14C age measurements made on samples from three archaeological sites located on North Atlantic coasts were used to investigate the marine reservoir effect (MRE) at c.1000 AD. This is an important period within human cultural and paleoenvironmental research as it is a time when Norse expansion to the North Atlantic islands occurred, during what appears to be a period of ameliorating climatic conditions. This makes improved chronological precision and accuracy at this time highly desirable. The data indicate a significant latitudinal variation in MRE at c.1000 AD from a ΔR of –152 ± 26 14C yr at Omey Island (530 32’ N) to 57 ± 22 14C yr at Undir Junkarinsfløtti (610 51’ N). The results are compared with modern assessments of MRE values withi...
From the 20th International Radiocarbon Conference held in Kona, Hawaii, USA, May 31-June 3, 2009.Th...
We report on the earliest archaeological evidence from the Faroe Islands, placing human colonization...
The marine reservoir effect (MRE) is a C-14 age offset between the oceanic and atmospheric carbon re...
14C age measurements made on samples from three archaeological sites located on North Atlantic coast...
Abstract: 14C age measurements made on samples from three archaeological sites located on North Atla...
This article presents new values for the Scottish marine radiocarbon reservoir effect (MRE) during t...
This thesis aims to examine the spatial and temporal characteristics of the ¹⁴C marine reservoir ef...
The marine reservoir effect (MRE) is a <sup>14</sup>C age offset between the oceanic and...
The purpose of this research was to investigate temporal and spatial trends in the Marine Radiocarbo...
This article presents new values for the Scottish marine radiocarbon reservoir effect (MRE) during t...
The marine radiocarbon reservoir effect (MRE) occurs as a spatially and temporally dependent variabl...
The marine radiocarbon reservoir effect is an offset in 14C age between contemporaneous organisms fr...
The Marine Radiocarbon Reservoir Effect (MRE) is a 14C age offset between contemporaneous marine- a...
We assessed the evidence for variations in the marine radiocarbon reservoir effect (MRE) at coastal,...
Lake Mývatn is an interior highland lake in northern Iceland that forms a unique ecosystem of intern...
From the 20th International Radiocarbon Conference held in Kona, Hawaii, USA, May 31-June 3, 2009.Th...
We report on the earliest archaeological evidence from the Faroe Islands, placing human colonization...
The marine reservoir effect (MRE) is a C-14 age offset between the oceanic and atmospheric carbon re...
14C age measurements made on samples from three archaeological sites located on North Atlantic coast...
Abstract: 14C age measurements made on samples from three archaeological sites located on North Atla...
This article presents new values for the Scottish marine radiocarbon reservoir effect (MRE) during t...
This thesis aims to examine the spatial and temporal characteristics of the ¹⁴C marine reservoir ef...
The marine reservoir effect (MRE) is a <sup>14</sup>C age offset between the oceanic and...
The purpose of this research was to investigate temporal and spatial trends in the Marine Radiocarbo...
This article presents new values for the Scottish marine radiocarbon reservoir effect (MRE) during t...
The marine radiocarbon reservoir effect (MRE) occurs as a spatially and temporally dependent variabl...
The marine radiocarbon reservoir effect is an offset in 14C age between contemporaneous organisms fr...
The Marine Radiocarbon Reservoir Effect (MRE) is a 14C age offset between contemporaneous marine- a...
We assessed the evidence for variations in the marine radiocarbon reservoir effect (MRE) at coastal,...
Lake Mývatn is an interior highland lake in northern Iceland that forms a unique ecosystem of intern...
From the 20th International Radiocarbon Conference held in Kona, Hawaii, USA, May 31-June 3, 2009.Th...
We report on the earliest archaeological evidence from the Faroe Islands, placing human colonization...
The marine reservoir effect (MRE) is a C-14 age offset between the oceanic and atmospheric carbon re...