About the age and depositional depth of the sediments with reported bipedal footprints at Trachilos (NW Crete, Greece)

Abstract New data on the foraminifers and the regional geological setting of the Trachilos sediments (NW Crete, Greece) from which Gierlinski et al. (Proc Geol Assoc 128: 697–710, 2017) described hominin-like footprints show that the published 6.05 Ma-shallow marine interpretation is incorrect. In o...

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Main Authors: Willem Jan Zachariasse, Lucas J. Lourens
Format: Article
Language:English
Published: Nature Portfolio 2022-11-01
Series:Scientific Reports
Online Access:https://doi.org/10.1038/s41598-022-23296-5
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author Willem Jan Zachariasse
Lucas J. Lourens
author_facet Willem Jan Zachariasse
Lucas J. Lourens
author_sort Willem Jan Zachariasse
collection DOAJ
description Abstract New data on the foraminifers and the regional geological setting of the Trachilos sediments (NW Crete, Greece) from which Gierlinski et al. (Proc Geol Assoc 128: 697–710, 2017) described hominin-like footprints show that the published 6.05 Ma-shallow marine interpretation is incorrect. In our new interpretation, the Trachilos succession is Late Pliocene and part of a shallowing marine series that became subaerially exposed some 3 millions of years ago. Placed in a larger geological context, Crete was an island during the Late Pliocene and separated by ~ 100 km of open sea from the nearest European mainland, and therefore out of reach of Late Pliocene hominins.
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spelling doaj.art-382217eb28ff4bedbb3e733cf0f6ab772022-12-22T04:38:25ZengNature PortfolioScientific Reports2045-23222022-11-0112111010.1038/s41598-022-23296-5About the age and depositional depth of the sediments with reported bipedal footprints at Trachilos (NW Crete, Greece)Willem Jan Zachariasse0Lucas J. Lourens1Department of Earth Sciences, Faculty of Geoscience, Utrecht UniversityDepartment of Earth Sciences, Faculty of Geoscience, Utrecht UniversityAbstract New data on the foraminifers and the regional geological setting of the Trachilos sediments (NW Crete, Greece) from which Gierlinski et al. (Proc Geol Assoc 128: 697–710, 2017) described hominin-like footprints show that the published 6.05 Ma-shallow marine interpretation is incorrect. In our new interpretation, the Trachilos succession is Late Pliocene and part of a shallowing marine series that became subaerially exposed some 3 millions of years ago. Placed in a larger geological context, Crete was an island during the Late Pliocene and separated by ~ 100 km of open sea from the nearest European mainland, and therefore out of reach of Late Pliocene hominins.https://doi.org/10.1038/s41598-022-23296-5
spellingShingle Willem Jan Zachariasse
Lucas J. Lourens
About the age and depositional depth of the sediments with reported bipedal footprints at Trachilos (NW Crete, Greece)
Scientific Reports
title About the age and depositional depth of the sediments with reported bipedal footprints at Trachilos (NW Crete, Greece)
title_full About the age and depositional depth of the sediments with reported bipedal footprints at Trachilos (NW Crete, Greece)
title_fullStr About the age and depositional depth of the sediments with reported bipedal footprints at Trachilos (NW Crete, Greece)
title_full_unstemmed About the age and depositional depth of the sediments with reported bipedal footprints at Trachilos (NW Crete, Greece)
title_short About the age and depositional depth of the sediments with reported bipedal footprints at Trachilos (NW Crete, Greece)
title_sort about the age and depositional depth of the sediments with reported bipedal footprints at trachilos nw crete greece
url https://doi.org/10.1038/s41598-022-23296-5
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