Foster + Freeman | https://fosterfreeman.com/tag/multi-spectral/ Improving the Quality of Forensic Evidence Thu, 25 Apr 2024 08:09:07 +0000 en-US hourly 1 https://wordpress.org/?v=6.5.4 https://fosterfreeman.com/wp-content/uploads/2022/08/cropped-Site-Icon-32x32.png Foster + Freeman | https://fosterfreeman.com/tag/multi-spectral/ 32 32 From the Oscars to Real-World Forensics: Navigating the Divide https://fosterfreeman.com/from-the-oscars-to-real-world-forensics/ https://fosterfreeman.com/from-the-oscars-to-real-world-forensics/#respond Fri, 15 Mar 2024 12:16:21 +0000 https://fosterfreeman.com/women-in-forensics-copy/ Forensic professionals are well acquainted with the phenomenon known as the "CSI effect," which refers to the inflated expectations that the public often has regarding forensic technology, largely influenced by depictions seen on television. In these shows, attractive crime scene examiners, often accompanied by glamorous assistants, appear to effortlessly uncover critical evidence within moments, frequently concluding cases within the span of a single episode.

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foster+freeman BLOG

From the Oscars to Real-World Forensics


Forensic professionals are well acquainted with the phenomenon known as the “CSI effect,” which refers to the inflated expectations that the public often has regarding forensic technology, largely influenced by depictions seen on television. In these shows, attractive crime scene examiners, often accompanied by glamorous assistants, appear to effortlessly uncover critical evidence within moments, frequently concluding cases within the span of a single episode.

However, as the allure of Hollywood’s portrayal fades, the harsh realities of forensic investigation become apparent. Crime scene examinations are typically slow and meticulous processes, where finding evidence can be challenging, and breakthroughs are hard-won. It’s rare for a single piece of evidence to lead to a conclusive resolution of an otherwise unsolvable case. While it’s true that some individuals involved in forensic science may possess striking appearances, the similarities between television portrayals and real-life practices largely end there.

Technological Limitations

At the crime scene, numerous physical and technological limitations come into play. Human vision has its boundaries, time is of the essence, and the available technology may not always meet the demands of the investigation. This is precisely where Foster+Freeman steps in. Rather than seeing limitations as roadblocks, we view them as opportunities for innovation.

Take, for instance, the development of light sources for crime scene investigations. Back in 1977, the Ontario Provincial Police in Canada received the first-ever forensic laser, emitting blue and green illumination that unveiled evidence previously invisible to the naked eye. Thirteen years later, the first mobile crime unit was introduced, equipped with a powerful laser system.

In 2002, foster+freeman saw portability in the forensic alternate light sources as a major limitation and therefore released the ground-breaking Crime-lite. This handheld, LCD-based light source revolutionized the field, offering unparalleled power in a compact, lightweight design. Suddenly, traditional light sources’ cumbersome, impractical nature became a thing of the past. With the Crime Light range, we shattered the confines of mobility, making powerful forensic illumination accessible in handheld devices. But innovation doesn’t stop there. Recent advancements in camera and processing technology have paved the way for a new era of crime scene investigation.

Enter the Crime-lite AUTO – the world’s first truly portable device combining crime light illumination from ultraviolet through visible into infrared wavelengths. Equipped with automatic filter selection and a high-quality 20-megapixel camera, this device transcends the limits of human vision, functionality, and portability.

By consolidating what would have previously required multiple cases of equipment into a single, user-friendly device, the Crime-lite AUTO represents a quantum leap forward in forensic investigation technology.

SOCO uses the Crime-lite AUTO

Further Limitations

One of the most noticeable differences between TV forensics and real-world investigations is the time frame in which cases are solved. On television, cases are often wrapped up neatly within a single episode, with evidence analysed and suspects apprehended in a matter of days or even hours. In reality, forensic investigations can take weeks, months, or even years to complete. Processing evidence, conducting thorough analyses, and following up on leads all contribute to a much longer timeline than what is portrayed on TV. Some cases go cold and may not be solved for years, for instance, Home Office data shows that only 5.7% of crimes reported resulted in a charge or summons from April 2022 to April 2023 – with 2.3 million crimes dropped without a single suspect being identified. Television shows often depict forensic laboratories as state-of-the-art facilities equipped with the latest technology and cutting-edge equipment. While real forensic labs certainly utilize advanced tools and techniques, they may not always have access to the same level of resources as their fictional counterparts. Additionally, the portrayal of certain technologies on TV can be exaggerated or misrepresented, leading to unrealistic expectations of what is possible in real-life forensic investigations.

In the realm of forensic science, television dramas often blur the lines between reality and fiction, especially concerning the role of forensic scientists. One common misconception perpetuated by these shows is the portrayal of forensic scientists as active participants in criminal investigations, akin to detectives. However, in reality, forensic scientists typically work behind the scenes in laboratory settings, meticulously analyzing evidence rather than actively interrogating suspects or making arrests. Their work involves applying scientific principles and methodologies to examine various types of evidence, ranging from DNA samples to ballistic residues, to uncover crucial details about a crime. While their contributions are invaluable to law enforcement agencies, their role is more akin to that of scientific experts, offering insights and findings crucial to the investigation process. They collaborate closely with law enforcement officers, providing them with the scientific evidence necessary to build a case and pursue justice. Understanding this important distinction is essential for viewers to appreciate the nuanced and collaborative nature of forensic investigations in real life, where the synergy between forensic science and law enforcement is fundamental to solving crimes and ensuring the integrity of the justice system.

How foster+freeman help reduce the impact of limitations

Time and Technology are the two most important limitations that Hollywood doesn’t address. Foster+freeman’s main aim is to help solve these limitations by being on the cutting edge of technology, pushing the boundaries and coming up with new ideas and revolutionary technology that helps detect more evidence, speed up evidence workflow and detect previously undetectable evidence.

