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Topics include self-directed stigmergy and the 5Rs Framework, metamarks as temporal cognitive artifacts, Gen Z leaderless uprisings, language documentation networks, parkour as stigmergic behavior, robot swarm coordination, stingless bee architectural traditions, Wikipedia open collaboration, urban self-organization, environmental memory, and digital rating systems as collective intelligence.","dateModified":"2026-04-03","version":"1.1","inLanguage":"en-US","isPartOf":{"@id":"https://www.marvinuehara.com/#website"},"breadcrumb":{"@id":"https://www.marvinuehara.com/stigmergy-clips#breadcrumb"},"author":{"@id":"https://www.marvinuehara.com/#person"},"keywords":["human stigmergy","stigmergy clips","stigmergy network theory","self-directed stigmergy","metamarks","5Rs framework","temporal cognitive artifacts","diachronic self-communication","reality gap motor learning","skill acquisition video feedback","Jason Paul parkour stigmergy","autodidactic learning","metacognitive awareness","proprioceptive memory","Gen Z uprisings 2024 2025","leaderless revolution","digital activism","Kenya Nepal Indonesia Madagascar Morocco Peru Philippines protests","metamarks digital coordination","algorithmic distortion social movements","environmental nullification state interference","language documentation stigmergy","Daniel Bogre Wikitongues","endangered language revitalization","autonomous acts reproducible domains scalable platforms","parkour breaking the jump","cascading collective behavior","collective intelligence","radical collective intelligence","robot swarm stigmergy","AutoMoDe-Habanero","e-puck robot pheromone","stingless bee nest architecture","Scaptotrigona depilis","behavioral traditions stigmergy","Wikipedia stigmergy open collaboration","urban self-organization","citizen urban redesign","queueing stigmergy","coffee shop coordination","digital rating systems cooperation","environmental memory group formation","collective behavior without direct communication","swarm intelligence","individual stigmergy artifacts","Clark Chalmers extended mind","positive stories crime reduction","Marvin Uehara stigmergy","stigmergy in education","Temple University Japan research","human stigmergy Japan","stigmergy theory explained","what is stigmergy","stigmergy examples","stigmergy and collective intelligence","stigmergy and social media","stigmergy and AI","stigmergy simple explanation"],"mainEntity":{"@id":"https://www.marvinuehara.com/stigmergy-clips#cliplist"}},{"@type":"ItemList","@id":"https://www.marvinuehara.com/stigmergy-clips#cliplist","name":"Human Stigmergy Clips — Educational Video Series by Marvin Uehara on Stigmergy, Metamarks, and Collective Intelligence","description":"Thirteen educational video clips produced by Marvin Uehara introducing students to the latest peer-reviewed scientific findings on human stigmergy, the Stigmergy Network Theory, and its applications across motor learning, social movements, language preservation, robotics, ecology, urban design, and online cooperation. Each clip is paired with an AI-generated summary (ChatGPT, Gemini, or Perplexity) and a full peer-reviewed paper citation.","numberOfItems":13,"itemListElement":[{"@type":"ListItem","position":1,"item":{"@type":["VideoObject","LearningResource","ScholarlyArticle"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-self-directed-stigmergy","name":"Self-Directed Stigmergy: Learning Through Environmental Traces Across Time — The 5Rs Framework and Jason Paul Case Study","description":"Introduces the concept of self-directed stigmergy — how an individual's own environmental modifications (metamarks) facilitate learning and coordination across their past, present, and future selves. Develops the 5Rs Framework (Revisit, Remember, Reassess, Recalibrate, Reinforce) using elite parkour athlete Jason Paul as a critical case study. Key findings include the Reality Gap (discrepancy between felt and actual performance revealed only through video metamark), the power of temporal proximity for motor recalibration, accumulated metamarks as external prosthetic memory, and publicly shared metamarks as hybrid identity-and-technique-formation mechanisms through social validation. Argues self-directed stigmergy constitutes an autodidactic coaching system distinct from inter-individual coordination. Authored by Dr. Marvin Starominski-Uehara.