ANALYSIS: The transition of forensic science provision in England and Wales from the public to private sector has led to fears over the ability of commercial markets to influence forensic analysis and interpretation; in the second of two articles, Dr Karen Richmond of the University of Copenhagen highlights further concerns around the separation of tasks and the use of Streamlined Forensic Reports, as well as a potential path to progress for the forensic sector through the growth of digital.

ANALYSIS: The transition of forensic science provision in England and Wales from the public to private sector has led to fears over the ability of commercial markets to influence – and even distort – forensic analysis and interpretation, according to a new study; in the first of two articles, Dr Karen Richmond of the University of Copenhagen explains the background to the research, and highlights some of the key concerns of scientists including the loss of contextual information, case fragmentation, and the diminishing role of forensic practitioners.

ANALYSIS: DNA and other biometric samples are retained in the UK under clear regulations and an overarching legal framework; but as Post-Doctoral Researcher Karen Richmond of the University of Copenhagen explains, misaligned legislation between England and Wales, Scotland, and Northern Ireland, means that more than one million samples are being illegally retained – leaving police personnel who enrol those subject onto databases open to litigation.

ANALYSIS: The recent Scottish Biometrics Commissioner Act was drafted in part to answer public concerns about collecting and retaining biometric samples; but the legislation, and corresponding laws in England and Wales, place Scottish samples on UK databases in a legislative and regulatory limbo, as Post-Doctoral Researcher Karen Richmond of the University of Copenhagen explains.

Analysis: With the use of artificial intelligence in policing on the rise, Karen Richmond, doctoral researcher at the University of Strathclyde examines whether utilising this type of technology in relation to DNA extraction is progress or a step too far.