Obliquity‐driven mountain permafrost‐related fluvial magnetic susceptibility cycles in the Quaternary mid‐latitude long‐term (2.5 Ma) fluvial Maros Fan in the Pannonian Basin
<jats:p>Magnetic susceptibility (MS) of the Quaternary long‐term mid‐latitude Maros fluvial fan (Pannonian Basin) was recorded to understand the stratigraphical features of source‐proximal fluvial depositional settings. Three fully cored 500‐m‐deep boreholes were sampled at 0.5‐m intervals; lo...
Main Authors: | , , , , , , , , , , , , , , , , |
---|---|
Format: | Article in Journal/Newspaper |
Language: | English |
Published: |
Wiley
2023
|
Subjects: | |
Online Access: | https://www.repository.cam.ac.uk/handle/1810/350283 |
id |
ftunivcam:oai:www.repository.cam.ac.uk:1810/350283 |
---|---|
record_format |
openpolar |
spelling |
ftunivcam:oai:www.repository.cam.ac.uk:1810/350283 2024-02-04T10:03:50+01:00 Obliquity‐driven mountain permafrost‐related fluvial magnetic susceptibility cycles in the Quaternary mid‐latitude long‐term (2.5 Ma) fluvial Maros Fan in the Pannonian Basin Püspöki, Zoltán Gibbard, Philip L Kiss, László Ferenc McIntosh, Richard W Thamó‐Bozsó, Edit Krassay, Zita Szappanos, Bálint Maigut, Vera Kovács, Péter Karácsony, Dominik Stercel, Ferenc Visnovitz, Ferenc Demény, Krisztina Bereczki, László Szőcs, Teodóra Rotár‐Szalkai, Ágnes Fancsik, Tamás 2023-05-25T07:40:08Z text/xml application/pdf https://www.repository.cam.ac.uk/handle/1810/350283 en eng eng Wiley http://dx.doi.org/10.1111/bor.12618 Boreas https://www.repository.cam.ac.uk/handle/1810/350283 Article 2023 ftunivcam 2024-01-11T23:21:09Z <jats:p>Magnetic susceptibility (MS) of the Quaternary long‐term mid‐latitude Maros fluvial fan (Pannonian Basin) was recorded to understand the stratigraphical features of source‐proximal fluvial depositional settings. Three fully cored 500‐m‐deep boreholes were sampled at 0.5‐m intervals; low‐field and frequency dependent MS were measured, and complementary hysteresis and SEM‐EDAX investigations were performed on selected samples. Logged susceptibility data were also used to log correlations established by a simultaneous comparison of wireline log and laboratory measurements. Time‐series analyses of the susceptibility records reveal a ~41‐ka and ~100‐ka cyclicity. Towards the source‐distal sections the intensity of the ~41‐ka cycles decreases, while that of the ~100‐ka cycles remains strong. Stratigraphical and spectral similarities were observed between the Maros fluvial fan and Chinese loess records; however, based on complementary magnetic data, the magnetic phase of the Maros Fan sections is related to the detrital magnetite that originates from the catchment during early postglacial permafrost degradations. The amplification of the ~41‐ka cycles can be attributed to the very high susceptibility values in source‐proximal settings and to the special stratigraphical feature of the distributive fluvial systems. This comprises the increased avulsion frequency on the fluvial fans in ‘glacial recession periods’, in concert with the ‘early postglacial’ occurrence of the permafrost‐related magnetite originating from the catchment. As a local phenomenon, this is significant since it records the obliquity‐driven variations in permafrost development in a catchment. However, fluvial and alluvial fans are widespread depositional landforms within the Eurasian mountain range and were possibly the same during the Quaternary deglaciations. Thus, obliquity‐driven magnetic susceptibility variations in source‐proximal fan deposits attached or adjacent to regions of loess deposition should also be considered when ... Article in Journal/Newspaper permafrost Apollo - University of Cambridge Repository |
institution |
Open Polar |
collection |
Apollo - University of Cambridge Repository |
op_collection_id |
ftunivcam |
language |
English |
description |
