You may address me as Dr.

I have somewhat neglected this blog over the past few years as the struggle of the COVID-19 pandemic upended all aspects of life in my household, from having my two kids at home, to the gradual decline of my health with Long Covid to the extent that I was unable to work and barely able to get out of bed for a few months. I took some time off at the end of 2020, then spent a long time trying to balance work, family, and my own health. As the final stretch of the (extremely long) PhD journey came into view in January 2022 I put all my focus on staying well and submitting my thesis on time in August 2022. By some miracle, supported and coaxed along by my wonderful supervisors, friends, family, and husband, I did in fact submit a few days before my deadline. I was able to spend the week before my viva on holiday with family, and enjoyed a lovely few afternoons in the shade with a view of the Mediterranean, drinking iced coffee and reminding myself what I had written. My viva in November with Gavin Lucas and Luca Scholz was a tough two hours and ended up with me crying with surprise and relief at being told they were going to pass with no corrections.

My thesis sits open at page 57 on a balcony table, with a pencil on top and a coffee cup beside. The view from the balcony between the trees is of the sea at Port de Pollenca, Mallorca where a couple of sailing yachts are moored up, and the hills in the distance.
View from the apartment out to sea. Perfect place to read through the thesis and drink coffee whilst the family explored the local beaches.

Since submission in September, I have been working part-time at the University of Manchester as a Teaching Assistant running seminars for a couple of courses, and a couple of days a week working for Wessex Archaeology as a Heritage Management Specialist on projects in Australia. Any spare time I have has been dedicated to writing book chapters I promised various people, and thinking about how to publish my thesis.

In December I headed up to Edinburgh for TAG43 for my first in-person conference since TAG@UCL in December 2019. I spent a lovely few days catching up with old friends, meeting people I had only ever known over Zoom, making new friends, and talking about post-humanism, assemblages, publishing, slow looking, teaching, etc. It was lovely to have a few people come and talk to me after my presentation about my research and I shamelessly followed up some drunken conversations by foisting my thesis on some fellow post-human feminists! Shortly after New Year I headed to SHA2023 in Lisbon, Portugal, for a busy and long few days manning the book table for SPMA. SHA is a huge conference, with loads of concurrent sessions. I’m still not entirely convinced it requires 8am starts though, especially after late nights out. I had a fun time choosing a few key sessions to attend, splitting myself between fascinating urban/19th century archaeology and submerged landscapes research. I was pleased to make it to the Offshore Wind Drinks Lisbon edition with mostly US archaeologists working on submerged landscapes in the Offshore Wind Farm industry. Otherwise, it was lovely to spend time with the international maritime archaeology crew again after so many years focused on post-medieval and historical archaeology, and I have wonderful memories of drinking coffee underneath the orange trees … and discovering how revolting they actually taste!

GIS day 2021

GIS day 2021

Today, 17th November 2021, is International GIS day! Who knew that was a thing, but having now discovered it, I thought it would be a great opportunity to show off the role of GIS in my PhD research. Spatial data and the use of mapping software has always been a fundamental part of my work in archaeology, from my MA in Maritime Archaeology at a time when GIS was the preserve of those studying for a MA in Archaeological Computing, and then my first post as an assistant SMR officer for Greater London Archaeology Advisory Service nearly 20 years ago. As with most of my work in archaeology since then, my PhD research is heavily GIS based, and much of the data collection part of my research involved turning historical source materials, such as census and trades’ directory data into spatial data. The overall methodology brings this data together with historic mapping, paintings, photographs, and archaeological remains on the foreshore.

My research looks at the ways in which the riverside community at Chelsea was impacted by the construction of the Chelsea Embankment in 1870s (Steyne 2013; Steyne 2020). In order to do this, I’ve collected data from which to interrogate aspects of the social, economic, and cultural riverscape between 1851 and 1891, using time points of 1851, 1871, and 1891. Using the GIS and an assemblage theory approach, it has been possible to identify entangled relationships between people, places, things, and the river at varying scales from study area wide to individual people.

The census data has been one of the most illuminating data sets to transform into spatial data within the GIS. Each individual address was mapped as a building outline using the closest OS mapping for each period, and each person listed was plotted within boundary of the relevant associated address, and all associated information from the Census was included into the data table.

Figure 1: 1871 census data plotted as polygons for each listed address and point data each individual person living at that address. Background mapping: OS 1st Edition 25in 1865/69 (Digimap Historic Ordnance Survey Collection, https://digimap.edina.ac.uk/, created 16 November 2021)

By using digitised version of Booth’s 1891 survey of London Poverty, census data was used to find correlations between Booth’s classifications of streets and data in the Census record. Parameters such as % of independently wealthy, business owners and occupation types were used to find correlations between streets through time, allowing streets in 1871 and 1851 to be classified in a similar way to Booth’s classifications, providing an indication of the socio-economic nature of each of the streets in the study area.

Figure 2: Poverty-wealth assessments for streets in 1851.

Background mapping: OS 1st Edition 25in 1865/69 (Digimap Historic Ordnance Survey Collection, https://digimap.edina.ac.uk/, created 16 November 2021)

Mapping trades’ directories and census data allowed for identification of those businesses that were run by people living a the same address, which was the majority, but not all the shops on Paradise Row/Queen’s Road West. It also identified a number of businesses, largely laundries on the back streets that were not included in the trades’ directories.

Bringing historic mapping and archaeological surveys together allowed for the identification of piers not marked on the historic mapping, and riverine activity areas far larger than might be understood from any other sources.

Figure 3: Part of the riverscape assemblage characterisation mapping showing archaeological features on the foreshore (green polygons and red squares) and proposed maritime activity areas (blue).

My research has been inspired by Joan Gero’s (2007) call for the acknowledgement of ambiguity in archaeological interpretations and Mark Gillings et al (2018) call for creative mapping in archaeological interpretation. Critical cartographers have described maps and mapping as assemblages in a constant process of ‘becoming’ (there are many, but some examples include Kitchin et al. 2007; Rossetto 2019; Aldred et al. 2019), where the process of mapping forms and reforms relationships between the cartographer and data. With each new reading of the map, new interpretations and relationships are formed or reformed between cartographer, reader, data, and map. This has certainly been my experience in creating the mapping for my thesis, where the interrogation of data for the purposes of characterisation and spatial illustration has created intimate knowledge of the data, and therefore creating differing relationships with historic people and things in the study area. These approaches have allowed the creation of playful and non-traditional ways of presenting multiple data sets through time. My maps include archaeological survey data, approximations, interpretations, and creativity, and in doing so attempt to present an indication of the complexity of the social, physical, and economic riverscape assemblage. These maps are not accurate representations of the past, but my aim is to create images that allow for a deeper understanding of the complexity and entangled nature of relationships in the past. The standardisation of imagery allows for comparisons of the maps through time, although it should be reiterated that nothing about the riverside was static between each of the time points selected for investigation.

