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2014
Journal article
Species identification of archaeological marine mammals using collagen fingerprinting
Throughout human history, coastal and marine resources have been a vital part of human subsistence. As a result archaeological faunal assemblages from coastal sites often contain large quantities of skeletal remains indicative of human interaction with marine mammals. However, these are often hard to identify due to a unique combination...Buckley, M ; Fraser, S ; Herman, Jeremy S ; Melton, N D ; Mulville, J …
Proteomics, Cetaceans, Marine mammals, Pinnipeds, Archaeological collagen, ZooMS, and Species identification
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2015
Journal article
Corrigendum to “Species identification of archaeological marine mammals using collagen fingerprinting” [YJASC 41 (2014) 631–641]
Throughout human history, coastal and marine resources have been a vital part of human subsistence. As a result archaeological faunal assemblages from coastal sites often contain large quantities of skeletal remains indicative of human interaction with marine mammals. However, these are often hard to identify due to a unique combination...Buckley, M ; Fraser, S ; Herman, Jeremy S ; Melton, N D ; Mulville, J …
Proteomics, Cetaceans, Marine mammals, Pinnipeds, Archaeological collagen, ZooMS, and Species identification
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2018
Journal article
Species identification of voles and lemmings from Late Pleistocene deposits in Pin Hole Cave (Creswell Crags, UK) using collagen fingerprinting
Microfaunal remains are commonly used as palaeoenvironmental proxies and have been proposed as a means to identify relative ages of Late Quaternary deposits through biostratigraphy (i.e., utilising ‘Mammal Assemblage Zones’). However, assemblages of faunal remains can include a diverse range of taxa which are often difficult to distinguish using morphological...