Ai Wildlife Forensics

Wildlife Forensics Foundations

Doctoral work examines scientific evidence applied to crimes involving wild species. Forensic evidence converts suspicion into cases that courts accept.

Wildlife Crime Research

Research examines unlawful killing, taking and trading of wild organisms. Wildlife crime is organised, lucrative and comparatively lightly punished.

Forensic Science Principle

Doctoral study examines principles governing evidence produced for legal proceedings. Forensic standards differ sharply from ordinary research practice.

Evidence Type Research

Research examines the differing materials recovered during wildlife investigations. Evidence ranges from whole carcasses to heavily processed products.

Trace Evidence Research

Doctoral work examines minute material transferred during a criminal event. Traces link suspects to scenes where no witness was ever present.

Crime Scene Research

Research examines locations where wildlife offences have actually occurred. Scenes are frequently remote, exposed and degraded before discovery.

Scene Documentation Research

Doctoral study examines recording a scene before any evidence is disturbed. Documentation quality determines what can later be argued in court.

Evidence Collection Research

Research examines recovering material without damaging its evidential value. Collection errors are irreversible and frequently made by nonspecialists.

Sampling Strategy Research

Doctoral work examines deciding what and how much material to collect. Strategy determines whether later analysis can answer the question asked.

Contamination Control Research

Research examines preventing foreign material entering collected evidence samples. Contamination is the commonest reason genetic evidence is challenged.

Chain Of Custody Research

Doctoral study examines documented control of evidence from scene to court. Custody gaps invalidate evidence regardless of its scientific quality.

Evidence Storage Research

Research examines conditions preserving seized material until it is analysed. Storage failure destroys evidence that took considerable effort to obtain.

Sample Preservation Research

Doctoral work examines methods keeping biological material suitable for analysis. Preservation choice determines which techniques remain available.

Degraded Sample Research

Research examines analysing material damaged by heat, moisture or time. Wildlife evidence is frequently severely degraded before it is found.

Historic Sample Research

Doctoral study examines analysing very old material held within collections. Old specimens establish baselines and support long running investigations.

Processed Product Research

Research examines identifying species within heavily manufactured trade items. Processing removes nearly every feature identification usually relies upon.

Seizure Handling Research

Doctoral work examines managing large confiscated consignments of wildlife products. Seizures may contain thousands of items requiring individual attention.

Field Testing Research

Research examines analysis performed at the point of seizure or discovery. Field results guide immediate decisions that laboratory delay prevents.

Portable Analysis Research

Doctoral study examines instruments carried to borders, ports and field sites. Portable capability must tolerate heat, dust and rough handling.

Evidence Triage Research

Research examines selecting which items from a seizure to analyse fully. Triage is unavoidable because laboratory capacity is severely limited.

Laboratory Workflow Research

Doctoral work examines how forensic laboratories organise their casework processing. Workflow determines both turnaround and the risk of sample mixing.

Case Management Research

Research examines tracking cases from submission through to eventual reporting. Management systems maintain the records that court proceedings require.

Turnaround Time Research

Doctoral study examines delay between evidence submission and result delivery. Delay can exceed the period suspects may lawfully be detained.

Quality Assurance Research

Research examines systems ensuring forensic results are consistently reliable. Assurance practice varies enormously across wildlife forensic laboratories.

Accreditation Research

Doctoral work examines formal recognition of forensic laboratory competence. Accreditation increasingly determines whether evidence is accepted.

Proficiency Testing Research

Research examines laboratories tested using samples of known composition. Proficiency schemes reveal performance differences between laboratories.

Method Validation Research

Doctoral study examines demonstrating a technique performs reliably for casework. Validation must cover the degraded material casework actually involves.

Standard Operating Procedure

Research examines documented procedures governing every casework analytical step. Documented procedure is what makes casework defensible under challenge.

Reference Material Research

Doctoral work examines authenticated material against which evidence is compared. Reference quality bounds the confidence any identification can carry.

Reference Collection Research

Research examines curated specimen collections supporting forensic identification work. Collections are irreplaceable and frequently poorly resourced.

Voucher Specimen Research

Doctoral study examines retained specimens documenting what was actually examined. Vouchers permit reexamination if findings are later disputed.

Forensic Database Research

Research examines curated reference data supporting identification and assignment. Database gaps leave many traded species unidentifiable entirely.

Data Standard Research

Doctoral work examines agreed formats for recording and exchanging forensic data. Standards permit comparison between laboratories and countries.