For instance, there was a story that came out in December 2021, of a 38-year-old cold case in Del Ray Beach Florida that has been solved thanks to a piece of revolutionary technology from foster+freeman, RECOVER.

the tragic case of Carla Lowe remained unsolved for close to 40 years with detectives unable to move the case forward due to a lack of evidence. However, all that changed when a key piece of evidence, held in storage since 1983, was re-examined using RECOVER, a new fingerprint visualisation instrument.

Jointly developed by foster+freeman, the MoD Defence Science & Technology Laboratory (dstl), the Home Office Centre for Applied Science and Technology (CAST), and Loughborough University RECOVER LFT is a cutting-edge technique that uses an innovative chemical vapour fuming process to develop fingerprints on a range of difficult surfaces including those that have been exposed to extreme heat (discharged bullet casings, for example) and items that have been washed ‘clean’ in an attempt to prevent identification. RECOVER LFT can reveal fingerprints even after they have been physically removed from an object, and has been demonstrated to consistently outperform existing fingerprint development techniques across a range of ‘difficult’ surfaces.

The unique chemical vapour process by which RECOVER develops fingerprints has the potential to reveal fingermarks that would previously have been deemed impossible, making it of immense benefit to investigators seeking to reappraise cold case evidence. An entirely new process, the limits of the RECOVER LFT technique are still being explored. Ongoing tests are yet to discover an upper limit for the development of aged prints.


Conclusion

In the world of forensic investigation, the disparity between Hollywood’s portrayal and the real-life challenges faced by professionals is stark. While television often glamorizes and accelerates the process, the truth is far more complex and nuanced. Forensic scientists grapple with technological limitations, time constraints, and the harsh reality of unsolved cases that linger for years. However, amidst these challenges, innovation and collaboration shine as beacons of hope.

Modern technology continues to play a pivotal role in reducing the limitations inherent in forensic investigations, effectively bridging the gap between the fictional portrayals seen on television and the realities faced by forensic professionals. Advancements in various fields have revolutionized the way evidence is collected, analysed, and interpreted.

One area where technology has made significant strides is in the development of portable forensic tools. Devices like the Crime-lite AUTO mentioned earlier exemplify this trend, offering comprehensive crime scene illumination and imaging capabilities in a single, compact package. Such tools not only enhance the efficiency of evidence collection but also enable investigators to uncover vital clues that may have previously gone unnoticed.

While it’s important to acknowledge the discrepancies between forensic science as depicted on television and its real-world counterparts, it’s equally important to recognize the positive impact that these shows can have on inspiring interest in the field. Television dramas, with their gripping storylines and compelling characters, often serve as a gateway for individuals intrigued by the intersection of science and criminal justice.

For many aspiring forensic scientists, their initial fascination with the field may have been sparked by watching their favorite crime-solving protagonists in action. These shows, while dramatized for entertainment purposes, often showcase the intellectual challenge and problem-solving aspects of forensic work, capturing the imagination of viewers and igniting a passion for scientific inquiry.

Moreover, the portrayal of forensic science on television helps demystify the profession and make it more accessible to a wider audience. By bringing the intricacies of forensic investigation into the living rooms of millions, these shows raise awareness about the importance of forensic science in solving crimes and delivering justice.

Additionally, television dramas can highlight the diverse array of career opportunities within the field of forensic science, from DNA analysis to ballistics and beyond. This exposure can inspire individuals from various backgrounds to pursue careers in forensic science, contributing to a more diverse and inclusive workforce.

Ultimately, while it’s essential to temper expectations and provide a realistic portrayal of forensic science, we must also acknowledge the role that television plays in sparking interest and enthusiasm for the field. By leveraging the power of storytelling and entertainment, we can inspire the next generation of forensic scientists to embark on a journey of discovery and make meaningful contributions to the pursuit of justice.


Learn More

RECOVER LFT

LATENT FINGERPRINT TECHNOLOGY

RECOVER LFT is a cutting-edge chemical vapor fuming process to develop fingerprints on a range of difficult surfaces including those that have been exposed to extreme heat (discharged bullet casings, for example) and items that have been washed ‘clean’ in an attempt to prevent identification. 

View Product Page

Crime-lite® AUTO

Forensic imaging technology meets powerful multi-spectral illumination in this complete solution to the search, detection, and capture of evidence.

Investigators no longer need to carry a box full of light sources, a camera, filters, and multiple pairs of goggles, because the Crime-lite AUTO offers all this functionality in a single package.

Providing complete portability and ease of use for the operator, the Crime-lite AUTO is an essential tool for criminal investigators and first responders and includes all of the technology required to reveal evidence including body fluids (semen, saliva, urine, etc.); blood on dark fabrics; fingerprints; gunshot residues; and traces of physical evidence (glass, fibres, hairs, etc.).

View product page

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Celebrating Women in Forensic Science on International Women’s Day https://fosterfreeman.com/women-in-forensics/ https://fosterfreeman.com/women-in-forensics/#respond Fri, 08 Mar 2024 11:04:33 +0000 https://fosterfreeman.com/shining-a-light-on-wildlife-forensics-copy/ As we commemorate International Women's Day, a global celebration of the achievements and contributions of women throughout history, it is fitting to shine a spotlight on the remarkable women who have left an indelible mark in the field of forensic science. The realm of forensics has witnessed the emergence of numerous talented and trailblazing women who have played pivotal roles in shaping the landscape of crime-solving methodologies.

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foster+freeman BLOG

Celebrating Women in Forensic Science

As we commemorate International Women’s Day, a global celebration of the achievements and contributions of women throughout history, it is fitting to shine a spotlight on the remarkable women who have left an indelible mark in the field of forensic science. The realm of forensics has witnessed the emergence of numerous talented and trailblazing women who have played pivotal roles in shaping the landscape of crime-solving methodologies.

