Britain and Ireland have a maritime and temperate climate and, in a European context, very good data sets of palaeo-climate proxies, particularly from wetlands in the west and north of the islands. It is interesting, therefore, that there is no consensus as to whether the 4.2 ka BP climate event can be identified. The event has not featured in recent discussions of the archaeology in the centuries either side of 2200 BC. Instead much recent work on the Late Neolithic in Britain and Ireland (c. 3000–2400 BC) has concentrated on monuments and landscapes. In contrast, recent work in England and Scotland on the 23rd century BC to the 21st century BC has concentrated on Bell Beaker and Early Bronze Age burials and grave goods and has emphasised ...
The impact of rapid climate change on contemporary human populations is of global concern. To contex...
Neolithic c 4300/3900 BC to c2450 BC Some time between 4300 BC and 3900 BC a new way of living, f...
Long-term climate records such as SPECMAP and EPICA imply that the early Middle Pleistocene (Marine ...
Abandonment of farming systems on upland areas in southwest Britain during the Late Bronze Age – som...
Palaeoenvironmental and archaeological data from several regions around the world show evidence of a...
A multi-disciplinary study assessing the evidence for agriculture in Neolithic Ireland is presented,...
Time is significantly under-theorised in the study of Irish prehistory, and evidence continues to be...
A multiproxy (pollen, microcharcoal, loss-on-ignition, magnetic susceptibility and geochemistry) seq...
During the first half of the 3rd millennium BC Ireland experienced significant cultural changes in w...
This thesis assesses the environmental marginality of a site at the Atlantic fringe of the British I...
This thesis presents the results of an investigation of the relationships between peatland hydrology...
Pioneer studies of peat stratigraphy in Scandinavia led to division of the Holocene into climatic pe...
Over the last twenty years there have been tremendous advances in our knowledge of climate change in...
The relationship between climatic variations, vegetation dynamics and early human activity between c...
The Neolithic is a transformative period marked by major cultural, social and technological change a...
The impact of rapid climate change on contemporary human populations is of global concern. To contex...
Neolithic c 4300/3900 BC to c2450 BC Some time between 4300 BC and 3900 BC a new way of living, f...
Long-term climate records such as SPECMAP and EPICA imply that the early Middle Pleistocene (Marine ...
Abandonment of farming systems on upland areas in southwest Britain during the Late Bronze Age – som...
Palaeoenvironmental and archaeological data from several regions around the world show evidence of a...
A multi-disciplinary study assessing the evidence for agriculture in Neolithic Ireland is presented,...
Time is significantly under-theorised in the study of Irish prehistory, and evidence continues to be...
A multiproxy (pollen, microcharcoal, loss-on-ignition, magnetic susceptibility and geochemistry) seq...
During the first half of the 3rd millennium BC Ireland experienced significant cultural changes in w...
This thesis assesses the environmental marginality of a site at the Atlantic fringe of the British I...
This thesis presents the results of an investigation of the relationships between peatland hydrology...
Pioneer studies of peat stratigraphy in Scandinavia led to division of the Holocene into climatic pe...
Over the last twenty years there have been tremendous advances in our knowledge of climate change in...
The relationship between climatic variations, vegetation dynamics and early human activity between c...
The Neolithic is a transformative period marked by major cultural, social and technological change a...
The impact of rapid climate change on contemporary human populations is of global concern. To contex...
Neolithic c 4300/3900 BC to c2450 BC Some time between 4300 BC and 3900 BC a new way of living, f...
Long-term climate records such as SPECMAP and EPICA imply that the early Middle Pleistocene (Marine ...