A large and eclectic crop of fascinating applications asking for over £100,000 for the Castle Studies Trust to Consider

The deadline for grant applications passed on 1 December. We’re going through the various projects now. Altogether the 15 projects, coming from all the home nations and one from Ireland, are asking for over £110,000. They cover not only a wide period of history but also a broad range of topics.

We will not be able to fund as many of these projects as we would like. To help us fund as many of these projects as possible please donate here:

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In a little more detail here are the applications we’ve received:

Bamburgh, Northumberland: The aim of the project is to better understand the outworks to the north of the castle, by using various geophysical survey techniques and a preliminary survey of the masonry remains, it will include a 3D model of the recently excavated Elmund Tower and provide materials for interactive displays.

Barnard Castle, Co Durham: The aim of the project is to try and understand a lot more about the outer ward of the castle, using a variety of methods including geophysical survey, aerial survey and test excavation

Cavers Castle, Roxburghshire: Through a combination of building survey and excavation to try to understand the early form of this important baronial castle.

Dunoon, Argyll: A community-led geophysical survey project to understand better the form and scale of this important castle that was the seat of the Lord High Stewards of Scotland. The original castle dates back to the 1200s and the remains above currently ground date from the fourteenth century.

Fun Kids, Castle Podcasts for 7-13 Year Olds: To produce a series of 8 podcasts for children aged 7-13 to engage children to explore a what, how and why of 8 castles. The series will focus on a variety of castles and build awareness of less common castles that families can explore.

Galey, Co. Roscommon: Geophysical and topographical surveys to explore the possible motives behind the placement of, as well as immediate landscape context, morphology and any attached settlement and industrial activity, that occurred at a lakeshore-sited late medieval Gaelic-constructed tower house castle.

Hartlebury, Worcestershire: The seeks to explore what looks like a possible civil war bastion ditch, which seems to have been partially revealed in a 2022 drone survey of this former bishop’s palace with remains dating from the fifteenth century. This will be done through geophysical survey and excavation.

Lowther Castle, Cumbria: Through a combination of geophysical survey and excavation to try to learn more about this ringwork castle and settlement, thought to date from the late eleventh century. the aim is to try to discover if it dates from this period and was therefore a Norman plantation; and also its history after its foundation.

Millom, Cumbria: The project will involve a drone survey to assess the condition of the 14th century fortified manor combined with a geophyisical survey to understand if there is any link between it and the nearby church and monastery.

Muncaster, Cumbria finds assessment: To make a complete assessment of the finds from the 2021 excavations which took place near the 14th century tower along with two nearby kiln sites.

Muncaster, Cumbria geophys and archaeology survey: To carry out a geophysical survey of the area surrounding the castle and to investigate a large stone feature in the cellar of the castle to understand its purpose and possible date

Northern Frontier, Beacon Hill Yorkshire: A geophysical survey of Pickering Beacon Hill, a siege castle used for the siege of Pickering in the lead up to the Battle of the Standard (1138) to better understand the landscape at the time and see how much life was disrupted during the period known as the Anarchy.

Picton, Pembrokshire: The aim of the project is to achieve a full understanding of the form, functions and affinities of the medieval part of Picton Castle through a building survey. It has an unusual plan with no close parallels within Great Britain, but shows some affinities with castles further afield including, possibly, Gascony in France

Snodhill, Herefordshire: Excavation to explore the early masonry defences and attempt to resolve the entrance arrangements and to do a geophysical survey of the Eastern Bailey

Wigmore, Herefordshire: To provide a digital reconstruction drawing of Wigmore Castle using a mixture of archaeological and archival evidence

We will not be able to fund as many of these projects as we would like. To help us fund as many of these projects as possible please donate here: Kindlink Donation Form App

The applications have been sent to our assessors who will go over them. You can see how the assessment process works from our blog back in January 2016: How the Castle Studies Trust Selects its Projects – Castle Studies Trust Blog

A Window to Pontefract Castle’s Past

During the summer of 2022, Wakefield Council and Wessex Archaeology undertook several geophysical surveys of Pontefract Castle funded by the Castle Studies Trust. Ian Downes, Senior Heritage Officer at Wakefield Council explains what they found.

We were trying to discover if there were traces of the castle’s rich archaeology hidden under the ground. Specifically, we were looking for several service buildings between the kitchens and Royal apartments which had been mentioned in maintenance records for the castle, Victorian paths listed in ordnance survey maps, as well as any evidence of buried weaponry from the Civil Wars bombardment in the 17th century.

