Herring P J
Southampton Oceanography Centre, Empress Dock, UK.
Philos Trans R Soc Lond B Biol Sci. 2000 Sep 29;355(1401):1273-6. doi: 10.1098/rstb.2000.0682.
The problems faced by deep-sea animals in achieving sexual and other encounters require sensory and effector systems the synergy of which can span the often very substantial distances that separate individuals. Bioluminescent systems provide one of the links between individuals, and the sexual dimorphism of some photophores suggests that they are employed to attract a mate. However, nearest-neighbour values for many deep-sea animals put them beyond the effective range of bioluminescent signals and it is therefore likely that these signals are employed at intermediate ranges, once an initial contact (perhaps olfactory) has been made.
深海动物在进行交配及其他接触时面临的问题,需要感觉和效应系统协同作用,而这种协同作用所跨越的个体间距离往往非常大。生物发光系统是个体之间的联系纽带之一,一些发光器的两性异形表明它们被用于吸引配偶。然而,许多深海动物的最近邻距离值表明它们超出了生物发光信号的有效范围,因此,一旦建立了初步接触(可能是嗅觉接触),这些信号很可能在中等距离上被使用。