<i>Age-depth model of the sedimentary cores collected at Lake Flévy, Quebec. Error bars represent measurement error. Gray shading of age-depth curve reflects calibration curve error. Sedimentation rates represent a linear interpretation between radiocarbon dates.</i
<p>The main plot shows the age distributions of calibrated <sup>14</sup>C dates and the grey-scale a...
ABSTRACT. Calibration is a core element of radiocarbon dating and is undergoing rapid development on...
JC11-K5 was dated by correlating ten macroscopically visible layers with counted annual layer sequen...
Error bars represent measurement error. Gray shading of age-depth curve reflects calibration curve e...
¹⁴C data and age-depth models are based on ¹⁴C data from two cores sampled from Lake 850 in 1999 and...
¹⁴C data and age-depth models based on ¹⁴C data from two cores sampled from Lake 850 in 1999 and 201...
<p>The model was developed using a linear regression model fit to calibrated radiocarbon dates, rece...
<p>Age-depth curve and sedimentation rate for Xingyun lake core. Radiocarbon dates are listed in <a ...
Includes conventional and calibrated ages (in years before present, using the SHCal13 calibration cu...
This dataset comprises the age-depth model for Lake Lama (Taymyr peninsula), based on the Accelerato...
The age model of the LAR sediment core was produced with the BACON 2.4.3 software, using 11 radiocar...
Age-depth correlations are the key elements in paleoenvironmental studies to place proxy measurement...
Calibration is a core element of radiocarbon dating and is undergoing rapid development on a number ...
Author Posting. © Arizona Board of Regents on behalf of the University of Arizona, 2003. This artic...
This dataset comprises the age-depth model of Lake Kyutyunda, which is an updated version of the age...
<p>The main plot shows the age distributions of calibrated <sup>14</sup>C dates and the grey-scale a...
ABSTRACT. Calibration is a core element of radiocarbon dating and is undergoing rapid development on...
JC11-K5 was dated by correlating ten macroscopically visible layers with counted annual layer sequen...
Error bars represent measurement error. Gray shading of age-depth curve reflects calibration curve e...
¹⁴C data and age-depth models are based on ¹⁴C data from two cores sampled from Lake 850 in 1999 and...
¹⁴C data and age-depth models based on ¹⁴C data from two cores sampled from Lake 850 in 1999 and 201...
<p>The model was developed using a linear regression model fit to calibrated radiocarbon dates, rece...
<p>Age-depth curve and sedimentation rate for Xingyun lake core. Radiocarbon dates are listed in <a ...
Includes conventional and calibrated ages (in years before present, using the SHCal13 calibration cu...
This dataset comprises the age-depth model for Lake Lama (Taymyr peninsula), based on the Accelerato...
The age model of the LAR sediment core was produced with the BACON 2.4.3 software, using 11 radiocar...
Age-depth correlations are the key elements in paleoenvironmental studies to place proxy measurement...
Calibration is a core element of radiocarbon dating and is undergoing rapid development on a number ...
Author Posting. © Arizona Board of Regents on behalf of the University of Arizona, 2003. This artic...
This dataset comprises the age-depth model of Lake Kyutyunda, which is an updated version of the age...
<p>The main plot shows the age distributions of calibrated <sup>14</sup>C dates and the grey-scale a...
ABSTRACT. Calibration is a core element of radiocarbon dating and is undergoing rapid development on...
JC11-K5 was dated by correlating ten macroscopically visible layers with counted annual layer sequen...
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