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Holocene fire activity during low-natural flammability periods reveals scale-dependent cultural human-fire relationships in Europe

Dietze, Elisabeth ; Theuerkauf, Martin ; Bloom, Karolina ; Brauer, Achim ; Dörfler, Walter ; Feeser, Ingo ; Feurdean, Angelica ; Gedminienė, Laura ; Giesecke, Thomas ; Jahns, Susanne ; Karpińska-Kołaczek, Monika ; Kołaczek, Piotr ; Lamentowicz, Mariusz ; Latałowa, Małgorzata ; Marcisz, Katarzyna ; Obremska, Milena ; Pędziszewska, Anna ; Poska, Anneli ; Rehfeld, Kira ; Stančikaitė, Migle ; Stivrins, Normunds ; Święta-Musznicka, Joanna ; Szal, Marta ; Vassiljev, Jüri ; Veski, Siim ; Wacnik, Agnieszka ; Weisbrodt, Dawid ; Wiethold, Julian ; Vannière, Boris ; Słowiński, Michał

Quaternary science reviews, 2018-12, Vol.201, p.44-56 [Peer Reviewed Journal]

Elsevier Ltd

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Title:
Holocene fire activity during low-natural flammability periods reveals scale-dependent cultural human-fire relationships in Europe
Author: Dietze, Elisabeth ; Theuerkauf, Martin ; Bloom, Karolina ; Brauer, Achim ; Dörfler, Walter ; Feeser, Ingo ; Feurdean, Angelica ; Gedminienė, Laura ; Giesecke, Thomas ; Jahns, Susanne ; Karpińska-Kołaczek, Monika ; Kołaczek, Piotr ; Lamentowicz, Mariusz ; Latałowa, Małgorzata ; Marcisz, Katarzyna ; Obremska, Milena ; Pędziszewska, Anna ; Poska, Anneli ; Rehfeld, Kira ; Stančikaitė, Migle ; Stivrins, Normunds ; Święta-Musznicka, Joanna ; Szal, Marta ; Vassiljev, Jüri ; Veski, Siim ; Wacnik, Agnieszka ; Weisbrodt, Dawid ; Wiethold, Julian ; Vannière, Boris ; Słowiński, Michał
Subjects: Archaeology ; Archaeology and Prehistory ; Central europe ; Environment and Society ; Environmental Sciences ; Fire ; Global Changes ; Holocene ; Human impact ; Humanities and Social Sciences ; Land cover ; Sedimentary charcoal
Is Part Of: Quaternary science reviews, 2018-12, Vol.201, p.44-56
Description: Fire is a natural component of global biogeochemical cycles and closely related to changes in human land use. Whereas climate-fuel relationships seem to drive both global and subcontinental fire regimes, human-induced fires are prominent mainly on a local scale. Furthermore, the basic assumption that relates humans and fire regimes in terms of population densities, suggesting that few human-induced fires should occur in periods and areas of low population density, is currently debated. Here, we analyze human-fire relationships throughout the Holocene and discuss how and to what extent human-driven fires affected the landscape transformation in the Central European Lowlands (CEL). We present sedimentary charcoal composites on three spatial scales and compare them with climate model output and land cover reconstructions from pollen records. Our findings indicate that widespread natural fires only occurred during the early Holocene. Natural conditions (climate and vegetation) limited the extent of wildfires beginning 8500 cal. BP, and diverging subregional charcoal composites suggest that Mesolithic hunter-gatherers maintained a culturally diverse use of fire. Divergence in regional charcoal composites marks the spread of sedentary cultures in the western and eastern CEL. The intensification of human land use during the last millennium drove an increase in fire activity to early-Holocene levels across the CEL. Hence, humans have significantly affected natural fire regimes beyond the local scale – even in periods of low population densities – depending on diverse cultural land-use strategies. We find that humans have strongly affected land-cover- and biogeochemical cycles since Mesolithic times. •We report sedimentary charcoal composites for the Central European lowlands (CEL).•Holocene fire activity shows convergence and divergence across three spatial scales.•Divergence in low-flammability periods reflects cultural fire use in land management.•Since 8500 cal. BP, humans affected CEL-biogeochemical cycles beyond the local scale.
Publisher: Elsevier Ltd
Language: English

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Holocene fire activity during low-natural flammability periods reveals scale-dependent cultural human-fire relationships in Europe

Elsevier Ltd

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