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This was not the first-time surveys of this nature had been conducted, most recently West Yorkshire Archaeology Service were commissioned back in 2010.

This image from the 2010 survey shows the resistivity results for the northern half of the bailey and two large but undefined masses of high resistance (ASWYAS)

Three techniques have been utilised here: Resistivity, Magnetometry and Ground Penetrating Radar.

Resistivity measures the ability of the ground to conduct an electrical signal between two metal probes. In its simplest form this gives us a clue about buried walls and ditches, as the latter holds water much better than a wall and the resistivity is lower. This technique is relatively quick, easy and cost effective, but has limited depth and tends to only reveal that which is relatively close to the surface.

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Magnetometry, or to be more specific magnetic gradiometry, records tiny variations in the earth’s magnetic field. These could be caused by the filling in of a ditch, a fire or magnetic items in the soil. This again doesn’t have a great depth but can help backup findings from our other two techniques. The ability to spot iron objects on a Civil Wars site that was bombarded by cannon fire is also useful.

Our third method was ground penetrating radar.  It uses a form of electromagnetic radiation similar to that used in radios, microwaves and mobile phones and employs the same technology used to detect aircraft. However, instead of sending signals into the air we direct them into the ground and measure how long it takes for those waves to bounce back. The signal bounces back better from solid objects than soil, so it can help spot buried walls or pits, and the time taken to receive the signal tells us how deep down they are

Results

Raw data from the magnetometry results (Wessex Archaeology)

We had varying success with the surveys. Unfortunately, outside the curtain wall, where we hoped to find Civil Wars evidence, the surveys didn’t show any clear results.  There were more anomalies below the queen’s tower than elsewhere, but this may be the result of later landscaping works to accommodate the later road around the castle.

The resistivity survey however had more success. Here we can see evidence of the modern paths (pink) and the remains of an elliptical path in the northern survey area which matches the design of a Victorian path system, seen in an 1881 ordnance survey map.  No images survive of these paths, so it is exciting to find some evidence of their existence beyond the original plans.

Interpretation of the Resistivity results (Wessex Archaeology)

The final survey technique, using deeper ground penetrating radar, shows a large grey area which is also seen on the resisitivity survey above. Its undefined shape and proximity to the surface suggests it is possibly rubble. However, it’s the dark orange feature about 1m down that is by far the most revealing.

Ground penetrating radar results (Wessex Archaeology)

For us, this was an exciting and unexpected discovery, as the design and shape of the structure, including the buttresses on the corners, closely matched a building seen on a 16th century drawing of the castle by Ambrose Cave.  He had been commissioned to survey the castle for Queen Elizabeth I in 1560 and it shows a number of buildings along the same section of curtain wall, including the small entrance porch, seen below with the elaborate pinnacles. 

Extract from Ambrose Cave’s Elizabethan Survey 1560

We believe it shows a 15th Century chapel that replaced the Norman Chapel which can be seen in the Eastern corner of the bailey. It was assumed from this drawing that it stood away from the curtain wall which can be seen in the background.

However, the design of its entrance closely matches the shape found in the radar survey, including the buttresses on the corners. Its possiblelocation now suggests that it was built against the curtain wall like the other buildings in the castle and was perhaps shown just forward of it for simplicity.

To have been able to finally locate this building and with such clarity and certainty is an exciting discovery for us. This new evidence adds to our knowledge and understanding of what used to be one of England’s greatest castles and will help to inform future interpretation of the site, provide a focus for potential future fieldwork and finally solves the mystery of where the 15th Century chapel actually is!

We are extremely grateful to the Castle Studies Trust for their funding which allowed us to carry out the geophysical surveys. We also acknowledge the support of Wessex Archaeology and West Yorkshire Joint Services in the production of this article.

You can find out more about the project in our short videos which can be found on the Castle Studies Trust Youtube channel

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The Story Behind the Timber of Old Wick Castle

In five short videos Drs Will Wyeth, Coralie Mills and Hamish Darrah look at the project funded by both the Castle Studies Trust and Historic Environment Scotland to date a timber found at Old Wick Castle, Caithness, and in turn help us understand better this little understood castle.