Interpretation Framework Research

Research examines structured approaches to reasoning from evidence toward conclusions. Frameworks make expert reasoning explicit rather than merely intuitive.

Statistical Evaluation Research

Doctoral study examines quantifying the strength of forensic findings. Statistical evaluation replaces assertion with something courts can weigh.

Likelihood Ratio Research

Research examines expressing how much evidence favours one explanation. Likelihood framing is standard within human forensic reporting practice.

Error Rate Research

Doctoral work examines how frequently forensic methods reach incorrect conclusions. Error rates are demanded by courts and rarely actually established.

Uncertainty Reporting Research

Research examines conveying the limits of forensic findings to nonspecialists. Overstated certainty is a recognised cause of wrongful conviction.

Cognitive Bias Research

Doctoral study examines contextual information influencing expert judgement unconsciously. Bias effects are documented across every forensic discipline.

Blind Testing Research

Research examines withholding case context from analysts during examination. Withholding context reduces bias that analysts cannot otherwise avoid.

Forensic Peer Review

Doctoral work examines a second expert checking casework before it is reported. Review catches errors that would otherwise reach the courtroom.

Expert Report Research

Research examines written statements presenting findings for legal proceedings. Report clarity determines whether findings are correctly understood.

Court Testimony Research

Doctoral study examines experts explaining findings during legal proceedings. Testimony skill affects outcomes as much as the science itself.

Admissibility Research

Research examines whether courts will accept a given form of evidence. Admissibility standards differ substantially between legal jurisdictions.

Legal Standard Research

Doctoral work examines the proof standards forensic evidence must actually satisfy. Standards shape which questions forensic analysis should address.

Species Identification Research

Research examines determining which species a piece of evidence came from. Species identity determines whether any offence has actually occurred.

Morphological Identification

Doctoral study examines identifying species from physical structure and appearance. Morphological expertise is declining as specialists gradually retire.

Forensic Microscopy Research

Research examines microscopic examination of biological evidence material. Microscopy identifies material too small for any visual examination.

Hair Analysis Research

Doctoral work examines identifying species from recovered hair and fur samples. Hair persists on clothing, vehicles and traps long after contact.

Feather Analysis Research

Research examines identifying birds from recovered feather evidence material. Feather structure permits identification without any genetic analysis.

Scale Analysis Research

Doctoral study examines identifying fish and reptiles from recovered scales. Scale features survive processing that destroys other identifying detail.

Bone Identification Research

Research examines determining species from recovered skeletal bone material. Bone survives conditions that destroy every softer tissue entirely.

Forensic Osteology Research

Doctoral work examines detailed skeletal analysis within wildlife investigations. Skeletal detail reveals species, age, sex and cause of death.

Dental Analysis Research

Research examines teeth used to identify species and estimate animal age. Teeth are extremely durable and frequently the only material recovered.

Horn And Ivory Research

Doctoral study examines identifying and sourcing horn, tusk and ivory items. These products dominate the highest value illegal wildlife trade.

Shell Identification Research

Research examines identifying species from shells within seized consignments. Shell trade affects turtles, molluscs and many marine species.

Wood Identification Research

Doctoral work examines determining timber species from seized wood material. Timber represents the largest illegal trade by measured volume.

Plant Material Research

Research examines identifying protected plants within seized trade consignments. Plant trafficking receives far less attention than animal trade.

Pollen Analysis Research

Doctoral study examines pollen indicating where an item has actually been. Pollen assemblages provide geographic information other evidence lacks.

Molecular Identification Research

Research examines genetic methods determining species from evidence material. Genetic identification works where physical features have been removed.

Genetic Extraction Research

Doctoral work examines recovering usable genetic material from difficult samples. Extraction success determines whether any genetic analysis is possible.

Degraded Genetic Research

Research examines analysing genetic material broken into very short fragments. Degradation is severe within cooked, tanned and weathered evidence.

Barcoding Research

Doctoral study examines short standard sequences used for species identification. Barcoding is the workhorse method across wildlife casework.

Mitochondrial Marker Research

Research examines genetic markers present in very many copies per single cell. High copy number makes these markers recoverable from poor samples.

Nuclear Marker Research

Doctoral work examines markers permitting individual and parentage determination. Nuclear markers answer questions that maternal markers entirely cannot.

Sequencing Method Research

Research examines techniques reading genetic sequences from evidence material. Method choice affects cost, speed and tolerance of degradation.

