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Research & Validation Papers

Peer Reviewed Papers

  1. A Comparison of the FARO Freestyle 2 handheld scanner to the FARO S350 Plus Laser Scanner for Bullet Trajectory Analysis., Liscio E, Lim J., J Assoc Crime Scene Reconstr. 2024;28:1-17.

  2. Inter-observer variation of head and foot point selection for subject height determination, Eugene Liscio PEng, Jihwa Lim HBSc, J. of Forensic Sciences, DOI: 10.1111/1556-4029.15529 

  3. Validation of the lead-in method in a practical shooting scenario, Madison Keldson, Eugene Liscio,
    J Forensic Sci. 2024;00:1–11. http://doi.org/10.1111/1556-4029.15523  

  4. Recovery of Footwear Impression Evidence Using Portable Three-Dimensional Scanning Technologies: A
    Pilot Study, Julia Harvey, Eugene Liscio, Amanda Lowe, Theresa Stotesbury, Journal of Forensic Identification, 90 / 74 (1), 2024

  5. Empirical investigation of passive blood drop trajectory and first point of contact on inclined surfaces
    Kara Cseh & Eugene Liscio, Forensic Science International 357 (2024) 111986, March, 2024, https://doi.org/10.1016/j.forsciint.2024.111986

  6. Assessing iPhone LiDAR & Recon-3D for determining area of origin in bloodstain pattern analysis
    Stephanie Stevenson, Eugene Liscio, Journal of Forensic Science, Technical Note, Jan 4, 2024, DOI: 10.1111/1556-4029.15476

  7. Accuracy of impact angle determinations from bullet holes in drywall panels, Adrian Santangelo, Eugene Liscio & Kimberly Nugent (2023), Canadian Society of Forensic Science Journal, 56:4, 190-210, DOI: 10.1080/00085030.2023.2169478

  8. A preliminary study evaluating the relationship between force and incised trauma on pig rib bones, Cathy Ngọc Hân Tran & Eugene Liscio (2023), Canadian Society of Forensic Science Journal, DOI: 10.1080/00085030.2023.2255410

  9. Validation of Recon-3D, iPhone LiDAR for bullet trajectory documentation, Cassandra E. Chase, Eugene Liscio, Forensic Science International, Volume 350, July 2023,https://doi.org/10.1016/j.forsciint.2023.111787

  10. Recon-3D Measurement Accuracy Study for Small Scenes. Liscio E, Lim J. ,J Assoc Crime Scene Reconstr. 2023;27:1-10.​​

  11. Accuracy of impact angle determinations from bullet holes in drywall panels, Adrian Santangelo, Eugene Liscio & Kimberly Nugent, Canadian Society of Forensic Science Journal, March 2023, https://doi.org/10.1080/00085030.2023.2169478

  12. Damage characteristics of fabrics created by TASER probes, Wanying Cao HBSc, Eugene Liscio PEng, Hannah Elizabeth Ruffo HBSc, Corrin Marie Doucette, Yu Ran Zhou BSc, Journal of Forensic Sciences, January 2023, DOI: 10.1111/1556-4029.15206

  13. Assessing the viability of the iNPUT-ACE Camera Match Overlay Tool for use in suspect height analysis, Angela Olver, H.B.Sc., Eugene Liscio, P.Eng., Identification Canada, Volume 45, No 3, September 2022

  14. TASER CEW distance determination for models X26P, X2, and TASER 7, Yu Ran Zhou, Eugene Liscio, Hannah Elizabeth Ruffo, Corrin Marie Doucette, Wanying Cao, Forensic Science International 342 (2023) 111520, Nov 2022

  15. Manifestation of TASER drive stun burn marks on fabrics, Hannah Elizabeth Ruffo BSc (Hons), Eugene Liscio BEng, Wanying Cao BSc (Hons), Yu Ran Zhou BSc (Hons) | Corrin Doucette BSc (Hons), Journal of Forensic Sciences, DOI: 10.1111/1556-4029.15145

  16. Determining the Accuracy of Area of Origin for Impact Patterns Found on Horizontal Surfaces, Reynolds J, Liscio E., J Assoc Crime Scene Reconstr. 2022;26:1-14.

