The Importance of Digital Technologies in Studying the Ancient Sites of The Surkhan Valley

Аннотация

The Surkhan Valley in Uzbekistan is a significant archaeological region rich in ancient sites COPYRIGHT © 2025 Original content from this work may be used under the terms that offer valuable insights into Central Asian history. of the creative commons attributes 4.0 License. The integration of digital technologies has transformed the study and preservation of these archaeological treasures. This article explores the impact of digital tools such as 3D laser scanning, photogrammetry, GIS, and remote sensing on documenting, reconstructing, and analyzing the ancient sites of the Surkhan Valley. These technologies facilitate precise recording, virtual visualization, and non-invasive exploration, ensuring the protection and accessibility of cultural heritage for future generations. Additionally, digital platforms enhance public engagement and educational outreach, fostering a broader appreciation of the region’s historical significance. The paper underscores the crucial role of digital innovations in advancing archaeological research and heritage conservation in the Surkhan Valley. Keywords: Digital technologies, Surkhan Valley, archaeological heritage, 3D laser scanning, photogrammetry, GIS, virtual reconstruction, heritage preservation, remote sensing, cultural tourism. Introduction: The integration of scientific advancements achieved through technological development into the educational process and scientific research remains one of the most pressing challenges facing the science and education systems today. The study of ancient material culture is a cornerstone of archaeological research, providing insights into the lives, traditions, and societal structures of past civilizations. The Surkhan Valley, located in southern Uzbekistan, is a region rich in archaeological heritage, Journal of Social Sciences and Humanities Research Fundamentals 93 https://eipublication.com/index.php/jsshrf 9 Journal of Social Sciences and Humanities Research Fundamentals with significant remnants of Bronze Age settlements, application of modern information technologies, artifacts, and architectural complexes [1]. Over the primarily based on computer databases and Geographic years, traditional methods such as excavation, Information Systems (GIS). GIS is an automated cataloging, and manual analysis have been hardware-software complex that collects topographical, instrumental in understanding this ancient civilization. geodetic, land, water resources, and other cartographic However, the advent of digital technologies has information about natural and societal objects and revolutionized the field of archaeology, offering events, processes this data, stores it in computer innovative tools to enhance the efficiency, accuracy, memory, updates it, analyzes it, and allows for further and depth of research. This report explores the processing [4]. importance of digital technologies in studying the The use of professional GPS devices in archaeology is ancient material culture of the Surkhan Valley. considered a special remote sensing method of International experiences highlight the importance of archaeological exploration. Remote sensing refers to incorporating modern technological innovations into identifying specific features of an archaeological object archaeological research. These advancements are from a certain distance. Currently, one of the most particularly relevant to the study of Uzbekistan's efficient, compact, and cost-effective methods in archaeology, where the material culture of the Bronze archaeology is undoubtedly GPS technology. The main Age in the Surkhan Valley has been extensively studied. tasks of GPS include collecting, verifying, and analyzing Information technologies play a pivotal role in this data. Depending on their characteristics, GPS systems regard, offering new opportunities for data are divided into two types: 1) navigational receivers, and management, visualization, and interpretation. 2) geodetic precision systems [5]. The first type ensures the determination of the current stable coordinates of a In the field of archaeology, it is possible to utilize a particular object, allowing you to locate your position on number of opportunities offered by modern the Earth's surface with an accuracy of up to 15 meters. information technologies. Below, we will briefly These devices are convenient to use, compact, and the discuss some of them. time required to acquire coordinates can take just a few Digital Databases for Archaeological Data. One of the seconds or minutes. Although geodetic GPS systems are most significant contributions of digital technology to relatively complex devices, they have the ability to archaeology is the creation of electronic databases [2, determine the location of an object with an error margin p. 25]. These databases allow researchers to of only a few centimeters [6]. In the territory of systematically organize, store, and analyze vast Uzbekistan, Uzbekistan-Japan (K. Kyudzo, B.A. amount