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The chapter reviews the past literature on this topic, identifies some areas where Eastern religious cults may impact our life in the West, and also raises new questions and ideas for future scholarship. The study of all cults has been hampered by problems of definition and such problems (Eurocentric bias, Orientalism) are even more relevant in the study of Eastern religion. We review religious cults from three contrasting parts of the East, including the Middle East, South Asia, and East Asia. We review a true Western court case in which a mental health defense (insanity) was indirectly inspired by the theology of an Eastern religious cult after the defendant admitted killing, but claimed “God told me to Kill!” This raised new questions for the forensic psychiatrists in the case, who found it difficult to accept the unpopular “cultish” view that God may indeed command one to kill. Whereas some Western religious cult leaders are available for psychiatric interview in the West, most Eastern ones are not so available, so our knowledge of their characteristics is based less on rigorous psychiatric interview, and more on soft historical records, often written by their enemies and therefore of questionable value. Lastly, we review some differences between Western and Eastern psychology / logic, which may be relevant to the dynamics of the seduction process for indoctrination into an Eastern religious cult.
The mobility of a weed species is a strong determinant of the optimal management strategy, including whether area-wide management will be beneficial. In this paper, we examine the mobility and dispersal distances of flaxleaf fleabane [Conyza bonariensis (L.) Cronquist; syn.: Erigeron bonariensis L.], widely regarded as a highly mobile weed. We sampled individual weeds from two regions and sampled the same sites in the following season to conduct parentage analysis and assess intergenerational dispersal distances. We find high values of FIS across populations consistent with mostly self-fertilization, but also relatively high genotypic diversity, suggesting that outcrossing does occur at low rates. We find evidence for long-distance dispersal (more than 350 km) and detect dispersal distances of up to 71 km and 36 km within each of the two regions using parentage analysis. We also find high spatial genetic structure within the Riverina region, with sites in 2021 genetically very similar to sites in 2020, indicating that local dispersal may be a more important driver of population genetics than long-distance dispersal, perhaps due to the high rates of seed production and self-fertilization. Glyphosate resistance was not spatially structured in C. bonariensis in these regions, highlighting the role of movement, and significant proportions of susceptible plants were found in both regions. The high levels of mobility, including over potentially long distances, indicate that the value of control and preventing weed seed set is likely to extend beyond the farm and offer “area-wide” benefit.
With a broader range of entries than any other reference book on stage directors, this Encyclopedia showcases the extraordinary diversity of theatre as a national and international artistic medium. Since the mid nineteenth century, stage directors have been simultaneously acclaimed as prime artists of the theatre and vilified as impediments to effective performance. Their role may be contentious but they continue to exert powerful influence over how contemporary theatre is made and engaged with. Each of the entries - numbering over 1,000 - summarises a stage director's career and comments on the distinctive characteristics of their work, alluding to broader traditions where relevant. With an introduction discussing the evolution of the director's role across the globe and bibliographic references guiding further reading, this volume will be an invaluable reference work for stage directors, actors, designers, choreographers, researchers, and students of theatre seeking to better understand how directors work across different cultural traditions.
Commercial cattle slaughter operations have shown an increasing trend towards automation, with the aim being to improve animal welfare, product quality and efficiency. Several cattle slaughter plants have introduced mechanical rump pushers (RP) prior to the entrance of the stun box to reduce human-animal interaction and facilitate a smoother transition from the raceway to stun box. Presently, there are no data regarding the use of RPs in commercial slaughter environments operating at 40 cattle per hour. Therefore, this study observed normal operations at a UK slaughter plant, which has an RP installed, and assessed the level of coercion required to enter the RP, the use of the RP, cattle behaviour inside the RP and carcase bruising. The RP was used on 267 of the 815 cattle observed (32.8%) and was more likely to be used on dairy cattle and those who received a higher coercion score when entering the RP. Overall, 60 cattle (7.4%) required the highest coercion score and four (0.49%) required the use of the electric goad. Inside the RP, eleven animals slipped (1.8%) and ten vocalised (1.6%) although no incidences were directly associated with RP use. However, increased time restrained in the RP was significantly associated with more gate slams into the RP entrance gate. The use of the RP was not significantly associated with carcase bruising. These results are encouraging, and although it cannot be concluded that the presence of an RP improves cattle welfare at slaughter, use of automation within cattle slaughter facilities warrants further investigation.
