Ignition residue, element (Br, Si, Ca) and humification results for a mid-late Holocene core from Bullsmouth Bog, Ireland

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Auteur principal: Orme, Lisa C
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Langue:en
Publié: PANGAEA 2026
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author Orme, Lisa C
author_facet Orme, Lisa C
collection Datos científicos de ciencias marinas y ambientales
contents Storminess reconstructions can be derived from coastal peatlands using a number of methods - including the measurement of windblown sand preserved within the cores. Here we present a decadal-resolution record of storminess covering the last 6.4 thousand years, based on analysis of a core taken from Bullsmouth Bog on Achill Island, Ireland, in 2019. A 4 m long peat core was sampled using a Russian corer from 53°59.791' ⁰N and 9°56.352' ⁰W. Storminess is reconstructed by variations in the minerogenic content (aeolian sand deposits), measured using the ignition residue (IR). We explore whether elements measured by an XRF core scanner (Br, Si, Ca) can be used to reconstruct past storminess by comparison with the IR record and measurements of peat humification. Chronological constraints were provided by AMS radiocarbon dating of 6 samples along the core.
format Dataset Open Access
id pangaea_https___doi_org_10_1594_PANGAEA_984275
institution PANGAEA
language en
publishDate 2026
publisher PANGAEA
record_format pangaea
spellingShingle Ignition residue, element (Br, Si, Ca) and humification results for a mid-late Holocene core from Bullsmouth Bog, Ireland
Orme, Lisa C
Holocene climate; peatlands; storminess
Storminess reconstructions can be derived from coastal peatlands using a number of methods - including the measurement of windblown sand preserved within the cores. Here we present a decadal-resolution record of storminess covering the last 6.4 thousand years, based on analysis of a core taken from Bullsmouth Bog on Achill Island, Ireland, in 2019. A 4 m long peat core was sampled using a Russian corer from 53°59.791' ⁰N and 9°56.352' ⁰W. Storminess is reconstructed by variations in the minerogenic content (aeolian sand deposits), measured using the ignition residue (IR). We explore whether elements measured by an XRF core scanner (Br, Si, Ca) can be used to reconstruct past storminess by comparison with the IR record and measurements of peat humification. Chronological constraints were provided by AMS radiocarbon dating of 6 samples along the core.
title Ignition residue, element (Br, Si, Ca) and humification results for a mid-late Holocene core from Bullsmouth Bog, Ireland
topic Holocene climate; peatlands; storminess
url https://doi.org/10.1594/PANGAEA.984275