February 2015 PMID 25768553

Flow and clogging of a sheep herd passing through a bottleneck.

A Garcimartín, J M Pastor, L M Ferrer, J J Ramos, C Martín-Gómez, I Zuriguel

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Mentions

Peak: 1 in Jan 2019

across 5 sources since Jan 2019

Extended reach

353,951

potential audience

Total likes

10,960

Video views

325,052

Mentions per month

Jan 2019 – Dec 2021

Where it's discussed

X / Twitter4 posts
Facebook4 posts
Blogs4 articles
News3 articles
YouTube2 videos

AI synopsis

What people are saying

Overall, the discussions show a keen interest in understanding herd and crowd flow, with some users explicitly referencing key concepts like clogging patterns and flow dynamics, which demonstrate their engagement. For example, mentions of 'clogging behaviors' and 'power-law distributions' indicate a scientific appreciation, while expressions of being 'fascinated' and remarks about the study's potential impact reveal recognition of its relevance across fields.

AgreementModerate agreement

Most discussions express support or recognition of the article’s insights into flow and clogging behaviors, highlighting its relevance to crowd and herd management.

InterestHigh interest

Participants show high engagement with the topic, referencing physics concepts, implications for animal and human crowds, and related research, indicating strong interest.

EngagementModerate engagement

Posts include references to experimental methods, theoretical implications, and potential applications, demonstrating a moderate level of detailed discussion.

ImpactModerate impact

The discussions suggest that the publication influences how people think about crowd movement and management, hinting at its practical and scientific significance.

Abstract in brief

The study experimentally examines how sheep move through a narrow door, analyzing their flow and clogging behavior using video data and passage time measurements.
They find that the time between animals passing can be described with power-law distributions indicating clogging, while the sizes of "bursts" of animals passing follow exponential patterns.
The research explores how increasing the door size and adding obstacles affect flow, using ideas from physics, which could help in managing not just animal groups but also human crowds.

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All mentions

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SIAM Activity Group on Dynamical Systems

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Antoine

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@PopulusRe @frestagn @jmcourty Quelques refs supplémentaires

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Jesús Lagos

@Vdot_Spain · X

@santacenero @JorgeDepe Paper. https://t.co/4rQbS8Qp06

Jan 5, 2019 · 2 likes · 14,661 followers View post →