ABSTRACT. The reliability of radiocarbon ages based on soil organic matter (SOM) from Holocene buried soils in Middl
A significant part of our knowledge on Holocene landscape development and associated human history i...
Accelerator mass spectrometry (AMS) radiocarbon measurements were used to investigate the heterogene...
A significant part of our knowledge on Holocene landscape development and associated human history i...
The reliability of radiocarbon ages based on soil organic matter (SOM) from Holocene buried soils in...
The radiocarbon dating of the soil organic matter (SOM) is a polemic subject, due mainly to the comp...
Radiocarbon ages of soil organic matter are evaluated with a model which incorporates the dynamics o...
Radiocarbon ages of soil organic matter are evaluated with a model which incorporates the dynamics o...
Variable 14C ages of paleosol organic matter (OM) cause difficulties in interpreting 14C data. We at...
Radiocarbon data from soil organic matter and soil respiration provide powerful constraints for dete...
The most widely used dating techniques in quaternary research are the radiocarbon (14C) and opticall...
Radiocarbon data from soil organic matter and soil respiration provide powerful constraints for dete...
We discuss our progress in three principal applications of 14C dating of recent and fossil soils: 1)...
ABSTRACT. Radiocarbon analysis is an important tool in quantifying soil organic matter (SOM) dynamic...
Soil organic matter (SOM) has many important effects on soil and ecosystem quality. Soils developing...
Soil organic matter (SOM) has many important effects on soil and ecosystem quality. Soils developing...
A significant part of our knowledge on Holocene landscape development and associated human history i...
Accelerator mass spectrometry (AMS) radiocarbon measurements were used to investigate the heterogene...
A significant part of our knowledge on Holocene landscape development and associated human history i...
The reliability of radiocarbon ages based on soil organic matter (SOM) from Holocene buried soils in...
The radiocarbon dating of the soil organic matter (SOM) is a polemic subject, due mainly to the comp...
Radiocarbon ages of soil organic matter are evaluated with a model which incorporates the dynamics o...
Radiocarbon ages of soil organic matter are evaluated with a model which incorporates the dynamics o...
Variable 14C ages of paleosol organic matter (OM) cause difficulties in interpreting 14C data. We at...
Radiocarbon data from soil organic matter and soil respiration provide powerful constraints for dete...
The most widely used dating techniques in quaternary research are the radiocarbon (14C) and opticall...
Radiocarbon data from soil organic matter and soil respiration provide powerful constraints for dete...
We discuss our progress in three principal applications of 14C dating of recent and fossil soils: 1)...
ABSTRACT. Radiocarbon analysis is an important tool in quantifying soil organic matter (SOM) dynamic...
Soil organic matter (SOM) has many important effects on soil and ecosystem quality. Soils developing...
Soil organic matter (SOM) has many important effects on soil and ecosystem quality. Soils developing...
A significant part of our knowledge on Holocene landscape development and associated human history i...
Accelerator mass spectrometry (AMS) radiocarbon measurements were used to investigate the heterogene...
A significant part of our knowledge on Holocene landscape development and associated human history i...