A New York City homicide case was investigated at the request of the District Attorney's office. The deceased had been violently beaten about the face, neck, and chest area. The bludgeoning left the victim unrecognizable, and produced blood-spatter patterns at the scene that attained heights over nine feet. The suspect claimed that he reacted in self-defense to the victim's attack with a table leg at which point he "knocked him down" and possibly "kicked him a few times." Our investigation was intended to determine whether the bloodspatter patterns observed at the crime scene were consistent with the statements made by the defendant. Conclusions were drawn from an analysis of the crime scene, autopsy photos and report, physical evidence submitted to the laboratory, and reconstruction experimentation performed at the Office of Chief Medical Examiner (OCME). The spatter patterns observed at the scene were found to be consistent with those that would be produced from a "stomping" incident.
[1]
A. L. Carter,et al.
Bloodstain Pattern Analysis with a Scientific Calculator
,
1991
.
[2]
C. Vaughan,et al.
Observations of high velocity bloodspatter on adjacent objects.
,
1987,
Journal of forensic sciences.
[3]
B. White,et al.
Bloodstain Patterns on Fabrics: The Effect of Drop Volume, Dropping Height and Impact Angle
,
1986
.
[4]
P R De Forest,et al.
Blood droplet dynamics--I.
,
1986,
Journal of forensic sciences.
[5]
Boyd G. Stephens,et al.
Back Spatter of Blood from Gunshot Wounds—Observations and Experimental Simulation
,
1983
.
[6]
Herbert Leon McDoneli,et al.
Bloodstain Patterns on Human Skin
,
1979
.
[7]
H. Macdonell.
Flight characteristics and stain patterns of human blood
,
1974
.