5thEuropeanIABPAconferenceFinal programm
5thEuropeanIABPAconferenceFinal programm
5thEuropeanIABPAconferenceFinal programm
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THE 5 TH EUROPEAN<br />
INTERNATIONAL ASSOCIATION OF<br />
BLOODSTAIN PATTERN ANALYST<br />
(IABPA) CONFERENCE<br />
Rome 2015<br />
Tue, May 12 ‐ Fri, May 15
The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
photo by Francesco Cominetti
Contents<br />
Presentation’s index 4<br />
Programme Day 1 6<br />
Programme Day 2 8<br />
Workshops Day 2 9<br />
Programme Day 3 10<br />
Companion program 11<br />
Presentations 12‐80<br />
Acknoledgements 82
The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Presentation’s Index<br />
The Canadian approach to BPA, Pat Laturnus, President IABPA 12<br />
Bloodstain Paerns produced in fatalies due to medical condions, Stuart James 14<br />
The Italian experience: BPA as a useful approach to reconstruct crime dynamics, Paolo Frani 16<br />
Surface behaviour in liquid latex liing. Securing bloodstains aer arson, Silke Brodbeck 18<br />
Casework presentaon, Chrisan Faccineo 20<br />
BPA in a stomping death murder invesgaon, Jeffrey Scozzafava 22<br />
Unusual staining on the ceiling at a murder scene, John Hoade 24<br />
Casework Presentaon, Marn Eversdijk 26<br />
The use of BPA in an episode of aggression with acid: the case of L.Annibali, Rosario Casamassima 28<br />
Plagiarism in Forensic Science, a case example?, Silke Brodbeck 30<br />
Post mortem dismemberment by chainsaw, Clare Knock 32<br />
All the King’s horses and all the King’s men – Should stay outside of the yellow tape, John Paolucci 34<br />
Shoot down or baered to death? Limitaons of current forensic Near Infrared (NIR) crime site invesgaon<br />
techniques, Marn Schulz 36<br />
Understanding the visibility of blood on dark surfaces, Karla De Bruin & Marne Verhoeff 38<br />
Expert tesmony on BPA, Dario Bosco 40<br />
Cerficaon of BPA analyst, Jeff Gurvis 42<br />
ISO Accreditaon for BPA, Philippe Esperança 44<br />
BPA Subcommiee of the Organizaon of Scienfic Area Commiees (OSAC), Jeff Gurvis 46<br />
Can we put the “I” in BIAS? Assessing the associaon between analyst characteriscs and performance<br />
on a bloodstain classificaon task, Niki Osborne 48<br />
4
Transfer of Blood from One Texle to Another through Direct Contact, and the Resulng Bloodstains ,<br />
Stephen Michielsen 50<br />
Syntec blood subsitutes, Andrew Vreugdenhil 52<br />
Forensic validaon of alternave formulaon of luminol, Gianmario Martra 54<br />
Research studies on DNA and presumpve test interacon ‐ Alessio Ferrara 56<br />
50 shades of red: blood stain age esmaon using hyperspectral imaging, Gerda Edelman 58<br />
Blood Stain & Spaer Viewer, Norbert Jaufmann 60<br />
Decision map for bloodstain paern recognion, Philippe Esperança 62<br />
Laser scanner technology, Ivan Macella 64<br />
HemoVision: an automated and virtual approach to BPA, Philip Joris 66<br />
Advances in computer soware ‐ Documenng and analyzing spaer stain groups with HemoSpat,<br />
Gordon L.M. Lefebvre 68<br />
Influence of impact velocity, fluid depth and free space on the crown growth of the impact mechanism<br />
and its implicaons for BPA, Theresa Stotesbury 70<br />
Implemenng probabilisc approaches and Bloodstain Paern Simulaon [with AnTraGoS and BPS],<br />
Francesco Camana 72<br />
Calculang the coordinates of the area of convergence by using high school mathemacs,<br />
Ludo Verbeek 74<br />
Impact velocity of blood droplets for crime scene reconstrucon, Nick Laan 76<br />
Human blood detecon dog, Vincenzo Scavongelli 78<br />
Drone acvies on the crime scenes, Tullio Iaria 80<br />
5
The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Programme<br />
Day 1<br />
Tuesday 12 th May 2015 ‐ Early Registraon<br />
6 PM‐8 PM Registraon and Welcome Drink (registraon will open at 4 pm)<br />
Wednesday 13 th May 2015 ‐ Casework session<br />
8‐9.30 AM Registraon<br />
9.30‐10 AM Welcoming Remarks<br />
10‐10.40 AM<br />
10.40‐11 AM<br />
11‐11.20 AM<br />
The Canadian approach to bloodstain paern analysis<br />
Pat Laturnus ‐ President IABPA<br />
Bloodstain paerns produced in fatalies due to medical condions<br />
Stuart James<br />
The Italian experience: BPA as a useful approach to reconstruct crime dynamics<br />
Paolo Frani<br />
11.20‐11.40 AM Coffee Break<br />
11.40‐12.10 PM<br />
12.10‐12.30 PM<br />
12.30‐1 PM<br />
Surface behaviour in liquid latex liing. Securing bloodstains aer arson<br />
Silke Brodbeck<br />
Casework presentaon<br />
Chrisan Faccineo<br />
BPA in a stomping death murder invesgaon<br />
Jeffrey Scozzafava<br />
1‐2 PM LUNCH ‐ Poster and Exibitor vising<br />
6
Programme<br />
Day 1<br />
Wednesday 13 th May 2015 ‐ Casework session<br />
1‐2 PM LUNCH ‐ Poster and Exibitor vising<br />
2‐2.20 PM<br />
2.20‐2.40 PM<br />
2.40‐3 PM<br />
Unusual staining on the ceiling at a murder scene<br />
John Hoade<br />
Casework Presentaon<br />
Marn Eversdijk<br />
The use of BPA in an episode of aggression with acid: the case of Lucia Annibali<br />
Rosario Casamassima<br />
3‐3.20 PM Coffee Break<br />
3.20‐3.50 PM<br />
3.50‐4.10 PM<br />
4.10‐4.30 M<br />
4.30‐4.50 PM<br />
4.50‐5.10 PM<br />
Plagiarism in Forensic Science, a case example?<br />
Silke Brodbeck<br />
Post mortem dismemberment by chainsaw<br />
Clare Knock<br />
All the King’s horses and all the King’s men – Should stay outside of the yellow tape<br />
John Paolucci<br />
Shoot down or baered to death? Limitaons of current forensic near infrared (NIR)<br />
crime site invesgaon techniques.<br />
Marn Schulz<br />
Understanding the visibility of blood on dark surfaces<br />
Karla De Bruin & Marne Verhoeff<br />
7
The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Programme<br />
Day 2<br />
Thursday 14 th May 2015 ‐ Expert tesmony and Research on BPA<br />
9‐9.40 AM Expert tesmony on BPA ‐ Dario Bosco<br />
9.40‐10 AM Cerficaon of BPA analyst ‐ Jeff Gurvis<br />
10‐10.20 AM ISO accreditaon for BPA ‐ Philippe Esperança, CBPE<br />
10.20‐10.40 AM BPA subcommiee of the Organizaon of Scienfic Area Commiees (OSAC) ‐ Jeff Gurvis<br />
10.40‐11 AM<br />
Can we put the “I” in BIAS? Assessing the associaon between analyst characteriscs and<br />
performance on a bloodstain classificaon task ‐ Niki Osborne<br />
11‐11.20 AM Coffee Break<br />
11.20‐11.40 AM<br />
Transfer of Blood from One Texle to Another through Direct Contact, and the Resulng<br />
Bloodstains ‐ Stephen Michielsen<br />
11.40‐12 AM Syntec blood subsitutes ‐ Andrew Vreugdenhil<br />
12‐12.20 AM Forensic validaon of alternave formulaon of luminol ‐ Gianmario Martra<br />
12.20‐12.40 AM Research studies on DNA and presumpve test interacon ‐ Alessio Ferrara<br />
12.40‐1 PM 50 shades of red: blood stain age esmaon using hyperspectral imaging ‐ Gerda Edelman<br />
1 –1.15 PM Blood Stain & Spaer Viewer ‐ Norbert Jaufmann<br />
1.15‐2.10 PM LUNCH ‐ Poster and Exibitor vising<br />
2.10‐2.20 PM PHOTO ALL TOGETHER (Armi’s square)<br />
2.20‐3 PM WORKSHOPS<br />
3‐3.20 PM Coffee Break<br />
3.20‐4 PM WORKSHOPS (connue)<br />
4‐4.30 PM INSTRUMENT’S PRESENTATIONS<br />
8.30‐10.30 PM Social dinner<br />
8
Thursday 14 th May 2015 ‐ Workshops<br />
2.20‐4 PM<br />
Conference Hall<br />
2.20‐4 PM<br />
Room A<br />
2.20‐4 PM<br />
Room B<br />
Bring your own case ‐ Stuart James<br />
Reflected Infrared and Ultraviolet Photography ‐ Jeffrey Scozzafava<br />
Difficules with interpreng bloodstains on clothing ‐ Ted Silenieks & Mark Reynolds<br />
Thursday 14 th May 2015 ‐ Instruments Presentaons<br />
4‐4.30 PM<br />
Room A<br />
4‐4.30 PM<br />
Dark room<br />
Demonstraon of a hyperspectral camera ‐ Gerda Edelman & Fetze Venema<br />
(small groups every 10 min)<br />
Blood Stain & Spaer Viewer ‐ Norbert Jaufmann<br />
(small groups every 10 min)<br />
9
The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Programme<br />
Day 3<br />
Friday 15 h May 2015 ‐ New technology ‐ 3D reconstrucon in BPA<br />
9‐9.20 AM Decision map for bloodstain paern recognion ‐ Philippe Esperança, CBPE<br />
9.20‐9.40AM<br />
Laser scanner technology ‐ Ivan Macella, Faro Company<br />
9.40‐10 AM HemoVision: an automated and virtual approach to BPA ‐ Philip Joris<br />
10‐10.20 AM<br />
10.20‐10.40 AM<br />
Advances in computer soware ‐ Documenng and analyzing spaer stain groups<br />
with HemoSpat ‐ Gordon L.M. Lefebvre<br />
Influence of impact velocity, fluid depth and free space on the crown growth of the<br />
impact mechanism and its implicaons for BPA ‐ Theresa Stotesbury<br />
10.40‐11 AM Coffee Break<br />
11‐11.20 AM<br />
11.20‐11.50 AM<br />
Implemenng probabilisc approaches and bloodstain paern simulaon [with<br />
AnTraGoS and BPS] – Francesco Camana<br />
Calculang the coordinates of the area of convergence by using high school mathema‐<br />
cs ‐ Ludo Verbeek<br />
11.50‐12.10 AM Impact velocity of blood droplets for crime scene reconstrucon ‐ Nick Laan<br />
12.10‐12.30 AM Human blood Detecon Dog ‐ VIncenzo Scavongelli<br />
12.30‐12.50 PM Drone acvies on the crime scenes ‐ Tullio Iaria<br />
12.50‐1 PM Closing remarks ‐ Presidente of IABPA<br />
1–2 PM Light lunch<br />
2‐4.30 PM Social event (visit Vacan museum)<br />
10
Wednesday 13 th May 2015 ‐ Visit Rome (Colosseum, Spain’s square)<br />
10 AM‐1 PM Visit Rome downtown<br />
1‐2 PM Lunch on your own<br />
2‐4 PM Visit Rome downtown<br />
Thursday 14 th May 2015 ‐ Shopping tour (Condo street)<br />
10 AM‐1 PM Shopping tour major streets<br />
1‐2 PM Lunch on your own<br />
2‐4 PM Visit Rome downtown<br />
8.30‐10.30 PM Social dinner<br />
Friday 15 th May 2015 ‐ San Peter tour<br />
10 AM‐1 PM St. Angel’s Castle ‐ San. Peter<br />
1‐2 PM Lunch on your own<br />
2.30‐4.30 PM Visit Vacan museum<br />
11
The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
The Canadian approach to BPA<br />
Pat Laturnus ‐ President IABPA<br />
Abstract<br />
A large geographical area with a relatively<br />
small population provides for<br />
some unique challenges and opportunities<br />
in Canada. The discipline of Bloodstain<br />
Pattern Analysis has evolved<br />
through the Forensic Laboratory System<br />
and is now conducted primarily by Canadian<br />
police agencies. As investigator<br />
demand increased, police analysts are<br />
well located to travel and attend scenes.<br />
Discussion will review how most analyst<br />
receive the same training through two<br />
main Police Colleges. A mentorship program<br />
tied to a solid foundation of Crime<br />
Scene Investigators provides for well<br />
trained analysts who are respected by<br />
the Courts. A case review will be offered<br />
to illustrate the approach taken by Canadian<br />
Analysts.<br />
Biography<br />
Pat is presently working as a private consultant<br />
in Ottawa, Ontario, Canada. He started his<br />
forensic career with the RCMP in 1975 and he<br />
went on to become a Bloodstain Analyst in<br />
1990. He has always enjoyed opportunities to<br />
instruct and subsequently he went on to be a<br />
full-time instructor. During that time, Pat developed<br />
an understudy program based on his<br />
training. The program has certified people as<br />
qualified bloodstain analysts not only in Ontario,<br />
but across Canada and internationally.<br />
Pat's career has taken him across Canada<br />
where he’s worked in 8 of the 10 Provinces.<br />
During that time, Pat was accepted as an expert<br />
witness in: bloodstain pattern analysis,<br />
fingerprint identification and physical comparisons.<br />
In addition, Pat has taught and continues<br />
to teach bloodstain pattern analysis on an international<br />
basis.<br />
Pat has written several bloodstain related articles<br />
and he has appeared on radio and television.<br />
He is the proud recipient of awards from<br />
the Provincial Government of Ontario<br />
(Amethyst and Ovation) and the Foster Award<br />
which is the highest honor bestowed by the<br />
Canadian Identification Society. One of his<br />
proudest occasions came when he was also<br />
awarded the "Distinguished Member" designation<br />