This Element addresses questions about social movement effectiveness and the strategies and methods that are most likely to achieve policy change. It examines the nature of peace movements through a comparative analysis of three major movements, focusing on their policy impacts. It assesses social movement dynamics and the mechanisms through which movements gain influence. The purpose is to mine campaign experiences from the past to develop action guidelines for more effective citizen activism against war and nuclear weapons in the future. The Element examines non-institutional and institutional forms of politics and the relationship between the two, and how they can be mutually reinforcing. It traces examples of inside-outside approaches within the three peace movements and their effects. Lessons from the analysis and case studies are applied in the final section to proposals for a new global freeze movement to stop the emerging international arms race.
In this chapter, I pursue two main goals. First, I argue for a new empirical generalization: An external argument in German passive constructions is accessible from positions below it but inaccessible from positions above it. The evidence for downward accessibility comes from control into adjunct clauses, secondary predicates, and complement clauses, binding of reflexives and reciprocals, and disjoint reference effects. In contrast, the evidence for upward inaccessibility comes from long-distance binding in impersonal passives and standard passives, accessible subjects for control infinitives, criterial movement constraints, minimality of movement effects, and intervention for anaphoric binding. Second, I present a new theory of passivization from which this generalization can be derived: The elementary operation Remove accounts for both accessibility and inaccessibility of external arguments in the passive in German, by correctly predicting a short life cycle. After this, the chapter addresses the question of how variation in the area of passivization can be accounted for in the new model. Next, there is a brief extension of the analysis to adjectival passives, invoking external Remove. The chapter concludes with a discussion of alternative approaches that either maintain strict accessibility or postulate strict inaccessibility, as well of hybrid approaches.
This chapter introduces the operation Remove. The starting point is the question of how to account for conflicting structure assignments in syntax. After excluding the standard means of syntactic movement for certain cases, several predecessors and alternatives of Remove are discussed (among them tree pruning, S-bar deletion, and exfoliation). In addition, the concept of coanalysis is critically evaluated. The core of the chapter is devoted to introducing Remove as an elementary operation that is the complete mirror image of Merge in that it triggers structure removal rather than structure building, and that it obeys exactly the same restrictions (with respect to triggers, strict cyclicity, etc.). On this basis, the different effects that Remove has for removal of phrases versus removal of heads are illustrated. Some general consequences are discussed next, concerning short life cycle effects, incompatibilities with other constraints (in particular, this holds for the Projection Principle), and semantic interpretation.
Exploring the major syntactic phenomena of German, this book provides a state-of-the-art account of German syntax, as well as an outline of the key aspects of Chomsky's Minimalist Program. It is one of the first comprehensive studies of the entire syntactic component of a natural language within the Minimalist Program, covering core issues including clause structure, binding, case, agreement, control, and movement. It introduces a phase-based theory of syntax that establishes Remove, an operation that removes syntactic structure, as a mirror image of Merge, which builds syntactic structure. This unified approach resolves many cases of conflicting structure assignments in syntax, as they occur with passivization, restructuring, long-distance passivization, complex prefields, bridge verbs, applicatives, null objects, pseudo-noun incorporation, nominal concord, and ellipsis. It will pave the way for similar research into other languages and is essential reading for anyone interested in the syntax of German, syntactic theory, or the Minimalist Program.
Chapter 5 focuses on the different temporalities that are interwoven in the station, feeding into everyday experiences and informing patterns of action. In Accra’s station, just as in most bus stations in Ghana, departures do not follow designated scripts dictated by clock time; instead, they are collectively timed by the inflow of passengers. These inflows follow different rhythmic temporalities co-composed in Accra and in the destinations served by the station. By detailing the daily work activities of an inexperienced and an experienced station worker, it teases out different levels of perceptual attunement to movement and rhythm taking shape hundreds of kilometres away. It argues that the tacit dimension of temporal and kinaesthetic enskilment highlights important qualities needed to make hustle successful, which essentially requires the ability to ‘read’ the different rhythms of eruptive situations and to align and time one’s actions accordingly.
