Observations on green pupae in Papilio machaon L. and Pieris brassicae L.

Brian O C Gardiner
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引用次数: 7

Abstract

Observations have been made and experiments performed to investigate the colour of pupae inPapilio machaon L. andPieris brassicae L.InP. machaon brown pupae are nearly always formed except when the pupation site is the foodplant, when nearly half the pupae are green. Switching experiments showed that the sensitive period was just before pupation and that the colour and texture of round foodplant stalks had a significant influence in producing green pupae.In the Cambridge stock ofP. brassicae used all non-diapause pupae are "brown" (including yellowish, ochreous, greyish forms), all diapausing pupae green. The background on which pupation occurred had no significance, nor did the photoperiod immediately preceeding pupation.The colour could, however, be changed by the food used; on artificial diet the pupae are blue or turquoise. This effect could not be reversed by the addition ofβ-carotene to the diet, as might be expected. Attention is also drawn to the fact that at least one pupal colour is known to be genetic, and the possibility that the green/brown relationship with diapause in the CambridgeP. brassicae stock may be due to the rearing conditions used.

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凤蝶和芸苔菊绿蛹的观察。
本文对凤蝶(papilio machaon L.)和青花蝶(pieris brassicae L.InP)的蛹颜色进行了观察和实验研究。棕蛹几乎总是形成的,除了当化蛹的地点是食物植物时,当近一半的蛹是绿色的。转换实验表明,敏感期正好在化蛹前,圆形食用菌茎的颜色和质地对绿蛹的产生有显著影响。在剑桥股票的p。芸苔科所用的所有非滞育蛹均为“褐色”(包括淡黄色、赭色、灰白色等形式),所有滞育蛹均为绿色。化蛹发生的背景没有意义,化蛹之前的光周期也没有意义。然而,它的颜色会因所食用的食物而改变;人工喂养的蛹呈蓝色或绿松石色。这种效应不能像预期的那样通过在饮食中添加β-胡萝卜素来逆转。人们还注意到这样一个事实,即至少有一种蛹的颜色是由遗传决定的,而剑桥瓢虫的绿色/棕色与滞育的关系可能是由基因决定的。芸苔科家畜可能因饲养条件不同而使用。
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