by the International Association of Bloodstain<br />
Pattern Analysts.<br />
Since becoming a member of the IAPBA in<br />
1990, Pat has benefited greatly from attending<br />
conferences and meeting fellow bloodstain analysts.<br />
He has participated through support and<br />
attendance, as well as serving as a Vice-<br />
President and an Ethics Committee member.<br />
12
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13
The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Bloodstain Patterns produced in<br />
fatalities due to medical conditions<br />
Stuart James ‐ James and Associates Forensic Consultants, Inc.<br />
Abstract<br />
There are medical conditions of individuals<br />
that can produce a variety of<br />
bloodstain patterns at a scene that may<br />
mimic a violent event and arouse suspicion<br />
of a homicide, suicide or accidental<br />
death. The patterns may include large<br />
pools of blood, splashed and projected<br />
patterns as well as impact spatters,<br />
expiration bloodstains, drip stains and<br />
drip trails. Many of these conditions are<br />
the result of massive hemorrhage as<br />
the fatal event. Other conditions can be<br />
the result of chronic bleeding over a<br />
period of time. It is important to examine<br />
the medical history and autopsy<br />
findings of the deceased since this will<br />
often reveal the mechanism(s) of bloodshed.<br />
This presentation will discuss the bloodstain<br />
pattern analysis and the cause and<br />
manner of death in several of these<br />
types of cases including:<br />
Chronic debilitating conditions<br />
Peptic ulcer<br />
Lung cancer<br />
Esophageal varices<br />
Venous/arterial shunt for kidney dialysis<br />
Venous insufficiency syndrome<br />
(varicose vein hemorrhage)<br />
Nose bleed<br />
Biography<br />
Stuart H. James is a graduate of Hobart College where he received<br />
a BA degree in Biology and Chemistry in 1962. He received<br />
his MT(ASCP) in Medical Technology from St. Mary’s Hospital in<br />
Tucson, Arizona in 1963. Graduate courses completed at Elmira<br />
College include Homicide Investigation, Bloodstain Pattern Analysis<br />
and Forensic Microscopy. He has completed more than 400<br />
hours of continuing education and training in Death Investigation<br />
and Bloodstain Pattern Analysis. A former Crime Laboratory<br />
supervisor in Binghamton, New York, he has been a private<br />
consultant since 1981.<br />
Mr. James has instructed in Forensic Science at the State University<br />
of New York and Broome Community College in Binghamton,<br />
New York. Additionally, he has lectured on the subjects of Bloodstain<br />
Pattern Analysis and Forensic Science throughout the country<br />
and abroad including the Tampa, Florida Police Academy, the<br />
Southern Police Institute at the University of Louisville in Kentucky,<br />
the Oakland County Sheriff’s Dept. in Pontiac, Michigan,<br />
the Nova Southeastern University Law School in Fort Lauderdale,<br />
Florida , the University of Miami Law School in Coral Gables,<br />
Florida, the University of Washington in Seattle, Washington,<br />
Suffolk University in Boston, Massachusetts, the Henry C. Lee<br />
Institute at the University of New Haven in West Haven, Connecticut,<br />
the Centre of Forensic Sciences in Toronto, Canada, the<br />
Politie LSOP Institute for Criminal Investigation and Crime Science<br />
in Zutphen, The Netherlands, the University of Newcastle<br />
upon Tyne, the London Metropolitan Police in the United Kingdom<br />
and the Western Australian Police in Perth, Australia.<br />
He has been consulted on homicide cases in 47 States and the<br />
District of Columbia as well as in Australia, Canada, Germany,<br />
The Netherlands, Puerto Rico, South Korea and the US Virgin<br />
Islands and has provided expert testimony in many of these<br />
jurisdictions in state, federal and military courts.<br />
Mr. James is a co-author of the text entitled, Interpretation of<br />
Bloodstain Evidence at Crime Scenes and has contributed to other<br />
forensic texts including Introduction to Forensic Science, Practical<br />
Fire and Arson Investigation and the Practical Methodology of<br />
Forensic Photography. He is also a co-author of the revised<br />
Second Edition of Interpretation of Bloodstain Evidence at Crime<br />
Scenes and the Editor of Scientific and Legal Applications of<br />
Bloodstain Pattern Interpretation both of which were published in<br />
1998. He is a co-editor with Jon J. Nordby of the text entitled<br />
Forensic Science – An Introduction to Scientific and Investigative<br />
Techniques first published in 2002 with the third edition published<br />
in 2009. He is also a co-author with Paul Kish and T. Paulette<br />
Sutton of the text entitled Principles of Bloodstain Pattern Analysis<br />
– Theory and Practice published in 2005. Mr. James is a fellow<br />
in the American Academy of Forensic Sciences and a distinguished<br />
member of the International Association of Bloodstain<br />
Pattern Analysts (IABPA) and Historian as well as the current<br />
editor of the quarterly Journal of Bloodstain Pattern Analysis.<br />
14
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15
The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
The Italian experience: BPA as a useful<br />
approach to reconstruct crime dynamics<br />
Paolo Frani ‐ Carabinieri RIS Roma<br />
Abstract<br />
In order to reconstruct the alleged dynamics<br />
of the various phases of a criminal<br />
event you need to consider all the<br />
objective elements inferable from the<br />
crime scene as a whole. Usually these<br />
data are acquired:<br />
- By forensic evidence relating to the<br />
injuries suffered;<br />
- From site survey and evidence collection<br />
of traces and / or physical evidences<br />
of interest<br />
reconstructive;<br />
- The laboratory tests on the various<br />
findings acquired during the crime scene<br />
investigation.<br />
In fact particularly serious crime, such<br />
as the facts of blood, more significant<br />
elements for the crime reconstruction<br />
may emerge from the study of traces of<br />
blood with particular reference to their<br />
morphology and their location on the<br />
theater criminal.<br />
This branch of forensic science is known<br />
as "Bloodstain Pattern Analysis" (BPA)<br />
and studied the various physical mechanisms,<br />
used to produce the bloodstains<br />
(trajectories, projections, drips, swipes,<br />
washing, etc ...).<br />
The following presentation will illustrate<br />
some applications of BPA in criminal<br />
cases handled by our department who<br />
have also had a significant impact in the<br />
media nationwide.<br />
Biography<br />
Paolo FRATINI is a physicist and after the University’s<br />
studies he worked at Military Geographical Institute<br />
in Florence as Army Lieutenant. He studied at<br />
Carabinieri’s Corp Academy in Rome as Lieutenant of<br />
Technical Role – Scientific Investigation. In 1999 he<br />
went to the rank of Captain assuming the head of the<br />
Fingerprint and Ballistic Section of the Carabinieri<br />
Scientific Investigations Parma’s Department (RIS<br />
CC). Since 2002 he is member delegate for Carabinieri<br />
Corp’s in the European Network of Forensic<br />
Sciences Institutes (ENFSI)-Firearms Working Group.<br />
He worked in many criminal cases including ballistic<br />
trajectories and dynamics reconstructions also using<br />
the Bloodstain Pattern Analysis (BPA). Coauthor of<br />
some forensic articles about Gun Shots Residues<br />
(GSR) and Firearms, he taught ballistic at Postgraduate<br />
Forensic Sciences Master in Parma’s University<br />
and also in Brandenburgische Technische Universität<br />
Cottbus (EUROFOS Programme). He attended basic<br />
and advanced BPA courses in both the USA and in<br />
Italy. In 2006 and 2008 he presented some BPA<br />
caseworks respectively the 1st and 2nd European<br />
Conferences IABPA in Middelburg and in Zurich. In<br />
the most important criminal cases he participated to<br />
CSI activities and to discussions front of the Justice<br />
Courts. In 2009 he taught BPA and CSI at the Center<br />
of Excellence for Stability Police Units in Vicenza<br />
within the program European Union Police Forces<br />
Training (EUPFT2009). In 2007 he ranked to Major<br />
and since 2010 he works in Rome’s RIS CC playing<br />
the same role of head Ballistic’s Section with competence<br />
over the Centre and South Italy. Since 2011 he<br />
taught BPA, CSI and ballistic at the Advanced Institute<br />
for Investigative Techniques of the Carabinieri’s<br />
Corp and within the CEPOL programs too. Last year<br />
he went to the rank of Lt. Colonel and actually he<br />
continues to work at Rome’s RIS CC.<br />
16
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Surface behaviour in liquid latex lifting.<br />
Securing bloodstains after arson<br />
Silke Brodbeck ‐ MD<br />
Abstract<br />
Perpetrators often use different strategies<br />
to destroy trace evidence at crime<br />
scenes or to put suspicion onto third<br />
parties. One strategy often found is the<br />
burning of crime scenes. But burning<br />
does not destroy reliable the traces,<br />
depending on variables like temperature,<br />
surface and traces.<br />
This presentation shows the results of<br />
the first Finnish-German arson research<br />
project and describes the Liquidlatexlifting<br />
as a technique for the securing of<br />
Bloodstains, DNA and fingerprints after<br />
a fire at a crime scene. Because the use<br />
of Latex is primarily depending upon the<br />
surface, several surfaces were tested in<br />
this project. Liquidlatexlifting is a reliable<br />
method to secure bloodstains, DNA<br />
and fingerprints after arson. Its use is<br />
depending upon the preservation of the<br />
surface and the surface material itself.<br />
This presentation gives furthermore an<br />
overview how to secure bloodstains,<br />
DNA and fingerprints after arson.<br />
Biography<br />
Dr. Silke Brodbeck, MD is an international<br />
working expert for Bloodstain Pattern Analysis<br />
and Crime Scene Reconstruction located in the<br />
Blutspureninstitut in the near of Frankfurt, Germany.<br />
She graduated from Medical School of Johann-<br />
Wolfgang-Goethe-University in Frankfurt and<br />
has worked at different universities (Mt. Sinai<br />
Hospital (NY,USA), Helsinki (Finland), Franfurt<br />
(Germany)) in neurosurgery, forensic pathology<br />
and research. Since 2007 she is fully specialized<br />
working in the the field of Bloodstain<br />
Pattern Analysis. Her case work includes mainly<br />
cases for official forces in Germany, Swiss,<br />
Liechtenstein and Austria. She is also giving<br />
second opinions and decisive expert opinions to<br />
courts.<br />
In 2009 the Blutspureninstitut started as first<br />
institution in Europe to teach regularly courses<br />
in Bloodstain Pattern Analysis. Untill today Dr.<br />
Brodbeck has teached participants from 21<br />
countries and several continents.<br />
She is active in research and has published two<br />
books and several articles. Current main research<br />
focus is the securing of trace evidence<br />
after arson, quality of BPA reports, complex<br />
BPA reconstruction and biomodelling.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Caseworks presentation<br />
Chrisan Faccineo ‐ Carabinieri RIS Parma<br />
Abstract<br />
On the date of August 19th 2012 at<br />
approximately 10:00AM, local emergency<br />
response of Arma dei Carabinieri<br />
were called to a residence in Lignano<br />
Sabbiadoro (UD), Italy. They founded<br />
Mr and Mrs Burgato deceased in the<br />
secondary bathroom adjoined the garage<br />
at the subbasement level. The Burgato<br />
couple bodies were founded<br />
sprawled on the floor splattered with<br />
blood like many other surfaces in the<br />
bathroom. Many traces were found in<br />
