This research examines whether 14C dating of pollen grains can be used as an alternative dating method for marine sediments and if the pollen ages can be used to refine the value of the Marine Reservoir Effect (MRE) applied to marine carbonates from cores retrieved from along the East Canadian Margin (Newfoundland and Scotian Shelves). Precise dating is critically important to situate abrupt climate events, such as the onsets and conclusions of the 8.2 ka cooling event, Younger Dryas, and Preboreal Oscillation and sediments thought relevant to these events have been used in my study. Pollen was extracted from ocean and wetland sediments cored from the eastern Canadian margin, James Bay region and Maritime Provinces of Canada and 14C dated ...
14C age measurements made on samples from three archaeological sites located on North Atlantic coast...
Pollen and radiocarbon analysis of a coring made in the alluvium of a fluvial palaeovalley enables t...
Radiocarbon dating of closely associated marine mollusk shells and terrestrial material (charred woo...
ABSTRACT. Pollen extracted from ocean and wetland sediments cored from the eastern Canadian Margin, ...
This study assesses vegetational response to abrupt climatic changes that occurred between ca. 12,00...
Pollen and plant macrofossils are often well-preserved in coastal sediments, providing a palaeoenvir...
© The Author(s), 2021. This article is distributed under the terms of the Creative Commons Attributi...
Building robust age–depth models to understand climatic and geologic histories from coastal sediment...
The best method for quantifying the marine reservoir effect (MRE) using the global IntCal Marine13 c...
Producing independent and accurate chronologies for marine sediments is a prerequisite to understand...
International audienceNew findings acquired in Armorican shelf (core MD08-3204 CQ: Bay of Quiberon a...
Integrating both marine and terrestrial signals from the same sediment core is one of the primary ch...
International audienceNew findings acquired in Armorican shelf (core MD08-3204 CQ: Bay of Quiberon a...
New findings acquired in Armorican shelf (core MD08-3204 CQ: Bay of Quiberon and core VK03-58bis: So...
14C age measurements made on samples from three archaeological sites located on North Atlantic coast...
Pollen and radiocarbon analysis of a coring made in the alluvium of a fluvial palaeovalley enables t...
Radiocarbon dating of closely associated marine mollusk shells and terrestrial material (charred woo...
ABSTRACT. Pollen extracted from ocean and wetland sediments cored from the eastern Canadian Margin, ...
This study assesses vegetational response to abrupt climatic changes that occurred between ca. 12,00...
Pollen and plant macrofossils are often well-preserved in coastal sediments, providing a palaeoenvir...
© The Author(s), 2021. This article is distributed under the terms of the Creative Commons Attributi...
Building robust age–depth models to understand climatic and geologic histories from coastal sediment...
The best method for quantifying the marine reservoir effect (MRE) using the global IntCal Marine13 c...
Producing independent and accurate chronologies for marine sediments is a prerequisite to understand...
International audienceNew findings acquired in Armorican shelf (core MD08-3204 CQ: Bay of Quiberon a...
Integrating both marine and terrestrial signals from the same sediment core is one of the primary ch...
International audienceNew findings acquired in Armorican shelf (core MD08-3204 CQ: Bay of Quiberon a...
New findings acquired in Armorican shelf (core MD08-3204 CQ: Bay of Quiberon and core VK03-58bis: So...
14C age measurements made on samples from three archaeological sites located on North Atlantic coast...
Pollen and radiocarbon analysis of a coring made in the alluvium of a fluvial palaeovalley enables t...
Radiocarbon dating of closely associated marine mollusk shells and terrestrial material (charred woo...