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Sun compass orientation of Tylos europaeus (Crustacea, Isopoda) under artificial light

机译:人工光照下的欧洲天牛(甲壳纲,等足类)的太阳罗盘方位

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To provide a first assessment of the parameters used by adult individuals of the supralittoral isopod Tylos europaeus to recognize the sun as a compass orienting reference, we used the apparatus designed and tested with the amphipod T. saltator. The apparatus reproduces a scenario similar to the natural one (with a false sun and sky illuminated artificially). The scenario produced inside the apparatus is sufficient to induce the isopods to exhibit solar orientation similar to that of conspecifics tested under the natural sun and sky. Nevertheless, this ability depends on some threshold values of illumination of the artificial sun and sky: to obtain a good orientation the irradiance of the artificial sun and sky should be more than 0.4 and 1.3 muW/cm(2) respectively. When the artificial sky is not illuminated, the individuals show only a photopositive tendency.
机译:为了提供对齿上等足类成虫欧洲天牛的成年个体用来识别太阳作为指南针定向参考的参数的初步评估,我们使用了由两栖类T. saltator设计和测试的仪器。该设备再现的场景类似于自然场景(人工照亮了虚假的太阳和天空)。设备内部产生的情景足以诱使等足动物表现出类似于在自然阳光和天空下测试的同种异物的太阳取向。但是,此能力取决于人造太阳和天空的照明的某些阈值:要获得良好的定向,人造太阳和天空的辐照度应分别大于0.4和1.3μW/ cm(2)。当人造天空不被照亮时,个体仅表现出光阳性倾向。

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