the bathroom and in the garage’s floor<br />
in particular on the getaway from the<br />
garage to the front house garden and<br />
then to the street. Subsequent investigation<br />
indicated that the murder was<br />
probably a robbery gone wrong. The<br />
inspection of the crime scene was made<br />
in order to pick out any useful evidences<br />
and then to identify the culprit’s DNA<br />
and to make the crime scene reconstruction<br />
with BPA report. Claudia Danelon,<br />
the prosecutor in charge of this<br />
case, of the Public Prosecutor’s office at<br />
District Court of Udine, at the end of the<br />
investigation with the BPA reconstruction<br />
report together with other investigative<br />
results could arrest one of two<br />
half-brothers and charge them with<br />
murder with the aggravating circumstances<br />
of cruelty.<br />
Biography<br />
In 2002 He graduated in biology science. He<br />
worked like a researcher from 2002 to 2005 in<br />
the Gene Therapy Laboratory—Pediatric Department<br />
of Padua University developing good<br />
knowledge in genetic engineering and human<br />
genetics. On May 2004 he won the “Niccolò<br />
Copernico” Award for the best young scientific<br />
researcher at Ferrara. In 2005 he started his<br />
service in Carabinieri Corp like an officer with<br />
Lieutenant degree in the Forensic Science Department<br />
of Parma. In 2010 he got his doctorate<br />
in Biomedical Sciences at Ferrara University.<br />
In 2008 and 2011 he profitably attended<br />
basic and advanced courses in Bloodstain Pattern<br />
Analysis. From 2010 he become the Quality<br />
Manager of the Biology laboratory at the<br />
Forensic Science Department of Parma and in<br />
2013 the lab reached 17025:2005 accreditation.<br />
In 2013 he became a university lecturer in<br />
Forensic Genetics at the Biology Department of<br />
Padua University. Now he is a Captain at Carabinieri<br />
Corp Forensic Science Department of<br />
Parma, he routinely manages with hundreds<br />
per year of Casework for the biology aspect,<br />
from burglaries to homicides, and several<br />
Crime Scene Reconstruction/BPA Casework,<br />
more over he manages with researching, studying<br />
and teaching, in Biology and BPA fields, as<br />
well as in the University as in the Carabinieri<br />
Corp.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
BPA in a stomping death murder investigation<br />
Jeffrey Scozzafava ‐ Detecve<br />
Abstract<br />
This presentation highlights the interpretation<br />
of bloodstain patterns at a<br />
crime scene in New Jersey, USA. Bloodstain<br />
patterns placed the victim near<br />
the floor of his residence during his<br />
attack by multiple attackers. The bloodstain<br />
patterns were consistent with two<br />
attacks, separated by time sufficient for<br />
blood to clot. The interpretation opinions<br />
and trial outcome will be discussed.<br />
Biography<br />
Jeff Scozzafava has 31 years of law enforcement<br />
experience as a U. S. Army Military Policeman,<br />
a New Jersey State Trooper and Detective<br />
Sergeant, and a Somerset County Prosecutor’s<br />
Office Detective. Jeff has made hundreds<br />
of patrol related and investigative arrests<br />
and as a Detective, processed more than one<br />
thousand crime scenes, including dozens of<br />
homicide scenes, international and domestic<br />
terrorism, and police involved use of deadly<br />
force scenes.<br />
Jeff has accumulated over 1,500 training hours<br />
specific to forensics, including advanced training<br />
in bloodstain pattern analysis, fingerprint<br />
identification and crime scene investigation.<br />
Jeff has qualified as an expert witness in several<br />
NJ Superior Courts and in United States District<br />
Court, regarding fingerprint identification,<br />
bloodstain pattern analysis and crime scene<br />
investigation.<br />
Jeff is instructor certified by the New Jersey<br />
Police Training Commission and Trainer certified<br />
by the U. S. Department of Justice. Jeff<br />
has been an instructor of forensic training in 7<br />
states and in Turkmenistan, Central Asia. Jeff<br />
has instructed for several agencies, including<br />
the U.S. Department of Justice, the Federal<br />
Bureau of Investigation, and the New Jersey<br />
State Police.<br />
Jeff is Sergeant At Arms of the International<br />
Association of Bloodstain Pattern Analysts and<br />
was a previous Vice President.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Unusual staining on the ceiling at a murder<br />
scene<br />
John Hoade ‐ Forensic Science Ireland ‐ Dep. of Jusce & Equality<br />
Abstract<br />
An elderly man died from multiple blows<br />
with a baseball bat. He had severe head<br />
injuries including large scalp lacerations<br />
and skull fractures. Unusually, for an<br />
assault of such severity, there was very<br />
little blood at the scene and most of the<br />
blood spatter appeared dilute.<br />
However, there were numerous clear<br />
coloured, airborne stains, with an oily<br />
appearance, on the ceiling above where<br />
the assault took place. This staining<br />
gave a week reaction for the presence<br />
of blood and a DNA profile matching the<br />
deceased, and is most likely to be castoff<br />
cerebrospinal fluid.<br />
Biography<br />
John Hoade has a MSc. in instrumental analysis<br />
and has worked at the Irish Forensic Science<br />
Laboratory (Forensic Science Ireland) in Dublin<br />
for the last twenty four years, initially in area of<br />
drug analysis. He has worked in the area of<br />
blood pattern analysis (crime scene attendance<br />
and laboratory examination of clothing and<br />
weapons) and DNA analysis for the last ten<br />
years. He has some experience in evaluative<br />
expert opinion (EEO) reporting and regularly<br />
presents reports in court.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Casework Presentation<br />
Marn Eversdijk ‐ VP IABPA ‐ Europe<br />
Abstract<br />
Biography<br />
In may 2009 a very young girl died of<br />
extreme loss of blood caused by a<br />
slashed throat in her mother’s house.<br />
The mother’s ex-boy friend who was<br />
responsible for the cutting of the young<br />
girls carotid artery and jugular stated it<br />
was an accident that happened in the<br />
living room. Her mother who was present<br />
when her daughter’s throat was cut<br />
had a totally different statement on the<br />
location and manner of the fatal cutting.<br />
This presentation will discuss the crime<br />
scene and the physical evidence in this<br />
case including issues involving bloodstain<br />
pattern analysis, the statements<br />
by the opposing sides, the highlights of<br />
the BPA report and how it was written.<br />
Also the contribution of BPA in coherence<br />
with other forensic investigations/<br />
outcomes that played a huge role during<br />
court in how the bloodstain patterns<br />
where most likely produced will be discussed<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
The use of BPA in an episode of aggression<br />
with acid: the case of Lucia Annibali<br />
Rosario Casamassima ‐ Carabinieri RIS Roma<br />
Abstract<br />
In April of 2013 in Pesaro, the lawyer<br />
Lucia Annibali, is disfigured with acid by<br />
two assassins hired by his former Luca<br />
Varani. The ambush takes place April 16<br />
at 17:00 when, when the lawyer, in<br />
opening the door of the house, is hit in<br />
the face by a jet launched from an acid<br />
by the criminals who broke inside.<br />
BPA was used to carry out the reconstruction<br />
of the events and estimate the<br />
amount of acid used in the attack.<br />
The technique has proved useful also to<br />
verify the testimony given by the victim<br />
that often in these cases prove confusing<br />
and approximate.<br />
Biography<br />
1999-2015 Carabinieri<br />
Department Carabinieri Scientific Investigations<br />
forensic analysis in the material sector<br />
Analysis: paints, fibers, fabrics, adhesive tapes,<br />
paper, inks, glass, car paint, food packing,<br />
plastics, tires, cosmetics.<br />
Analytical techniques used, microspectrophotometry<br />
FT IR and UV-Vis, Optical microscopy,<br />
gas chromatography, HPLC, HPTLC, ICP-MS,<br />
Dionex, volumetric.<br />
preparative techniques used: liquid liquid extraction,<br />
solid-liquid extraction, column chromatography<br />
classic, headspace, SPME.<br />
Technical advice and expert opinions for court<br />
Scientific publications:<br />
1. Tecnical notes "the descrimination potential<br />
of ultraviolet-visible spectrophotometry, Thin<br />
Layer Chromatography, and Fourier Transform<br />
Infrared Spectroscopy for Forensic Analysis of<br />
Black n Blue Ballpoint Inks" (Journal of Forensic<br />
Science november 2008 vol 53 no 60).<br />
2. Forensic differentiation of paper by X-ray<br />
diffraction and infrared spectroscopy (Forensic<br />
Science International 197 (2010) 70-74)<br />
3. Pet fur or fake fur? A forensic approach<br />
(Investigative genetics 06/2014; 5: 7. DOI:<br />
10.1186 / 2041-2223-5-7)<br />
1994-1999 Carabinieri<br />
Police Officer in charge of territorial line Carabinieri<br />
Command Police Station.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Plagiarism in Forensic Science,<br />
a case example?<br />
Silke Brodbeck ‐ MD<br />
Abstract<br />
In April 2013 the second arson research<br />
project of the Blutspureninstitut took<br />
place in collaboration with colleagues in<br />
Austria to study temperature effects on<br />
bloodstains. Prior to the publication of<br />
the results a close to identical copy,<br />
which was later produced was published<br />
by one training member of the team<br />
and two scientists from the university of<br />
Salzburg. One of those scientists did<br />
attend a media conference and viewed<br />
there the results of the original project.<br />
There were signs of severe scientific<br />
misunderstanding in that publication,<br />
e.g. the difference between Grad Fahrenheit<br />
and Grad Celsius was not known.<br />
A notification of scientific misbehaviour<br />
was done to the university.<br />
This presentation shows the happenings<br />
of the plagiarism notification and the<br />
way how this university handled this<br />
kind of situation. Plagiarism is a severe<br />
problem and even today standards are<br />
formulated but often ignored. In acting<br />
against pagiarism all forces are required<br />
to be sensitive about this topic. Scientists,<br />
universities and publishers need to<br />
pull together to make scientific misbehaviour<br />
unethical and inacceptable.<br />
Biography<br />
Dr. Silke Brodbeck, MD is an international<br />
working expert for Bloodstain Pattern Analysis<br />
and Crime Scene Reconstruction located in the<br />
Blutspureninstitut in the near of Frankfurt, Germany.<br />
She graduated from Medical School of Johann-<br />
Wolfgang-Goethe-University in Frankfurt and<br />
has worked at different universities (Mt. Sinai<br />
Hospital (NY,USA), Helsinki (Finland), Franfurt<br />
(Germany) in neurosurgery, forensic pathology<br />
and research. Since 2007 she is fully specialized<br />
working in the the field of Bloodstain Pattern<br />
Analysis. Her case work includes mainly<br />
cases for official forces in Germany, Swiss,<br />
Liechtenstein and Austria. She is also giving<br />
second opinions and decisive expert opinions to<br />
courts.<br />
In 2009 the Blutspureninstitut started as first<br />
institution in Europe to teach regularly courses<br />
in Bloodstain Pattern Analysis. Untill today Dr.<br />
Brodbeck has teached participants from 21<br />
countries and several continents.<br />
She is active in research and has published two<br />
books and several articles. Current main research<br />
focus is the securing of trace evidence<br />
after arson, quality of BPA reports, complex<br />
BPA reconstruction and biomodelling.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Post mortem dismemberment by chainsaw<br />
