Human Behaviour in Organizations

It is crucial to grasp individual behaviour in organizations. This can shed light on evaluation of organizational outcomes. The evaluation can assist in deciding changes required. This chapter investigates organizational behaviour models. The investigation aims to develop a better comprehension of human behaviour. The chapter examines the most reviewed organizational behaviour models. These models are the human relation, the system perspective, productivity perspective, the human resource approach, the contingency approach, and finally, the situation approach. These models are argued to be elementalistic. The elementalism leads to perceive humans and their behaviour in a partial manner. The Aristotelian structure of language underpinning Indo-European languages upholds such elementalism. The structure is built on three laws. These are “is” of identity, two value orientation, and excluding middle stance. The chapter presents some principles of Islam to transform organizational behaviour models. The model enriched by Islam is argued to be in flux.

Interpretation of successful and failed events at entrepreneurial firms: Acknowledgement practice under uncertainty

Event interpretation and acknowledgement drive behaviour and identity formation in organisations. Extant studies exploring this link have focused on large, stable organisations. We extend these studies to entrepreneurial contexts where individual behaviour and organisational identity are especially fluid. We analyse narratives of success and failure in entrepreneurial firms to identify and explore acknowledgement practice, which is the ad-hoc action (or inaction) of organisational actors and groups responding to observed events. We explore how uncertainty affects event interpretation and acknowledgement. Within entrepreneurial contexts, we show that event interpretation and acknowledgement biases influence responses to success and failure. The combination of these biases reveals four broad emergent organisational characteristics, which have important implications for organisational identity.

Principles and State of the Art of Agent-Based Migration Modelling

Migration as an individual behaviour as well as a macro-level phenomenon happens as part of hugely complex social systems. Understanding migration and its consequences therefore necessitates adopting a careful analytical approach using appropriate tools, such as agent-based models. Still, any model can only be specific to the question it attempts to answer. This chapter provides a general discussion of the key tenets related to modelling complex systems, followed by a review of the current state of the art in the simulation modelling of migration. The subsequent focus of the discussion on the key principles for modelling migration processes, and the context in which they occur, allows for identifying the main knowledge gaps in the existing approaches and for providing practical advice for modellers. In this chapter, we also introduce a model of migration route formation, which is subsequently used as a running example throughout this book.

Temporal variation in the behaviour of a cooperatively breeding bird, Jungle Babbler (Argya striata) at diel and seasonal scale

Time is an important and limited resource that can drive the trade-off between various essential activities in the lives of animals. Group-living animals need to perform different behaviour to meet their individual needs and also participate in group activities. They must, therefore, partition the available time between these activities which may vary considerably with environmental and ecological conditions. We examined time-activity budget of a cooperative passerine, Jungle Babbler (Argya striata) and how their behaviour vary across diel and seasonal scales. A repertoire of 13 behaviour was recorded of which 12 behaviour that occur throughout the year were examined further in detail. This included individual behaviour such as foraging, grooming, rest, shower and group behaviour such as allogrooming, movement, play, sentinel, mobbing and inter-group fight. Our results indicate that most of the time (about 70%) was spent performing individual behaviour and the remaining time (about 30%) was allocated to social behaviour. We also found almost all behaviour varied across diel and seasonal scale with respect to proportion of time spent performing them. This highlights the impact of environmental factors on how animals partition their time to perform various activities. Our study also lays the foundation for future studies examining the role of ecological factors such as habitat type and predation pressure in driving these patterns of behaviour in Jungle Babblers.