This study examines settlement evidence from south-eastern Norway during the Late Neolithic and Bronze Age, revealing unique aspects of regional architectural and social organization. Notably, smaller and uniform house sizes suggest a divergence from the monumental power displays seen in southernmost Scandinavia. The uniformity in house sizes and significant spatial distances between contemporary houses imply a social structure akin to segmentary societies with symmetrical power relations, reliant on mobility and mixed subsistence practices. Changes in settlement patterns and house sizes during the Late Bronze Age could have been the result of increased social stratification or responses to population growth. Overall, the settlement patterns and house sizes in south-eastern Norway reflect a society that, while connected to the broader Nordic Bronze Age world, developed distinct social and economic strategies. These findings highlight the importance of considering regional variations and responses to environmental and social challenges in prehistoric societies.
Clinical high-risk for psychosis (CHR-P) states exhibit diverse clinical presentations, prompting a shift towards broader outcome assessments beyond psychosis manifestation. To elucidate more uniform clinical profiles and their trajectories, we investigated CHR-P profiles in a community sample.
Methods
Participants (N = 829; baseline age: 16–40 years) comprised individuals from a Swiss community sample who were followed up over roughly 3 years. latent class analysis was applied to CHR-P symptom data at baseline and follow-up, and classes were examined for demographic and clinical differences, as well as stability over time.
Results
Similar three-class solutions were yielded for both time points. Class 1 was mainly characterized by subtle, subjectively experienced disturbances in mental processes, including thinking, speech and perception (basic symptoms [BSs]). Class 2 was characterized by subthreshold positive psychotic symptoms (i.e., mild delusions or hallucinations) indicative of an ultra-high risk for psychosis. Class 3, the largest group (comprising over 90% of participants), exhibited the lowest probability of experiencing any psychosis-related symptoms (CHR-P symptoms). Classes 1 and 2 included more participants with functional impairment and psychiatric morbidity. Class 3 participants had a low probability of having functional deficits or mental disorders at both time points, suggesting that Class 3 was the healthiest group and that their mental health and functioning remained stable throughout the study period. While 91% of Baseline Class 3 participants remained in their class over time, most Baseline Classes 1 (74%) and Class 2 (88%) participants moved to Follow-up Class 3.
Conclusions
Despite some temporal fluctuations, CHR-P symptoms within community samples cluster into distinct subgroups, reflecting varying levels of symptom severity and risk profiles. This clustering highlights the largely distinct nature of BSs and attenuated positive symptoms within the community. The association of Classes 1 and 2 with Axis-I disorders and functional deficits emphasizes the clinical significance of CHR-P symptoms. These findings highlight the need for personalized preventive measures targeting specific risk profiles in community-based populations.
Combining feminist, materialist, and comparatist approaches, this study examines how French and British women writers working at a transformative time for European literature connected vibrantly to objects as diverse as statues, monuments, diamonds, and hats. In such connections, they manifested their own (often forbidden) embodiment and asserted their élan vital. Interweaving texts by Edgeworth, Staël, Bernardin, Wordsworth, Smith, and Burney, Jillian Heydt-Stevenson posits the concept of belonging with, a generative, embodied experience of the nonhuman that foregrounds the interdependence among things, women, social systems, and justice. Exploring the benefits such embodied experiences offer, this book uncovers an ethical materialism in literature and illuminates how women characters who draw on things can secure rights that laws neither stipulate nor safeguard. In doing so, they-and their texts-transcend dualistic thinking to create positive ecological, personal, and political outcomes. This title is also available as Open Access on Cambridge Core.
This chapter discusses the sections of finite and absolute mechanics of Hegel’s Philosophy of Nature which are predicated upon his theory of space and time. It starts with the emergent notions of matter and movement before giving the details of the mechanical analysis in a close reading. Giving a foundation for Kepler’s laws is not only a touchstone of Hegel’s theory but is an integral rung in a system of steps building natural science from space and time. The chapter exposes three main strands of argument: dimensional realization of time and space in movement of matter, striving towards inner and outer centers of extended bodies, and the realization of a system of bodies in motion which materializes a complexity paralleling not only of the tripartite system general-particular-individual of his logic but additionally includes two particulars – as necessary in Hegel’s account of nature. Lastly, the chapter comments briefly on the relationship to Kant, Newton, and classical mechanics, as well as on modern aspects. As it demonstrates, Hegel’s treatment of mechanics is not an idiosyncratic way of presenting celestial mechanics but contains radical, quite modern metaphysical concepts which are not only interesting in their own right but furnish a key to the understanding of his system.
