2012 DOJ publication by Arnaud Trouve’ and Thomas Minnich. This publication explains the Burning Item Database which describes the burning characteristics of common household and office items.
Resources
Spontaneous Ignition in Fire Investigation
2012 DOJ publication by James G. Quintiere, Justin T. Warden, Stephen M. Tamburello, and Thomas E. Minnich that addresses the principles of spontaneous ignition and its potential role as the cause and origin of a fire.
Reducing Uncertainty of Quantifying the Burning Rate of Upholstered Furniture
2012 DOJ publication by Marc L. Janssens that investigates how to estimate the burning rate of upholstered furniture and how to express the uncertainty of this prediction.
Reducing Uncertainty of Quantifying the Burning Rate of Upholstered FurnitureRead More
NFPA 921: Guide for Fire and Explosion Investigations, 2017 ed.
The National Fire Protection Association publishes this manual which is the standard of care in fire investigation. This guide can be viewed for free on the NFPA website which is an excellent way to become familiar with the standards; however, if you wish to download or print it, you must purchase a copy. Email Sarah Rackley Olson if …
NFPA 921: Guide for Fire and Explosion Investigations, 2017 ed.Read More
Fire and Arson Scene Evidence: A Guide for Public Safety Personnel
2000 NIJ publication written and approved by the Technical Working Group on Fire/Arson Scene Investigation. Includes recommendations about preserving the scene, interviewing witnesses, documentation, and evidence processing.
Fire and Arson Scene Evidence: A Guide for Public Safety PersonnelRead More
A Guide for Investigating Fire and Arson
This 2009 NIJ publication describes recommended practices for the collection and preservation of evidence at fire scenes. This guide may provide areas of cross examination in cases where the recommended policies were not followed.
Fire and Explosion Investigation Subcommittee
Focuses on standards and guidelines related to the investigation, analyses and interpretation of crime scenes where arson or use of explosives is suspected. This OSAC has replaced what was the Technical Working Group for Fire and Explosions.
National Academy of Sciences Report
See pp. 170-173 for the National Research Counsel’s assessment of the analysis of explosives evidence and fire debris
Forensic Science Assessments: A Quality and Gap Analysis – Fire Investigation
The American Association for the Advancement of Science produced this July 2017 report that assesses what aspects of fire investigation are well founded and science and where gaps exist in knowledge. The full report is available for free download. A “plain language” summary is also available for download.
Forensic Science Assessments: A Quality and Gap Analysis – Fire InvestigationRead More
United States v. Hebshie
754 F.Supp. 2d 89 (2010). This opinion by Judge Nancy Gertner is a must-read regarding standards of representation in arson cases. The opinion provides useful information on Daubert hearings, cause and origin testimony, burn patterns, canine evidence and laboratory analysis.
The Arson Research Project
This criminal justice research project has a mission of examining the reliability of evidence used in the investigation and prosecution of arson and identifying convictions obtained based on unreliable evidence.
Forensic Investigation Techniques for Inspecting Electrical Conductors Involved in Fire
2012 DOJ publication by Richard J. Roby, Ph.D. and Jamie McAllister, Ph.D. that looks at the physical characteristics of energized and non-energized wires subjected to various types of fire exposures.
Forensic Investigation Techniques for Inspecting Electrical Conductors Involved in FireRead More
Certainty and Uncertainty in Reporting Fingerprint Evidence
Jury study evaluating how potential jurors react to different language used by fingerprint examiners to express their conclusions. Available for free download.
Certainty and Uncertainty in Reporting Fingerprint EvidenceRead More
DNA Mixtures: A Forensic Science Explainer
NIST created this document to explain why DNA mixture interpretation can be so complex and to explain how likelihood ratios and probabilistic genotyping software can assist with interpreting complex mixtures.