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跳蛛中特定性别的紫外线和荧光信号。

Sex-specific UV and fluorescence signals in jumping spiders.

作者信息

Lim Matthew L M, Land Michael F, Li Daiqin

机构信息

Department of Biological Sciences, National University of Singapore, 14 Science Drive 4, 117543 Singapore.

出版信息

Science. 2007 Jan 26;315(5811):481. doi: 10.1126/science.1134254.

Abstract

No animals are known to possess both ultraviolet (UV) reflectance and fluorescence that are sex-specific. We provide evidence for this separation in the jumping spider Cosmophasis umbratica, which has UV reflectance and UV-induced green fluorescence restricted to males and females, respectively. During courtship, many of the studied pairs failed to show typical display posturing when UV light was blocked. Occluding the UV component of sunlight to only one of each pair also caused atypical behavior: Females showed no interest in non-UV-reflective courting males, and males either ignored or were lackluster in courting nonfluorescing females. These results demonstrate the importance of both sex-specific hues as sexual signals for effective intraspecific communication.

摘要

已知没有动物同时拥有具有性别特异性的紫外线(UV)反射和荧光。我们在跳蛛Cosmophasis umbratica中发现了这种差异,其中紫外线反射和紫外线诱导的绿色荧光分别仅限于雄性和雌性。在求偶过程中,当紫外线被阻挡时,许多研究的配对未能表现出典型的展示姿态。仅对每对中的一只遮挡阳光中的紫外线成分也会导致非典型行为:雌性对不具有紫外线反射的求偶雄性不感兴趣,而雄性要么忽略要么对不发荧光的雌性求偶时表现平淡。这些结果证明了两种性别特异性色调作为有效种内交流的性信号的重要性。

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