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"DefinedTerm","name":"Self-Directed Stigmergy","description":"The mechanism by which an individual's intentional environmental modifications (metamarks) facilitate learning and temporal self-coordination across past, present, and future selves — distinct from inter-individual stigmergic coordination.","inDefinedTermSet":{"@type":"DefinedTermSet","name":"Uehara Research Concepts","url":"https://www.marvinuehara.com/research"}},{"@type":"DefinedTerm","name":"Metamarks","description":"Intentional and unintentional documentations (such as video recordings) that modify environments and affect one's own and others' subsequent actions. Derived from the Greek meta-semeion.","inDefinedTermSet":{"@type":"DefinedTermSet","name":"Uehara Research Concepts","url":"https://www.marvinuehara.com/research"}},{"@type":"DefinedTerm","name":"5Rs Framework","description":"A framework developed by Marvin Uehara comprising Revisit, Remember, Reassess, Recalibrate, and Reinforce — mapping the temporal-cognitive processes through which self-directed stigmergy operates in skill acquisition.","inDefinedTermSet":{"@type":"DefinedTermSet","name":"Uehara Research Concepts","url":"https://www.marvinuehara.com/research"}},{"@type":"Thing","name":"Motor Learning"},{"@type":"Thing","name":"Metacognitive Awareness"},{"@type":"Thing","name":"Skill Acquisition"},{"@type":"Thing","name":"Diachronic Self-Communication"},{"@type":"Thing","name":"Temporal Cognitive Artifacts"},{"@type":"Thing","name":"Autodidactic Learning"},{"@type":"Thing","name":"Proprioceptive Memory"},{"@type":"Person","name":"Jason Paul","description":"World champion elite parkour athlete serving as the critical case study for self-directed stigmergy research; autodidactic learner who achieved world champion status within five years of beginning parkour through extensive metamark-mediated self-coaching.","url":"https://www.youtube.com/@TheJasonPaul"}],"teaches":["How self-directed stigmergy differs from inter-individual stigmergic coordination","How metamarks function as temporal cognitive artifacts that externalize embodied knowledge","How the 5Rs Framework (Revisit, Remember, Reassess, Recalibrate, Reinforce) maps skill acquisition through video documentation","How the Reality Gap between felt and objective performance is revealed only through metamark review","Why immediate post-performance video review is more effective for motor recalibration than delayed review","How publicly shared metamarks shape identity formation and competitive strategy through social validation","How self-directed stigmergy can substitute for formal coaching in resource-constrained learning contexts"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"self-directed stigmergy, metamarks, 5Rs framework, Jason Paul parkour, motor learning, skill acquisition, video feedback, reality gap, diachronic self-communication, temporal cognitive artifacts, autodidactic learning, proprioceptive memory, metacognitive awareness"}},{"@type":"ListItem","position":2,"item":{"@type":["VideoObject","LearningResource","ScholarlyArticle"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-genz-uprisings","name":"Metamarks and the Limits of Leaderless Revolution: A Critical Analysis of the 2024–2025 Youth Uprisings","description":"Critically analyses 2024–2025 Gen Z youth uprisings across Kenya, Nepal, Indonesia, Madagascar, Morocco, Peru, and the Philippines through the novel lens of metamarks — environmental traces coordinating leaderless movements. Argues that metamarks (not social media per se) are the true coordination mechanism, enabling autonomous, reproducible, and scalable collective action without direct communication. Uniquely exposes critical vulnerabilities of digitally-coordinated movements including algorithmic distortion, state environmental nullification, and the fundamental tension between rapid mobilisation and sustained institutional governance. Explicitly positions as an evolution from the 2021 Stigmergy Network Theory (SNT) study of Hong Kong protests, Myanmar coup response, Belarus demonstrations, and George Floyd protests. Authored by Dr. Marvin Starominski-Uehara.