Universität Bonn

Institut für Archäologie und Kulturanthropologie

Khar Khul Khaany Balgas

A Mongol period city in Central Mongolia

Our research endeavors in and around Karakorum soon led us to the insight that we needed a comparative case study in order to understand our findings for Karakorum and situate them in a suitable frame of reference. If we want to arrive at a better understanding of urbanism in the steppe and how it is embedded within a primarily pastoral society, we need to look beyond the most prominent site itself and incorporate other sites into our research. Lacking such a case study, we decided to target another city in the Mongolian steppes contemporary with Karakorum and suitable for just this reference case we needed. This is Khar Khul Khaany Balgas in the Khanui River Valley, about 180 km northwest of Karakorum as the crow flies (Figure 1).

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Fig. 1: Location of Khar Khul Khaany Balgas within the Khanui River Valley in Central Mongolia © Susanne Reichert, Bonn University; map base NaturalEarthData
Eine Wissenschaftlerin und ein Wissenschaftler arbeiten hinter einer Glasfassade und mischen Chemikalien mit Großgeräten.
Fig. 2: Aerial view of the main compound of Khar Khar Khul Khaany Balgas from southwest, Erdenemandal Sum, Arkhangai Province, Mongolia (DJI Phantom IV) © Jan Bemmann, Bonn University

The site is located in a wide flat plain on the first terrace of the river that flows nearby to the west of it, the administrative center of Erdenemandal lies closeby (Figure 2). It has never been encroached upon by later building activities, had seen very few archaeological works so far, and its remote location off the regular tourist routes promised great potential concerning the quality of preservation of architectural features and surface finds. As of yet, we could not link the material remains of the city with any site mentioned in written sources. Within the framework of the DFG CRC “Macht und Herrschaft” (2016–2021) we followed a three-step-approach in the study of this city:

1)      Pedestrian survey
2)      Magnetic and topographic measurements
3)      Test excavation and ground truthing the new map on the site

Our main results comprise a rectified dating of the site, new and highly detailed mapping of the city, and the excavation of the best preserved Mantou-style kiln in this world region.

Pedestrian survey

Preparatory to the magnetic survey, to define the extent of the city and thus the area to be measured as well as to clean the city from metal waste contamination, an intensive, systematic, field walking survey was applied by the archaeological project team during three campaigns from 2017 to 2019 (Figure 3). One goal of the survey was to get a better understanding of the activities around the city and to delimit the city’s sprawl (Figure 4). We covered about 80 square kilometres and identified 101 sites – most of which were unknown – ranging amongst others from sherd scatters, over burial sites and possible raw materials extraction sites to modern ritual sites. Our comparative results show that the surroundings of the city were less well integrated into a system of satellite settlements as we were able to identify in the case of Karakorum. This finding makes the capital Karakorum stand out even more and points to further, unresolved questions concerning Khar Khul Khaany Balgas. Who were its builders and what had been the function of this city?

Fig4_KharKhul_Survey-squares.jpg
Fig. 4: Surveyed areas in the Khanui valley from 2017 to 2019. Each survey square is 1 by 1 km, white area marks Khar Khul Khaany Balgas © Susanne Reichert, Bonn University
Fig3_Survey-team.jpg
Fig. 3: Our team at work during the pedestrian survey. The survey teams consisted of ten crew members walking in line within the survey squares © Susanne Reichert, Bonn University
Eine Wissenschaftlerin und ein Wissenschaftler arbeiten hinter einer Glasfassade und mischen Chemikalien mit Großgeräten.
Fig. 5: The vehicle-drawn SQUID system at work on Khar Khul Khaany Balgas © Jan Bemmann, Bonn University

Magnetic and topographic measurements

In collaboration with Dr. Sven Linzen, Leibniz-Institute for Photonic Technologies, Jena, the project produced a new map of the site of hitherto unachieved fine resolution and scale using the SQUID system. Magnetometry is a well-established geo-physical method in archaeological prospection. Conservative techniques, however, do need high investment in labor and are comparatively slow. New quantum-based sensors (SQUIDs) have been innovating this methodological field through their ground breaking fastness in data collection, and enormous magnetic field gradient resolution. The SQUID measuring system of Leibniz IPHT and Supracon AG, Jena, has been successfully applied in Mongolia, for example in Karakorum. Here, an additional feature of the SQUID instrument was intensively used – the simultaneous recording of high-resolution topographic information via the differential GPS and the inertial unit of the motorized system. Thus, two qualitatively different maps (magnetogram and topography) are gathered with high precision and georeferenced at the same time and with high speed (Figure 5). The SQUID instrument was applied in Khar Khul Khaany Balgas to map an area of nearly 300 hectares within 23 measurement days in June 2018 (Figure 6). This new mapping founds the basis for further analyses of the city’s size, layout, and its spatial configuration.

Fig6_KharKhulTopo_Small.jpg
Fig. 6: New topographic map of Khar Khul Khaany Balgas © Sven Linzen, Leipniz-IPHT Jena

Test excavation and ground truthing the new map on the site

Our pedestrian survey discovered two sites with potential kilns for firing ceramics. One is situated on the edge of the river terrace, where we discovered two conspicuous rows of mounds, not far from the actual city, about 2 km to the north of the main compound (Figure 7). The outer appearance and finds of overly heated bricks on top of the mounds led us to the hypothesis that we were dealing here with rows of kilns for firing ceramic products, building materials or vessels for example. The second step was to get better information of the site; thus, we included the area in the 2018 magnetic measurements which show a chain of very strong magnetic signatures close to the river terrace edge.

