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The linking of printed material to digital forms of interaction, which is currently increasingly being done through the implementation of image recognition software, for example, on smartphones, opens new perspectives for the use of maps. The cartographic integration of Quick Response (QR) codes has turned out to be particularly advantageous for digital information transfer due to the easy creation of QR codes, the broad use of the readers, and the map users' familiarity with QR codes. The example of an edited university site plan shows how paper maps can be thematically enriched by means of QR codes. [ABSTRACT FROM AUTHOR]

The paper discusses changes that have occurred over the last 15 years in how maps are sold, where they are sold and who is buying them. The emphasis is on the situation in the United States of America, but developments in Europe and the United Kingdom are also included. [ABSTRACT FROM AUTHOR]

Offers a look at the changes in the field of cartography. Impact of the advent of computers on cartography; Changes in cartographic communication; Comparison between the roles of cartographers, map users and virtual reality.

In recent years, many maps produced in the former Soviet Union have become available. However, researchers have focused on topographical maps or those of Western cities produced by the General Staff for military use, and less on maps created by GUGK, the state mapping agency, for domestic purposes, including tourism. By contrast, this paper focuses on maps produced for tourists, whether travelling by private car or on an organized rail or bus tour. The 42 maps reviewed take three main forms: those covering a single administrative region, ranging from an oblast to a Soviet republic; those of a specific tourist area or associated with a literary hero; and strip maps connecting major cities. The paper considers the general design and symbology used on these maps, tracing some of the stylistic changes and developments in the quarter-century prior to the collapse of the Soviet Union. [ABSTRACT FROM AUTHOR]

From the mid-19th century to the Second World War, blueprinting played an important role in the dissemination of maps. The technology was well suited to meeting the need for inexpensive copies, particularly when print runs required quick production schedules with little or no assistance from skilled tradesmen. Despite its popularity, blueprinting has received little recognition from the historical community. As a result, examples of blueprinting are under-represented in archival collections. This article examines the early development of blueprint mapping and calls for greater study and awareness of the technology as it relates to the mapping industry. [ABSTRACT FROM AUTHOR]

The final position of the Norwegian–Swedish border was determined in 1751, after challenging negotiations. This paper focuses on central parts of Scandinavia and investigates the role of cartography in the border positioning process. The examination of a wide variety of historical maps before and after the border treaty provides insight into the differing opinions on the border region's shifting affiliation. Other factors that helped to shape the borderline were a turbulent political situation with shifting sovereignty over the area in question, as well as conflicts over valuable resources. The findings indicate that cartographic evidence had an important role in the position of the Norwegian–Swedish border in central Scandinavia. The paper adds to our understanding of maps as a political tool as well as of the role of resources in border processes, and provides new knowledge on how cartography influenced a national border between two countries fighting for land, resources and hegemony. [ABSTRACT FROM AUTHOR]

The Southern Baptist cartographic style portraying Yorùbáland in the mid-nineteenth century shifted the graphic appearance of this geographical space. This paper asserts that this graphic appearance reflects the evangelical thought of spreading the gospel and marked a very significant transition in the visual portrayal of West-Central Africa. Employing an historical-stylistic analysis, this paper examines the Christian missionary contribution to the appearance of the Yorùbá landscape in nineteenth-century maps. The Southern Baptist missionary maps of the 1850s, resulting from evangelical discourses and missionary work, highlighted geographical features that gave a new landscape identity to Yorùbáland. The map design of this ethno-territorial space emphasises an evangelical concern for well-populated regions. Hence, this study highlights the role of missionary maps in the distinctive visual expression of an ethnic territory in West African geography. [ABSTRACT FROM AUTHOR]

3D cartographic visualization of a continuous time-dependent phenomenon is not an easy task. The focus of this research is motivated by the struggle to visualize such a phenomenon. Based on the current state of the art, we implemented new visualization methods to visualize continuous time-dependent phenomena. All visualizations are based on the use case of road-traffic-generated noise in outdoor urban areas. These visualizations utilize the third dimension of the map scene. The first two methods focus on the variations of the noise in the vertical dimension (i.e. height). The third method is based on the idea of space–time cube and therefore utilizes the time variable as the third dimension. For demonstration purposes, all methods were implemented in an online application. Furthermore, user testing of those applications was conducted. This paper thus describes design, implementation and user evaluation of newly proposed methods for third dimension visualization. [ABSTRACT FROM AUTHOR]