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"Thing","name":"Leaderless Social Movements"},{"@type":"Thing","name":"Gen Z Uprisings 2024 2025"},{"@type":"Thing","name":"Digital Activism"},{"@type":"Thing","name":"Metamarks"},{"@type":"Thing","name":"Stigmergy Network Theory"},{"@type":"Thing","name":"Algorithmic Distortion"},{"@type":"Thing","name":"State Environmental Nullification"},{"@type":"Place","name":"Kenya"},{"@type":"Place","name":"Nepal"},{"@type":"Place","name":"Indonesia"},{"@type":"Place","name":"Madagascar"},{"@type":"Place","name":"Morocco"},{"@type":"Place","name":"Peru"},{"@type":"Place","name":"Philippines"}],"teaches":["How metamarks — not social media platforms — are the true coordination mechanism in leaderless digital movements","How the Stigmergy Network Theory evolved from 2019–2021 global protests to the 2024–2025 Gen Z uprisings","How algorithmic distortion and state environmental nullification expose fundamental vulnerabilities of trace-based coordination","How the tension between rapid digital mobilisation and sustained institutional governance limits leaderless revolution","How trace-based coordination enables individuals to lead without organisational directives"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"Gen Z uprisings, leaderless revolution, metamarks, digital activism, stigmergy network theory, Kenya protests, Nepal uprising, Indonesia 2024, algorithmic distortion, state interference, environmental nullification, social movement coordination"}},{"@type":"ListItem","position":3,"item":{"@type":["VideoObject","LearningResource"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-language-documentation","name":"From Individual Voices to Global Networks: How Autonomous Acts Drive Language Documentation in the Digital Age","description":"Applies the Stigmergy Network Theory's three core concepts — Autonomous Acts, Reproducible Domains, and Scalable Platforms — to language documentation and revitalization. Features Daniel Bögre Udell, co-founder of Wikitongues, addressing three questions about why speakers record and share their languages online, how linguistic authenticity is balanced with accessibility, and how technology access shapes documentation capacity. Argues that individual video recordings function as digital traces that, once reproduced by like-minded communities and sorted by algorithmic platforms, constitute the foundational layer of an emerging global language preservation network. Framed through the lens of the Stigmergy Network Theory.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"Thing","name":"Language Documentation"},{"@type":"Thing","name":"Language Revitalization"},{"@type":"Thing","name":"Endangered Languages"},{"@type":"Thing","name":"Stigmergy Network Theory"},{"@type":"Thing","name":"Autonomous Acts"},{"@type":"Thing","name":"Digital Linguistic Diversity"},{"@type":"Organization","name":"Wikitongues","url":"https://wikitongues.org/","description":"A global non-profit organisation dedicated to language documentation and revitalization through community-generated video recordings."},{"@type":"Person","name":"Daniel Bögre Udell","jobTitle":"Co-founder","affiliation":{"@type":"Organization","name":"Wikitongues"},"url":"https://bogreudell.com/"}],"teaches":["How the Stigmergy Network Theory's three-part structure (Autonomous Acts, Reproducible Domains, Scalable Platforms) applies to language preservation","How individual video recordings of minority languages function as digital traces in a stigmergic network","How internet access transformed language revitalization by enabling global sharing of formerly localised linguistic knowledge","How linguistic authenticity is defined pragmatically by use rather than adherence to conservative or standardised forms","How technology access determines participation in global language documentation efforts"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"language documentation, language revitalization, Wikitongues, Daniel Bogre Udell, endangered languages, autonomous acts, stigmergy network theory, digital traces, linguistic diversity, technology access, seed bank languages"}},{"@type":"ListItem","position":4,"item":{"@type":["VideoObject","LearningResource"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-parkour-stigmergy","name":"Breaking the Jump: Stigmergy in Parkour Communities — Cascading Collective Behavior Through Physical and Digital Traces","description":"Demonstrates how stigmergic behavior operates in parkour communities through the 'breaking the jump' phenomenon. The first person to successfully complete a previously unachieved jump performs an autonomous act — an independent decision driven by personal assessment and courage — which leaves persistent traces in community memory, conversations, and multimedia documentation. These traces circulate through like-minded physical and digital networks (the Reproducible Domain), and once the jump is known to be possible, cascading adoption and rapid iteration occur across the network without direct coordination. Uses the famous IMAX spot in London as a concrete example. Identifies the mental barrier breakthrough as the primary stigmergic trace that reduces perceived risk for subsequent performers and enables collective intelligence to accumulate.