Happy #GISday !

References

Aldred, O., & Lucas, G. 2019. The map as assemblage: landscape archaeology and mapwork. In M. Gillings, P. Hacigüzeller, & G. Lock (eds) Re-Mapping Archaeology: Critical Perspectives, Alternative Mappings, 19–36. London, New York: Routledge

Gero, J.M. 2007. Honoring ambiguity/problematizing certitude. Journal of Archaeological Method and Theory 14(3): p.311–327.

Gillings, M., Hacigüzeller, P., & Lock, G. 2018. On maps and mapping. In Re-Mapping Archaeology: Critical Perspectives, Alternative Mappings, 1–16. London: Routledge

Kitchin, R., & Dodge, M. 2007. Rethinking maps. Progress in Human Geography 31(3): p.331–344.

Rossetto, T. 2019. Object-Oriented Cartography. London, New York: Routledge.

Steyne, H. 2013. Stinking Foreshore to Tree Lined Avenue : Investigating the Riverine Lives Impacted by the Construction of the Thames Embankments in Victorian London. Papers from the Institute of Archaeology 23(1): p.1–11.

Steyne, H. 2020. Cultural landscapes at the urban waterside: Investigating the impacts and effects of the Chelsea Embankment construction on working-class riverside residents. In IKUWA 6: Perth, Western Australia. November 2016, 570–579. Archaeopress

TAG@UCL December 2019, London, UK.

I returned from maternity leave in June 2019 excited to get stuck into the final phase of data entry, processing, analysis and moving on to writing everything up. My interactions with people working across post-medieval archaeology and industrial archaeology provided yet another opportunity in the form of co-chairing a session at the Theoretical Archaeology Group (TAG) conference at University College, London (UCL) in December 2019. The session was co-chaired with Mike Nevell and Hilary Orange, and was titled ‘Investigating industrial pasts and legacies from multi-and interdisciplinary perspectives‘. The session was excellent, with UK based and international speakers discussing a range of ways in which industrial archaeology can, and should, be using interdisciplinary approaches. The session and topic is something close to my heart, as I’ve always managed to find myself straddling disciplines or approaches, not always intentionally. My PhD research sits comfortably across the disciplines of archaeology and history, but also across historical geography and digital humanities. The approaches I use include aspects of methods common in maritime, historical and industrial archaeology, but not all at the same time. The session at TAG offered an opportunity to present a more updated version of my methodology than appeared in the PIA paper in 2013, and some of the results of the archaeological fieldwork.

What follows are the slides and some accompanying notes from the TAG presentation.

This paper presents a variety of approaches and source materials that I have used for my PhD research, and the different perspectives they have provided on the impacts and effects of the construction of the Chelsea Embankment. My research may not be classed as traditional industrial archaeology, however the construction of the Thames Embankments, the associated Main Drainage System and associated pumping stations were undoubtedly one of the major pieces of industrial water management of the 19th century. I, and many others, have suggested previously that the wider social and economic impacts of such industrial projects, should be considered more often within the context of industrial archaeological research, and this talk demonstrates that such research provides very different narratives of the process of industrialisation.

Slide1

Slide 1: Background photograph of the Chelsea Embankment under construction by James Hedderly c.1870 (Royal Borough of Kensington & Chelsea Archives)

Whilst I am confident that none of these sources or approaches will be new to you in themselves, what I hope to demonstrate is that the combined value provides a unique perspective beyond traditional archaeological, historical or industrial archaeological approaches.

The Thames Embankments of central London, known as the Victoria (shown in Slide 2), Albert and Chelsea Embankments, are both iconic landmarks and yet relatively unobserved and uncelebrated functional pieces of 19th century industrial water management. The embankment of the river Thames in central London was carried out between 1865 and 1900 as part of a city wide scheme to improve sanitation through sewage removal, drainage, clean water provision and improvements to Thames water quality. The Embankment construction took place against a backdrop of industrialisation of the waterfront, including the establishment and expansion of factories, ship building, and dock facilities.

Slide2

Slide 2: Background image is a postcard of the Victoria Embankment c1890-1900 (Library of Congress)

Strangely, there has been very little research on the Victorian Embankments and whilst they are mentioned in a number of published histories of London (White 2008, Nead 2000, Werner & Williams 2011, Picard 2005, Owen 1982, Porter 1994), we find the same series of facts about them repeated with very little critique or discussion. Largely information focuses on the designer, Bazalgette, and includes the dates of construction and the fact it contains the sewer and railway, often with the image shown in Slide 3.

Slide3

Slide 3: Background image is an engraving published in the ‘Illustrated London News’ dated June, 1867.

The Wikipaedia entry provides an example of this, although I might eventually find some time to both correct and expand some of the entry, which currently reads:

Started in 1862, the present embankment on the northern side of the river was primarily designed by Sir Joseph Bazalgette. It incorporates the main low level interceptor sewer from west London, and an underground railway over which a wide road and riverside walkway were also constructed, as well as a retaining wall along the north side of the River Thames. In total, Bazalgette’s scheme reclaimed 22 acres (89,000 m2) of land from the river. It prevented flooding; but it cut many waterfront houses and buildings off from boat access via their watergates. Here the entry refers to houses of the very wealthy, whose large gardens backed onto the river via watergates and jetties, not those of the poor working class, whose houses abutted and overhung the waterfront.

It continues:

Much of the granite used in the projects was brought from Lamorna Cove in Cornwall. The quarried stone was shaped into blocks on site before being loaded on to barges and transported up the English Channel into the Thames. 

From Battersea Bridge in the west, the Thames Embankment includes sections of Cheyne Walk, Chelsea Embankment, Grosvenor Road, Millbank and Victoria Tower Gardens. Beyond the Houses of Parliament, it is named Victoria Embankment as it stretches to Blackfriars Bridge; this stretch also incorporates a section of the London Underground network used by the District and Circle Lines, and also passes Shell Mex House and the Savoy Hotel. The embankment also incorporates several stretches of gardens and open space, collectively known as the Embankment Gardens.

The much smaller Albert Embankment is on the south side of the river, opposite the Millbank section of the Thames Embankment. It was created by Bazalgette for the Metropolitan Board of Works and built by William Webster between July 1866 and November 1869.

Whilst this information is true, it is only one small part of the story. What I will present here demonstrates the variety of sources and approaches that I have used in my PhD research, and the way in which they can be integrated to tell alternative stories about the past.

