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The popularity of television shows such as CSI:(insert appropriate city here) makes everyone think they are somehow a forensic expert. The portrayal of this kind of subject on radio is of course much more complicated as each observer has an image in their own head rather than in front of their eyes. This chapter seeks to inform The Archers listeners and other interested parties about the Blossom Hill Cottage crime scene examination — what they might expect to have seen from an evidential perspective and how the findings may inform the court as to what really occurred that fateful night. The chapter presents general information about different blood patterns that may be observed at crime scenes such as this and others, what they may (or may not) mean and a discussion about the strengths and limitations of this kind of scientific examination and interpretation. Whilst this can clearly be a serious subject, the intention is to inform and (probably) bust some televisual myths with a light-hearted edge from an Archers fan and fellow Tweetalonger, additionally considering online speculation about other potential evidence.

Through an analysis of the HIV-Tainted-Blood Affair in Japan, this paper explores why pharmaceutical companies act in a socially irresponsible manner. The paper suggests encouraging members of these corporations to become more conscious of their responsibility to society by developing themselves as professionals. The analysis shows that drug disasters are not caused only by a particular “special villain,” but by the structural conflict between medical professional ethics and the profit making motivation of pharmaceutical companies. In other words, the behaviors of pharmaceutical companies fall into the interstices of professional ethics.

This chapter analyses the Norwegian authorities’ presence on Twitter during the 22 July 2011 terrorist attacks. Twitter activity by two official institutions is analysed in particular, namely, the blood bank at Oslo University Hospital and the Norwegian Police Security Services (PST). Our findings show that the Norwegian authorities were almost completely absent on Twitter during the critical hours of the terrorist attack, and that there was no coordination and synchronisation of communication from the authorities. This official silence allowed the diffusion of speculation and misinformation to take place; these were neither corrected nor addressed, as the analysed PST case shows. In contrast, the blood bank used Twitter to mobilise blood donors to address an acute problem: a shortage of blood to treat casualties. The chapter concludes by offering recommendations to the authorities for future major incidents.

Purpose – Description of the effects of the revolution in neuroscience and other areas of biology that can help to explain the roots of some portion of violent crime. The chapter reconsiders the role of brain chemistry in social behavior and violent behavior. To illustrate the interdisciplinary complexities entailed when linking brain chemistry to policy decisions concerning violent crime, this analysis has four main stages: first, why might SiFs (H2SiF6 and Na2SiF6, jointly called “silicofluorides” or SiFs) be dangerous? Second, what biochemical effects of SiF could have toxic consequences for humans? Third, on this basis a research hypothesis predicts children in communities using SiF should have increased uptake of lead from environmental sources and higher rates of behavioral dysfunctions known to be caused by lead neurotoxicity.

Design/methodology/approach – To illustrate the implications of the new issues involved, this chapter focuses on a public policy that inadvertently seems to increase rates of violent crime. Since violent behavior is one of the effects of lead neurotoxicity, the hypothesis is tested using multiple sources of data including rates of violent crime studied using a variety of multivariate statistical techniques (including analysis of variance, multiple regression, and stepwise regression).

Findings – Various data sources point to greater violence among individuals with greater exposure to SiFs.

Originality/value – Testing hypotheses linking neurotoxins to violent behavior reveals the generally unsuspected value of analyzing human social behavior and public policy from the perspective of evolutionary psychology.

Research at the intersection of neurotoxicology, cognitive neuroscience, genetics, and behavior – “toxicogenomics” – promises to improve understanding of behavior and public policies. Many toxicants modify neurotransmitters with effects depending on genotype, development, and experience. For example, lead and manganese downregulate dopaminergic or serotonergic function, weaken behavioral inhibition, and are positively correlated with hyperactivity (ADHD), substance abuse, or violent crime. Within this context, the chapter argues that neurotoxicology holds great promise for improving public policies in areas such as criminal justice and education. After discussing research methods, the chapter surveys previous work in neurotoxicology as it pertains to educational outcomes and to crime. Data are summarized linking: (1) children's blood lead levels with poor educational performance; (2) hair and blood levels of heavy metals with violent crime; and (3) uptake of multiple toxicants with pollution from abandoned mines. The chapter concludes by drawing lessons for ongoing research agendas at the intersection of neurotoxins, behavior, and policy.

Extreme metal originated in North America and Europe in the late-1980s, but Australia’s adoption of the form followed closely. One of the first Australian extreme metal (AEM) acts was Sadistik Exekution from Sydney, formed in 1985. Sadistik Exekution are notable for combining musical intensity with irreverent humour and parody. They introduced global extreme metal to the trope of the Australian larrikin: a once pejorative characterisation that has become a term of endearment in contemporary Australian culture, describing a defiant and jocular personality. This trope is evident in Sadistik Exekution’s work, but it has since proliferated more broadly throughout AEM, exemplified by more recent bands like Blood Duster and King Parrot. Their music, too, is inarguably intense and provocative, but is simultaneously mocking of the solemnity of its scene and lineage. This chapter will examine how bands like Sadistik Exekution, Blood Duster and King Parrot, through their public personas and musical and paramusical texts, have subverted extreme metal coding, thereby uncovering a uniquely Australian trajectory in extreme metal style and history.

When Rambo Last Blood hit the screens in 2019 to an almost unanimous thumbs down from the critics, it seemed as if Sylvester Stallone's ‘last outing’ as his iconic action hero, John Rambo was to bow out with more of a violent whimper than a spectacular bang. But action heroes never really do know when to quit. There is always one last mission to undertake. In an online interview in September 2019, Stallone indicated that Rambo 6 could well be on the cards. This chapter will discuss not only ideas about ‘Rambo’ as a character and his character arc, but posit the idea that Stallone, through the process of gerontology, has moved through the decades to become not a simplification or distillation of a cinematic action hero, but rather a much more complex one that asks questions about the politics of the era, masculinity, fragility and ageing.

In recent times, extant literature increasingly underscores the importance of indigenous innovations. This chapter provides an empirical illustration that a collaboration between indigenous knowledge systems and mainstream knowledge systems will not only help overcome the shortcomings in both systems, but also result in more cost-effective and environmentally friendly solutions. The chapter also advocates for public policies that facilitate the development and dissemination of such innovations. Using a case study from the Nigerian context, a framework is provided in this chapter, to illustrate how scientific knowledge can be applied to indigenous innovations to result in the next generation of sustainable, cost-effective and environmentally friendly solutions.