At foster+freeman, we take pride in acknowledging the invaluable contributions of these women, whose dedication, expertise, and relentless pursuit of justice have significantly advanced the field of forensic science. From groundbreaking research to hands-on investigative work, women in forensic science have left an enduring legacy that continues to impact the way we understand and unravel complex criminal cases.

In this blog, we will explore the stories of some of the most notable women in forensic science, delving into their achievements, innovations, and the challenges they’ve overcome. Join us in celebrating the achievements of these incredible women and recognizing the pivotal role they play in pushing the boundaries of forensic science on this International Women’s Day.

Frances Glessner Lee (1878–1962):

Delving into the annals of forensic science history, the name Frances Glessner Lee stands out as a true trailblazer, and rightfully so. Often hailed as the “mother of forensic science,” Lee’s contributions echo through time, leaving an indelible mark on a field that was in its infancy during her groundbreaking era.

Breaking societal norms, Lee made history by becoming the first female police captain in the U.S. Her journey was not just a personal triumph but a pivotal moment for women in law enforcement, setting the stage for others to follow in her footsteps.

However, Lee’s impact reaches far beyond her role as a police captain. She played a pivotal role in the establishment of the first-of-its-kind Department of Legal Medicine at Harvard University. In an era when forensic science was just beginning to find its footing, Lee’s foresight and determination laid the foundation for the academic and practical aspects of the field.

Lee’s most renowned contribution, the “nutshell studies of unexplained death,” showcases her ingenious approach to forensic training. Faced with a glaring lack of training for investigators at the time, Lee recognized the urgent need for tools that would instil a scientific and methodical approach to crime scene examination. Enter the Nutshells, miniature dioramas meticulously crafted by Lee beginning in the 1940s.

These dioramas, essentially the “virtual reality” of their time, were constructed with a level of detail that challenged trainees’ powers of observation and deduction. From the minutiae of bullet hole angles to the precise placement of window latches, the Nutshells replicated crime scenes with an astonishing level of accuracy. Each element, down to the patterns of blood splatters and the discolouration of handmade miniature corpses, served as a training ground for forensic examiners to hone their skills.

What makes Lee’s Nutshells truly timeless is their continued relevance. Even today, these miniature crime scenes are employed in training seminars at the Office of the Chief Medical Examiner in Baltimore. Lee’s legacy lives on through the enduring effectiveness of her innovative teaching tools, ensuring that generations of forensic scientists continue to learn and refine their craft.

Frances Glessner Lee’s story is one of resilience, vision, and a pioneering spirit that continues to inspire and shape the very fabric of forensic science. Her dedication to advancing the field, coupled with her unique approach to education, has left an enduring legacy that transcends time and resonates with all those who seek truth in the meticulous world of forensic investigation.

Lorie Shaull, CC BY-SA 4.0 https://creativecommons.org/licenses/by-sa/4.0, via Wikimedia Commons

Angela Gallop

Dr. Angela Gallop has etched her name in history through pioneering contributions that have transformed the way we approach criminal investigations. A highly esteemed British forensic scientist, Dr. Gallop’s illustrious career is marked by a relentless commitment to advancing forensic casework and DNA analysis. Her expertise has been instrumental in unravelling the complexities of numerous high-profile criminal cases, demonstrating an unparalleled ability to discern crucial details from forensic evidence.

In 1986, Dr. Gallop took a monumental step in the field by founding Forensic Access, an institution that is a testament to her dedication to forensic science. She established this consultancy as a hub for a comprehensive range of forensic science services, including training programs, consultancy services, and meticulous casework analysis. Forensic Access’s impact extends far beyond a consultancy’s confines, acting as a catalyst for progress and innovation in the broader landscape of forensic science.

Dr. Angela Gallop’s influence extends beyond the confines of her casework and consultancy endeavours. She has generously shared her wealth of knowledge and experience by authoring insightful books on forensic science. Her contributions in this realm serve not only to educate future forensic scientists but also to inspire a new generation of professionals to push the boundaries of what is possible in forensic analysis.

Widely acclaimed for her significant contributions, Dr. Gallop’s legacy is imprinted not only in the scientific community but also resonates powerfully in the legal and law enforcement sectors. Her unwavering dedication to precision, accuracy, and justice has not only solved crimes but has also set an enduring standard for the ethical and meticulous practice of forensic science. As we reflect on the strides made in the field, Dr Angela Gallop stands as a beacon, guiding the way forward for forensic scientists committed to excellence in unravelling the mysteries surrounding criminal investigations.

Clea Koff

Clea Koff is a forensic anthropologist who gained recognition for her work in identifying victims of war crimes and mass disasters. She has been involved in various international investigations and has contributed significantly to the field of forensic anthropology. Clea’s fascination with bones led her to study Biological Anthropology at the University of Edinburgh. Little did she know, this would kickstart a career that would redefine the way we approach human stories hidden in skeletal remains. Clea’s real impact came in the aftermath of the Rwandan genocide. Working with the International Criminal Tribunal for Rwanda, she got her hands dirty – quite literally – exhuming and identifying victims from mass graves. Her work added pieces to the puzzle, contributing to the pursuit of justice for those affected by war crimes.

One of Clea’s defining moments she occurred in the aftermath of the Rwandan genocide in 1994. At the heart of the chaos and devastation, she joined the International Criminal Tribunal for Rwanda (ICTR). Her role was crucial in the painstaking process of exhuming and identifying victims from mass graves, where the remnants of unspeakable atrocities were buried. Clea’s forensic expertise played a vital role in piecing together the puzzle of what transpired during one of the darkest chapters in human history.