Clare Knock ‐ Cranfield University<br />
Abstract<br />
This work studied the use of chainsaws<br />
to dismember bodies. The results<br />
showed that the use of a chainsaw to<br />
dismember a body produces a distinctive<br />
pattern and that different chainsaws can<br />
give significant differences in the size of<br />
the pattern.<br />
Two chainsaws were used to cut the<br />
hind shank and hock joint of a pig. Each<br />
pig joint was placed on a plank and cut<br />
in three places. This gave three different<br />
sizes for the chain saws to cut through.<br />
The first chainsaw was a Stihl petrol<br />
chainsaw with semi chisel cutters and a<br />
chain velocity of 20 ms-1. The second<br />
chainsaw was an electric chainsaw with<br />
a micro chisel cutter chain rotating at a<br />
velocity of 10 ms-1. After dismemberment,<br />
the pig joint was removed. It was<br />
found that the two chainsaws produced<br />
a similar pattern of tissue. The pattern<br />
consisted of i) a void where the joint and<br />
plank had been placed, ii) a linear distribution<br />
of tissue in front of the void iii)<br />
pieces of tissue to the side of the front<br />
linear distribution and iv) a linear distribution<br />
behind the void. The results<br />
showed significant differences in size for<br />
the two different chainsaws. This was<br />
particularly clear behind the joint. Behind<br />
the void, the length of the linear<br />
distribution was independent of joint<br />
size. It was 1.42m, with a standard deviation<br />
of 0.12 m for the petrol chain<br />
saw and 0.54 m with a standard deviation<br />
of 0.17 m for the electric chain saw.<br />
Biography<br />
Dr Clare Knock is a lecturer at Cranfield University,<br />
at the Defence Academy of the United<br />
Kingdom. She carries out research in forensic<br />
science, shock waves from explosions, fragmentation<br />
and ammunition safety and lectures<br />
to masters students on internal ballistics, shock<br />
waves from explosions, risks and computer<br />
modelling.<br />
She has conceived and developed a research<br />
<strong>programm</strong>e to study blood stains and has supervised<br />
masters projects on prediction of the<br />
source of blood for angled impacts, stains due<br />
to kicking, running and stomping in blood, the<br />
difference between the stains from using electric<br />
and petrol chain saws, blood stains on absorbent<br />
fabrics and the ability of dogs to detect<br />
blood stains. She has two PhD students studying<br />
bloodstains on rough surfaces and bloodstains<br />
on absorbent fabrics. She has published<br />
in the Int. J. Legal Medicine and the J. For. Sci.<br />
and explosives journals<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
All the King’s horses and all the King’s men.<br />
should stay outside of the yellow tape<br />
John Paolucci ‐ Forensics 4 Real Inc ‐ President<br />
Abstract<br />
A community in Charleston, South Carolina<br />
was unsettled; protestors were<br />
claiming that a nineteen year old boy<br />
was murdered by the police who are<br />
covering it up by calling the incident a<br />
suicide. Denzell Curnell lay in the street<br />
with a perforating gunshot wound that<br />
entered the right side of his head – and<br />
Denzell is left handed. The officer who<br />
was on the scene when the shot was<br />
fired was reputed to be very aggressive,<br />
the victim had no criminal history and<br />
the toxicology analysis showed no positive<br />
findings. Upon initial examination of<br />
the crime scene photos, it was apparent<br />
that the firearm had been handled excessively<br />
several minutes after bloodshed<br />
had initiated and a piece of fabric<br />
with unknown origin, that was possibly<br />
used to move the gun, was left with the<br />
body. At first look, there appeared to be<br />
some foundation to the claim that this<br />
crime scene was staged due to excessive<br />
handling of the body and the firearm,<br />
but a more holistic analysis of the<br />
incident and the all its components may<br />
have saved a police officer from a murder<br />
charge.<br />
Biography<br />
John Paolucci earn a Bachelor of Science Humanities<br />
& Criminal Justice in 1990. He is a<br />
Professor in “Crime Scene Investigations” at<br />
the Mercy College. Currently analyzing homicide<br />
cases in Charleston, South Carolina; Austin<br />
Texas; Waco, Texas; New York City.<br />
Train investigators from federal, state and local<br />
agencies in crime scenes and forensic evidence<br />
while active in NYPD and presently as an adjunct<br />
in at the Henry Lee Academy and vice<br />
president of a private, POST accredited homicide<br />
course in the state of Connecticut. Appeared<br />
on Investigation Discovery Channel and<br />
A & E Networks, New York Times, NBC Radio,<br />
and other media venues providing analysis of<br />
homicide scenes. He also developed and commanded<br />
the OCME Liaison Unit, vetting and<br />
managing all DNA evidence collected in New<br />
York City.<br />
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35<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Shoot down or battered to death? Limitations of<br />
current forensic Near Infrared (NIR) crime site<br />
investigation techniques<br />
Marn Shulz ‐ Instut für Rechtsmedizin der Universität München<br />
Abstract<br />
Biography<br />
The forensic application of Near Infrared<br />
(NIR, approximately between 750 and<br />
1500 nm) photography is a quite old<br />
technique that was introduced at the<br />
Institute of Legal Medicine in Munich in<br />
1937. It has proven to be a useful tool<br />
within criminalistic investigation but the<br />
use of NIR-sensitive film material is<br />
fraught with difficulties for example, a<br />
real-time search for evidence was impossible,<br />
which strongly limited its forensic<br />
application spectrum. Modern,<br />
digital photography has overcome these<br />
problems and some forensic applications<br />
of NIR-reflection photography<br />
have previously been described.<br />
Nonetheless, the presented case of a<br />
young man reveals, that there is room<br />
for improvement within forensic NIRtechnology,<br />
especially inside crime site<br />
investigation. Possible solutions will be<br />
introduced and may be discussed.<br />
36
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37
The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Understanding the visibility of blood on dark<br />
surfaces<br />
Karla De Bruin & Marne Verhoeff ‐ NFI<br />
Abstract<br />
Bloodstains on dark surfaces are often<br />
difficult to detect due to a lack of contrast.<br />
By means of infrared light, absorbed<br />
by blood and reflected by many<br />
fabrics, it is often possible to visualize<br />
the blood. Unfortunately, not all dark<br />
surfaces reflect infrared light and on<br />
these surfaces it is still difficult to detect<br />
blood.<br />
In the present study we investigated why<br />
on certain surfaces blood is not detected<br />
and how we can improve this. We examined<br />
166 different fabrics regarding the<br />
visibility of the bloodstain by three different<br />
IR cameras: a Nikon camera sensitive<br />
to IR light, an IR video camera, and<br />
a Short Wave IR video camera. Almost<br />
all bloodstains were visible in either of<br />
these three cameras or were visible by<br />
eye. The fabrics were then examined<br />
regarding their reflection spectra. Based<br />
on these, different groups could be distinguished<br />
with the same reflection properties.<br />
Further, the composition of the<br />
fabrics was examined (cotton, polyester<br />
etc.), the structure (woven/non-woven),<br />
and the absorption of a blood drop by<br />
the fabric. All these properties combined<br />
allow us to classify the fabrics into different<br />
groups, enabling a prediction about<br />
the fabrics on which a bloodstain will be<br />
visible. Thus, when the investigator does<br />
not see any blood on a surface with an<br />
IR camera, the distinction may be made<br />
whether this is due to a possible lack of<br />
blood or due to the fabric.<br />
Biography<br />
Karla de Bruin studied chemistry at the University<br />
of Amsterdam and did her Master and PhD<br />
in Physical chemistry. In 2009 she started<br />
working at the Netherlands Forensic Institute in<br />
the Mobile Forensic Team, where she performed<br />
research in the field of Bloodstain Pattern<br />
Analysis in close cooperation with the University<br />
of Amsterdam. In 2013 she changed to<br />
the Human Biological Traces department where<br />
she continues her work on BPA and started<br />
research on the improvement of detection of<br />
Human Biological Traces by means of optical<br />
methods.<br />
Martine Verhoeff started her career at the<br />
Netherlands Forensic Institute in 2000. She<br />
works in the trace recovery team of the department<br />
of Human Biological Traces and DNA. In<br />
2005 and 2007, she attended the basic and<br />
advanced bloodstain pattern analysis course of<br />
the Ontario Police College (OPC). Her work<br />
involves carrying out examinations within the<br />
laboratory (trace evidence, body fluids and<br />
BPA).<br />
38
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Expert testimony on BPA<br />
Dario Bosco ‐ Criminal lawyer<br />
Abstract<br />
What’s the present and future of Bloodstain<br />
pattern analysis in Court? Is it an<br />
important field of forensic science or is<br />
it only a trend in Forensic Science field?<br />
After the trilogy “Daubert-Joiner-<br />
Kumho” and after the last version of the<br />
Federal Rules of Evidence (F.R.E.), the<br />
opinion of American Courts concerning<br />
the admissibility of scientific evidence<br />
has changed, and the questions above<br />
can have, now, new answers. The<br />
change is closely tied to the updated<br />
gatekeeping role of the Courts about if<br />
and when “new science”, like BPA, can<br />
be admitted in Court like scientific evidence.<br />
At same time, also in Italy, many things<br />
are changing about scientific evidence,<br />
and, in last time, the Daubert standards<br />
are the new trend also in this Country.<br />
In this work we present a complete<br />
review about the most important Court<br />
opinions in U.S.A, and Italy about reliability<br />
and admissibility of BPA like scientific<br />
evidence, and we suggest how and<br />
when an expert witness in this field can<br />
be admitted in Court.<br />
Biography<br />
Dr. Dario Bosco is a Criminal Lawyer. He has<br />
been working within the Italian Criminal Courts<br />
for more than 10 years. He has an MD in forensic<br />
science and criminology and he has done<br />
research in the field of criminal profiling, scientific<br />
evidence, forensic science and their application<br />
in court. He has published on forensic<br />
science, criminal proofing, psychology and law,<br />
criminology and criminal justice in and outside<br />
of Italy. He is a visiting professor of forensic<br />
science and criminology in many Universities in<br />
Italy. He is editor of a book series in<br />
“Criminology and Forensic Science”, Casa editrice<br />
Simone.<br />
40
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Certification of BPA analyst<br />
Jeff Gurvis ‐ Chairman of the IAI ‐ Vice Chair of NIST OSAC<br />
Abstract<br />
Bloodstain Pattern Analyst Certification:<br />
Update from the IAI The International<br />
Association for Identification (IAI) has<br />
had a bloodstain pattern certification<br />
program for over 17 years. The IABPA<br />
has long researched creating a certification<br />
program of its own. Over the past<br />
year or so, the IAI and IABPA have decided<br />
to collaborate on the IAI Bloodstain<br />
Pattern Analyst Certification. This<br />
discussion will cover the current state of<br />
the program, including requirements for<br />