High Throughput Sequencing

Doctoral study examines reading enormous sequence volumes within one analysis. Throughput permits examining whole seizures rather than samples.

Metabarcoding Research

Research examines identifying every species present within a mixed sample. Mixtures are common within processed products and bulk consignments.

Mixture Analysis Research

Doctoral work examines evidence containing material from several individuals. Mixture interpretation is the hardest problem in genetic casework.

Species Assignment Research

Research examines statistically assigning a sequence to a named species. Assignment confidence depends entirely upon reference data coverage.

Reference Sequence Research

Doctoral study examines authenticated sequences underpinning genetic identification. Public sequence records contain errors that casework must detect.

Taxonomic Resolution Research

Research examines how precisely evidence can be assigned within classification. Resolution to species is required where protection is species specific.

Hybrid Detection Research

Doctoral work examines recognising individuals descended from two differing species. Hybrid status can determine whether legal protection applies.

Individual Identification Research

Research examines determining whether samples came from one particular animal. Individual matching links a seized product to a known carcass.

Genetic Profiling Research

Doctoral study examines producing individual genetic profiles from wildlife evidence. Profiling parallels the approach used within human casework.

Repeat Marker Research

Research examines short repeating sequences used to distinguish individuals. These markers require reference data developed for each species.

Single Nucleotide Marker

Doctoral work examines single position variants used for individual identification. These markers perform better than repeats on degraded material.

Parentage Testing Research

Research examines determining whether claimed breeding relationships are genuine. Parentage testing exposes wild animals declared as captive bred.

Relatedness Research

Doctoral study examines estimating kinship between individuals within evidence. Relatedness patterns reveal how consignments were actually assembled.

Population Assignment Research

Research examines determining which wild population an individual came from. Population assignment locates where poaching is actually occurring.

Geographic Origin Research

Doctoral work examines establishing where a seized item actually originated. Origin evidence identifies source areas requiring enforcement attention.

Provenance Research

Research examines tracing the history of an item through the trade chain. Provenance evidence distinguishes lawful stock from newly poached material.

Isotope Analysis Research

Doctoral study examines isotopic signatures indicating diet and geographic origin. Isotopes record where an animal lived rather than its ancestry.

Stable Isotope Research

Research examines nonradioactive isotopic ratios within evidence material. Ratios vary geographically and are recorded within growing tissue.

Trace Element Research

Doctoral work examines elemental signatures reflecting local geology and environment. Elemental patterns complement isotopic origin evidence usefully.

Isoscape Research

Research examines maps of isotopic variation used to assign geographic origin. Map coverage determines how precisely origin can be established.

Radiocarbon Dating Research

Doctoral study examines dating material to establish when an animal died. Dating distinguishes recent killing from lawfully held older stock.

Age Determination Research

Research examines estimating how old an animal was at the time it died. Age evidence matters where protection depends upon maturity or size.

Captive Wild Distinction

Doctoral work examines distinguishing wild caught animals from captive bred ones. False captive claims are the commonest laundering route in trade.

Farmed Origin Research

Research examines verifying claims that specimens came from legitimate farms. Verification determines whether trade permits were fraudulently obtained.

Sex Determination Research

Doctoral study examines establishing the sex of an animal from its evidence. Sex matters where protection or quotas differ between the sexes.

Protein Analysis Research

Research examines proteins identifying species within processed evidence material. Proteins survive processing that destroys genetic material entirely.

Immunoassay Research

Doctoral work examines antibody based tests identifying species very rapidly. These tests are inexpensive and entirely suitable for field use.

Mass Spectrometry Research

Research examines mass based analysis identifying substances within evidence. This technique underpins protein, isotope and chemical casework.

Chromatography Research

Doctoral study examines separation techniques resolving substances for identification. Separation quality determines what can be identified reliably.

Spectroscopic Method Research

Research examines light based methods identifying materials without destroying them. Nondestructive analysis preserves evidence for later reexamination.

Chemical Profiling Research

Doctoral work examines chemical signatures distinguishing sources of seized material. Profiles link separate seizures back to one common origin.

Forensic Toxicology Research

Research examines detecting substances that killed or disabled wild animals. Toxicology establishes deliberate poisoning as the cause of death.

Poisoning Investigation Research

Doctoral study examines investigating deliberate poisoning of wild animal populations. Poisoning kills indiscriminately and affects many nontarget species.

Pesticide Detection Research

Research examines identifying agricultural chemicals used to kill wildlife deliberately. Banned agricultural products are widely misused for poisoning.

