HUMLAND 2.0 parameter overview.

HUMLAND 2.0 parameter overview.

<div><p>Recent studies have highlighted evidence of human impact on landscapes dating back to the Late Pleistocene–long before the advent of agriculture. Quantifying the extent of vegetation transformations by hunter-gatherers remains a major research challenge. We address this challenge...

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Bibliographic Details
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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