This book presents and celebrates the mile-long Thames Street in the City of London and the land south of it to the River Thames as an archaeological asset. Four Museum of London excavations of 1974–84 are presented: Swan Lane, Seal House, New Fresh Wharf and Billingsgate Lorry Park. Here the findings of the period 1100–1666 are presented.

This volume, covering the period 1666–1800, considers the archaeology of the port of London on a wide scale, from the City down the Thames to Deptford. During this period, with the waterfront at its centre, London became the hub of the new British empire, contributing to the exploitation of people from other lands known as slavery.

Industrialization is a notoriously complex issue in terms of the hazards and benefits it has brought to human beings in our endeavors to improve our lives. This is never more evident than in the field of health and medicine, where there are many questions about the causes and treatments of diseases we commonly encounter today, such as cancer, diabetes and degenerative age-related conditions. Are there genetic predispositions to these conditions? Are they a mirror of our modern lifestyles, driven by our fast-paced lifestyles or have they always existed but gone undetected? The archive of human skeletal remains at the Museum of London provides a large bank of evidence that has been explored here, along with other skeletal collections from around England, to investigate how far some of these diseases go back in time and what we can tell about the influence of living environments past and present on human health. The Industrial Period was a key period in human history where substantial change occurred to the population’s lifestyles, in terms of occupations, housing and diet as well as leisurely past-times, all of which would have impacted on their health. London had become the most densely populated metropolis in the world, the beating heart of trade and consumerism, an unambiguous example of the urban experience in the Industrial age. Using up-to-date medical imaging technologies in addition to osteoarchaeological examination of human skeletal remains, we have been able to establish the presence of modern day diseases in individuals living in the past, both before and during Industrialization, to compare to rates in UK populations today. By re-examining the skeletal evidence, we have traced how the perils of unregulated rural and urban lives, changing food consumption, transport, technologies as well as improving medical treatment and life expectancy, have all altered health patterns over time.

For a long time, the Norman Conquest has been viewed as a turning point in English history; an event which transformed English identity, sovereignty, kingship, and culture. The years between 1066 and 1086 saw the largest transfer of property ever seen in English History, comparable in scale, if not greater, than the revolutions in France in 1789 and Russia in 1917. This transfer and the means to achieve it had a profound effect upon the English and Welsh landscape, an impact that is clearly visible almost 1,000 years afterwards. Although there have been numerous books examining different aspects of the British landscape, this is the first to look specifically at the way in which the Normans shaped our towns and countryside. The castles, abbeys, churches and cathedrals built in the new Norman Romanesque style after 1066 represent the most obvious legacy of what was effectively a colonial take-over of England. Such phenomena furnished a broader landscape that was fashioned to intimidate and demonstrate the Norman dominance of towns and villages. The devastation that followed the Conquest, characterised by the ‘Harrying of the North’, had a long-term impact in the form of new planned settlements and agriculture. The imposition of Forest Laws, restricting hunting to the Norman king and the establishment of a military landscape in areas such as the Welsh Marches, had a similar impact on the countryside.

Presents results of 15-year-long excavations and landscape research at Berkeley Castle. Combining archaeological results with information from the castle's 20,000 historical documents, the project adds greatly to our understanding of the changes that accompanied the arrival of the Normans, with the erection of a castle on the former minster site.

This book presents and celebrates the mile-long Thames Street in the City of London and the land south of it to the River Thames as an archaeological asset. Four Museum of London excavations of 1974-84 are presented: Swan Lane, Seal House, New Fresh Wharf and Billingsgate Lorry Park. Here the findings of the period 1100-1666 are presented.

The north bank of the Thames near Cannon Street Station was occupied by some of London's most prominent buildings in both the Roman and Medieval periods. Substantial stone walls revealed at the site in 1969 were initially interpreted as part of a Roman townhouse attached to the 'Governor's Palace' building complex to the west. In 1994-7 new excavations uncovered a prehistoric marsh, a riverside quay dated to AD 84 and a revetment constructed in c. AD 100-200. Later Roman buildings were recorded on terraces overlooking the Thames. Two of these buildings predated the townhouse, and one of these may have been a goldworker's premises. Important new evidence for the ground plan and use of the later townhouse has revealed that it developed separately from other large Roman buildings to the west. Part of a Tuscan order column recovered from the site suggests that the building had some architectural pretensions and a high status. In the late 4th century the townhouse was demolished and the settlement abandoned. The first evidence of reoccupation at the site took the form of early 11th century pitting succeeded by sunken-floored or cellared buildings. The walls of the 14th century Pountney's Inn, later the Manor of the Rose, were recorded along Suffolk Lane. This volume presents the results of the archaeological work at this important site in a clear chronological narrative supported by many detailed illustrations and specialist reports.