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KINETIC PHASE TRANSITION IN HONEYBEE FORAGING DYNAMICS: SYNERGY OF INDIVIDUAL AND COLLECTIVE
Advances in Complex Systems ( IF 0.4 ) Pub Date : 2021-05-22 , DOI: 10.1142/s0219525920500198 VALERY TERESHKO 1
Advances in Complex Systems ( IF 0.4 ) Pub Date : 2021-05-22 , DOI: 10.1142/s0219525920500198 VALERY TERESHKO 1
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We consider a honeybee colony as a dynamical system gathering information from an environment and accordingly adjusting its behavior. Collective foraging behavior is shown to be triggered by the change of either colony size or profitability of exploited nectar sources. The collective mode provides greater productivity compared to the individual one. The latter does not diminish the importance of individual behavior that ensures the adaptivity of the system. Thus, the transition from the phase of individual behavior to a more complex phase, combining both individual and collective modes, provides the most effective scenario of honeybee colony foraging.
中文翻译:
蜜蜂觅食动力学中的动力学相变:个体和集体的协同作用
我们将蜜蜂群视为从环境中收集信息并相应调整其行为的动态系统。集体觅食行为被证明是由群体大小或开发的花蜜来源的盈利能力的变化触发的。与个人模式相比,集体模式提供了更高的生产力。后者不会降低确保系统适应性的个人行为的重要性。因此,从个体行为阶段过渡到更复杂的阶段,结合个体和集体模式,提供了蜜蜂群体觅食的最有效场景。
更新日期:2021-05-22
中文翻译:
蜜蜂觅食动力学中的动力学相变:个体和集体的协同作用
我们将蜜蜂群视为从环境中收集信息并相应调整其行为的动态系统。集体觅食行为被证明是由群体大小或开发的花蜜来源的盈利能力的变化触发的。与个人模式相比,集体模式提供了更高的生产力。后者不会降低确保系统适应性的个人行为的重要性。因此,从个体行为阶段过渡到更复杂的阶段,结合个体和集体模式,提供了蜜蜂群体觅食的最有效场景。