Palaeoenvironmental implications from Lower Volga loess - Joint magnetic fabric and multi-proxy analyses

Palaeoenvironmental implications from Lower Volga loess - Joint magnetic fabric and multi-proxy analyses

Magnetic fabric (MF) investigations complemented by geochemical and grain surface analyses of the understudied and controversial marine isotope stage (MIS) 5 b, 4 and 3 loess deposits in the Lower Volga region, Russia show that the material has been transported and deposited by wind and to a large e...

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Bibliographic Details
Main Authors: Almqvist, B. (Author), Banak, A. (Author), Bradák, B. (Author), Költringer, C. (Author), Kurbanov, R. (Author), Lindner, M. (Author), Snowball, I. (Author), Stevens, T. (Author)
Format: Article
Language:English
Published: Elsevier Ltd 2021
Subjects:
Anisotropy of magnetic susceptibility
Chemical alteration
cryogenic fluid
deposition
Deposition
Grain surface
Loess
magnetic fabric
Magnetic fabrics
magnetic method
Magnetic susceptibility
Magnetism
marine isotope stage
Marine isotope stages
Northern caspian sea region
Northern Caspian Sea region
Palaeoclimate reconstruction
Palaeowind
Palaeowinds
paleoenvironment
pedogenesis
Post-depositional reworking
proxy climate record
Russian Federation
Scanning electron microscopy
Scanning electrons
sediment transport
Sediments
Volga River
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