Roundhouses are ubiquitous features of Iron Age landscapes across North West Europe, yet the way they were used internally is not well understood. We demonstrate how spatial analyses of steroid lipid biomarkers advances our understanding of household activities, living conditions and animal management associated with a well-preserved 5th century BCE roundhouse from Scotland's first Iron Age wetland village, Black Loch of Myrton, especially when combined with more traditional archaeological approaches. Faecal steroids (5β-stanols and bile acids) are well preserved within the wetland roundhouse floor deposits. Diffuse faecal inputs are identified within these deposits, limiting the resolution of faecal source discrimination compared with stud...
Ancient faecal material is becoming a highly valuable more frequently investigated proxy with which ...
Direct evidence of ancient human occupation is typically established through archaeological excavati...
Small organic molecules, lipids, proteins, and DNA fragments can remain stable over centuries. Power...
Roundhouses are ubiquitous features of Iron Age landscapes across North West Europe, yet the way the...
Roundhouses are ubiquitous features of Iron Age landscapes across North West Europe, yet the way the...
International audienceFor ancient societies, the control of agriculture and animal domestication wer...
<div><p>Steroids are used as faecal markers in environmental and in archaeological studies, because ...
Steroids are used as faecal markers in environmental and in archaeological studies, because they pro...
The analysis of faecal biomarkers in lake sediments has been used to reconstruct human population de...
International audienceThis paper presents the potential of 5β-stanols and bile acids to act as fecal...
: The identification of the mammalian species based on faecal sediments in modern and ancient enviro...
[EN]Faecal matter is commonly recovered from archaeological sites related to human/animal activity. ...
This research is part of the HUMANOR project funded by the JPI Climate Consortium by the Economic an...
Direct evidence of ancient human occupation is typically established through archaeological excavati...
Direct evidence of ancient human occupation is typically established through archaeological excavati...
Ancient faecal material is becoming a highly valuable more frequently investigated proxy with which ...
Direct evidence of ancient human occupation is typically established through archaeological excavati...
Small organic molecules, lipids, proteins, and DNA fragments can remain stable over centuries. Power...
Roundhouses are ubiquitous features of Iron Age landscapes across North West Europe, yet the way the...
Roundhouses are ubiquitous features of Iron Age landscapes across North West Europe, yet the way the...
International audienceFor ancient societies, the control of agriculture and animal domestication wer...
<div><p>Steroids are used as faecal markers in environmental and in archaeological studies, because ...
Steroids are used as faecal markers in environmental and in archaeological studies, because they pro...
The analysis of faecal biomarkers in lake sediments has been used to reconstruct human population de...
International audienceThis paper presents the potential of 5β-stanols and bile acids to act as fecal...
: The identification of the mammalian species based on faecal sediments in modern and ancient enviro...
[EN]Faecal matter is commonly recovered from archaeological sites related to human/animal activity. ...
This research is part of the HUMANOR project funded by the JPI Climate Consortium by the Economic an...
Direct evidence of ancient human occupation is typically established through archaeological excavati...
Direct evidence of ancient human occupation is typically established through archaeological excavati...
Ancient faecal material is becoming a highly valuable more frequently investigated proxy with which ...
Direct evidence of ancient human occupation is typically established through archaeological excavati...
Small organic molecules, lipids, proteins, and DNA fragments can remain stable over centuries. Power...