Overview of research steps including the comparison of CARAIB (climate-driven potential natural vegetation) and REVEALS (pollen-based vegetation reconstruction) data, the development and upgrade of the HUMLAND ABM, its integration with a genetic algorithm, and the generation of scenarios to quantify the impacts of Neanderthals, Mesolithic population, megafauna, natural fires, and climate on vegetation.

<p>Overview of research steps including the comparison of CARAIB (climate-driven potential natural vegetation) and REVEALS (pollen-based vegetation reconstruction) data, the development and upgrade of the HUMLAND ABM, its integration with a genetic algorithm, and the generation of scenarios to...

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Main Author:	Anastasia Nikulina (22477710) (author)
Other Authors:	Anhelina Zapolska (22477713) (author), Maria Antonia Serge (22477716) (author), Didier M. Roche (22477719) (author), Florence Mazier (6382091) (author), Marco Davoli (11016858) (author), Elena A. Pearce (22477722) (author), Jens-Christian Svenning (93039) (author), Dave van Wees (20267127) (author), Ralph Fyfe (3090468) (author), Katharine MacDonald (3131274) (author), Wil Roebroeks (556828) (author), Fulco Scherjon (3131280) (author)
Published:	2025
Subjects:	Evolutionary Biology Ecology Sociology Plant Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified updated abm covers sized areas around shared comparable preferences influenced herbivore densities identify parameter values broad temporal range already substantially modified vegetation cover estimates comparing abm outputs anthropogenic burning played abm ), combined modelling results suggesting based vegetation patterns based vegetation cover major research challenge landscapes dating back based vegetation reconstructions minimal ecological impact based reconstructions based model vegetation transformations vegetation regeneration vegetation openness vegetation dynamics induced burning ecological impact comparing climate results show results challenge paleoecological reconstructions upgraded version study revealed natural fires last interglacial key role highlighted evidence genetic algorithm european landscapes early holocene datasets suggest combined effects
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