The early assessment of archaeological risk is an essential element of development planning. Through archaeological desk-based assessments and specialist technical reports, we establish a robust foundation to identify potential buried heritage assets, evaluate further investigation requirements, and integrate archaeological considerations during the earliest stages of scheme design. This facilitates early identification of risks and potential costs, the programming of appropriate mitigation, and proactive scheduling of construction workflows.

Synthesising Diverse Sources into a Cohesive Baseline

For our baseline appraisals, we integrate historical, archaeological, and geoscientific data from a wide variety of sources. These include historic archives, historic map regression, records of previous ground interventions, underlying bedrock and superficial geology, stray finds, as well as aerial photographs and satellite imagery. In addition, we examine topographic features and soil horizons to detect traces of previously unrecorded archaeological remains.

Digital Elevation Models (DEMs) and LiDAR data provide particularly valuable insights. They make it possible to reveal subtle earthworks beneath dense canopy cover that are virtually imperceptible on the ground – such as the remains of barrows, ring ditches, or enclosure banks and ditches. By combining complementary datasets, analysing varied hillshading algorithms across three-dimensional terrain models, and systematically layering spatial data in GIS, we identify, cross-reference, and interpret archaeological features.

The critical factor is not any single source of information, but the correlation of all available datasets. It is only through rigorous multi-source analysis that areas of archaeological potential can be nuancedly evaluated and spatial relationships clearly demonstrated.

From Data Synthesis to Concrete Recommendations

Our desk-based assessments go beyond mere asset mapping. We evaluate the gathered baseline data in terms of its archaeological significance and the direct engineering constraints of the proposed development. In doing so, we pinpoint where archaeological risk lies, quantify remaining uncertainties, and identify targeted areas where further field evaluation is justified.

Depending on site conditions, we formulate tailored mitigation strategies – such as fieldwalking surveys, geophysical survey, trial trenching, or other intrusive and non-intrusive evaluation methods. Furthermore, we provide pragmatic estimates regarding the likely scope of archaeological works and the resource implications of subsequent excavations. This enables archaeological requirements to be integrated into scheme programmes at an early stage, effectively derisking budgets and programmes.

The findings can also inform statutory planning and pipeline/route design. Where practicable within engineering parameters, areas of high archaeological sensitivity can be designed around or alternative alignments considered. This allows potential conflicts to be avoided or designed out before groundworks commence, preventing costly delays and unbudgeted plant downtime.

Expert Evaluation Through Close Stakeholder Engagement

A dependable archaeological assessment relies on proactive stakeholder communication. We collaborate closely with our clients, local authority archaeological advisors, and statutory heritage curators. We also integrate technical parameters from other disciplines and engineering contractors to evaluate heritage implications within real-world project constraints.

ADW delivers archaeological desk-based assessments and technical chapters for both extensive linear infrastructure schemes and local commercial or residential developments. We combine rigorous academic research, cutting-edge digital spatial analysis, and hands-on fieldwork expertise.

Our objective is to turn baseline data into clear, actionable advice – enabling early risk mitigation, targeted archaeological scopes, and reliable, programme-led delivery for your scheme.

Professional archaeological project management is essential to the successful delivery of major infrastructure schemes. It extends far beyond coordinating personnel, plant, welfare facilities, and fleet logistics. Just as critical is close liaison with all on-site disciplines and specialist contractors – such as civil engineering, unexploded ordnance (UXO) clearance, and ecological clerk of works (ECoW). Seamless collaboration between all parties streamlines workflows, mitigates programme delays, and significantly controls project costs.

Our project managers coordinate the delivery of archaeological works across specific route sections and spreads, consistently aligning our operations with the wider engineering master programme. Even on cross-border schemes governed by varying statutory heritage frameworks and regional recording guidelines, we ensure harmonised processes, transparent lines of communication, and the dependable execution of agreed scopes of work.

