Die Vererbung des Raupendimorphismus von Chaero campa elpenor L.

Federley, Harry

doi:10.1007/bf01915538

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“…Information on the genetics of larval polymorphisms in sphingids is almost nonexistent. Manduca sexta is the only species in which the genetic control of polymorphism has been explicitly determined, and offspring morph ratios from a small number of crosses are available for Deilephila elpenor (Federley 1916) and Laothoe populi (Grayson 1986).…”

Section: Prolegomenonmentioning

confidence: 99%

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Color polymorphism in Sphingid caterpillars (Lepidoptera: Sphingidae) /

Fink¹

1989

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Color morphs of sphingid caterpillars that feed on the plant family Vitaceae 2-1. Fourth instar brood frequency for 35 wild-collected Amphion floridensis females 2-2. Estimation of wi thin-family and be tween-family components of the total variance in brood frequencies (% pink) of Amphion floridensis 2-3. Effect of female collection site and week of collection on offspring brood frequency {% pink). ANCOVA on the arcsine transformed data 2-4. Changes in egg weight of Amphion floridensis... 2-5. Differences in larval color frequencies between early and late clutches from 13 female Amphion 2-6. Offspring brood frequencies {% pink in fourth instar) of inbred crosses of Amphion floridensis 2-7. Offspring brood frequencies {% pink in fourth instar) of outbred crosses of Amphion floridensis 2-8. Mean percent pink of parents and offspring broods for four types of crosses 2-9. Effect of midparent brood frequency and parental color on offspring brood frequency {% pink). ANCOVA on the arcsine transformed data from outbred crosses 2-10. Effect of midparent brood frequency and parental color on offspring brood frequency (% pink). ANCOVA on the arcsine transformed data from inbred crosses 68 vii 2-11. First experiment on effect of temperature and daylength on brood frequencies in fourth instar Amphion larvae.... 2-12. ANOVA of effect of temperature and daylength on brood frequencies in Amphion floridensis (first experiment)... 2-13. Second experiment on effect of temperature and daylength on brood frequencies in fourth instar Amphion larvae.... 71 2-14. ANOVA of effect of temperature and photoperiod on morph frequencies (second experiment-balanced, factorial design, without replication) 2-15. Effect of rearing density during the second through fourth instar on fourth instar morph frequency in Amphion 2-16. "Density" effect is really due to differences in humidity and/or food desiccation 3-1. Reported correlations between foodplant variation and sphingid caterpillar morphs 3-2. Relative frequency of different morphs of Smerinthus ocellata and Laothoe populi final instar larvae found on five species of willow 3-3. Field observations of eggs and larvae of Eumorpha fascia ta in north Florida, 1985-1988 3-4* Eumorpha fasciata field censuses tabulated by foodplant species and year 138 3-5. Pupal weights of Eumorpha fasciata reared on three species of Ludwigia 139 3-6. Pupal weights of green versus black Eumorph fasciata reared on Ludwigia peruviana 140 3-7. Median dates for finding green and black (or yellow) fifth instar Eumorpha fasciata larvae in the wild 3-8. Median dates for finding green and pink or yellow fourth instar Eumorpha fasciata larvae in the wild. ............ 142 3-9. Fourth-instar color ratios of Amphion floridensis larvae reared in the lab on three foodplant species 143 3-10. Pupal weights of Amphion floridensis reared on three species of Vitaceae 144 viii 3-11. Brood frequencies of fourth instar Amp hi on larvae when reared in the lab on two forms of Ampelopsis leaves 3-12. Average color scores of Ampelopsis and ...

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Section: Prolegomenonmentioning

confidence: 99%

“…Based on segregation in an initial brood from a wild female, Federley (1916) hypothesized that the green/dark dimorphism in Deilephila elpenor was controlled by a single gene, with the green allele recessive. Federley then reared only dark larvae, however, from single green x green, green x dark, dark x green, and dark x dark crosses.…”

Section: Prolegomenonmentioning

confidence: 99%

Color polymorphism in Sphingid caterpillars (Lepidoptera: Sphingidae) /

Fink¹

1989

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show abstract

Die Vererbung des Raupendimorphismus von Chaero campa elpenor L.

Cited by 1 publication

References 0 publications

Color polymorphism in Sphingid caterpillars (Lepidoptera: Sphingidae) /

Color polymorphism in Sphingid caterpillars (Lepidoptera: Sphingidae) /

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