A number of
serial murder classification schemes rely on descriptive statistics to categorize offenders according to what percentage of offenders had a certain characteristic in their background. Using interviews with convicted murderers, it was found out that there were certain background characteristics that could describe the organized and disorganized serial murderers. It is an empirical model of the crime scene actions based on information available to a police inquiry. On the whole, the data supports the
hypothesized two-facet, four-element. A case study
is an empirical inquiry that investigates a contemporary phenomenon within its real-life context, especially when the
boundaries between phenomenon and context are not clearly evident. Case studies have traditionally been stereotyped as weak. For example,
one question often asked about the use of case studies is, “How can
you generalize from a single case?” “How can you generalize from a single
experiment?” The scientific
facts are rarely based on single experiments; they are usually based on a multiple set of experiments, which
have replicated the same phenomena under different conditions. Case studies should be selected just like a laboratory investigator selects the topic of a new experiment. Five archival
sources were used to obtain information for the following cases:
- Police Records
- Psychiatric
Reports
- Geographical
Maps
- Court
Transcripts
- Miscellaneous
Published Sources (nonfiction books)
The first four
of the archival sources listed above were the primary sources used to retrieve the case data from. In most of
the cases, court transcripts were used to corroborate the police records
and psychiatric reports. A fifth source, miscellaneous, was used in rare
instances to corroborate the police records. Briefly, as previously mentioned, the
term organized and disorganized does not have the same meaning
as defined by the FBI. Not all offenders
fit neatly into one type or another. Furthermore, there is evidence that
one type of serial murderer can, while in prison, develop the practices of
other types. The affective-vehicle (AV) theme is distinguishable by
the disarray in the offender’s crime scene. The AV theme represents a subset of serial murderers who target, murder, and leave their victim’s body in the same
location, such as the victim’s residence. For example, in preparation for
the crime, the offender will stake out a particular house. He will then break and
enter the home to
canvass for
photos, names of children, and get a feel for the general layout of the scene. Returning later to the victim’s home, the
killer will then use force to enter the house, usually during the night. The
thrill of breaking into a person’s home is a form of impersonal attachment; the
victims are violated, but at a distance. These actions could suggest preplanning, but the offender’s actions
during and after the murders are completely disorganized. The disorganization
is demonstrated, for example, by the offender’s use of a weapon of
opportunity that is recovered at the crime scene. Often in crimes of this type, the offender’s original
intent is rape. However, during the attack the victim may block the offender’s
advances; he therefore may react by killing the victim. Due to the emotional
component, the preferred weapon is the offender’s hands and feet. Other
opportunistic behaviors in the AV theme are ransacking the victim’s
property and stealing the victim’s vehicle. There are
the crime scene behaviors exhibited by serial murderer known also as: Crime Scene Dynamics which
follows:
- Forced entry
- Night and day entry
- Victims were strangers
- Bludgeoned victims
- Murders committed in victims’ homes
- Some victims’ bodies left openly displayed
- Victims’ vehicles stolen
- Weapons of opportunity
- Some victims found fully clothed
- Vaginal
penetration
- Attempted
sexual assaults
- Weapon hands
and feet
- Used a knife
to control victim
- Used victim’s
clothing as a weapon (Restraint victim)
Background Characteristics
- White
- Divorced
- High school dropout
- Age 30
- Past convictions of burglary
- Unemployed
- Juvenile convictions
- Drug convictions
- Previous history of mental problems
Victims in the
AO theme are more likely to be strangers, among them prostitutes or hitchhikers, who are invested with a
symbolic importance by the AO killer. The killer may see in others distorted
representations of their earlier traumatic relations; for example, the offender
may have a low opinion of women who work the streets. The offender therefore
abducts and kills his victims for wrongs he believes women have done
to him, and takes out his rage and anger in the form of excessive blunt
trauma to the victim’s body.
There are many
potential methods of crime representation, which carry assumptions about the role of the investigator. These
approaches to aid a criminal investigation range from the purely graphical to
the statistical. The more statistical the decision-making tool chosen is, the
more processed the information becomes. This results in a more predetermined
decision. Conversely, the more graphical the approach, the less processing is
carried out on the crime information, and the less predetermined the
decision. The limitations of information processing abilities
ensures that this form of information systemization and linking crimes is extremely
prone to bias by individual experience during the assimilation and
interpretation phase. Drawing deductive inferences using past experiences of a
similar type of crime is extremely difficult to avoid with this type of
crime information representation. This method of accessing crime
information and recognizing behavioral patterns maintains the most reliance on the
investigator’s personal and subjective judgement.
Acknowledgements:
The Police Department;
https://www.politie.nl/mijnbuurt/politiebureaus/05/burgwallen.html
and a Chief Inspector – Mr. Erik Akerboom
©
Bibliography:
1. Criminal
Investigations – Crime Scene Investigation.2000
2. Forensic
Science.2006
3. Techniques of
Crime Scene Investigation.2012
4. Forensics
Pathology.2001
5. Pathology.2005
6. Forensic DNA
Technology (Lewis Publishers,New York, 1991).
7. The
Examination and Typing of Bloodstains in the Crime Laboratory (U.S. Department
of Justice, Washington, D.C., 1971).
8. „A Short
History of the Polymerase Chain Reaction". PCR Protocols. Methods in
Molecular Biology.