Reintroduction includes the captive propagation and movement of extirpated animals or plants into areas of historical and native distribution. Many biotic or abiotic factors can affect a founder population when small numbers are released into unfamiliar novel environments, particularly at the early stage of reintroduction. The inclusion of behavioural and ecological components plays a crucial role in the decision-making process of endangered species conservation efforts such as reintroduction. Since the resident population of Oriental Storks Ciconia boyciana was locally extirpated in South Korea in 1971, its founders have been established through reintroduction since 2015. The aim of this study was to investigate the demography, habitat use, and movement patterns of stork founders using the first two-year demographic and tracking data. Stork founders maintained their population size, which slightly increased in the long term. The patterns of habitat use and movement depended on rice paddy fields for foraging and breeding along with mixed effects of breeding status and season. Considering ecological and life history-related perspectives, we also discuss the potential adaptiveness of founder Oriental Storks as a resident population in a novel environment in South Korea.
This chapter focuses on how the multiplane camera was used in Japan and what it signified to Japanese animators. Some creators attempted to bypass its aesthetics by interrelating mimetic and allusive representation, or motion and emotion, in their storytelling through a synthesis of cinematic techniques derived from live-action film and drawing conventions derived from comics. Anime movement shares some principles with character animation, but it prioritizes the assemblage of different visual properties. It engages viewers through emotional movements, where it draws upon elements other than the visible and mimetically represented physical motion. Emotion-eliciting movements often rely on abstract, exaggerated, and stylized forms, in which the manner of representation itself becomes the center of attention. Using Demon Slayer: Kimetsu no Yaiba as an example, this chapter demonstrates how the series’ visuality shifts on a spectrum, responding to existing anime norms, film forms, technologies, platforms, funding patterns, and the cross-pollination of practices among creators and audiences that do not necessarily demand the simulation of photorealism.
Despite the growing influence of the “material” turn within childhood studies and education, scholarship related to teaching and learning within the early childhood classroom remains a largely humanistic endeavour. By applying relational and multispecies onto-epistomologies to both children’s classroom relations and our own teacher subjectivities, this work aims to highlight what other possibilities emerge when the dominant hierarchies of teacher-researcher-child-non-human are destabilised. Taking the idea of destabilisation literally, we diffractively map our own experiences as teacher-researchers within early years educational contexts, utilising diffractive methods to narrow-in on the mutually constituted conditions of movement. These more-than-human movements emerged during improvised classroom encounters between young children, animals and plants and varied in intensity and duration, as these constructed cuts and data (re)presentations continue to “move” us years later. Building upon research that explores the relationalities of children and non-human others, as well as “how movement does relationships’’ in early childhood educational contexts (Riley & Proctor, 2023, p. 663), we argue that a complex meta/physics of more-than-human movement affords literal and conceptual turning, enmeshing, decentering, connecting and rupturing, producing a less certain but more attuned early years teacher.
This chapter describes some commonly used nonhuman paradigms for assessing animal behavior and the figures that are used to present those data. The chapter opens with an overview of some animal species used in neuroscience research, a discussion about nonhuman housing, and a description of types of validity that behavioral neuroscientists concern themselves with. The behavioral tests described here are divided into five major categories: motor behaviors; pain; learning and memory; mental disorders such as anxiety, depression, and substance use disorder; and social behaviors. Included is a description of a survival analysis and an explanation of interpreting Kaplan–Meier curves.
Psychiatric illness may be associated with objective or subjective motor disorders. This chapter is chie?y devoted to objective motor disorders, but subjective motor disorders may also occur. It is difficult to classify motor disorders because although clear-cut individual motor signs (such as stereotypies) can be treated as if they were neurological symptoms, it is much more difficult to classify more complicated patterns of behaviour. Nonetheless, motor disorders can be broadly grouped into the following categories: (a) disorders of adaptive movements; (b) disorders of non-adaptive movements; (c) motor speech disturbances; (d) disorders of posture; (e) abnormal complex patterns of behaviour; and (f) movement disorders associated with antipsychotic medication. This chapter explores and explains these different categories of motor disorder in the context of psychiatric illness. The chapter concludes with suggested questions for eliciting specific symptoms in clinical practice, in addition to standard history-taking, mental state examination and physical examination.
To examine the feasibility of implementing a cardiorespiratory exercise stimulus during functional Magnetic Resonance Imaging (fMRI).