A way to break bones? The weight of intuitiveness

During the Paleolithic period, bone marrow extraction was an essential source of fat nutrients for hunter-gatherers especially throughout cold and dry seasons. This is attested by the recurrent findings of percussion marks in osteological material from anthropized archaeological levels. Among them some showed indicators that the marrow extraction process was part of a butchery cultural practice, meaning that the inflicted fracturing gestures and techniques were recurrent, standardized and counter-intuitive. In order to assess the weight of the counter-intuitive factor in the percussion mark pattern distribution, we carried out an experiment that by contrast focuses on the intuitive approach of fracturing bones to extract marrow, involving individual without experience in this activity. We wanted to evaluate the influence of bone morphology and the individuals’ behaviour on the distribution of percussion marks. Twelve experimenters broke 120 limb bones, a series of 10 bones per individual. During the experiment, information concerning the fracture of the bones as well as individual behaviour was collected and was subsequently compared to data from the laboratory study of the remains. Then, we applied an innovative GIS (Geographic Information System) method to analyze the distribution of percussion marks to highlight recurrent patterns. Results show that in spite of all the variables there is a high similarity in the distribution of percussion marks which we consider as intuitive patterns. The factor influenced the distribution for the humerus, radius-ulna and tibia series is the bone morphology, while for the femur series individual behaviour seems to have more weight in the distribution. To go further in the subject we need to compare the intuitive models with the distributions of percussion marks registered in fossil assemblages. Thus, it would be possible to propose new hypotheses on butchering practices based on the results presented in this work.

Justice Beyond the State: Social Practices and Relational Equality

In this paper, I argue that principles of justice, contrary to what John Rawls and Thomas Nagel believe, do apply transnationally. I start with a debate about the proper scope of justice and defend the view according to which social practices, apart from the structure of the state, ought to be included in the purview of justice. However, I hold that there is no need to include individual behaviour, alongside social practices, opposing G. A. Cohen’s view on this matter and agreeing with Aaron James. I then argue for a relational account of equality, understood as a central principle of justice, whose application is feasible at the transnational level. Finally, I briefly discuss two examples of international social practices that could (and in my view ought to) be assessed in terms of social justice and respond to two objections to my position.

9. Changing our future

‘Changing our future’ argues that the challenge of climate change must be seen within the current dominant political and economic landscape. Future policies and international agreements need to provide win-win solutions that deal with the biggest challenges facing humanity in the 21st century, which include climate change, environmental degradation, global inequality, and global security. What we need is a new era of planetary stewardship led by governments and underpinned by new economic theories. Effective carbon emission reductions require a partnership between government, both local and national, corporations, and civil society that is supported and encouraged by individual behaviour change. In addition, we need international organizations fit for the challenges of the 21st century.

Alternative Migratory Strategies Related to Life History Differences in the Walleye (Sander Vitreus)

BackgroundWhile Pace of Life Syndrome predicts behavioural differences between individuals with differential growth and survival, testing these predictions in nature is challenging due to difficulties with measuring individual behaviour in the field. However, recent advances in acoustic telemetry technology have facilitated measurements of individual behaviour at scales not previously possible in aquatic ecosystems. MethodsUsing a Walleye (Sander vitreus) population inhabiting Black Bay, Lake Superior, we examine whether life history characteristics differ between more and less mobile individuals as predicted by Pace of Life Syndrome. We tracked the movement of 192 individuals from 2016-2019 using an acoustic telemetry study, relating patterns in annual migratory behaviour to individual growth, and seasonal changes in optimal thermal-optical habitat. ResultsWe observed two consistent movement patterns in our study population — migratory individuals left Black Bay during late summer to early fall before returning to the bay, whereas residents remained within the bay year-round. The average maximum length of migrant Walleye was 5.5 cm longer than residents, and the sex ratios of Walleye caught during fall surveys was increasingly female-biased towards the mouth of Black Bay, suggesting that a majority of migrants were females. Further, Walleye occupancy outside of Black Bay was positively associated with increasing thermal-optical habitat. ConclusionsWalleye in Black Bay appear to conform to Pace of Life Syndrome, with more exploratory (migrant) individuals gaining increased fitness through increased maximum size, which, given size-dependent fecundity in this species, likely results in greater reproductive success (via greater egg deposition vs. non-migrants). Further, apparent environmental (thermal) controls on migration suggest that migratory Walleye (more so than residents) may be more sensitive to changing environmental conditions (e.g., warming climate) than residents.