application, certification testing, and<br />
recertification.<br />
Biography<br />
Jeff Gurvis is an independent bloodstain pattern<br />
analyst and latent print examiner from Chicago<br />
who currently serves as the Chairman of the<br />
IAI Bloodstain Pattern Analysis Certification<br />
Board as well as the Vice Chair of the Bloodstain<br />
Pattern Subcommittee of the NIST OSAC.<br />
He was a charter member of SWGSTAIN where<br />
he was the chair of the Legal Subcommittee.<br />
Jeff also has been a long time instructor at the<br />
National Forensic Academy at the University of<br />
Tennessee as well as the FBI. Jeff is also a<br />
partner of Visionations, the developers of<br />
CrimePad, a mobile active investigation and<br />
crime scene application.<br />
42
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
ISO Accreditation for BPA<br />
Philippe Esperança ‐ BPA expert ‐ France<br />
Abstract<br />
All experts want to demonstrate that his<br />
conclusions of his expertise follow a<br />
strong, independent<br />
and coherent argumentation following a<br />
scientific methodology.<br />
With this goal and following the Recommendations<br />
of the NAS report, I established<br />
Bloodstain<br />
Pattern Analysis procedures following<br />
the ISO 17020 standard.<br />
Still following the NAS recommendation,<br />
a model of report had been developped<br />
showing the total<br />
BPA process followed, the analyses<br />
done with their results and the conclusion<br />
reached.<br />
This presentation will show you the<br />
Bloodstain Pattern Analysis procedures<br />
developed in my lab and<br />
how the BPA results are transcribed in<br />
my reports.<br />
Biography<br />
Philippe Esperança started his career in Forensic<br />
Sciences in 1990 being the scientific support for the<br />
creation of the Forensic Entomology Department of<br />
the French Gendarmerie Forensic Institute.<br />
The same Institute asked Philippe to create a<br />
Bloodstain Pattern Analysis Service in 1999.<br />
The discovery of this discipline over self-conducted<br />
practices and trainings in Canada was a great time<br />
to Philippe. In the same time, he obtained a General<br />
Forensic MS.<br />
He developed the French BPA procedures and he<br />
has educated the French Gendarmerie Criminal<br />
Scene Investigators about BPA until he left the<br />
French Gendarmerie in 2008.<br />
His first BPA expertise was in 1999 with a butchering<br />
and just after with a triple homicide.<br />
He contributed to the development of the Bluestar<br />
chemical product in 2000-2001.<br />
He became the first qualified BPA expert for the<br />
French criminal court in 2002 with the murder of a<br />
juge in the Reunion Island.<br />
Now, he is Bloodstain Pattern Expert for the Supreme<br />
Court of France and for the International<br />
Criminal Court. He has also been appointed as a<br />
Bloodstain Pattern Expert for cases outside France<br />
(Belgium, US, Morocco).<br />
He gives lectures in front of many different people<br />
like judges, CIS, detectives, medical examiners and<br />
university students.<br />
Since this year he develop his own company for<br />
forensic and BPA expertises for magistrates, training<br />
for police academies and Research & Development.<br />
His goals for BPA are to develop objective methods<br />
for the identification of the Bloodstain Patterns but<br />
also for the all analysis process.<br />
Philippe is an IABPA member since 2000, a<br />
SWGSTAIN member since 2006 and a IAI member<br />
since 2010. He obtained the IAI BPE certification in<br />
2012.<br />
44
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45
The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
BPA Subcommittee of the Organization<br />
of Scientific Area Committees (OSAC)<br />
Jeff Gurvis ‐ Chairman of the IAI ‐ Vice Chair of NIST OSAC<br />
Abstract<br />
NIST OSAC Bloodstain Pattern Analysis<br />
Subcommittee.<br />
The transition from SWGSTAIN In January<br />
of 2015, the US National Institute of<br />
Standards and Technology (NIST) hosted<br />
the first meetings of the Organization<br />
of Scientific Area Committees<br />
(OSAC) which was created to essentially<br />
bring all the SWGs under one roof in<br />
hopes of improving standardization and<br />
best practices. One of the subcommittees<br />
was formed for Bloodstain Pattern<br />
Analysis. This discussion will go over<br />
the members, affiliates, and mission of<br />
the Subcommittee as well as the current<br />
and future documents that will be<br />
produced<br />
Biography<br />
Jeff Gurvis is an independent bloodstain pattern<br />
analyst and latent print examiner from Chicago<br />
who currently serves as the Chairman of the<br />
IAI Bloodstain Pattern Analysis Certification<br />
Board as well as the Vice Chair of the Bloodstain<br />
Pattern Subcommittee of the NIST OSAC.<br />
He was a charter member of SWGSTAIN where<br />
he was the chair of the Legal Subcommittee.<br />
Jeff also has been a long time instructor at the<br />
National Forensic Academy at the University of<br />
Tennessee as well as the FBI. Jeff is also a<br />
partner of Visionations, the developers of<br />
CrimePad, a mobile active investigation and<br />
crime scene application.<br />
46
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Can we put the “I” in BIAS? Assessing the association<br />
between analyst characteristics and performance on a<br />
bloodstain classification task.<br />
Niki Osborne ‐ Psychology Department ‐ University of Otago<br />
Abstract<br />
Contextual information can influence decisions<br />
about forensic evidence. Here, we<br />
explore the association between the effects<br />
of context and analyst characteristics on<br />
accuracy and bias on a bloodstain pattern<br />
classification task. Thirty-nine bloodstain<br />
pattern analysts each completed measures<br />
of their need for closure, compliance, and<br />
decision-making style, as well as reporting<br />
their level of training and experience. For<br />
the classification task, analysts first examined<br />
a bloodstain pattern without any additional<br />
contextual information and allocated<br />
votes to listed pattern types according to<br />
favoured and less favoured classifications.<br />
Next, if they believed it would assist with<br />
their classification, analysts could request<br />
contextual information and update their<br />
vote allocation. We calculated a bias score<br />
based on any vote reallocations as a function<br />
of the contextual information. Almost<br />
all items of contextual information influenced<br />
decision-making, with medical findings<br />
leading to the greatest number of<br />
vote reallocations. While bias scores were<br />
positively associated to the largest degree<br />
with an intuitive decision-making style,<br />
overall, our findings suggest that bias is a<br />
general tendency and not a function of<br />
cognitive factors, decision-making style, or<br />
lack of training and experience. Accuracy<br />
was positively associated with advanced<br />
training and a rational decision-making<br />
style. Error was positively associated with<br />
basic training, fewer years’ experience,<br />
and a spontaneous decision-making style.<br />
The implications of our findings will be<br />
discussed.<br />
Biography<br />
I completed my PhD in forensic psychology in<br />
2013. Since then I have worked with the Institute<br />
of Environmental Science and Research<br />
(ESR) and the University of Otago, New Zealand<br />
on several projects examining the role of<br />
contextual information in Bloodstain Pattern<br />
Analysis. I have just commenced work on a<br />
project, funded by the National Institute of<br />
Justice, in which we aim to develop effective<br />
methods for addressing the issue of contextual<br />
bias in forensic science.<br />
48
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Transfer of blood from one textile to another<br />
through direct contact, and the resulting bloodstains<br />
Stephen Michielsen ‐ North Carolina State University<br />
Abstract<br />
Blood from a bloodied textile, such as a<br />
shirt or dress, may transfer to another<br />
textile if the two textiles come into contact<br />
with each other. A person with the<br />
transfer stain may state that their clothing<br />
was stained as they were attempting<br />
to render assistance to the victim<br />
upon coming onto the scene. In studies<br />
where a drop of synthetic blood was<br />
placed onto a stack of two textiles, it<br />
was found that the larger stain occurred<br />
in the fabric with the highest wicking<br />
rate, regardless of which textile the<br />
drop was applied to. It was also found<br />
that, when the blood had wicked into<br />
the yarns within the fabric, it may be<br />
difficult to transfer the stain to another<br />
textile. The time allowed for transfer<br />
could be as short as two minutes, thus<br />
potentially placing the person at the<br />
scene.<br />
Biography<br />
Prof. Michielsen comes to us from the world acclaimed<br />
College of Textiles at North Carolina State<br />
University where his research group specializes in<br />
the interaction of liquids with textiles. His research<br />
has been supported with grants in excess of US$<br />
6M by industry, the states of Georgia and North<br />
Carolina, and the US Departments of Defense,<br />
Commerce and Justice. Recently, he has received<br />
over US$ 700k from the National Institutes of Justice<br />
for BPA on textiles.<br />
Dr. Michielsen received his Ph.D. in Chemistry from<br />
the University of Chicago in 1979. He then went to<br />
Stanford University as a Post-Doctoral Fellow. In<br />
1980, he joined the DuPont company where he<br />
spent 15 years in research in their Polymer and<br />
Fiber departments. In 1995 he moved to the Georgia<br />
Institute of Technology in the School of Textile<br />
and Fiber Engineering. He joined the faculty in the<br />
College of Textiles at North Carolina State University<br />
in 2004, where he is currently a Professor in the<br />
Department of Textile Engineering, Chemistry and<br />
Science. He has more than 50 publications including<br />
four book chapters. He has presented his BPA<br />
results at Environmental Research Center in Christchurch,<br />
New Zealand, to the IABPA in San Diego,<br />
CA, to the World Forensic Festival in S. Korea (Rep.<br />
of Korea), at Donghua University in Shanghai, and<br />
at Jiangnan University in Wuxi, P.R. China.<br />
His research concentrates on surface modification<br />
of textiles and their interactions with liquids, as well<br />
as advanced characterizations of textile fibers using<br />
FTIR and Raman spectroscopy, X-ray Photoelectron<br />
Spectroscopy (XPS), optical and electron microscopy,<br />
and thermal analysis. He currently teaches<br />
courses on "introduction to textiles" (entry level<br />
course), knitting (mid-level, university course), and<br />
the properties of fiber forming polymers (Ph.D.<br />
level materials science course).<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Syntetic blood subsitutes<br />
Andrew Vreugdenhil ‐ Trent University<br />
Abstract<br />
This talk focuses on looking at BPA<br />
through the eyes of a materials scientist.<br />
Blood has many material properties<br />
that can be reproduced by stable artificial<br />
fluids. This plays an important role<br />
in synthetic blood substitute (SBS) design<br />
and fabrication. The listeners will<br />
be taken through a descriptive discussion<br />
on identifying key design features<br />
of an ideal SBS, including everything<br />
from longevity to matching key chemical<br />
and physical behaviours of blood.<br />
Our research group uses silicon colloid<br />
chemistry to develop potential SBS candidates.<br />
These candidate materials are<br />
aqueous, room temperature, non-toxic<br />
and stable colloidal solutions. They can<br />
