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Action spectra of phototactic responses of the flea beetle, Phyllotreta striolata

机译:跳蚤甲虫Phyllotreta striolata的光战术反应的反应谱

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摘要

Adult flea beetles, Phyllotreta striolata, show a strong positive phototactic response. The action spectrum of phototaxis of dark-adapted beetles was measured with minimal required light intensity between the wavelength range of 300 nm and 600 nm. Male and female flea beetles showed identical phototacitc behaviours. The beetles were most sensitive to light with peak wavelengths between 350 nm and 430 nm in the morning. In the afternoon and evening, the sensitivity to wavelengths shorter than 430 nm decreased, but they remained most sensitive to 430 nm. These results suggest that changes in sensitivity of the photoreceptors or nervous integration influence the phototactic responses, and that the blue wavelengths are more attractive than others.
机译:成年跳蚤甲虫,Phyllotreta striolata,表现出强烈的积极的光战术反应。在300 nm和600 nm波长范围之间以最小的所需光强度测量了适应深色的甲虫的趋光作用谱。雄性和雌性跳蚤甲虫表现出相同的光行为。甲虫对早晨的峰值波长在350 nm至430 nm之间的光最敏感。在下午和晚上,对短于430 nm的波长的敏感度下降了,但对430 nm仍然最敏感。这些结果表明,感光体的敏感性变化或神经整合影响光战术反应,并且蓝色波长比其他波长更具吸引力。

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