Koff’s impact extends beyond Rwanda. Her forensic anthropology work has taken her to conflict zones worldwide, including Bosnia, Croatia, and Kosovo. In these regions torn by war, her ability to identify human remains has provided closure for families and contributed valuable evidence to international efforts to prosecute war criminals. Forensic anthropology isn’t just about bones; it’s about bringing justice to those who have suffered. Clea’s work has been instrumental in providing the evidence needed to hold perpetrators accountable for war crimes. Her meticulous approach to human identification ensures that the stories of the victims are not only heard but also recognized in legal proceedings, offering a glimmer of justice in the aftermath of atrocities.

Clea’s impact goes beyond her direct involvement in forensic casework. She has become a passionate advocate for human rights, using her expertise to shed light on the importance of forensic science in addressing human rights abuses. By engaging in advocacy initiatives, she has amplified the significance of forensic anthropology in uncovering and acknowledging the truth behind acts of violence. Koff’s work exemplifies the delicate balance between science and humanity in forensic anthropology. Her ability to navigate the intricacies of skeletal remains not only contributes to the scientific understanding of past events but also brings a human touch to the often sterile field of forensic science. Through her work, she bridges the gap between bones and the stories they silently tell.

foster+freeman

When we talk about the impactful contributions of women in the field of forensics, it’s not just about historical figures or trailblazers; it’s about the incredible women working around the globe and right here at foster+freeman. Our team is a testament to the diversity of roles and expertise that women bring to the forefront in various areas of our business.

From the dynamic realm of production to the innovative domain of Research and Development (R+D), and the strategic fields of applications and sales, women at foster+freeman are making waves in every facet of the business. Their dedication and proficiency are the driving forces behind the success of our endeavours, both locally and on a global scale.

You might already recognize some of these talented women if you’ve ever tuned into our webinars or attended our training sessions, either online or in person. Their faces are a testament to the wealth of knowledge and expertise that enriches the foster+freeman family. So let’s meet some of our application specialists!

UK and EU Technical Training & Sales Support Team

Laura Dodd
Laura Dodd

Laura Dodd
Fingerprint/Crime-lite Lead & Senior Applications Specialist

A trained Forensic Biologist and former team leader in a laboratory, Laura has been with us for 4 years. She now specialises in Crime-lites and fingerprint technology. She loves to travel and has backpacked solo across (most of) Asia!

Calypso Harvey
Calypso Harvey

Calypso Harvey
Applications Specialist

When she’s not at home baking or re-watching Bridget Jones’s Diary, Calypso specialises in fingerprint technology and the Crime-lite range. She has now been with us for one year after completing her masters degree in Chemistry.

Leoni Mimnagh
Leoni Mimnagh

Leoni Mimnagh
Applications Specialist

Resident sushi fanatic and Marvel-obsessive Leoni joined us in March 2022 after completing her degree in Forensic Science. She now specialises in Questioned Document Examination.

Estefania Gomez Garcia
Estefania Gomez Garcia

Estefania Gomez Garcia
Applications Specialist

Estefania is a Forensic Investigation graduate who specialises in Questioned Document Examination. Outside of work you can find her perfecting her driving skills or undergoing a brutal CrossFit session.


Conclusion

And to the fantastic women at foster+freeman, each contributing in their unique and impactful ways, we salute you. Your dedication to the world of forensic science is nothing short of amazing, and your stories add vibrancy and innovation to this fascinating field.

As we reflect on the achievements, innovations, and challenges of these incredible women, let’s not only celebrate their contributions but also look forward to a future where more women continue to shape the narrative of forensic science. The trailblazers we’ve explored in this blog are a testament to the remarkable possibilities that arise when passion, dedication, and expertise converge in the pursuit of truth and justice.

Here’s to the women who have redefined forensic science, proving that the future is not just female but extraordinarily bright. May their stories inspire a new generation to embark on their forensic journeys, pushing the boundaries and unravelling the mysteries that lie ahead. Happy International Women’s Day!

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Shining a Light on Wildlife Forensics: Unveiling the Secrets of Wildlife Crime https://fosterfreeman.com/shining-a-light-on-wildlife-forensics/ https://fosterfreeman.com/shining-a-light-on-wildlife-forensics/#respond Mon, 04 Mar 2024 11:28:35 +0000 https://fosterfreeman.com/victim-first-forensics-copy/ One area of forensics that doesn’t get talked about nearly enough is the area of wildlife crime. Wildlife crime like others, happens every single day around the world. Globally, poaching is a crime of huge international significance, which is in many cases contributing to the extinction of many of our planet's most treasured species.

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foster+freeman BLOG

Shining a Light on Wildlife Forensics

One area of forensics that doesn’t get talked about nearly enough is the area of wildlife crime. Wildlife crime like others, happens every single day around the world. Globally, poaching is a crime of huge international significance, which is in many cases contributing to the extinction of many of our planet’s most treasured species. We’ve all seen footage of elephants, rhinos and big game animals being tracked down by hunters seeking to harvest valuable ivory or perhaps even just an attractive trophy for their wall. However, poaching is in no way limited to these high-profile occurrences. In 2023, Interpol stated that “illegal wildlife trade has become one of the world’s largest criminal activities”. They estimated that the black market for illegal wildlife products worth up to 20 billion USD per year, poaching and the illegal wildlife trade has become a major area of activity for organized crime groups and is increasingly linked with armed violence, corruption and other forms of organized crime.


Introduction

Wildlife Forensics is a specialized branch of forensic science that deals with crimes involving animals, from illegal poaching and trafficking to habitat destruction. Its primary goal is to identify, analyze, and interpret evidence related to wildlife crimes, supporting law enforcement agencies, conservationists, and researchers in their efforts to protect endangered species and ecosystems.

