Understanding Of Human Behavior Research Articles

ANTHROPOLOGY OF THE FUTURE: HOW TECHNOLOGY WILL CHANGE OUR UNDERSTANDING OF HUMANITY IN 2025

As we venture into 2025, the intersection of anthropology and technology presents a fascinating frontier for understanding humanity. This article explores the transformative impact of emerging technologies on our perceptions and experiences of being human. Anthropology, traditionally focused on the study of human societies, cultures, and evolutionary development, is now increasingly intertwined with the rapid advancements in technology. (Lytvynova, L. V. 2004) The article delves into the evolution of anthropological studies in the context of technological innovation. Historically, anthropology has provided insights into the cultural and social dynamics of human societies. However, the advent of digital technologies, artificial intelligence, and biotechnology is reshaping these dynamics, prompting anthropologists to reconsider their frameworks and methodologies. The integration of big data analytics, for instance, allows for a more nuanced understanding of human behavior on a global scale, uncovering patterns and trends that were previously elusive. Next, the article examines how technologies such as virtual reality (VR) and augmented reality (AR) are revolutionizing anthropological research and education. These immersive technologies enable researchers to recreate and explore ancient civilizations, offering new perspectives on historical and cultural contexts. Moreover, VR and AR provide powerful tools for education, allowing students to engage with anthropological content in more interactive and impactful ways.

Cross-species translational paradigms for assessing positive valence system as defined by the RDoC matrix.

Functions associated with processing reward-related information are fundamental drivers of motivation, learning, and goal-directed behavior. Such functions have been classified as the positive valence system under the Research Domain and Criteria (RDoC) criteria and are negatively impacted across a range of psychiatric disorders and mental illnesses. The positive valence system is composed of three comprehensive categories containing related but dissociable functions that are organized into either Reward Responsiveness, Reward Learning, or Reward Valuation. The presence of overlapping behavioral dysfunction across diagnostic mental disorders is in-part what motivated the RDoC initiative, which emphasized that the study of mental illness focus on investigating relevant behavior and cognitive functions and their underlying mechanisms, rather than separating efforts on diagnostic categories (i.e., transdiagnostic). Moreover, the RDoC approach is well-suited for preclinical neuroscience research, as the rise in genetic toolboxes and associated neurotechnologies enables researchers to probe specific cellular targets with high specificity. Thus, there is an opportunity to dissect whether behaviors and cognitive functions are supported by shared or distinct neural mechanisms. For preclinical research to effectively inform our understandings of human behavior however, the cognitive and behavioral paradigms should have predictive, neurobiological, and pharmacological predictive validity to the human test. Touchscreen-based testing systems provide a further advantage for this endeavor enabling tasks to be presented to animals using the same media and task design as in humans. Here, we outline the primary categories of the positive valence system and review the work that has been done cross-species to investigate the neurobiology and neurochemistry underlying reward-related functioning. Additionally, we provide clinical tasks outlined by RDoC, along with validity and/or need for further validation for analogous rodent paradigms with a focus on implementing the touchscreen-based cognitive testing systems.

Examining the effect of post-depositional processes on the preservation and identification of stone tool residues from temperate environments: An experimental approach.

Studying taphonomy is crucial for understanding how post-depositional processes impact archaeological remains. This knowledge is pivotal for accurately interpreting the archaeological record. Although taphonomy has a long tradition in archaeology, it is less developed in the analysis of stone tool residues compared to other subdisciplines. To address this gap, our study aims to further develop our understanding of the preservation potential of stone tool residues in temperate environments through actualist experiments. To achieve this, we develop a multidimensional experimental program that features the first biweekly monitoring of weathering processes on residues over a one-year cycle, aiming to understand the short-term effects of weathering immediately after tool discard. Additionally, the program involves the study of longer-term burial and weathering visual effects on different residue types within various previously unexplored depositional environments. This approach allows us to observe the visual effects of both weathering and burial processes and to improve our understanding of the different mechanisms involved in the diagenesis of stone tool residues. While known factors such as microbial activity and soil acidity play a primary role in residue decay, specific stone tool-related factors also prove important, underscoring the need to develop further a specific branch of taphonomy related to stone tool residues. Moreover, our results show that certain residue types may survive within these environments that are often considered as being hostile. A residue analysis of stone tools from temperate contexts may thus contribute unique data that can improve our understanding of past human behaviour. Future research with more diverse residue types and depositional conditions will permit further refinement of our understanding of how taphonomy affects residue preservation and enhance the reliability of residue identifications. As such, stone tool residue analysis will become firmly rooted within broader functional approaches to address how humans use stone tools and how this affects stone tool variability.

