Schinia pulchripennis

Grote, 1874

Common Flower Moth

Schinia pulchripennis, commonly known as the common flower , is a small noctuid moth distributed across North America. The exhibits striking in wing coloration, with males displaying magenta forewings and females showing more subdued patterns. Both larvae and maintain close ecological ties to their plant, Orthocarpus purpurascens (owl's clover), with larvae feeding internally on seeds and adults often resting on blossoms where their coloration provides camouflage. The species has been well-studied for its specialized and reproductive .

Schinia pulchripennis 17659761 by Pinnacles National Park. Used under a CC BY 4.0 license.

Schinia pulchripennis MEM354629 by Mississippi Entomological Museum. Used under a CC0 license.

Schinia pulchripennis 33347088 by Kevin Keegan. Used under a CC0 license.

Pronunciation

How to pronounce Schinia pulchripennis: /ˈskiːniə pʊlˌkrɪˈpɛnɪs/

These audio files are automatically generated. While they are not always 100% accurate, they are a good starting point.

Identification

Distinguished from other Schinia by the combination of magenta forewings with pale yellow patches and dark brown hindwings with white center. The purple-grey-black thoracic hair pattern is distinctive. Similar species in the Schinia may share flower-associated habits but differ in coloration; S. pulchripennis specifically associates with Orthocarpus purpurascens blossoms, aiding field identification. Males are more vividly colored than females, which may appear duller and more brownish.

Images

Appearance

Small with wingspan of 17–21 mm. Forewings magenta with pale yellow regions in males; hindwings dark brown with white center. dorsally covered with purple, grey, and black hair; thorax and with yellow hair. present: females exhibit less vivid coloration than males. Larvae develop cryptic coloration and spot pattern by fourth or fifth instar, blending with plant blossoms.

Habitat

Desert and cismontane regions of California, including Mojave Desert. Associated with open, dry where plant Orthocarpus purpurascens occurs. Larval habitat specifically within seed capsules and flower of host plant.

Distribution

North America, with documented occurrence in California, Nevada, and adjacent regions. Distribution closely tracks that of primary plant Orthocarpus purpurascens.

Seasonality

emerge from pupae in spring or winter following sufficient rainfall to germinate plant seeds. Adult activity period corresponds with host plant blooming period, approximately spring through early summer. Larval development lasts approximately 28.5 days.

Diet

Larvae are seed , feeding on developing seeds within capsules of Orthocarpus purpurascens (Orobanchaceae); also recorded from Castilleja exserta. feed on nectar from multiple plant including Allium amplectens, Cryptantha spp., Lasthenia californica, Layia fremontii, and Layia platyglossa.

Host Associations

Orthocarpus purpurascens - primary plant (larval food source, mating and oviposition site)Also known as Castilleja exserta; larvae feed on seeds, rest on blossoms
Allium amplectens - nectar source
Cryptantha spp. - nectar source
Lasthenia californica - nectar source
Layia fremontii - nectar source
Layia platyglossa - nectar source

Life Cycle

Females lay large between blossom and bract of plant. Eggs initially pale yellow, browning during incubation; capsules and prothoracic shields visible before hatching. Larvae hatch and move to seed capsule, feeding internally for approximately 28.5 days through five instars. Fourth and fifth instar larvae emerge from capsules to feed on flower heads and seeds, developing cryptic coloration matching host blossoms. Fully mature larvae drop to ground and tunnel into soil to pupate. emerge when rainfall permits host plant seed germination, typically spring or winter.

Behavior

Females remain at plant blossoms awaiting males for mating. often rest on host plant flowers where coloration provides camouflage. Larvae exhibit site-specific feeding , initially remaining within seed capsules before emerging to feed on flower . Late-instar larvae avoid through flower-mimicking coloration and spot patterns.

Ecological Role

herbivore and seed of Orthocarpus purpurascens. nectar-feeding may contribute to pollination of multiple plant . Larval seed likely influences plant reproductive success and .

Human Relevance

Subject of ecological and behavioral research due to specialized plant association. Collected by lepidopterists; referenced in National Week documentation as example of flower-associated moth diversity.

Similar Taxa

Other Schinia speciesShare flower-associated resting and similar body plan, but distinguished by specific wing coloration (magenta forewings with pale yellow patches) and plant association with Orthocarpus purpurascens
Schinia jaguarinaSimilar flower- habit and activity, but differs in coloration and plant preferences; S. jaguarina associated with Dalea and other legumes

More Details

Reproductive strategy

Females exhibit relatively low (tens to hundreds of ) compared to some related noctuids, producing larger eggs as a trade-off. This strategy correlates with specialized plant utilization and precise oviposition placement.

Historical taxonomy

Originally described as Heliothis pulchripennis by Grote in 1874, later transferred to Schinia.