In the first video Dr Will Wyeth gives the background to the project:

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In the second video Hamish Darrah gives more detail on the wood they found

While in the third one, Coralie Mills looks at how they dated the timber

In video four, Will looks at what the dating of the timber means:

Before summing up in video five about what the significance of the research is.

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Castle of Old Wick: The tale of a tower, a timber and time

In the first of two blog posts Coralie M Mills and Hamish Darrah of Dendrochronicle look at how they managed to test and date a piece of timber found in a wall socket of the tower at Old Wick Castle, Caithness. A second article by Dr Will Wyeth will look at the historical context behind these surprising findings.

A single surviving timber fragment in the ruinous tower of Castle of Old Wick in Caithness was recovered, studied and dated through the support of the Castle Studies Trust for this Historic Environment Scotland (HES) project. The outer end of the timber was visible within a socket in the north west wall of the tower at about second floor level.  Exposed to the elements, in fragile condition and at risk of further decay, it was recognised by HES as a means of dating this relatively featureless tower, variously ascribed to the 12th or later 14th century for initial construction. Therefore, our mission to recover this fragile lone timber was rather nerve-wracking and undertaken very carefully. Fortunately, it went well, and we recovered it in one piece in September 2021.

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Inspecting the timber on site in September 2021 Photo: H Darrah 22.09.21
The weathered outer face of the timber before any intervention (Scale in 1cm intervals). Photo: H Darrah 22.09.21

Back at base we recorded the form of the timber and sub-sampled it for dating and species identification. The sampled cross-section had two centres and was intact to sub-bark surface in one corner.  The species proved to be alder (Alnus glutinosa), a common native tree of wet places including in northern Scotland. This ruled out the possibility of dendrochronological dating, given the absence of suitable alder reference data, and led to Bayesian radiocarbon ‘wiggle-match’ dating using five-year blocks of rings sub-sampled at known intervals across the 80-year tree-ring sequence.  The radiocarbon dating was undertaken by SUERC and Bayesian analysis of the only two viable sub-samples provided a ‘wiggle match’ date of cal AD 1515–1550 (95% probability), with highest single-year probabilities in the range cal AD 1515–1535 (68% probability). The results represent the bark edge position and the felling date of the timber. There is a possibility this is naturally storm-thrown material being used rather than a tree being felled for the job, in which case the date is the death date of the stem, but either way it is unlikely this stem was dead for long before it was worked.

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Radiocarbon ‘wiggle-match’ dating of the timber from Old Wick Castle, by SUERC. The result was based on two of three sub-samples; the outermost rings sub-sample was excluded due to possible historic ‘contamination’ while in situ.

This is a short irregular length of timber, 46cm long, 12cm wide and a maximum height of 19.5cm at the exposed face, tapering to 6cm at the inner end. The outer face is heavily weathered, and we cannot tell whether that face was worked or how far the timber projected originally. At the better-preserved inner end, the timber has an axe-cut notched, faceted face which had no structural function in the socket and was just sitting free within the void behind the timber. It has no clear joinery evidence such as a mortise or trenail. Therefore, our preferred interpretation is that the notched end is the consequence of axing off the branchy top of the stem, but we cannot rule out the possibility that it represents a re-used timber. If the notched end is seen as a deliberate feature, then it may have been designed to allow this timber to be propped against another element of a structure, perhaps in something temporary like scaffolding, and could signify re-use of the timber in this context. Other than this notched feature, the only other woodworking evidence is of an axe being used to shape the timber from the round into a rectangular form.

Above, record shots of the four side faces of the Castle of Old Wick timber. Black and white grid on scale is at 1cm intervals. Photos: Hamish Darrah 30.09.21.
Close up of the faceted, notched inner end.
Photo: Hamish Darrah 30.09.21.

Alder is often naturally multi-stemmed and can also be coppiced. However, eighty years is well beyond the stem age expected in any coppicing system. This is more probably natural unmanaged material. Based on the overall form, the double centre, the direction of knots and the taper on the timber, we do not think this timber is cut from a managed coppice stool or the base of a tree but rather from the upper branching top of a substantial stem. Therefore, the stem could have been a good bit older than 80 years when felled, as any tree stem will have more rings near the base than at the top. The stem must have been several metres tall after 80+ years of growth. Therefore, while we do not know how long the original timber was, this surviving short length of timber may be an offcut, with the bulk of the stem used for another purpose. Alder sill beams have been found in medieval Inverness and Perth, perhaps selected for alder’s rot resistant properties, and alder is also known to have been used as crucks historically in northern Scotland.