Local history studies are hugely varied, but in Chelsea two major pieces of work have been of particular use to me (Deny 1996 and Richardson 2003). Like most local history studies, these two publications are focused on the ‘important’ people – artists and aristocrats, and the houses in which they lived. In addition to the houses of the rich and famous, civic buildings and public spaces are well documented and researched, including the churches, schools, hospitals, and some pubs, coffee shops and tea houses.

One mundane building that has attracted interest within local history studies is Arch House wharf – seen in Slide 4 with the green sign next to the Church. The form of the building, with an archway linking Danvers St and Cheyne Walk, is often mentioned, however there seems to be little detail on the history of the building. It was clearly a local landmark, however, as it appears on numerous paintings, but despite this, it was demolished as part of the Chelsea Embankment works.

Slide4

Slide 4: Painting by unknown artist prior to the Embankment construction (Look and Learn / Peter Jackson Collection)

What has been particularly useful in my research, has been the focus within local history studies on landmark buildings, particularly pubs, which has enabled me to more accurately georeference the historic mapping and, importantly, to orientate the house numbering on streets in the Census records. This was important as, whilst I suspected that the street numbering was sequential up and down streets, rather than the more usual evens on one side and odds on the other, I had no proof of this, and any mapping of residents would therefore be entirely made up, within individual street.

Using the local history research, I was able identify and geolocate pubs, link these with ‘victuallers’ (or pub landlords) within the Census records, and in historic paintings and photographs, where no pub name was recorded in the Census, historic mapping or business directory. By identifying a number of these within a single main street – Paradise Row/ Queen’s Road West – I could then work out the rest of the house numbers for buildings that were demolished in 1906. The results of this are below.

So, whilst it might be easy to dismiss traditional local history as focused on the rich and famous, within the research lies information which has helped to map and understand the lives of those on the back streets in unremarkable houses.

There have been two major pieces of historical research on the Thames Embankment, both of which focused on the engineers, engineering and technology of the construction works (Porter 1998 and Halliday 2001). This research was celebratory in its approach, exploring the incredible engineering feats and technologies developed as part of the Embankment construction works.

Slide5

Slide 5: Background image of the Embankment under construction between Vauxhall Bridge and Chelsea waterworks, from an engraving in the Illustrated London News 1857.

The focus of historical research within my thesis has been on the people who were living and working in the areas in which the Embankment was built. So instead of using sources written by the engineers and various layers of government, I have been using the Census records and Trade Directories of 1851, 1871 and 1891 to research those who were directly impacted by the construction, through the loss of housing and employment. These sources provide an indication of the social and economic landscape of the area in the 20 years before and after the construction of the Embankment, and at the time of its construction in the 1870s.

Transcribing and digitising census records for around 4000 people has provided an incredible insight into the make up of the population. I have information about where people came from, the proportion of incomers vs Chelsea born people, the age and gender make up of the population, birth rates and family size, occupations and indications of family, colleague and friendship networks. For example we can see groups of young people coming to Chelsea from small towns across the country, including some siblings and presumably friends, working in the same trade, living together, often with a family member or older person from the same home town. There are many such stories within the data, or at least tantalising indications of interesting stories, a current favourite being a pair of children, from different families, both born in Australia at the height of the Gold Rush in 1860, whose families lived next door to each other in Chelsea in 1871.

Obviously, researching 19th century London opens up an enormous amount of historical data, but I’ve chosen to focus on Census data, which provides a fairly egalitarian view of who was living in Chelsea, certainly when compared to the local history research with its focus on the rich and famous.

The archaeological remains obviously play an important role in my research as well. Prior to my research, the only work done on this stretch of foreshore was by the Thames Discovery Programme  (TDP). The Thames Tideway work at Chelsea took place after my fieldwork, and was limited to the foreshore in front of the Hospital (I should probably do something with the survey data on the possible 17th century jetty we found). The TDP surveys had recorded 24 features between Battersea and Chelsea Bridge, but I was able to increase this to 95 features, including timber posts and structures (Slide 6), barge beds (Slide 7) and artefact scatters.

The timber posts and structures tie in surprisingly well with the historically recorded commercial wharves, as do the barge beds and artefact scatters. What is of particular interest to me is the volume of activity that the archaeological material indicates was taking place on the foreshore, which is just not evident from any other source.

Slide6

Slide 6: Timber post structure on the Thames foreshore at Chelsea (Photograph Hanna Steyne)

The barge beds are of particular interest as they are not a feature well recorded or researched (Slide 7). They can be seen here as a jumble of chalk blocks on the foreshore, but would have provided a soft, level surface for wooden hulled barges to rest on at low tide. The scale of them suggests that the number of vessels being beached at any one time was far greater than might be assumed from the historic mapping, or indeed from some of the paintings of the waterfront, which present a fairly quiet bucolic scene. But I’ll discuss paintings in a minute.

Slide7

Slide 7: Chalk barge bed on the Thames foreshore at Chelsea (Photograph Hanna Steyne)

My first encounter with historical geography was when I first started out on my PhD and an archaeologist dismissed my research ideas as ‘just historical geography’. Since then I’ve been trying to work out what historical geography actually is, and whilst I’m still not entirely sure it has a ‘definition’ as such, it is clear that it includes a wide range of research on places and people in the past. One piece of historical geography by Stuart Oliver (2000) explored the creation of the Thames Embankments as cultural landscapes and an example of controlled nature in the urban space, and the embodiment of the Victorian narrative of Modernisation and nature.

The part of my research which most easily illustrates the value of an historical geography approach is that most traditional of archaeological tools, the map regression (Slides 8-13). This approach helps identify changes in the built and natural landscape through time, and in my research plays a key role in identifying the physical impacts of the Embankment construction, particularly in terms of the residential and commercial premises that were demolished.

What has been particularly interesting has been the variation in what was surveyed and recorded on each map, reflecting the aims or purpose of each map. It is interesting to note that on many maps, little attention was paid to accurately recording the back streets or waterfront buildings.

Slide8

Slide 8: Cary’s New Plan of London and It’s Vicinity 1837 (Mapco.net)

Slide9

Slide 9: Cross’s New Plan of London 1850 (Mapco.net)

Slide10

Slide 10: Cross’s New Plan of London 1861 (Mapco.net)

Slide11

Slide 11: Weller Map of London 1868 (Mapco.net)

Slide12

Slide 12: Smith’s indicator Map of London with the Recent Improvements 1880 (Harvard Geospatial Library)

Slide13

Slide 13: Ordnance Survey map 1894 (Edina Digimap)

Artistic representations of Chelsea in the 19th century are extremely numerous, partly I suspect because of the number of artists who were attracted to live in the area. The waterfront was known as being particularly picturesque with its wide roadway, old buildings, trees and a variety of boats on the river. These images, a selection of which are in Slide 14, are a valuable addition to research, above and beyond photographs, because they provide subjective depictions of the landscape, giving indications of personal perceptions of the waterfront, what features were considered important or picturesque, and interestingly who was considered appropriate to depict as being on the waterfront.