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"Thing","name":"Parkour"},{"@type":"Thing","name":"Stigmergy Network Theory"},{"@type":"Thing","name":"Cascading Collective Behavior"},{"@type":"Thing","name":"Collective Intelligence"},{"@type":"Thing","name":"Autonomous Acts"},{"@type":"Thing","name":"Network Effects"},{"@type":"Thing","name":"Mental Barrier Breakthrough"},{"@type":"Place","name":"IMAX Spot London","description":"A famous parkour location in London serving as a Reproducible Domain where stigmergic traces of breakthrough jumps circulate through the community."}],"teaches":["How the stigmergic mechanism of 'breaking the jump' operates as an autonomous act that creates cascading community adoption","How physical parkour communities function as Reproducible Domains where breakthrough traces gain meaning and circulate","How digital platforms extend physical parkour traces into Scalable Platforms enabling global knowledge diffusion","How breaking a mental barrier constitutes a stigmergic trace that reduces perceived risk for all subsequent performers","How collective intelligence accumulates in both physical and digital parkour networks without central coordination"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"parkour stigmergy, breaking the jump, cascading behavior, collective intelligence, autonomous acts, IMAX London parkour, stigmergy network theory, network effects, mental barrier, community coordination without communication"}},{"@type":"ListItem","position":5,"item":{"@type":["VideoObject","LearningResource"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-radical-collective-intelligence","name":"How Intelligent Are You? Radical Collective Intelligence and the Reimagining of Cognitive Science","description":"Introduces the concept of radical collective intelligence (CI) as a new paradigm for cognitive science, arguing that cognitive functions including memory, reasoning, and problem-solving are distributed across groups rather than contained within individuals. Explores how cultural and institutional practices enable collective cognitive processes through the interactions of individuals with specialised skills. Summarised by ChatGPT.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"Thing","name":"Radical Collective Intelligence"},{"@type":"Thing","name":"Collective Cognition"},{"@type":"Thing","name":"Distributed Cognition"},{"@type":"Thing","name":"Cognitive Science"},{"@type":"Thing","name":"Stigmergy"}],"citation":{"@type":"ScholarlyArticle","name":"Radical Collective Intelligence and the Reimagining of Cognitive Science","url":"https://pubmed.ncbi.nlm.nih.gov/38471027/","isPartOf":{"@type":"Periodical","name":"PubMed"}},"teaches":["How cognitive functions are distributed across groups rather than confined to individual minds","How collective intelligence challenges standard individual-centric cognitive science paradigms","How cultural and institutional practices scaffold collective cognitive processes"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"radical collective intelligence, collective cognition, distributed cognition, cognitive science stigmergy, group intelligence, collaboration intelligence"}},{"@type":"ListItem","position":6,"item":{"@type":["VideoObject","LearningResource"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-robot-swarms","name":"Can We Design Behavior? Automatic Design of Stigmergy-Based Behaviours for Robot Swarms","description":"Examines AutoMoDe-Habanero, a framework for automatically generating stigmergy-based control software for robot swarms. The target platform is the e-puck robot enhanced with a Linux board, UV light module for laying artificial pheromone trails, and an omnidirectional camera. Software is composed of probabilistic finite-state machines assembled from predefined modules, optimised through the ARGoS simulator and Iterated F-race algorithm. Demonstrated through four mission scenarios enabling fully autonomous, distributed swarms without centralised control. Summarised by ChatGPT.