Challenges and Opportunities for Psychological Research in the Majority World

How can psychology transform itself into an inclusive science that engages with the rich cultural diversity of humanity? How can we strive towards a broader and deeper understanding of human behavior that is both generalizable across populations and attentive to its diversity? To address these major questions of our field, relying on scholars from different world regions, we outline first the opportunities associated with conducting psychological research in these and other majority world regions, highlighting international collaborations. Cross-cutting research themes in psychological research in the majority world are presented along with the urgent need to adopt a more critical lens to research and knowledge production within psychology. Indigenization, critical, transformative and liberatory approaches to understanding psychological phenomena framed within the decolonial imperative are presented as future options for a more diverse and equitable psychological science. Next, we address challenges, including limited institutional research infrastructure, limited national investment in research, political and social challenges these regions face, and the impact of imported (rather than locally produced) psychological knowledge. We conclude by offering recommendations to enable psychological science to be more representative of the world’s population. Our aim is to facilitate a broader, better-informed, and more empathic conversation among psychological scientists worldwide about ways to make psychological science more representative, culturally informed and inclusive.

Robin Dunbar: The neurobiology of human sociality

Robin Dunbar is an eminent evolutionary psychologist and anthropologist whose pioneering work has permanently redefined how we think about human social relationships. Dunbar, who is an emeritus Professor of Evolutionary Psychology at the University of Oxford, became world-renowned for, among other contributions, his formulation of “Dunbar's number,” a theoretical limit to the number of stable social relationships an individual can maintain, typically cited as about 150. That idea, which he developed as he studied the relationship between brain size and social group size in various primate species, has since had broad influences across areas from social media design to organizational management. Over time, Dunbar's number has become more widely known and discussed, particularly with the advent of social media and online social networks. This has led to renewed interest in its implications for digital social interactions. Dunbar's illustrious career spans multiple prestigious institutions, including, prior to joining Oxford in 2007, the University of Cambridge, the University of Stockholm (Sweden), University College London and the University of Liverpool. He is a fellow of the British Academy and the Royal Anthropological Institute, a Foreign Member of the Finnish Academy of Science and Letters, and an elected Honorary Member of the Hungarian Academy of Sciences. His interdisciplinary expertise is reflected in his professorships in psychology, evolutionary biology, and anthropology at institutions such as Liverpool and Oxford Universities. He has held a visiting chair in statistical physics and computer science at Aalto University, Finland, which has also awarded him an honorary doctorate. Dunbar studies the evolution of social processes in primates and humans, with work that blends neurobiology, cognitive science, and the social dynamics of how we communicate via friendship networks. His insights into friendships and community cohesion continue to shape our understanding of human social behaviour in the digital age. It is an absolute pleasure that Professor Dunbar answered the Genomic Press Interview as we celebrate the extraordinary story of his scientific odyssey with our readers.

Analysis of Psychological Issues in Me Before You

This study examined the psychological issues and how they affect the behaviors of the protagonists Will and Louisa in the movie Me Before You and their decision-making processes. The research employed a qualitative descriptive approach and incorporated Sigmund Freud's psychoanalytic theory to analyze the film's narrative. Freud's concepts of the id, ego, and superego provide insights into the underlying motivations driving the characters' actions. The findings revealed that Will's struggles with depression, loss of identity, and desire for autonomy drive his decision for assisted suicide while Louisa faces her own challenges with fear of change and societal pressures. The study concluded that experiencing accidents and depression could lead to risky behavior, while highlighting the importance of companionship and understanding, and emphasizing the role of psychological factors in decision-making. Applying Sigmund Freud's psychoanalytic concepts of id, ego, and superego to the protagonists, Will Traynor and Louisa Clark, offers valuable insights into their psychological struggles, enriching the narrative and enhancing its relatability for readers. Future research should explore the ethical implications of assisted suicide, the impact of social isolation on mental health, and the role of humor in caregiving relationships. This will contribute to a deeper understanding of human behavior in challenging circumstances.