The socket holding the timber is much deeper than the timber, at least 70cm deep, with packing around the timber and a void behind, suggesting the socket was not built with the dimensions of this alder timber in mind and may be earlier than the timber, which would make the timber part of a secondary feature. Based on our observations of the timber’s position and character, it is clearly not part of a floor joist, and is more likely a fixture for a lost internal fitting or small structure. If the timber was used fresh in this context, our preferred interpretation, the dating results represent the time when this timber fixture was added to the castle. However, if the notch is interpreted as evidence of timber re-use than the date is a terminus post quem (date after which) for this phase of alteration to the castle. The structural and historical evidence is considered further by Will Wyeth in his separate blog piece:

Castle of Old Wick: Hot Fire and Cold Murder: Looting and Legitimacy in late medieval Caithness
Multi-stemmed alder trees in Sutherland, northern Scotland. Photo: C Mills.

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Castle of Old Wick: Hot Fire and Cold Murder: Looting and Legitimacy in late medieval Caithness

In the second of two articles on the Castle Studies Trust / Historic Environment Scotland co-funded project to date the timber left in a wall socket at Old Wick, Dr Will Wyeth offers an explanation for the surprising date of the timber.

Past investigations of Castle of Old Wick provide a context for the most recent research on this enigmatic Caithness castle. The archaeological evidence combined with historical details give sharp insight into an episode of violence and destruction at the castle in the life of Christian Sutherland, the Lady of Berriedale.

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Based on some similarities with Cubbie Roo’s Castle in Orkney, Old Wick’s standing fabric – a unornamented stone tower with small windows – has been dated to the 12th century. A survey in 2016 led by Dr Piers Dixon of Historic Environment Scotland (HES) was the first comprehensive assessment of its standing buildings and earthworks since the publication of MacGibbon and Ross’s Castellated and Domestic Architecture in the late 19th century. Dixon’s study queried the consensus of the castle’s high medieval origins, pointing to regional comparators whose documented history sat more comfortably in a date range beginning in the 14th century. My review of archaeological and historical evidence for Castle of Old Wick in 2019 substantiated the conclusions of the 2016 survey.

Ground plan of earthworks and floor plans of stone tower, Castle of Old Wick, from 2016 survey. Copyright HES

Nevertheless, the simple stone towers of Caithness are poorly understood. They are fairly numerous in the county but our understanding of them relies on an unproductive mixture of simplistic architectural study and a reliance on references in historical sources.

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Dr Coralie Mills’ and Hamish Darrah’s research gives scope to uphold Dixon’s assertion, and challenge a 12th century date for Castle of Old Wick. Their analysis of the fragment of alder has given the first substantive dating evidence for the castle with a felling date range of 1515-50 (95% probability).

Interior of the tower at Old Wick copyright HES

The slot in which the timber was recovered, located on an internal wall face within the tower, was argued by Dixon to be part of a hanging lum. This is a form of fireplace common to buildings of middling and high status in late medieval Britain, also helpful for dating the construction of the tower at Old Wick. A hanging lum is a fireplace whose hearth and flue are built against, not within, a wall.

Mills and Darrah suggest that the alder was a replacement for an earlier timber used for the same purpose, i.e. to support a hanging lum, therefore, the felling date corresponds with a period of repair, restoration or improvement of the interiors of Castle of Old Wick in the early 16th century.

Looting and legitimacy

The historical context is one where violence both within and between kin groups is a feature of elite society in late medieval Britain. Typically, these disputes centred on rights of succession to property and titles. Those held by women were the most precarious. In 1517 two parties from the extended Sutherland of Duffus family met to settle a violent succession dispute at Drumminor Castle in Aberdeenshire. William Sutherland of Duffus agreed to an arbitration on the matter of assisthment (compensation for loss) and kynbut (compensation for manslaughter) with Christian Sutherland (the Lady of Berriedale) and her son and heir, Andrew Oliphant. William and his accomplices were held responsible for the murder of Christian’s elder son Charles. Duffus was also accused of seizing and looting two of her properties: Berriedale Castle and Castle of Old Wick.