We combine specialist heritage expertise with a structured, solutions-driven approach. Our qualified teams are proficient in standard project management software and industry-specific GIS/database platforms, rapidly onboarding into our clients' proprietary Common Data Environments (CDE) to ensure seamless, compliant data exchange.

We operate with precision, reliability, and commercial focus – placing equal emphasis on fostering collaborative, constructive working relationships across all delivery teams. Our commitment is to identify engineering and heritage constraints early, devise pragmatic mitigation strategies, and drive forward decisive, programme-led solutions. This establishes clear procedures and efficient collaboration, keeping the on-time delivery of your scheme at the forefront.

The major linear energy-transition schemes – including SuedLink, SuedOstLink, Rhein-Main-Link, and the Fulda-Main Link – present archaeology with unique logistical and technical challenges. The overarching objective is to enable tomorrow's critical infrastructure while safeguarding our archaeological heritage. Achieving this demands not only specialist archaeological competence, but also integrated planning, robust coordination, and close collaboration across all project stakeholders.

Since October 2023, we have been operating within the international joint venture infra europe jv to deliver precisely against these complex requirements. Through this partnership, we integrate extensive delivery experience from major linear infrastructure schemes in the UK with in-depth technical expertise and specialist knowledge of the German archaeological and regulatory landscape. This synthesis of international major-project delivery and regional heritage insight establishes the baseline for the streamlined execution of complex archaeological programmes.

A collaboration of this nature is unprecedented in the sector. The combined capability and joint expertise enable us to design, coordinate, and deliver large-scale archaeological schemes seamlessly across state and national borders. In doing so, we provide dependable solutions to a core challenge of modern infrastructure delivery: aligning construction programmes with the responsible stewardship of our cultural heritage.

Hunter-gatherers, Roman settlements, or remnants of a medieval town – archaeological excavations bring the traces of past worlds to light. They record our cultural heritage and establish the foundation for preserving archaeological knowledge in the long term.

ADW delivers archaeological excavations of all scales: from individual plots and small-scale developments to extensive investigations within major infrastructure schemes. Throughout, we combine academic rigour with efficient site organisation and a clear understanding of your construction requirements.

When Archaeology Becomes Part of Your Scheme

Archaeological remains are finite and irreplaceable records of the past. If they are impacted or destroyed by a development, planning conditions typically require prior investigation and recording. Where human remains and burials are encountered, sensitive and ethically responsible treatment is essential.

Whether full excavation is required or heritage assets can be preserved in situ depends on site-specific ground conditions and the requirements of the statutory authorities. Where excavation is necessary, we programme and deliver the required works in consultation with local curators and in strict compliance with applicable heritage legislation and professional standards.

From Planning to Archive Sign-Off

Professional excavation requires far more than uncovering archaeological deposits. Every feature and layer must be systematically recorded, geo-referenced, and documented so that findings remain accessible for post-excavation assessment and academic analysis long after field operations conclude.

Our core deliverables include:

• Planning and preparation: Agreeing methodologies, Written Schemes of Investigation (WSI), and plant/resourcing requirements with project teams and statutory advisors.

• Archaeological excavation: Controlled hand-cleaning, identification, and systematic excavation of archaeological features and stratigraphic contexts.

• Survey and geomatics: Precise geospatial survey using RTK-GPS/total stations and the generation of compliant site plans and GIS datasets.

• Technical site recording: Photographic, drawn, and written documentation of all stratigraphic units across various stages of works, including detailed plans and section profiles.

• Finds recovery and conservation: Systematic retrieval, labelling, initial on-site processing, and environmental sample recovery tailored to post-depositional preservation conditions.

• Post-excavation and sign-off: Archive consolidation, delivery of assessment reports and technical monographs, and liaising with statutory heritage bodies to secure planning condition discharge.

Specific requirements are determined by the brief and applicable regional standards. We ensure technical quality and traceable, audit-ready documentation remain paramount throughout the fieldwork process.