Participants and Methods:
12 young adults (age: 18-22 years) completed progressive maximal exercise testing and a brain MRI scan. During scanning, participants completed three runs of functional MRI (volumes = 619; TR = 800 ms; multiband = 4; voxel size = 3 mm3). During each 8 minute fMRI run, participants completed an exercise challenge consisting of alternating blocks of exercise and rest. Exercise was implemented with a cardiostepper, an MRI-compatible device (similar to a Stairmaster) capable of generating a cardiorespiratory exercise stimulus. During exercise blocks, participants stepped at a rate of 60 Hz with pedal resistance determined by participants' fitness level. Heart rate and respiration data were collected during MRI. fMRI data were processed and analyzed using FMRIB Software Library (FSL). The ARtifact Detection Toolbox (ART) software was also used to identify volumes with significant artifact, and ICA-AROMA was used to remove motion-related BOLD signal components.
Results:
During exercise blocks, heart rate increased (mean = 131 beats per minute) compared to rest (mean = 87 beats per minute; t(34) = 4.3; p < .001). The mean heart rate during exercise blocks corresponds to an exercise intensity in the light to moderate intensity range for this age group. Motion (median framewise displacement) was significantly higher during exercise (mean = .53 mm) than rest (mean = .36 mm). Across all blocks, ART classified 19.8% of brain volumes as artifact-containing outliers, with 69% of the outliers occurring during exercise blocks. Although greater head motion was observed during exercise, the use of ICA-AROMA reduced the impact of motion considerably, recovering an additional 25% of the task-related signal, relative to noise. Comparison of fMRI activity during exercise versus rest revealed significant associations with primary and supplementary motor cortices, hippocampus, and the insula, among other regions.
Conclusions:
The current study demonstrates the feasibility of eliciting light to moderate intensity cardiorespiratory exercise (using a lower body stepping exercise) during functional MRI. Although increased head motion was observed during exercise compared to rest, the degree of head motion was roughly approximate to the values published in previous fMRI studies and post image acquisition processing improved task-related signal. During exercise, increased brain activation was observed in regions associated with the central command network, which regulates autonomic nervous system and musculoskeletal function during exercise.
Timing, or the decision of when to act, is essential to mammalian behaviors from escaping predators to driving a car. It requires cognitive functions such as working memory for time-based rules and attention to the passing of time. Thus, it can be used as a proxy for higher order executive functions that are difficult to measure but are impaired in many neurological disorders. Therefore, insights from studies of interval timing, tasks which require estimating time intervals of several seconds, have great value for our understanding of human disease. Crucial to timing is the basal ganglia, which integrates cortical activity with midbrain dopamine signals and sends out signals to the spinal cord that regulate movement, motivation, and other behaviors. We have previously found that within the basal ganglia, medium spiny neurons of the striatum exhibit ramping activity in time-related tasks. In other words, they gradually increase or decrease firing frequency across a timed interval, and this is thought to encode time. Yet it is still unknown how the encoding of time is translated into time-based motor responses. To answer this question, we turned to the external globus pallidus (GPe) because it is a regulatory hub within the basal ganglia and is thus well positioned to regulate timing behavior. We sought to examine how the GPe functions in response to time-based demands.
Participants and Methods:
We recorded from neuronal ensembles using 16 channel electrode arrays implanted in the GPe of five mice while they performed an interval timing task called the switch interval timing task. Spike sorting was then used to identify signal from individual neurons.
Results:
Data were compiled from 43 neurons over several trials. Principal component analysis of neural firing activity was then conducted and revealed a downward ramping pattern in GPe neurons during interval timing trials. Data were then separated based on trials in which mice made correct decisions and those in which mice made a mistake. We found that when mice make correct timing decisions, there is downward ramping activity in the GPe, yet when mice make timing mistakes, this ramping pattern is lost.
Conclusions:
Our findings suggest that the GPe processes timing signals through ramping activity, before projecting to the output nuclei of the basal ganglia. This is a novel finding and contributes to a growing understanding of the temporal code of the basal ganglia. The full extent of this code is still unknown, but this insight contributes to a better understanding of how the globus pallidus represents cognition. If we can better explain the neural correlates of timing, we can use this knowledge to inform therapeutic interventions for basal ganglia dysfunction, which could have profound implications for diseases like Parkinson’s disease, which affects millions around the world.