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The family dispute which led to the murder of Charles Sutherland originated in the legitimacy of Christian’s inheritance of several estates on the death of her father, Alexander Sutherland (d. 1451×1471), including those in Caithness but also Duffus and elsewhere. William Sutherland’s father, also William Sutherland of the fittingly named Quarrelwood, contended that Christian was illegitimate. The court of the Bishop of Aberdeen had found in favour of Christian in 1494, but two years later Quarrelwood violently seized Castle of Old Wick. This was very likely not the same occupation mentioned in the 1517 document. Still unsatisfied, Quarrelwood pursued his case in the court in Rome for several years, until a settlement of sorts around 1507, when Christian surrendered her father’s Duffus lands.

Drumminor Castle, where in 1517 Christian Sutherland agreed to arbitration to settlement with her kinsman, William Sutherland of Duffus (copyright HES)

We don’t know exactly why she reached this settlement but it may be telling that her husband’s kin, the Oliphants, had spent substantial sums (not entirely selflessly) on supporting her legal case and accommodating Christian and her children during the difficult years of legal wrangling. We also can’t be sure if the 1517 document references this settlement, or another outburst of violence.

It is tempting to connect the episode of refurbishment at Castle of Old Wick implied by the radiocarbon dating and the documented evidence of looting at the castle which took place before the  1517 settlement, with the implication of subsequent repairs implied by that settlement. I think this is the best conclusion, but others are possible. Between 1515-50 the castle was held by at least seven different parties, but evidence suggests that they were either in financial difficulty or held the castle to generate money from its lands, not as a family seat. Only when the senior branch of the Oliphants take over after 1548 is there a compelling reason to think that the castle was systematically renovated: this is the best alternative scenario to that suggested above.

Archaeologists’ efforts over the last six years have drastically altered our understanding of the Castle of Old Wick. But they have also shed light on the story of Christian Sutherland and violence and upheaval occasioned by her kinsman’s legal contestation. This research demonstrates the value of revisiting the smaller castles of the world, for the potential to challenge an existing consensus as well as shed light on lesser-told stories from the medieval past. 

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To read the first blog by Dr Coralie Mills and Hamish Darrah click here:

Castle of Old Wick: The tale of a tower, a timber and time

 

Castle Studies: Present and Future

A symposium to celebrate ten years of the Castle Studies Trust

Saturday, 10 June 2023, University of Winchester

CALL FOR PAPERS

The Castle Studies Trust was founded in 2012 to advance the study of and research into the history and archaeology of castles for public benefit. Over the last ten years the Trust has funded ground-breaking research into castles in the UK, Ireland and further afield.

In celebration of this, the Trust is organising the symposium Castle Studies: Present and Futures and seeking proposals for 20-minute research papers. We welcome submissions on any topic exploring castle studies, particularly encouraging papers from projects which link to current and future areas of castle studies. Themes to consider might be (but are not limited to):

  • Castles and the Environment
  • Gendering Castles
  • The Decolonised Castle
  • Challenging Orthodoxy
  • Theory in Action

Please send a 250 word abstract of your paper to Dr Katherine Weikert (Katherine.Weikert@winchester.ac.uk) and Dr Catriona Cooper (Catriona.Cooper@canterbury.ac.uk) by 16 January 2023. We particularly encourage scholars from traditionally underrepresented backgrounds to submit abstracts.

The seminar will also feature poster presentations for early career research and ongoing projects. Proposals for posters should be submitted as above.

The CST relies entirely on public donations to fund our grants; we aim to support attendance and travel for early career, unemployed and under-waged scholars who are giving papers, but hope it is appreciated this will be limited in scope.

For more information about the Castle Studies Trust and its activities visit the Trust website at www.castlestudiestrust.org

So, what did happen at Caerlaverock?

Lead research on the Weathering Extremes: Medieval Climate Change at Caerlaverock Castle Dr Richard Tipping outlines what he and the team of researchers found during their research.

After an engrossing year of field and laboratory analyses, the team of researchers from the Universities of Stirling, St Andrews and Coventry, along with Morvern French and Stefan Sagrott of Historic Environment Scotland, try to summarise what happened at Caerlaverock Castle, on the Scottish Solway coast, some 600 years ago.

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The new castle, top left, and the old castle, bottom right © RCAHMS

When it was built in AD1229-30, the older of the castles at Caerlaverock stood close to the coast. Salt marshes probably extended south, worked by salt-panners. But the Solway had been far from tranquil. On the coast, preserved intact for around 1,400 years, was a series of huge, 200m long, 20m wide sand and gravel ridges: barrier beaches created by extreme storm surges. They started to form around 200BC, in the late Iron Age, and probably continued into the 1st millennium AD. There were at least four (we don’t know if each was a single storm) that added 200m to the coast.