be made to incorporate chemical functionality<br />
for emulating the behaviour of<br />
blood to simulate forensic imaging and<br />
biological analysis. There are many<br />
ways to assess the performance of<br />
these SBSs in comparison to blood, in<br />
this talk, we focus on demonstrating<br />
SBS performance during impact simulation<br />
using high-speed video analysis.<br />
Biography<br />
Andrew Vreugdenhil currently is Director of the<br />
Trent Materials Science graduate program and<br />
the associated Centre for Materials Research at<br />
Trent University in Peterborough, Ontario, Canada.<br />
The Materials Science graduate program<br />
specializes in the chemistry and physics of materials<br />
to provide students with a broad physical<br />
science understanding of modern materials<br />
and their behaviour. Prof. Vreugdenhil holds a<br />
Ph.D. in inorganic materials chemistry and is an<br />
Associate Professor in the Trent University<br />
Chemistry Department. His research program is<br />
focused on the synthesis and characterization<br />
of colloidal silicon hybrids. These colloidal materials<br />
provide flexible, convenient, water-borne<br />
chemistry appropriate for a wide range of applications.<br />
These include formulation of environmentally<br />
friendly crosslinked sol-gel coatings<br />
systems, room temperature surface modification<br />
and tailorable, stable and pathogen-free<br />
synthetic blood substitutes for forensic research<br />
and crime scene reconstruction.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Forensic validation of alternative formulation<br />
of luminol<br />
Gianmario Martra ‐ Univeristy of Turin<br />
Abstract<br />
As a consequence of a serendipitous observation<br />
occurred when some of us were acting<br />
as scientific consultants in a court case,<br />
a study of the effect on the Luminol test of<br />
the dosage of inorganic nanoparticles (NP),<br />
both oxidic and saline in nature, on surfaces<br />
supposed to retain latent blood stains was<br />
undertaken. Almost independently on the<br />
nature of NP, a significant increase and duration<br />
of the Luminol chemiluminescence<br />
was obtained. In particular, the light emission<br />
lasted even for minutes instead of seconds,<br />
the typical duration obtained with the<br />
best commercial product, Bluestar® Forensic,<br />
overcoming the main drawback of the<br />
Luminol test. On one hand, FT-IR investigations<br />
indicated that the observed behavior is<br />
not a consequence of some interaction of the<br />
catalytic sites (Fe3+ ions in heme groups in<br />
hematin) with the surface of the nanoparticles.<br />
On the other hand, the analysis of the<br />
kinetic of the chemiluminescent decay revealed<br />
that it stems from a decrease of the<br />
mass transfer rate of Luminol molecules in<br />
the liquid phase sprayed on inspected surfaces<br />
towards the catalytic sites, because of<br />
the presence of a percolation layer formed<br />
by pre-dosed NP. The absence of any interference<br />
of NP in recovering DNA from the so<br />
revealed blood stains and the significant<br />
decrease in the occurrence of false positives<br />
allowed for a successful patenting of a new<br />
kit and method for the exploitation of the<br />
Luminol chemiluminescence on crime<br />
scenes.<br />
Biography<br />
-Born in Torino (Italy), 17th April 1966.<br />
-1989: Graduation in Industrial Chemistry (magna cum<br />
laude) at the University of Torino<br />
-1994: PhD in Chemical Sciences<br />
-1995: Researcher at the Faculty of Science of the<br />
Torino University<br />
-1995-1996: post-doc at the University Paris VI<br />
-1998: Senior Reseacher at the Faculty of Science of<br />
the Torino University<br />
-2001: Associated Professor of Physical Chemistry at<br />
the Faculty of Science of the Torino University<br />
-January-March 2000 and 2002: invited scientist at the<br />
Meisei University of Tokyo and Osaka Prefecture University,<br />
2003-2009 : President of the Master Course in Industrial<br />
Biotechnology of the Torino University<br />
2010-present: President of the Master Course in Clinical<br />
Forensic and Sport Chemistry of the Torino University<br />
Prof. Martra lectures Electron Microscopy and Electronic<br />
Spectroscopies for the Second Level Degree Course in<br />
Clinical, Forensic and Sport Chemistry, Structural Methods<br />
for the Degree Course in Biotechnology, Nanobiotecnology<br />
for the the Second Level Degree Course in<br />
Industrial Biotechnology and Physical Chemistry for the<br />
Second Level Degree Course in Molecular Biotechnology.<br />
During his research activity he has been the tutor of<br />
14 PhD Thesis.<br />
The research activity of Prof. Martra is devoted to the<br />
study of nature, structure and reactivity of surface<br />
centres of materials with a high specific surface area,<br />
typically nanosized and nanostructured materials. The<br />
investigations have an experimental character, and are<br />
based on the use of optical spectroscopies (vibrational<br />
and electronic, in absorption and emission) and electron<br />
microscopy (both in the transmission and scanning<br />
modes). For his expertise in spectroscopy, he has been<br />
invited to co-author 2 reviews and 2 book chapters.The<br />
results of such activity of Prof. Martra have been reported<br />
in ca. 200 papers published in international<br />
Journals with referees, which received more than 4900<br />
citations (h-index: 38). He is also co-inventor of 5<br />
deposited patents.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Research studies on DNA and<br />
presumptive test interaction.<br />
Alessio Ferrara – Carabinieri RIS Parma<br />
Abstract<br />
Our aim is to evaluate a new possible<br />
approach to the analysis of crime<br />
scenes with a lot of blood traces. Combur<br />
Test® is one of the most used presumptive<br />
test for the first screening of<br />
blood sample in crime scene based on<br />
the 3,3’,5,5’-tetramethylbenzidine reaction.<br />
For this reason we evaluated the<br />
inhibition in the extraction of DNA due<br />
to 3,3’,5,5’-tetramethylbenzidine. We<br />
used our validated internal method that<br />
is an automated process based on Qiagen<br />
magnetic bead chemistry. Five<br />
different dilutions of blood from 1:5 to<br />
1:80 were spotted on denim and then<br />
processed. All the bloodstains spotted<br />
were firstly swabbed with Copan®<br />
swabs and then with Combur Test®<br />
strip for a comparison. We obtained an<br />
high ratio of full profile from the DNA<br />
extracted from both sampling methods.<br />
We also observed an increased level of<br />
stochastic events in blood traces with<br />
high dilutions. Analysis of crime scenes<br />
could be difficult in testing and collecting<br />
bloodstain when we have to face<br />
very small traces. In particular, when<br />
we have to manage a crime scene reconstruction<br />
using bloodstain pattern<br />
analysis. In this case results that could<br />
be useful to collect and analyzed the<br />
Combur Test® strip instead to collect<br />
the entire evidence.<br />
Biography<br />
Alessio Ferrara was born on 16th August 1980<br />
in Turin, Italy. At the age of 25, he graduated<br />
in biology bachelor, then he started his career<br />
in the Military Italian Navy. In November 2007<br />
he switched to Carabinieri Corp with the rank of<br />
agent. In August 2009 he graduated in forensic<br />
bachelor and became warrant officer. From<br />
September 2009 to October 2011 he worked as<br />
patrol warrant officer. In October 2011 he was<br />
employed as biologist forensic laboratory analyst<br />
in the Carabinieri Corp Forensic Department<br />
of Parma where he is actually working<br />
and daily deals with many casework, for the<br />
biology aspect, from burglaries to homicides<br />
and several crime scene reconstruction/BPA;<br />
meanwhile he passed the State exam for the<br />
biologist profession and profitably attended the<br />
workshop of Bloodstain Pattern Analysis on<br />
march 2013 at the Miami – Dade Public and<br />
Safety Training Institute and the course of<br />
Bloodstain Pattern Analysis II on April 2014 at<br />
the Louisiana State Police Public Safety Institute.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
50 shades of red:blood stain age estimation<br />
using hyperspectral imaging<br />
Gerda Edelman ‐ NFI<br />
Abstract<br />
The red appearance of blood is due to<br />
the absorption properties of oxygenated<br />
hemoglobin. After blood leaves the body<br />
circulation, its color changes from bright<br />
red to dark brown. When measured<br />
quantitatively using hyperspectral imaging,<br />
this color change can be used to<br />
estimate the age of blood stains. By<br />
analysing the reflectance spectra of<br />
blood stains, we are able to determine<br />
the concentration change of oxyhemoglobin,<br />
methemoglobin and hemichrome<br />
- all reaction products of hemoglobin.<br />
The relative amount of these hemoglobin<br />
derivatives can in turn be used to<br />
calculate the age blood, without destroying<br />
or even touching the stain. We<br />
evaluated this method in the laboratory<br />
and studied the influence of environmental<br />
circumstances, human variability<br />
and colored substrates on the results.<br />
Recently, a new custom-made hyperspectral<br />
camera was developed to perform<br />
measurements at the crime scene.<br />
This camera will be demonstrated in a<br />
workshop. The theoretical background<br />
will be explained in this talk.<br />
Biography<br />
Gerda Edelman is a scientist specialized in forensic<br />
applications of hyperspectral imaging.<br />
She was part of a research group at the Academic<br />
Medical Center (AMC) in Amsterdam who<br />
developed a method for the age estimation of<br />
blood stains using hyperspectral imaging. In<br />
2014, she successfully defended her PhD research<br />
on the spectral analysis of blood stains<br />
at the crime scene. Gerda Edelman is currently<br />
employed as a researcher within the Mobile<br />
Forensic Team of the Netherlands Forensic Institute<br />
(NFI). Her role is to improve existing,<br />
and develop new, innovative techniques to be<br />
used by her crime scene investigation colleagues<br />
in the field. Together with the AMC,<br />
she is currently validating the technique for<br />
bloodstain age estimation to make it applicable<br />
in forensic casework<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
A new innovative tool for blood stain and<br />
spatter search and analysis<br />
Norbert Jaufmann ‐ Aestor Forensics<br />
Abstract<br />
Some of the established chemicals for<br />
detection and visualisation of blood emit<br />
rather weak chemo-luminescence or<br />
fluorescence.<br />
In order to see or analyse the blood<br />
stains or blood spatter, the crime scene<br />
has to be almost fully darkened. Sometimes<br />
this is difficult, sometimes impossible.<br />
In cooperation with the Institute of Legal<br />
Medicine at Ludwig-Maximilian-<br />
University Munich, Germany, Attestor<br />
Forensics designed SCENEview BV800,<br />
a novel approach to enhance the visibility<br />
of fine blood stains or spray, using a<br />
high grade residual light amplifier.<br />
Trimmed exactly to the wavelength of<br />
the application, the light emission can<br />
be enhanced up to a factor of x70,000.<br />
With SCENEview BV800 the luminescence<br />
can be seen long time before the<br />
human eye would be able to detect<br />
anything, resulting in the capability to<br />
work in not entirely darkened crime<br />
scenes and reducing the amount of<br />
chemical used substantially.<br />
Biography<br />
Norbert achieved a German SCE degree (State<br />
Certified Engineer) in Data Electronics and<br />
holds an MBA (Master of Business Administration)<br />
in Management from a UK university.<br />