Veterinary Drug Detection

Doctoral work examines detecting medicines used to sedate or poison animals. Drug traces indicate capture methods used during live trafficking.

Postmortem Research

Research examines systematic examination of dead animals within investigations. Examination establishes what actually happened before death occurred.

Cause Of Death Research

Doctoral study examines determining what actually killed a wild animal. Distinguishing unlawful killing from natural death is frequently difficult.

Wound Analysis Research

Research examines injuries indicating the weapon or method that was used. Wound characteristics link a carcass to particular implements used.

Ballistic Research

Doctoral work examines projectiles and firearm evidence within wildlife casework. Ballistic comparison links recovered material to a specific weapon.

Trap Injury Research

Research examines injuries produced by snares, traps and similar capture devices. Injury patterns distinguish trapping from other killing methods.

Time Since Death Research

Doctoral study examines estimating how long ago an animal actually died. Timing evidence establishes whether a suspect could have been present.

Forensic Entomology Research

Research examines insects colonising remains to estimate elapsed time. Insect succession follows predictable patterns under known conditions.

Taphonomy Research

Doctoral work examines processes affecting remains between death and discovery. Taphonomic knowledge separates postmortem damage from actual injury.

Scavenging Research

Research examines animals disturbing and consuming remains before discovery. Scavenging removes evidence and creates damage resembling injury.

Digital Forensics Research

Doctoral study examines electronic evidence recovered within wildlife investigations. Digital records frequently prove intent that physical evidence cannot.

Device Evidence Research

Research examines material recovered from phones, cameras and computers. Devices carry photographs, locations and messages documenting offences.

Online Trade Monitoring

Doctoral work examines detecting illegal wildlife offered for sale online. Online trade has grown considerably faster than enforcement capability.

Social Media Analysis

Research examines wildlife trade conducted through social platforms and groups. Platform trade is informal, encrypted and extremely difficult to monitor.

Marketplace Research

Doctoral study examines online marketplaces where wildlife products are traded. Marketplace structure determines where intervention could work.

Encrypted Communication Research

Research examines trade coordinated through private encrypted messaging channels. Encryption has moved much trafficking beyond conventional monitoring.

Financial Investigation Research

Doctoral work examines following payments associated with wildlife trafficking. Financial evidence reaches organisers that seizures never touch.

Money Flow Research

Research examines tracing proceeds moving through wildlife trafficking networks. Flow analysis identifies the people actually profiting from trade.

Network Analysis Research

Doctoral study examines relationships connecting participants within trafficking operations. Network structure reveals which arrests would actually matter.

Criminal Organisation Research

Research examines how wildlife trafficking groups are actually structured. Organisation varies from opportunistic individuals to serious syndicates.

Supply Chain Tracing

Doctoral work examines following products from source through to final sale. Chain tracing identifies where lawful and unlawful supply merge.

Shipment Analysis Research

Research examines patterns within consignments crossing international borders. Shipment patterns reveal routes that repeated seizures indicate.

Customs Inspection Research

Doctoral study examines border inspection detecting concealed wildlife products. Inspection covers only a tiny fraction of all moving cargo.

Detection Technology Research

Research examines equipment revealing concealed wildlife within cargo and baggage. Detection capability determines what inspection can realistically find.

Imaging Screening Research

Doctoral work examines scanning technology revealing hidden organic material. Imaging must distinguish wildlife from ordinary legitimate cargo.

Detector Animal Research

Research examines trained animals locating concealed wildlife products. Trained detection remains more sensitive than most available technology.

Cargo Profiling Research

Doctoral study examines identifying which consignments warrant physical inspection. Profiling concentrates limited inspection upon likelier targets.

Document Fraud Research

Research examines falsified paperwork accompanying trafficked wildlife consignments. Document examination is frequently the quickest route to detection.

Permit Verification Research

Doctoral work examines confirming trade permits are genuine and correctly issued. Permit systems are exploited through forgery and corrupt issuance.

Certification Fraud Research

Research examines false claims about lawful sourcing of traded products. Certification fraud launders unlawful material into legitimate markets.

Labelling Fraud Research

Doctoral study examines products described as species other than their contents. Mislabelling conceals protected species within ordinary commerce.

Seafood Substitution Research

Research examines cheaper or protected fish sold under differing names. Substitution rates within seafood are consistently found to be high.

Timber Trade Research

Doctoral work examines unlawful logging and the trade in protected timber. Timber crime involves the largest volumes and lowest detection rates.