Small-Scale Sites or Major Schemes – Fully Resourced Delivery

No two excavations share the same operational footprint. For private residential schemes, the focus is often on a contained footprint, individual consultancy, and reliable coordination with forthcoming groundworks. Here, we assist clients in navigating archaeological obligations, planning critical path milestones, and delivering targeted mitigation efficiently.

Conversely, extensive development footprints and linear infrastructure schemes require large site teams, complex plant logistics, and the orchestration of multiple teams working concurrently. ADW possesses the operational capacity and project structures to deliver these demanding programmes. We can deploy multiple site teams simultaneously, manage on-site logistics, and embed archaeological operations smoothly into wider civil engineering master programmes.

Particularly on major infrastructure schemes, proactive scheduling, unambiguous roles, consistent quality assurance, and dependable reporting are critical. Our expertise in archaeological project management allows us to align academic precision with operational site efficiency.

Technical Quality and Streamlined Delivery

Our qualified field teams work in accordance with recognised CIfA standards and statutory guidance. Modern survey instrumentation, digital recording systems, and structured workflows enable us to deliver investigations with speed and precision.

Our core objective is to investigate and record archaeological remains to the highest standard while providing programme certainty for your development. We work in close coordination with developers, principal contractors, engineering consultants, and heritage curators to develop pragmatic solutions that satisfy planning conditions while keeping your scheme on track.

Whether for a discrete development parcel or a large multi-team linear excavation, ADW delivers professional archaeological practice, robust project governance, and responsible management of our shared heritage.

During controlled archaeological topsoil stripping, the upper soil horizon is stripped progressively under continuous archaeological supervision as part of site preparation. The objective is to identify potential archaeological features at an early stage and manage them appropriately before subsequent groundworks commence.

Archaeological topsoil stripping is frequently carried out alongside enabling works and across extensive development areas where heritage assets are suspected or already documented. Prior to stripping, the presence and survival of archaeological features cannot always be predicted with certainty. Unlike trial trenching, which investigates targeted linear evaluation trenches, controlled topsoil stripping allows for the archaeological assessment of continuous spatial extents during preliminary earthworks.

A Practical Example

Consider an urban infill site earmarked for redevelopment where buildings previously stood. Whether and at what depth archaeological deposits survive remains initially uncertain. Older stratified layers may have been truncated by the foundations and basements of former structures – or they may remain well preserved beneath made ground.

Throughout earthmoving operations, an archaeologist oversees the incremental soil removal and inspects the stripped horizon for archaeological features. This ensures that any exposed remains are identified immediately and necessary mitigation can be agreed without delay.

If no archaeological deposits are identified, the stripped area can be signed off and released for ongoing construction following completion of the required monitoring and sign-off from the statutory heritage authorities. Should archaeological remains be encountered, the subsequent course of action is determined in consultation with local curatorial advisors. Depending on site constraints and significance, potential solutions include preservation in situ beneath protective geotextile capping or a targeted archaeological excavation.

We guide you throughout this process, providing clear advice on viable mitigation strategies. Working collaboratively with you and the statutory authorities, we develop a professionally robust and commercially sound approach that satisfies heritage conditions while maintaining your construction programme.

ADW provides an experienced, qualified site team specialised in monitoring controlled topsoil stripping. Our personnel bring extensive practical fieldwork expertise, a sharp eye for subtle ground features, and a pragmatic understanding of active construction environments. In doing so, we ensure dependable archaeological oversight and keep on-site operations progressing smoothly.

Not every buried heritage asset needs to be excavated. Depending on the nature of the archaeological remains, the proposed construction methods, and site-specific ground conditions, it may be feasible to preserve archaeology permanently in the ground. Known as preservation in situ (or archaeological capping), this approach protects and covers archaeological deposits so they remain safely conserved where they lie.

This strategy offers mutual benefits: the archaeological resource is secured for future generations and may one day be investigated using more advanced, non-intrusive scientific techniques. At the same time, full archaeological excavation can be avoided, which – depending on the scheme – can significantly mitigate both costs and programme delays.

