Computational Model Library

HUMLAND FIRE-IN-THE-HOLE agent-based model (1.0.0)

HUMLAND Fire-in-the-Hole is a conceptual agent-based model (ABM) designed to explore the ecological and behavioral consequences of fire-driven hunting strategies employed by hunter-gatherers, specifically Neanderthals, during the Last Interglacial period around the Neumark-Nord (Germany) archaeological site.

This model builds on and specializes the HUMLAND 1.0.0 model (Nikulina et al. 2024), integrating anthropogenic fires, elephant group behavior, and landscape response to simulate interactions between humans, megafauna, and vegetation over time.

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Release Notes

This spetial version of HUMLAND includes
-fire-driven elephant hunting by hunter-gatherers
-impact of elephants on vegetation
-reproduction of elephants
-mock datasets on potential natural and pollen-based vegetation covers

Associated Publications

Anastasia Nikulina, Fulco Scherjon (in press). Fire in the hole: A prototype agent-based model for studying hunter-gatherers’ fire-driven hunting. In Dusseldorp, G.L., Chu, W., Bakels, C. and M. Soressi (eds.). Intent on the Paleolithic. Papers in honour of Prof. Dr. Wil Roebroeks. Analecta Praehistorica Leidensia 55. Leiden: Sidestone Press, pp. 123-136.

HUMLAND FIRE-IN-THE-HOLE agent-based model 1.0.0

HUMLAND Fire-in-the-Hole is a conceptual agent-based model (ABM) designed to explore the ecological and behavioral consequences of fire-driven hunting strategies employed by hunter-gatherers, specifically Neanderthals, during the Last Interglacial period around the Neumark-Nord (Germany) archaeological site.

This model builds on and specializes the HUMLAND 1.0.0 model (Nikulina et al. 2024), integrating anthropogenic fires, elephant group behavior, and landscape response to simulate interactions between humans, megafauna, and vegetation over time.

Release Notes

This spetial version of HUMLAND includes
-fire-driven elephant hunting by hunter-gatherers
-impact of elephants on vegetation
-reproduction of elephants
-mock datasets on potential natural and pollen-based vegetation covers

Version Submitter First published Last modified Status
1.0.0 Anastasia Nikulina Mon Oct 20 15:34:53 2025 Mon Oct 20 15:34:57 2025 Published Peer Reviewed DOI: 10.25937/rcc1-c427

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