ForensicSpot9 modules
Forensic Archaeology
Forensic archaeology applies excavation science, geophysical survey, and systematic recording to the search, location, and recovery of buried or concealed remains and evidence. It provides the field methodology that bridges crime scene investigation and laboratory analysis of recovered material.
- 54hours
- 32topics
- 9modules
Module 16 hrs4 topics
Foundations and Discipline Overview
The history, scope, and legal standing of forensic archaeology as a distinct discipline. Covers its relationship to crime scene management, forensic anthropology, and the evidentiary standards it must satisfy.
Start module- History and Scope of Forensic ArchaeologyForensic archaeology applies excavation science to legal investigations, from WWI grave-recovery to today's mass-casualty incidents and international criminal tribunals.14 min
- Legal Framework and Scene AuthorityWho controls a burial site, and under what authority, determines everything about how evidence can be recovered and used. This topic maps the overlapping police, coroner, and international legal frameworks that govern forensic archaeology scenes.15 min
- Ethics and Human-Rights ObligationsForensic archaeology operates on remains that belong to identifiable people with living families. This topic examines the ethical obligations that flow from that reality, from ICRC guidelines on the missing to the tension between investigative need and cultural respect.15 min
- Methods Used in Forensic ArchaeologyAn overview of the four method families forensic archaeologists use to locate, detect, recover, and record buried or concealed evidence, with links to each technique in detail.9 min
Module 26 hrs4 topics
Search Strategy and Remote Sensing
Systematic methods for locating buried or concealed remains before any ground disturbance. Covers desk-based assessment, aerial and satellite analysis, LiDAR, and structured field-search protocols.
Start module- Search Strategy and PlanningHow forensic search teams build a structured plan before putting a spade in the ground, from desk-based intelligence gathering to probability mapping and command coordination.13 min
- Aerial and Satellite Remote SensingHow forensic investigators use aerial photographs, satellite imagery, UAV surveys, and multispectral analysis to detect disturbed ground, grave signatures, and terrain changes linked to clandestine burials.12 min
- LiDAR and Topographic SurveyHow LiDAR generates bare-earth terrain models that reveal subtle grave signatures invisible to optical sensors, and how photogrammetric point clouds complement LiDAR in forensic topographic survey.10 min
- Canine Search and ProbingHow Human Remains Detection dogs locate buried deposits through olfaction, what their biological and training limits are, and how systematic probing with tile probes and T-bars integrates with canine and geophysical methods.12 min
Module 36 hrs3 topics
Geophysical Detection Methods
Non-invasive subsurface sensing techniques applied to clandestine burial search. Each method's physical principles, operational protocols, output interpretation, and known limitations in forensic contexts.
Start module- Ground-Penetrating Radar (GPR)Ground-penetrating radar (GPR) transmits short electromagnetic pulses into the ground and reads the reflections at subsurface boundaries, making it one of the most reliable non-invasive tools for locating clandestine graves, buried objects, and disturbed soil in forensic investigations.15 min
- Magnetometry and Earth ResistanceFluxgate gradiometry and earth-resistance surveys detect subsurface graves through contrasts in the magnetic and electrical properties of disturbed ground, offering complementary strengths to GPR in conditions where radar fails.13 min
- Geophysical Data Processing and InterpretationRaw geophysical data from GPR, magnetometry, and resistivity surveys require processing to remove noise and artefacts before interpretation; understanding those processing steps and the false-positive sources that survive them is essential to giving reliable forensic evidence.14 min
Module 46 hrs4 topics
Excavation Methods and Single-Context Recording
Field excavation techniques adapted from archaeological practice for legal contexts. Focuses on the single-context recording system, stratigraphic principles, and the evidential requirements that distinguish forensic from research excavation.
Start module- Stratigraphic Principles and Harris MatrixStratigraphy reads the earth like a book, with each layer recording a moment in time. The Harris Matrix turns those layered relationships into a diagram that forensic archaeologists use to sequence the buried event and defend their timeline in court.15 min
- Single-Context Recording SystemThe single-context recording system is how forensic archaeologists translate the physical evidence in the ground into a durable legal record. Each context, cut, fill, layer, or skeleton gets its own numbered sheet, making the entire excavation independently reviewable in court.12 min
- Clandestine Grave ExcavationExcavating a clandestine grave requires techniques that balance the need to recover physical and biological evidence with the legal requirement to document everything in place before it is moved. The method chosen, sequential pedestal or half-sectioning, shapes what evidence survives the excavation.13 min
- Surface Scatter and Scene-of-RecoveryWhen human remains are found on the surface rather than buried, the distribution of skeletal material across a scene becomes the primary evidence. Grid-based collection, total-station plotting, and directional analysis of the scatter allow investigators to distinguish primary deposition from secondary dispersal.12 min
Module 56 hrs3 topics
Mapping, Recording, and Spatial Documentation
Instruments and workflows for creating an accurate, reproducible spatial record of a forensic scene. Covers total-station survey, photogrammetry, and the integration of spatial data into site reports.