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"Thing","name":"Robot Swarm Coordination"},{"@type":"Thing","name":"Stigmergy-Based Robotics"},{"@type":"Thing","name":"AutoMoDe-Habanero"},{"@type":"Thing","name":"e-puck Robot"},{"@type":"Thing","name":"Artificial Pheromone Trails"},{"@type":"Thing","name":"Decentralised Control"},{"@type":"Thing","name":"Swarm Intelligence"}],"citation":{"@type":"ScholarlyArticle","name":"Automatic design of stigmergy-based behaviours for robot swarms","url":"https://www.nature.com/articles/s44172-024-00175-7","isPartOf":{"@type":"Periodical","name":"Nature"}},"teaches":["How stigmergy principles are applied to the automatic design of robot swarm control software","How artificial pheromone trails enable indirect coordination among autonomous robots","How decentralised swarm behaviour can be designed without centralised control through environmental trace mechanisms"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"robot swarms, stigmergy robotics, AutoMoDe-Habanero, e-puck robot, pheromone trails, swarm intelligence, decentralised control, autonomous robots, nature robotics"}},{"@type":"ListItem","position":7,"item":{"@type":["VideoObject","LearningResource"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-bees-stigmergy","name":"Do Bees Teach Us Anything About Communication and Coordination? Nest Architecture Traditions in Stingless Bees","description":"Examines how different nest-building patterns are transmitted among colonies of the stingless bee Scaptotrigona depilis through stigmergy rather than genetic inheritance or social learning. Two distinct nest architectures — flat parallel layers and helicoidal structures — are maintained across generations because the existing comb structure guides future construction as a persistent environmental trace, demonstrating that simple stigmergic mechanisms can sustain complex behavioural traditions in species with basic cognitive abilities. Summarised by ChatGPT.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"Thing","name":"Stigmergy in Bees"},{"@type":"Thing","name":"Stingless Bees"},{"@type":"Thing","name":"Scaptotrigona depilis"},{"@type":"Thing","name":"Nest Architecture"},{"@type":"Thing","name":"Behavioural Traditions"},{"@type":"Thing","name":"Environmental Trace Mechanisms"}],"citation":{"@type":"ScholarlyArticle","name":"The inheritance of alternative nest architectural traditions in stingless bees","url":"https://www.cell.com/current-biology/abstract/S0960-9822(24)00255-0","isPartOf":{"@type":"Periodical","name":"Current Biology"}},"teaches":["How stigmergy — not genetics or social learning — transmits complex behavioural traditions across generations in stingless bee colonies","How persistent environmental structures function as instructions for future behaviour without explicit communication","How simple stigmergic mechanisms can produce and sustain complex multi-generational traditions in species with basic cognitive abilities"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"stingless bees stigmergy, Scaptotrigona depilis, nest architecture, bee behavioural traditions, environmental traces, stigmergy nature, Current Biology"}},{"@type":"ListItem","position":8,"item":{"@type":["VideoObject","LearningResource"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-wikipedia-stigmergy","name":"Why Do People Engage in Open Collaboration Projects Like Wikipedia? Stigmergy in Open Collaboration","description":"Examines how stigmergy operates in Wikipedia as an open collaboration platform, demonstrating that editors coordinate contributions not through direct communication but through traces — edits and comments — that inform future contributors about what has been done and what needs attention. Key findings: coordination without direct communication is effective at scale; stigmergic coordination improves article quality and evolution; content triggers such as gaps and errors prompt further contributions from others. Demonstrates stigmergy as a vital process enabling large-scale decentralised collaboration and continuous knowledge improvement. Summarised by ChatGPT.