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Environ Archaeol 2
Title
The title of the publication or report
Title:
Environ Archaeol 2
Series
The series the publication or report is included in
Series:
Circaea
Volume
Volume number and part
Volume:
2
Publication Type
The type of publication - report, monograph, journal article or chapter from a book
Publication Type:
Journal
Year of Publication
The year the book, article or report was published
Year of Publication:
1998
Note
Extra information on the publication or report.
Note:
Date Of Issue From: 1998
Source
Where the record has come from or which dataset it was orginally included in.
Source:
BIAB (The British & Irish Archaeological Bibliography (BIAB))
Relations
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Relations:
URI:
http://www.ingentaconnect.com/content/maney/env/1997/00000002/00000001
Created Date
The date the record of the pubication was first entered
Created Date:
20 Jan 2002
Please click on an Article link to go to the Article Details.
Article Title
Access Type
Author / Editor
Page
Start/End
Abstract
Environmental archaeology: a matter of definition
Terry P O'Connor
1 - 6
The aims and definitions of environmental archaeology are discussed, with particular attention to distinguishing the means of the discipline from its aims. Contributions to biogeography and other disciplines are reviewed. It is argued that environmental archaeology can be seen as an ecological subject, concerned with interaction and process. This paradigm integrates all forms of evidence, including soils and sediments, and overcomes the discipline's tendency to be reductionist.
Stress as an aspect of environmental studies
Don R Brothwell
7 - 13
`Stress' is a term little used as yet in palaeoecological studies, but there is a need to understand this concept. Stress refers to mainly environmental challenges to organisms and may be mild or life threatening. Reactions to stress may be acute and structural, or slow, subtle and more long term, beginning with behavioural or physiological responses but leading to immune problems, disease and possibly death. Stress situations may be complex and not easy to detect in archaeological material. However, as stress is linked to adaptive microevolution in all species, it is thought to be a concept to be kept in mind in palaeoecological interpretation.
Fishing in the Northern Isles: a case study based on fish bone assemblages from two multi-period sites on Sanday, Orkney
Rebecca A Nicholson
15 - 28
At Tofts Ness and Pool, Sanday, Orkney, fish bones dating from the Neolithic through to the eleventh century have been excavated, providing an opportunity to examine the development of fishing through prehistory and through the critical period of Viking colonisation, when it has been argued that commercial fishing began on Orkney. It appears that even in the Neolithic some fishing was may have been conducted away from the shore, and that fish may have provided more than just basic nutrition. Around the time of Viking colonisation fishing became more specialised, but so far there is no evidence of commercial fishing on Sanday.
Wheat grain identification -- why bother?
Glynis Jones
29 - 34
This paper reviews the practicality and potential benefits of identifying wheat grains from archaeobotanical assemblages. Despite the difficulties involved in the taxonomic identification of individual grains, it is concluded that classifying grains into morphological types is important for the interpretation of grain assemblages.
Recording the preservational condition of archaeological insect fossils
Harry Kenward
Frances Large
49 - 60
The state of preservation of archaeological fossils may provide information crucial to their interpretation and for making curatorial decisions concerning the buried heritage. An established scheme for recording the condition of archaeological insect remains preserved by anoxic waterlogging is examined and found inadequate, failing to represent the complexity of decay properties and pathways. A particular weakness was its focus on whole assemblages rather than the individual remains of which they were composed. A new scheme is proposed which takes account of the heterogeneity of preservation in single assemblages, and makes use of a wider set of properties including colour changes. Range, mode, mode strength and distribution of values are recorded for the major properties (i.e. erosion or chemical degradation, fragmentation or mechanical damage, and colour changes). A form and accompanying flow sheet designed to ensure systematic recording of these properties under the new scheme are presented, and its success to date considered.
Animal hair in medieval ship caulking throws light on livestock types
Michael L Ryder
61 - 66
Diameter measurements of nearly 200 samples of hair caulking from medieval boat timbers excavated in London threw light on livestock type and husbandry practices. Cattle hair (44%) with a primitive coat structure predominated in the earlier centuries, while those with a `modern's coat structure predominated later, and these were mostly black. The goat hair (38%) had only one type of coat and the overall mean fibre diameter of the underwool was 13.4 microns compared with 14.7 microns in surviving feral goats. About half the goat hair samples (again from the later centuries) were black and half grey, with only one white animal. There was evidence that death of the cattle and goats had occurred during autumn and/or winter. Sheep's wool formed 18% of the samples and there were more hairy fleeces than found in medieval clothing. Most of the wool was grey; there were no black samples and only one white one.
The organisation of a zoo-archaeological reference collection of bird bones
Elaine Corke
Simon J M Davis
Sebastian Payne
67 - 69
This note describes the organisation of part of a reference collection of bird bones, in a series of drawers. The layout takes into consideration a) part of the skeleton (all humeri, for example, are housed together), b) size (smallest species are in the first drawer, larger in the second and so on), and c) taxonomic position (within each drawer specimens within orders, whose labels are colour-coded, are grouped together). Empty cells, reserved for species still missing from the collection, serve as reminders of possible alternative identifications for an archaeological specimen and therefore help to prevent the tendency of forcing identification to what is present in the reference collection.