His initial work as a product manager and technology<br />
trainer for a leading German manufacturer.<br />
After almost 8 years in this position, Norbert<br />
moved on to a German company, specializing<br />
in high performance signal processing. In 1998,<br />
Norbert joined a UK based leading manufacturer<br />
of forensic science equipment and was appointed<br />
Director European Operations at their<br />
German based subsidiary in 2000.<br />
Norbert has carried out many hands-on customer<br />
trainings and seminars worldwide across<br />
a wide range of forensic products.<br />
In 2007 together with two colleagues he founded<br />
the German based Attestor Forensics, which<br />
besides acting as the exclusive sales and service<br />
organization for Foster+Freeman products<br />
in four countries in Europe also designs and<br />
manufactures own forensic products<br />
which are in use worldwide.<br />
60
The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Decision map for bloodstain<br />
pattern recognition<br />
Philippe Esperança ‐ BPA expert ‐ France<br />
Abstract<br />
The first step of the Bloodstain pattern<br />
Analysis is the recognition of the pattern<br />
studied. Following the Joe Slemko<br />
definition, the identification is through<br />
the examination of the shapes, locations<br />
and distribution patterns of bloodstains.<br />
These kind of information and goal of<br />
identification reminded me my first academic<br />
studies: Entomology.<br />
For Insect as well as for all animals and<br />
plants, exists key of identification or<br />
map decision allowing their user to<br />
identify the insect, animal or plant that<br />
he studies. So why not doing the same<br />
for the Bloodstain Patterns!!<br />
I needed 7 years to finish my process of<br />
identification using a map decision that<br />
I am ready now to present you.<br />
Using this tool of the Bloodstain Pattern<br />
Recognition, the French ISO board allowed<br />
me to present my total process of<br />
Bloodstain Pattern Analysis for the ISO<br />
17020 Accreditation.<br />
But this process is another lecture presented<br />
during this same IABPA congress.<br />
Biography<br />
Philippe Esperança started his career in Forensic<br />
Sciences in 1990 being the scientific support<br />
for the creation of the Forensic Entomology<br />
Department of the French Gendarmerie Forensic<br />
Institute.<br />
The same Institute asked Philippe to create a<br />
Bloodstain Pattern Analysis Service in 1999.<br />
The discovery of this discipline over selfconducted<br />
practices and trainings in Canada<br />
was a great time to Philippe. In the same time,<br />
he obtained a General Forensic MS He developed<br />
the French BPA procedures and he has<br />
educated the French Gendarmerie Criminal<br />
Scene Investigators about BPA until he left the<br />
French Gendarmerie in 2008.<br />
His first BPA expertise was in 1999 with a<br />
butchering and just after with a triple homicide.<br />
He contributed to the development of the<br />
Bluestar chemical product in 2000-2001.<br />
He became the first qualified BPA expert for the<br />
French criminal court in 2002 with the murder<br />
of a juge in the Reunion Island. Now, he is<br />
Bloodstain Pattern Expert for the Supreme<br />
Court of France and for the International Criminal<br />
Court.<br />
He has also been appointed as a Bloodstain<br />
Pattern Expert for cases outside France<br />
(Belgium, US, Morocco).<br />
He gives lectures in front of many different<br />
people like judges, CIS, detectives, medical<br />
examiners and university students.<br />
Since this year he develop his own company for<br />
forensic and BPA expertises for magistrates,<br />
training for police academies and Research &<br />
Development.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Laser Scanner Technology<br />
Ivan Macella ‐ Faro Company & Forensiceye<br />
Abstract<br />
In this presentation, we will describe<br />
the advantages of working with the late<br />
hardware and software technologies<br />
available.<br />
Basic crime scene documentation requires<br />
highly detailed accounts of evidence<br />
at the scene; however, it can be<br />
a challenge for investigators and technicians<br />
to document everything given the<br />
short window of collection time and the<br />
sensitivity of the evidence. The following<br />
presentation discusses how CAM2<br />
FOCUS 3D Laser Scanner supplied by<br />
ME.S.A. srl is utilized to document crime<br />
scenes in a more comprehensive manner<br />
compared to traditional tools if used<br />
with a dedicated and advanced 3D CSI<br />
Faro software.<br />
Biography<br />
Ivan Macella is a full Accreditated expert as a<br />
Traffic Accident Reconstructionist<br />
To ACTAR .<br />
He is qualified as an Expert in the area of Accident<br />
Reconstruction and Forensic Mapping in all<br />
the Italian Courts.<br />
He also work in reconstruction,Crime Scene 3D<br />
Reconstruction, Forensic Animation also for the<br />
Prosecutor’s Office all over Italy.<br />
He is a Certified Instructor – ARAS 360 Inc.<br />
Forensic 3D Drawing and Animation software.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
HemoVision: an automated and virtual<br />
approach to BPA<br />
Philip Joris ‐ University Hospitals KUL ‐ UZ Leuven<br />
Abstract<br />
Traditional Bloodstain Pattern Analysis,<br />
referred to as stringing, starts by estimating<br />
individual impact angles through ellipse<br />
fitting, after which a piece of string is used<br />
to visualise the stain’s flight path. An estimated<br />
area of origin can then be obtained<br />
by analysing the convergence of these<br />
strings. This approach has been successfully<br />
used, but is clearly a tedious and time<br />
-consuming process requiring skill and<br />
expertise. Software packages such as<br />
HemoSpat and BackTrack use digital images<br />
and intuitive software in order to facilitate<br />
this process. Several advantages are<br />
apparent, though substantial user input is<br />
still required. We have therefore proposed<br />
and developed a new approach, using<br />
computer vision techniques to remove<br />
most manual work. Fiducial markers are<br />
placed in and around a spatter pattern,<br />
after which the pattern is photographed.<br />
Close-up images provide sufficient resolution<br />
for accurate stain analysis, which is<br />
achieved by using an Active Bloodstain<br />
Shape Model. The placed markers are then<br />
used to automatically reconstruct a single<br />
coordinate frame from all images. In this<br />
reconstructed coordinate frame, flight path<br />
analysis can be performed using traditional<br />
(manual) methods, or existing software.<br />
By using the proposed marker-based system,<br />
most of the manual work is removed<br />
from the process of BPA. We believe that,<br />
due to its fast and objective nature, the<br />
proposed pipeline may be a valuable update<br />
to automated Bloodstain Pattern<br />
Analysis.<br />
Biography<br />
Philip Joris was born on February 18th, 1990 in<br />
Belgium. In 2012, he obtained his master’s<br />
degree in Applied Engineering in Antwerp. He<br />
moved to Leuven, where one year later, he<br />
obtained his master’s degree in Artificial Intelligence.<br />
From 2013 up until now, Philip has been<br />
pursuing a Ph.D. in computer science at the KU<br />
Leuven, in co-operation with the University<br />
Hospital. His research is focused on the automated<br />
detection of anomalies in medical images,<br />
with an application to virtual autopsies.<br />
Additionally, he has been working together with<br />
the forensics department of Leuven to develop<br />
and implement bloodstain pattern analysis software,<br />
aimed at automating the process of BPA.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Advances in computer software.<br />
Documenting and analyzing spatter stain<br />
groups with HemoSpat<br />
Gordon L.M. Lefebvre ‐ VP IABPA ‐ Region IV<br />
Abstract<br />
Violent bloodletting crimes often result<br />
in the presence of impact bloodstain<br />
patterns on walls and other surfaces<br />
found within the crime scene. These<br />
patterns may be fully developed and<br />
clearly identifiable, other times they<br />
may be subtle and not easily detected.<br />
The collection of sufficient spatter stains<br />
can be critical to an accurate analysis.<br />
The bloodstain pattern analyst is faced<br />
with many challenges relating to the<br />
documentation of spatter stains within<br />
the crime scene. Subsequent analysis of<br />
the spatter stains provide significant<br />
information regarding the location of<br />
the blood source at the time blows were<br />
struck. Advances in digital imaging and<br />
bloodstain computer analysis software<br />
have provided powerful tools in area of<br />
origin determinations. These advances<br />
can assist in more complete analysis as<br />
well as reduce time extended in the<br />
scene determining which stains to document<br />
and collect. These advances can<br />
also provide methods which could be<br />
used by trained forensic personnel to<br />
effectively document and collect spatter<br />
stains for subsequent off-scene analysis<br />
by a bloodstain pattern analyst who is<br />
unavailable for scene attendance.<br />
Biography<br />
30 years’ policing service with the Ontario Provincial<br />
Police currently holds the rank of Staff<br />
Sergeant.<br />
Has held various roles during policing career,<br />
beginning with providing general law enforcement<br />
duties as a uniform police officer from<br />
19984-1994. These duties consisted of investigations<br />
and enforcement of provincial and federal<br />
laws, as well as specialized traffic enforcement<br />
and technical collision investigation.<br />
Entered forensic identification services (FIS) in<br />
1994 and has moved from rank of constable to<br />
Staff Sergeant within the FIS program.<br />
Currently Regional Manager – East Region Forensic<br />
Identification Services, oversees operation<br />
and management of 3 FIS Units, also responsible<br />
as the Program manager of the OPP<br />
Bloodstain Pattern Analysis program, the OPP<br />
Friction Ridge program, and is Chair of the OPP<br />
FIS Standard Operating committee.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Influence of impact velocity, fluid depth and<br />
free space on the crown growth of the impact<br />
mechanism and its implications for BPA<br />
Theresa Stotesbury ‐ Trent University<br />
Abstract<br />
We have all come to know and love the<br />
impact pattern at one point or another<br />
in our BPA careers. Our research looks<br />
at the basic dynamics of the impact<br />
mechanism before the blood creates the<br />
static patterns that are routinely processed<br />
at crime scenes. We use highspeed<br />
videos of an impact to investigate<br />
the influence of impact velocity, fluid<br />
depth and free-space on the characteristics<br />
of the mechanism itself. Our work<br />
primarily focuses on the changes in<br />
crown growth for both blood and water<br />
time. This presentation will cover our<br />
observed qualitative and quantitative<br />
comparisons in crown shape and size<br />
under a range of impact conditions. We<br />
demonstrate that the point of maximum<br />
crown size is where most of the droplets<br />
form. This is different from what is traditionally<br />
defined as the point of origin.<br />
Our findings from this study provide an<br />
experimental explanation for the oftenreported<br />
underestimates in CPx and<br />
overestimates in CPz in area of origin<br />
estimation studies.<br />
Biography<br />
Theresa Stotesbury is a Ph.D. candidate in the<br />
Materials Science program at Trent University<br />
in Peterborough, Ontario, Canada. Her project<br />
aims to use silicon colloid chemistry to create<br />
safe and artificial blood substitutes that can be<br />