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"Thing","name":"Wikipedia Coordination"},{"@type":"Thing","name":"Open Collaboration"},{"@type":"Thing","name":"Stigmergy in Online Communities"},{"@type":"Thing","name":"Decentralised Knowledge Production"},{"@type":"Thing","name":"Collective Intelligence"},{"@type":"SoftwareApplication","name":"Wikipedia","url":"https://www.wikipedia.org/"}],"citation":{"@type":"ScholarlyArticle","name":"Stigmergy in Open Collaboration: An Empirical Investigation Based on Wikipedia","url":"https://www.tandfonline.com/doi/full/10.1080/07421222.2023.2229119","isPartOf":{"@type":"Periodical","name":"Journal of Management Information Systems"}},"teaches":["How stigmergy enables large-scale Wikipedia collaboration without direct editor communication","How content gaps, errors, and incomplete sections function as environmental traces that trigger further contributions","How stigmergic coordination drives continuous improvement of shared knowledge bases at scale"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"Wikipedia stigmergy, open collaboration, collective knowledge, decentralised coordination, stigmergy in online communities, Journal of Management Information Systems"}},{"@type":"ListItem","position":9,"item":{"@type":["VideoObject","LearningResource"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-individual-stigmergy-artifacts","name":"How Do Artifacts Affect Mediated Communication in Individual Stigmergy? The Extended Mind Thesis","description":"Explores how objects extend human minds and mediate communication through the case of Otto — a person who uses a notebook as an external cognitive store, enabling him to access memories and share them with others. Argues that Otto's notebook serves as a cognitive extension of his mind functioning as a metamark — a persistent environmental trace affecting both Otto's own subsequent actions and others' understanding. Connects to the individual stigmergy concept through the broader Extended Mind Thesis by Andy Clark and David Chalmers. Summarised by Gemini.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"Thing","name":"Individual Stigmergy"},{"@type":"Thing","name":"Extended Mind Thesis"},{"@type":"Thing","name":"Cognitive Artifacts"},{"@type":"Thing","name":"Metamarks"},{"@type":"Thing","name":"Mediated Communication"}],"citation":{"@type":"ScholarlyArticle","name":"The Extended Mind","author":[{"@type":"Person","name":"Andy Clark"},{"@type":"Person","name":"David Chalmers"}],"url":"https://alice.id.tue.nl/references/clark-chalmers-1998.pdf","datePublished":"1998","isPartOf":{"@type":"Periodical","name":"Analysis"}},"teaches":["How external objects function as cognitive extensions that mediate self-communication and knowledge sharing","How the Extended Mind Thesis connects to individual stigmergy through the concept of environmental traces","How Otto's notebook illustrates the metamark concept in an everyday cognitive context","How artifacts scaffold both individual learning and interpersonal communication simultaneously"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"individual stigmergy, extended mind thesis, Clark Chalmers, cognitive artifacts, Otto notebook, metamarks, mediated communication, external cognition"}},{"@type":"ListItem","position":10,"item":{"@type":["VideoObject","LearningResource"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-positive-stories-crime","name":"Does the Sharing of Positive Stories on Social Media Reduce the Risks of Local Crimes?","description":"Explores how promoting community engagement and sharing positive stories on social media can reduce crime rates by increasing trust and cooperation among community members. Argues that a focus on crime-related content generates fear and distrust — counterproductive environmental traces — while positive shared experiences create stigmergic traces that reinforce prosocial norms and community involvement. Summarised by Gemini.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"Thing","name":"Community Resilience"},{"@type":"Thing","name":"Social Media and Crime"},{"@type":"Thing","name":"Positive Stigmergic Traces"},{"@type":"Thing","name":"Prosocial Norms"},{"@type":"Thing","name":"Digital Community Engagement"}],"citation":{"@type":"ScholarlyArticle","name":"Sharing positive stories and crime prevention via social media","url":"https://academic.oup.com/bjc/article-abstract/61/2/414/5935390","isPartOf":{"@type":"Periodical","name":"British Journal of Criminology"}},"teaches":["How positive digital traces shared in communities reinforce cooperative norms and reduce crime through stigmergic mechanisms","How fear-inducing environmental content creates negative stigmergic feedback loops that undermine community trust","How community engagement and digital storytelling can be designed to create prosocial environmental traces"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"positive