Traditional Medicine Trade

Research examines wildlife products traded for medicinal and cultural use. Processing renders these products extremely difficult to identify.

Pet Trade Research

Doctoral study examines live animals trafficked for the companion animal market. Live trafficking causes enormous mortality during transport.

Trophy Trade Research

Research examines hunting trophies and the regulation governing their movement. Trophy trade sits at the boundary between lawful and unlawful.

Geospatial Analysis Research

Doctoral work examines spatial patterns within wildlife crime and its investigation. Spatial analysis identifies where offences concentrate geographically.

Location Intelligence Research

Research examines positional information supporting investigation and prosecution. Location evidence places suspects at scenes and at times.

Satellite Evidence Research

Doctoral study examines imagery documenting unlawful clearance and extraction. Imagery evidences offences in places nobody could have witnessed.

Acoustic Evidence Research

Research examines recorded sound documenting gunshots, chainsaws and vehicles. Acoustic detection covers areas that foot patrols cannot reach.

Camera Evidence Research

Doctoral work examines images recording offences and identifying those responsible. Camera evidence must be handled to remain admissible in court.

Sensor Evidence Research

Research examines automated detectors generating records of unlawful activity. Sensor records require interpretation before they become evidence.

Machine Learning Applications

Doctoral study applies learned models across identification and screening tasks. Learned models must satisfy evidential standards that courts impose.

Image Classification Research

Research examines automated recognition of species within seized photographs. Automation addresses volumes that manual examination cannot handle.

Model Validation Research

Doctoral work examines testing automated methods to forensic evidential standards. Casework validation demands far more than research demonstration.

Automated Screening Research

Research examines software prioritising items for expert human examination. Screening extends limited expert capacity across larger seizures.

Explainability Research

Doctoral study examines making automated conclusions interpretable within court. Unexplainable output is unlikely to survive any legal challenge.

Data Integration Research

Research examines combining forensic, financial and intelligence information together. Integration reveals patterns that separate holdings entirely conceal.

Intelligence Analysis Research

Doctoral work examines converting fragmentary information into investigative direction. Intelligence guides where limited enforcement effort is deployed.

Predictive Enforcement Research

Research examines anticipating where unlawful activity is likely to occur. Prediction directs patrols and raises real questions about fairness.

Hotspot Research

Doctoral study examines places where wildlife offences repeatedly concentrate. Hotspot identification concentrates enforcement where it matters most.

Crime Risk Assessment

Research examines estimating which species and places face greatest threat. Risk assessment supports prioritising enforcement and forensic capacity.

Crime Pattern Research

Doctoral work examines regularities within how wildlife offences are committed. Pattern knowledge supports both detection and eventual prevention.

Reoffending Research

Research examines whether convicted offenders return to wildlife crime. Reoffending rates indicate whether current sanctions deter effectively.

Deterrence Research

Doctoral study examines whether enforcement actually discourages wildlife offending. Deterrence depends upon perceived risk rather than penalty severity.

Investigation Practice Research

Research examines how wildlife crime investigations are actually conducted. Practice quality determines whether forensic evidence is ever collected.

Interagency Working Research

Doctoral work examines police, customs and wildlife agencies working together. Coordination failure allows cases to fall between separate agencies.

Ranger Evidence Research

Research examines field staff collecting evidence at remote crime scenes. Rangers are usually first on scene and rarely forensically trained.

Community Reporting Research

Doctoral study examines local people reporting wildlife offences to authorities. Community reporting detects offences that patrolling never would.

Informant Research

Research examines information provided by people within or near networks. Informant handling raises safety and evidential difficulties alike.

Covert Operation Research

Doctoral work examines concealed investigation targeting wildlife trafficking networks. Covert methods gather evidence that open investigation cannot.

Prosecution Research

Research examines bringing wildlife cases through to formal legal proceedings. Prosecutors frequently lack familiarity with wildlife legislation.

Sentencing Research

Doctoral study examines penalties imposed following wildlife crime conviction. Sentences are frequently light relative to the profits involved.

Judicial Understanding Research

Research examines how judges and magistrates comprehend forensic wildlife evidence. Judicial familiarity strongly affects how evidence is weighted.

Case Attrition Research

Doctoral work examines cases abandoned between detection and eventual trial. Most detected wildlife offences never reach any courtroom at all.

Conviction Outcome Research

Research examines results achieved by prosecuted wildlife crime cases. Outcome recording is inconsistent and is very frequently entirely absent.