As mentioned earlier, these images were also really useful to locate commercial premises based on shop fronts and signage recorded in paintings. It was really interesting, and good fun, trying to locate accurately the view point of these paintings and the position of the scenes.

Slide14

Slide 14: A selection of paintings of the Chelsea waterfront. From l-r, top row: Walter Greaves 1858, Joseph W Turner 1797, Unknown artist 1840; middle row Henry Pether 1850, Cecil G Lawson, Walter Greaves 1880-90, bottom row: Illustration from Old and New London by Edward Walford. artist & date unknown, Walter Greaves unkown date, James Whistler 1871.

The field of Digital Humanities is a relatively new and developing field, however the it is of particular interest for my research, and interdisciplinary approaches generally, because of the focus on the use of digital technology to mine, visualise and analyse data in order to draw out new patterns and stories about people in the past.

My research has digitised the Census Records from 1851, 71 and 91 to spatially visualise individuals listed within households and addresses in my study area. In Slide 15 each address is digitised (red lines) based on historic mapping, and each person entered as an individual point (green).

What this has allowed me to do in my analysis of the data, is see links between people that might not have been picked up in traditional readings of Census records. Slide 15 shows the 1600 ish entries for 1871, just before the Embankment was built, and I’ve done the same for 1891 and am in the process of putting 1851 dots on maps.

Slide15

Slide 15: Digitised addresses and individual from the 1871 Census records over 1st Edition OS Map 1868 (Mapping from Digimap)

So, lets have a look at what happens when we pull all these perspectives and varied sources together. The base mapping in Slide 16 is the 1868 OS map, strangely published in 1874, by which time the Embankment was already built, so the landscape would have looked very different. The bright purple shapes and dots are the 1871 census records, with individual addresses and people shown. Additional things mapped here include Listed Buildings as orange squares – note that those located on the waterfront actually represent the post-embankment mansion houses. I’ve also mapped on here schools, churches, hospitals, public houses, green spaces, wharves, docks, piers and river stairs as recorded on all the maps from around this period. These are the multi-coloured shapes you can see inland of the river. The final addition to this map is the archaeological material. Here on the foreshore the lavender shapes are artefact scatters, the turquoise shapes are chalk barge beds, the green dots are timber posts and the brown dots finds. Their positions show how much of the foreshore was reclaimed as part of the Embankment construction.

Slide16

Slide 16: 1871 Census data, Listed buildings, features from historic mapping and archaeological features, over 1868 OS mapping.

So what does this piece of seeming abstract artistry tell us about Chelsea in the immediate pre-Embankment period?

The population of the study area show in Slide 17 was 1608 individuals, of which 873 were women, around 54%. Around 36% of the population was aged 15 or under, although this includes 37 girls boarding in a ‘school of discipline’. Discounting these girls, 27% of the 10-15 year olds were in work, or with a listed occupation. Not surprisingly, we find these working children in the smaller, working class households of Queens Road West, George Place, Calthorpe Place, Bull Walk and the wharves, circled red in Slide 17. Of the total population 41% were born in Chelsea, just over half of whom were 15 or under. Two of the women were in their 80’s though! Just over one third of women over 15 did not work. Of those that were working just over a quater were either laundry women or ironers. Other major occupations included domestic service, or making clothes.

Slide17

Slide 17: Chelsea in 1871 with Census data, historical and archaeological features mapped. Streets circled in red are the working class streets of Queens Road West, George Place, Calthorpe Place, Bull Walk.

In addition to understanding the details of the population, the census, business directory, photographs and paintings show that the road circled in red in Slide 18, was the commercial centre of this community, with pubs, bakers, butchers, laundries and other businesses. Many of the owners, and workers, lived in the same building as the business, including apprentices and child workers.

Slide18

Slide 18: Chelsea in 1871 with Census data, historical and archaeological features mapped. Area circled in red is the main commercial district, where the majority of shops and businesses were located in 1871.

We can see that there are four wharves marked on the map (Slide 19) with associated artefact scatters and barge beds, and a further two, possibly three (Slide 20), identified in the Census records and archaeological material – Bull Wharf, Gough and Gough House Wharf. Within the Census records there are 37 people (all men) who worked on the river, some of whom worked locally, in occupations including bargemen, barge builder, wharf owners, clerks and managers, coal porters, labourers, lightermen and an apprentice, barge crew, steam boat stokers, watermen plus a retired waterman. There were 30 people living at wharf addresses, some of whom were wharf clerks and managers.

Slide19

Slide 19: Chelsea in 1871 with Census data, historical and archaeological features mapped. Four wharves marked on the 1868 OS map are circled in red.

 

Slide20a

Slide 20: Chelsea in 1871 with Census data, historical and archaeological features mapped. Two additional wharves identified from census records and archaeological remains are circled in red.

The archaeological material also suggests that additional shipping activity was taking place immediately to the west, in the form of an extensive barge bed circled in red in Slide 21, which measures over 120m in length, which may  be associated with the free dock or jetty associated with the Yorkshire Grey Stairs.

Slide21a

Slide 21: Chelsea in 1871 with Census data, historical and archaeological features mapped. A large barge bed identified on the foreshore is circled. 

This vision of the Chelsea riverside in 1871, where over 1/3 of the population was under 15, a large proportion of the households belonged to the poorer working class, with numerous wharves and a fairly busy waterfront contrasts somewhat with the quiet, adult dominated, picturesque vision presented in the artistic impressions above, where most boats are pulled up on the foreshore, and only a few are obviously working vessels. Furthermore, it provides a vision of the waterfront beyond the traditional narrative of a stinking, sewage covered foreshore that needed improving and covering with the new Embankment. Taking an inter-disciplinary approach to this research has provided a more complex view of the social and economic landscape of pre-Embankment Chelsea, and offers the potential for very different stories to be told about the impacts and effects of the construction of the Thames Embankments.

References

Denny, B. 1996. Chelsea Past. London: Historical Publications Ltd.

Halliday, S. 2001. The Great Stink of London: Sir Joseph Bazalgette and the cleansing of the Victorian Metropolis. Stroud: Sutton Publishing Ltd.

Nead, L. 2000. Victorian Babylon. London: Yale University Press.

Oliver, S. 2000. The Thames Embankment and the Disciplining of Nature in Modernity. The Geographical Journal 166(3): p.227–238.

Owen, D. 1982. Victorian London 1855-1889: The Metropolitain Board of Works, the Vestries and the City Corporation. London: The Belknap Press of Harvard University Press.

Picard, L. 2005. Victorian London: Life of a city 1840-1870. London: Orion Books Ltd.