stories crime reduction, community resilience social media, stigmergy prosocial behavior, digital community engagement, British Journal of Criminology, crime prevention"}},{"@type":"ListItem","position":11,"item":{"@type":["VideoObject","LearningResource"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-urban-stigmergy","name":"How Can Citizens Help Re-Design the Urban Space? Human Stigmergy and Urban Self-Organization","description":"Demonstrates how human stigmergic interactions — individuals modifying physical environments whose traces then cue others to adapt and improve their own surroundings — can lead to collective intelligence and self-organisation in urban environments without centralised control. Argues that traces left in the urban environment such as modifications to buildings or public spaces serve as cues for others, enabling collectively emergent, efficient, safe, and well-being-promoting cities. Highlights the potential of human stigmergy to foster sustainable and resilient urban communities. Summarised by Gemini.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"Thing","name":"Urban Self-Organization"},{"@type":"Thing","name":"Human Stigmergy"},{"@type":"Thing","name":"Collective Intelligence"},{"@type":"Thing","name":"Participatory Urban Design"},{"@type":"Thing","name":"Sustainable Urban Communities"},{"@type":"Thing","name":"Decentralised Urban Governance"}],"citation":{"@type":"ScholarlyArticle","name":"Human Stigmergy and Urban Self-Organization","url":"https://link.springer.com/chapter/10.1007/978-3-031-15648-9_8","isPartOf":{"@type":"Book","name":"Springer"}},"teaches":["How stigmergic interactions among citizens produce urban self-organisation without central planning","How physical modifications to urban environments function as traces that guide collective improvements","How human stigmergy can be leveraged to design more participatory, resilient, and sustainable cities"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"urban stigmergy, citizen urban redesign, urban self-organization, human stigmergy, collective intelligence cities, participatory design, decentralised urban governance, sustainable communities"}},{"@type":"ListItem","position":12,"item":{"@type":["VideoObject","LearningResource"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-queueing-stigmergy","name":"What Does Queueing Have to Do With Human Communication? Everyday Stigmergy in the Coffee Shop","description":"Illustrates how everyday queueing — such as deciding whether to join or leave a coffee shop line — constitutes human stigmergic problem-solving. The queue itself is an environmental trace enabling individuals to make decisions about resource allocation and goal pursuit without direct communication. Unlike simpler biological stigmergy, human queue interpretation involves added layers of cognitive interpretation, social context, and individual past experience. Demonstrates how cascade effects emerge when many people leave a line, and how a stable long queue conversely signals value — classic stigmergic feedback. Argues that humans constantly engage in stigmergic interactions in social settings using environmental cues to make decisions and indirectly influence others' behaviour. Summarised by Perplexity.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"Thing","name":"Human Stigmergy"},{"@type":"Thing","name":"Everyday Stigmergy"},{"@type":"Thing","name":"Environmental Cues and Decision Making"},{"@type":"Thing","name":"Collective Behaviour"},{"@type":"Thing","name":"Social Coordination Without Communication"}],"citation":{"@type":"ScholarlyArticle","name":"Queueing and Stigmergic Human Coordination","url":"https://osf.io/preprints/psyarxiv/pfkyv","isPartOf":{"@type":"Periodical","name":"PsyArXiv Preprints"}},"teaches":["How everyday queueing constitutes a human stigmergic process involving environmental traces and indirect coordination","How human stigmergy differs from biological stigmergy through cognitive interpretation, social context, and individual history","How cascade effects in queues demonstrate stigmergic feedback mechanisms operating in real-time social settings"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"queueing stigmergy, everyday stigmergy, coffee shop coordination, environmental cues, human decision making, cascade effects, social coordination, indirect communication, human stigmergy examples"}},{"@type":"ListItem","position":13,"item":{"@type":["VideoObject","LearningResource"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-digital-rating-systems","name":"What