Fig7_kiln-rows.jpg
Fig. 7: Aerial photo of the two rows of kilns prior to excavation nearby Khar Khul Khaany Balgas (DJI Phantom IV) © Jan Bemmann, Bonn University
Eine Wissenschaftlerin und ein Wissenschaftler arbeiten hinter einer Glasfassade und mischen Chemikalien mit Großgeräten.
Fig. 8: One of the kilns exposed during excavation in 2019 © Susanne Reichert, Bonn University

Third, in 2019, we conducted actual excavations to verify our assumptions and to get a clear stratigraphy and building information for the magnetic analysis. To our great surprise we did not only uncover the remains of a kiln, but the probably best-preserved kiln of the time and region. The kiln of the Chinese Mantou-type was preserved to a height of 2.7 m, complete with firing box, firing chamber, chimney and cupola-covered working space in front of the firing box (Figure 8). From debris outside the kiln and still stapled goods inside we know that bricks were fired inside the kiln. Similar kilns in Mongolia were only uncovered at Karakorum by a team from the German Archaeological Institute. The construction is typical for the Song dynasty in northern China and the type was also found in the Russian Amur region.

Discovery of a burial from the fourth millennium BCE

A remarkable success is the evidence of a burial from the 4th millennium BCE, the first from this time for the whole of Mongolia! After we had registered an unusually high number of low earth mounds on a plateau in the Khanui Valley west of the administrative center Erdenemandal during the 2017 survey, the question arose whether these mounds were anthropogenic or due to the activities of burrowing animals (Marmota sibirica). Until now, such pure earthen mounds have not been noted or investigated in Mongolia because it is assumed that all burial structures are marked by surface stone settings. The 2018 excavation of one mound revealed a human skeleton with two stone artifacts at a depth of 2.3 m below the topsoil (Figure 9). Two AMS radiocarbon dates secure an age of the burial to the period 3800–3600 BCE. The buried individual was part of a large-scale aDNA study led by Prof. Dr. Christina Warinna (Harvard University). Not only could important population-historical insights be gained, but the analyses also confirmed the suspicions of the physical anthropologists that the person buried here was a woman.

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Fig. 9: Remains of the burial in extreme crouched position during excavation © © N.-O. Erdene Ochir, MAS

Future works

Our research endeavors in Khar Khul Khaany Balgas show how much potential there is in a close study of the cities in the Mongolian steppes, from questions concerning their layout and planning and functions, down to handicraft and economic activities. Our engagement with the local communities and these research results helped to raise awareness for this cultural monument and its protection. The analysis of our data is ongoing, which will lead to further new insights into this understudied city of the Mongol World Empire and inspire new research at the site.
 
Last update January, 30, 2023

Project data

2016–2021 -> German Research Foundation (https://www.dfg.de/)

  • Reiternomadische Reiche in Innerasien im diachronen Vergleich – Sicherung und Ausübung von Herrschaft im Spiegel der Baudenkmäler und Schriftquellen. Project within CRC 1167. Now “Macht und Herrschaft. Bonner Zentrum für vormoderne Ordnungen und ihre Kommunikationsformen” (https://www.macht-herrschaft.uni-bonn.de/de/startseite)
  • S. Reichert/N.-O. Ochir/S. Linzen/Lkh. Munkhbayar/J. Bemmann, Overlooked – Enigmatic – Underrated: The city Khar Khul Khaany Balgas in the heartland of the Mongol World Empire. Journal of Field Archaeology 47, 397–420. doi10.1080/00934690.2022.2085916
  • S. Reichert/N.-O. Erdene-Ochir/J. Bemmann, A Unique Burial of the Fourth Millennium B.C.E and the Earliest Burial Traditions in Mongolia. Asian Perspectives 61, 2, 2022, 220–252.
  • S. Linzen/S. Reichert/J. Bemmann/R. Stolz, What magnetic prospection, topographic mapping and archaeology can tell us about urbanism in the Mongolian steppes. A multidisciplinary approach to Khar Khul Khaany Balgas, Khanui River Valley, Mongolia. In: W. Börner/Chr. Kral-Börner/H. Rohland (eds.), Monumental Computations. Digital archaeology of large urban and underground infrastructure. Proceedings of the 24th International Conference on Cultural Heritage and New Technologies 2019, CHNT 24, 2019 (Heidelberg 2021). DOI: https://doi.org/10.11588/propylaeum.747.c11747
  • C. Jeong/K. Wang/S. Wilkin/W. T. T. Taylor/B. K. Miller/J. H. Bemmann/R. Stahl/Ch. Chiovelli/F. Knolle/S. Ulziibayar/D. Khatanbaatar/D. Erdenebaatar/U. Erdenebat/A. Ochir/G. Ankhsanaa/Ch. Vanchigdash/B. Ochir/Ch. Munkhbayar/D. Tumen/A. Kovalev/N. Kradin/B. A. Bazarov/D. A. Miyagashev/P. B. Konovalov/E. Zhambaltarova/A. Ventresca Miller/W. Haak/St. Schiffels/J. Krause/N. Boivin/M. Erdene/J. Hendy/Chr. Warinner, A Dynamic 6,000-Year Genetic History of Eurasia’s Eastern Steppe. Cell 183, 4, 2020, 890–904.e1–e20.

Kontakt

Avatar Reichert

Dr. Susanne Reichert

Wissenschaftliche Mitarbeiterin, Vor- und Frühgeschichtliche Archäologie

AVZ III, R. 2.007

Römerstraße 164

53117 Bonn

Avatar Bemmann

Prof. Dr. Dr. h.c. Jan Bemmann

Universitätsprofessor für Vor- und Frühgeschichtliche Archäologie

R. 3.063

Brühler Straße 7

53119 Bonn

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