1970EcologyRequires access

Diapause in the Nymphs of Canadian Winter Stoneflies

P. P. Harper, H. B. N. Hynes

Open publisher page 63 citations

Abstract

The nymphs of several winter stoneflies, Taeniopteryx burksi, T. nivalis, Brachyptera fasciata, Capnia manitoba, Allocapnia granulata, A. pygmaea, and A. vivipara, undergo a diapause during the summer. The diapause determines external morphological changes, which are described. This adaptation enables the species to inhabit streams that reach high temperatures or dry up during the summer; its advantages over the more common embryonic diapause are that it permits the nymphs to grow in both spring and fall and to seek a convenient site in which to aestivate.

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What this paper is about

The nymphs of several winter stoneflies, Taeniopteryx burksi, T. nivalis, Brachyptera fasciata, Capnia manitoba, Allocapnia granulata, A. pygmaea, and A. vivipara, undergo a diapause during the summer. The diapause determines external morphological changes, which are described. This adaptation enables the species to inhabit streams that reach high temperatures or dry up during the summer; its advantages over the more common embryonic diapause are that it permits the nymphs to grow in both spring and fall and to seek a convenient site in which to aestivate.

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OpenAlex reports 63 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The nymphs of several winter stoneflies, Taeniopteryx burksi, T. nivalis, Brachyptera fasciata, Capnia manitoba, Allocapnia granulata, A. pygmaea, and A. vivipara, undergo a diapause during the summer. The diapause determines external morphological changes, which are described. This adaptation enables the species to inhabit streams that reach high temperatures or dry up during the summer; its advantages over the more common embryonic diapause are that it permits the nymphs to grow in both spring and fall and to seek a convenient site in which to aestivate.

Key concepts: Diapause, Nymph, Biology, Ecology, Adaptation (eye), Larva, Neuroscience

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