  17. Inter observer errors of cast-off stains using FARO zone 3D, Eugene Liscio, Quan Le, Forensic Science International 330 (2021) 111098, Nov 2021

  18. Accuracy of Linear Measurements using Google Maps in FARO Zone 3D for Forensic Reconstruction of Outdoor Scenes, Eugene Liscio, Quan Le, Ryan Rider, & Tilo Voitel, J Assoc Crime Scene Reconstr. 2021;25:11-23.

  19. Behaviours of various clothing under CCTV images with infrared night vision, Jihwa Lim, Eugene Liscio, Identification Canada, Volume 44, No 2, June 2021

  20. Determining the accuracy and errors of estimating a shooter’s position based on cartridge case ejection patterns, Andrew Lo, Eugene Liscio, Forensic Science International 328 (2021) 111045, October 2021

  21. A Large-Scale Study of Bloodstain Ellipse Marking, Eugene Liscio,  Craig C. Moore, JBPA, Volume 36, Number 3, September 2021

  22. Defining Patterns and Behaviours of Forward Spatter Gunshot Misting, Eugene Liscio, Bianca Ledo, Forensic Sci. 2021, 1(2), 86-101; https://doi.org/10.3390/forensicsci1020009

  23. The lead-in method for bullet impacts in metal panels, Eugene Liscio, Jaeoun Park, Forensic Science International, July 2021, 326 (2021) 110914

  24. Inter-Observer Error for Area of Origin Analysis Using FARO Zone 3D, Gareth Griffiths, Eugene Liscio, Helen Guryn, Quan Le, Dean Northfield, Graham. A. Williams, Science and Justice, March 2021, https://doi.org/10.1016/j.scijus.2021.02.006

  25. A comparison of reverse projection and PhotoModeler for suspect height analysis, Liscio, Eugene, Guryn, H., Le, Q., Olver, A., Forensic Science International, Volume 320, March 2021, 110690

  26. Automated Reconstruction of Cast-off Blood Spatter Patterns based on Euclidean Geometry and Statistical Likelihood, Scott McCleary, Eugene Liscio, Kris De Brabanter, Daniel Attinger,  https://doi.org/10.1016/j.forsciint.2020.110628​

  27. The Effects of Camera Resolution and Distance on Suspect Height Analysis Using PhotoModeler​, Olver, Angela, Guryn, Helen, Liscio, Eugene https://doi.org/10.1016/j.forsciint.2020.110601

  28. Angle of impact determination from bullet holes in a metal surface, Eugene Liscio, Rabbia Imran, Forensic Science International, http://dx.doi.org/10.1016/j.forsciint.2020.110504

  29. Accuracy of Digital Ellipse Marking for Bloodstain Pattern Analysis, Moore, C., Liscio, E. JBPA, Volume 35, Number 3

  30. Evaluating the Morphological and Metric Sex of Human Crania Using 3-Dimensional (3D) Technology, Berezowski, V., Rogers, T. & Liscio, E. , Int J Legal Med (2020). https://doi.org/10.1007/s00414-020-02305-0

  31. Accuracy of Area of Origin Analysis on Textured, Wallpaper Surfaces, Gareth Griffiths, Eugene Liscio, P.Eng. , Dean Northfield, JBPA, Volume 35, Number 1, March 2020

  32. The Accuracy and Repeatability of Reconstructing Single Bullet Impacts Using the 2D Ellipse Method, Miguel Walters, H.B.Sc.; and Eugene Liscio, P.Eng. J Forensic Sci, 2020, doi: 10.1111/1556-4029.14309

  33. Observations and Analysis of Cast-Off Stains, Liscio, E., Patrick Bozek, Helen Guryn, & Quan Le, Journal of Forensic Sciences, 2020, doi: 10.1111/1556-4029.14301

  34. FARO Zone 3D Area of Origin Tools with Handheld 3D Data, Le Q, Liscio E. , J Assoc Crime Scene Reconstr. 2019:, 23:1-10.

