Afterword

Author(s):  
CAROLINE FINKEL

This chapter comments on the Ottoman frontier, historical archaeology, Ottoman archaeology, and suggests future developments in these studies. The history of the frontiers of the Ottoman world played out in significantly different ways at each point along their great distance. Geographical and climatic circumstance and human conditions conspired to produce uniqueness. Meanwhile, the fortuitous degree of overlap between archaeological and historical data at Anavarin encourages people to search for a better understanding of the matters dealt with here. Each of the projects documented is this volume is tied to a specific geographic location. This simple fact opens up opportunities for virtual representation of historical and archaeological findings using GIS (Geographical Information Systems) software. GIS provides a means of digitally storing and analysing large amounts of data relating to defined locations.

Author(s):  
Вячеслав Раклов ◽  
Vyacheslav Raklov

The textbook considers the basic concepts of cartography, the history of its development, as well as the classification of maps and the main elements of the map, the issues of mathematical cartography, the main stages of creating maps, the factors, types and methods of cartographic generalization. Separate sections of the manual are devoted to cartographic signs and methods of image on maps of thematic content, the development of cartographic scales and methods of use of maps in land management and cadastre. Separately, the issues of the functioning of geographical information systems (GIS): their composition, structure, technology for creating thematic maps in the GIS environment. The manual concludes with a section on GIS mapping for real estate cadastre, environmental protection and land monitoring, as well as recommendations on the choice of GIS and requirements for cartographic documentation of real estate cadastre. Recommended for students studying in the field of "land Management", "Land cadastre", "Urban cadastre".


Urban History ◽  
2020 ◽  
Vol 47 (3) ◽  
pp. 488-511 ◽  
Author(s):  
Sam Griffiths ◽  
Laura Vaughan

AbstractThe theory and methods of space syntax can help to rebalance the prevailing cultural perspective, which views maps as ideological representations, with an analytical approach that emphasizes maps as sources for understanding space and spatial relationships embedded in built forms. The quantitative descriptions of urban street networks produced by space syntax analyses can be used to formulate and test hypotheses about patterns of urban movement, encounter and socio-economic activity in the past that can help in the interpretation of other historical source materials to give an overall account of urban spatial culture. In this article, the authors explain how space syntax, a theory and method originally developed in the field of architectural research, is making a distinctive contribution to research in social and urban history. The key principles of the method are explained by clarifying the relationship of space syntax to HGIS (Historical Geographical Information Systems) and through a worked example of research undertaken into political meeting places. A survey of research into the urban history of the nineteenth-century city using space syntax is used to highlight a number of important methodological themes and also demonstrates the range of innovative contributions that this interdisciplinary approach is able to advance. A final, theoretical, section reflects on maps and the practice of ‘mapping’ from a space syntax perspective.


Author(s):  
Sermin Çakici Alp ◽  
Neriman Şahin Güçhan

Purpose The purpose of this paper is to present a framework of introducing a proper method to document and to analyze conservation process of cultural heritage in Bursa, known as one of the UNESCO World Heritage Sites in Turkey and to discuss challenges in use of geographical information systems (GIS) for assessment of a complex data collected and analyzed during different phases of the historic researches. Design/methodology/approach A systematic approach is used to understand relations between theoretical and practical processes of heritage conservation in Bursa. Due to the complicated structure of input data, GIS was used as the major tool in illustration of cultural heritage in various spatial scales, while providing connection between different timelines of its urban history. Within this concept, at first, conservation history of cultural heritage in Bursa is briefly described. Second, four stages of the method, used to make reliable and convenient assessment, are given. Finally, facilities and challenges in using this system are discussed in relation with the results achieved. Findings As a result of this study, both chronological and spatial distribution of all types of conservation practices are described in related with theoretical and legal aspects. There appear both advantages and limitations in use of GIS, during assessment of input data to understand conservation history of Bursa. Originality/value Therefore, it would be possible to see if it is adequate to understand the complicated structure of such kind of overlapped sources in a systematic way of information management system.


2020 ◽  
Vol 1 (3) ◽  
pp. 1
Author(s):  
Nikel Tambengi ◽  
Joyce Christian Kumaat

The need for information regarding the spatial distribution of the area of origin of students who are currently studying at the Manado State University (UNIMA) is very important because the information built can provide useful input for planning, development, or evaluation. So that the distribution of the areas of origin of students who are studying at UNIMA can be mapped properly, an information system based on Geographical Information Systems (GIS) can be built according to its geographic location. This study aims to create and present information about the spatial distribution of students from UNIMA through GIS. Quantitative type research methods with a spatial analysis approach (spatial analysis) using secondary data. Data analysis techniques through Geographical Information Systems (GIS) to create a digital map of the spatial distribution of student origin using OpenStreetMap and Quantum GIS Zanzibar 3.8.1. The results showed that the spatial distribution of the area from which UNIMA students used GIS, made it easier to present information through digital maps. The information system created can display the distribution data of the student's area of origin, namely the number of students from each province in Indonesia and especially in the form of a distribution map. The largest distribution of student origin came from North Sumatra Province with 1,209, followed by South Sulawesi Province with 893 and North Maluku Province with 650 students.


