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原文連結
論文資訊
- 類型：已發表論文
- 日期：2021-09-13
摘要
During reproductive 群集ing, honeybees form clusters of more than 10,000 bees that hang from structures in the environment (e.g., tree branches) and are exposed to diurnal variations in ambient temperature for up to one week during the search for a new nesting site. 群集 clusters collectively modulate their morphology in response to these variations (i.e., expanding/contracting in response to heating/cooling) to maintain their internal temperature within a tolerable range and to avoid exhausting their honey stores prematurely. To understand the spatiotemporal aspects of thermoregulatory morphing, we measured the change in size and shape of 群集 clusters over time and the internal temperature profiles in response to dynamic temperature ramp perturbations. We found that 群集 clusters can achieve a t
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