However, preservation in situ is not automatically the cheaper or simpler option. It requires meticulous engineering design, robust technical implementation, and formal approval from the statutory heritage authorities.

When Is Preservation in Situ an Option?

The core prerequisite is that the archaeological assets can be permanently protected throughout and following the development. This requires careful assessment of both the proposed ground interventions during construction and the long-term structural loading imposed on the underlying subsoil.

On a private residential plot, this might mean omitting a basement in order to prevent intrusions into archaeologically sensitive strata. In other scenarios, an adapted foundation design can be engineered in collaboration with the project architect to enable preservation while remaining commercially viable.

Whether redesigning a scheme is commercially preferable to full excavation must be evaluated on a case-by-case basis. Considerations include not only immediate direct costs, but also structural engineering constraints, finished site levels, and the long-term preservation environment of the monument.

Furthermore, if archaeological remains have already been exposed, extensive archaeological recording may be required by statutory advisors before capping permission is granted. This can incur a substantial portion of excavation costs without fully resolving the deposits. In such instances, careful appraisal is necessary to determine whether in situ capping remains the most pragmatic solution.

How Does Preservation in Situ Work in Practice?

The exact engineering methodology is governed by site-specific archaeological and geotechnical conditions, as well as statutory curatorial requirements. Fundamentally, the goal is to protect surviving features from direct impact and detrimental loading, creating a distinct physical separation between the archaeological horizons and overlying structural fill.

Where technically feasible, capping should be executed without stripping or exposing the archaeological deposits beforehand. Where this cannot be avoided, archaeological evaluation and recording of the exposed surface will be required.

Following inspection, the features are typically covered with an approved geotextile membrane. This acts as a marker and separation layer, delineating the boundary between preserved in situ archaeology and overlying engineered fills. Suitable inert materials – such as sand, aggregate, or gravel – are then imported and layered in accordance with the agreed specification, typically graded from fine to coarse. The engineered capping profile must be designed to cushion and protect archaeological remains while satisfying the structural bearing requirements of the proposed scheme.

Engineered capping can significantly elevate existing ground levels. This increased build height must be accounted for early in the design stage, particularly concerning building ridge heights, finished floor levels, threshold interfaces, access tracks, and surface water drainage.

Integrating Heritage Management with Engineering Design

A decisive consideration is post-construction subsoil loading. Even if a heritage asset is not directly truncated by trenching or groundworks, the dead and live loads of a new structure and resulting differential settlement can compress, distort, or destroy fragile archaeological strata. The viability of preservation in situ therefore depends on subsoil bearing capacity, structural foundation design, and the geotechnical sensitivity of the buried remains.

Not every archaeological asset is suitable for this mitigation route. Statutory heritage curators hold ultimate authority over whether in situ preservation is acceptable, and technical constructability must be verified in consultation with civil and geotechnical engineers.

How ADW Supports Your Decision-Making

We help you assess the viability of preservation in situ at an early stage, weighing its practical feasibility against targeted excavation. We combine our specialist archaeological expertise with a pragmatic understanding of construction sequencing and engineering constraints.

In close collaboration with you, your design team, and statutory heritage bodies, we align diverse project interests to secure a workable solution. Our objective is to safeguard cultural heritage effectively while maintaining the structural, commercial, and programme requirements of your scheme.

Surveys and trial trenching are proven evaluation techniques used to assess the archaeological potential of a site and determine whether further investigation is required. They are deployed primarily where archaeological remains are suspected, but their presence, depth, and spatial extent remain unconfirmed.

A practical example:

An agricultural greenfield parcel is earmarked for residential development. A registered heritage asset or designated monument lies within the immediate vicinity. Consequently, there is potential for associated archaeological remains to extend across the subject site. Whether buried features survive, and to what extent, must first be evaluated in the ground.

From Surface Survey to Trial Trenching

As a preliminary phase, a non-intrusive survey – such as a fieldwalking (surface artefact collection) survey – can be conducted. Here, the ground surface is systematically traversed along regular transects to identify surface expressions of past activity. Across weathered, freshly ploughed, or bare soils, artefact scatters such as pottery sherds, ceramic building material, or worked lithics can indicate the presence and date of underlying deposits.