The builders of the old castle may not have given these much thought. But around AD1200, we think, extreme storm surges recurred, initially with an enormous event that ripped apart the earlier barrier beaches, eroded archaeological structures and impacted the coastal cliffs: we wrote about this event in our third blog . This had minimum wave heights >4.5m above highest ordinary tides. And these waves were not like those surfers play on; these were like tsunami, swelling and not breaking.

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We think the builders of the old castle added what has been called a harbour on the coast: our fourth blog described us coring its sediments. These went back 6,000 years, formed when the so-called harbour was a tidal creek, and they probably record the storm surges of the 1st millennium AD. The creek was widened and maybe deepened around AD1200, but even so, waves at the highest ordinary tides could not have flooded the harbour: the harbour wasn’t a harbour. But it was the only way freshwater in the moat system could drain to the sea. It was also, of course, the quickest route for storm surges, increasing in frequency if not scale, to force their way inland. But they didn’t. The sediments in the ‘harbour’ from around AD1200 record still-water, low-energy deposition. We have to think that somehow the ‘harbour’ entrance was blocked off by people increasingly scared of the changing climate – not that they understood what was happening

Much of this reconstruction, made in 2004, is now incorrect, but if you ignore the ship, this image shows the relation of the ‘harbour’ to the old castle © Crown Copyright HES

Our first two blogs  described the patient work of understanding sediments trapped in the moat system. Several different types of analysis converge to show that the moat system, inland of the ‘harbour’, was impacted by storm surges, at least twice in the 14th century. How come, when the harbour was blocked? We think the surges skirted round the ‘harbour’, pushing over low cliffs and across parkland to pour into the moat surrounding the old castle. We may not, of course, have recorded the earliest surges, only those after the moat system was dug. We still don’t know whether the storm surges caused the old castle to be abandoned. We think the wave energies were insufficient to undermine the structure. But wave heights will also have rattled the occupants, and we don’t know how big these were: we’ll keep on searching. The salt-panners, by the way, are not recorded after AD1304.

But around AD1277, the old Castle was abandoned and a new one built 200m inland. The final storm surge to impact the long-abandoned old castle was around AD1570, by which time a further six huge barrier beaches had been stacked up. But because its moat had to be filled from the same spring-line that fed the old castle, the new castle could not be located any higher than 7m above contemporary ordinary tides. This, we speculate, created a painful dilemma because this may not have been high enough to escape these medieval and later surges.

This project has demonstrated how our understanding of castles’ construction and landscape can change significantly as new techniques are employed. Also, medieval people were conscious of the effects of extreme natural weather events: a critical topic for the 21st century.

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Historic Environment Scotland is grateful for funding received from the Castle Studies Trust, and for research done by Dr Richard Tipping, Dr Eileen Tisdall, Dr Tim Kinnaird, Dr Aayush Srivastava, Dr Jason Jordan, Busie Gisanrin, Neil McDonald, Carla Ferreira, and the Scottish Universities Environmental Research Centre.

In turn, Richard and Eileen would like to thank Historic Environment Scotland, and particularly Morvern French and Stefan Sagrott, for support and assistance in every aspect of the work, and the Trustees of the Castle Studies Trust for their generous financial support and interest. Stefan Sagrott’s LiDAR imagery of Castle Wood was the catalyst to this work. The Caerlaverock Estate provided access to Castle Wood. Grateful thanks for help with fieldwork go to Valerie Bennett, Finn Thompson, Kath Usher, Richard and Laura Bates, Tim Kinnaird, Aayush Srivastava, Morvern French and Steve Farrar. Lisa Brown (HES) facilitated the 14C dating programme and the re-assessment of archaeomagnetic dating at the old castle. The staff at the SUERC 14C Laboratory, University of Glasgow) are thanked for the provision of 14C assays. Carla Ferreira is thanked for assistance with BACON software. Tim Kinnaird and Aayush Srivastava (University of St Andrews) provided more than just OSL age estimates. Jason Jordan (University of Coventry) supervised the diatom analyses in the western moat undertaken by Busie Gisanrin. Neil McDonald undertook particle size analyses from the western moat and the outer ditch. Steve Farrar (then at HES) and Andrew Burnett enthused over the interpretations.

