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Supplementary Material from Intraspecific behavioural and environmental contexts influence collective risk of microplastic ingestion in a social fish
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Researchers provided supplementary modeling data from an experiment examining how social dominance and water flow interact to influence microplastic ingestion risk in European minnows, supporting the primary finding that behavioral and environmental context jointly shape collective exposure in group-living fish.
Liang et al., 2026_Model outcomes_ESM.xlsx
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Supplementary material from "Intraspecific behavioural and environmental contexts influence collective risk of microplastic ingestion in a social fish"
AI summary Read the abstract
Researchers exposed groups of European minnows with varying social dominance structures to microplastic pellets under different flow conditions, finding that subordinate fish and low-flow environments significantly elevated ingestion risk, demonstrating that social hierarchies and hydrodynamics interact to shape collective microplastic exposure.
Supplementary Material from Intraspecific behavioural and environmental contexts influence collective risk of microplastic ingestion in a social fish
AI summary Read the abstract
Researchers provide supplementary data tables and figures for a controlled experiment examining how social dominance rank and water flow conditions interact to shape microplastic ingestion risk in groups of European minnows.
Supplementary material from "Intraspecific behavioural and environmental contexts influence collective risk of microplastic ingestion in a social fish"
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Researchers tested European minnows in controlled groups and found that dominant individuals ingested more microplastics than subordinates regardless of water flow, but that flowing water — while reducing total ingestion — intensified dominant fish disproportionate exposure, suggesting that competitive advantage can become an evolutionary trap in polluted environments.
Supplementary Material from Intraspecific behavioural and environmental contexts influence collective risk of microplastic ingestion in a social fish
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Researchers released supplementary model outcome data supporting a behavioral study examining how social context and environmental conditions influence the collective likelihood of microplastic ingestion in a schooling fish species.
Supplementary Material from Intraspecific behavioural and environmental contexts influence collective risk of microplastic ingestion in a social fish
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Researchers released supplementary tables and figures supporting a behavioral study investigating how individual social context and local environmental conditions collectively shape the risk of microplastic ingestion among fish living in groups.
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