To establish a definitive stratigraphic assessment, intrusive archaeological trial trenching is then undertaken. This involves opening targeted, discrete evaluation trenches across strategically selected locations designed to maximise meaningful data recovery. Trenches are typically distributed across the scheme in a systematic sample grid to establish a representative appraisal of the baseline conditions.

Trenches are machine-excavated incrementally under continuous archaeological supervision down to the natural geological subsoil. Surviving features cut into or resting upon this undisturbed horizon are hand-cleaned, evaluated, and documented. This confirms the presence, character, date, integrity, and depth of any archaeological horizons.

The resulting evaluation data forms a critical evidence base for scheme design and planning determination. It enables statutory heritage advisors to assess whether further archaeological mitigation is necessary and allows developers to programme appropriate, cost-effective solutions for the scheme ahead.

Supported by an experienced, qualified field team, ADW delivers archaeological surveys and trial trench evaluations – technically compliant, programme-efficient, and aligned with your wider development objectives.

Archaeology is not solely about discovering and recording traces of the past, but about sharing that knowledge. At ADW, our goal is to bring archaeological discoveries to life, communicate heritage values, and make the narratives behind the finds accessible to diverse audiences – from the academic community and the interested public to project developers and local schools.

Post-excavation academic analysis and publication form an integral part of our services. We produce peer-reviewed papers, monograph contributions, and technical articles, regularly presenting our research at academic conferences and professional symposia. At the same time, we believe in making archaeology accessible beyond specialist circles. We regularly deliver engaging community talks, covering regional heritage landscapes as well as site-specific excavations and the insights derived from them.

Public Relations & Media Management

Archaeological fieldwork naturally commands significant public and press interest. In close consultation with our clients and statutory curators, we liaise with corporate communications teams and media outlets to facilitate factual, accurate, and positive coverage.

In doing so, we safeguard the operational and security parameters of active development sites. Site updates and findings are typically released only once fieldwork has concluded, ensuring site security, protecting sensitive heritage assets from illicit metal detecting, and avoiding disruption to active engineering operations.

Bringing Fieldwork Results to Life: Interpretation & Social Value

The discoveries made during an excavation offer value extending far beyond the technical archive report. We assist developers and project stakeholders in transforming heritage discoveries into tangible social value – whether through corporate storytelling, civic displays in town halls, public exhibitions, or site open days.

We deliver a wide range of interpretation media, including interactive 3D digital models, interpretive on-site signage, and illustrated brochures. Where clients wish to exhibit recovered artefacts within corporate foyers or public display cases, we provide specialist conservation advice and handle the necessary consents with statutory heritage bodies and museums.

This approach ensures that archaeological results remain visible long after development concludes, generating lasting value for clients, local authorities, and the community.

Innovative Digital Interpretation: Virtual & Augmented Reality

We actively harness the potential of immersive technologies, using Virtual Reality (VR) and Augmented Reality (AR) to open up archaeological sites in transformative new ways.

Through high-resolution photogrammetric recording of excavation surfaces, we generate millimeter-accurate 3D digital replicas of exposed sites. These models enable users to explore a site virtually, examine stratigraphic relationships, and revisit sensitive features long after backfilling or construction has taken place. Using VR headsets, stakeholders and the public can experience an immersive site walkthrough that far exceeds traditional static photographs, 2D plans, and text reports. Augmented Reality applications further allow digital reconstructions to be mapped directly onto physical, present-day landscapes.

While this service stream is an area of ongoing active development at ADW, a fully functional prototype is already deployed. We see immense potential in immersive technologies for modern heritage engagement and welcome collaboration with research and technology partners to advance these capabilities.

Our objective is clear: to ensure that archaeology is not just recorded with scientific rigor, but interpreted in a way that remains tangible, engaging, and relevant for stakeholders and the wider public alike.