Marlborough Castle: twenty years of restoration and exploration

After two decades of research into Marlborough Castle, the Marlborough Mound Trust has collated all the results of their work in to a new publication. Here, Richard Barber of the Trust looks at what they have found.

Marlborough Mound is one of the least visible of the great monuments of England, and almost unknown except to local historians and specialists. It stands in the middle of Marlborough College in Wiltshire, and even for generations of members of the school, it was no more than a mysterious but familiar presence, largely concealed by trees, and with nothing to explain what it is or why it is there.

In the last twenty years, the curiosity of one Marlburian, Eric Elstob, who set up a trust for its systematic restoration and the exploration of its history, has led to dramatic results. The key moment came when the Marlborough Mound Trust was offered the use of a coring machine by English Heritage, who were investigating the structure of Silbury Hill six miles down the Kennet valley. They wanted to see if the Mound was comparable to their site. As a result, we now know, thanks to the dating that radiocarbon analysis has enabled, that it is the second- largest Neolithic mound in the whole of Europe, broadly contemporary with Silbury Hill, and thus part of the much-vaunted ‘Stonehenge landscape’.

Marlborough Mound Now copyright Marlborough Mound Trust

Subsequent research by Jim Leary has shown that Marlborough is currently the only known example of the reuse of a prehistoric mound as a castle motte. However, only a few traces of the foundations of the medieval castle survive. We have nothing of the keep which once stood on the Mound. So here the question was not of archaeology – several trial pits were unsuccessful – but of historical research. Initially in the hands of the family of William Marshal, (whose family retained a connection with the castle as late as 1297), the records in the National Archives enable us to reconstruct many of the details of the vanished buildings.

However, the use of the castle in the early thirteenth century is a much richer story. To take one example, John sent the queen and his children to Marlborough for safety just before the signing of Magna Carta. For Henry III, it was one of his most favoured residences outside London, and he spent a total of about two years there in the first three decades of his reign. His love for Eleanor of Provence is reflected in the costly refurbishment of the royal chambers in the castle. There is also evidence of ‘herbers’, the small courtyard gardens found in other royal castles of this period.

After Henry III’s death, the castle passed to Eleanor, and thereafter was part of the dowry of English queens until 1548. It began to decay shortly after Eleanor’s death [insert date], when part of the great tower collapsed, and by 1400 the whole castle was more or less deserted. The meagre list of royal property there in the fourteenth century is matched by accusations against the local rector who had surveyed the castle in 1371, which described how he had removed material from the site to build his own houses. By 1541, when John Leland came to Marlborough on his great journey round England recording its antiquities, only the remains of the keep were still prominent.

One other interesting element at Marlborough castle was the fishpond. The ‘king’s great fishpond’ survived unidentified until a year or two ago, when it was filled in (and now appears to be a paddock for polo ponies). It was a major source of supply for freshwater fish such as bream – not to be confused with sea bream – and pike. Henry and Eleanor, however, preferred lampreys, finding all other fish ‘insipid’. The fishponds also supply breeding stock for other castles, shipped in water-filled barrels.

Marlborourgh Castle as in C18 with Summer House on top of the motte

The last stage in the Mound’s history was its adaptation, probably in the decade before the civil war, as a major feature in the garden laid out by Francis Seymour, the owner from 1621 and builder of the first house on the site of the Castle. A spiral path and a grotto were cut into it, possibly in the 1640s. The Mound was well maintained when Marlborough College took over the house in 1843, but later photographs record steady decay and encroaching trees. A water tank was installed on the top early in the seventeenth century, which had become a massive cast iron and concrete structure after the second world war, surrounded by a jungle of undergrowth.

The Mound Trust’s work over the past twenty years has restored something of the impressive aspect of the original mound, and this newly published book presents a fascinating picture of the history of the hidden treasure in the heart of the College.

The Marlborough Mound: Prehistoric Mound, Medieval Castle, Georgian Garden

Copies are available to followers of the Castles Studies Trust at £25 direct from the publisher, Boydell and Brewer Ltd, on their website (until December 31 2022) at:

https://boydellandbrewer.com/9781783271863/the-marlborough-mound/

Use code  BB072 when completing the order. Normal price is £45.

 ISBN 978 1 78327 186 3, 234 pages, 234 x 156 mm, 54 illustrations.

