The Radiocarbon dating bone samples recovered from gravel sites is an Aggregates Levy Sustainability Fund project as rebursed by English Heritage. The project was undertaken by the Oxford Radiocarbon Accelerator Unit. Radiocarbon pre-treatment chemistry is costly and time-consuming and so it is often not feasible to attempt to date bones, especially in large numbers, from gravel sites or others known for poor bone preservation. However, sites which predominantly yield bone which contain insufficient surviving collagen to date (ie <1% of the pristine amount) do include a small fraction of bones in which collagen is better retained
International audienceRadiocarbon dating archaeological bone typically requires 300-1000 mg material...
International audienceRadiocarbon dating archaeological bone typically requires 300-1000 mg material...
Rationale For radiocarbon results to be accurate, samples must be free of contaminating carbon. Samp...
Under certain environmental conditions, post-depositional diagenetic loss of bone collagen can sever...
Under certain environmental conditions, post-depositional diagenetic loss of bone collagen can sever...
It is becoming increasingly clear that in order to generate accurate radiocarbon dates for bone coll...
It is becoming increasingly clear that in order to generate accurate radiocarbon dates for bone coll...
Radiocarbon dating archaeological bone typically requires 300–1000 mg material using standard protoc...
It is becoming increasingly clear that in order to generate accurate radiocarbon dates for bone coll...
Radiocarbon dating archaeological bone typically requires 300–1000 mg material using standard protoc...
During the laboratory pretreatment of samples for radiocarbon dating, small amounts of carbon may be...
Radiocarbon dating archaeological bone typically requires 300–1000 mg material using standard protoc...
International audienceRadiocarbon dating archaeological bone typically requires 300-1000 mg material...
International audienceRadiocarbon dating archaeological bone typically requires 300-1000 mg material...
International audienceRadiocarbon dating archaeological bone typically requires 300-1000 mg material...
International audienceRadiocarbon dating archaeological bone typically requires 300-1000 mg material...
International audienceRadiocarbon dating archaeological bone typically requires 300-1000 mg material...
Rationale For radiocarbon results to be accurate, samples must be free of contaminating carbon. Samp...
Under certain environmental conditions, post-depositional diagenetic loss of bone collagen can sever...
Under certain environmental conditions, post-depositional diagenetic loss of bone collagen can sever...
It is becoming increasingly clear that in order to generate accurate radiocarbon dates for bone coll...
It is becoming increasingly clear that in order to generate accurate radiocarbon dates for bone coll...
Radiocarbon dating archaeological bone typically requires 300–1000 mg material using standard protoc...
It is becoming increasingly clear that in order to generate accurate radiocarbon dates for bone coll...
Radiocarbon dating archaeological bone typically requires 300–1000 mg material using standard protoc...
During the laboratory pretreatment of samples for radiocarbon dating, small amounts of carbon may be...
Radiocarbon dating archaeological bone typically requires 300–1000 mg material using standard protoc...
International audienceRadiocarbon dating archaeological bone typically requires 300-1000 mg material...
International audienceRadiocarbon dating archaeological bone typically requires 300-1000 mg material...
International audienceRadiocarbon dating archaeological bone typically requires 300-1000 mg material...
International audienceRadiocarbon dating archaeological bone typically requires 300-1000 mg material...
International audienceRadiocarbon dating archaeological bone typically requires 300-1000 mg material...
Rationale For radiocarbon results to be accurate, samples must be free of contaminating carbon. Samp...