Start module- Total-Station and GPS SurveyA total station combines angle and distance measurements to produce precise three-dimensional coordinates for every feature on a forensic site, while RTK-GPS extends the same precision across large search areas. Together they generate the court-ready spatial record that underpins every subsequent interpretation.15 min
- Close-Range Photogrammetry and 3D RecordingStructure-from-Motion photogrammetry turns overlapping photographs into three-dimensional point clouds and orthophotos of forensic scenes, capturing spatial relationships and surface detail that hand-drawing and single-image photography cannot reproduce. The workflow, from image capture through GCP placement to Metashape processing, determines whether the output is admissible as a court exhibit.14 min
- Site Photography and IllustrationForensic site photography applies strict technical standards (scale bar, north arrow, colour checker, RAW capture) to produce photographs that are both an interpretive record and a legal exhibit, while hand-drawn context plans and section drawings capture the spatial relationships that a photograph alone cannot communicate.15 min
Module 66 hrs3 topics
Taphonomy of Burial
How biological, chemical, and physical processes alter remains and associated evidence after burial. Understanding taphonomy is essential for interpreting what is found and for estimating the burial interval.
Start module- Burial Taphonomy: Processes and StagesHow a buried body breaks down from fresh remains to bare bone, and how oxygen, temperature, soil chemistry, and moisture control the pace of every stage.13 min
- Peri-mortem vs. Post-mortem AlterationHow forensic archaeologists and anthropologists distinguish damage that happened at or near the time of death from the alterations that soil, roots, and scavengers impose after burial.12 min
- Burial Interval EstimationMethods for estimating how long a body has been buried, from accumulated degree days for soft-tissue loss to botanical indicators and artefact accumulation as minimum-date evidence.12 min
Module 76 hrs4 topics
Mass Graves and Human-Rights Recovery
Protocols and practices developed for the systematic recovery of victims from conflict, atrocity, or disaster events. Focuses on international body mandates, ante-mortem data systems, and the chain from field to identification.
Start module- Mass Grave Typology and FormationA structured look at how mass graves form, how they are classified by disturbance history, and what physical signatures distinguish primary burials from secondary and tertiary ones.13 min
- ICMP, EAAF, and ICTY Recovery ProtocolsThe three organisations that professionalised mass grave recovery, the field methodologies and institutional frameworks they developed, and the evidentiary standards they established for international criminal proceedings.14 min
- Ante-mortem Data Collection and Victim IdentificationHow investigators gather ante-mortem records from families and official sources, how those records are matched to post-mortem findings, and how DNA profiling at scale resolved the Srebrenica identification challenge.14 min
- Working in Conflict and Politically Sensitive ContextsThe operational, legal, and ethical challenges of conducting forensic fieldwork in active or post-conflict zones, where security threats, political pressure, and witness protection demands reshape every standard protocol.14 min
Module 86 hrs3 topics
Disaster, Fire, and Conflict Scene Archaeology
Specialist applications of forensic archaeological method to mass-casualty disaster scenes, fire-damaged contexts, and historic battlefield recovery.
Start module- Disaster Victim Identification: Archaeological ContributionHow forensic archaeologists contribute to Disaster Victim Identification operations, from scene zoning and systematic body management at mass-casualty events to integration with DVI pathology and odontology teams.14 min
- Fire-Scene ArchaeologyHow forensic archaeologists apply stratigraphic recording, systematic sieving, and contextual in-situ documentation to fire scenes, including the interpretation of calcined bone and body position relative to fire origin.13 min
- Battlefield and Conflict ArchaeologyThe forensic recovery of combatant and civilian remains from conflict sites, integrating metal-detector survey, ordnance safety protocols, and systematic excavation as demonstrated by the landmark Fromelles 2008-2010 operation.16 min
Module 96 hrs4 topics
Post-Excavation, Dating, and Court Presentation
The work that follows field recovery: specialist sample processing, absolute dating, report writing, and the presentation of archaeological evidence in legal proceedings.
Start module- Radiocarbon and Other Dating MethodsHow archaeologists date buried remains and associated materials, from AMS radiocarbon and the post-1950 bomb-pulse curve through dendrochronology and luminescence dating, and what precision ranges actually mean when they reach a courtroom.17 min
- Finds and Artefact ProcessingHow clothing, personal effects, and micro-remains recovered from a burial or scatter site are processed to yield evidence of identity, movement, and time period, including shoe-sole dating, soil micromorphology, pollen, diatoms, and integration into the site narrative.15 min
- Report Writing and Evidential StandardsHow forensic archaeologists structure their reports to satisfy the evidential standards of criminal courts, coronial proceedings, and international tribunals, covering factual versus interpretive sections, admissibility tests, presenting uncertainty, and disclosure obligations.16 min
- Expert Witness Testimony and Quality AssuranceThe obligations, preparation, and quality-assurance frameworks governing forensic archaeologists as expert witnesses, covering CPR Part 35, FRE 702, cross-examination preparation, FSR and IAFS accreditation, ISO/IEC 17020, and casework peer review.14 min