Do Collective Rating Systems Have to Do With Online Cooperation? Digital Traces and Competitive Coordination","description":"Examines how digital rating systems function as stigmergic traces enabling collective cooperation in information search tasks under competitive and non-competitive conditions. Participants exploring a table of hidden numbers rated cells on a five-star scale; the resulting colour-coded visualisation acted as collective memory guiding future choices. Key findings: stigmergic digital traces can induce cooperation; competition alters use and provision of social information; competitive conditions increase deceptive ratings of high-value cells; competition reinforces weight of private over social information; competition leads to less exploration and more revisiting of known high-value cells. Summarised by Perplexity. Citation: PNAS 2023.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"Thing","name":"Digital Rating Systems"},{"@type":"Thing","name":"Collective Intelligence"},{"@type":"Thing","name":"Online Cooperation"},{"@type":"Thing","name":"Stigmergy and Competition"},{"@type":"Thing","name":"Swarm Intelligence"},{"@type":"Thing","name":"Social Information vs Private Information"}],"citation":{"@type":"ScholarlyArticle","name":"Stigmergic interactions through digital traces can induce cooperation under competition","url":"https://www.pnas.org/doi/abs/10.1073/pnas.2307880120","isPartOf":{"@type":"Periodical","name":"Proceedings of the National Academy of Sciences"},"datePublished":"2023"},"teaches":["How digital rating systems function as stigmergic collective memory that guides future user choices","How competition alters the dynamics of stigmergic social information sharing including introduction of deceptive traces","How private versus social information weighting shifts under competitive stigmergic conditions","How collective digital traces shape both cooperative and competitive collective behaviour in online environments"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"digital rating systems stigmergy, online cooperation, collective intelligence, swarm intelligence, PNAS 2023, competitive coordination, social information, private information, collective memory digital traces, deceptive ratings"}},{"@type":"ListItem","position":14,"item":{"@type":["VideoObject","LearningResource"],"@id":"https://www.marvinuehara.com/stigmergy-clips#clip-environmental-memory","name":"How Does Environmental Memory Shape Behavior? Group Formation Without Direct Communication","description":"Demonstrates that group formation can emerge among individuals without direct communication or information processing capabilities through dynamic environmental memory. Passive obstacles store transient memory of individuals' movements, creating paths that others tend to follow — a form of indirect stigmergic coordination promoting group formation without explicit signalling. Reveals how shared environmental memory drives collective behaviour in both living and artificial systems operating in real-world environments. Summarised by Perplexity. Citation: Nature Communications 2023.","creator":{"@id":"https://www.marvinuehara.com/#person"},"about":[{"@type":"Thing","name":"Environmental Memory"},{"@type":"Thing","name":"Stigmergy"},{"@type":"Thing","name":"Group Formation"},{"@type":"Thing","name":"Collective Behaviour"},{"@type":"Thing","name":"Self-Organisation"},{"@type":"Thing","name":"Swarm Intelligence"}],"citation":{"@type":"ScholarlyArticle","name":"Group formation through environmental memory in living and artificial systems","url":"https://www.nature.com/articles/s41467-023-43099-0","isPartOf":{"@type":"Periodical","name":"Nature Communications"},"datePublished":"2023"},"teaches":["How environmental memory created by individual movement generates stigmergic paths followed by subsequent individuals","How group formation can emerge without direct communication through shared environmental traces","How passive environmental structures function as distributed coordination mechanisms in both biological and artificial systems"],"educationalUse":"Research Introduction","learningResourceType":"Educational Video Clip","keywords":"environmental memory stigmergy, group formation, collective behavior, self-organization, swarm intelligence, Nature Communications 2023, indirect coordination, passive obstacles, living systems artificial systems"}}]}]}</script>