Wildlife Legislation Research

Doctoral study examines laws under which wildlife offences are prosecuted. Legislation determines what evidence prosecution must actually establish.

International Law Research

Research examines treaties governing trade in threatened species internationally. International instruments require domestic law to have any effect.

Jurisdiction Research

Doctoral work examines which authority may prosecute a transnational offence. Jurisdictional gaps allow offenders to escape prosecution entirely.

Mutual Legal Assistance

Research examines formal cooperation obtaining evidence from other countries. Assistance processes are slow and frequently fail within casework.

Extradition Research

Doctoral study examines transferring suspects between countries for prosecution. Extradition for wildlife offences remains extremely uncommon.

Evidence Sharing Research

Research examines transferring forensic material and findings across borders. Sharing is obstructed by permits, standards and legal difference.

Cross Border Casework

Doctoral work examines investigations spanning several separate national jurisdictions. Trafficking is transnational while investigation remains largely national.

Capacity Building Research

Research examines developing forensic capability within source and transit countries. Local capability sustains casework that external support cannot.

Laboratory Capacity Research

Doctoral study examines the facilities available for wildlife forensic casework. Capacity is concentrated within a very small number of countries.

Forensic Training Research

Research examines preparing officers and analysts for wildlife forensic work. Training determines whether evidence survives from scene to court.

Forensic Workforce Research

Doctoral work examines specialists delivering wildlife forensic casework globally. The specialist community is very small and thinly distributed.

Low Resource Casework

Research examines forensic work where equipment and funding are severely limited. Simple robust methods deliver most benefit within these settings.

Global Access Research

Doctoral study examines forensic capability availability across world regions. Capability is scarcest exactly where trafficking pressure is greatest.

Regional Network Research

Research examines laboratories cooperating across neighbouring countries and regions. Networks share capability that individual countries cannot sustain.

Forensic Ethics Research

Doctoral work examines ethical questions arising within wildlife forensic practice. Questions include impartiality, disclosure and the limits of expertise.

Privacy Research

Research examines personal information gathered during wildlife investigations. Surveillance methods affect people who committed no offence.

Human Rights Research

Doctoral study examines rights of suspects and communities during enforcement. Rights protection is frequently weak within remote enforcement settings.

Enforcement Harm Research

Research examines harm caused to communities by aggressive enforcement practice. Militarised enforcement has produced documented abuses in some places.

Corruption Research

Doctoral work examines corruption enabling trafficking and obstructing prosecution. Corruption undermines forensic evidence however good it is.

Governance Research

Research examines oversight of forensic provision and enforcement activity. Governance determines accountability when serious errors do occur.

Standards Body Research

Doctoral study examines organisations setting wildlife forensic practice standards. Standards remain less developed than within human forensic science.

Research Practice Gap

Research examines distance between published methods and actual casework use. Many published methods are never validated for casework at all.

Forensic Publication Research

Doctoral work examines how wildlife forensic findings are reported and shared. Casework detail is frequently withheld for evidential reasons.

Casework Data Research

Research examines records generated by routine forensic wildlife casework. Casework records reveal trade patterns that no survey could show.

Species Priority Research

Doctoral study examines which species most urgently require forensic capability. Method development concentrates upon a few charismatic species.

Emerging Threat Research

Research examines newly appearing forms of wildlife exploitation and trade. New threats appear faster than forensic methods can be developed.

Synthetic Substitute Research

Doctoral work examines manufactured products imitating genuine wildlife material. Substitutes complicate identification and may reduce actual demand.

Domestic Market Research

Research examines wildlife trade occurring entirely within one country. Domestic markets receive far less attention than international trade.

Livestock Crime Research

Doctoral study examines forensic methods applied to theft of farmed animals. Techniques transfer readily between wildlife and livestock casework.

Fisheries Crime Research

Research examines unlawful fishing and the forensic evidence exposing it. Fisheries crime is vast, transnational and extremely poorly policed.

Forest Crime Research

Doctoral work examines unlawful logging and associated forensic investigation. Forest crime causes losses exceeding those from all animal trade.

Cost Of Crime Research

Research examines quantifying losses that wildlife crime actually causes. Quantification supports arguments for greater enforcement investment.

Economic Evaluation Research

Doctoral study examines value delivered by investment in forensic capability. Forensic capability is inexpensive relative to enforcement operations.

Implementation And Adoption

Research examines why forensic advances reach casework or fail to do so. Adoption depends upon accreditation and cost as much as capability.