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G K P Muir

Biographic Data

ID5600359
NAMEG K P Muir
GIVEN NAMESG K P
FAMILY NAMEMuir
SIGNATUREMUIR G K P
VERIFIEDNo
TOTAL WORKS3
TOTAL CITATIONS29
AUTHOR COUNT3
EDITOR COUNT0
FIRST PUBLICATION YEAR2004
LATEST PUBLICATION YEAR2010
H-INDEX2
  • C AMS at Suerc: Improving QA Data with the 5MV Tandem and 250KV SSAMS

    Open Access•P Naysmith, G T Cook et al.•ARTICLE•Radiocarbon•2010•Cited by: 15•References: 5

    In 2003, a National Electrostatics Corporation (NEC) 5MV tandem accelerator mass spectrometer was installed at SUERC, providing the radiocarbon laboratory with 14 C measurements to 4–5‰ repeatability. In 2007, a 250kV single-stage accelerator mass spectrometer (SSAMS) was added to provide additional 14 C capability and is now the preferred system for 14 C analysis. Changes to the technology and to our operations are evident in our copious quality…

  • The Early Medieval Origin of Perth, Scotland

    Open Access•D W Hall, G T Cook et al.•ARTICLE•Radiocarbon•2007•Cited by: 2•References: 9

    The radiocarbon results (and Bayesian modeling) of 15 samples of carbonized food residues removed from the external surface of rim sherds of cooking pots indicate that shellyware pottery first appeared in Perth, Scotland, around cal AD 910–1020 (95% probability) and that it had disappeared by cal AD 1020–1140 (95% probability). Previously, it had been suggested that this pottery could not date to before AD 1150. These data, together with 14 C ana…

  • Sellafield-Derived Anthropogenic 14 C in the Marine Intertidal Environment of the NE Irish Sea

    Open Access•G T Cook, A B MACKENZIE et al.•ARTICLE•Radiocarbon•2004•Cited by: 12•References: 4

    The intertidal biota from Parton beach, close to the Sellafield nuclear fuel reprocessing plant, were all found to be enriched in radiocarbon relative to ambient background. The degree of enrichment appears to reflect the positions of the biota in the food chain once the dilution in seaweed from atmospheric uptake is taken into account. Close to the low-water mark, the order was mussels > limpets > anemones winkles > seaweed. The same order was o…

  • C AMS at Suerc: Improving QA Data with the 5MV Tandem and 250KV SSAMS

    Open Access•P Naysmith, G T Cook et al.•ARTICLE•Radiocarbon•2010•Cited by: 15•References: 5

    In 2003, a National Electrostatics Corporation (NEC) 5MV tandem accelerator mass spectrometer was installed at SUERC, providing the radiocarbon laboratory with 14 C measurements to 4–5‰ repeatability. In 2007, a 250kV single-stage accelerator mass spectrometer (SSAMS) was added to provide additional 14 C capability and is now the preferred system for 14 C analysis. Changes to the technology and to our operations are evident in our copious quality…

  • Sellafield-Derived Anthropogenic 14 C in the Marine Intertidal Environment of the NE Irish Sea

    Open Access•G T Cook, A B MACKENZIE et al.•ARTICLE•Radiocarbon•2004•Cited by: 12•References: 4

    The intertidal biota from Parton beach, close to the Sellafield nuclear fuel reprocessing plant, were all found to be enriched in radiocarbon relative to ambient background. The degree of enrichment appears to reflect the positions of the biota in the food chain once the dilution in seaweed from atmospheric uptake is taken into account. Close to the low-water mark, the order was mussels > limpets > anemones winkles > seaweed. The same order was o…

  • The Early Medieval Origin of Perth, Scotland

    Open Access•D W Hall, G T Cook et al.•ARTICLE•Radiocarbon•2007•Cited by: 2•References: 9

    The radiocarbon results (and Bayesian modeling) of 15 samples of carbonized food residues removed from the external surface of rim sherds of cooking pots indicate that shellyware pottery first appeared in Perth, Scotland, around cal AD 910–1020 (95% probability) and that it had disappeared by cal AD 1020–1140 (95% probability). Previously, it had been suggested that this pottery could not date to before AD 1150. These data, together with 14 C ana…

  • Sellafield-Derived Anthropogenic 14 C in the Marine Intertidal Environment of the NE Irish Sea

    Open Access•G T Cook, A B MACKENZIE et al.•ARTICLE•Radiocarbon•2004•Cited by: 12•References: 4

    The intertidal biota from Parton beach, close to the Sellafield nuclear fuel reprocessing plant, were all found to be enriched in radiocarbon relative to ambient background. The degree of enrichment appears to reflect the positions of the biota in the food chain once the dilution in seaweed from atmospheric uptake is taken into account. Close to the low-water mark, the order was mussels > limpets > anemones winkles > seaweed. The same order was o…

  • The Early Medieval Origin of Perth, Scotland

    Open Access•D W Hall, G T Cook et al.•ARTICLE•Radiocarbon•2007•Cited by: 2•References: 9

    The radiocarbon results (and Bayesian modeling) of 15 samples of carbonized food residues removed from the external surface of rim sherds of cooking pots indicate that shellyware pottery first appeared in Perth, Scotland, around cal AD 910–1020 (95% probability) and that it had disappeared by cal AD 1020–1140 (95% probability). Previously, it had been suggested that this pottery could not date to before AD 1150. These data, together with 14 C ana…

  • C AMS at Suerc: Improving QA Data with the 5MV Tandem and 250KV SSAMS

    Open Access•P Naysmith, G T Cook et al.•ARTICLE•Radiocarbon•2010•Cited by: 15•References: 5

    In 2003, a National Electrostatics Corporation (NEC) 5MV tandem accelerator mass spectrometer was installed at SUERC, providing the radiocarbon laboratory with 14 C measurements to 4–5‰ repeatability. In 2007, a 250kV single-stage accelerator mass spectrometer (SSAMS) was added to provide additional 14 C capability and is now the preferred system for 14 C analysis. Changes to the technology and to our operations are evident in our copious quality…

Archaeology and ancient environmental studies (2 works) · Chemistry (2 works) · Geology (2 works) · Isotope Analysis in Ecology (2 works) · Accelerator mass spectrometry (1 works) · Archaeology (1 works) · Biogeochemical cycle (1 works) · Biology (1 works) · Biota (1 works) · Carbon dioxide (1 works)

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