Coprophilous fungal spores: non-pollen palynomorphs for the study of past megaherbivores
EN van Asperen, A Perrotti, A Baker - 2021 - pubs.geoscienceworld.org
EN van Asperen, A Perrotti, A Baker
2021•pubs.geoscienceworld.orgSpores from coprophilous fungi are some of the most widely used non-pollen palynomorphs.
Over the last decades, these spores have become increasingly important as a proxy to study
the Pleistocene and Holocene megafauna. Although the number of types used in
palaeoecology is relatively small, there is a wide range of coprophilous fungal taxa whose
utility in palaeoenvironmental reconstruction remains under-researched. However,
environmental and taphonomic factors influencing preservation and recovery of these …
Over the last decades, these spores have become increasingly important as a proxy to study
the Pleistocene and Holocene megafauna. Although the number of types used in
palaeoecology is relatively small, there is a wide range of coprophilous fungal taxa whose
utility in palaeoenvironmental reconstruction remains under-researched. However,
environmental and taphonomic factors influencing preservation and recovery of these …
Abstract
Spores from coprophilous fungi are some of the most widely used non-pollen palynomorphs. Over the last decades, these spores have become increasingly important as a proxy to study the Pleistocene and Holocene megafauna. Although the number of types used in palaeoecology is relatively small, there is a wide range of coprophilous fungal taxa whose utility in palaeoenvironmental reconstruction remains under-researched. However, environmental and taphonomic factors influencing preservation and recovery of these spores are still poorly understood. Furthermore, our understanding of whether and how spores are transported across the landscape is limited.
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