Bronze Age cheese reveals human-Lactobacillus interactions over evolutionary history

Despite the long history of consumption of fermented dairy, little is known about how the fermented microbes were utilized and evolved over human history. Here, by retrieving ancient DNA of Bronze Age kefir cheese (∼3,500 years ago) from the Xiaohe cemetery, we explored past human-microbial interactions. Although it was previously suggested that kefir was spread from the Northern Caucasus to Europe and other regions, we found an additional spreading route of kefir from Xinjiang to inland East Asia. Over evolutionary history, the East Asian strains gained multiple gene clusters with defensive roles against environmental stressors, which can be a result of the adaptation of Lactobacillus strains to various environmental niches and humanselection. Overall, our results highlight the role of past human activities in shaping the evolution of human-related microbes, and such insights can, in turn, provide a better understanding of past human behaviors.

Eye-tracking technology in Vietnam: A comprehensive review of its application and acceptance across various fields

This paper presents a literature review of the application and acceptance of eye tracking technology in Vietnam across various fields, including education, consumer behavior, and medical research. Eye tracking has gained prominence due to its ability to provide objective insights into visual attention, cognitive processes, and decision-making. The study aims to evaluate the scope of existing research, assess the technology's effectiveness in Vietnamese contexts, and highlight areas for future development. The review focuses on research published up to 2023, specifically on studies that utilized eye tracking technology to explore various research areas. A systematic search using relevant keywords in both English and Vietnamese was conducted across academic databases. Initially, nine relevant articles were identified, with four selected for detailed examination. These studies applied eye tracking technology to different domains, such as consumer behavior, gender differences, environmental influences on children, and brand awareness. For instance, research in consumer behavior used eye-tracking to investigate Vietnamese preferences in food and beverage choices. Meanwhile, studies focusing on dioxin exposure in children explored gender-specific visual patterns and cognitive effects. These findings suggest that eye tracking is a valuable method for examining consumer preferences and environmental impacts on cognitive behavior, especially in Vietnam. However, this review also identifies limitations in the existing research, particularly regarding sample representation and diversity. To advance the field, future research should focus on including more diverse populations and integrating additional physiological measures. This would provide a more comprehensive understanding of human behavior in Vietnam, thereby enhancing the applicability and relevance of eye tracking studies across various disciplines. Addressing these limitations could significantly contribute to the growth and development of research using eye tracking technology in Vietnam.

New chronology evidence of prehistoric human activities indicated by pottery luminescence dating in the humid subtropical mountains of South China

The age of prehistoric human sites serves as a fundamental basis for studying the relationship between human activities and landscape changes in the humid subtropical mountains of South China. The presence of pottery in these archaeological sites is widespread and offers a valuable resource for precise dating purposes. The Longtoushan (LTS) site, located in the northern mountains of Fujian Province, contains a rich variety of pottery types from various periods, representing a rare multi-period stratigraphic overlap in this area and playing a crucial role in constructing the cultural sequence and lineage of prehistoric and ancient times in this region. In this study, we employed thermoluminescence (TL) and optically stimulated luminescence (OSL) techniques to establish the age of pottery samples collected from the LTS site situated in the upper Minjiang River region of southeast China for the first time, while also comparing our findings with other dating methods to construct a chronological framework for the site. The results showed that: (1) The samples analyzed in this study can be classified according to the peak strength of 325 °C TL signal at natural and regenerative doses of quartz. Samples with weak TL signal at 325 °C (type II samples) showed high recuperation and equivalent dose underestimation at a low preheat temperature (220 °C) in OSL test. (2) Conventional SAR procedures employed for type I samples are not suitable for type II samples. Type II samples require additional OSL stimulation towards the end of the cycle and an extended stimulation duration. (3) The application of various dating methods has revealed that the LTS site represents a long-term settlement in the humid subtropical mountains of South China, commencing around 4.6–4.4 thousand years ago (ka). Specifically, the dating of pottery pieces from kiln sites and tombs in the late Neolithic period provides a specific temporal reference for further understanding of prehistoric human culture and production behavior in the humid mountains of Fujian.