This paper presents an overview of the development and the establishment of Soviet educational cartography, using the example of school world atlases. Geography, as a compulsory school subject, began to be implemented in the curriculum only after 1934, putting maps right at the centre of the educational process. This triggered the formation of new governmental committees and centralized map production, introducing new approaches to school atlases and new content that was aligned to the newly developed programme. This paper, therefore, examines the changes in the cartographic production and content of school world atlases from the late nineteenth century until 1937 against the context of changes in managing and perceiving the Russian and Soviet spaces. [ABSTRACT FROM AUTHOR]

Soviet military maps utilized a comprehensive cartographic symbology that was designed for mapping the globe at various scales, including thousands of towns and cities in street-level detail. This paper presents an analysis of the Soviet symbol specifications, as defined by the official cartographic production documents, and aims to offer some insights into how the challenges of mapping a global diversity of urban and natural environments were addressed. A further stage of the analysis examines a sample of 19 Soviet military city plans to evaluate the implementation of the official symbology specified in the production documents. This finds that barely half of this symbology was utilized and that new symbols were routinely created as improvised solutions. By comparing the theoretical context of the symbology with its real-world application the paper offers a critical appraisal of the versatility of the Soviet approach that may inform current and future global mapping initiatives. [ABSTRACT FROM AUTHOR]

This paper analyses the development of a triangulation network in the time of Napoleon I, when, due to imperial expansion, the extension of the existing triangulation network was necessary to extend Cassini's original map of France to the newly conquered territories of the French Empire. For this purpose, triangulators had to connect the already existing regional networks with the basic French network, as well as establish completely new ones in regions where they had not existed until then. Connecting various networks into a single chain was not only aimed at improving the accuracy of maps; it was also a clear reflection of a new understanding of territorial sovereignty. This paper examines which networks were established within modern-day northern Italy and maritime Croatia, and how they were mutually harmonized and interconnected, as well as what kind of repercussions this had on the development of mapping and map standardization. [ABSTRACT FROM AUTHOR]

Accessibility to tactile maps is limited due to their expensive and time-consuming development. Acceleration of their production requires standardized design guidelines that consider symbol design and production methods. In this paper, based on a review of research and best practice, we summarize knowledge on how to design tactile maps properly and provide a selection of highly legible, recommended symbols for the compilation of tactile maps. We also examine generalization constraints and other design parameters that are necessary for the standardization of tactile mapping. Finally, we explore differences in tactile map design depending upon the selected production method. Over the years, many useful guidelines have been developed although they remain unknown to the wider audience. There is still a long way to go in creating a global standard for the design of tactile maps. [ABSTRACT FROM AUTHOR]

This paper presents the Cameron Aquatic Projection, a novel concept designed to depict the world's surface hydrosphere as it is, a continuous unbroken unit including oceans and rivers. After a review of related past projections, the paper will describe the parameters of the projection, according to the existing layout of surface water on Planet Earth. This description of the design principles is followed by the mathematical realization of the proposal. The article concludes with completed examples of the projection and suggests future applications. [ABSTRACT FROM AUTHOR]

This paper presents a novel approach to assessing the geometry of objects using Hu's invariants in the context of cartographic generalization. The primary focus is to improve the generalization process and produce more readable and informative maps. The study demonstrates the applicability and effectiveness of the modified invariant moment M1* in evaluating regular shape similarity. Experiments, based on 24 shapes, exhibit greater stability in the results and reveal the high suitability of this moment in the investigation and classification of buildings, among other generalization processes. The efficiency of the proposed method is compared to previous generalization techniques, showing a significant improvement in the generalization process. In conclusion, this research contributes to the development of cartographic generalization methods by introducing the use of Hu's invariants for evaluating object geometry. This approach can improve the automation of map generalization processes and more effective communication of geographic information. [ABSTRACT FROM AUTHOR]