Chrono-sequences of paleosols buried under different mounds of the large Ipatovo Kurgan, constructed during the Bronze Age, have been studied to reconstruct climatic changes in the dry steppe zone of the Northern Caucasus, Russia. Abrupt climatic and environmental changes in the third millennium BC have been reconstructed, using morphological and analytical data of the soil. Based on accelerator mass spectrometry (AMS) dates of small charcoal fragments from the soil chrono-sequence, we concluded that two upper paleosols (with the clearest evidence of arid pedogenesis) developed between about 2600–2450 BC.
Temporal changes in soils of forest landscapes of the forest-steppe zone - Haplic Luvisols and Greyz...
In some cases, the human impact on ancient landscapes has been so profound that local soils still re...
We reconstructed climate change during the second half of the Holocene for the Minusinsk (southern S...
Chrono-sequences of paleosols buried under different mounds of the large Ipatovo Kurgan, constructed...
From the 17th International Radiocarbon Conference held in Jerusalem, Israel, June 18-23, 2000.Chron...
Insights into past climate changes, and corresponding evolution of soils and the environment, can be...
Late Holocene landscape evolution at the southern frontier of the forest belt of European Russia is ...
An extensive chronosequence of Chernozem-type soils developed on loamy sands was studied in the pre-...
The main attention of the article presented focuses on the connection between the development of arc...
We reconstructed climate change during the second half of the Holocene for the Minusinsk (southern S...
ABSTRACT. We reconstructed climate change during the second half of the Holocene for the Minusinsk (...
Abstract: The main attention of the article presented focuses on the connection between the developm...
This study focuses on a short-term pedochronosequence of Kurgan № 1 at the Boldyrevo IV kurgan cemet...
Geoarchaeological methods were used to study chronosequences of surface soils in the steppe zone an...
Several episodes of past afforestation were reconstructed in a grassland area of the Yamskaya Steppe...
Temporal changes in soils of forest landscapes of the forest-steppe zone - Haplic Luvisols and Greyz...
In some cases, the human impact on ancient landscapes has been so profound that local soils still re...
We reconstructed climate change during the second half of the Holocene for the Minusinsk (southern S...
Chrono-sequences of paleosols buried under different mounds of the large Ipatovo Kurgan, constructed...
From the 17th International Radiocarbon Conference held in Jerusalem, Israel, June 18-23, 2000.Chron...
Insights into past climate changes, and corresponding evolution of soils and the environment, can be...
Late Holocene landscape evolution at the southern frontier of the forest belt of European Russia is ...
An extensive chronosequence of Chernozem-type soils developed on loamy sands was studied in the pre-...
The main attention of the article presented focuses on the connection between the development of arc...
We reconstructed climate change during the second half of the Holocene for the Minusinsk (southern S...
ABSTRACT. We reconstructed climate change during the second half of the Holocene for the Minusinsk (...
Abstract: The main attention of the article presented focuses on the connection between the developm...
This study focuses on a short-term pedochronosequence of Kurgan № 1 at the Boldyrevo IV kurgan cemet...
Geoarchaeological methods were used to study chronosequences of surface soils in the steppe zone an...
Several episodes of past afforestation were reconstructed in a grassland area of the Yamskaya Steppe...
Temporal changes in soils of forest landscapes of the forest-steppe zone - Haplic Luvisols and Greyz...
In some cases, the human impact on ancient landscapes has been so profound that local soils still re...
We reconstructed climate change during the second half of the Holocene for the Minusinsk (southern S...