<abstract xml:lang="en" xmlns="http://www.w3.org/1999/xhtml"><p>The potential usefulness of taphonomical research for studies of Pleistocene mammal remains is detailed. The required taphonomical research involves two stages. The first one is the biostratinomical stage, which concerns the time between the death of the organism and its burial; for this time-span, the spatial distribution of the remnants is analysed, as well as the weathering marks, the activity of predators (i.e. gnawing and digestion), the influence of temperature, intentional human activity, rodent marks (i.e. gnawing), and trampling. in the second one is the diagenetic stage, which deals with the time-span from the burial of the remnants to their discovery; for this time-span, the influence of physical and chemical processes (including diagenetic alterations of the deposit, the influence of water, and plant-root marks) are considered.</p><p>The application of taphonomical analysis provides the possibility of reconstructing the environmental conditions under which the skeleton or bone complex was preserved, as well as the depositional history of the bones (postconsumption remnants, flood remains, accumulation of bones by predators). This opens new possibilities for the study of Pleistocene bones in Poland.</p></abstract>

The potential usefulness of taphonomical research for studies of Pleistocene mammal remains is detailed. The required taphonomical research involves two stages. The first one is the biostratinomical stage, which concerns the time between the death of the organism and its burial; for this time-span, the spatial distribution of the remnants is analysed, as well as the weathering marks, the activity of predators (i.e. gnawing and digestion), the influence of temperature, intentional human activity, rodent marks (i.e. gnawing), and trampling. in the second one is the diagenetic stage, which deals with the time-span from the burial of the remnants to their discovery; for this time-span, the influence of physical and chemical processes (including diagenetic alterations of the deposit, the influence of water, and plant-root marks) are considered.The application of taphonomical analysis provides the possibility of reconstructing the environmental conditions under which the skeleton or bone complex was preserved, as well as the depositional history of the bones (postconsumption remnants, flood remains, accumulation of bones by predators). This opens new possibilities for the study of Pleistocene bones in Poland.

The usefulness of a taphonomic approach for studies of Pleistocene mammals

Institute of Geology, Adam Mickiewicz University, Maków Polnych 16, 61-606 Poznań

Geologos

{"article-title":"The usefulness of a taphonomic approach for studies of Pleistocene mammals"}

The potential usefulness of taphonomical research for studies of Pleistocene mammal remains is detailed. The required taphonomical research involves two...

The usefulness of a taphonomic approach for studies of Pleistocene mammals

Published Online: Oct 22, 2010

Page range: 183 - 189

DOI: https://doi.org/10.2478/v10118-009-0012-z

Keywords
taphonomy, Pleistocene, mammals', bones

This content is open access.

The usefulness of a taphonomic approach for studies of Pleistocene mammals

Published Online: Oct 22, 2010

Page range: 183 - 189

DOI: https://doi.org/10.2478/v10118-009-0012-z

Keywordstaphonomy, Pleistocene, mammals', bones

This content is open access.

Keywords
taphonomy, Pleistocene, mammals', bones