  35. Determining the Suitability of 3D Laser Scanning for Forensic Footwear Impression Analysis in Sand, Rodrigues, Charmaine and Liscio, Eugene. Identification Canada, Volume 42, No. 1, March 2019

  36. Accuracy and Reproducibility of Bullet Trajectories in FARO Zone 3D, Liscio, Eugene, Le, Quan  and  Guryn, Helen . Journal of Forensic Sciences , 2019 

  37. A Comparative Study between FARO Scene and FARO Zone 3D for Area of Origin Analysis., Liscio, Eugene, Forensic Science International, Volume 301, August 2019, Pages 166-173

  38. 3D Documentation of a Clandestine Grave: A Comparison Between Manual and 3D Digital Methods, Victoria Berezowski MSc, Jason J. Keller & Eugene Liscio. J Assoc Crime Scene Reconstr. 2018;22:23-37.

  39. A Preliminary Validation for the FARO Zone 3D Area of Origin Tool. J Assoc Crime Scene, Eugene Liscio, J Association of Crime Scene Reconstruction. 2018;22:1-9

  40. Three Dimensional Models Generated by Drone Photogrammetry and by Laser Scanner, Tran, Isabel, Liscio, Eugene, Identification Canada, Volume 41, June 2018.

  41. The Accuracy and Inter-Examiner Reliability of Point-of-Origin Analysis of Bloodstain Patterns Using 3D Laser Scanning Technique, Chen, Yongu (Sara), Liscio, Eugene. Identification Canada, Volume 41, March 2018.

  42. Accuracy and Repeatability of Trajectory Rod Measurement Using Laser Scanners, Eugene Liscio P.Eng.; Helen Guryn,1 H.B.Sc.; and Daniella Stoewner,1 H.B.Sc. J Forensic Sci, 2017 doi: 10.1111/1556-4029.13719

  43. Assessing Structured Light 3D Scanning Using Artec Eva for Injury Documentation During Autopsy, Sivanandan J, Liscio E., J Assoc Crime Scene Reconstr. 2016;21:5-13.

  44. 3D Bloodstain Pattern Analysis on Complex Surfaces Using The FARO Focus Laser Scanner, International Association of Bloodstain Pattern Analysts, Nathan Kwan, Eugene Liscio and Tracy Rogers, December 2016.

  45. Accuracy and Repeatability of the Laser Scanner and Total Station for Crime and Accident Scene Documentation, David Dustin & Eugene Liscio, P. Eng. J Assoc Crime Scene Reconstr. 2016;20:57-67.

  46. Using a 3D Laser Scanner to Determine the Area of Origin of an Impact Pattern, Dubyk, M., Liscio, E. Journal of Forensic Identification 66 (3), 2016 \ 259.

  47. A Comparison of the Terrestrial Laser Scanner & Total Station for Scene Documentation, Liscio E, Hayden A, Moody, J Assoc Crime Scene Reconstruction. 2016;20:1-8.

  48. 3D Wound Reconstruction using Photogrammetry, Sheryl Spigelski, Eugene Liscio, Identification Canada, Volume 38 No 4 December 2015

  49. Calculating Point of Origin of Blood Spatter Using Laser Scanning Technology, Nashad Hakim & Eugene Liscio. Journal of Forensic Sciences, March 2015.

  50. Using a 3D Laser Scanner to Determine the Use of 3D Scanning and Comparison Method in the Identification of Shovel Impressions in Soil, Ou Bai & Eugene Liscio, Identification Canada, Volume 38, June 2015.

  51. A Preliminary Validation of the Use of 3D Scanning for Bloodstain Pattern Analysis, Eugene Liscio et al., Journal of Bloodstain Pattern Analysis, December 2015 Issue.

  52. The Accuracy of Laser Scanning Technology on the Determination of Bloodstain Origin, Rebecca Lee & Eugene Liscio, Canadian Society of Forensic Science Journal, November 2015.

  53. Suspect Height Estimation Using Laser Scanning Technology, Monique Johnson & Eugene Liscio. (Journal of Forensic Sciences, July 2015).

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