. Heiko Girnth, Marburg (Germany) 6. Mapping the geolinguistic spaces o the brain 1. Early studies 2. A revival of perceptual dialectology 3. Conclusions 4. References Nothing could be easier than ordinary cartography; find out where something is; show it on a map. Even things that aren’t physically there can be assigned coordinates and represented as points or boundaries. And human factors Ϫ people who believe this or that or act this or that way Ϫ can be located and represented on a map. Even when people in the same area disagree, clever maps that show what percentage of people act this or that way can be prepared. This book is full of clever maps that show where people speak in different ways, but this chapter is about something else. Have you ever traveled (by whatever mode) from A to B and then returned by exactly the same route (same mode, same speed)? Have you had the feeling, however, that the trip back to A was much shorter (or longer) than the way to B? On reflection, some logical part of your brain attributes such impressions to emotion, tiredness, activity dur- ing the trip, or eagerness to arrive at one point or the other. -
Geolinguistics, Linguistic Cartography, Language Studies, Computational Tool
American Journal of Linguistics 2014, 3(2): 27-40 DOI: 10.5923/j.linguistics.20140302.01 A Brazilian Contribution for Automated Linguistic Cartography Rodrigo Duarte Seabra1,*, Valter Pereira Romano2, Nathan Oliveira1 1Institute of Mathematics and Computing, Federal University of Itajubá (UNIFEI), Itajubá, Brazil 2Department of Classical and Vernacular Letters, Londrina State University (UEL), Londrina, Brazil Abstract In Brazil, geolinguistic studies have achieved many advances since 1963, the year in which Nelson Rossi published the first Brazilian linguistic atlas, Atlas Prévio dos Falares Baianos. The fruitful development of Brazilian geolinguistics has required investments in technological advances in order to streamline and to optimize the work of researchers in the task of preparing the atlas, either in audiovisual tools for data collection or the creation of databases to organize the linguistic material collected. Thus, our aim is to present to the scientific community a new computational tool adaptable to the diverse researchers’ needs. Through a simple and intuitive interface, the tool proposed allows the elaboration of various linguistic maps and reports so that the linguists perform their work independently of the intervention of professionals with training in information technology and other areas. Keywords Geolinguistics, Linguistic Cartography, Language Studies, Computational Tool relatively high number of linguistic forms (phonic, lexical or 1. Introduction grammatical) proven by direct and unitary research in a given area of network points [4]. All these linguistic maps In the late nineteenth and early twentieth century, within will constitute what is commonly called the linguistic atlas. the language studies, a new field of study emerged, Currently, in the Brazilian scenario, there are five linguistic Geography or Geolinguistics that, as opposed to reference works on geolinguistic research, [5-7] and two the neogrammarian school, brought a new way of studying books organized by [8, 9] that present theoretical and the language.