Every country faces its own unique variation of illegal hunting that needs to be investigated, prosecuted, and ultimately discouraged. Here in the UK, the National Wildlife Crime Unit has been established to provide operational support to law enforcement and to act as a focal point for wildlife, crime, intelligence, and investigation in the UK. The NWCU website currently lists the following as common wildlife crime offenses here in the United Kingdom hare coursing deer and fish poaching badger persecution including baiting, snaring, shooting and disturbance of assets and bat persecution.

The trade-in ivory, tortoises, rhino horn and other protected species, including caviar, traditional Chinese medicines and even orchids, egg theft and collection and bird of prey persecution through poisoning, trapping, shooting, disturbance of the nest and theft of chicks. The last two items on the list egg theft and bird of prey persecution are growing problems here in the UK, and despite the RSPB highlighting a big increase in cases, very few arrests or prosecutions are taking place.

Research into latent mark detections on difficult surfaces relevant to wildlife crime includes human and animal skins, foodstuffs, fabrics and animals. Cyanoacrylate Fuming and powdering techniques have been reported as potential enhancement techniques for deer antlers, elephant tusks and live reptiles. The use of cyanoacrylate and fluorescent powders is a good example of using existing, commonplace forensic tools and techniques to investigate wildlife crimes.

Abertay University academic Helen McMorris

Not Just Animals

The U. S. Fish and Wildlife Service employs the use of the world’s only full-service mobile forensic laboratory specialising in wildlife forensics. It supports the work of enforcement agents and inspectors who protect threatened and endangered species; who prosecute illegal hunting, poaching, and smuggling; and who investigate multi-billion dollar international black-market criminal enterprises trading in hides, skins, eggs, organs, and other wildlife specimens.

Wildlife crime however, is not just about animals, poaching and hunting, it is also about the illegal logging and timber trade, Worth an estimated $51–$152 billion annually, the illegal timber industry simultaneously threatens the world’s forests and steals from local communities that rely on forests for food, health, and wealth. In addition to destroying biodiversity and contributing significant greenhouse gas emissions, illegal logging has devastating economic and social impacts in forest countries. From the violence and human rights abuses suffered by local forest communities to billions of dollars in much-needed tax revenue lost each year, these crimes are enabled by international markets and the trade in illegal timber.


The U. S. Fish and Wildlife Service employs the use of the world’s only full-service mobile forensic laboratory specialising in wildlife forensics. It supports the work of enforcement agents and inspectors who protect threatened and endangered species; prosecute illegal hunting, poaching, and smuggling; and investigate multi-billion dollar international black-market criminal enterprises trading in hides, skins, eggs, organs, and other wildlife specimens.

Wildlife crime however, is not just about animals, poaching and hunting, it is also about the illegal logging and timber trade, Worth an estimated $51–$152 billion annually, the illegal timber industry simultaneously threatens the world’s forests and steals from local communities that rely on forests for food, health, and wealth. In addition to destroying biodiversity and contributing significant greenhouse gas emissions, illegal logging has devastating economic and social impacts in forest countries. From the violence and human rights abuses suffered by local forest communities to billions of dollars in much-needed tax revenue lost each year, these crimes are enabled by international markets and the trade in illegal timber.

Use of ALS in Wildlife Crime

The use of a forensic light source in the detection of ivory or bone fragments plays a pivotal role in the ongoing battle against wildlife crime, especially the illegal trade in endangered species. Ivory, prized for its aesthetic appeal and historical significance, is often trafficked in various forms, including carved artefacts, trinkets, and ornamental items. Forensic light sources, equipped with specific wavelengths, can unveil intricate details on ivory or bone surfaces that might otherwise remain concealed. The natural fluorescence emitted by these materials under such illumination aids in distinguishing between authentic ivory and synthetic alternatives. This capability is crucial, given that counterfeit ivory, often made from resins, is prevalent in the market. By leveraging forensic light sources, law enforcement can uncover hidden details, assess the authenticity of seized items, and build stronger cases against traffickers, contributing significantly to the enforcement of wildlife protection laws and the conservation of endangered species.

The use of forensic alternate light sources is incredibly important when trying to examine a crime scene or evidence in a setting of wildlife crime. Especially an alternate light source such as the Crime-lite AUTO, is used in the field to capture a full multispectral snapshot of the crime scene and perform visible infrared examinations of any evidence with information being quickly fed back to a central office or laboratory. Video footage is also possible using the crime light auto at one time. The multispectral imaging achieved by the crime lab auto was only possible using a large lab-based piece of equipment such as a VSC.

Fraudulent Documentation

The VSC is employed worldwide in multiple different scenarios, environments, and applications. However, the most popular application for the VSC is the inspection and interrogation of questioned documents.

 The VSC can perform a multi-spectral illumination examination of a questioned document to reveal its hidden details and uncover the evidence. It can see through the layers of a document to reveal how it was tampered with. It can differentiate between original and copied signatures and writing.

The VSC is often used to examine documents for ink analysis; different inks fluoresce under varied light conditions based on their properties. Even inks from the same source have different properties; we can use the VSC workstations to analyse these inks and see when/if a document was tampered with.

Fraudulent documents often go hand in hand with illicit wildlife trade, Fake papers are frequently produced, or genuine documents altered to disguise the authenticity, illegality, quantity, volume, origin or destination of Wildlife and wildlife products. This can also involve the removal, alteration, defacing or erasure of customs stamps or labels affixed to restricted animals and plants. In some countries, there are specific offences directly related to the use of fraudulent documents in the context of wildlife trafficking.


Conclusion


In conclusion, the realm of wildlife crime is a complex and pervasive issue that extends far beyond the publicized poaching incidents of iconic species. The interconnected web of illegal activities, from the trafficking of ivory and endangered species to the illegal logging and timber trade, poses a serious threat to our planet’s biodiversity and ecosystems. As highlighted by Interpol, the illicit wildlife trade has grown to become one of the world’s largest criminal activities, with an estimated value of up to 20 billion USD annually.

