Blood Spatter Interpretation

Have you ever wondered how investigators figure out who the criminal is in the investigations? Is it luck or is it science? Forensic Science is the use of scientific principals to analyze information connected to a crime and who committed it. One type of forensics is autopsies. In the Rage and Bone Shop by Robert Cormier, investigators did some analysis of the crime scene, but should have used other forms of forensic science to solve the crime. The use of forensics in the novel hindered the investigation.

Physical evidence left behind at a crime scene plays a crucial role in reconstructing the events that took place involving the crime. Bloodstain pattern analysis (BPA) is a discipline which utilizes the sciences of biology, physics, and mathematics. Bloodstain interpretation may be accomplished by direct scene evaluation and/or careful study of scene photographs in conjunction with detailed examination of clothing, weapons, and other objects regarded as physical evidence. The location, spreading, and appearance of bloodstains and spatters can be useful for interpreting and reconstructing the events that produced the bleeding. An investigator or bloodstain pattern analyst can decipher from individual bloodstains the direction and angle

The world of Forensic Scientist is an amazing and fascinating place. There are so many aspects that go into forensic science but in this paper we are only covering bloodstain spatter patterns. Bloodstain spatter patterns are not solely used to solve crimes but I do feel it is one of the most important. Bloodstains never lie.

All these elements are important in uncovering the truth behind a crime scene, and in a controlled environment seem simple. Implementing these techniques in an actual situation is more difficult as crime scenes are all unique. A multitude of elements need to be considered before forming an opinion from blood spatter. Spot size, quantity, shape, distribution, location, AOI, and target surface are only a few of these elements. As with other types of forensic science negative evidence can be used in BPI.

Blood spatter analysts are a crucial part of a homicide investigation. They examine the blood stains left behind at a crime scene with the help of criminal investigators. They try to find a pattern or trail with the blood to figure out what happened at the crime scene. These blood patterns can show where the victim was hit, how they were hit, if they struggled, and what kind of weapon the killer used. They use many techniques to collect evidence that can be analyzed at the lab. Common techniques are measuring the diameter of the blood drop, measuring the spatter zone, and taking pictures. Many analysts try to act out the homicide scene to piece together the crime scene and figure out what happened. They also sketch out the scene to go along

he Blood Spatter Analyst (also known as "Bloodstain Pattern Analyst") uses many techniques to collect and analze blood that has been left behind at a crime scene. They uses swabs and ultraviolet light, as well as photgraphy to collect and analyze trace evidence and recreate spatters. After analyzation of the spatter, they can determine what weapon was used, which direction the suspect or victim went, the number of wounds the victim suffered, the trajectry of a projectile, and what occured during a violent crime.

How to Become a Blood Spatter Analyst: Career and Salary Information. (n.d.). Retrieved September 13, 2017, https://www.criminaljusticedegreeschools.com/criminal-justice-careers/blood-spatter-analyst/

Bloodstain pattern analysis (BPA), known in the criminal justice field as blood splatter analysis, has been studied since the 1890s. Blood splatter, or bloodstain pattern constructional readings, is a technique that seeks to piece together the incident that caused an individual’s bleeding. Understanding blood splatter on a wall or various surfaces can be instrumental in formulating if a crime was committed and if the blood discovered at the crime scene can be used as evidence. The first documentation of blood splatter research occurred at the Institute for Forensic Medicine in Poland, by Dr. Eduard Piotrowski . During Dr. Piotrowski’s research and documentation period, where he used live bunnies to research blood splatter from head

To become a Blood Spatter Analyst your essential components are math, physics, biology, chemistry, and environmental science. You are required to have a bachelor's degree in criminal justice or forensic science, but those candidates without bachelor’s degree must hold a associate’s degree and two years of job related experience. If you only have a high school diploma, then you are required to work for 4 years of job related experience such as criminalist, crime scene investigator, or homicide investigator. Applicants for certification must provide documentation that evidences the required amount of certification credits. It would take you 3 years of practice and 40 hours of training to become a blood spatter analyst. The salary range that

There are different types of patterns that blood splatter makes. It can be a drop, a messy splatter, to just a little pool of blood it all just depends on what caused it to happen. Forensics and law enforcement officers can determine what kind of object was used in a murder case based on the blood splatter pattern.

belonging and family, whereas in the outside world they were seen as enemies. As a result, it becomes apparent that minorities from different backgrounds face similar difficulties when trying to assimilate into the American culture. It is through these difficulties that they begin to develop feelings of loneliness, and what can potentially motivate them to go down a path of delinquency, as it is a lot easier than having to face the challenges of trying to adapt to a different culture.

Forensic science is a key aspect of Criminal Justice that helps rid the streets of lunatics and murderers. One of the most important fields of forensic science is blood spatter analysis. Under the Crime Scene Investigation, analysts gather the information that could eventually lead to a victim’s killer. Basic and complex information can be found when analyzing blood. We can learn what kind of weapon was used, the time of death of a victim and other important facts that can help a case. The pattern that the blood gives off give forensic scientists the tools that they need to help solve cases.

lood. Sticky, hot, messy, awful blood. For most of us, the sight of it turns the stomach, but in the court of law, blood can tell a lot more about a crime scene than you might think. Forensic bloodstain pattern analysis (BPA) is the interpretation of bloodstains for the purpose of reconstructing the events that took place in the case of violent crimes. Using the sciences of fluid dynamics and trigonometry, BPA examiners form opinions about what did or did not happen by examining elements of the stains such as the size, shape, distribution and location of the bloodstains. Following the analysis of the crime scene, BPA examiners then prepare to present often-critical evidence to a jury in the court of law. “In many cases including here in Australia BPA is essential and pivotal to the investigation” and can contribute greatly to the outcome of a criminal trial under South Australian law.

Blood splatter can verify the position of the people involved in the crime, as well as give clues on how people were injured or died. Mainly, blood splatter eliminates many possibilities. It can show injuries the victim had, what happened as they were dying, and the angle the crime happened at (McShane) To further add on, blood splatter produces “spines” when dropped. Scientists determined that counting the “spines” determine what height and speed the blood fell down at (Powell). This can prove invaluable in crime. Not only does the blood splatter eliminate

After doing their job in he crime scene, the evidence they took will be taken to the forensic scientist. Crime scene investigators will look at the photographs and connect their theories based on the crime that occurred. The forensic scientists will also examine the victim’s clothes, while the medical examiner will analyze the victim’s body for more clues and evidence that they may find and they will all be doing this in the crime lab. The things they may find could be hair, fiber, semen, blood, another person’s DNA, bruises and many more. After the forensic scientists