Bridging the Archaeological Divide: Technological Development and Adaptation in Global Perspective

Abstract

Archaeology deals with the physical evidence of past human activity — pottery, artefacts, tools, weapons, architectural remains, hearths, and human skeletons — unearthed from the soil. Technology, in the broadest sense, refers to the application of scientific knowledge, skills, and tools to solve problems or perform specific tasks. From traditional stratigraphic methods to advanced techniques such as LiDAR, Ground Penetrating Radar (GPR), and Geographic Information Systems (GIS), technology has fundamentally transformed archaeological practice, enabling non-invasive surveys, precise site location, and systematic documentation and preservation of archaeological heritage. This paper traces the sequential development of archaeological techniques and examines the impact of modern technologies on field practice. It further investigates the application of these techniques across selected countries on five continents — Asia, Africa, Europe, and the Americas — with a focus on a central argument: despite well-documented technological and resource disparities between the Global North and the Global South, developing nations are increasingly employing cost-effective, context-specific innovations to advance their archaeological practice. Cases from Argentina, Egypt, India, Nigeria, Peru, and Sri Lanka illustrate that methodological creativity and institutional will can partially bridge the resource gap, offering replicable models for heritage documentation in low-resource contexts. This research is based on a critical analysis of published literature.