used for crime scene reconstruction and BPA<br />
research. She is the recipient of the prestigious<br />
Vanier Scholarship held by doctoral students<br />
attending Canadian universities. Previous to<br />
embarking on her Ph.D. at Trent, Theresa completed<br />
her M.Sc. in Forensic Science at the<br />
University of Auckland in New Zealand and is<br />
also a B.Sc.F.S. graduate from Trent.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Implementing probabilistic approaches and<br />
Bloodstain Pattern Simulation [with<br />
Francesco Camana ‐ Italian State Police<br />
Abstract<br />
Biography<br />
A general overview of the importance of<br />
the statistical and probabilistic approaches<br />
in BPA is presented. In particular<br />
we show examples of application of<br />
the probabilistic method for the calculation<br />
of the area of convergence of projected<br />
blood drops, realized with AnTra-<br />
GoS, the BPA software of Italian National<br />
Police.<br />
Moreover we describe a possible procedure<br />
to estimate the height of origin of<br />
projections, based on a combined analysis<br />
of the single drop trajectories. We<br />
finally present the usefulness of Bloodstain<br />
Pattern Simulation (BPS) as a tool<br />
for reproducing the statistical characters<br />
of the blood patterns and for validating<br />
the results of the determination of the<br />
area of origin.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Calculating the coordinates of the area of convergence<br />
by using high school mathematics<br />
Ludo Verbeek ‐ Dutch Naonal Police<br />
Abstract<br />
In 2011 an impact pattern was found on<br />
uneven and sloping walls on a homicide<br />
scene. Unfortunately the current methods<br />
are not suitable on uneven and<br />
sloping walls. The last few years I have<br />
developed a model, which allows for the<br />
calculation of the coordinates of the<br />
area of convergence, which could potentially<br />
solve this gap. In this new<br />
model the area of convergence is calculated<br />
by using the distance between<br />
multiple bloodstains and the angles<br />
between the lines through the long axis<br />
of the bloodstains. By combining the<br />
coordinates with the angle of impact of<br />
the bloodstain, investigators are now<br />
able to calculate the coordinates of the<br />
area of origin. If you measure the angle<br />
between the line through the long axis<br />
of the bloodstain and the plum line, it is<br />
possible to calculate the coordinates of<br />
the selected bloodstains. The calculated<br />
coordinates can be used to calculate the<br />
coordinates of the intersection of lines<br />
through the long axis of the bloodstain.<br />
Biography<br />
Ludo Verbeek (1978) has a Bachelor degree in<br />
Human Kinetic Technology from the The Hague<br />
University of applies sciences. Ludo Verbeek is<br />
a senior forensic investigator, crime scene coordinator<br />
and bloodstain pattern analyst for the<br />
forensics department of the Dutch National<br />
Police, unit The Hague. In 2007 Ludo started<br />
working as a Senior Forensic Investigator, during<br />
his training as a Senior Forensic Investigator<br />
he developed an interest in Bloodstain pattern<br />
analysis. In 2011 he attended a bloodstain<br />
analysis course at Loci Forensics. During the<br />
last four year Ludo has preformed multiple<br />
bloodstain pattern analysis.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Impact velocity of blood droplets for crime<br />
scene reconstruction<br />
Nick Laan ‐ University of Amsterdam<br />
Abstract<br />
Within Bloodstain Pattern Analysis, forensic<br />
experts commonly use the stringing<br />
method, based on a straight line<br />
approximation of the blood droplet trajectories<br />
to determine where the source<br />
of a bloodstain pattern was. However,<br />
by ignoring gravity, errors as large as<br />
45 cm may arise when inferring the 3Dlocation<br />
of the wound. Accordingly, it is<br />
impossible to discern, e.g., between a<br />
standing or sitting position of the victim.<br />
To reconstruct the trajectories correctly,<br />
the impact velocity of the droplets<br />
needs to be determined. We show<br />
how this can be done directly from the<br />
shape and volume of dried bloodstains.<br />
By using advanced fluid dynamics based<br />
on a balance of inertial, viscous and<br />
capillary forces, we are able to determine<br />
the impact velocity of the bloodstains.<br />
In this way, we are able to determine<br />
the curved trajectory by taking<br />
gravity into account. With a proof-ofprinciple<br />
experiment we show that our<br />
method reduces the uncertainty in the<br />
reconstructed height of the origin of the<br />
bloodstains significantly, making it possible<br />
to determine the position of, e.g.,<br />
a victim much more accurately.<br />
Biography<br />
In 2008 Nick Laan obtained his Bachelor of<br />
Science in Physics at the Vrije Universiteit (VU)<br />
in Amsterdam. Nick obtained his Master of Science<br />
at the University of Amsterdam in 2011.<br />
During his Masters he did a project on the Academic<br />
Medical Centre (AMC) of Amsterdam<br />
under supervision of Dr. M.C.G. Aalders and Dr.<br />
R.H. Bremmer of which the work has been published.<br />
His Master thesis was a collaborative<br />
project with the AMC and the Netherlands Forensic<br />
Institute (NFI). In this project, the use of<br />
Optical Coherence Tomography in volume determination<br />
of a blood drop was investigated.<br />
The project was done under supervision of Dr.<br />
M.C.G. Aalders and Dr. K.G. de Bruin.<br />
After finishing his Master, Nick started his PhD<br />
at the University of Amsterdam under the supervision<br />
of Dr. K.G. de Bruin and Prof. Dr. D.<br />
Bonn. As part of the Soft Matter group from the<br />
Institute of Physics (IoP), Nick incorporates<br />
fluid dynamics with Bloodstain Pattern Analysis<br />
(BPA). The subject of his PhD is to investigate<br />
whether the velocity of a blood drop can be<br />
determined from a dried bloodstain to improve<br />
BPA methodologies which are used on crimes<br />
scenes. In 2012, Nick received the Best Poster<br />
Award at the European Academy of Forensic<br />
Science, for his novel work in combining fluid<br />
dynamics with BPA.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Human blood detection dog.<br />
Vincenzo Scavongelli ‐ HBDD ITALY<br />
Abstract<br />
The research project Human Blood Detection<br />
Dog was born in 2007 by Micheli Giacomo and<br />
Scavongelli Vincenzo in order to support the<br />
activities of forensic investigation in the<br />
search for traces of human blood latent, and<br />
not, and human remains, through the use of<br />
specifically trained canine units. The ultimate<br />
purpose is to implement the existing protocols<br />
of intervention experimenting new methods<br />
and strategies through interdisciplinary and<br />
multinational yearly simulation and through<br />
targeted scientific studies, thus promoting<br />
coordination and synergy of partnership between<br />
the various scientific fields, canine<br />
trainings and technology involved. Specifically,<br />
two studies were performed: the scientific<br />
validation of two of the four canine subjects<br />
employed and the comparison of detection<br />
capability of the same, including the two nonvalidated,<br />
with the presumptive tests used in<br />
forensic analysis of blood traces. In order to<br />
be able to assess in an objectively reliable<br />
performance, the animal subjects used were<br />
considered as detection tools, performing the<br />
tests in at least two different dates, in outdoor<br />
or indoor location and in sterile conditions<br />
or reproduction of actual scenarios of<br />
intervention depending on the operating context.<br />
In consequence of the results obtained it<br />
can be said that the combined use of specifically<br />
trained canine units and forensic presumptive<br />
tests significantly increase the probability<br />
of detection of traces of human blood;<br />
in the first place for the complementarity of<br />
signaling / positive results issued by the two<br />
groups of tools, for the discrete reliability<br />
found in both of them and then to the high<br />
learning ability of animal subjects and of the<br />
easy and rapid use of forensic presumptive<br />
tests.<br />
Biography<br />
Since the born of the project, handler of his<br />
two specific-trained dogs for the search of human<br />
blood and human remains, Scavongelli<br />
Vincenzo is involved in the development of<br />
technologies and methodologies to facilitate the<br />
planning and conduction of the researches and<br />
he's also trainer for technical collaborators. He<br />
has actively participated in national/international<br />
conventions and conferences,<br />
like the Second International Conference<br />
on Engineering Geophysics (Al Ain, United Arab<br />
Emirates) on November 25, 2013, regarding a<br />
study where are combined geophysical methods<br />
with the use of dogs for the detection of<br />
corpse entitled "Search Missing Persons: A multidisciplinary<br />
Analysis".<br />
Along with Mr. Micheli, they organize, from<br />
2012 yearly multinational and multidisciplinary<br />
cross-training operations for the search of<br />
missing persons deemed alive, deceased or<br />
injured and related events connected. In 2009-<br />
2010 he contributed along with Mr. Micheli to<br />
graduation thesis named "Analysis and evaluation<br />
for test results for scientific validation for<br />
the search with dogs of human blood traces<br />
(Dr. Trivella S.)” and in 2014 to graduation<br />
thesis named "Olfactive sensibility study for the<br />
use of canine units for the search of human<br />
blood traces (Dr. Cossu S.)”.<br />
In the meanwhile he is working together with<br />
his staff to some works that could be improve<br />
to understand the destruction and the dispersion<br />
of human remains by the wildlife as well as<br />
the study on the application of the deficit by<br />
dehydration to facilitate the search for a missing<br />
person.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Drone activities on the crime scenes<br />
Tullio Iaria ‐ Fabbrica dei Droni<br />
Abstract<br />
Often when working on a crime scene,<br />
even taking all the necessary precautions,<br />
you are likely to pollute or not to<br />
find everything you look for.<br />
Our intervention wants to exert the<br />
potential use of new robotic technologies<br />
in the search for traces of blood in<br />
open areas and confined spaces, preserving<br />
the scene and allowing a more<br />
accurate collection of data.<br />
Biography<br />
Tullio Iaria, born in Reggio di Calabria<br />
14.10.1977.<br />
Graduate in Law at Camerino.<br />
Master in computer crime at University Mediterraneo<br />
.<br />
Post graduate c/o CASD “ Centro Alti Studi<br />
Difesa” Military Legal Advisor<br />
CEO of Fabbrica Italiana Droni.<br />
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The 5 th European<br />
Internaonal Associaon<br />
of Bloodstain Paern Analysts<br />
(IABPA) Conference<br />
Rome 2015<br />
Acknoledgements<br />
We would like to thank the IABPA for giving Raggruppamento Carabinieri<br />
Scientific Investigation Services the opportunity to host the 5 th European<br />
IABPA Conference in Rome, in particular Pat Laturnus President of IABPA.<br />
We would also like to thank our colleagues and the other organizations<br />
who have supported as and made this conference possible.<br />
The Carabinieri Corps.<br />
The Municipality of Roma Capitale.<br />
The Vatican Gendarmerie.<br />
Lgt. Francesco Cominetti.<br />
The Biology Unit Of Ra.C.I.S.<br />
The Promega Corporation.<br />
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photo by Francesco Cominetti
The 5th European IABPA Conference is<br />
sponsored by