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Flying High: Project update from Raby Castle

Project lead for our Raby project, Julie Biddesecombe-Brown. Curator at Raby Estates, gives an update on how the building survey and work around it has progressed.

Work has progressed this summer on Raby Castle’s project funded by the Castle Studies Trust to create a digital model of the 14th century Nevill stronghold.

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During July, Durham University Archaeological Services’ drone scanned the castle exterior. Every nook and cranny was covered; from courtyard and tunnels, to rooftops and bartisans, relying on the skill of the pilot to navigate the hardware into some pretty tight spaces. The photographs were taken utilising a 14mm lens and 36 megapixel sensor, supported by RTK GNSS positioning to precisely document every feature of the building. The data captured will then be uploaded and processed through Agisoft Metashape Professional and output as a 3D model utilising AutoCad Map 3D.

As well as creating an outstanding record of the building as it stands today, the software will enable the project team to ‘strip back’ known later additions and ‘rebuild’ known, lost features, such as the Barbican. Throughout the summer, Raby’s dedicated volunteers have continued to research the medieval structure and to collate findings based on evidence in other related sites that will help to build the model and to ensure accuracy as far as possible. The end result will have many uses, not only in building our understanding the medieval castle but also how it intersects with later additions and how it functioned as a building. The findings will be shared with visitors in new interpretation to be introduced as part of the castle’s wider development plans.

There has never been a full archaeological survey of Raby Castle and opportunities for research have been limited in the past. This project reflects the ambitions and vision of Lord and Lady Barnard, the castle’s owners who firmly believe that it is by understanding and sharing the castle’s past that we will secure its future. We look forward to sharing our progress as the model develops.

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For more information about Raby Castle visit www.raby.co.uk

What did they find on top of Shrewsbury’s motte?

Following the finishing of excavations at Shrewsbury Castle, the director of the excavations, Dr Nigel Baker, outlines what they found during the dig.

The third season of excavations at Shrewsbury Castle, funded by the Castle Studies Trust and staffed by experienced local volunteers, supervised by Dai Williams MCIfA, and students of University Centre Shrewsbury (University of Chester) under Dr Morn Capper, has just ended. Having investigated the inner bailey interior and one of its ramparts in previous years, the principal objective of this third season has been to examine the top of the motte – more easily said than done as it is paved by cobbles set in thick cement, which had to be drilled through by the volunteers at the peak of the recent heat-wave. The question was: did any archaeology bearing upon the character and use of early medieval motte-top buildings survive the depredations of Thomas Telford, who is known to have demolished a standing 13th-century tower and the ruined walls of at least one major building up there during his ‘restoration’ of 1786-90.

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The three trenches on Shrewsbury Castle motte. Copyright Dr Nigel Baker

The answer is that buried archaeology does indeed survive, truncated, under Telford’s topsoil (imported to create a motte-top garden) and the 1990s cobbles. Cut into the orange clay top of the motte were post-holes, a post-pad and slots for sleeper-beams of buildings, generally of the period when local unglazed cooking-pots were in use (late 11th to mid-13th-century). In places these features were intercut, showing that the remains represent buildings that had existed over an extended period of time. Remains of the ‘great tower’, the timber tower that collapsed in the third quarter of the 13th century, were not positively identified. Some of the post-holes were packed with a distinctive crumbly green sandstone (Coed-yr-Allt beds) obtained nearby from the River Severn that has recently been identified as the stone used in the first phase of building the curtain walls and converting the Norman earth-and-timber fortress into a stone castle.  

Shrewsbury Castle Excavation opening of the trench outside the curtain wall to investigate possible remains of a bastion. Copyright Dr Nigel Baker

A second trench was also opened outside the north curtain wall to look for evidence of a projecting bastion in that area that is known to have still been standing in the 18th century. The wall itself shows no trace whatever of this, suggesting that its outer face was rebuilt in the mid-19th century. The ground outside the curtain wall was found to have had been stripped down to natural in the 19th century when the wall was indeed rebuilt. Concurrent research by Historic England in its registry files suggests this is not in the least surprising as the curtain walls evidently have a long history of instability and collapse.

Following three seasons of CST excavations and additional research for a conservation management plan commissioned by Shropshire Council, the site owners – including the first-ever examination of the curtain walls with dense vegetation now removed from their faces – attention is now turning to publication of this long-neglected Marches shire-town fortress.

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Featured image, copyright Dr Nigel Baker