Grossfield J
Proc Natl Acad Sci U S A. 1971 Nov;68(11):2669-73. doi: 10.1073/pnas.68.11.2669.
Drosophila species fall into three classes with respect to the effect of light on their reproductive behavior: Class I, species that mate equally well in light or darkness; Class II, those merely inhibited by darkness; Class III, species whose mating is blocked by darkness. Species in the three classes also differ in the extent of their geographic distribution, with Class I including widely distributed and cosmopolitan species and Class III those that are endemic. Class II species have an intermediate distribution pattern. The behavioral differences among species reflects the degree to which courtship information is locked-in on unique visual stimuli, as well as indicating differences in the underlying genetic architecture of flexible versus specialized forms. It may be anticipated that most species of Drosophila will be found light dependent. Similar organizational differences in other forms relying on visual courtship stimuli may be reflected in correlation between distribution and behavioral reliance on a single sensory input. Dependence on a single sensory input offers a unique variety of methods for biological control of species that requires a particular sensory system for information transfer.
第一类,在光照或黑暗中交配情况相同的物种;第二类,仅受黑暗抑制的物种;第三类,交配被黑暗阻断的物种。这三类物种在地理分布范围上也有所不同,第一类包括分布广泛的世界性物种,第三类是地方性物种。第二类物种具有中间分布模式。物种间的行为差异反映了求偶信息锁定在独特视觉刺激上的程度,也表明了灵活形式与特化形式在潜在遗传结构上的差异。可以预期,大多数果蝇物种将被发现依赖光。其他依赖视觉求偶刺激的物种中类似的组织差异可能反映在分布与对单一感官输入的行为依赖之间的相关性上。对单一感官输入的依赖为需要特定感官系统进行信息传递的物种的生物控制提供了独特多样的方法。