Porter, D.H. 1998. The Thames Embankment. Environment, Technology and Society in Victorian London. The University of Akron Press.

Porter, R. 1994. London: A Social History 3rd ed. London: Penguin Books.

Richardson, J. 2003. The Chelsea Book: past and present. London: Historical Publications Ltd.

Werner, A., & Williams, T. 2011. Dickens’s Victorian London 1839-1901. London: Ebury Press.

White, J. 2008. London in the 19th Century. London: Vintage Books.

 

SPMA Post-Medieval Archaeology Congress, March 2019, Glasgow

The SPMA conference up in Glasgow took place 9 months into my maternity leave, and my attendance required additional logistical support as I took my 9 month old daughter with me. I was fortunate to be awarded a travel grant by the University which allowed my husband, with school aged son in tow, to come up to Glasgow with us to look after the kids whilst I attended the conference.

I presented a paper titled ‘Collateral damage: The wider social impact of industrialisation on the Chelsea waterfront’ at the Glasgow conference, a slight departure from previous presentations. For the past few years I have been co-editing an OUP Handbook of Industrial Archaeology along with Mike Nevell and Eleanor Casella (due for publication imminently). Through this process, I’ve become more aware of the lack of engagement with the social impacts of industrialisation within traditional Industrial Archaeological research, although with notable exceptions, particularly by my co-editors. I was invited by Mike to present at TAG DEVA at Chester in 2018, as part of a session on the relevance of industrial archaeological research in the 21st century. Whilst writing that paper (which wasn’t brilliant due to the presence of my rather noisy 6 month old baby at the back!) and through my work with the Industrial Archaeology Handbook, I have become interested in reframing my research within the field of Industrial Archaeology, and highlighting the ways in which the ideologies behind industrialisation, Improvement and Modernity, were integral to the way in which the Embankment was designed and constructed, and the effects that it’s creation had on the riverside community. Below are the slides from the SPMA 2019 conference paper with some of my notes, but beware referencing is a thin on the ground!

Slide1

Slide 1: Background photograph of the Chelsea Embankment under construction by James Hedderly c.1870 (Kensington & Chelsea Virtual Museum)

Industrial archaeological research traditionally focuses on the remains associated with industrial processes, however industrialisation touched all areas of life in the 19th century and had enormous impacts on the population, urbanisation, housing, and rural and urban landscapes. This paper highlights the importance of integrating traditional, functional analysis of sites of industry with socially focussed research on the communities involved in and affected by industrialisation. Using examples from riverside Chelsea in central London, this paper demonstrates the ways people not directly involved in industrial processes were affected by industrialisation and the dominant ideologies of the day. To this end, I am particularly interested in the relationship between the concepts of modernity and improvement, the process of industrialisation and the waterfront residents at Chelsea in the 19th century.

The Thames Embankments are located in central London (Slide 2) and are generally thought of in three sections: the Victoria, Albert and Chelsea Embankments (Slide 3). These were built between 1865 and 1874 by the first city-wide government organisation in London, the Metropolitan Board of Works. They were one part of the Main Drainage System, the first comprehensive sewer system for London, which was conceived in response to successive cholera epidemics and the Great Stink of 1858, to prevent raw sewage being dumped into the Thames.

Slide2

Slide 2: Location of the Chelsea Embankments in central London, UK.

The section I am interested in, the Chelsea Embankment, was built between 1870 and 1874 and is 1.7 km long (the end section at the far left in Slide 3). It runs from Battersea Bridge to the Royal Chelsea Hospital and contains a section of the sewer.

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Slide 3: The Victoria (blue), Albert (Green), and Chelsea Embankments (The four red & orange Sections, constructed between 1850-1898).

Slide 4 shows what it looks like today, and you can see how low the water drops at low tide. High tide brings the water just below this parapet wall.

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Slide 4: The Chelsea foreshore and Embankment at low tide (Photograph by Hanna Steyne)

At the start of the 19th century, Chelsea was a waterside village (Slide 5), with green open space between it and Westminster. It was best accessed by the river, and the riverside infrastructure reflected this with a number of wharves and jetties servicing the river traffic. Industrialisation came to Chelsea in the middle of the 19th century, at a time when the whole of London was experiencing enormous changes.

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Slide 5: Chelsea mapped in 1822 by Thompson (Harvard Geospatial Library)

The industrialisation of London is a well told story, covering a range of engineering feats and dramatic changes to the way in which commerce, travel and industry operated, particularly around the east end docks and waterfront. Much of this was driven by the dominant ‘ideas’ of Improvement and Modernisation that characterised the Victorian period.

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Slide 6: Background image of the Thames foreshore at Upper Fore Street, Lambeth c.1865 prior to the construction of the Albert Embankment, by William Strudwick (Borough of Lambeth Archives).

Improvement has been defined neatly by Sarah Tarlow as ‘the notion that things can be and should be made better [for the future] through human agency’ (Tarlow 2007: 11). She goes on to add that this perspective on the world is a characteristic of Modernity. The idea of improving things for a better future began in the mid 16th century in relation to animal husbandry and the moral self. By the Victorian period, Improvement had become a political and moral endeavour, and an improved future was the benchmark by which actions were gauged (Tarlow 2007).

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Slide 7: Background image is a postcard of the Chelesa Embankment from 1905 (Royal Borough of Kensington & Chelsea Archives).

The Improvement ‘movement’ was well established by the 18th century, and was enthusiastically applied to commerce, shipping, manufacturing, science, medicine, industry, technology, transport, agriculture, education, towns, country houses, arts and the condition of the poor (Girouard 1990, 86). It was not until 1864 that the term ‘Modernity’ was coined (Baudelaire 1864). There has been much subsequent debate about what it means, but there seems to be a consensus that a key aspect is the mind-set that advocates technical, scientific and economic development, covering science and reason, industrialisation and capitalism, an awareness and concern for an improved ‘future’.

The construction of the urban railways of London were a key aspect of the Improvement and Modernisation project for the city, and went hand in hand with industrialisation. Other urban improvement schemes included the creation of straight wide thoroughfares, such as Oxford Street, demolition or ‘refurbishment’ of slum housing and the creation of the extensive underground sewer network. These projects were needed to cope with the rapid rise in the city’s population, as thousands of people flocked to London in search of work. The result was overcrowding of housing, and streets (Girouard 1990; Jackson 2014). The transport network and waste disposal systems could not cope, and the Embankment projects grew out of these needs, incorporating both new streets and parts of a new sewer system.

