A confrontation of views written by distinguished figures concerned with the behavioural and social sciences.

Human risk (the risk of people doing things they shouldn't, or not doing things they should') is the largest single risk facing all organisations -- when things go wrong, there's always a human component, either causing the problem or making it worse. Collectively, companies spend billions trying to manage human risk via functions like Compliance, InfoSec, Risk, Audit, Legal, Human Resources and Internal Comms -- it is people in these functions, as well as those tasked with managing people, that is (...) the target audience for the book. Technology exacerbates the problem by providing each of us with weapons of mass destruction' from a human risk perspective -- even the most junior employee can cause huge damage via their keyboard, either in the work environment or via their personal social media account -- and by taking over basic, repetitive tasks, which mean people are spending more time in human risk sensitive' activities. Traditional approaches to mitigating human risk rely heavily on the idealised presumption that because people are employed, they can simply be told what to do -- this works well in safety-critical environments, where the black & white' parameters of desired outcomes are easy to predict, but is much harder when it comes to grey', less codifiable, areas like ethics which are often difficult to monitor until it's too late and rely on employees being positively engaged. If we want to mitigate the risks posed by human decision-making, then we need to base our approach on an understanding of how humans actually make decisions, which is where Behavioural Science -- a discipline based on academic research and field-tested on real' humans by advertisers, governments and transport authorities -- can help achieve better outcomes. This book is designed to help all those involved in managing human risk to achieve compliance' with a small -- in other words, getting their desired outcome -- and explores how organisations can get the best out of their people by designing frameworks that work with, rather than against, the grain of human thinking. Readers will learn to challenge their existing presumptions about managing human risk and discover practical techniques and examples they can deploy in their work environment. (shrink)

The aim of this article is to question the epistemic presuppositions of applying behavioural science in public policymaking. Philosophers of science who have examined the recent applications of the behavioural sciences to policy have contributed to discussions on causation, evidence, and randomised controlled trials. These have focused on epistemological and methodological questions about the reliability of scientific evidence and the conditions under which we can predict that a policy informed by behavioural research will achieve the (...) policymakers’ goals. This paper argues that the philosophical work of Helen Longino can also help us to have a better and fuller understanding of the knowledge which the behavioural sciences provide. The paper advances an analysis of the knowledge claims that are made in the context of policy applications of behavioural science and compares them with the behavioural research on which they are based. This allows us to show that behavioural policy and the debates accompanying it are based on an oversimplified understanding of what knowledge behavioural science actually provides. Recognising this problem is important as arguments that justify reliance on the behavioural sciences in policy typically presume this simplification. (shrink)

This text addresses the problems of complex systems in understanding natural phenomena and the behaviour of systems related to human activity, from a science and humanities perspective. It discusses molecular behaviour and structures, and offers examples of ecological and environmental modelling.

A recurring claim in a number of behavioural, cognitive and neuro-scientific literatures is that there is, or must be, a unidimensional ‘common currency’ in which the values of different available options are represented. There is striking variety in the quantities or properties that have been proposed as determinants of the ordering in motivational strength. Among those seriously suggested are pain and pleasure, biological fitness, reward and reinforcement, and utility among economists, who have regimented the notion of utility in a (...) variety of ways, some of them incompatible. This topic deserves philosophical attention for at least the following reasons. Repeated invocation of the ‘common currency’ idiom isn’t merely terminological coincidence because most of the claims are competing explanations either of manifest pattern in choices, or of order in the processes producing choice. We can’t suppose that the different currency claims within each area are compatible, because there are significant obstacles to identifying pairs of members of either the ‘pattern’ or ‘process’ group. There are, finally, seriously opposed positions about the relationships between the pattern facts and the process facts. There are philosophical positions both favouring and opposing a common currency. But direct consideration of the abstract relationships between claims about common currencies across scientific settings, and the arguments for and against these claims, is relatively rare. There is, though, much of philosophical interest to be found here. (shrink)

This article examines influential recent arguments in science studies which stress the interactive and mutually transformative nature of human-animal relations in scientific research, as part of a broader ontological proposal for science as material engagement with the world, rather than epistemic detachment from it. Such arguments are examined in the light of ethnography and interviews with field biologists who work with meerkats under conditions of habituation. Where philosophers of science stress the mutually modifying aspect of scientific interspecies (...) relationality, these researchers present habituation as a way to study meerkats ‘in the wild’, and to access their putatively natural, undisturbed, behaviour. Building on this contrast, I will argue that the logic of scientific habituation remains difficult to grasp as long as we think of it exclusively in terms of human-animal relations. The seeming ‘paradox’ of habituation – the idea that it transforms precisely that which it aims to hold stable, namely the ‘wildness’ of animals – is an artefact of a frame of analysis which takes animals to be the object of the science of animal behaviour. Habituation ceases to look paradoxical, however, if we remain faithful to these researchers’ own interests, for whom the scientific object does not coincide with the animal as a whole, but is rather only a selected subset of its behaviour. In conclusion I suggest that this account of habituation sheds a new light on the articulations and disjunctions between diverse practices and commitments in social anthropology, philosophy and biological science. (shrink)