Wildlife forensics emerges as a crucial tool in the fight against these crimes, addressing challenges specific to animal-related offences, including poaching, habitat destruction, and fraudulent documentation. The use of forensic light sources, such as the Crime-lite AUTO, plays a pivotal role in detecting bone fragments, ivory, and other critical evidence in the field. This technology enables law enforcement to capture multispectral snapshots of crime scenes, perform examinations, and quickly relay information back to central offices or laboratories.

Moreover, the significance of forensic tools extends beyond animals to the realm of documents. The Video Spectral Comparator (VSC) becomes an invaluable asset in uncovering fraudulent documents associated with wildlife trafficking. By employing multi-spectral illumination examinations, the VSC reveals hidden details, exposes tampering, and distinguishes between original and altered signatures. This capability is particularly crucial in the context of wildlife crime, where the production of fake papers and the alteration of genuine documents are common tactics to conceal the illegality of trafficking.

As we navigate the intricate web of wildlife crime, it is evident that a comprehensive approach, encompassing forensic science, international cooperation, and stringent law enforcement, is necessary to address the root causes and consequences of these activities. The research and technologies discussed in this article offer hope for a transformative impact on wildlife crime convictions, contributing to the global efforts to protect endangered species, preserve biodiversity, and combat organized criminal enterprises involved in this destructive trade.


Learn More

Crime-lite® X

Handheld, Multi-Spectral LED Light Source with Advanced FunctionalityThe biggest leap forward in Forensic Light Source technology for over 20 years.

A complete ALS kit in a single light source, the Crime-lite X enables the examiner to seamlessly switch between White, UV, Violet, Blue, Blue/Green, Green, Orange, Red, and Infrared LEDs, to perform a comprehensive multi-spectral examination of a crime scene.

Operated via a simple 3-button interface, the Crime-lite X provides new functionality never seen before in a forensic light source that will ensure that crime scene and laboratory examiners reveal the maximum amount of evidence in every examination.

View Product Page

Crime-lite® AUTO

Forensic imaging technology meets powerful multi-spectral illumination in this complete solution to the search, detection, and capture of evidence.

Investigators no longer need to carry a box full of light sources, a camera, filters, and multiple pairs of goggles, because the Crime-lite AUTO offers all this functionality in a single package.

Providing complete portability and ease of use for the operator, the Crime-lite AUTO is an essential tool for criminal investigators and first responders and includes all of the technology required to reveal evidence including body fluids (semen, saliva, urine, etc.); blood on dark fabrics; fingerprints; gunshot residues; and traces of physical evidence (glass, fibres, hairs, etc.).

View product page

RELATED WEBINAR

Wildlife Forensics

Wildlife forensics is a relatively new field of criminal investigation. In many countries, lags far behind other fields of forensic science in terms of budget and the availability of manpower, equipment and resources.
In this webinar, we focus on getting the most out of a limited range of equipment and using common forensic tools and instruments, occasionally in unexpected ways, to examine wildlife crimes.

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Victim First Forensics: Focusing on the Victims of Crime https://fosterfreeman.com/victim-first-forensics/ https://fosterfreeman.com/victim-first-forensics/#respond Fri, 23 Feb 2024 10:29:35 +0000 https://fosterfreeman.com/vsc-premiere-range-qde-copy/ Sexual assault, a devastating crime that has unfortunately surged in recent years, remains a grave concern. Despite high reporting numbers, a startlingly low fraction of cases is reported due to reasons like fear, shame, and lack of faith in the justice system.

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Victim First Forensics: Focusing on the Victims of Crime

We often focus on the perpetrators of crime and how we can use modern technology to detect and examine the traces of evidence that will connect a criminal to their offence. But it is important to look at it with a different approach. We will be looking at crime with a victim-first approach; we will be putting the victim first and examining the effect that forensic investigations can have on the casualties of crime. More specifically, we will look at the ways CSIs, lab examiners, forensic nurses and other forensic professionals can utilise modern technology to put the well-being of the victim right at the centre of their investigation. The intention is to minimise any additional trauma or distress that may be caused to someone who’s already suffering as a victim of crime.

Foster + Freeman Forensic Examiner Searching For Evidence Using the Crime-Lite 82S.

Introduction

Sexual assault, a devastating crime that has unfortunately surged in recent years, remains a grave concern. Despite high reporting numbers, a startlingly low fraction of cases is reported due to reasons like fear, shame, and lack of faith in the justice system.

As forensic practitioners, the most disheartening reason, “a lack of faith in the police and justice system,” is the one we aim to combat. By enhancing the quality of evidence, we can positively influence the chances of justice prevailing.

Using an ALS is a non-invasive and non-destructive way to examine potential evidence on the skin. This is especially important when dealing with fragile or sensitive skin, as it minimizes the risk of causing further harm during the examination process. Furthermore, during this examination, the use of ALS can help speed up the examination process, allowing the victim to get this traumatic time and experience over sooner.

Identification of Bruises and Injuries

The utilization of a Crime-lite ALS significantly enhances the capacity of forensic examiners and nurses to identify and document injuries that may otherwise go unnoticed under standard lighting conditions. The application of UV or Violet illumination reveals subtle bruising and patterns of injuries that remain invisible to the naked eye, even after healing has occurred. This remarkable capability to penetrate through the layers of skin uncovers trauma long after its visible traces have seemingly vanished, providing a crucial advantage in piecing together the timeline of events in a crime.