In his 1848 book Dombey and Son, Dickens describes a common mid-century London scene (Slide 8) , where he captures the scale of landscape changes resulting from the construction of the railways. He also writes that this work rendered whole areas of London unrecognisable. Demolition of housing was a common occurrence as part of the works associated with railway construction. Where slums could be cleared as part of railway works, this was seen as a bonus, removing a moral blight on the city and replacing it with the image of industrial modernity. However, the reality was that whilst one slum was demolished, the occupants were simply homeless and ended up in ever more overcrowded neighbouring properties. The problem was moved elsewhere (Dwyer 2011).

Slide8

Slide 8: Quote from Dombey & Sone, Dickens, 1848. Background image is of Alldin’s coal wharf, Arch House Wharf by James Hedderly (Royal Borough of Kensington & Chelsea Archives)

There are many parallels between railway construction and the Chelsea Embankment. The Embankment and Main Drainage project was seen as an triumph of engineering and modernisation (Halliday 1999, Porter 1998). The newly contained, and slightly cleaner river Thames seen as a more appropriate centrepiece for the Imperial Capital, with it’s Embankments embodying industrial, technological and ideological improvements for the population (Nead 2000; Picard 2005; Oliver 2000).

On the flip side, numerous riverside businesses were demolished, along with residential streets which had been home to the poorer sections of the working class. They weren’t quite slums, but descriptions indicate that these were streets occupied by the poorer sections of the working class, not the streets that were home to the artists, aristocracy or military residents of the area. The dramatic landscape changes that resulted from embankment and reclamation of significant sections of the Thames foreshore, redefined the area. The construction of new roads and mansion houses on the riverfront brought the extremely wealthy to riverside Chelsea in numbers that came to define the area to this day.

Whilst London, and the areas around Chelsea, were becoming industrialised, the physical and social landscape of Chelsea was also changing. My PhD research is looking at the nature of the changing physical and social landscape between 1850-1890, and whilst the data analysis is still ongoing, some broad observations can be made.

Slide 9 shows the location of study area within which I’ve been examining Census records, which form the basis of my data for investigating the social landscape.

Slide9

Slide 9: The study area (OS 2017 base mapping Edina Digimap)

Slide 10 shows the area in 1868 just before the Embankment was built, and as you can see, the waterfront is dominated by wharfage, all of which was cleared for the Embankment.

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Slide 10: Study area shown over the 1st Edition OS mapping from 1868 (Edina Digimap 2017)

But to understand what Chelsea was like in the pre-Embankment period, we need to go back to around 1850. I’ve done a very cursory survey of the data for this period so far, but we can see in Slide 11 that with regards to the physical landscape there is housing present along the main roads, and on back streets between Paradise Row (In the red circled area) and the waterfront. There are numerous wharves, landing places and river stairs recorded on the mapping and descriptions of the waterfront at this time. There is a small amount of industrial activity to the south and east.

Slide11

Slide 11: Chelsea around 1850.

Taking Paradise Walk as an example (circled in red in Slide 11), in the 1851 Census there are roughly the same number of people born in Chelsea (n=51) as out (n=57), with a smaller number from elsewhere in what we now call greater London (n=32).

In 1841, very few women had recorded occupations, but by 1851 there are increasing numbers, with a range of occupations recorded including ironers, washerwomen and laundresses, domestic servants, dress makers and charwomen. The men are employed largely in manual labour, including large numbers of brick layers, dock workers and general labourers. Other professions include paper hanger, painter and glazier, piano tuner, hawker, farm labourer, railway labourer, clerk, plumber and a number of army pensioners.

The houses on Paradise Walk are occupied by 2-4 family units, varying in size from 1 or 2 people to 8 people including children and visitors.

To give you an indication of what is happening to the landscape around 1860, you can see in Slide 12 that there is further intensification of industrial activity to the south along the river, increasing density of housing and the loss of the timber docks in Battersea.

Slide12

Slide 12: Chelsea around 1860

So far I have looked at the data from Census records of 1871 and 1891, and will complete the same for 1851 when I return from maternity leave. The physical landscape around 1870 sees industrial activity hits a peak, with numerous wharves operating on the north bank (Slide 13).

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Slide 13: Chelsea around 1870

The 1st Edition OS map of 1869 (Slide 14) shows that the area is now completely covered in housing, with open space limited to the Royal Hospital Gardens to the east and Battersea Park across the river.

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Slide 14: Chelsea around 1870, with the 1st Edition OS map of 1869 overlain.

Slide 15 shows is the kind of detailed work I’ve been doing on the social landscape of the area, with each individual recorded in the Census represented by a green dot, and the property by the red outline. Whilst this work isn’t yet complete for the whole study area, I have completed Paradise Walk for 1871, so can look a little more closely at the people there. To give you an idea of the population:

– 52.5% were women, 38% children – people under 15 years old. There were 13 x 15 year olds in employment.

-50% of the population was born in Chelsea.

-69% of women had listed occupations; 21% were servants out of employment. 53% were laundresses, washerwomen or ironers.

-There are 19 houses on Paradise walk that have at least 10 people living in them. The photograph in the top left of Slide 15 shows the houses on the east side of Paradise Walk, which still stand today. They are very small two-up, two-down terraces, which now sell for around £2 million.

I haven’t finished the data entry for 1871, but it is interesting to note that the wharf buildings house a number of people, some of whom worked at the wharf. In clearing away these waterside businesses, housing was also removed. The 5 tiny houses on Bull Walk, were occupied by 33 people in total; a mix of labourers, laundresses, charwomen, carpenters, coal porters and the like.

Slide15

Slide 15: Census data for 1871 plotted on the OS map from 1869. Image of houses on the east side of Paradise Walk from Google StreeView.

Construction of the Chelsea Embankment is completed in 1874, and Slide 16 shows how the area looked around 1880. Physically, the area is completely infilled with housing. The Embankment is complete, and has removed all waterside businesses and housing on the north  bank. Industrial activity to the south and east continues, further surrounded by additional housing.

Slide16

Slide 16: Chelsea around 1880 after the construction of the Chelsea Embankment.

Slide 17 shows the study area in 1894, with Paradise Walk circled in red. In addition to the landscape changes outlined above – specifically the demolition of waterfront businesses and some residential areas, and the loss of access points such as river stairs, jetties and the public dock – there was also dramatic change in the population, with the construction of large single family occupied mansions on the Embankment, and Cheyne Court, a block of mansion flats at the south end of Queen’s Road West.

Slide17

Slide 17: Chelsea around 1894 (Ordnance Survey 1894 Edina Digimap)

To investigate the changes in the socio-economic landscape of the study area, additional historical sources have been used, specifically Booth’s poverty maps of London, 1889 and the Trade Directories.

