Solving Archaeological Problems by Soil Science Methods: On the Example of Earthen Constructions of the Kurgans of the Yamnaya Culture, Orenburg Oblast

This article compares the earthen kurgan constructions and building technologies of seven burial mounds (kurgans) of the Bronze Age Yamnaya culture in the Orenburg oblast. We have conducted a comprehensive analysis to determine the source materials for kurgan construction and primary earthen building techniques used to create kurgans, focusing on the macro-, meso-, and micromorphological properties. This has made it possible to prove that ancient people did not simply pile up earthen materials in a chaotic manner but always used specific building plans, skills, and technologies available at that time. We have noted similarities and differences in the structure of earthen constructions based on the results of studying the kurgans of the Yamnaya culture from the beginning of the developed stage A to the end of the developed stage B (3300–2600 cal BC). Some of the identified differences are determined even by slight changes in environmental conditions and, consequently, in the available raw materials, which influenced construction materials and technologies. Analysis of all kurgans has revealed the main way of their building, namely, the creation of “pestrotsvet” (patchy-colored material) and techniques used for this purpose: kneading, tamping, and inclusion of artificially introduced material. The primary material was formed by local soils, with the addition of various inclusions (river silt, bones, coals, etc.). The kurgan size, particle-size pattern of the initial material, and its resulting cementing properties determined whether the material should be extensively kneaded and tamped or required a more complex design.

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Publication Details

Journal
Moscow University Soil Science Bulletin
Published
2025-12-01
DOI
https://doi.org/10.3103/s0147687425700371
Primary Topic
Soil and Environmental Studies
Type
article
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article

Solving Archaeological Problems by Soil Science Methods: On the Example of Earthen Constructions of the Kurgans of the Yamnaya Culture, Orenburg Oblast

O. S. Khokhlova, T. N. Myakshina, A. E. Sverchkova
Moscow University Soil Science Bulletin
Soil and Environmental Studies
article

Solving Archaeological Problems by Soil Science Methods: On the Example of Earthen Constructions of the Kurgans of the Yamnaya Culture, Orenburg Oblast

O. S. Khokhlova, T. N. Myakshina, A. E. Sverchkova
article en

Abstract

This article compares the earthen kurgan constructions and building technologies of seven burial mounds (kurgans) of the Bronze Age Yamnaya culture in the Orenburg oblast. We have conducted a comprehensive analysis to determine the source materials for kurgan construction and primary earthen building techniques used to create kurgans, focusing on the macro-, meso-, and micromorphological properties. This has made it possible to prove that ancient people did not simply pile up earthen materials in a chaotic manner but always used specific building plans, skills, and technologies available at that time. We have noted similarities and differences in the structure of earthen constructions based on the results of studying the kurgans of the Yamnaya culture from the beginning of the developed stage A to the end of the developed stage B (3300–2600 cal BC). Some of the identified differences are determined even by slight changes in environmental conditions and, consequently, in the available raw materials, which influenced construction materials and technologies. Analysis of all kurgans has revealed the main way of their building, namely, the creation of “pestrotsvet” (patchy-colored material) and techniques used for this purpose: kneading, tamping, and inclusion of artificially introduced material. The primary material was formed by local soils, with the addition of various inclusions (river silt, bones, coals, etc.). The kurgan size, particle-size pattern of the initial material, and its resulting cementing properties determined whether the material should be extensively kneaded and tamped or required a more complex design.

Moscow University Soil Science BulletinVol. 80(4)
Institute of Physical-Chemical and Biological Problems in Soil Science (RU), Institute of Geography (RU)
Sustainable cities and communities
Openalex Percentile: Top 33%
Soil and Environmental Studies
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