Pattern Recognition

In cases involving physical abuse or assault, the Crime-lite proves invaluable in pattern recognition, shedding light on specific details that might be overlooked under normal circumstances. Forensic professionals can highlight patterns such as fingerprints, fabric impressions, or tool marks by employing different light wavelengths. This not only aids in identifying potential assailants but also offers insights into the type of weapons involved in the commission of the crime. The enhanced visibility provided by Crime-lites significantly contributes to a more comprehensive understanding of the dynamics surrounding the incident, potentially leading to more accurate investigative outcomes.

Detection of Body Fluids

Forensic nurses and dermatologists frequently encounter cases related to sexual assault or incidents involving bodily fluids. The Crime-lite ALS emerges as a critical tool in this context, enabling the detection of semen, saliva, urine, and other bodily fluids that may not be easily visible under normal lighting conditions. This capability facilitates the collection of pertinent evidence for further analysis, ensuring a thorough and comprehensive examination process. The use of ALS technology not only expedites the identification of relevant bodily fluids but also minimizes the risk of oversight, contributing to a more robust forensic investigation and bolstering the chances of justice prevailing in these sensitive cases.

bruise

What is a SARC centre and what do they do?

Last year, we spoke to Sam Charles, a forensic examiner at the Glades Sexual Assault Referral Centre, or SARC Centre in Worcester. We asked her about how a typical examination is conducted.

“So when they come into the examination suite, they would change in the bathroom into a gown so that I can examine them top to toe for any injuries, record those on a body map and then usually at that point they will have given me a urine specimen as well when they’re changing. So that would generally be my first sample and then I would usually take swabs in the order that the FFLM guidelines for forensic examinations suggest. So once we’ve completed all the samples and finished that physical part of the examination, the client would then get dressed, go into another room and I would seal and bag and seal the sample. So, finish, labelling, bagging and sealing the samples and the crisis work will look after the client while I’m doing that. It is very common to have bruises that the clients say are bite marks, especially on the neck and breast. On female victims. Other very common bruises are if the assault has been violent in nature, there are quite often bruises over bony prominences, so knees, shins, hips, and elbows. Quite often, we might find fingerprint-type bruising on upper arms and round wrists if it’s been an outdoor assault. Quite often, people have abrasions from falling on the ground outside, or they’ve had to put their hands out if they’ve been pushed or something like that. Non intimate injuries, I would measure and draw badly, probably on a body map, really, just that a copy does get submitted to the police and that may be presented in the body maps. So I would measure the injury, record it on the relevant body diagram and describe it on the body diagram. But we don’t actually take photographs of non-intimate injuries. GIf it’s something that’s non intimate and obvious and the client is aware of, they say, Look, I’ve got this terrible mark on my neck, he bit me. They would hopefully have taken a photo. But if I find anything else, any bruises anywhere else, or abrasions or lacerations or anything that are non-intimate that the police haven’t photographed as part of my handover back to the police, I would say, right, there are some injuries that need photographing.


Can you arrange that? We can only record what we see at that moment on that day in that room, and we don’t have light sources to look for evidence on people that we could then swab. But we don’t use stains or lights, unusual lights. I think it’s kind of making sure that you really know what the story of what happened is. And that really helps the police and the scientists who are examining the samples to focus on those swabs that are most likely to give some evidence. As I say, we could just swab people from head to foot and submit hundreds of samples, but that’s not cost-effective, and it doesn’t help you to focus in on the most likely samples to test.”

Hearing those insights from a SARC professional, we were immediately struck by two things. One is the reliance upon swabbing for evidence and obviously, the fact that some evidence or some swabs may not even be processed due to cost implications. But I was also surprised to learn that many forensic nurses just don’t have the training or the expertise or the equipment to photograph injuries on victims and instead refer them back to the SOCO or police scene of crime. Officer, there’s a huge knowledge gap here, as well as a lack of training and equipment that could be solved quite easily through the introduction of a forensic light source. In any case, where the human body itself is the crime scene, a high-power fluorescent light source can be used to better visualise bite marks, bruising and puncture wounds as well as other traces of body fluids that might relate to a physical or sexual crime.

Dr Scafide report

How can we find evidence of assault on the skin?

At foster+freeman, for many years, we have been advocating the use of forensic light sources for the use of identification of bruises on the skin. In 2022, Dr. Kathrine Scafide began developing a way to detect bruising on dark skin tones. When Dr Scafide was a forensic nurse examining a victim of an assault, Dr Scafide couldn’t find the bite mark her patient described; this was due to the patient having a darker skin tone, meaning that it was harder for a forensic examiner to spot any discolouration, bruising or bite marks. “Because pigment is closer to the surface of the skin than a bruise, in patients with darker skin tones, bruise detection with the naked eye can be difficult or impossible.”

This sparked inspiration with Dr Scafide, this made her pursue a PhD from John Hopkins University, while pursuing her PhD she conducted a year of research study and she came to a crucial discovery; Alternate light sources such as blue and purple light, which have shorter wavelengths, make bruises more visible on darker skin tones, allowing for victims of assault to document their injuries and seek justice more easily.

We have used ALS for many years at the crime scene to detect all manner of forensic evidence, such as blood splatter, body fluids, gunshot residue and latent fingermarks. But what Dr Scafide couldn’t believe is that not many people thought to research how you can use and alternate light source to look at injuries on a person.

When searching for blood evidence at a crime scene, we use specific wavelengths of light to search for blood as blood will absorb this wavelength, and the background will reflect it, creating a vast contrast. We have known this statement to be a fact for many years. Well, a bruise is not too dissimilar to blood splatter, as a bruise is a collection of blood under the skin after trauma. So, with this in mind, What Scafide and her team found was that violet and blue light “correspond pretty closely to haemoglobin and some of its breakdown products.” By shining that light on a bruise and wearing coloured goggles, they could better view that area of absorption. Scafide found that this method was more effective than white light at spotting bruises “across all skin types,” but especially for people with darker skin pigmentation.