Any construction scheme involves countless decisions, budgets, and logistical hurdles. When archaeological planning conditions are added to the equation, self-builders and private developers frequently face complex statutory requirements outside their familiar remit. We help you navigate the process, evaluate your viable options, and define the critical next steps.

Key to success: establishing clarity from the outset.

Leveraging formal academic expertise and decades of practical fieldwork, we identify precisely which archaeological scopes of work may be triggered on your plot. Throughout, we represent your interests in discussions with local authority archaeological advisors and statutory heritage bodies, acting as a collaborative liaison between all stakeholders.

A common oversight: under the established "developer-pays" principle, the financial liability for required archaeological mitigation falls squarely upon the applicant – including individual homeowners and self-builders. Undertaking early due diligence prior to land acquisition is therefore vital to assess heritage risks and incorporate potential archaeological costs into upfront budgets. This proactive approach prevents unforeseen expenses and costly plant downtime during subsequent groundworks.

What Lies Beneath Your Plot?

Statutory planning authorities and archaeological contractors maintain comprehensive Historic Environment Records (HER) detailing designated monuments and known findspots. Academic synthesis of this baseline data allows for predictive modelling of previously unrecorded archaeology. For example, evidence of a historic settlement frequently indicates the potential presence of nearby burial grounds, trackways, or agrarian field systems.

Definitive confirmation of what survives below ground can often only be achieved through intrusive evaluation, such as trial trenching or controlled topsoil stripping. Ahead of any physical works, however, we can deliver a dependable desktop risk appraisal detailing likely subsurface conditions and associated programme exposure.

Crucially, not all archaeological features carry the same operational impact. Simple features, such as prehistoric post-holes or shallow boundary ditches, can be excavated and recorded rapidly. Complex, deep-stratified stratigraphy or masonry remains require significantly more intensive investigation. Simply knowing a plot falls within an archaeological notification area does not, in itself, dictate the actual duration or financial expenditure required for your specific scheme.

Dedicated Support Throughout Your Development

We recognise that unexpected archaeological conditions and associated expenditure can be daunting. When you have spent years planning and saving for a self-build or private property, planning constraints can generate substantial stress. We approach your project with commercial pragmatism and empathy, providing transparent advice so you can make informed, assured decisions.

We provide end-to-end guidance across all archaeological matters affecting your land. This includes scoping fieldwork methodologies, clarifying legal ownership and finds title, identifying potential public grant funding, and appraising competing engineering strategies – from controlled topsoil stripping and full excavation to engineered preservation in situ. Furthermore, we handle all technical dialogue and condition negotiation directly with the planning authorities.

From the initial planning consultation letter through to site sign-off and the start of construction, ADW is your trusted specialist partner. We can manage the entire heritage process on your behalf or deliver discrete, targeted scopes of work tailored precisely to your schedule.

With ADW, you always know what steps we recommend, why they are required, and what commercial alternatives exist. Our mission is to provide complete certainty for your development, navigating archaeological planning obligations smoothly, predictably, and on schedule.

Anthropology literally means the "study of humanity". In an archaeological context, biological anthropology encompasses the scientific analysis of human skeletal remains. Field osteoarchaeology specifically comprises all on-site procedures required to ethically and technically excavate, record, and lift human burials directly within their depositional context.

ADW delivers specialist field osteoarchaeology services for archaeological investigations of inhumations, cremations, burial grounds, and historic cemeteries. Throughout, we combine academic rigour with an ethical, dignified approach to the treatment of human remains.

Scientific Standards and Ethical Governance

The discovery of human remains frequently presents clients and scheme managers with complex challenges. On the one hand, skeletal assemblages possess exceptional scientific value, offering profound insights into past demographic profiles, palaeopathology, health, diet, and mortuary practice. On the other hand, the excavation of human remains demands acute ethical sensitivity and dignity. In addition, developers often face uncertainties regarding statutory licencing, specialist analytical costs, and programme implications.