An Upper Paleolithic horse mandible with an embedded lithic projectile: Insights into 16,500 cal BP hunting strategies through a unique case of bone injury from Cantabrian Spain

AbstractEmbedded artifacts in osteoarchaeological remains may be key to approaching hunting strategies and other behavioral‐related issues such as technological development. However, that kind of evidence is not common within the archaeological record and often not well‐characterized, especially for faunal remains from prehistoric sites. Here, we present and discuss a unique case of a horse (Equus caballus) mandible with an embedded lithic remains from the Upper Paleolithic (ca. 17,300–16,200 cal BP) from La Garma cave in Cantabria, Spain. Our macro‐ and microscopic faunal and lithic integrated analysis suggests that the case presented here is a potential perimortem hunting lesion, representing an uncommon hunting strategy during the Magdalenian period. Furthermore, this study, representing the first case of its kind in the Iberian Peninsula, emphasizes the importance of the taphonomic analysis of bone surfaces to approach the understanding of past human behaviors.

The Missing Engineering Discipline in Cybersecurity: Human Factors Engineering

Human factors remain the most critical vulnerability in cybersecurity, with many breaches involving human errors or social engineering. Integrating human factors engineering (HFE) into cybersecurity strategies is crucial for addressing these vulnerabilities and enhancing security resilience. Despite its importance, HFE is not widely recognized as an engineering discipline in cybersecurity, and many educational programs lack dedicated courses on human factors. Academic institutions, cybersecurity professionals, and federal agencies must advocate for incorporating HFE into cybersecurity curricula to prepare professionals with a comprehensive understanding of human behavior and its impact on security, ultimately leading to more robust and resilient cybersecurity practices.

Showcasing the Variety of Biosocial and Evolutionary Approaches in Sociology: Introduction to the Special Issue

This introduction to the special issue explores the increasing integration of biosocial and evolutionary approaches within sociology, highlighting the diverse ways in which these perspectives are incorporated into sociological research. In the past, sociology had reservations against or even rejected biological and evolutionary explanations of human behavior and often viewed them with skepticism. However, recent developments have seen a resurgence of interest in these approaches, leading to the emergence of interdisciplinary subfields such as biosociology, evolutionary sociology, neurosociology, and sociogenomics. This introduction provides a historical overview of biological and evolutionary thinking with regard to human behavior and sociality, tracing its roots from Darwinian theory to its contemporary applications within sociology. We discuss the conceptual and methodological differences between these approaches and offer an overview of key contributions that illustrate their relevance to core sociological topics. The articles in this special issue—which we summarize in this introduction—exemplify the variety of work being done at the intersection of sociology and the bio- and evolutionary sciences, from theoretical explorations to empirical studies. By presenting this range of interdisciplinary research, we aim to invite a broader sociological audience to engage with these perspectives, contributing to the development of a more comprehensive understanding of human behavior that sheds the dualism between nature and nurture—long overcome outside of sociology—for a consolidated effort to examine how nature and nurture are intertwined in multiple and complex ways.

Simulated fire video collection for advancing understanding of human behavior in building fires.

The goal of the present research was to develop a video collection of simulated fires to investigate how people perceive growing building fires. In fire safety science, a critical factor to occupant responses to building fires is the pre-movement period, determined by how long it takes an individual to initiate taking protective action with an incipient fire. Key to studying the psychological processes that contribute to the duration of the pre-movement period is presenting human subjects with building fires. One approach used in previous research is to present videos of building fires to individuals via scenarios. The numerical simulations used to model fire dynamics can be used to render videos for these scenarios. However, such simulations have predominantly been used in fire protection engineering to design buildings and are relatively inaccessible to social scientists. The present study documents a collection of videos, based on numerical simulations, which can be used by researchers to study human behavior in fire. These videos display developing fires in different types of rooms, growing at different rates, different smoke thickness, among other characteristics. As part of a validation study, participants were presented with subsets of the video clips and were asked to rate the perceived risk posed by the simulated fire. We observed that ratings varied by the intensity and growth rate of the fires, smoke opacity, type of room, and where the viewpoint was located from the fire. These effects aligned with those observed in previous fire science research, providing evidence that the videos could elicit perceived risk using fire simulations. The present research indicates that future studies can utilize the video library of fire simulations to study human perceptions of developing building fires as situational factors are systematically manipulated.

