1986•Environmental EntomologyRequires access

Developmental Polymorphism in Acleris minuta (Lepidoptera: Tortricidae)

Julie C. Weatherby, Elwood R. Hart

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Abstract

The yellowheaded fireworm, Acleris minuta (Robinson), is a multivoltine pest of rosaceous and ericaceous plants. Larval development of both sexes may proceed through five, six, or seven stadia. In field populations, the five-instar mode is more prevalent during first, second, and third generations; frequency of the six- and seven-instar modes increases during the fourth generation. Reduced growth rates increase frequencies of supernumerary molts. A discriminant function based on head-capsule size and sex classified 70% of the laboratory population under the proper mode of development. This discriminant function was used to classify field populations into the proper mode of development.

About this research paper

What this paper is about

The yellowheaded fireworm, Acleris minuta (Robinson), is a multivoltine pest of rosaceous and ericaceous plants. Larval development of both sexes may proceed through five, six, or seven stadia. In field populations, the five-instar mode is more prevalent during first, second, and third generations; frequency of the six- and seven-instar modes increases during the fourth generation. Reduced growth rates increase frequencies of supernumerary molts. A discriminant function based on head-capsule size and sex classified 70% of the laboratory population under the proper mode of development. This discriminant function was used to classify field populations into the proper mode of development.

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OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The yellowheaded fireworm, Acleris minuta (Robinson), is a multivoltine pest of rosaceous and ericaceous plants. Larval development of both sexes may proceed through five, six, or seven stadia. In field populations, the five-instar mode is more prevalent during first, second, and third generations; frequency of the six- and seven-instar modes increases during the fourth generation. Reduced growth rates increase frequencies of supernumerary molts. A discriminant function based on head-capsule size and sex classified 70% of the laboratory population under the proper mode of development. This discriminant function was used to classify field populations into the proper mode of development.

Key concepts: Tortricidae, Biology, Lepidoptera genitalia, Zoology, Botany

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