What Dr Scafide found after several years of research was that you are five times more likely to detect bruising with alternate light sources such as blue or violet light when compared to white light Dr Scafide used the Crime-lite 82S to conduct this research and here at forster+freeman we have been banging on for years about the use of our industry-leading crime-lite 82S PRO for the use of identification of bruises on the skin and now it is very reassuring to have the empirical hard data to prove us right and we hope that the use of forensic ALS can help speed up and identify more victims of abuse and can help bring the perpetrators to justice.

Reducing the stress

We have focussed a lot on how the investigation works when looking for crimes of a distressing nature but not actually how this investigation process can affect the victim of these crimes and put the victim first. This period can be incredibly distressing for the victim, and the investigation can make this worse as it is making the victim re-live this experience.

So, by putting the victim first and thinking of how we can reduce this stress but by gathering the most evidence at the same time, we need to think of ways we can increase the speed of examination effectively. We have already discussed how forensic light sources can reveal more evidence on the skin and bite marks and bruises, so employing the use of these can increase the speed of examination. However, we can further increase the speed and effectiveness of investigations by using an all-in-one alternate light source. The Crime-lite X5 is a multispectral light source that has been made with five wavelengths of light integrated into one unit. So, within the Crime-lite X5, we actually have two LEDs per wavelength of the wavelengths that we often associate with serology investigations, hence our pet name, the Crime-lite X serology unit. These wavelengths, from UV through to blue-green, as well as cool white light, are often associated with the search for body fluids. However, they do have a range of other uses, including searching for contamination as well as bruising and injuries. These wavelengths can be really effective in searching for injuries and potentially giving visualisation to injuries that aren’t visible to the naked eye. Often what might happen with an injury is that as it fades, particularly bruising, it’s no longer visible or only faintly visible on the top layers of skin. So to what we see visibly, we may not see much. However, the bruising will persist in the deeper levels of the dermis and using a light source, particularly violet light or maybe UV light, which are both within the Crime-lite X5, can be really helpful in giving some visibility to a bruise that no longer visible to us with the naked eye. And that can help to corroborate a victim’s account of what has happened.

Another option for increasing the speed and reducing the stress of a SARC examination is the Crime-lite AUTO. The versatility of the Crime-lite AUTO lends itself perfectly to a victim-first approach as you might employ in a SARC examination. Providing a full range of illumination. Combined with automatic filters and a UV vis/ir camera, the Crime-lite AUTO simplifies the task of examinations. It reduces the need for specialist training and it enables the examiner to fully document the entire examination. Investigators no longer need to carry a box full of light sources, a camera, filters, and multiple pairs of goggles, because the Crime-lite AUTO offers all this functionality in a single package.


Conclusion

In conclusion, a victim-first approach to forensic investigations is essential in addressing the aftermath of crimes, particularly distressing cases like sexual assault. The focus should not only be on the identification of perpetrators but also on minimizing the trauma experienced by the victims. Modern technology, specifically forensic light sources, has emerged as a crucial tool in achieving this delicate balance.

The insights from professionals at Sexual Assault Referral Centres (SARC) shed light on the challenges faced in evidence collection, including a reliance on swabbing, a lack of training for photographing injuries, and the potential non-processing of certain evidence due to cost considerations. The integration of forensic light sources, such as the Crime-lite ALS and Crime-lite X5, addresses these gaps by enhancing the visualization of injuries, bruises, and body fluids on various skin tones, ensuring a more comprehensive and efficient examination process.

Dr. Kathrine Scafide’s groundbreaking research further emphasizes the importance of alternate light sources, specifically blue and violet light, in detecting bruises on darker skin tones. The Crime-lite 82S PRO, utilized in her study, has proven to be five times more effective than traditional white light in identifying bruises. This empirical data supports the use of forensic ALS in expediting the identification of victims and facilitating justice.

Moreover, the emphasis on reducing the stress on victims during examinations is paramount. The Crime-lite X5 and Crime-lite AUTO offer multispectral light sources that not only enhance the speed of examination but also provide a victim-first approach by simplifying the process, reducing the need for multiple tools, and enabling thorough documentation.

In conclusion, the integration of modern forensic technology, especially forensic light sources, not only enhances the efficacy of investigations but also prioritizes the well-being of victims. By adopting a victim-first approach, forensic professionals can minimize trauma, expedite examinations, and contribute significantly to the pursuit of justice in the aftermath of distressing crimes.


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Crime-lite® X

Handheld, Multi-Spectral LED Light Source with Advanced FunctionalityThe biggest leap forward in Forensic Light Source technology for over 20 years.

A complete ALS kit in a single light source, the Crime-lite X enables the examiner to seamlessly switch between White, UV, Violet, Blue, Blue/Green, Green, Orange, Red, and Infrared LEDs, to perform a comprehensive multi-spectral examination of a crime scene.

Operated via a simple 3-button interface, the Crime-lite X provides new functionality never seen before in a forensic light source that will ensure that crime scene and laboratory examiners reveal the maximum amount of evidence in every examination.

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Crime-lite® AUTO

Forensic imaging technology meets powerful multi-spectral illumination in this complete solution to the search, detection, and capture of evidence.

Investigators no longer need to carry a box full of light sources, a camera, filters, and multiple pairs of goggles, because the Crime-lite AUTO offers all this functionality in a single package.

Providing complete portability and ease of use for the operator, the Crime-lite AUTO is an essential tool for criminal investigators and first responders and includes all of the technology required to reveal evidence including body fluids (semen, saliva, urine, etc.); blood on dark fabrics; fingerprints; gunshot residues; and traces of physical evidence (glass, fibres, hairs, etc.).

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Crime-lite LASER and Crime-lite AUTO at the crime scene
Crime-lite LASER and Crime-lite AUTO at the crime scene

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