Peatland environments, in contrast to ‘dry-land’ sites, preserve organic material, including anthropogenic objects, because they are anaerobic, and are therefore of great importance to archaeology. Peat also preserves macro- and micro- paleoenvironmental evidence and is the primary resource for understanding past climates and ecology. Archaeological sites often lie within or at the base of wet, deep, homogenous peat rendering them invisible to surface observers. As a result, they most often c..
This copy of this thesis has been supplied on the condition that anyone who consults it is understoo...
This article explores the application of geophysical and soil geochemical methods to detect archaeol...
Owing to their anoxic environment, peatlands play an important role in the preservation of records d...
Waterlogged sites in peat often preserve organic material, both in the form of artefacts and pa1aeoe...
Waterlogged sites in peat often preserve organic material, both in the form of artefacts and pa1aeoe...
UK uplands preserve a rich history of human inhabitation and environmental change through standing m...
In order to systematically investigate the potential of conventional near surface geophysical techni...
In a recent discussion of research priorities for palaeoecology, it was suggested that palaeoecologi...
Many peatlands have a recent history of being degraded by extraction, drainage, burning, overgrazing...
The surface pattern of vegetation influences the composition and humification of peat laid down duri...
Investigating the archaeology of submerged landscapes beneath many metres of sea and buried under m...
Globally, peatlands are regarded as important carbon stores and their conservation essential for ens...
Large areas of upland mire and moorland in Northwest Europe are regarded as degraded, not actively p...
Hydrology has been suggested as the mechanism controlling vegetation and related surficial pore-wate...
In a recent discussion of research priorities for palaeoecology, it was suggested that palaeoecologi...
This copy of this thesis has been supplied on the condition that anyone who consults it is understoo...
This article explores the application of geophysical and soil geochemical methods to detect archaeol...
Owing to their anoxic environment, peatlands play an important role in the preservation of records d...
Waterlogged sites in peat often preserve organic material, both in the form of artefacts and pa1aeoe...
Waterlogged sites in peat often preserve organic material, both in the form of artefacts and pa1aeoe...
UK uplands preserve a rich history of human inhabitation and environmental change through standing m...
In order to systematically investigate the potential of conventional near surface geophysical techni...
In a recent discussion of research priorities for palaeoecology, it was suggested that palaeoecologi...
Many peatlands have a recent history of being degraded by extraction, drainage, burning, overgrazing...
The surface pattern of vegetation influences the composition and humification of peat laid down duri...
Investigating the archaeology of submerged landscapes beneath many metres of sea and buried under m...
Globally, peatlands are regarded as important carbon stores and their conservation essential for ens...
Large areas of upland mire and moorland in Northwest Europe are regarded as degraded, not actively p...
Hydrology has been suggested as the mechanism controlling vegetation and related surficial pore-wate...
In a recent discussion of research priorities for palaeoecology, it was suggested that palaeoecologi...
This copy of this thesis has been supplied on the condition that anyone who consults it is understoo...
This article explores the application of geophysical and soil geochemical methods to detect archaeol...
Owing to their anoxic environment, peatlands play an important role in the preservation of records d...