<jats:p>Magnetic susceptibility (MS) of the Quaternary long‐term mid‐latitude Maros fluvial fan (Pannonian Basin) was recorded to understand the stratigraphical features of source‐proximal fluvial depositional settings. Three fully cored 500‐m‐deep boreholes were sampled at 0.5‐m intervals; low‐field and frequency dependent MS were measured, and complementary hysteresis and SEM‐EDAX investigations were performed on selected samples. Logged susceptibility data were also used to log correlations established by a simultaneous comparison of wireline log and laboratory measurements. Time‐series analyses of the susceptibility records reveal a ~41‐ka and ~100‐ka cyclicity. Towards the source‐distal sections the intensity of the ~41‐ka cycles decreases, while that of the ~100‐ka cycles remains strong. Stratigraphical and spectral similarities were observed between the Maros fluvial fan and Chinese loess records; however, based on complementary magnetic data, the magnetic phase of the Maros Fan sections is related to the detrital magnetite that originates from the catchment during early postglacial permafrost degradations. The amplification of the ~41‐ka cycles can be attributed to the very high susceptibility values in source‐proximal settings and to the special stratigraphical feature of the distributive fluvial systems. This comprises the increased avulsion frequency on the fluvial fans in ‘glacial recession periods’, in concert with the ‘early postglacial’ occurrence of the permafrost‐related magnetite originating from the catchment. As a local phenomenon, this is significant since it records the obliquity‐driven variations in permafrost development in a catchment. However, fluvial and alluvial fans are widespread depositional landforms within the Eurasian mountain range and were possibly the same during the Quaternary deglaciations. Thus, obliquity‐driven magnetic susceptibility variations in source‐proximal fan deposits attached or adjacent to regions of loess deposition should also be considered when ... |
format |
Article in Journal/Newspaper |
author |
Püspöki, Zoltán Gibbard, Philip L Kiss, László Ferenc McIntosh, Richard W Thamó‐Bozsó, Edit Krassay, Zita Szappanos, Bálint Maigut, Vera Kovács, Péter Karácsony, Dominik Stercel, Ferenc Visnovitz, Ferenc Demény, Krisztina Bereczki, László Szőcs, Teodóra Rotár‐Szalkai, Ágnes Fancsik, Tamás |
spellingShingle |
Püspöki, Zoltán Gibbard, Philip L Kiss, László Ferenc McIntosh, Richard W Thamó‐Bozsó, Edit Krassay, Zita Szappanos, Bálint Maigut, Vera Kovács, Péter Karácsony, Dominik Stercel, Ferenc Visnovitz, Ferenc Demény, Krisztina Bereczki, László Szőcs, Teodóra Rotár‐Szalkai, Ágnes Fancsik, Tamás Obliquity‐driven mountain permafrost‐related fluvial magnetic susceptibility cycles in the Quaternary mid‐latitude long‐term (2.5 Ma) fluvial Maros Fan in the Pannonian Basin |
author_facet |
Püspöki, Zoltán Gibbard, Philip L Kiss, László Ferenc McIntosh, Richard W Thamó‐Bozsó, Edit Krassay, Zita Szappanos, Bálint Maigut, Vera Kovács, Péter Karácsony, Dominik Stercel, Ferenc Visnovitz, Ferenc Demény, Krisztina Bereczki, László Szőcs, Teodóra Rotár‐Szalkai, Ágnes Fancsik, Tamás |
author_sort |
Püspöki, Zoltán |
title |
Obliquity‐driven mountain permafrost‐related fluvial magnetic susceptibility cycles in the Quaternary mid‐latitude long‐term (2.5 Ma) fluvial Maros Fan in the Pannonian Basin |
title_short |
Obliquity‐driven mountain permafrost‐related fluvial magnetic susceptibility cycles in the Quaternary mid‐latitude long‐term (2.5 Ma) fluvial Maros Fan in the Pannonian Basin |
title_full |
Obliquity‐driven mountain permafrost‐related fluvial magnetic susceptibility cycles in the Quaternary mid‐latitude long‐term (2.5 Ma) fluvial Maros Fan in the Pannonian Basin |
title_fullStr |
Obliquity‐driven mountain permafrost‐related fluvial magnetic susceptibility cycles in the Quaternary mid‐latitude long‐term (2.5 Ma) fluvial Maros Fan in the Pannonian Basin |
title_full_unstemmed |
Obliquity‐driven mountain permafrost‐related fluvial magnetic susceptibility cycles in the Quaternary mid‐latitude long‐term (2.5 Ma) fluvial Maros Fan in the Pannonian Basin |
title_sort |
obliquity‐driven mountain permafrost‐related fluvial magnetic susceptibility cycles in the quaternary mid‐latitude long‐term (2.5 ma) fluvial maros fan in the pannonian basin |
publisher |
Wiley |
publishDate |
2023 |
url |
https://www.repository.cam.ac.uk/handle/1810/350283 |
genre |
permafrost |
genre_facet |
permafrost |
op_relation |
https://www.repository.cam.ac.uk/handle/1810/350283 |
_version_ |
1789971598512488448 |