Positioning technologies, such as GPS are widespread in society but are used only sparingly in behavioural science research, e.g., because processing positioning technology data can be cumbersome. The current work attempts to unlock positioning technology potential for behavioural science studies by developing and testing a research tool to analyse GPS tracks. This tool—psyosphere—is published as open-source software, and aims to extract behaviours from GPSs data that are more germane to behavioural research. Two field experiments were (...) conducted to test application of the research tool. During these experiments, participants played a smuggling game, thereby either smuggling tokens representing illicit material past border guards or not. Results suggested that participants varied widely in variables, such as course and speed variability and distance from team members in response to the presence of border guards. Subsequent analyses showed that some of these GPS-derived behavioural variables could be linked to self-reported mental states, such as fear. Although more work needs to be done, the current study demonstrates that psyosphere may enable researchers to conduct behavioural experiments with positioning technology, outside of a laboratory setting. (shrink)

There have been calls for some time for a new approach to public health in the United Kingdom and beyond. This is consequent on the recognition and acceptance that health problems often have a complex and multi-faceted aetiology. At the same time, policies which utilise insights from research in behavioural economics and psychology have gained prominence on the political agenda. The relationship between the social determinants of health and behavioural science in health policy has not hitherto been (...) explored. Given the on-going presence of strategies based on findings from behavioural science in policy-making on the political agenda, an examination of this is warranted. This paper begins by looking at the place of the SDoH within public health, before outlining, in brief, the recent drive towards utilising behavioural science to formulate law and public policy. We then examine the relationship between this and the SDoH. We argue that behavioural public health policy is, to a certain extent, blind to the social and other determinants of health. In section three, we examine ways in which such policies may perpetuate and/or exacerbate health inequities and social injustices. We argue that problems in this respect may be compounded by assumptions and practices which are built into some behavioural science methodologies. We also argue that incremental individual gains may not be enough. As such, population-level measures are sometimes necessary. In section four we defend this contention, arguing that an equitable and justifiable public health requires such measures. (shrink)

Over the last three decades, the application of evolutionary theory to the human sciences has shown remarkable growth. This growth has also been characterised by a ‘splitting’ process, with the emergence of distinct sub-disciplines, most notably: Human Behavioural Ecology (HBE), Evolutionary Psychology (EP) and studies of Cultural Evolution (CE). Multiple applications of evolutionary ideas to the human sciences are undoubtedly a good thing, demonstrating the usefulness of this approach to human affairs. Nevertheless, this fracture has been associated with considerable (...) tension, a lack of integration, and sometimes outright conflict between researchers. In recent years however, there have been clear signs of hope that a synthesis of the human evolutionary behavioural sciences is underway. Here, we briefly review the history of the debate, both its theoretical and practical causes; then provide evidence that the field is currently becoming more integrated, as the traditional boundaries between sub-disciplines become blurred. This article constitutes the first paper under the new editorship of the Journal of Evolutionary Psychology, which aims to further this integration by explicitly providing a forum for integrated work. (shrink)

In the past two to three decades health behavior scientists have increasingly emphasized affect-related concepts (including, but not limited to emotion) in their attempts to understand and facilitate change in important health behaviors, such as smoking, eating, physical activity, substance abuse, and sex. This article provides a narrative review of this burgeoning literature, including relevant theory and research on affective response (e.g., hedonic response to eating and drug use), incidental affect (e.g., work-related stress as a determinant of alcohol use), affect (...) processing (e.g., anticipated regret for illicit sex or skipping an exercise session), and affectively charged motivation (e.g., cigarette craving). An integrative dual-processing framework is presented that suggests pathways through which affect-related concepts may interrelate to influence health behavior. (shrink)

Niche construction is a potentially important concept for the human behavioural sciences but we question how it differs from models of gene-culture coevolution and whether it can be developed in the detailed ways that will be necessary if it is going to make a significant contribution to the human behavioural sciences.

Having a criminal justice system that imposes sanctions no doubt does deter criminal conduct. But available social science research suggests that manipulating criminal law rules within that system to achieve heightened deterrence effects generally will be ineffective. Potential offenders often do not know of the legal rules. Even if they do, they frequently are unable to bring this knowledge to bear in guiding their conduct, due to a variety of situational, social, or chemical factors. Even if they can, a (...) rational analysis commonly puts the perceived benefits of crime greater than its perceived costs, due to a variety of criminal justice realities such as low punishment rates. These conclusions are reinforced by studies of crime rates following rule changes. Many show no change in deterrent effect. Those that purport to show a deterrent effect commonly have persuasive non-deterrence explanations, such as a change in incapacitative effect. The few studies that segregate deterrent and incapacitative effects tend to reinforce the conclusion that rule formulation has a deterrent effect only in those unusual situations in which the preconditions to deterrence exist. Even there, the deterrent effects are quite minor and unpredictable, hence inadequate grounds to influence criminal law rule making. (shrink)

The adaptationist framework is necessary and sufficient for unifying the social and natural sciences. Gintis's “beliefs, preferences, and constraints” (BPC) model compares unfavorably to this framework because it lacks criteria for determining special design, incorrectly assumes that standard evolutionary theory predicts individual rationality maximisation, does not adequately recognize the impact of psychological mechanisms on culture, and is mute on the behavioural implications of intragenomic conflict. (Published Online April 27 2007).