The section of Booths Poverty Maps,1889 covering streets in the study area has been digitised, and shown in Slide 18. It illustrates the social mix in the area, with the new mansions of the Chelsea Embankment occupied by newly arrived Upper Middle and Upper Class residents. The flats of Cheyne Court on Queen’s Road West were not yet occupied, although construction seems to have finished, and they area mapped in the 1894 OS map. We can see that the households in Paradise Walk were classed by Booth as ‘Poor’, which reflects what is indicated by occupation data in the 1871 and 1851 Census records. With some further data analysis, I plan to use the occupation data from the Census records to create Booth’s wealth/poverty maps for the study area in 1871 and 1851, along similar lines to with Booth’s assessments.

Slide18

Slide 18: Digitised section of Booth’s Poverty Maps of London, 1889, over the OS Map 1894.

The business directories add another layer of useful information, allowing us to identify commercial areas in amongst the mapped buildings, and the mix of businesses that serve the local residents. A small section of this data is show in Slide 19. The way in which this changes through time will provide and interesting comparison to the occupation data in the Census records

Slide19

Slide 19: Trade Directory data for 1891 mapped over OS mapping from 1894.

The Census records show us the number of people living at each address. The construction of the mansions on Chelsea Embankment brings enormous households with large numbers of domestic staff to the area. This is in contrast to the continued over-crowding of the small houses of Paradise Walk, as illustrated in Slide 20.

By 1891 women over the age of 15 make up 50% of the population in the study area, and 42% of these were in domestic service. 25% of the adult population were in domestic service, 82% of whom (n=177) were women. Just over 5% of women and 4% of men were born in Chelsea at this time, which is a huge change from just 36% in 1851.

Slide20

Slide 20: A section of the study area in 1891, showing Booth’s poverty classifications and individual entries in the Census records for 1891.

Combining the Trade Directories and Census records provides an insight into how the streets worked, with business owners and staff living in rooms above or behind shops. We find a mixture of single person households and families, and a variety of occupations all living in close proximity, illustrated in Slide 21.

Slide21

Slide 21: Six households on Queen’s Road West in 1891, with information from Trade Directories and Census records mapped.

 

Slide22

Slide 22. Background image of coal barges west of Battersea Bridge by James Hedderly (Royal Borough of Kensington & Chelsea Archives)

I have tried to show here how the modernising ideas of the Improvement movement were part and parcel of 19th century industrialisation, and together created the environment that led to the construction of the Chelsea Embankment. Whilst the Chelsea community wouldn’t be seen as an industrial community in the traditional sense, the impact of industrialisation was enormous, on both the physical and social landscape.

Traditional approaches to industrial archaeology tread a dangerous path away from the roots of archaeology, which we usually understand as study of people in the past through material culture, when it focuses solely on sites of industry, for it negates the relationships of the people involved and affected by it.

Slide23

Slide 23: Background image shows the Chelsea Embankment under construction by James Hedderly (Royal Borough of Kensington & Chelsea Archives)

Slide24

Slide 24

References

Baudelaire, C. 1864. The Painter of Modern Life. In J. Mayne (ed) The Painter of Modern Life and other essays., London: Phaidon

Dickens, C. 1848. Dombey and Son 1995th ed. Ware: Wordsworth Editions Ltd.

Dwyer, E. 2011. The impact of the railways in the East End 1835 – 2010. Historical archaeology from the London Overground East London line. London: Museum of London Archaeology.

Girouard, M. 1990. The English Town. London: Guild Publishing.

Halliday, S. 2001. The Great Stink of London: Sir Joseph Bazalgette and the cleansing of the Victorian Metropolis. Stroud: Sutton Publishing Ltd.

Jackson, L. 2014. Dirty Old London: The Victorian Fight Against Filth. Yale: Yale University Press.

Nead, L. 2000. Victorian Babylon. London: Yale University Press.

Tarlow, S. 2007. The Archaeology of Improvement in Britain 1750-1850. Cambridge: Cambridge University Press.

SPMA Post-Medieval Congress, April 2016, University of Sheffield.

I thought it was time I updated my blog on the work I’ve been doing over the past few years, especially as I took a year off for maternity leave in 2018-19. I’ve been back a year now, and I’m heading for the final year of my PhD. By way of a quick update, I thought I’d drop some of the conference posters and papers that I’ve presented over the past few years.

2016 was my first Society for Post-Medieval Archaeology (SPMA) conference, and I’ve attended every one since. The SPMA is a relatively small organisation numbering a few hundred people, and I’ve always found their conferences to be extremely friendly, welcoming and supportive. I like it so much that I’ve been a member of the committee for the past two years.

For my first foray into the SPMA conferences I took a poster of my work. However, I found two posters in my files for this conference, and I can’t for the life of me remember which one I decided to display, but here they both are!

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SPMA 2016 Conference Poster. Hanna Steyne

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SPMA 2016 Conference Poster. Hanna Steyne

Submerged Landscapes of Port Phillip Bay – The Animation

The following information was formerly hosted online by Heritage Victoria, Department of Planning and Community Development, but is no longer available. The information has been slightly edited for clarity.

Introduction

The Submerged Landscapes of Port Phillip Bay project used published sources, and previously collected raw data to investigate the potential for the survival of ancient land surfaces beneath modern marine sediment and sea water in Port Phillip Bay. Based on sub-bottom profiler data, pollen data, archaeological and historical evidence it was possible to reconstruct the drowned landscape and ancient environment of Port Phillip Bay area around 10,000 years ago, before the Bay was flooded by rising sea levels. This project was the first of its kind in Australia, and demonstrated the value of this multi-disciplinary approach to investigating submerged ancient landscapes in Australian environments.

The landscape reconstruction aimed to provide an idea of what the ancient landscape might have looked like, and uses topographic information from the seismic data and vegetation information from pollen data. The activities of the people represented are based on a combination of archaeological information and historical illustrations.

The research was funded by Heritage Victoria through Victoria’s Heritage Strategy.

How do we know the Bay was dry land?

Since the earliest occupation of Australia, around 60,000BP (Flood 1994: 1), global changes in climate have had dramatic effects on sea levels, exposing and covering vast areas of land. Periods of intense cold (Ice Ages) have frozen sea water in glaciers and ice sheets, resulting in sea levels dropping up to 150m below present levels (Chappell et al 1996).

The last time the sea level dropped on this scale was at the peak of the last Ice Age around 20,000 years ago. It is estimated that Tasmania and the Bass Strait islands was joined to mainland Australia until around 14,000 years ago, when the sea level was approximately 50m below present levels (Lambeck & Chappell 2001). Using current seabed depths as a guide, it is thought that the coastline 14,000 years ago might have been about 7km south of Point Nepean, with the Yarra River running through the area now known as Port Phillip Bay. The area beyond Port Phillip Heads may have been like a river delta, as the freshwater ran southwards to meet the sea, but the effect that the narrow gorge at the Heads had on the water flow is uncertain. It is possible that a waterfall could have formed due to the height difference between the Bay and the land beyond the Heads. Without the assessment of additional geological data from this area, it is not possible to draw definite conclusions. It is estimated that Port Phillip Bay was flooded by rising sea levels around 8000 years ago (Holdgate et al 2001).

