Key External Project Partners

  • Bayarsaikhan Jamsranjav (National Museum of Mongolia)
  • Julien Louys (Griffith University)
  • Sebastian F.M. Breitenbach (Ruhr-Universität Bochum)
  • Andrea Picin (Max Planck Institute for Evolutionary Anthropology)
  • Paul Breeze (King’s College London)
  • Aitor Burguet-Coca (Institut Català de Paleoecologia Humana i Evolució Social)
  • Javier Sánchez-Martínez (Centre d'estudis del Patrimoni Arqueològic de la Prehistoria)
  • Anja Zander (Universität zu Köln)
  • Ian Candy (Royal Holloway, University of London)
  • Miren del Val Blanco (Centro Nacional de Investigación sobre la Evolución Humana)
  • Tierney Lu (University of Queensland)

Project Funding

Funding was provided by the Max Planck Society.

Acknowledgments

Fieldwork was conducted with the permission of the Ministry of Education, Culture, and Science for Mongolia.

Mongolian Cave and Palaeolake Project

The Mongolian Pleistocene archaeological record is relatively unknown and characterised by a few key open air sites in the north and two cave sites in the Gobi-Altai Mountains in the south. The presence of anatomically modern humans from at least 32 thousand year ago (Salkhit skull), and proximity to the Russian Altai, suggests it could be both a vital region for understanding the interactions between past species, and the survival of our species. Palaeoclimatic research has provided an initial understanding of the variability in Mongolia’s climate for the last 150 thousand years. The alternating wet and dry periods suggests that ancient lakes and rivers should have formed and disappeared.

Surveys for archaeological materials near the lake Eren Nuur, which is located inside the dunes of Mongol Els. Zoom Image
Surveys for archaeological materials near the lake Eren Nuur, which is located inside the dunes of Mongol Els.

Our project the Mongolian Cave and Palaeolake Project aims to examine the Pleistocene dispersals and adaptations of the early people of Mongolia. These hunter-gatherers communities would have been largely reliant on fresh water sources and the local wildlife. At certain periods they would have had to traverse across significant environmental barriers and corridors as they wandered across Eurasia.

Palaeolake features near the current lake of Khutag Nuur Zoom Image
Palaeolake features near the current lake of Khutag Nuur

Our interdisciplinary team is surveying for archaeological sites to better understand human adaptations to fluctuating environments. Mongolia currently experiences significant sediment erosion (deflation), which often alters the integrity of archaeological sites. In our attempt to find intact archaeological sites, we targeted caves and palaeolake deposits throughout the Gobi-Altai Mountains. Neither had been thoroughly documented in the region and our surveys sought to remedy that.

In partnership with the National Museum of Mongolia, and various international colleagues, the first season of fieldwork in 2018 surveyed four different cave regions throughout the Gobi-Altai, with the discovery and recording of 30 caves. Many of these lacked sediments on their floors, but those that didn’t were excavated with their finds recorded and collected. Additionally, 8 different palaeolake deposits were found together with archaeological remains from the Late Pleistocene until the medieval period.

View from the outside of the Gazar Agui rockshelter in the Gobi Altai, Mongolia. Zoom Image
View from the outside of the Gazar Agui rockshelter in the Gobi Altai, Mongolia.

Our second expedition in 2019 has just returned from more extensive surveys of the palaeolakes identified last year. Both seasons recovered large amounts of palaeoclimatic data and archaeological material, which we hope will provide a richer understanding of Mongolia’s archaeological and environmental past.

Excavation of Nuramt Tsakhir Agui cave in the Gobi-Altai, Mongolia. Zoom Image
Excavation of Nuramt Tsakhir Agui cave in the Gobi-Altai, Mongolia.
One of the main rivers in the Gobi Altai, Zavkhan Gol. Rivers like this are sourced from melting glaciers, and were more abundant in the past but are still vital to people today. Zoom Image
One of the main rivers in the Gobi Altai, Zavkhan Gol. Rivers like this are sourced from melting glaciers, and were more abundant in the past but are still vital to people today.
 
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