Almaatouq et al. propose an integrative experiment design space combined with large samples for scientific advancement. We argue recent innovative designs combining closed-loop experiment designs and Bayesian optimisation allow for integrative experiments at an individual level during a single session, circumventing the necessity for large samples. This method can be applied across disciplines, including developmental and clinical research.

In this paper I develop a concept of behavioural ecological individuality. Using findings from a case study which employed qualitative methods, I argue that individuality in behavioural ecology should be defined as phenotypic and ecological uniqueness, a concept that is operationalised in terms of individual differences such as animal personality and individual specialisation. This account make sense of how the term “individuality” is used in relation to intrapopulation variation in behavioural ecology. The concept of behavioural ecological (...) individuality can sometimes be used to identify individuals. It also shapes research agendas and methodological choices in behavioural ecology, leading researchers to account for individuals as sources of variation. Overall, this paper draws attention to a field that has been largely overlooked in philosophical discussions of biological individuality and highlights the importance of individual differences and uniqueness for individuality in behavioural ecology. (shrink)

This book records almost 50 years' worth of developing and explaining a new way of thinking about behavior. It represents a journey more than a goal. I came to see that the science of behavior needed a new paradigm, and two sorts of changes were required. First, the old molecular view inherited from the nineteenth century, based on discrete responses and contiguity, had to be replaced by a view based on the dynamics of behavior. Behavior is manifestly process and (...) cannot be contained in little momentary packets. Behavior is flow and requires measures and theories that acknowledge its temporal extendedness. Such a new ("molar") view offers plausible and elegant explanations both of laboratory results and of phenomena in the everyday world. The molecular view falls short on both counts. (shrink)

pt. 1. Basics of eastern and western views -- pt. 2. New analytical methods and workability -- pt. 3. Predictive power and future prospects.

To the evolutionarily oriented clinical psychiatrist, the discipline of behavioural ecology is a fertile basic science. Human psychology discusses variation in terms of means, standard deviations, heritabilities, and so on, but behavioural ecology deals with mutually incompatible alternative behavioural strategies, the heritable variation being maintained by negative frequency-dependent selection. I suggest that behavioural ecology should be included in the interdisciplinary dialogue recommended by Keller & Miller (K&M). (Published Online November 9 2006).

This case study examines differences between how the animal-behavior-research fields of ethology and sociobiology account for female ornamental traits. I address three questions: 1) Why were female traits noted in early animal-behavior writings but not systematically studied like male traits? 2) Why did ethology attend to female signals before sexual-selection studies did? 3) And why didn't sexual-selection researchers cite the earlier ethological literature when they began studying female traits? To answer these questions, I turn to feminist and other science-studies (...) scholars and philosophers of science. My main framework is provided by Bruno Latour, whose model I position within relevant feminist critique . This approach provides an interactive account of how scientific knowledge develops. I argue that this embedded approach provides a more compelling reading of the relationship between gender and science than does focusing on androcentric biases. My overall aim is to counter arguments by some feminist biologists that feminist tools should emphasize the correction and removal of biases, and to address their fears that more rigorous critiques would lead to relativism or otherwise remove science as a tool for feminist use. (shrink)

Reading is one of the most common everyday activities, yet research elucidating how affective influence reading processes and outcomes is sparse with inconsistent results. To investigate this question, we randomly assigned participants (N = 136) to happiness (positive affect), sadness (negative affect), and neutral video-induction conditions prior to engaging in self-paced reading of a long, complex science text. Participants completed assessments targeting multiple levels of comprehension (e.g. recognising factual information, integrating different textual components, and open-ended responses of concepts from (...) memory) after reading and after a week-long delay. Results indicated that the Sadness (vs. Happiness) condition had higher comprehension scores, with the largest effects emerging for assessments targeting deeper levels comprehension immediately after reading. Eye-tracking analyses revealed that such benefits may be partly driven by sustained attentional focus over the 20-minute reading session. We discuss results with respect to theories on affect, cognition, and text comprehension. (shrink)

Evolutionary science (ES) and contextual behavioral science (CBS) have developed largely independently during the last half century. However, the earlier histories of these two bodies of knowledge are thoroughly entwined. ES provides a unifying theoretical framework for the biological sciences, and is increasingly being applied to human-related sciences. Meanwhile, CBS is concerned with influencing human behavior in a practical sense. This groundbreaking volume seeks to integrate ES and CBS to promote real, positive change in peoples' lives. Evolution and (...) Contextual Behavioral Science offers a unique glimpse into the histories of ES and CBS, shows how they are intrinsically linked, and outlines why their integration--or, reunification--is essential. By examining these two schools of thought side by side, you'll gain an understanding of why functional and contextual approaches in CBS need to be combined with ES for both fields to advance more rapidly. Finally, rather than the sequential relationship that is typically imagined between ES and CBS, you'll discover how an integrated relationship between these two sciences will result in a better framework for understanding predicting, and influencing human behavior--back cover. (shrink)