The Use of GIS Technologies in History Teaching and Research

Abstract

In today’s world of constantly evolving technology, the use of Geographic Information Systems (hereinafter referred to as GIS) in teaching history and researching historical processes is becoming increasingly relevant. This issue is of significant importance as GIS technologies can transform traditional teaching methods, opening new possibilities for the analysis and visualization of historical data. The purpose of this article is to explore the potential applications of GIS in history education and scientific research, as well as to evaluate their impact on improving the efficiency of the educational and research processes. The methodological framework of the study comprises a complex of theoretical and empirical methods. Specifically, analysis allowed for the systematization of modern approaches to implementing GIS technologies in historical studies, while synthesis helped to generalize the collected data into a coherent system. Through abstraction, patterns in the application of geoinformation technologies were identified. The inductive method facilitated the formulation of general conclusions based on specific examples of GIS usage, while deduction enabled the adaptation of theoretical propositions to the practical needs of educational and research practices. The empirical component of the study includes observations of educational practices regarding the implementation of GIS technologies and descriptions of models for their integration into the educational process.

The study analyzes contemporary approaches and methods for applying GIS technologies in historical research and history teaching, such as cartographic, spatio-temporal, geostatistical, process modeling, interactive, and multidisciplinary methods. The main advantages of GIS were identified, including data visualization, interactivity, precision of spatial analysis, and the capacity for comprehensive analysis of historical phenomena. At the same time, limitations related to technical requirements, data quality, complexity of interpretation, and the need for specialized teacher training were determined. Future directions for development are proposed, including 3D reconstructions, the use of artificial intelligence tools, modeling of alternative historical scenarios, gamification of learning, and the creation of dynamic collective maps. From a theoretical perspective, it is proven that GIS technologies form a new level of spatial-historical research by integrating methods from various sciences and expanding the researcher’s toolkit. In a practical context, it was established that their application enhances the efficiency of the educational process, promotes the development of analytical and critical thinking, and stimulates the cognitive activity of students. Simultaneously, the effectiveness of GIS implementation depends on the level of digital literacy and the resource provision of educational and scientific institutions.