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Project data

type: R_Datelist

Stastney, 2013

series: Stastney, 2013

	labcode	country	region	longitude	latitude	site	sample	material	species	d13C	r_date	r_date_sigma	qual	F14C	F14C_sigma
	OxA-32929	Ireland		-8.26988	53.383	Annaghbeg	ANN114	plant remains	Polytrichum sp.	-22.9063	1201	26		0.86113	0.00283
	OxA-33728	Ireland		-8.26988	53.383	Annaghbeg	ANN26	plant remains	Sphagnum sect. Acutifolia	-25.0857	198	26		0.9756	0.0032
	OxA-33729	Ireland		-8.26988	53.383	Annaghbeg	ANN86	plant remains	Sphagnum imbricatum/Erica	-29.3675	426	25		0.94833	0.00292
	OxA-33660	Ireland		-7.9549	53.7731	Cloonshannagh	CLS68	plant remains	Sphagnum/Ericaceae	-25.4377	787	28		0.90671	0.00314
	OxA-33730	Ireland		-7.9549	53.7731	Cloonshannagh	CLS56	plant remains	Sphagnum papillosum	-27.7327	1171	26		0.86432	0.00282
	OxA-33661	Ireland		-7.72862	52.5927	Killeen	KIL84	plant remains	Sphagnum imbricatum/papil	-28.5485	1260	27		0.85486	0.00289
	OxA-33726	Ireland		-7.72862	52.5927	Killeen	KIL64	plant remains	Sphagnum papillosum	-23.9304	444	26		0.94627	0.00312
	OxA-33727	Ireland		-7.72862	52.5927	Killeen	KIL100	plant remains	Sphagnum papillosum	-25.6186	877	24		0.89653	0.00273
	OxA-32927	Ireland		-7.65432	52.669	Littleton	LTN26	plant remains	Sphagnum papillosum	-26.5394	135	25		0.98337	0.00311
	OxA-32928	Ireland		-7.65432	52.669	Littleton	LTN86	plant remains	Sphagnum papillosum	-25.1657	1318	26		0.84864	0.00274
	OxA-33794	Ireland		-7.65432	52.669	Littleton	LTN42	plant remains	Sphagnum imbricatum	-26.8645	450	27		0.94555	0.00319

Publications

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Stastney, P. (2013) The late prehistoric 'Dark Age' in Ireland and climate fluctuation: buffering strategies and the agency of the environment. In van der Wilt, E.M. and Martínez Jiménez, J., Eds. Tough Times: The Archaeology of Crisis and Recovery. Oxford, BAR, pp.115-124. data
Stastney, P. (2015) Examining the relationships between Holocene climate change, hydrology and human society in Ireland. Doctoral thesis, University of Reading. data
Stastney, P., Stuart Young, D. and Philip Branch, N. (2017) The identification of late-Holocene bog bursts at Littleton Bog, Ireland: Ecohydrological changes display complex climatic and non-climatic drivers. The Holocene, 28(4), pp.570-582. doi:10.1177/0959683617735581 data publication
Young, D. (2017) Peatland hydrology, climate change and human societies in Middle and Late Holocene Ireland. Doctoral thesis, University of Reading. data

Compilation

by: Oxford Radiocarbon Accelerator Unit
url: https://c14.arch.ox.ac.uk/database
updated: 2024-12-03T21:29:12+00:00
retrieved: 2024-12-03T21:29:12+00:00

schema: https://intchron.org/schema
data_url: https://c14.arch.ox.ac.uk/database/public.php?ref=stastney2013pic

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