9. Molecular
Cloning: A Laboratory Manual (3rd ed.). Cold Spring Harbor,N.Y.: Cold Spring
Harbor Laboratory Press.2001
10. "Antibodies
as Thermolabile Switches: High Temperature Triggering for the Polymerase Chain
Reaction". Bio/Technology.1994
11. Forensic
Science Handbook, vol. III (Regents/Prentice Hall, Englewood Cliffs, NJ, 1993).
12. "Thermostable
DNA Polymerases for a Wide Spectrum of Applications: Comparison of a Robust
Hybrid TopoTaq to other enzymes". In Kieleczawa J. DNA Sequencing II:
Optimizing Preparation and Cleanup. Jones and Bartlett. 2006
13. Nielsen B, et
al., Acute and adaptive responses in humans to exercise in a warm, humid
environment, Eur J Physiol 1997
14. Molnar GW,
Survival of hypothermia by men immersed in the ocean. JAMA 1946
15. Paton BC,
Accidental hypothermia. Pharmacol Ther 1983
16. Simpson K,
Exposure to cold-starvation and neglect, in Simpson K (Ed): Modem Trends in
Forensic Medicine. St Louis, MO, Mosby Co, 1953.
17. Fitzgerald FT,
Hypoglycemia and accidental hypothermia in an alcoholic population. West J Med
1980
18. Stoner HB et
al., Metabolic aspects of hypothermia in the elderly. Clin Sci 1980
19. MacGregor DC
et al., The effects of ether, ethanol, propanol and butanol on tolerance to
deep hypothermia. Dis Chest 1966
20. Cooper KE,
Hunter AR, and Keatinge WR, Accidental hypothermia. Int Anesthesia Clin 1964
21. Keatinge WR.
The effects of subcutaneous fat and of previous exposure to cold on the body
temperature, peripheral blood flow and metabolic rate of men in cold water. J
Physiol 1960
22. Sloan REG and
Keatinge WR, Cooling rates of young people swimming in cold water. J Appl
Physiol 1973
23. Keatinge WR,
Role of cold and immersion accidents. In Adam JM (Ed) Hypothermia – Ashore and
Afloat. 1981, Chapter 4, Aberdeen Univ. Press, GB.
24. Keatinge WR
and Evans M, The respiratory and cardiovascular responses to immersion in cold
and warm water. QJ Exp Physiol 1961
25. Keatinge WR
and Nadel JA, Immediate respiratory response to sudden cooling of the skin. J
Appl Physiol 1965
26. Golden F. St
C. and Hurvey GR, The “After Drop” and death after rescue from immersion in
cold water. In Adam JM (Ed). Hypothermia – Ashore and Afloat, Chapter 5,
Aberdeen Univ. Press, GB 1981.
27. Burton AC and
Bazett HC, Study of average temperature of tissue, of exchange of heat and
vasomotor responses in man by means of bath coloremeter. Am J Physiol 1936
28. Adam JM, Cold
Weather: Its characteristics, dangers and assessment, In Adam JM (Ed).
Hypothermia – Ashore and Afloat, Aberdeen Univ. Press, GB1981.
29. Modell JH and
Davis JH, Electrolyte changes in human drowning victims. Anesthesiology 1969
30. Bolte RG, et
al., The use of extracorporeal rewarming in a child submerged for 66 minutes.
JAMA 1988
31. Ornato JP, The
resuscitation of near-drowning victims. JAMA 1986
32. Conn AW and
Barker CA: Fresh water drowning and near-drowning — An update.1984;
33. Reh H, On the
early postmortem course of “washerwoman’s skin at the fingertips.” Z Rechtsmed
1984;
34. Gonzales TA,
Vance M, Helpern M, Legal Medicine and Toxicology. New York, Appleton-Century
Co, 1937.
35. Peabody AJ,
Diatoms and drowning – A review, Med Sci Law 1980
36. Foged N,
Diatoms and drowning — Once more.Forens Sci Int 1983
37. "Microscale
chaotic advection enables robust convective DNA replication.". Analytical
Chemistry. 2013
38. Sourcebook in
Forensic Serology, Immunology, and Biochemistry (U.S. Department of Justice,
National Institute of Justice, Washington, D.C.,1983).
39. C. A. Villee
et al., Biology (Saunders College Publishing, Philadelphia, 2nd ed.,1989).
40. Molecular
Biology of the Gene (Benjamin/Cummings Publishing Company, Menlo Park, CA, 4th
ed., 1987).
41. Molecular
Evolutionary Genetics (Plenum Press, New York,1985).
42. Human Physiology.
An Integrate. 2016
43. Dumas JL and
Walker N, Bilateral scapular fractures secondary to electrical shock. Arch.
Orthopaed & Trauma Surg, 1992; 111(5)
44. Stueland DT,
et al., Bilateral humeral fractures from electrically induced muscular spasm. J.
of Emerg. Med. 1989
45. Shaheen MA
and Sabet NA, Bilateral simultaneous fracture of the femoral neck following
electrical shock. Injury. 1984
46. Rajam KH, et
al., Fracture of vertebral bodies caused by accidental electric shock. J.
Indian Med Assoc. 1976
47. Wright RK,
Broisz HG, and Shuman M, The investigation of electrical injuries and deaths.
Presented at the meeting of the American Academy of Forensic Science, Reno, NV,
February 2000.
Komentarze
Prześlij komentarz