Specialist on-site oversight and proactive liaison between clients, osteoarchaeologists, field archaeologists, and statutory curators (alongside relevant ecclesiastical or environmental health authorities) are therefore essential. Our objective is to satisfy statutory and academic standards in full while ensuring a transparent, programme-certain delivery model.

Rigorous Recording Begins in the Field

In archaeological investigations, vital contextual data is irrevocably lost the moment skeletal remains are lifted from the ground. Consequently, comprehensive in situ recording during exposure is paramount. This includes establishing skeletal articulation, body position, alignment, and orientation, alongside grave architecture, coffin furniture, and stratigraphic relationships to intercutting features and grave goods.

Subtle taphonomic details that may appear minor on site can hold substantial scientific significance during later post-excavation analysis. These include fragile infant remains, sesamoids, anatomical variants, trauma, evidence of infectious disease, and organic residues critical for palaeoenvironmental or biomolecular sampling.

While metric and pathological observations can be refined in the post-excavation laboratory following specialist washing, core contextual relationships can only be observed in the field. These encompass depositional attitude, bone-to-soil taphonomy, and bone preservation status prior to recovery. Methodical, specialist recovery of fragile elements – particularly crania and dentition – is vital to prevent post-mortem damage and safeguard material for subsequent stable isotope or ancient DNA (aDNA) analysis.

Bridging Fieldwork and Laboratory Osteoarchaeology

The most robust research outcomes occur when on-site recording and post-excavation laboratory analysis are fully aligned. In commercial practice, considerable time can elapse between field recovery and final academic reporting. This makes standard-compliant, unambiguous, and future-proof field documentation all the more critical.

Our field osteoarchaeology establishes an audit-ready, peer-review-grade dataset. This ensures that external specialists and researchers can interpret the stratigraphic and biological data with complete confidence, regardless of when subsequent analytical phases are commissioned.

Specialist Sensitivity for Historic and Post-Medieval Cemeteries

Investigations on former burial grounds and churchyards present not only technical and logistical complexities, but also sensitive social, ethical, and religious considerations. For post-medieval and modern contexts, descendant communities or living family members may be directly connected to the site. Works affecting former cemetery grounds understandably trigger concerns regarding the dignified treatment of the deceased and the disturbance of resting places.

In these scenarios, project clients – often church authorities, dioceses, local councils, or public bodies – carry a heightened duty of care toward the public and community stakeholders. Transparent communication, dignified site management, and close consultation across all parties are indispensable for maintaining public confidence and ensuring social value.

ADW manages such schemes with specialist technical expertise, diplomatic acumen, and professional discretion. Where appropriate, we facilitate stakeholder briefings and community engagement to explain the necessary statutory procedures and the archaeological and historical context.

Our commitment is to balance academic excellence, commercial programme efficiency, and an ethical code of conduct for the treatment of human remains. For us, archaeological practice is not merely about recording physical deposits of the past, but about treating the individuals whose lives we study with dignity and respect.

We uphold an open, respectful perspective on mortality and memorialisation – reflected in the timeless sentiment found in historic ossuaries: We are what you were; you will be what we are.

Complex archaeological research questions frequently require the synthesis of multiple scientific disciplines to achieve definitive results. At ADW, we work in close synergy with allied specialist fields, delivering core expertise in-house. These capabilities include physical anthropology/osteoarchaeology, zooarchaeology, geology, historic building recording, and archival history.

In addition, we draw upon an established network of accredited scientific specialists and laboratory facilities, enabling rapid and flexible deployment of advanced analytical techniques. This allows us to deliver specialised scientific investigations, including geoarchaeology, palaeobotany, radiocarbon dating (AMS ¹⁴C), dendrochronology, and ancient DNA (aDNA) analysis.

Through this interdisciplinary approach, we assess archaeological horizons from complementary scientific perspectives, cross-correlate disparate datasets into coherent post-excavation assessments, and provide our clients with robust, single-source technical consultancy across even the most demanding schemes.