Author(s):  
Mario Samper Kutschbach

Given its historical and present roles in Latin American societies, coffee has generated substantial interest and information. Documents up to the mid-20th century have been partly digitized by researchers or generated in electronic format by inter/national organizations after 1960. Digitized information at first primarily focused on time series, censuses, and other quantitative data to address economic and technological aspects, and on other primary and secondary sources for social and political ones. Historical and cultural geography and environmental and rural history of coffee-producing areas have resorted to scanned or digital maps and geographical information systems (GIS), together with aerial photography after mid-century and satellite images since the 1990s, as well as datasets on climate and diseases, and scientific or technical reports. Digital collections of audio/video recordings, paintings, and photographs expanded the range of sources and topics. Digitizing research involves critical and creative source work; it is also more than digitizing sources. Creating and linking databases containing nominal information, together with archival sources and oral history, has allowed researchers to further integrate quantitative and qualitative methods. Software for network or content analysis, genealogy, and timelines has been used increasingly. Machine-learning, exploration of big data, and historical/spatial data mining are still incipient for Latin American coffee. Digital resources—combined with other sources and methods, guided by appropriate research questions in a theoretical/epistemological framework—are key for meaningful and systematic comparative discussions of national/local processes within a regional/global context. However, many digital resources are not publicly accessible or require payment; historical datasets should be public goods. Much work is yet required to digitize documents such as accounting of coffee estates, customs records, and associations’ minutes, as well as multiple secondary sources. Digitalizing historical research on coffee is a learning process and requires additional expertise; convergent and cross-disciplinary methodological approaches are needed to comprehensively address the economic, environmental, social, political, and cultural history of coffee.


2010 ◽  
Vol 73 (6) ◽  
pp. 1153-1159 ◽  
Author(s):  
H. J. van der FELS-KLERX ◽  
C. J. H. BOOIJ

This article provides an overview of available systems for management of Fusarium mycotoxins in the cereal grain supply chain, with an emphasis on the use of predictive mathematical modeling. From the state of the art, it proposes future developments in modeling and management and their challenges. Mycotoxin contamination in cereal grain–based feed and food products is currently managed and controlled by good agricultural practices, good manufacturing practices, hazard analysis critical control points, and by checking and more recently by notification systems and predictive mathematical models. Most of the predictive models for Fusarium mycotoxins in cereal grains focus on deoxynivalenol in wheat and aim to help growers make decisions about the application of fungicides during cultivation. Future developments in managing Fusarium mycotoxins should include the linkage between predictive mathematical models and geographical information systems, resulting into region-specific predictions for mycotoxin occurrence. The envisioned geographically oriented decision support system may incorporate various underlying models for specific users' demands and regions and various related databases to feed the particular models with (geographically oriented) input data. Depending on the user requirements, the system selects the best fitting model and available input information. Future research areas include organizing data management in the cereal grain supply chain, developing predictive models for other stakeholders (taking into account the period up to harvest), other Fusarium mycotoxins, and cereal grain types, and understanding the underlying effects of the regional component in the models.


Author(s):  
Hatem F. Halaoui

Using geographical information systems (GIS) has been of great interest lately. A lot of GIS applications are being introduced to regular and noncomputer-expert people through their everyday used machines such as cars (GPS), mobile (location systems), Internet (locating systems and direction guiders), and others. ”Google Earth,” a free online application, is one of those online geographical systems that provide users with a variety of functionalities towards exploring any place on the earth. The software uses Internet to connect to the online world database and travel in seconds between cities. This chapter briefly explores “Google Earth” and presents a possible future view and an extension of this GIS application by adding a time feature that gives “Google Earth” the ability to store the history of the geographical information that leads towards a new “Google Earth: A History of Earth Geography.” For this purpose, the chapter presents storage and indexing approaches to be used for the storage, indexing, retrieval, and manipulation of geographical data used by the geographical database of the world used by “Google Earth.”


2019 ◽  
Vol 50 (1) ◽  
pp. 3-30 ◽  
Author(s):  
Michael McCormick

The new scientific climate history is about more than just the history of climate. It is developing in a new climate of history; it forms one of several leading edges in archaeoscience, the broader transdisciplinary convergence that brings the power of science to bear on the human past. Along with the emergence of archaeogenetics, biomolecular archaeology, and digital humanities—such as geographical information systems (gis) and computational philology (quantitative studies of textual authorship)—climate history is in the process of achieving the long-imagined re-unification of the sciences and the humanities as it unveils historical changes in the environment.


Spatium ◽  
2005 ◽  
pp. 22-27
Author(s):  
Dusan Joksic ◽  
Branislav Bajat

Digital terrain models (DTMs) represent segments of spatial data bases related to presentation of terrain features and landforms. Square grid elevation models (DEMs) have emerged as the most widely used structure during the past decade because of their simplicity and simple computer implementation. They have become an important segment of Topographic Information Systems (TIS), storing natural and artificial landscape in forms of digital models. This kind of a data structure is especially suitable for morph metric terrain evaluation and analysis, which is very important in environmental and urban planning and Earth surface modeling applications. One of the most often used functionalities of Geographical information systems software packages is indivisibility or view shed analysis of terrain. Indivisibility determination from analog topographic maps may be very exhausting, because of the large number of profiles that have to be extracted and compared. Terrain representation in form of the DEMs databases facilitates this task. This paper describes simple algorithm for terrain view shed analysis by using DEMs database structures, taking into consideration the influence of uncertainties of such data to the results obtained thus far. The concept of probability maps is introduced as a mean for evaluation of results, and is presented as thematic display.


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