Towards intelligent environments: human sensing through 3D point cloud

To realize the concept of “Society 5.0”, which seeks to enhance well-being by integrating the Internet of Things to connect people, objects, and environments, intelligent environments are essential. These environments focus on creating sensor-enhanced spaces capable of recognizing and interpreting human behaviors and needs. This paper explores how we achieve intelligent environment by highlighting current technologies and applications of human sensing and tracking that enables such intelligent environments. Specifically, it introduces the development and application of LiDAR-based human sensing and tracking technologies, including the Hitonavi and Hitonavi-μ\\documentclass[12pt]{minimal} \\usepackage{amsmath} \\usepackage{wasysym} \\usepackage{amsfonts} \\usepackage{amssymb} \\usepackage{amsbsy} \\usepackage{mathrsfs} \\usepackage{upgreek} \\setlength{\\oddsidemargin}{-69pt} \\begin{document}$$\\mu $$\\end{document} systems, designed for multi-person tracking in extensive areas and for enabling person detection and activity recognition on edge devices, respectively. Moreover, the paper explains the services and applications of these methodologies to smart buildings, shopping malls, and elderly care, showcasing their potential to enhance safety, convenience, and understanding of human behavior within intelligent environments. Throughout this paper, we present our vision for creating reliable intelligent environments, which are fundamentally supported by sophisticated human sensing technologies.

Centering Communities in Global Health: Using Human-Centered Design to Facilitate Collaboration and Intervention Development.

Utilizing iterative and collaborative tools, Human-centered Design (HCD) facilitates the creation of tailored solutions for multifaceted issues by fostering empathy and a deep understanding of human behaviors. This paper presents insights gleaned from employing HCD tools to center communities in global health intervention development. The study team collaborated with community members in Dailekh, Nepal to co-design interventions to address harms associated with menstrual seclusion, known as chhaupadi. A Community Design Team, comprising 10 women representing various castes and ages convened for a four-day intervention co-design workshop in the community. A Community Validation Team, comprising 12 individuals from diverse occupational and caste backgrounds provided feedback on the interventions. Additionally, six village leaders participated in Key Informant Interviews to garner additional insights. In the study's initial "discovery" phase, the Community Design Team employed HCD tools to generate a nuanced understanding of the context, stakeholders, and community experiences. Subsequently, in the second "design" phase, the Community Design Team crafted interventions to address harms associated with chhaupadi. Invaluable lessons gained from this study underscore the necessity of crafting contextually suitable tools, checklists, and prompts for participants, allocating sufficient staff, time, and resources, and adapting to participants' literacy levels and engagement preferences, whether through group or individual activities. Reflecting on these insights, our experience suggests HCD offers promising tools to authentically and equitably involve participants with diverse backgrounds in articulating their own ideas for community-based solutions in Nepal. Health practitioners, researchers, and intervention development experts are encouraged to consider adopting HCD methodologies to prioritize community voices in devising solutions for complex health challenges.

TESTEMUNHO NA OBRA A QUEDA DO CÉU: PALAVRAS DE UM XAMÃ YANOMAMI, DE DAVI KOPENAWA E BRUCE ALBERT

The present work addresses the testimonies in several chapters of the book "The Falling Sky: Words of a Yanomami Shaman" by Davi Kopenawa and Bruce Albert. The book is a non-fictional account by a shaman in collaboration with French anthropologist Bruce Albert. The initiative began in the 1990s, at Kopenawa's request, in response to the missionary brutality and the Northern Perimetral Road that his people were experiencing. The research aims to identify testimony within the mentioned work. The specific objectives are based on analyzing the memories of the Yanomami people, discussing the testimony as described and experienced by Kopenawa, and exposing shamanic prophecy as the Yanomami people's resistance. The research methodology is qualitative, utilizing technical procedures to analyze the work and is also rooted in the understanding of human behavior. Furthermore, the work conducts a theoretical investigation of authors such as Harlow (1987), Bosi (1996), Kopenawa (2015), Albert (2015), Sarmento-Pantoja (2021), Sarmento-Pantoja (2014), among others, who provide the theoretical framework for the research's development. In light of the above, we can conclude that the discussion in this work is relevant for a shift in historical narratives, contributing to the valorization of the history, culture and voices of indigenous peoples.