How do we know what the landscape was like?

Sub-bottom profile data provide a image like a slice (profile) through the seabed, and show us the layers of sediment beneath the sea. Data from Port Phillip Bay shows river valleys and later accumulation of sediments through time. Figure 1 shows one of the profiles through Port Phillip Bay where large valleys are visible, but now filled in with sediments.

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Figure 1: Example of seismic sub-bottom profile data identifying the submerged and buried river channel in the northern part of Port Phillip Bay (Esso pipeline survey).

By combining position and depth information from a number of profiles, a 3D model  was created, shown in Figure 2, which provides an idea of what the topography would have been like prior to flooding. The sub-bottom profile survey lines are approximately 2-3km apart, making this model very rough, but figure 2 does suggest that the Bay area was generally low lying, with large shallow valleys up to 3km wide running through it in the northern part, and around 6 narrower, deeper valleys in the southern part.

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Figure 2: A) The 3D representation of the river channels flowing through the central part of Port Phillip Bay and B) the location of the 3D reconstruction within the Bay (Source: Author)

The channels could not be traced any further south due to the type of seabed sediments, which prevented deeper penetration by the sub bottom profiler. It is thought that the smaller channels re-joined into one large channel, then flowed out through Port Phillip Heads in a deep channel or waterfall (Holdgate 1981: 128).

How do we know what trees & plants were here?

Generalisations about vegetation at the end of the last Ice Age suggest a thin and broken band of woodland along the eastern and south-eastern coast Australia, whilst the Bass Strait Islands were dominated by open scrub and heath, with some forested areas (D’Costa & Kershaw 1997). It has been suggested that the windy and dry climatic conditions of the period may have reduced woodlands to localised favourable sites, such as river valleys, and that grass and scrub covered much of the eastern coast (Adams & Faure 1997).

The vegetation reconstruction in this animation is based on pollen information collected from buried sediments in Port Phillip Bay. Sediments recovered within core samples contained pollen from ancient trees and plants. The pollen of each plant and tree type is unique and can be seen under a microscope, allowing the identification of plant and tree species that were alive in the area in the past.

Sediment and pollen from the top of the core is the most recent, whilst the sediment and pollen from the bottom of the core is the oldest. Core 7D, collected by Guy Holdgate in 1971 from the central part of Port Phillip Bay, was re-analysed and a new dates obtained. An oyster shell from 1.5m down core 7D was dated by radiocarbon to 6273 ± 36 BP (Wk-23494). The pollen from the lowest sample (3.75m) produced evidence of Sheoaks (Casuarinaceae), daisies (Asteraceae), a small amount of grass (Poaceae), saltbush (Chenopodiaceae) and some fern, moss and liverwort spores (Barbara Wagstaff pers comm.). As the pollen comes from a layer below the radiocarbon dated oyster shell, the pollen must be older than 6273 ± 36 BP.

How do we know that people were here?

Dreamtime stories passed down through the generations tell the stories of the Aboriginal groups who lived, and still live in the Port Phillip Bay area. The stories describe the formation of the landscape, the daily lives, relationships, customs and rituals of the people living here.

Archaeological excavations from around Port Phillip Bay have found evidence of people living in the area continuously from around 32,000 years ago. Sites at Keilor and Pakenham Lakeside provide information about daily life in temporary campsites, with hearths and stone tool working areas. Burials at Green Gully, Brimbank Park and on the Werribee River provide evidence of customs and rituals.

Historical records and traditional crafts can provide an indication of tool kits that might not survive archaeologically, such as basketry.

What are the people in the reconstructed campsite doing (Figure 3)?

reconstruction_stillofcamp

Figure 3: Still image of the reconstructed campsite at the end of the animation (Source: Janet Saw and Hanna Steyne)

It is thought that the climate of the Melbourne area around 10,000 years ago would have been slightly damper and cooler than today. The only direct information we have about how people kept warm in this damper and colder climate are the archaeological remains of hearths, so we have shown one of these at the camp.Historical records and oral history from contemporary Traditional Owner groups, describe the local community using Possum skin cloaks to keep dry and warm, so we have dressed our people in these. In addition, a number of historical drawings and photographs show that different designs of bark huts were used as shelter, but it is possible that shelters could have been roofed with grasses, reeds or rushes or animal hides.

We have depicted people at the camp fishing and with a Kangaroo ready for butchering. This is based on both tools and animal bones that have been found archaeologically, and Aboriginal knowledge of food sources in the Port Phillip Area that has been passed down through the generations.

The animation

The animation can be found here on YouTube

The landscape visualisation and animation was created by Janet Saw and Tom Chandler at the Information Technology Unit (ITU) at Monash University. Through the combination of the DEM model and environmental information. It took around 120 hours to create, using four pieces of animation software; Autodesk 3ds Max, Forest Pack Pro 3, Adobe Illustrator, Adobe After Effects. The team converted digital elevation models, that were created using the seismic sub-bottom profile data, into a 3D mesh. Landscape colour, texture and vegetation was then added. The trees were mostly Casaurina and were added using random scattering algorithms. The limited budget did not allow for a full spectrum of accurate vegetation to be created, and therefore alternative, closest match models were used.

 

References

Adams J.M. & Faure H. 1997. (eds), QEN members. Review and Atlas of Palaeovegetation: Preliminary land ecosystem maps of the world since the Last Glacial Maximum. Oak Ridge National Laboratory, TN, USA. http://www.esd.ornl.gov/projects/qen/adams1.html

Chappell et al. 1996. Reconciliation of late Quaternary sea levels derived from coral terraces at Huon peninsula with deep sea oxygen isotope records. Earth and Planetary Science Letters. 141: 227-236.

D’Costa, D.D. & Kershaw, P. 1997. An expanded Recent Pollen Database from South-eastern Australia and its Potential for refinement of Palaeoclimatic Estimates. Aust. J. Bot. 45: 583-605.

Flood, J. 1994. Archaeology of the Dreamtime. Marleston, South Australia: J.B. Publishing.

Holdgate, G.R., Thompson, B.R. & Guerin, B. 1981. Late Pleistocene Channels in Port Phillip. Proceedings of the Royal Society of Victoria. 92: 119-130

Holdgate et al. 2001. Marine geology of Port Phillip, Victoria. Australian Journal of Earth Sciences. 48: 429-455.

Lambeck, K. & Chappell, J. 2001. Sea Level Change Through the Last Glacial Cycle. Science. 292: 679-686.