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Structure and resilience of the social network in an insect colony as a function of colony size

机译:昆虫群落中社交网络的结构和弹性与菌落大小的关系

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Social interactions are critical to the organization of worker activities in insect colonies and their consequent ecological success. The structure of this interaction network is therefore crucial to our understanding of colony organization and functioning. In this paper, I study the properties of the interaction network in the colonies of the social wasp Ropalidia marginata. I find that the network is characterized by a uniform connectivity among individuals with increasing heterogeneity as colonies become larger. Important network parameters are found to be correlated with colony size and I investigate how this is reflected in the organization of work in colonies of different sizes. Finally, I test the resilience of these interaction networks by experimental removal of individuals from the colony and discuss the structural properties of the network that are related to resilience in a social network.
机译:社会互动对于昆虫殖民地工人活动的组织及其在生态上的成功至关重要。因此,这种互动网络的结构对于我们对殖民地组织和功能的理解至关重要。在本文中,我研究了社交黄蜂Ropalidia marginata菌落中的相互作用网络的性质。我发现该网络的特征是个体之间的统一连接性,随着群体的扩大,异质性也不断提高。发现重要的网络参数与菌落大小相关,我研究了这在不同大小的菌落的工作组织中是如何体现的。最后,我通过实验从殖民地中移除个体来测试这些交互网络的弹性,并讨论与社交网络中的弹性相关的网络的结构特性。

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