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Gravity orientation in social wasp comb cells (Vespinae) and the possible role of embedded minerals

机译:社会黄蜂梳状细胞(维斯派纳)中的重力取向和嵌入矿物质的可能作用

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摘要

Social wasps and hornets maintain their nest in the dark. The building of the combs by all Vespinae is always in the direction of the gravitational force of Earth, and in each cell's ceiling, at least one 'keystone' is embedded and fastened by saliva. The sensory mechanisms that enable both building of sizeable symmetrical combs and nursing of the brood in the darkness merit investigation, and the aim of the present study was to identify and characterize the 'keystones' that exist in the ceiling and in the walls of the social wasp comb cells. Bio-ferrography was used to isolate magnetic particles on slides. These slides, as well as original cells, were analyzed in an environmental scanning electron microscope by a variety of analytical tools. It was found that both the roof and the walls of each comb cell bear minerals, like ferrites, as well as Ti and Zr. The latter two elements are less abundant in the soil around the nest. Ti and Zr are known to reflect infrared (IR) light. IR imaging showed a thermoregulatory center in the dorsal thorax of the adult Oriental hornet. It is not known yet whether these insects can sense IR light.
机译:社交黄蜂和大黄蜂在黑暗中保持巢穴。所有Vespinae的梳子的结构始终沿地球的重力方向,并且在每个单元的天花板中,至少有一个“基石”被唾液嵌入并固定。在黑暗中应该进行感官机制,以建立相当大的对称梳子并进行育雏护理,本研究的目的是识别和表征存在于社会的天花板和墙壁中的“基石”。黄蜂梳状细胞。生物铁谱法用于分离载玻片上的磁性颗粒。这些幻灯片以及原始细胞在环境扫描电子显微镜中通过各种分析工具进行了分析。结果发现,每个梳状细胞的顶壁和壁都带有矿物质,如铁氧体,以及Ti和Zr。后两个元素在巢周围的土壤中含量较低。已知Ti和Zr会反射红外(IR)光。红外成像显示成年东方大黄蜂的背部胸部有一个温度调节中心。尚不清楚这些昆虫是否能感应红外光。

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