Forensic Archaeology Student Excavates a Mock Murder Burial

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Week Start
Evening Study
Morning Routine
Slow Start
Foggy Dig
Field Skills
Grave Setup
Skeleton Find
Recovery End

Week Start

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Playing Section
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    Starts the week with a slow pace, managing pre-recorded lectures around gym time.

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    Tours the air crash investigation labs, a highlight of the day.

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    Prepares a sausage sandwich for lunch, showing a simple student routine.

The fundamental distinction between forensic archaeology (field recovery) and forensic anthropology (laboratory analysis of skeletal remains).
Basic principles of archaeological stratigraphy, particularly the Law of Superposition and how soil layers dictate excavation phases.
The concept of Chain of Custody and its critical importance in preserving the legal integrity of evidence recovered from a crime scene.
An understanding of basic taphonomic processes, which dictate how organic and inorganic materials decompose in soil over time.
Advanced forensic taphonomy, focusing on how environmental variables (soil pH, moisture, microflora) affect the post-mortem interval (PMI) estimation.
Skeletal identification and biological profiling, including methods for determining age, sex, ancestry, and trauma from excavated remains.
The integration of geospatial technologies, such as GIS, LiDAR, and ground-penetrating radar (GPR), for locating clandestine graves.
The role of the forensic archaeologist as an expert witness, including the preparation of professional excavation reports and testifying in court.
13.9K views0likes21:45@RosieCrawfordOriginal Release: 2020-11-30

Forensic archaeology students learn practical excavation techniques through hands-on training, including soil stratigraphy analysis, establishing baselines for measurements, identifying cut features and artifacts, and following ISO standards for evidence recovery during mock crime scene investigations.