Alice D. Bridges

Most-cited papers

1. Bumblebees socially learn behaviour too complex to innovate alone

   Alice D. Bridges, Amanda L. Royka, Tara Wilson, Charlotte Lockwood +3 more

   2024Nature50 citations Open access

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2. Bumblebees acquire alternative puzzle-box solutions via social learning

   Alice D. Bridges, HaDi MaBouDi, O. Procenko, Charlotte Lockwood +5 more

   2023PLoS Biology35 citations Open access

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3. Animal Behaviour: Conformity and the Beginnings of Culture in an Insect.

   Alice D. Bridges, L. Chittka

   2019Current Biology8 citations Open access

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4. Theory of morphodynamic information processing: Linking sensing to behaviour.

   Mikko Juusola, J. Takalo, Joni Kemppainen, Keivan Razban Haghighi +5 more

   2025Vision Research7 citations Open access

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5. Sub-cell scale features govern the placement of new cells by honeybees during comb construction

   Vince Gallo, Alice D. Bridges, J. Woodgate, L. Chittka

   2023Journal of Comparative Physiology7 citations Open access

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6. Synaptic high-frequency jumping synchronises vision to high-speed behaviour

   Neveen Mansour, J. Takalo, Joni Kemppainen, Alice D. Bridges +18 more

   2026bioRxiv2 citations Open access

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7. Escaping anthropocentrism in the study of non-human culture: Comment on "Blind alleys and fruitful pathways in the comparative study of cultural cognition" by Andrew Whiten.

   Alice D. Bridges, L. Chittka

   2023Physics of Life Reviews2 citations Open access

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8. Honeybee comb geometry emerges from local redistribution of angular space by worker construction activity

   Vince Gallo, Alice D. Bridges, J. Woodgate, L. Chittka

   2026npj Entomology1 citations Open access

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9. Synaptic high-frequency jumping synchronises vision to high-speed behaviour

   Neveen Mansour, J. Takalo, Joni Kemppainen, Alice D. Bridges +17 more

   2025bioRxiv1 citations Open access

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10. Honeycomb cell walls are plastic; initially built as curves the walls are reformed by bees during subsequent construction

    Vince Gallo, Alice D. Bridges, J. Woodgate, L. Chittka

    2022bioRxiv1 citations Open access

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11. Early-stage honeycomb contains non-uniform cells which are subsequently optimised

    Vince Gallo, Alice D. Bridges, J. Woodgate, L. Chittka

    20221 citations

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12. Placement of new comb cells built by honeybees is guided by sub-cell scale features to align with the existing layout

    Vince Gallo, Alice D. Bridges, J. Woodgate, L. Chittka

    2022bioRxiv1 citations Open access

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13. Bumblebee string-pulling skill spreads between colonies under open diffusion conditions

    O. Procenko, Alice D. Bridges, Amelia Kowalewska, Mikko Juusola +1 more

    2025bioRxiv0 citations Open access

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14. Regular geometry and hexagonal structure of honeycomb results from the optimisation of cylindrical cells built in close proximity

    Vince Gallo, Alice D. Bridges, J. Woodgate, L. Chittka

    2023bioRxiv0 citations Open access

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15. Social learning of a challenging two-step action sequence fulfils key criteria of cumulative culture in an insect

    Alice D. Bridges, Amanda L. Royka, Tara Wilson, L. Chittka

    2023bioRxiv0 citations Open access

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16. The establishment and transmission of novel foraging techniques indicates a capacity for culture in bumblebees (Bombus terrestris)

    Alice D. Bridges, HaDi MaBouDi, O. Procenko, Charlotte Lockwood +5 more

    2022bioRxiv0 citations Open access

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