Uncovering human behavioral heterogeneity in urban mobility under the impacts of disruptive weather events

Understanding the response of human mobility to disruptive weather events is beneficial for the development of urban risk mitigation and emergency response policies, thus enhancing urban resilience. Most human mobility studies relying on aggregate flow data inevitably neglect the heterogeneity of disaggregate travel patterns with distinctive spatiotemporal characteristics, causing the uncertainty problem for identifying meaningful travel behaviors. Moreover, there is a lack of robust methodological approaches to extracting stable and genuine travel patterns under normal or disruptive situations. To address these issues, this study proposes a data-driven approach to spatiotemporal flow decomposition based on non-negative matrix factorization. With sparseness factored in the decomposition, stable disaggregate travel patterns can be extracted from origin-destination mobility flows. By combining temporal, spatial, and urban functional perspectives, heterogeneous travel behaviors can be analyzed and inferred. With a case study of the Zhengzhou ‘7.20’ heavy rainfall in 2021, the most extreme rainfall ever recorded in China, this study validated the effectiveness of the proposed approach and managed to identify representative and interesting travel patterns and behaviors, facilitating a better understanding of human travel behaviors under external impacts. In practice, this study can provide valuable insights for coping strategies in the face of increasingly frequent disruptive events.

Swiping more, thinking less: Using TikTok hinders analytic thinking

The rapid rise and widespread use of short video applications (SVA) have significantly reshaped our understanding of social media, technology, and human social behavior. Particularly among young users, frequent social media usage and continuous swiping through endless video feeds have become pervasive phenomena. Using dual-process theory, this experimental study explored the psychological consequences of using SVA from two studies. Our findings contributed to the understanding of the cognitive implications of SVA use in young adults in the following ways. Watching short videos predicted less analytic thinking that could go beyond initially flawed intuitions in reasoning (Study 1). Additionally, the process of swiping through the short video feeds, rather than the video content itself, negatively influenced users’ propensity to think analytically; and the decreased positive affect mediated the effect of TikTok usage on analytic thinking (Study 2). These results showed that users should be aware that the common daily leisure activity of using short video applications increases one’s inherent tendency to fast and automatic thinking processing, which can impair their judgment and decision-making in other tasks, such as information discernment. This study indicated the negative implications of artificial intelligence agencies for young adults’ thinking processing in psychological and social domains.

Исторические подходы к исследованию лжи и их трансформация в культуре

The article analyzes the process of understanding the concept of lies in the history of culture. The relevance of the problem is due to the obvious transformation of the content of the concept over time, changes in the semantic volume and status of lies in different fields of knowledge. Based on the analysis of historical and philosophical material and modern domestic literature, historically formed approaches to the interpretation of the concept of lie are identified. Such approaches include religious, ontological, epistemological, ethical, axiological, instrumental, cultural and psychological approaches to the interpretation of lies. In the religious approach, God is the absolute truth; lies come from the devil and are a phenomenon of the lower world. In the ontological approach, lies are presented as a phenomenon in the world of things. In the epistemological approach, lying is not associated with a person; denotes the discrepancy between knowledge and reality and is a hypostasis of truth. The ethical approach connects truth with duty, and lies with violation of people’s rights and internal moral imperative (Kant). In cultural, axiological and instrumental approaches, lies are interpreted as a utilitarian value that ensures the realization of communicative needs and the achievement of cultural goals. The psychological approach associates lies with interpersonal communication between people and the volitional action of a person. The historical conditionality and interrelation of the selected approaches is shown. By tracing the evolution of approaches to studying lying, from religious condemnation to psychological inquiry, the article contributes to a deeper understanding of human behavior and societal norms.

Individual differences link sensory processing and motor control.

Research on saccadic and pursuit eye movements led to great advances in our understanding of sensorimotor processing and human behavior. However, studies often have focused on isolated saccadic and pursuit eye movements measured with respect to different sensory information (static vs. dynamic targets). Here, we leveraged interindividual differences across a carefully balanced combination of different tasks to demonstrate that critical links in the control of oculomotor behavior were previously missed. We observed correlations in eye movement behavior across tasks, but only when compared with the same sensory information (e.g., pursuit gain and accuracy of saccades to moving targets). Within the same task, the coordination of saccadic and pursuit eye movements was tailored to the strengths of the individual: observers with more accurate saccades to moving targets rely on them more to catch up with moving targets. Our results have profound implications for the theoretical understanding of sensorimotor processing for oculomotor control. They necessitate a reevaluation of previous data used to map brain circuits for saccadic and pursuit eye movements measured with different types of relevant sensory information. Additionally, they underscore the importance of moving beyond average observations to embrace individual differences as a rich source of information. These individual differences not only reveal the strengths and weaknesses of observers. When combined across different tasks, they allow insights about why observers behave differently in a given task. (PsycInfo Database Record (c) 2024 APA, all rights reserved).